CN103083755B - Multi-module clamping combined system - Google Patents
Multi-module clamping combined system Download PDFInfo
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- CN103083755B CN103083755B CN201310003547.2A CN201310003547A CN103083755B CN 103083755 B CN103083755 B CN 103083755B CN 201310003547 A CN201310003547 A CN 201310003547A CN 103083755 B CN103083755 B CN 103083755B
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Abstract
The invention discloses a multi-module clamping combined system. The multi-module clamping combined system comprises modules, a combined box, a management module and a handle. One or multiple modules can be arranged in the combined box in an inserting mode, and the combined box can be combined with the management module to form the multi-module clamping combined system. The multi-module clamping combined system can be a multi-module infusion combined system. The management module and the handle can be arranged in an inserting mode, and therefore moving and transporting of the multi-module infusion combined system are convenient. During use of the multi-module clamping combined system, the modules can be inserted or pulled out freely. The modules can be independent of the combined box and work, after the modules are inserted in the combined box, an internal power supply is used for supplying power for the modules, and the combined box can supply power for the modules through a direct current (DC) power input/output device. Thus, users can allocate infusion modules or modules with other functions conveniently and efficiently according to the demands, and the multi-module clamping combined system solves the disordered problem of power lines and the sorting problem of infusion pipelines.
Description
Technical field
The present invention relates to mechanical field, particularly, relate to a kind of multimode clamping combined system.
Background technology
In hospital clinical uses, doctor according to treatment needs, need connect other medical infusion pump such as multiple syringe pump and/or infusion pump simultaneously to patient.Current Main is, medical institutions the infusion pump of unit work can only be placed on table top or are fixed on drip stand respectively by several, cannot effectively integration be together between each infusion pump, cause power line many and mixed and disorderly, extrusion infusing pipeline cannot simple and effectively arrange, work alone between infusion pump, cannot carry out systematic interconnected.In addition, also have one that multiple syringe pump is contained in a casing, as multiple tracks syringe pumps such as 2 roads, 4 roads.Multiple tracks syringe pump solves the mixed and disorderly problem of power line and infusion pipeline, but there is following defect: when 1) user only uses 1 Dao Huoji road syringe pump, and unnecessary syringe pump is just idle, causes user maximal efficiency can not play the service efficiency of infusion pump; 2) syringe pump and infusion pump are contained in the multiple tracks pump formed in a casing, have more highlighted the poor efficiency of equipment use in reality, and carrying, operation, use, management is all inconvenient.
Summary of the invention
The invention provides a kind of multimode clamping combined system, this system can carry out optionally clamping assembling to the module of various function, combination box, administration module and handle, thus can configure the module of various function effectively, desirably.
Multimode clamping combined system in the present invention comprises combination box and module;
The both sides at the top of described module are provided with the first guide rail and the first guide groove, the front end of described first guide rail and the front end of the first guide groove are provided with confined planes, the side of described module is provided with the first buckle and the first shifting block device in the position of the end of the end and described first guide groove that close on described first guide rail, described first sets device ahead is connected with described first buckle, described first buckle comprises the first holding section projection, and with the first elastic component of described first holding section protrusions match, the both sides of the bottom of described module are provided with the second guide rail and the second guide groove, the end of described second guide rail and the second guide groove is provided with confined planes, the inwall of the both sides shell of described combination box is provided with multiple 3rd guide rail, the end of described 3rd guide rail is provided with buckle confined planes, the both sides at the top of described combination box are provided with the 4th guide rail and the 4th guide groove, the both sides of the bottom of described combination box are provided with the 5th guide rail and the 5th guide groove, the end of the 5th guide rail and the 5th guide groove is provided with confined planes, described first guide rail is for described second guide groove of another module that is connected, described first guide groove is for described second guide rail of another module that is connected or described 3rd guide rail, described 4th guide rail is for described 5th guide groove of another combination box that is connected, described 4th guide groove is for described 5th guide rail of another combination box that is connected.
