mhurhangee/ep-ind-claims huggingface dataset:
A needle guide holder for fixing a medical puncture needle and an ultrasonic probe, comprising: a holder body and a fixing device used in cooperation with the holder body, the fixing device being mounted onto the holder body, characterised in that said fixing device is provided with a weakening portion; wherein the fixing device includes a pull strip and snap strips connected to the pull strip at both sides of an end thereof, respectively, both of the snap strips each being connected to the pull strip via the weakening portion, wherein the weakening portion is a row of discontinuous through holes or a groove, wherein said holder body further comprises a fixing frame and a sliding frame detachably mounted to the fixing frame, and in that a puncture needle groove is provided on the sliding frame; wherein said sliding frame has a sliding portion and a snapping portion, both sides of the sliding portion each being provided with a protrusion, and the puncture needle groove being provided at a bottom of the sliding portion; wherein both sides of the snapping portion are each provided with an elastic snap lock, each elastic snap lock having a projection thereon; said fixing frame is provided with an accommodating groove at each location thereon that corresponds to the elastic snap lock, the elastic snap lock being slidable in the accommodating groove; and wherein the accommodating groove is provided with a snap groove at each location therein that corresponds to the projection, the projection being placeable in the snap groove. a holder body and a fixing device used in cooperation with the holder body, the fixing device being mounted onto the holder body, characterised in that said fixing device is provided with a weakening portion; wherein the fixing device includes a pull strip and snap strips connected to the pull strip at both sides of an end thereof, respectively, both of the snap strips each being connected to the pull strip via the weakening portion, wherein the weakening portion is a row of discontinuous through holes or a groove, wherein said holder body further comprises a fixing frame and a sliding frame detachably mounted to the fixing frame, and in that a puncture needle groove is provided on the sliding frame; wherein said sliding frame has a sliding portion and a snapping portion, both sides of the sliding portion each being provided with a protrusion, and the puncture needle groove being provided at a bottom of the sliding portion; wherein both sides of the snapping portion are each provided with an elastic snap lock, each elastic snap lock having a projection thereon; said fixing frame is provided with an accommodating groove at each location thereon that corresponds to the elastic snap lock, the elastic snap lock being slidable in the accommodating groove; and wherein the accommodating groove is provided with a snap groove at each location therein that corresponds to the projection, the projection being placeable in the snap groove.
A process comprising: contacting a reaction product composition comprising a poly(arylene sulfide) composition and a polar organic compound, wherein the polar organic compound comprises greater than or equal to 1 wt.% thiophenol, with a C 4 -C 30 α,β-unsaturated ketone, a C 4 -C 30 α,β-unsaturated ester, a C 4 -C 30 α,β-unsaturated amide, or any combination thereof, wherein after the contacting, the polar organic compound comprises less than 1 wt.% thiophenol. contacting a reaction product composition comprising a poly(arylene sulfide) composition and a polar organic compound, wherein the polar organic compound comprises greater than or equal to 1 wt.% thiophenol, with a C 4 -C 30 α,β-unsaturated ketone, a C 4 -C 30 α,β-unsaturated ester, a C 4 -C 30 α,β-unsaturated amide, or any combination thereof, wherein after the contacting, the polar organic compound comprises less than 1 wt.% thiophenol.
A method performed by an Application Enabling Server, AES, the method comprising: receiving a trigger event from a User Equipment, UE, wherein the trigger event indicates a change to at least one of: a wireless radio parameter, a UE Quality of Service, QoS, parameter, or UE context information, and wherein the UE context information relates to a mobility or a velocity of the UE; determining a first policy parameter for at least one UE based on the trigger event, wherein the first policy parameter comprises at least one of: a first service parameter, a first QoS parameter, or a first port management parameter; requesting a policy modification from a Time-Sensitive Networking, TSN, system, wherein the request for the policy modification includes the first policy parameter; receiving a second policy parameter based on the first policy parameter from the TSN system; and transmitting the second policy parameter to at least one network entity or the at least one UE, or both. receiving a trigger event from a User Equipment, UE, wherein the trigger event indicates a change to at least one of: a wireless radio parameter, a UE Quality of Service, QoS, parameter, or UE context information, and wherein the UE context information relates to a mobility or a velocity of the UE; determining a first policy parameter for at least one UE based on the trigger event, wherein the first policy parameter comprises at least one of: a first service parameter, a first QoS parameter, or a first port management parameter; requesting a policy modification from a Time-Sensitive Networking, TSN, system, wherein the request for the policy modification includes the first policy parameter; receiving a second policy parameter based on the first policy parameter from the TSN system; and transmitting the second policy parameter to at least one network entity or the at least one UE, or both.
