Source: https://patents.google.com/patent/WO2000002617A1/en
Timestamp: 2019-12-09 09:15:07
Document Index: 131558643

Matched Legal Cases: ['art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1', 'art 1']

WO2000002617A1 - Medical tube connector device - Google Patents
Medical tube connector device Download PDF
WO2000002617A1
WO2000002617A1 PCT/JP1999/003757 JP9903757W WO0002617A1 WO 2000002617 A1 WO2000002617 A1 WO 2000002617A1 JP 9903757 W JP9903757 W JP 9903757W WO 0002617 A1 WO0002617 A1 WO 0002617A1
PCT/JP1999/003757
1998-07-13 Priority to JP19773798 priority Critical
1998-07-13 Priority to JP10/197737 priority
1999-04-09 Priority to JP11/102003 priority
1999-07-09 Application filed by Jms Co., Ltd. filed Critical Jms Co., Ltd.
2000-01-20 Publication of WO2000002617A1 publication Critical patent/WO2000002617A1/en
230000001681 protective Effects 0 abstract claims description 122
238000003795 desorption Methods 0 claims description 36
108060009539 YAP1 family Proteins 0 description 9
A medical tube connector device capable of being connected and disconnected easily without touching a flow path end by fingers, wherein a first connector main body which has a flow path communicable with a tube and on which a protective cap is installed detachably is connected to a second connector main body which has a path communicable with a tube and a protective cap inserting recessed part and in which a guide cap having a cover part for sealing the end part of the flow path is installed displaceably, and the second connector main body and guide cap can be in a standby condition in which the protective cap inserting recessed part is open and the end part of the flow path is sealed by the cover part or in a connection condition in which the end part of the flow path is open, whereby, when a first connector is connected after it is inserted in the standby condition, the protective cap is held on the recessed part and separated from the first connector main body, and the flow path of the first connector main body communicates with the flow path of the second connector main body.
Akira fine manual medical tube connector device technology field
The present invention is a medical, in particular used during peritoneal dialysis, a medical tube connector device for connecting the tube constituting the flow path of the liquid medicine. In particular, without flow passage end portion upon connection and detachment of the connector is soiled by fingers, also connected to and desorption of the connector relates easy medical tube connector device. BACKGROUND
When performing peritoneal dialysis, through catheter one ether which is guided into the abdominal cavity through a patient's abdominal wall, filling the dialysate having a concentration gradient against the patient's body fluids into the peritoneum. The patient's peritoneum acts as a diaphragm, toxins and waste products in the body such as a patient is moved into the abdominal cavity. Then, discharge toxins and waste products intraperitoneal etc. of the body.
Specifically, the dialysate bags, drainage bags, and connect the extension tube or the like connected to the catheter, the dialysate was injected intraperitoneally, after a predetermined time (between time 3-5) retention, toxins & waste discard the liquid that accumulates of things, such as the drainage bag. Dialysate is injected into the abdominal cavity of the patient through the tube, the liquid such as toxins and waste products are also discarded to waste bag through tubing.
Such or injected dialysate patient to the abdominal cavity, as easily discharging the liquid contained, twin bag system has been devised in advance dialysate bag and the drain bag linked by Y-type connector or the like.
However, while the patient is being stored dialysate into the peritoneal cavity, than live hanging these dialysate bag Ya drain bag, the connector of the extension tube, who can be disconnected the connected bags at that time comfortable and desirable Re, exposure to air at a naked without any protection of the connector of the extension tube, because of the risk of microbial contamination in the air, etc., to cover one of the connector with the cap or the like it is desirable. In the conventional twin bag system, primarily the cap for contamination protection of the connector have been used. However, if the patient is a liquor exchange, when detaching the cap from the connector, the patient is inadvertently flow path be cowpea to touch the connector or cap or the like is contaminated by the hand, as a result the abdominal cavity of the patient there remains the possibility of contamination.
As a method for solving the above problems, as described in JP-A-5 3 1 1 7 8 No. Gazette, the connection end of the connector to a double wall, to the difficulty had structural touched finger There has been proposed. Further, in Japanese Laid-8 0 0 0 7 2 5 No., so as to perform the connection and detachment of connectors without touching the hand patient directly, the connection-desorption desorption and connector cap automatic connection apparatus is disclosed for automatically.
However, JP-5 - 3 as well as using double-walled structure according to 1 1 7 8 JP, it was not sufficient as a pollution abatement. First, when desorbing and co next-evening or between the connector and the cap are in a state where setting digit flow path end portion to the connector is exposed to the outside air, the flow channel there is a possibility of contamination by airborne bacteria . Second, the desorption operation of the connector is so carried out by hand, it can not be said thorough to prevent the user's finger touches the edge portion of the open connector. That is, inevitably increase the outer wall diameter of the one connector, a possibility that the fingers touch still remains.
- How, as described in JP-A-8 0 0 0 7 2 5 JP, automated machinery connection and detachment of de Chakuoyobi connector cap, that the configuration Ri complicated name becomes expensive , and since the patient is inconvenient to always carry, use opportunity is limited.
In the peritoneal dialysis, besides the problem of contamination that might occur during desorption of the connector and the cap as described above, there was a note drainage in patients abdominal cavity line Utame flow path switching problems . That is, the conventional c required switching device switches the easy passage without mistake emissions injection and reservoir solution dialysate is that switched by the hands of the patient himself one der mainstream by clamps, erroneous operation prevention and a device for controlling the switching from the viewpoint of safety such as are various devised. For example, in JP-A 8 _ 2 2 4 3 0 0 JP, rotary control device is disclosed as an apparatus for controlling the flow of fluid. Further, in Japanese Omotetaira 2 5 0 2 8 8 2 JP, control equipment flow using a special three-way valve is disclosed.
However, in the method of the patient by conventional clamps itself to control the flow, or to flow back from the switching operation misses the liquid into the body, there is a possibility to discharge the wasted dialysate to drain bag.
Further, in the conventional flow path switching apparatus, although it is switched to the flow path, the desorption of the tube with connectors or connector and cap of the dialysate bag is required to be performed manually by the patient himself, in which connector or cap is left can be contaminated by careless operations or mistakes such patients own. Further, since the performing replacement of the cap in the hand by the patient himself, unused cap there is also likely to be contaminated during replacement. Disclosure of the Invention
The present invention is described above to eliminate the disadvantages of the prior art, to prevent contamination or operational errors due to obtain Ru fingers occur during connector desorption, the desorption of hand cap upon connection and detachment of the connector, the flow channel edge provided on the connector and purpose thereof is to provide a medical tube connector device having a structure made without such involve exposure parts.
Further, the present invention is that the connection and detachment of the connector with the desorption of the cap, while protecting the flow path of the connector from contamination, medical tube connector which can be easily performed without using a special device or tool and an object that you provide a device.
The present invention, it is possible to facilitate the switching of the flow path, prevents possible contamination or operational errors during co next-evening desorption, the replacement of the cap without touching directly hand to the patient connecting portion during desorption and to provide a medical tube connector device capable of.