In above-mentioned multimode clamping combined system, the both sides at the top of described combination box are also provided with the second buckle and the second shifting block device, described second shifting block device is connected with described second buckle, described second buckle comprises the second holding section projection, and with the second elastic component of described second holding section protrusions match, the two bottom sides of described combination box is provided with and the second buckle indent of the second buckle adaptation at the top of combination box described in another and the second buckle slot.
Further, described system also comprises handle and administration module, the both sides at the top of described administration module are provided with the 6th guide rail and the 6th guide groove, the end of described 6th guide rail and the end of described 6th guide groove are provided with confined planes, the centre position at the top of described administration module is provided with the 3rd buckle and the 3rd shifting block device, described 3rd shifting block device is connected with described 3rd buckle, described 3rd buckle comprises the 3rd holding section projection, and with the 3rd elastic component of described 3rd holding section protrusions match, the both sides of the bottom of described administration module are provided with the 7th guide rail and the 7th guide groove, the end of described 7th guide rail and the end of described 7th guide groove are provided with confined planes, the both sides of the bottom of described administration module are also provided with four buckle slot suitable with the second buckle of the both sides at the top of combination box and the 4th buckle indent, the both sides of the bottom of described handle are provided with the 8th guide rail and the 8th guide groove, the end of described 8th guide rail and the 8th guide groove is provided with confined planes, the middle part of the bottom of described handle is provided with and the 3rd buckle indent of the 3rd buckle adaptation on described administration module and the 3rd buckle slot, described 6th guide rail is used for described 8th guide groove that is connected, described 6th guide groove is used for described 8th guide rail that is connected, described 7th guide rail is used for described 4th guide groove that is connected, described 7th guide groove is used for described 4th guide rail that is connected, described 8th guide rail is also for described first guide groove that is connected, described 8th guide groove is also in order to described first guide rail that is connected.
In above-mentioned multimode clamping combined system, described combination box is just provided with module liftout attachment to the position of the 3rd guide rail described in each, described module liftout attachment comprises knob and pushing block, the front end of described pushing block is provided with boss, the vertical direction of described boss is inclined-plane, during described knob, described pushing block linearly slides.
In above-mentioned multimode clamping combined system, described module and described combination box are provided with AC power supplies device and DC power source apparatus, and described administration module has DC power source apparatus.
In above-mentioned multimode clamping combined system, described module is infusion pump modules or syringe pump module.
Multimode clamping combined system of the present invention can to module, combination box, administration module and handle carry out optionally clamping assembling, this system in use can arbitrarily be inserted or extract module, module can independent of combination box work, namely module can be extracted and still can normally be worked from combination box, or continue normal work in insertion combination box, after module inserts combination box, internal electric source can be used to power, also can be powered to it by combination box by DC power supply input/output device, therefore, user can be easily and effectively, configure infusion module as required or there is the module of other function, and system solves the problem the mixed and disorderly and infusion pipeline arrangement problem of power line.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram after the embodiment of the present invention handle, administration module, combination box and the module plug-in mounting that provide;
Fig. 2 a, b are the schematic diagrams of the module that the embodiment of the present invention provides;
Fig. 3 a, b are the structural representations of the module that the embodiment of the present invention provides;
Fig. 4 a, b are the structural representations of the combination box that the embodiment of the present invention provides;
Fig. 5 is the structural representation of the administration module that the embodiment of the present invention provides;
Fig. 6 is the structural representation of the handle that the embodiment of the present invention provides;
Fig. 7 is the module that provides of the embodiment of the present invention and module and handle and module plug-in mounting process schematic;
Fig. 8 is the schematic diagram after the module that provides of the embodiment of the present invention and module and handle and module plug-in mounting;
