An arrangement in connection with a rack for orderly storage and/or for keeping syringes with a luer tip ready for use

Abstract: A rack (1) for orderly storage and/or for keeping syringes (19), needles (22), ampullas (23), and the like ready for use. Said rack has receptacle means (11, 9, 8, 10) for said objects. For the syringes said receptacle means are shaped like spigots (11, 12, 24) designed like luer cones. The syringes may be placed on said spigots by the aid of bushing members (21) which are provided with receptacle means (40, 41) at each end, which are dimensioned to receive the luer cone. Syringes are stored in an orderly and easily surveyable sterile manner, ready for use. Brnshing member (21) may advantageously be used serving as a coupler means between two syringes.

Description: The invention relates to an arrangement in connection with a rack for orderly storage and/or for keeping syringes with a luer projection ready for use, said rack also comprising receptacle means for the syringes. Syringes are used in all departments of the health sector. Some people inject themselves, e.g. diabetes patients, but in most cases the injection, i.e. the content of the syringe, is administered by a medical practitioner or a nurse. The patient/user receives the injection either subcutaneously (under the skin), intramuscularly (in the muscle), or intravenously (via the vein system). The syringe content (medicament) may be administered by connecting the syringe with an intravenous cannula or by providing the syringe with a syringe needle which is introduced under the skin or into a muscle. Injections may also be administered in spinal-/epidural ducts. In any case, every object to be used must be sterile. Syringes are filled by sucking the content of an ampulla or another container through a suction cannula. Such medicament suction may, e.g. be carried out in the patient's home, in separate syringe medicament rooms, in surgical theatres, wards for intensive care, etc. In a surgical theatre syringes filled with a medicament are e.g. placed on an anaesthetics table. During administration to the patient and maintenance of narcosis, the medicament is administered as required. Use of several different syringes during one narcosis is not uncommon, and this means that there will be a plurality of syringes, ampullae and needles, etc. in circulation. Conditions may easily become slightly chaotic, since many different medicaments are also used. The hazard of making an error or administer a wrong medicament will increase when syringes after some time lie about in a mess, e.g. in an acute situation. This may happen in spite of the fact that each syringe should be marked with the kind of medicament to be administered. As known, use of syringes generally requires the strictest possible hygiene, and the syringe or syringes, thus, must be kept under maximum hygienic conditions and safety against confusion from the moment they are filled and until they are used. A common procedure today is that a sterile stop or plug is provided on the syringe tip upon the syringe being filled, and if the syringe tip is sterile. The syringe needle is kept in a sterile wrapping until it is to be used. Another procedure is to keep the syringe needle on the syringe, e.g. inserted in the ampulla with the medicament to be used. In the course of daily routines filled and ready syringes are kept on a tray or the like in a refrigerator, or on the patient's bedside table, etc. before the injection is administered to the patient. Often, it happens that the syringe is not reposing where it was put, but rolls about on the tray or may even fall down onto the floor. Needles and/or tips then often become less than sterile. The syringes have no firm bed and conditions easily get chaotic. The hygienic situation, as mentioned, may also become hazardous. For inocculation or for administration of injections to many persons a plurality of equal syringes are often prepared. They are put side-by-side. It is unsatisfactory to have syringes lying about freely, because they may roll about and/or be touched in an undesirable manner, so that sterility is lost. It will, oviously, be even more difficult to maintain necessary hygienic conditions when there are different medicaments to be administered at the same time. The present system as regards storage of syringes with medicaments, from the moment the syringe is filled with the medicament and until the latter is administered, is thus not satisfactory. There is a hazard of sterility being lost, since routines do not comprise a firm and/or steady holder for the syringes. There is a hazard of administrating a wrong medicament and/or a wrong dose. In acute situations it will often be difficult to take in everything at a glance, e.g. when several filled syringes are placed together in a bowl or the like in a refrigerator. Some medicaments are stored for up to 24 hours after having been sucked in a sterile manner into a syringe, with a sterile plug/needle on the tip. This, obviously, does not improve conditions as regards hygiene. One of the known systems used to day, luer plugs, are bushing members having a cone shaped portion at one end with a finishing external locking thread. At the other end there is a bushing portion shaped with a slightly larger diameter and an internal locking thread, adapted to said cone shaped locking thread. The cone has a conical blind bore, adapted to the conical shape of the syringe tip, and the bushing member