A method for producing a pocket cage for a rolling bearing, having the following steps: a) providing a cylinder sleeve having an inner lateral surface, b) introducing at least two grooves into the inner lateral surface, c) placing the cylinder sleeve on a shaft so that the inner lateral surface rests against the shaft, d) punching out pocket openings from the cylinder sleeve so that a pocket cage is formed, wherein a central contact surface formed between the two grooves in order to support a pocket cage axial separating web during punching has an axial extent which lies between 3% and 40% of the axial extent of one of the pocket cage axial separating webs. a) providing a cylinder sleeve having an inner lateral surface, b) introducing at least two grooves into the inner lateral surface, c) placing the cylinder sleeve on a shaft so that the inner lateral surface rests against the shaft, d) punching out pocket openings from the cylinder sleeve so that a pocket cage is formed,
A battery module comprising: a plurality of battery cells aligned in a predetermined direction; a top plate at an upper portion of the plurality of battery cells; a bottom plate at a lower portion of the plurality of battery cells; a housing accommodating the plurality of battery cells, the top plate and the bottom plate; and a reinforcement member situated between two of the said battery cells, the reinforcement member including a fixation unit, wherein the reinforcement member includes a surface in contact with a surface of each of the battery cells between which it is situated, the said surface) having substantially the same size as the battery cells, the reinforcement member further including an insertion hole which extends from an upper surface to a lower surface of the reinforcement member, wherein the fixation unit is located at a bottom part of the insertion hole and wherein the fixation unit is fixed to the housing. a plurality of battery cells aligned in a predetermined direction; a top plate at an upper portion of the plurality of battery cells; a bottom plate at a lower portion of the plurality of battery cells; a housing accommodating the plurality of battery cells, the top plate and the bottom plate; and a reinforcement member situated between two of the said battery cells, the reinforcement member including a fixation unit, wherein the reinforcement member includes a surface in contact with a surface of each of the battery cells between which it is situated, the said surface) having substantially the same size as the battery cells, the reinforcement member further including an insertion hole which extends from an upper surface to a lower surface of the reinforcement member, wherein the fixation unit is located at a bottom part of the insertion hole and wherein the fixation unit is fixed to the housing.
A quick-closing valve for locking a fluid container, comprising a valve housing having a fluid inlet that is connected to a fluid outlet via a fluid line, and a valve stem that is engageable with the fluid line via a fluid-tight bushing and that has an end-position sealing element for sealing off the fluid line, wherein the valve stem is pretensionable in a throughflow position, against the elastic force of a closing spring, wherein the closing spring is held by a tensioning device that is actuated by means of a tensioning element, the tensioning element at a free end allowing manual push actuation for pretensioning the closing spring, and by means of an electromagnetically controlled lock being held in a pretensioned position and being releasable from same, characterized in that the tensioning device is designed as a toggle link, wherein the tensioning element acts at the middle of the toggle link.
Lance for accommodation of a sensor or sampler for molten metals comprising a top part and a bottom part designed to be arranged on the sensor or sampler, whereby top part and bottom part are detachably connected to each other by means of a plug-in coupling, whereby the plug-in coupling comprises two coupling parts (3; 4) that are plugged into each other, of which one coupling part is arranged on the top part and the other coupling part is arranged on the bottom part of the lance, whereby both coupling parts (3; 4) are plugged into each other in the longitudinal direction of the lance, whereby one of the two coupling parts (3; 4) comprises, on its open connecting end, an opening or a groove that extends from the front face of the coupling part in longitudinal direction of the lance, and comprises an extension that is situated at a distance from the front face and is provided in the circumferential direction of the coupling part, whereby an elevation is provided on the other coupling part and engages the extension, characterised in that a blocking facility that is mobile in the longitudinal direction of the lance and is arranged appropriately on top part or bottom part of the lance such that a snap-in element of the blocking facility is arranged, at least in part, between at least one part of the elevation and at least one part of the opening or groove that extends in the longitudinal direction of the lance, and whereby the blocking facility is arranged on the lance such as to be movable by gravity and, after connecting the top part to the bottom part in the operating position of the lance, shifts downward and prevents the coupling parts of the top part and bottom part from becoming detached.