Fig. 9 is the module that provides of the embodiment of the present invention and module and handle and module plug-in mounting principle front view;
Figure 10 is the module that provides of the embodiment of the present invention and module and handle and module plug-in mounting schematic side view;
Figure 11 is the schematic diagram of the module that provides of the embodiment of the present invention and combination box plug-in mounting process;
Figure 12 is the schematic diagram of the module that provides of the embodiment of the present invention and combination box plug-in mounting process;
Figure 13 is the schematic diagram after the embodiment of the present invention handle, administration module combination box and the module plug-in mounting that provide;
Figure 14 is the combination box that provides of the embodiment of the present invention and module plug-in mounting principle front view;
Figure 15 is the combination box that provides of the embodiment of the present invention and module plug-in mounting schematic side view;
Figure 16 is the schematic diagram of the combination box that provides of the embodiment of the present invention and combination box plug-in mounting process;
Figure 17 is handle, administration module, combination box and the module plug-in mounting principle front view that the embodiment of the present invention provides;
Figure 18 is handle, administration module and the combination box plug-in mounting schematic side view that the embodiment of the present invention provides.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The invention provides a kind of multimode clamping combined system, as shown in Figure 1, this system comprises module 1, combination box 2, administration module 3 and handle 4, single or multiple module 1 can enter in a combination box 2 by plug-in mounting, combination box 2 can combine with administration module 3, thus form a multimode clamping combined system, this multimode clamping combined system can be, such as, multimode infusion combined system medically, administration module can with handle plug-in mounting 4 so that the movement of multimode infusion combined system and transport.Module 1 can arbitrarily be inserted or be extracted to multimode clamping combined system in use.Module 1 can work independent of combination box 2, and namely module 1 can be extracted and still can normally be worked from combination box 2, or inserts the normal work of continuation in combination box 2.After module 1 inserts combination box 2, internal electric source can be used to power, also can be powered to it by combination box by DC power supply input/output device, therefore, user easily and effectively, as required can configure infusion module, and system solves the problem the mixed and disorderly and infusion pipeline arrangement problem of power line.
Fig. 2 a, b are the schematic diagrams of the module that the embodiment of the present invention provides.Module 2 in the present invention can be the infusion pump modules shown in a in Fig. 2, also can be the syringe pump module shown in b in Fig. 2, or has the module (namely loading the device with other function in module 1) of other function.See Fig. 3, 10, 15, the both sides at the top of the module that the embodiment of the present invention provides are provided with the first guide rail 11 and the first guide groove 12, adjacent first guide groove 12 of first guide rail 11 is arranged, and form draw-in groove with the first guide groove 12, the front end of the first guide rail 11 and the first guide groove 12 is provided with confined planes 13, the side of module 1 is provided with the first buckle 14 and the first shifting block device 15 in the position of the end closing on the first guide rail 11 and the first guide groove 12, first sets device 15 ahead is connected with the first buckle 14, first buckle 14 comprises the first holding section projection, and with the first elastic component of the first holding section protrusions match, first elastic component can be spring, shell fragment etc., optionally, the side, both sides that first buckle 14 and the first shifting block device 15 also can be arranged on module 1 is close in the position of the end of the first guide rail 11 and the first guide groove 12, the both sides of the bottom of module are provided with the second guide rail 16 and the second guide groove 17, adjacent second guide groove 17 of second guide rail 16 is arranged, and form draw-in groove with the second guide groove 17, the end of the second guide rail 16 is provided with confined planes 18, module 1 also comprises AC power supplies input equipment 19 for powering to the functional circuit in module 1 and DC power supply input/output device 110 (this device also can carry out the input and output of signal simultaneously), first guide rail 11 can with the second guide groove 17 clamping of another module, namely the first guide rail 11 can enter the second guide groove 17 of another module by plug-in mounting, meanwhile, first guide groove 12 is also connected together with the second guide rail 16 of another module, thus make the bottom of the top of a module and another module plug-in.