In order to solve the above problems, a medical tube connector device of the present invention, for connecting a tube, a medical tube connector device comprising a connecting-desorption freely two connectors evening each other, inside the first connector body connectable to a tube at one end of the flow path has a flow path through the, and is detachable with respect to the first connector body and the other end of the flow path in its mounted state covering a first connector including a protective cap for sealing, the insertion recess capable first connector protective cap and having a flow path through the inner portion is formed, which can be connected to the tube at one end of the channel the second connector body, and a second comprising a guide key Yap cover portion for sealing to cover the other end portion is formed of the flow path of the second connector body is provided to be displaceable relative to the second connector body connector Provided with a door. Then, the second connector body and the draft in the cap, the relative displacement, a ready state in which the end portion of the flow path is sealed by the cover portion with the recess of the second connector body is opened, the flow path configured such that it can take a connected state where the end portion is open. In the above preparation state, after 揷入 the first connector equipped with a protective cap in the recess, by a child and a guide cap and the second connector body in the connected state, it moves the protective cap is held in the recess first with either et leaving first connector body, the flow passage communicates with the first connector body and the second connector body are connected.
According to the above configuration, the desorption of the protective cap, and the flow path end sealing and releasing of the second connector body is performed in the connector device in accordance with the desorption operation of the connector, be exposed to the outside air Absent. Therefore, the flow passage end portion of the connector can be prevented from being contaminated by outside floating bacteria. Also, since not performed desorption connector manually, a possibility that the finger touches the flow path end portion is eliminated. The connection and desorption operations, the first connector is inserted into the second connector, it is only rotating the second connector body, without a Mochiiruko special instrument, is very easy.
In the above configuration, it is possible to the second connector to the following configuration. That is, an annular shape, the circumferential 緣部, and Ke one single that has a receptacle capable of plugging the inlet and outlet opening, and a first connector at least one liquid which can be connected to the tube, constituting a guide cap consists substantially cylindrical body mounted so as to be rotatable Ke one sheet inside ring, the flow path of the liquid forming the inlet and outlet opening in a cylindrical peripheral surface through the interior thereof circle posts, and formed in a cylindrical peripheral surface by recesses have a retractable least accommodating one cap the loaded protection cap to the first connector, and a rotary member constituting the second connector body. The rotor and the casing and can take a connected state with the ready state by the relative rotational positions, in the preparatory state, the insertion opening of the casing facing the recess cap housing of the rotating member rotation inlet and outlet opening of the body is sealed by the casing, in the connected state, the other inlet and outlet opening and the communication with the outflow inlet and the rotor casing together with the outlet of the casings is facing one of the inlet and outlet opening of the rotary body configured to.
Medical tube connector device of this configuration can it to configure such that the first co-next-evening body in the connected state is held by fitting the peripheral portion of the rotating body. Thereby, it is possible that the first connector body are securely held to the rotating member, to prevent separation or the like of the tube during dialysis operations in advance. Further, it is preferable that the protective cap is detachable by sliding in a direction substantially perpendicular to the direction of the flow channel relative to the first connector body. Thereby, it is possible to easily realize the operation for detaching the protective cap by the rotation of the rotating body. Also, mounting of the protective cap with respect to the first connector body, performed by fitting of the T-shaped cross section of the recess formed in a T-shaped protrusion and the first connector body provided on the protective Kiya' flop, the rotary body on the circumference except the insertion opening, it is preferable to adopt a configuration in cross section provided with a convex portion of the cross-section τ shaped the same shape as those provided on the protective cap. Thus, on sliding into the side of the protective cap also an easy, protective cap and the first connector body is a structure that does not readily leave the the flow path direction. However, the cross-sectional shape of the cap, any shape as long as the shape having the same characteristics are also applicable. For example, the cross-sectional surface of the cap is also trapezoidal, be circular, or may be inverted triangle.
Then the second connector which is one connector constituting the medical tube connector device according to the present invention constitutes a invention itself. In other words, the connector according to the present invention, an annular shape, the circumferential 緣部, inlet and outlet opening of the at least one liquid which can be connected to the tube, and inserting each protective cap for sealing an opening of the other connector to its of it and Ke one single to have a receptacle, made of a substantially cylindrical body mounted so as to be rotatable in the casing, the liquid you form inlet and outlet opening in a cylindrical peripheral surface through the cylindrical interior flow path, and a rotating body having a recess for accommodating capable least one cap receiving the protective cap for sealing an opening of the formed other connector to a cylindrical peripheral surface. Then, the rotating body and the casing can take a connected state with the ready state by the relative rotation position, Te is ready odor and outlet of the casing facing the recess for cap housing of the rotary body inlet and outlet opening of the rotating body is sealed by the casing, in the connected state, the other inlet and outlet opening are communicated with the outflow inlet and the rotor casing together with the outlet of the casings is facing one of the inlet and outlet opening of the rotary body configured to.
The connector preferably, rotating body, a recess for the cap housing having two or more, the relative rotation of the rotating body and the casing, to any Ke one single difference write port of the recess for the cap housing also configure to allow face-to-face - thereby possible to realize a structure to replace the automatic protective cap by rotation. In this case, unused as long cap structure which can be filled, to unused cap from the beginning may be filled, may have a structure that can be filled with unused Kiya' flop later.
Moreover, it filled unused protective caps into the recess for the cap housing, leaving at least one, by rotating the rotary body from the connected state to the other connector receptacle of the casing unused protective cap by taking a positional relationship facing the recess for filling the cap housing, unused protection cap to the other connector may be configured to be mounted. By patient during desorption to exchange cap without touching the hand directly to the connection portion, it is possible to eliminate the possibility of a flow path contamination by touching inadvertently connector and cap or the like in the patient hand.
Moreover, Ke one single has at least two inlet and outlet opening of the liquid, by the rotation of the rotating body, through hand communication of inlet and outlet opening of selectively rotating body in one of those inlet and outlet opening, at the same time rotating body the the other inlet and outlet opening may be configured to face the outlet of Ke one single. Thereby, the switching of the flow path can be realized easily co next-evening.
In this configuration, the casing has two outflow inlet of the liquid, it is preferable to the inflow outflow mouth and outlet are arranged in a substantially 1 2 0 degree intervals on the periphery of the casing structure. Thus, without having a complicated mechanism such as a three-way valve, it is possible to easily switch the channel in three directions. Then, the first connector which is one of the connector constituting the medical tube connector device according to the present invention constitutes a invention itself. In other words, the connector according to the present invention includes a connector body having a through hole communicating with the tube attached to the distal end of the tube, and a protective cap for sealing an opening of the connector body is attached to the connector body, the protective It slid in a direction substantially perpendicular to the cap in the axial direction of the through hole and having a structure you desorption in the connector body. And pollution of the flow path end portion, a structure that realizes the simplified connection work.
Preferably, the protective cap has a convex portion of the T-shaped cross section, the connector body has a recess T-shaped cross section, the protective cap and the connector body is a structure that binds the engagement of projections and recesses. Thus, on sliding into the side of the protective cap is also easy, the shape does not easily removed can be realized in the flow path direction. However, the cross-sectional shape of the cap may be applied in any shape as long as the shape having the same characteristics. For example, trapezoidal, be circular, can be applied in an inverted triangle.
Then, the medical tube connector device having the configuration described in the first, the contact from the connection state, by returning to the ready state by relatively displacing the guide cap and the second connector body, the protective cap first while being attached to the connector body, it can flow passage end portion of the second connector body is configured to so that is sealed by the cover portion.