A bag knot structure comprising: a bag body part formed in two layers, and configured to have closed three sides and have an open inlet at the top thereof; a first hole located on one side of the top of the bag body part and in proximity to the inlet, and formed through the bag body part; a second hole located in proximity to the first hole, and formed through the bag body part; a third hole spaced apart from the second hole, located on the other side of the top of the bag body part, and formed through the bag body part; and a knotting wire disposed on the back surface of the bag body part; characterized in that part of the knotting wire is passed through the first hole from the back surface of the bag body part, is moved to the front surface of the bag body part, and is caused to form a first loop; wherein part of the knotting wire is passed through the second hole from the back surface of the bag body part, is moved to the front surface, is passed through the first loop, and is caused to form a second loop; and wherein part of the knotting wire is passed through the third hole from the back surface of the bag body part, is moved to the front surface, and is caused to form a grip, wherein the grip is moved out of the third hole, and is passed through the second loop. a bag body part formed in two layers, and configured to have closed three sides and have an open inlet at the top thereof; a first hole located on one side of the top of the bag body part and in proximity to the inlet, and formed through the bag body part; a second hole located in proximity to the first hole, and formed through the bag body part; a third hole spaced apart from the second hole, located on the other side of the top of the bag body part, and formed through the bag body part; and a knotting wire disposed on the back surface of the bag body part; characterized in that part of the knotting wire is passed through the first hole from the back surface of the bag body part, is moved to the front surface of the bag body part, and is caused to form a first loop; wherein part of the knotting wire is passed through the second hole from the back surface of the bag body part, is moved to the front surface, is passed through the first loop, and is caused to form a second loop; and wherein part of the knotting wire is passed through the third hole from the back surface of the bag body part, is moved to the front surface, and is caused to form a grip, wherein the grip is moved out of the third hole, and is passed through the second loop.
System for delivering positive pressure therapy by a CPAP ventilator to a patient having a health disorder, the system comprising: a pulse oximeter; means for analysing a signal from the pulse oximeter and processing the pulse oximeter signal; and a feedback controller, characterized by said means being adapted to remove signals indicative of heart rate and leave signals indicative of respiratory rate for determining patient respiratory effort and for forming a patient effort signal; and said feedback controller being arranged to receive the patient effort signal, the feedback controller being arranged to control the positive pressure therapy to the patient by controlling the ventilator in response to the patient effort signal, wherein in the absence of respiratory flow limitation, persistently high respiratory effort indicates inadequate pressure support. a pulse oximeter; means for analysing a signal from the pulse oximeter and processing the pulse oximeter signal; and a feedback controller, characterized by said means being adapted to remove signals indicative of heart rate and leave signals indicative of respiratory rate for determining patient respiratory effort and for forming a patient effort signal; and said feedback controller being arranged to receive the patient effort signal, the feedback controller being arranged to control the positive pressure therapy to the patient by controlling the ventilator in response to the patient effort signal, wherein in the absence of respiratory flow limitation, persistently high respiratory effort indicates inadequate pressure support.
Method for capturing a three-dimensional X-ray image of an object by means of an X-ray system comprising an X-ray source, an X-ray detector, a data processing system and a shutter matrix, wherein the shutter matrix comprises a plurality of shutter elements, the X-ray absorption properties of which can be controlled, at least one first region of the object to be captured is defined, wherein settings for the individual shutter elements of the shutter matrix are planned for different revolution positions (14, 15, 16, 17) taking into account the first defined region to be captured, wherein a plurality of two-dimensional X-ray images is subsequently captured from the planned revolution positions (14, 15, 16, 17) using the planned settings of the shutter elements during at least one partial revolution, wherein the overall three-dimensional X-ray image of the first region to be captured is generated from the individual two-dimensional X-ray images, characterized in that, in addition to the first region to be captured, at least one second region to be captured is defined which is spatially separated from the first region to be captured, wherein the shutter elements of the shutter matrix are controlled such that the first region to be captured and the at least second region to be captured are captured at the same time, so that two or more spatially separated regions are captured at the same time.