has an internal coaxial conical plug which is adapted to said conical blind bore in the locking cone. When a medicament is to be sucked into a syringe from an ampulla or the like, this is commonly carried out through a suction cannula which is placed onto the syringe tip. When the syringe has been filled, the suction cannula is removed and a sterile luer plug is provided in its stead. When the medicament is to be administered, the luer plug is removed and the syringe tip is provided with a needle or a cannula. It is a main object of the present invention to provide an arrangement in connection with a rack for orderly storage and/or for keeping syringes ready for use with the aim of achieving controlled and sterile conditions. Another object of the invention is to provide an arrangement in connection with a rack for orderly storage and/or for keeping syringes, needles, ampullae and the like prepared for use. The invention is based on known technology, racks being known for receiving syringes, needles, ampullae, and the like. The closest prior art is disclosed within US-A 4,826,003. It describes an arrangement in connection with a rack for orderly storage and/or for keeping syringes as stated in the preamble of claim 1. According to the invention an arrangement in connection with a rack is, thus, proposed for orderly storage and/or for keeping syringes with a luer tip och a luer locking tip ready for use, which rack comprises receptacle means for the syringes. The characterizing feature according to the invention is that the syringe receptacle means comprise spigots which are integrated in the rack, and bushing members which may be placed on respective spigots, said bushing members being shaped for receiving the luer tip of the syringes. In a suitable embodiment of the invention the spigots are provided in one or a plurality of rows on a block shaped rack. Such a rack will be steady and compact. An arrangement of the spigots on two (or more) opposite lateral block faces is rendered possible. The rack will, thus, be utilized in the best possible manner and it may be made more universally applicable if spigots are arranged on one lateral block face, wheras spigots and other receptacle means - for needles, ampullae and the like - are placed on the opposite lateral block face. The last mentioned embodiment is a preferred embodiment because it provides for orderly storage and/or for keeping ready syringes with associated needles, ampullae, and the like. The filled syringes may, e.g. be placed in one row, whereas associated ampullae are placed in a parallel receptacle row. Required syringe needles may also be placed in a parallel row. In this manner good order and survey is achieved. The invention is disclosed in more detail below with reference to the drawings, in which Figure 1 is a perspective view of a rack Figure 2 shows the rack of Figure 1 as seen from below, Figure 3 is a perspective view of a luer plug, Figure 4 shows a partial section through the plug of Figure 3, Figure 5 shows a bushing member in a perspective view, for use on the rack of Figures 10 and 11, Figure 6 is a longitudinal section of the bushing member of Figure 5, Figure 7 shows a portion of the rack of Figures 1 and 2, with a provided bushing member (in section), and with a syringe shown inserted in place in the bushing member, Figure 8 is a perspective view of the rack design, The rack shown in Figures 1 and 2 is block shaped. Block 1 suitably consists of a sterilizable material, e.g. a suitable plastic material. Block 1 has four lateral block faces, 2, 3, 4 and 5, and two block end faces, 6 and 7. In one lateral block face 2, as shown in Figure 1, several recesses, 8, 9 and 10 are formed. On the same block face 2 there are also several projecting spigots 11, 12. Spigots 11 are arranged in a row along the edge, in the present case in a number of six spigots. On the opposite face edge two spigots 12 are placed, one at each block end. In parallel with and inside the row of spigots 11 a row of relatively deep recesses or depressions 9 are provided. In parallel with said row of depressions 9 a row of slightly more shallow depressions or recesses 8 are provided. Behind said row of depressions 8 there is a row of shallow/deep depressions or recesses 10. The deep recesses 9, which may e.g. be blind bores, all have the same diameter in the embodiment and are intended for receiving syringe needles. The next row comprises depressions or blind bores 8 of varying diameters, in this case increasing towards the right hand side in Figure 1, which are intended for receiving ampullae. Depressions 10, which may be shallow or deep, are intended for receiving other equipment that might be required, e.g. extra ampullae, medicament containers, needles, etc. Spigots 11 and 12 are intended for receiving syringes, and the special function of the spigots will be explained in detail below. At first, we will describe a luer plug in more detail. Such a typical and known luer plug is shown in Figures 3 and 4. The luer plug shown in Figures 3 and 4 has a locking spigot portion 13 and a bushing portion 14. At the end of the locking spigot a locking thread is provided. The latter is intended for threaded and locking cooperation with an internal thread 16 in bushing portion 14. Centrally in bushing portion 14 there is a spigot 17 which is slightly conical externally. In locking spigot 13 a corresponding slightly conical bore 18 is provided. Said slightly conical bore 18 and said slightly