Further, the medical tube connector device of the configuration described in the first, the good Mashiku, in the connected state, in a state where the first connector body and the second connector body is maintaining binding, guide cap second connector configured to leaving available-from the body. In this configuration, preferably, the guide cap housing unit capable of housing the protective cap adjacent to a position where the first connector is inserted is formed in the connection state, the protective cap moves being held in the recess configured to be housed and held in the holding section. This configuration stroke back to directly prepare state from the connected state when using the (ready - - connection state ready), the guide key Yap is particularly useful when desorbing from the second connector body . After connecting the two connectors, when there is no need to desorb the guide cap, means for holding the protective cap is not necessarily formed in particular.
Further, the first connector and second connector, and against the tensile force of the flow path direction to maintain the connection state, and the sliding of one another in a direction perpendicular to the flow path direction Hence as both a possible desorption it can be configured to.
Moreover, Te medical tube connector device smell configuration described in the first, preferably, the protective cap by sliding along the arc, is detachable from the first connector body, the second connector body and the guide cap, a movable relative displaced by sliding along the arc, the arc corresponding to the sliding surface of the first connector evening body and the protective cap, the sliding of the guide cap and the second connector body arc corresponding to a surface, the radius is on the same circumference, in ready state, when inserted into the recess of the first connector from the side of the protective cap, the sliding surfaces of the first connector body and the protective cap, and sliding surface of the second connector evening body and the guide cap is configured to be aligned on the same arc. More preferably, the center of the arc corresponding to the sliding surface of the second connector body and the guide cap is configured to be positioned in the second connector body. According to these configurations, for performing by rotating the detachable, force easily enter, it is easy to operate.
Further, preferably in the above-described structure, the first connector body, a cross section perpendicular to the sliding direction has one of the concave engagement portion or convex engaging portion is T-shaped, protective cap, concave possess the other engagement portion or convex engaging portion, while guiding the sliding of the first connector body and the protective Kiya' flop fitted and a convex engagement portion concave engagement part, by its engagement , protection cap configured to be held in the first connector body. According to this configuration, the engagement of the protective cap with respect to the first connector body is a reliable, desorption is also easy.
Further, preferably, the second connector body, when the first connector body has a concave engagement portion of the T-shaped cross section is the same convex engaging portion, the first connector body having the same convex engagement portion If has the concave engagement part, in the ready state, when the protective cap is inserted into the concave engagement portion, convex and concave engaging portion of the protective cap and the second connector evening body aligned on the same arc, in the connected state, by ώ shaped and concave engaging portion is fitted match Rukoto of the first connector body and the second connector body, the first connector body and the second connector body is configured to be coupled. According to this arrangement, when the connector of the connection on behalf of the protection key Yap desorbed, the second connector body with respect to the first connector body is to engage, both of the engagement structure is very simple is there.
Further, preferably, the guide cap has a wall for covering the protective cap in the connected state. According to this configuration, the protection of the protection caps during connector is good.
Further, preferably, the guide cap has a knob extending along the first connector body is inserted. If caused to pivot the connexion second connector body grip with knob a first connector body, it can be easily manipulated coupling of the first connector body and the second connector evening body stably.
Next, the invention of other forms of the second co-next-evening constituting the medical tube connector device according to the present invention. That, evening connector according to the present invention, the other connector can be inserted recess the protective cap for sealing an opening of the formed and having a flow passage therethrough, connected to the switch Yubu at one end of the channel It comprises a connector body which can, and a guide cap cover portion is formed for sealing over the other end of the flow path of displaceably provided connector body relative to the connector body. Then, due to the relative displacement between the connector body and the guide cap, and ready sealed by the end of the flow path cover part with the recess of the connector body is opened, an end portion of the flow path is opened connected state and configured it so is able to take.
Furthermore, constituting the configured Replacement cap invention by the combination of the guide caps and the protective cap constituting the medical tube connector device according to the present invention. That is, replacement cap of the invention, sealable cover portion covering the flow path end portions of the second connector body, capable of housing the adjacent protective cap in the opening, and the opening adjacent to the cover portion comprising a guide cap having a housing part, and a protective cap which is held in the holding section of the guide cap. BRIEF DESCRIPTION OF THE DRAWINGS
Figure 1 is a perspective view of a medical tube connector device according to a first embodiment of the present invention, FIG. 2 is a sectional view of a medical tube connector device of FIG. 1, FIG. 3 is an enlarged perspective view of the protective cap connection portion 4 shows an enlarged cross-sectional view showing another example of the protective cap connection portion 5 is further enlarged cross-sectional view showing another example of the protective cap connection portion, FIG. 6 illustrates a portion of the rotating body, (a) is its plan view, (b) cross-sectional view, FIG. 7 is a sectional view showing a coupling structure of a protective key Yap in medical tube connector device of FIG. 1, 8 to 1 3, medical FIG sectional view for explaining the operation of use the tube connector device, Fig. 1 4 is a perspective view showing a modified example of the medical tube connector device according to a first embodiment of the present invention, FIG. 1 5, the present invention oblique showing another modified example of the according to the embodiment 1 the medical tube connector device Figure, Figure 1 6 is Chubuko next-evening sectional view of the protective cover one comes up, Figure 1 7 is a plan view showing a medical Ju Bukonekuta device according to a second embodiment of the present invention, FIG. 1 8, 1 shows a first connector in 7 of the device, (a) represents the perspective view, (b) is a front view, (c) is definitive in (b) A- a sectional view, Fig. 1 9, the apparatus of FIG. 1 7 plan view showing an exploded and a guide cap and the second connector body in FIG. 20 is a plan view showing a state where the second connector body in the device of FIG 1 7 located pivot left end, Fig. 2 1 shows a second connector body in the device of FIG. 1 7, (a) is its plane view, (b) is a front view, (c) is a rear view, FIG. 22, the guide that put the device in FIG. 1 7 shows the cap, (a) shows the plan view, (b) A- a sectional view of (a), and FIG. 2. 3 illustrates each state during operation of the apparatus of FIG. 1 7,
Figure 24 is a view illustrating except guide cap the state of FIG 2 3 (c), (a) is its plan view, (b) a front view, FIG. 2 5 is have you the single bag system, schematic diagram showing a state of connecting a connector device of the present invention, Figure 26, of the connector device of the present invention, a schematic diagram showing an application example to back da-free system, 2 7, the connector device of the present invention, schematic diagram showing an example that links the twin bag system, FIG. 2 8, in APD devices, is a schematic diagram showing a state of connecting a connector device of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, with the medical tube connector device according to a first embodiment of the present invention will be described with reference to FIG. 1 to 5. FIG 1.
Figure 1 is a perspective view of a medical tube connector device according to an embodiment of the present invention. In Figure 1, 1 0 denotes the tube from the catheter, 1 1 the first connector body, 1 2 the protective caps mounted on the end of the first connector 1 1. The first connector body 1 1 and the protective cap 1 2 first co next-evening is constructed. The first connector body 1 1 and the protective cap 1 2, the first connector body 1 T-shaped cross section formed in the protection cap 1 2 per which is formed on a T-shaped recess 1 1 a of the protrusions 1 2 a is fitted in the form plugged.