Fig. 4 shows the structural representation of the combination box that the embodiment of the present invention provides.The inwall of the both sides shell of the combination box 2 in the present invention is provided with multiple 3rd guide rail 21, the end of the 3rd guide rail 21 is buckle confined planes 22, the both sides at the top of combination box are provided with the 4th guide rail 23 and the 4th guide groove 24, adjacent 4th guide groove 24 of 4th guide rail 23 is arranged, and form draw-in groove with the 4th guide groove 24, the both sides of the bottom of combination box are provided with the 5th guide rail 25 and the 5th guide groove 26, the end of the 5th guide rail 25 and the 5th guide groove 26 is provided with confined planes 27, adjacent 5th guide groove 26 of 5th guide rail 25 is arranged, and form draw-in groove with the 5th guide groove 26, 3rd guide rail 21 can carry out clamping with the first guide groove 12 in module 1, therefore, the inwall of the both sides shell of combination box 2 can enter multiple module 1 by plug-in mounting.4th guide rail 23 can with the 5th guide groove 26 clamping of another combination box, meanwhile, the 4th guide groove 24 is also connected together with the 5th guide rail 25 of another combination box, thus makes the bottom of the top of a combination box and another combination box plug-in.The both sides at the top of combination box are also provided with the second buckle 28 and the second shifting block device 29, second shifting block device 29 is connected with the second buckle 28, second buckle 28 comprises the second holding section projection, and with the second elastic component of the second holding section protrusions match, the two bottom sides of combination box is provided with the second buckle indent 210 and the second buckle slot 211 with second buckle 28 adaptation at the top of another combination box.Combination box 2 is just provided with module liftout attachment to the position of the end of each the 3rd guide rail 21, module liftout attachment comprises knob 212 and pushing block 213, the front end of pushing block 213 is provided with boss, the vertical direction of boss is inclined-plane, during turning knob, pushing block 213 linearly slides, and making boss by the holding section projection of the buckle 14 in module 1 to pressing down, then module 1 being ejected.In addition, combination box 2 also comprises AC power supplies input equipment 214 and DC power supply input/output device 215 (this device also can carry out the input and output of signal simultaneously).
Fig. 5 shows the structural representation of the administration module that the embodiment of the present invention provides.Administration module 3 in the present invention is for managing whole system, the both sides at the top of administration module 3 are provided with the 6th guide rail 31 and the 6th guide groove 32, the end of the 6th guide rail 31 and the end of the 6th guide groove 32 are provided with confined planes (not shown), adjacent 6th guide groove 32 of 6th guide rail 31 is arranged, and form draw-in groove with the 6th guide groove 32, the centre position at the top of administration module 3 is provided with the 3rd buckle 33 and the 3rd shifting block device 34, 3rd shifting block device 34 is connected with the 3rd buckle 33, 3rd buckle 33 comprises the 3rd holding section projection, and with the 3rd elastic component of the 3rd holding section protrusions match, the both sides of the bottom of administration module 3 are provided with the 7th guide rail 35 and the 7th guide groove 36, the end of the 7th guide rail 35 and the end of described 7th guide groove 36 are provided with confined planes 37, adjacent 7th guide groove 36 of 7th guide rail 35 is arranged, and form draw-in groove with the 7th guide groove 36, the both sides of the bottom of management mould 3 pieces are also provided with four buckle slot 39 suitable with the second buckle 28 of the both sides at the top of combination box 2 and the 4th buckle indent 38.In addition, administration module 3 also comprises DC power supply input/output device 310.
Fig. 6 shows the structural representation of the handle that the embodiment of the present invention provides.The both sides of the bottom of the handle 4 in the present invention are provided with the 8th guide rail 41 and the 8th guide groove 42, the end of the 8th guide rail 41 and the 8th guide groove 42 is provided with confined planes 43, the front end of the 8th guide rail 41 is provided with pressure bayonet ramp 44, adjacent 8th guide groove 42 of 8th guide rail 41 is arranged, and forming draw-in groove with the 8th guide groove 42, the middle part of the bottom of handle 4 is provided with and the 3rd buckle indent 45 of the 3rd buckle 33 adaptation on administration module 3 and the 3rd buckle slot 46.The 6th guide rail 31 on administration module 3 can with the 8th guide groove 42 clamping on handle, namely the 6th guide rail 31 can enter the 8th guide groove 42 by plug-in mounting, meanwhile, the 6th guide groove 32 is also connected together with the 8th guide rail 41, thus makes the bottom of the top of administration module 3 and handle 4 plug-in.The 7th guide rail 35 on administration module 3 can with the 4th guide groove 24 clamping in combination box 2, and meanwhile, the 7th guide groove 36 is also connected together with the 4th guide rail 23, thus makes the top of the bottom of administration module 3 and combination box 2 plug-in.The 8th guide rail 41 on handle can be used for carrying out clamping with the first guide groove 12 in module 1, and when the 8th guide rail 41 and the first guide groove 12 clamping, the 8th guide groove 42 is also connected together with the first guide rail 11, thus make handle and module plug-in.