Closing device for adjusting a fitting or blocking retaining structure between a closed position and an opened position, having a gearbox which is disposed in a housing, wherein a predetermined breaking point is configured in a drive section of the closing device that comprises the gearbox, characterized in that the gearbox is formed by a worm gear set which has a worm gear by way of which a fitting or a movable part of a blocking retaining structure is pivotable and is designed in the form of a pivoting gearbox having at least one detent on the worm gear, and in that the at least one detent is configured within the housing, wherein the at least one detent delimits a movement in the drive section, where the predetermined breaking point is conceived in such a manner that a maximum force which by way of the predetermined breaking point is able to be transmitted along the drive section and up to the at least one detent is less than a second force which the housing withstands when this second force acts on the location of the at least one detent.
A device suitable for remodelling the internal surface of a hollow vessel at least partially occluded by a mass, comprising: an elongate body having a distal end and a proximal end, the distal end comprising a tip portion located at the distal terminus of the body, and a bipolar radiofrequency electrode arrangement located proximally to the tip portion within the distal end; wherein the bipolar radiofrequency electrode arrangement comprises a first electrode located proximally to the tip portion within the distal end of the elongate body and a second electrode located at a position proximally to the first electrode; wherein the first electrode is configured so as to be greater in dimension proximally than distally and thereby tapers towards the distal end of the elongate body; wherein the first electrode is an expandable umbrella, frustoconical or cone-shaped structure comprising a plurality of arms or spokes or leaves; wherein the first electrode is arranged to be deployed outwardly from the body of the device and in so doing exert an expansion force on the hollow vessel; and wherein the bipolar radiofrequency electrode arrangement is capable of delivering energy up to about 50 Watts so as to remodel the internal surface of the hollow vessel without inducing closure of the hollow vessel. an elongate body having a distal end and a proximal end, the distal end comprising a tip portion located at the distal terminus of the body, and a bipolar radiofrequency electrode arrangement located proximally to the tip portion within the distal end; wherein the bipolar radiofrequency electrode arrangement comprises a first electrode located proximally to the tip portion within the distal end of the elongate body and a second electrode located at a position proximally to the first electrode; wherein the first electrode is configured so as to be greater in dimension proximally than distally and thereby tapers towards the distal end of the elongate body; wherein the first electrode is an expandable umbrella, frustoconical or cone-shaped structure comprising a plurality of arms or spokes or leaves; wherein the first electrode is arranged to be deployed outwardly from the body of the device and in so doing exert an expansion force on the hollow vessel; and wherein the bipolar radiofrequency electrode arrangement is capable of delivering energy up to about 50 Watts so as to remodel the internal surface of the hollow vessel without inducing closure of the hollow vessel.
A composition comprising nanoparticles comprising rapamycin and an albumin, for use in a method of treatment of a proliferative disease in an individual, wherein the method further comprises administering a composition comprising nanoparticles comprising paclitaxel and an albumin.
Ramp for a public passenger transport vehicle, for bridging a gap between an entrance region of the vehicle and a land-proximal stationary platform, wherein the ramp is configured to be placed onto the platform and onto a floor in the entrance region of the vehicle, wherein the ramp for fixing the ramp to the vehicle has at least one laterally oriented fork, which is disposed on one side of the ramp, for encompassing a door leaf of an entrance door of the vehicle, characterized in that the ramp has at least one rail, which is disposed in the region of the side, for guiding the fork at least along a portion of the ramp.
A coating method comprising: depositing a reactive material onto a turbine engine component using an ionic liquid that is a melt of a salt; and heat treating the turbine engine component to react the reactive material with at least one other element to form a protective coating on the turbine engine component, wherein the reactive material is selected from a group consisting of hafnium, silicon, and zirconium. depositing a reactive material onto a turbine engine component using an ionic liquid that is a melt of a salt; and heat treating the turbine engine component to react the reactive material with at least one other element to form a protective coating on the turbine engine component, wherein the reactive material is selected from a group consisting of hafnium, silicon, and zirconium.
A communication module for data transmission between at least one hardware component which is integrated into an internal network of a technical system, and a back-end computer system, which is connected to a packet-switched data network, wherein the communication module has a device-proximal gateway and a network-proximal gateway, which are connected to one another via a point-to-point connection without intermediate stations, wherein the network-proximal gateway provides a data transmission interface between the packet-switched data network and the point-to-point connection, wherein the device-proximal gateway provides a data transmission interface between the point-to-point connection and the internal network, characterized in that a communication via the point-to-point connection is carried out according to a non-routable protocol.