Then, 1 3 Ke one Thing, 1 4 is a cylindrical rotating body in the interior of the casing 1 3, the second connector is composed of two members. The material of Ke one single 1 3 and the rotor 1 4, also those handled by the patient, weight, and not easily damaged material is required. For example, polypropylene, polycarbonate, and the like. As the size of the entire casing, a size that fits in the palm are preferred. In order to sea urchin by the patient's own it is easy to operate.
Casing 1 3 has a dialysate inlet 1 5 drainage outlet 1 6. Ie, dialysate inlet 1 5 and a dialysate bag, a drainage outlet 1 6 is connected Haiekiba Tsu grayed respectively. Casing 1 3 further have a receptacle 1 3 b, constituting the guide cap. Rotator 1 4 is shall make up the second connector body has a rotating gripping unit 1 7 to the side, the cylinder is a circumferential surface protective cap 1 2 mounted on the first co-next-evening body 1 1 having a cap holders 1 8 for accommodating. Figure 1 shows a state where the insertion port 1 3 b and the cap holders 1 8 is facing. 1 9 shows a cap accommodating portion for accommodating the unused protective cap for replacement. Ke one Thing 1 3 rotator 1 4 is rotated to each other and, if the state where the insertion port 1 3 b and the cap holders 1 8 is facing as shown, by inserting the first connector, can be protective cap 1 2 is so full housed in the cap housing part 1 8.
Figure 2 is a cross-sectional view of a medical tube connector device of FIG. 1, FIG. 2 (a) is a plan sectional view, a view showing the A- A 'section of FIG. 2 (b) FIGS. 2 (a) is there. The first connector body 1 1 has a through hole lib functioning as a flow path for 1 0 and communication tube. The rotating body 1 4, flow paths 2 1 liquid flows dialysate or the like is formed. The channel 2 1, the inlet and the outlet is at an angle of 1 2 0 degree. Further, the insertion port 1 3 b of the casing 1 3, the dialysate inlet 1 5, and drain outlet 1 6 is arranged at an angle of 1 2 0 degrees. Thus, by rotating the rotating body 1 4, the flow path of the flow path 2 1, the flow path from the tube 1 0 to drainage outlet 1 6, the drain outlet 1 6 from the dialysate inlet 1 5 it can be changed from the dialysate inlet 1 5 flow path to the tube 1 0, to 3 as. The shape of the channel, is not limited to those bent as in this embodiment, have a shape such as a circular arc, it is also applicable in a straight line shape.
The shape of the protective cap 1 2 at the tip of the tube 1 0 is not particularly limited it is cylindrical it is square, is desirable and this with a wedge shape. Together to facilitate the desorption of the second connector, it is possible to easily detach the protective cap 1 2 by the rotation of the rotary member 1 4, because it is easy to move the protection cap 1 2 by rotating. Furthermore, the shape of the upper Symbol effectively functions in preventing leakage of liquid when the liquid flow path is opened at the time of connection.
Further, A- A 'as shown in the sectional view, fitted with a T-shaped recess 1 1 a and the convex portion 1 2 a of the protective cap 1 2 and the first connector evening body 1 1, times rotary body 1 4 by rotates, the first connector body 1 1 and the protective cap 1 2 leaves slides, a T-shaped protrusion was made form the first connector body 1 1 the periphery of the rotating body 1 4 so that rib 1 4 a mate to form a. The inner perimeter of the Ke one single 1 3 grooves 1 3 a for engagement over the entire circumference is formed, the rotating body 1 4 in the form ribs 1 4 a is as the outer peripheral edge can engage in the groove It has been made.
In the above configuration, in order to prevent erroneous operation of the patient, when the channel 2 1, located to the rotation of the dialysate inlet 1 5 drainage outlet 1 6 or the cap housing unit 1 8, fitting preferably has a structure which is fixed with sensitive. Alternatively, it is also performs a display to that effect to the specified position. Furthermore, it is also effective to prevent an erroneous operation by the structure where the other hand can not rotate only direction. Also, to be able to visually confirm the actual flow of the liquid, the Quai one single 1 3 and the rotor 1 4 may be transparent or semitransparent.
Figure 3 is an enlarged view of a connecting portion of the protective cap 1 2. Protection cap 1 2 has a convex portion 1 2 a of the T-shaped cross section. As mentioned above, that the convex portion of the rotary member 1 4 is also protected on the periphery cap 1 2 the same T-shaped cross section is formed. While the first connector body 1 1, as described above, has a cross-section τ-shaped recess in such a protrusion and the fitting match that shape.
Sectional shape of the coupling portion between the first connector body in the protective cap is not limited to the T-shaped form as shown in Figure 3. For example, even those having a trapezoidal form as shown in FIG. 4, may have a circular or elliptical form as shown in FIG. When fitted, if only a hard form separated longitudinally, it may be filed in any form.
Further, even if the any form, in the peripheral portion of the rotary member 1 4 is formed convex portion having a cross section similar type, in the center of the formed protrusions, the flow shown in FIG. 2 holes forming the inlet and outlet opening of the road 2 1 is opened. In the case of T-shaped cross section is inlet and outlet opening 2 1 a is formed as shown in FIG.
7, Ri sectional view showing a part of the medical tube connector device of FIG. 1, showing the connection of the first connector body 1 1 and the rotary body 1 4. The rotating body 1 4 rotates and the channel 2 1 you connected to the first connector body 1 1 of the through-hole 1 1 b, can dialysate or drainage can flow inside the rotary body 1 4 Become. The liquid in this it is necessary to devise so as not to leak to the outside. Therefore, by previously attached to the "0" ring 71 or the like rotating body 1 4 of circumferential protrusion formed on the portion 1 4 a, to be prevent the leakage of the dialysate or drainage consolidation It can become. "0" ring or the like elastomer such as silicone rubber - preferably manufactured from a material.
The operation of the medical tube connector device of FIG. 1 will be described with reference to FIG. 1 to 3. FIG 8.
First, as shown in FIG. 8, inserting the first connector body 1 1 from the protective cap 1 2 Legal and outlet 1 3 a.
Then, by rotating the rotating body 1 4 while holding the first connector, as shown in FIG. 9, it connects the tube 1 0 and drainage outlet 1 6 by passage 2 1. By rotating, formed in the rotation body 1 4 circumferential 緣部 the projections and the first connector body 1 1 of the concave portion is fitted, the first connector body 1 1 is held on the rotating body 1 4. In this way, the tube 1 0 is connected to the drain bag, that Do is possible to discharge the liquid accumulated in the peritoneum into drain bag.
Next, the rotary member 1 4 is rotated 1 2 0 degree, as shown in FIG. 1 0, thereby connecting the drainage connection opening 1 6 dialysate inlet 1 5 in the flow channel 2 1. By discharging the dialysate directly to the drainage bag, the rest of the drainage adhering to the inside of the rotating body 1 4 internal flow paths 2 1 and washed, satisfies the liquid in the flow path 2 in one bra timing operation becomes possible. Such a work is for cleaning and priming of the passage. After washing (priming) operation is completed, further rotating body 1 4 is rotated 1 2 0 degree, as shown in FIG. 1 1, connects the dialysate inlet 1 5 and the tube 1 0 flow channel 2 1 . Then, injecting the dialysis liquid and into the body.