See Fig. 7-10, module 1 can work alone, and also can be worked by multiple module 1 plug-in (being namely connected together).When module 1A and module 1B plug-in mounting, by the second guide rail 16 bottom module 1A forward insert module 1B top the first guide groove 12 or by the second guide groove 17 bottom first guide rail 11 at module 1B top backward insert module 1A, guide rail, guide groove front end horizontal direction is provided with inclined-plane, be convenient to the mutual plug-in mounting of guide rail and guide groove, the front end of the second guide rail 16 bottom module 1A is also provided with the inclined-plane of vertical direction, the inclined-plane of vertical direction is when touching the first buckle 14 on module 1B, first buckle 14 is depressed by inclined-plane gradually, when the front end of the second guide rail 16 bottom module 1A arrives the confined planes 13 of the end of first guide groove 12 at module 1B top, the confined planes 18 of the end of the second guide rail 16 bottom module 1A departs from the end face of the first buckle 14 on module 1B, first holding section projection of the first buckle 14 on module 1B pops up under the effect of the first elastic component, the confined planes 18 of the second guide rail 16 end bottom module 1A is blocked in the side of the first holding section projection, prevent two modules from slipping away, positioning and plug-in mounting is completed between module 1A and module 1B.When wanting to take module 1A and module 1B apart, by the first shifting block 15 on lower module 1B, first buckle 14 exits the confined planes 18 of the end of the second guide rail 16 bottom module 1A downwards simultaneously with the first shifting block 15, then pull back module 1A or pull module 1B forward, the fractionation between module 1A and module 1B can be realized.
Individual module 1 or by the plug-in module group of multiple module 1 can also and handle 4 plug-in mounting (i.e. clamping), be convenient to movement and the transport of module or module group.See Fig. 7-10, when module 1 and handle 4 plug-in mounting, by the 8th guide rail 41 on handle 4 forward insert module 1 top the first guide groove 12 or first guide rail 11 at module 1 top is inserted backward the 8th guide groove 42 of handle 4, guide rail, guide groove front end horizontal direction are provided with inclined-plane, are convenient to the mutual plug-in mounting of guide rail and guide groove.During the first buckle 14 in the contact of incline plane module 1 of the vertical direction of the pressure bayonet ramp 44 of the front end of the 8th guide rail 41 of handle 4, first buckle 14 is depressed by inclined-plane 44 gradually, when the front end of the 8th guide rail 41 of handle 4 arrives the confined planes 13 of the end of first guide groove 12 on module 1 top, the confined planes 43 of the end of the 8th guide rail 41 of handle 4 departs from the end face of the first buckle 14 in module 1, first holding section projection of the first buckle 14 pops up under the effect of elastic component, the confined planes 13 of the end of first guide rail 11 at module 1 top is blocked in the side of the first holding section projection, prevent module 1 and handle 4 from mutually slipping away, positioning and plug-in mounting is completed between handle 4 and module 1.When wanting to take handle 4 and module 1 apart, by the first shifting block 15 on lower module 1, first buckle 14 exits the confined planes 13 of first guide rail 11 end at module 1 top downwards simultaneously with the first shifting block 15, then pull back handle 4 or pull forward module 1, the fractionation between handle 4 and module 1 can be realized.