conical spigot 17 are mutually adapted, so that spigot 17 on a luer plug may be inserted into conical bore 18 in a sealing manner. Slightly conical bore 18 is adapted to a so called luer cone, which is e.g. found on a syringe tip. This means that a syringe tip may be inserted into conical bore 18 for sealing cooperation with the luer plug. Locking thread 15 and internal thread 16 are mutually adapted so that locking spigot 13, 15 on a luer plug may be screwed into and cooperate with thread 16, with internal spigot 17 passing into conical bore 18 of an adjacent plug. In the other recesses or bores, and on spigot 11, possibly also on spigot 12, other components may be arranged, e.g. additional ampullae, syringes, needles, etc. On what may be called the lower side of rack 1 in Figure 1, totally eighteen spigots 24 are shown. They correspond to spigots 11 and 12 as to shape and function and are provided for the same reason. Rack side 4, shown in Figure 2, is especially suitable when a large number of preferably similar syringes is to be prepared for use, e.g. in connection with inocculation. In this case 18 syringes may be provided in rows in the rack. Associated needles may, if desired, be placed in receptacle bores in block face 4 or they may be placed in a bowl wrapped in a sterile manner until they are to be used. When the rack is used as shown in Figures 1 and 8, the rack or block 1 rests on spigots 24, and vice versa, when the rack is used as shown in Figure 2, it rests in a stable and steady manner on spigots 11, 12. Spigots 11 and 12 are intended for receiving special bushing members 21, see Figures 7 and 8. Such a bushing member 21 is shown in more detail in Figures 5 and 6. It will appear from Figures 5 and 6 that this special bushing member is an externally ridged 39 circular cylinder, which at each end is provided with a plug receptacle means 40, 41, intended for receiving a form-fitting liner tip or luer cone. Receptacle means 40, 41 are separated by a transversal wall or partition 42. In the embodiment shown in a sectional view in Figure 6, said partition 42 has a through bore or a through hole 43, but the partition may also be unperforated so that said receptacle means are physically separated, see Figures 7 and 8. In Figure 7 a portion of a rack 1 with spigots 11 is shown. On two spigots a bushing member 21 is provided. On one bushing member 21, shown in a longitudinal section, an inserted syringe 46 is indicated. Syringe 46 has a luer tip or cone 47 fitting into receptacle means 40 in the bushing member. Correspondingly, spigot 11 is adapted to be receptacle means 41. The spigot, as mentioned before, is advantageously shaped like a luer cone, i.e. corresponding to cone 47. When a syringe 46 is to be placed in rack 1, a sterile wrapped bushing member 21 is removed from its wrapping and placed on spigot 11, whereupon syringe tip 47 may be inserted into slightly conical receptacle means 40, as shown in Figure 7. In this manner the syringe will be kept in the rack in a sterile manner. Figure 8 shows an example of how rack 1 may be used. On three spigots 11 a respective bushing member 21 is placed and a syringe 46 is placed in each of members 21. In the recesses or bores associated syringe needles 22 and ampullae 23, etc. are placed. On what may be called the rack underside in Figure 1, a total of eighteen spigots 24 are shown. They correspond to spigots 11 and 12 as to shape and function and are provided for the same reason. Rack side 4 shown in Figure 2 is especially suitable when a large number of preferably equal syringes is to be prepared for use, e.g. in connection with inocculation. In this case eighteen syringes may be placed in rows on the rack. Associated needles may, if desired, be placed in receptacle bores (not shown) in block face 4, or they may be placed in a bowl in their sterile wrappings, ready for use. When the rack is used as shown in Figures 1 and 8, the rack or block rests on spigots 24, and vice versa, when the rack is used as shown in Figure 2, it will rest in a stable and steady manner on spigots 11, 12. Not disclosed in the drawings is the possibility of using colour codes for the various components.

Claims: An arrangement in connection with a rack (1) for orderly storage and/or for keeping syringes (46) with liner tips (47), said rack (1) comprising receptacle means for the syringes (46), characterized in that the syringe receptacle means comprise spigots (11, 12, 24) which are integrated in the rack, and which are dimensioned and formed to correspond to the liner tips (47) of the syringes (46), and bushing members (21) to be placed on respective spigots (11, 12, 24), said bushing members being shaped for receiving the liner tips of the syringes. An arrangement as stated in Claim 1, characterized in that the spigots (11, 24) are arranged in one row or in a plurality of rows on a block-shaped rack (1). An arrangement as stated in Claim 1 or 2, characterized in that the spigots (11; 24) are arranged on two opposite lateral faces (2, 4) on the rack (1). An arrangement as stated in Claim 2 or 3, characterized in that on one lateral block face (4) there are only spigots (24), whereas there are spigots (11, 12) and associated receptacle means (8, 9, 10) for needles, ampullae and other objects on the other lateral block face (2).

Inventors: HEIMREID BENT, HEIMREID, BENT
Applicants: HEIMREID BENT, HEIMREID, BENT
Application year: 1990
Main classification: A61M5
IPC codes: A61M5, A61J1, A61B19