After pouring operation is completed, by rotating in a state shown in FIG. 1 2, unused protective cap 1 9 is fitted to the first connector body 1 1. By fitting, off the lock unused protective cap 1 9, unused protection key Yap 1 9 is eliminated from the rotating body 1 4, it is possible to disconnect the tube 1 0 from the second connector. That is, as shown in FIG. 1 3, the unused protection key Yap 1 9 is disconnected tube 1 0 from the device remain attached to the first connector body 1 1, can contaminate the flow path by the patient's hand it is possible to end the desorption and exchange of the protective cap without, it is possible to perform the dialysis work easily to ensure cleanliness.
Note the first connector body 1 1, as shown in FIG. 8 upon 揷入, to retain the connection between the protective cap 1 2 and the rotary member 1 4, using a mechanism utilizing elastic spring system or, it is possible to use a mechanical lock mechanism. For example, as shown in FIG. 1 4, material its elastic young properly to the protective cap 1 2 provided with holding portions 1 2 b which can be retract or protrude by a mechanism such as a spring, holding the rotating body 1 4 side part 1 provided 2 b engageable with the depression 1 4 c. Thus, when inserting the first connector into the protection cap 1 2 per Canon-up accommodating recess 1 8, it is locked by the holding unit 1 2 b, off easily even when no rotating the rotating body 1 4 it can be so no.
Further, as shown in FIG. 1 5, the near 3 0 of the fitting portion of the first connector body 1 1 and the protective cap 1 2 is contaminated by bacteria in the air or the like is not preferable in use. Therefore, the outer side of the first connector body 1 1, it is effective to provide a protective cover 3 1 can move in the flow path direction. That is, when not in use is to Kudaro the protective cover 3 1 so as to cover the protective cap 1 2 protects vicinity 3 0 of the connecting portion, using upper Gaité the protective cover 3 1 when used.
Protection cover one can be configured to move in the flow path direction at the structure shown in FIG. 1 6. The first connector body 4 0 has a guide portion 4 1, slidable sliding member 4 2 is provided by being guided by the guide portion 4 1. Inside the gap portion of the guide portion 4 1, spring 4 4 is mounted, and biases the sliding member 4 2 outwardly. The sliding member 4 2 can take the position that exposes a position to cover the protective cap 1 2. As shown in FIG. 1 6 (a), mounting the protective cover 4 3 the sliding member 4 2 in a position covering the protective cap 1 2. In use, as shown in FIG. 1 6 (b), removing the protective cover 4 3, and retract the sliding member 4 2, Ru expose the protective cap 1 2. The sliding member 4 2, because it is biased in position to cover the protective cap 1 2 by a spring 4 4, when not in use, the protective cap 1 2 is duck reliably cover one and easily.
Further, when the inlet and outlet opening is in three includes a cap for accommodating recess 1 8 the used protective cap is housed, Canon Tsu circumferential angle formed between flop accommodating recess 1 9 unused protective caps are accommodated it is good preferable in the vicinity within 1 2 0 degree. Further, the cap accommodating recess depressions 1 8 and the cap for housing recess 1 9, Rukoto provided in the same zone of the two zones being separated by the channel is preferred. This is because to achieve consistency with the switching flow path.
Moreover, if you replace the used protective cap to the unused protective cap, than performing replacement in the hands of the patient himself, the protective cap is likely to be Thus contamination in the hands of the patient. In order to prevent such contamination from occurring, it is also Ru effective der to keep wearing the unused protective cap to the device during the initial shipment.
According to the present embodiment as described above, by the hands of the patient himself, can be easily performed reliably peritoneal dialysis, and because replacing the protective cap can be carried out without human intervention, be contaminated without clean it is possible to perform peritoneal dialysis.
1 7 (Embodiment 2) is a plan view showing a medical tube connector equipment in the second embodiment of the present invention. 1 0 1 The first connector 1 0 2 is the second connector, not shown, that each is connected to a tube constituting the liquid flow path, coupling the two connectors 1 0 1, 1 0 2 Accordingly, the flow path of the liquid is communicated. Both connectors 1 0 1, 1 0 2 is free to connect and elimination.
The first connector 1 0 1 includes a first connector body 1 0 3 consists of a first cap 1 0 4. First cap 1 0 4 is detachable from the first connector body 1 0 3. The first connector body 1 0 3, the connecting portion 1 0 5 for connecting a tube (not shown) is formed. Inside the first connector body 1 0 3, channel 1 0 7 which penetrates from the connecting portion 1 0 5 to the end portion 1 0 6 on the side where the first cap 1 0 4 is mounted is formed. First cap 1 0 4 in the mounted state, covers the end portion 1 0 6 of the channel 1 0 7 to seal.
Second connector 1 0 2, the second connector body 1 0 8, and a second connector Body 1 0 8 guiding cap 1 0 9 provided so as to be displaceable relative. Displacement of the guide cap 1 0 9, by rotation about the axis 1 1 0. The second connector body 1 0 8, connecting part 1 1 1 for connecting a tube (not shown) is formed. Inside the second connector body 1 0 8, channel 1 1 3 penetrating from the connecting portion 1 1 1 to the end portion 1 1 2 of the opposite side. Second connector body 1 0 8, adjacent to the flow path 1 1 3 has a recess 1 1 4.
The guide cap 1 0 9, the cover part 1 1 5 is provided. Cover unit 1 1 5, the state shown in FIG. 1 7, i.e. in a state where the second connector body 1 0 8 is rotated to the right around the end (hereinafter referred to pivot right end), the distal end of the second connector Body 1 0 8 to cover the part. Cover unit 1 1 5 in this state, the sealing cover end portion 1 1 2 of the second connector body 1 0 8. Knob 1 2 1 extends from cover portion 1 1 5. Guide cap 1 0 9 further has an opening 1 1 9 adjacent to the cover part 1 1 5 is formed. A good sea urchin opening 1 1 9 in FIG. 1 7 In state recesses 1 1 4 of the second connector body 1 0 8 is positioned, the recess 1 1 4 is opened to the outside, the first connector 1 0 1 it is possible to insert the first cap 1 0 4. Further, storage unit 1 2 0 of the first cap adjacent the opening 1 1 9 are formed.
Next, referring to FIG. 1 8, the first connector 1 0 1 structure will be described in more detail. Figure 1 8 (a) the first connector 1 0 1 a perspective view, (b) is a front view thereof, a A- A sectional view of (c) is (b). First cap 1 0 4 has a convex engagement portion 1 1 6 which forms a T-shaped cross section. The first connector body 1 0 3 has a concave engagement part 1 1 7 of the convex engaging portion 1 1 6 and the T-shaped cross section to be fitted. By sliding the convex engagement portion 1 1 6 with respect to the concave engagement part 1 1 7, attach and detach the first cap 1 0 4 with respect to the first connector body 1 0 3.
Next, referring to FIG. 1. 9 to FIG. 2 2, with the second connector 1 0 2 structure will be described in more detail. Figure 1 9, the second connector body 1 0 8 is a diagram showing, in exploded and a guide cap 1 0 9. Although not shown the first connector in FIG. 1 9, before Symbol connection state of connecting the respective flow paths of the first and second connectors, the upper and lower the guide cap 1 0 9 and the second connector body 1 0 8 it is possible desorption in direction. 2 0 indicates a state where the second connector body 1 0 8 is rotated to the left around the termination (hereinafter referred to as turning left). If actual use, but not in such a state, there is shown for the understanding of the structure. In this state, the exposed end 1 1 2, channel 1 1 3 is opened at the end.