See Figure 11, 13, 14 and 15, when module 1 and combination box 2 plug-in mounting, first guide groove 12 at module 1 top is inserted backward the 3rd guide rail 21 of combination box 2, the horizontal direction of the front end of the front end of the 3rd guide rail 21 of combination box 2 and first guide groove 12 at module 1 top is inclined-plane, be convenient to the mutual plug-in mounting of guide rail and guide groove, during the first buckle 14 in the contact of incline plane module 1 of the vertical direction of the front end of the 3rd guide rail 21 of combination box 2, the first buckle 14 in module 1 is depressed by inclined-plane gradually, when the confined planes 13 of first guide groove 12 end at module 1 top arrives the front end of the 3rd guide rail 21 of combination box 2, the end face of the first holding section projection of the first buckle 14 in module 1 departs from the buckle confined planes 22 of the 3rd guide rail 21 end of combination box 2, first holding section projection pops up under the effect of the first elastic component, the be combined buckle confined planes 22 of the 3rd guide rail 21 end of case 2 of the side of the first holding section projection blocks, prevent module 1 from slipping away from combination box 2, and then complete the positioning and plug-in mounting of module 1 in combination box 2, now, signal input/output unit (DC power supply input/output device) 110 in the signal input/output unit (DC power supply input/output device) 215 of combination box 2 and module 1 is docked and connected.When needing to extract module 1, the knob 212 of rotating group mould assembling 2 upper module liftout attachment, the pushing block 213 of module liftout attachment ejects forward, the first shifting block 15 in module 1 is depressed by the inclined-plane protuberance of pushing block 213 front end gradually, with the first shifting block 15 downwards, the first holding section projection exits the buckle confined planes 22 of the 3rd guide rail 21 end of combination box 2 to first buckle 14, and pushing block 213 continues forward module 1 to be ejected a segment distance simultaneously, now, just module 1 can be extracted out from combination box 2.
See Figure 13, 17 and 18, when handle 4 and administration module 3 plug-in mounting, 8th guide rail 41 of handle 4 is inserted forward the 6th guide groove 32 at administration module 3 top, the front end of the front end of the 8th guide rail 41 of handle 4 and the 6th guide groove 32 at the top of administration module 3 is inclined-plane in the horizontal direction, be convenient to the mutual plug-in mounting of guide rail and guide groove, when the contact of incline plane of the vertical direction of the 3rd buckle indent 45 of handle 4 is to the 3rd buckle 33 on administration module 3, 3rd buckle 33 is depressed by inclined-plane gradually, when the front end of the 8th guide rail 41 of handle 5 arrives the confined planes of the 6th guide groove 32 end on administration module 3 top, 3rd holding section projection of the 3rd buckle 33 on administration module 2 departs from handle 4 bottom surface and aims at the 3rd buckle slot 46 of handle 4, 3rd holding section projection pops up and enters the 3rd buckle slot 46 on handle 4 under the effect of the 3rd elastic component, now handle 4 is blocked by the 3rd buckle 33, prevent slipping away therebetween, positioning and plug-in mounting is completed between handle 4 and administration module 3.When needing to split handle 4 with administration module 3, press the 3rd shifting block 34 on administration module 3,3rd buckle 33 exits the 3rd buckle slot 46 on handle 4 downwards with the 3rd shifting block 34, the fractionation then pulling back handle 4 or pull forward administration module 3 can realize therebetween.
See Figure 13,17 and 18, when administration module 3 and combination box 2 plug-in mounting, the 7th guide rail 35 bottom administration module 3 is inserted backward the 4th guide groove 24 at combination box 2 top, or the 4th guide rail 23 at combination box 2 top is inserted forward the 7th guide groove 36 bottom administration module 3, guide rail and guide groove front end horizontal direction are inclined-plane, are convenient to the mutual plug-in mounting of guide rail and guide groove.During the second buckle 28 in the contact of incline plane combination box 2 of the vertical direction of the 4th buckle indent 38 of administration module 3, second buckle 28 is depressed by inclined-plane gradually, when the front end of the 4th guide rail 23 at combination box 2 top reaches the confined planes 43 of the 7th guide groove 36 end bottom administration module 3, the second buckle 28 in combination box 2 aims at the 4th buckle slot 39 bottom administration module 3, second buckle 28 pops up the 4th buckle slot 39 inserted bottom administration module 3 under the action of the elastic means, completes positioning and plug-in mounting between combination box 2 and administration module 3.Now, signal I/O (I/O of DC power supply) 215 devices of combination box 2 and signal I/O (I/O of the DC power supply) device 310 of administration module 3 are docked and connected mutually.When needing to split combination box 2 and administration module 3, press the second shifting block 29 in combination box 2, second buckle 28 simultaneously exits the 4th buckle slot 39 bottom administration module 3 downwards with the second shifting block 29, then driven forward administration module 3 or pull back the fractionation that combination box 2 can realize therebetween.