2 1 (a) is a plan view of the second connector body 1 0 8, (b) is a front view, a rear view (c). The second connector body 1 0 8, the rotation center hole 1 1 8 is formed, when engaged with the guide cap 1 0 9 and the second connector body 1 0 8 includes a rotation center hole 1 1 8 axis 1 1 0 is fitted. End 1 1 2 of the second connector Body 1 0 8, as shown in FIG. 2 1 (b), a similar T-shaped cross-section with a convex engaging portion 1 1 6 of the first cap 1 0 4 has a convex engagement portion 1 1 2 a in which the. Thus ends 1 1 2 can and a concave engagement part 1 1 7 of the first connector body 3 by the convex engaging portion 1 1 2 a fitting. Recesses 1 1 4, when the first connector 1 is inserted, the first cap 1 0 4 is housed, a first connector body 1 0 3 has a not accommodated dimensions.
Figure 2 of 2 (a) is a plan view of the guide cap 1 0 9, (b) in the cover portion 1 1 5 c guiding cap 1 0 9 is a front view, as shown in FIG. 1 7, times end 1 1 2 of the second connector body 1 0 8 is accommodated by the movement. The cover part 1 1 5, the engaging portion 1 1 5 a is formed. The concave engagement part 1 1 5 a, the same shape der the first connector body 1 0 3 of the concave engagement part 1 1 7 is, therefore, in the state shown in FIG. 1 7, second connector body 1 0 8 of the convex engaging portion 1 1 2 a (FIG. 2 1 (b) refer) fits. Holders 1 2 0 has an engagement portion 1 2 0 a having a concave engaging portion 1 1 5 a similar cross-sectional shape, it is possible to accommodate the first cap by rotation.
Relatively rotates the second connector body 1 0 8 of the structure and guiding the cap 1 0 9, as shown in FIG. 1 7, end 1 1 2 of the second connector body 1 0 8 at the pivot right end state but sealed to the cover portion 1 1 5 is a preparatory state before the channel connection. As shown in FIG. 2 0, facing the end portion 1 1 2 openings 1 1 9 at the pivot left end, a state where the top is exposed in the flow channel 1 1 3 is a connection state flow channel is connected is there. State, however, 2 0 are those that shows only the second connector 1 0 2, in actual use, as described later, the first connector body 1 0 3 pairs to the ends 1 1 2 bonded become.
It will now be described with reference to FIGS. 2 3 and 2 4 for operation in connecting and desorption first connector 1 and the second connector 1 0 2. The shown to state in FIG. 2 3 (a), the second connector 1 0 2 is in the ready state, the first cap 1 0 4 are inserted into the recesses 1 1 4 of the second connector body 1 0 8. FIG 2 3 (b) is shows the state in which the second connector body 1 0 8 is rotated slightly counterclockwise. With the rotation, it is pushed by the side wall of the end portion 1 1 2 of the second connector body 1 0 8, the first cap 1 0 4 sliding a first connector body 1 0 3 of the concave engagement part 1 1 7 and moves toward the housing section 1 2 0. At the same time, the convex engagement portion 1 1 2 a of the second connector Body 1 0 8 starts fitted by sliding relative to the first connector body 1 0 3 of the concave engagement part 1 1 7. That is, for fitting against the concave engagement part 1 1 7, so that the first cap 1 0 4 and the end portion 1 1 2 of the second connector body 1 0 8 are interchanged.
FIG 2 3 (c) shows a state in which by rotating the second connector body 1 0 8 to pivot left end. In this state, the One swapped completely the first cap 1 0 4 and the end portion 1 1 2. That is, the first cap 1 0 4 is housed in the housing section 1 2 0, end 1 1 2 opposed to the first connector body 1 0 3. Thereby, the flow path 1 1 3 of the first connector body 1 0 third channel 1 0 7 and the second connector body 1 0 8 communicates is connected. The first connector body 1 0 3 and the end portion 1 1 2, since the first connector body 1 0 3 are attached to the same state as the binding of the first cap 1 0 4, it does not come off.
In this state, as described above, it is possible to the second connector body 1 0 8 from the guide cap 1 0 9 desorbed. Figure 2 4 shows a state excluding the guide cap 1 0 9. In this state, the guide cap 1 0 9 holds the first cap 1 0 4 in the housing section 1 2 0. Hand upon normal use, to prepare those accommodating the new first cap 1 0 4 in the new guide cap 1 0 9, again mounted it to the second connector body 1 0 8 after rotating, later one line the operation of the first connector and disconnecting the second connector.
Next, a description will be given of an operation in which the first connector and the second connector mutually eliminated. That is, by rotating in the state of FIG. 2 3 (a) from the state in FIG. 2 3 (c), the first cap 1 0 4 is mounted to the first connector body 1 0 3, the second connector body end 1 1 2 1 0 8 is accommodated in the cover portion 1 1 5, the channel 1 1 3 is sealed. In the above operation, even when the desorbed from the first co-next-evening body 1 0 3 a first cap 1 0 4, the flow path of the connector is protected, it can be protected from contamination.
Incidentally, when performing the above operations, by gripping with knob 1 2 1 a first connector body 1 0 3, if rotating the second connector body 1 0 8, first co next-evening body 1 0 3 When the desorption of the second connector body 1 0 8, can it to stably operated.
Peritoneal dialysis with a connector desorption operation Contact Yobichu-draining operation using the medical tube connector device with the above structure, in the single bag system in which a dialysate bag and the drain bag are desorbed in a different number, as follows It is carried out.
(1) drain bag and connections: As shown in FIG. 2 5, constituting a conduit connector 1 3 1 patient side by the first connector (with the first cap). The drainage bag side conduit connector 1 3 3, constituting a second connector that is concatenated to the waste bag 1 3 2 by a conduit (with the guide cap). Waste bag 1 3 2 connection with the patient is carried out by connecting a conduit connector 1 3 1 and the conduit connector 1 3 3.
(2) drainage: a connector device is displaced in the "connected state" from the "preparatory state", after connecting the flow path of the drain bag side and the patient side, drain bag the reservoir fluid from a patient 1 3 2 to be discharged.
(3) desorption of the drain bag: the connector device is displaced before Symbol "ready state" from the "connected state", the flow path in the closed state. Conduit connector 1 3 1 and the conduit connector 1 3 3 desorbed discards entered and the drain bag 1 3 2 of reservoir drainage. Patient is released from the drain bag 1 3 2. The conduit connector 1 3 1 and the first cap is attached, is prevented from contamination.
(4) dialysate bag and connections: to the dialysate bag 1 3 4 dialysate bag side conduit connector concatenated to 1 3 5 (having the configuration of the second connector) by a conduit, the conduit connector 1 3 1 Connecting. The conduit connector 1 3 5 which is connected to the dialysate bag, may be provided holders 1 2 0 for accommodating the first cap, but no particular problem even without.
(5) Dialysis injection: a connector device is displaced in the "connected state" from the "preparatory state", after connecting the flow path of the dialysate bag side and the patient side, to inject new dialysate into a patient.
(6) Cap exchange: remain linked the flow path of the dialysate side and the patient side "connection state", from the conduit connector 1 3 5 composed of the second connector, to desorb guide key Yap. At this time, the first cap conduit connector 1 3 1 remains left behind in the guide cap. In other words, the conduit connector 1 3 1 and the conduit connector 1 3 5, with the first connector body and the second connector body are connected to each other, desorbed guide cap retaining the first cap. (The guide cap for replacement of this, housing portion 1 2 0 accommodating the first cap is needed.) Next, new information is packaged together with the dialysate bag key Yap 1 3 6 (new the loaded ones) of the first cap, joining the said connector body with each other is connected (first and second). Yotsute thereto, the conduit connector 1 3 5 will have been replaced with a new first and guide caps.
(7) desorption of the dialysate bag: the conduit connector 1 3 5, by displacing the second connector body to the guide wire carrier-up, and the "Preparing state" from the "connected state", the flow path after closing, the conduit connector 1 3 5 and the conduit connector 1 3 1 and desorbed. At this time, new first cap is attached to the conduit connector 1 3 1. By the above operation, the patient is released from the dialysate back grayed 1 3 4. Moreover, dialysis fluid bag 1 3 4 the conduit connector 1 3 5 desorbed is connected, because it can be used as the next drainage bag, keep and store until the next drainage is desired.
Incidentally, as briefly described in the description of the operation, the dialysate bag 1 3 4 retract and section 1 2 0 the guide cap of the conduit connector 1 3 5 which connects the first no problem even if no particular but it is desirable to provide a guide key in Yap (housing the first cap) storing unit 1 2 0 are capped exchange (6).
Above has been described for the single bag system, apparatus of the present invention, as shown in FIG. 2 6, the drain bag and the patient connection and the dialysate bar Tsu grayed connecting portion is connected with the branch pipe also bag free system 1 4 0, is applicable. Further, as shown in FIG. 2 7, it can take use form in combination with a twin bag system 1 4 1. Furthermore, as shown in FIG. 2 8, injection and drainage and APD performing compounding such an automatic (automated peritoneal dialysis) may be applied to apparatus 1 4 2. 2 6-1 2, the same members as in FIG. 2 5, are denoted by the same numerals and description thereof is omitted.
2 6, 2 7 bag free system 1 4 0 or twin bag system 1 4 As 1 such, injecting a liquid in a state of connecting the two bags, if draining is shown in the first embodiment using a second connector 1 3 8 structure, who was to perform the desorption of the first connector 1 3 1 can be more easily operated. The connection connector, i.e. 2 8, the conduit connector 1 3 9 (first connector) to be used when performing tone case from a plurality of dialysate bags in APD device 1 4 2 shown in FIG. 2 8 the conduit connector 1 3 5 dialysate side that are not necessary to return to again "ready" after a transition from the "ready state" to the "connected state", simplifies to discard remain "connected state" and it may be, however, the conduit co next-evening 1 3 7 to be connected to the conduit connector 1 3 1 patient side even in this case, it is necessary to mount the cap on the patient side connector, "ready state" - "connected state "→" ready "to become such a mechanism is required. Industrial Applicability
According to the medical tube connector device of the present invention, since the connection and detachment of the connector is carried out without such involve exposure of the flow path end portion provided in the connector, can protect from contamination by bacteria floating in the ambient air, Further, since the patient during desorption is not touching the hand directly to the connecting portion, it is not the flow path end portion is soiled by fingers. Further, connection and detachment operations of the connector, without that you are use a special instrument, it is very easy.
1. For connecting the tube, the medical tube connector device comprising interconnected-desorption freely two connectors,
Other of the channel at one end of the flow path has a flow path through the interior of the first connector body connectable to a tube, and is detachable with respect to the first connector body in its mounted state a first connector including a protective caps for sealing to cover an end portion,
Said first connector 揷入 recess capable protection Kiya' flop is formed, the tube and the connectable capacity of the second connector body at one end of the channel, and the second connector and having a flow path through the interior and a second connector including a guide cap force bar portions for sealing over the other end of the flow path of the displaceably provided the second connector body is formed with respect to the body, the second connector the relative displacement between the body and the guide cap, wherein the ready to an end of the flow path is sealed by the cover portion together with the recess of the second connector body is opened, the end of the channel parts is configured to be able to take the connection state of being opened,
In the ready state, after said first connector equipped with a protective cap is inserted into the recess by the guide cap and the second connector body in the connected state, the protective cap is held in the recess the movement and detached from the first connector body, the medical tube connector device first connector body and the second connector body and is connected flow path and wherein the communicating.
2. A medical tube connector device according to claim 1, wherein the second connector, an annular shape, on its periphery, inlet and outlet opening of the at least one liquid which can be connected to the tube, and the second It has a receptacle capable of inserting the first connector, and Ke one single constituting the guide cap,
Consists substantially cylindrical body mounted so as to be rotatable in the casing, the flow path of the liquid for forming the inlet and outlet opening in the cylindrical circumferential surface through the cylindrical interior, and is formed on the cylindrical circumferential surface the first has a protective Kiya' flop mounted in one connector recess for at least receiving one cap capable of accommodating, and a rotary member constituting the second connector body,
Said rotating body and said casing can take a connected state with the ready state by the relative rotational positions, in the ready state, the surface in the depression cap housing of casings grayed spigot said rotating body and the flow entrance of the rotating body is sealed by the Ke one single, in the connected state, inlet and outlet opening of the casing with the insertion port of the front Symbol casing facing one of the inlet and outlet opening of the rotating body the other inlet and outlet opening of the rotating body is by Uni configured to communicate with,
In the ready state, after the first connector is inserted into the recess for the cap housing through a side or we said insertion opening of the protective cap, by the said and the rotating body casing to the connected state, the protective with Canon-up is released from the held in the recess for cap housing of the rotating body by moving the first connector body, the flow passage of the rotary member and the first connector body and wherein the communicating medical tube connector device.
3. A medical tube connector device according to claim 2, wherein in the connected state, the first connector body the rotator medical tube connector device is held Ri by the fitting at the peripheral edge of the.
4. 3. A medical tube connector device, wherein the protective cap is the channel medical tube connector device detachable by sliding in a direction substantially orthogonal to the direction of relative to the first connector body .
5. A medical tube connector device according to claim 3, mounting of the protective cap with respect to the first connector body, provided in T-shaped cross section wherein the first connector body and the convex portion of which is provided in the protective cap were made by fitting the T-shaped cross section of the recess, on the circumference, except for the insertion opening in the rotating body, the cross section is T-shaped cross section of the same shape as that provided in the protective cap convex portion provided medical tube connector device.
6. For connecting a tube, a one connector of the medical tube connector device comprising interconnected-desorption freely two connectors, an annular shape, the circumferential 緣部, tubes can be connected a casing having an insertion port Do at least one inlet and outlet opening of the liquid, and the other connector can be inserted each protected caps for sealing the opening,
Consists substantially cylindrical body mounted so as to be rotatable in the casing, the flow path of the liquid for forming the inlet and outlet opening in the cylindrical circumferential surface through the cylindrical interior, and the other is formed on the cylindrical peripheral surface and a rotating body having a recess at least one cap for housing capable of accommodating the protection cap for sealing the opening of the connector,
Said rotating body and said casing can take a connected state with the ready state by the relative rotational positions, in the ready state, the surface in the depression cap housing of casings grayed spigot said rotating body and the flow entrance of the rotating body is sealed by the casing, in the connected state, the outflow inlet of the casing with the insertion port of the front Symbol casing facing one of the inlet and outlet opening of the rotating body other inlet and outlet opening of the rotating body is configured to communicate,
Sealing in the ready state, after the other connector is inserted before Symbol recess cap housing through the insertion opening, by the said Ke one single and the rotating body in the connected state, the other connector connector stop protecting caps releases de from said connector is held in the recess for the cap housing Rutotomoni flow path of the other connector and the rotating body is characterized in that it is configured to communicate.
7. A connector according to claim 6, wherein said rotating body, said a cap accommodating recesses two or more, the relative rotation of the said rotary body casing, outlet of the casing connector configured capable face to any of the depression for the cap housing.
8. A claim 7 wherein the connector is filled unused protective cap to the recess for the cap housing leaving at least one, thereby rotating the rotary body from the connected state with the other connector configured as outlet of the casing by taking the positional relationship facing the recess cap housing filled with protective cap of the unused wherein unused protective wire carrier-up is mounted on the other connector Te connector that.
9. A connector according to claim 6, wherein said Ke one Thing has at least two inlet and outlet opening of the liquid, by the rotation of the rotating body, selectively the rotation in one of those flow doorway through one of which communicates the inlet and outlet opening of the body, at the same time connector other inlet and outlet opening of the rotating body is configured to face the outlet of the Ke one sequencing.
1 0. The connector of claim 9, wherein said Ke one Thing has two inlet and outlet opening of the liquid, substantially 1 2 and the outflow inlet and the outlet is on the periphery of the casing It arranged connectors 0 degree intervals.
1 1. For connecting a tube, a one connector of the medical tube connector device comprising a connecting-desorption freely two child next-evening mutually, through communicating with the tube attached to the distal end of the tube a connector body having a hole, the connector is mounted to the main body and a protective cap for sealing an opening of the connector body and the protective cap is slid in a direction substantially perpendicular to the axial direction of the through hole wherein connector characterized in that it has a structure to desorb the connector body.
1 2. The connector of claim 1 1, wherein the protective cap has a convex portion of the T-shaped cross section, wherein the connector body has a recess T-shaped cross section, wherein the pre-Symbol protective cap connector the connector body is a structure that binds the fitting of the said protrusion recess.
1 3. A medical tube connector device according to claim 1, from said connected state, by returning the guide cap and the second connector body to the relative displacement is allowed the ready state, the protective cap while being attached to the first connector body, the medical tube connector device characterized by being sealed flow passage end portion of the second connector body by the cover portion.
1 4. A medical tube connector device according to claim 1, wherein in the connection state, a state where the first connector body and the second connector body has maintained binding, the guide cap is the first medical tube connector device, characterized in that the second connector body can be eliminated.
1 5. A medical tube connector device according to claim 1 4, wherein the said guide cap, housing portion capable of housing the protective cap adjacent to a position where the first connector is inserted is formed, in the connected state, the medical tube connector device, characterized in that the protective cap has moved held in the recesses are housed and held in the accommodating portion.
1 6. A medical tube connector device according to claim 1 4, wherein said first connector and said second connector maintains a connection state with respect to the tensile force in the flow path direction, and with the flow path direction medical tube connector mutual Therefore both the sliding of the orthogonal directions, characterized in that it is possible desorption
1 7. A medical tube connector device according to claim 1, wherein the protection cap by sliding along the arc, is detachably with respect to the first connector body, said second connector body the said guide cap, a movable relative displaced by sliding along the circular arc, the circular arc corresponding to the sliding surface of the first connector body and the protective cap, the guide and the second connector body arc corresponding to the sliding surface of the cap, the radius is on the same circumference,
In the ready state, when said first connector is inserted into the side or we said recess of the protective cap, the sliding surfaces of the first connector body and the protective cap, and the second connector body and sliding of the guide cap dynamic surface is configured medical tube connector device so as to be arranged on the same arc.
1 8. A medical tube connector device according to claim 1 7, wherein, as the center of the arc corresponding to the sliding surface of the second connector body and the guide cap is positioned in said second connector body configured medical tube connector device.
1 9. A medical tube connector device according to claim 1 7, wherein said first connector body, any cross section perpendicular to the sliding direction of the concave engagement portion or convex engaging portion is T-shaped or has one, said protective cap, and the concave engaging section or have other convex engaging portion, the first connector body the concave engaging portion and the convex engaging portion is fitted When guiding the sliding of the protective cap together with the fitting, configured medical tube connector device so that the protective cap to the first connector body is maintained.
2 0. A medical tube connector device according to claim 1 9, wherein the second connector body, when the first connector body has a concave engagement portion of the T-shaped cross section is the convex engagement portion a case where the first connector body has a same convex engaging portion has a same concave engaging portion,
In the ready state, upon insertion of the protective cap to the concave engagement portion, the convex and concave shaped engaging portion of the said protective cap second connector body aligned on the same arc,
In the connected state, by the convex and concave engaging portion of the first connector body and the second connector present body is fitted, so that the first connector evening body and the second connector body are coupled medical Ju Bukonekuta apparatus constructed in.
2 1. A medical tube connector device according to claim 1, wherein the draft within cap is medical tube connector device according to claim Rukoto that having a wall for covering the protective cap in the connected state.
2 2. A medical tube connector device according to claim 1, wherein the draft within cap, a medical tube connector, characterized in that it comprises a knob extending along the inserted first connector body apparatus.
2 3. For connecting a tube, a one connector mutually connecting '. Desorption freely two child next-evening medical tube connector device comprising, other and having a flow path through the interior insertable recess a protective cap for sealing the opening of the connector is formed, a connector body connectable Chi Interview one blanking and at one end of the channel,
And a guide cap cover portion is formed for sealing over the other end portion of the front Kiryuro of the connector body disposed displaceably relative to the connector body,
The relative displacement between the connector body and the guide cap, wherein the ready to an end of the flow path is sealed by the cover portion with the concave portion of the connector body is opened, the end of the channel connector, characterized in that the section is configured to be able to take the connection state of being opened.
2 4. The connector of claim 2 3, wherein in the connected state, in a state where the other connector and the connector body to maintain a bond, before Symbol guide cap can desorption from said connector body connector you, characterized in that.
2 5. The connector of claim 2 4, wherein the guide cap, the protective cap adjacent to the position to before Symbol other connector is inserted has an accommodating portion capable of accommodating the connection state connector the protective cap moves held in the concave portion is received in the receiving portion, characterized by that it is a capable of holding the protective cap desorbed the guide cap from the connector body at.
2 6. Constituted by the combination of the guide caps and the protective cap in the medical tube connector device according to claim 1 a replacement cap der connexion,
The second sealable cover portion covering the flow passage end portion of the connector body, an opening adjacent to its cover, and the guide cap provided with a housing portion capable of housing the protective cap adjacent the opening When,
The held in the holding section the said protective cap and the including replacement cap of the guide cap.
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