See Fig. 1,16,17 and 18, multiple combination box 2 can also be mutually plug-in to provide more infusion module to multimode infusion combined system.Combination box 2 mutually plug-in mounting time, both can first by the combination box 2 of sky plug-in mounting mutually, then insert module 1, also can first to insert module 1 in combination box 2, then by combination box 2 plug-in mounting mutually.When plug-in mounting is carried out to combination box 2A and 2B, the 5th guide rail 25 bottom combination box 2A is inserted backward the 4th guide groove 24 at combination box 2B top, or the 4th guide rail 23 at combination box 2B top is inserted forward the 5th guide groove 26 bottom combination box 2A, guide rail and guide groove front end horizontal direction are inclined-plane, so that the mutual plug-in mounting of guide rail guide groove, during second buckle 28 at the contact of incline plane combination box 2A top of the second buckle indent 210 vertical direction bottom combination box 2A, second buckle 28 is depressed by inclined-plane gradually, then when the front end of the 4th guide rail 23 at combination box 2B top arrives the confined planes 27 of the end of the 5th guide groove 26 bottom combination box 2A, second buckle 28 at combination box 2B top aims at the second buckle slot 211 bottom combination box 2A, second buckle 28 pops up under the action of the elastic means and inserts the second buckle slot 211 bottom combination box 2A, complete the mutual positioning and plug-in mounting between two combination box.Now, the AC power supplies input equipment 214 bottom combination box 2A and the AC power supplies input equipment 214 at combination box 2B top are docked and connected mutually; Signal I/O (I/O of DC power supply) 215 devices at bottom combination box 2A and combination box 2B top are docked and connected mutually simultaneously.When splitting combination box, the second shifting block 29, second buckle 28 pressing combination box 2B top exits the second buckle slot 211 bottom combination box 2A downwards with the second shifting block 29, now, driven forward combination box 2A or pull back combination box 2B, can realize the fractionation between two combination box.
The foregoing is only preferred embodiment of the present invention, be not limited to the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included in protection scope of the present invention.
Claims (6)
1. a multimode clamping combined system, is characterized in that, described system comprises combination box and module;
The both sides at the top of described module are provided with the first guide rail and the first guide groove, the front end of described first guide rail and the front end of the first guide groove are provided with confined planes, the side of described module is provided with the first buckle and the first shifting block device in the position of the end of the end and described first guide groove that close on described first guide rail, described first shifting block device is connected with described first buckle, described first buckle comprises the first holding section projection, and with the first elastic component of described first holding section protrusions match, the both sides of the bottom of described module are provided with the second guide rail and the second guide groove, the end of described second guide rail and the second guide groove is provided with confined planes, the inwall of the both sides shell of described combination box is provided with multiple 3rd guide rail, the end of described 3rd guide rail is provided with buckle confined planes, the both sides at the top of described combination box are provided with the 4th guide rail and the 4th guide groove, the both sides of the bottom of described combination box are provided with the 5th guide rail and the 5th guide groove, the end of described 5th guide rail and the 5th guide groove is provided with confined planes, described first guide rail is for described second guide groove of the module described in another that is connected, described first guide groove is for described second guide rail of the module described in another that is connected or described 3rd guide rail, described 4th guide rail is for described 5th guide groove of the combination box described in another that is connected, described 4th guide groove is for described 5th guide rail of the combination box described in another that is connected.
2. multimode clamping combined system according to claim 1, it is characterized in that, the both sides at the top of described combination box are also provided with the second buckle and the second shifting block device, described second shifting block device is connected with described second buckle, described second buckle comprises the second holding section projection, and with the second elastic component of described second holding section protrusions match, the two bottom sides of described combination box is provided with and the second buckle indent of the second buckle adaptation at the top of combination box described in another and the second buckle slot.
3. multimode clamping combined system according to claim 2, it is characterized in that, described system also comprises handle and administration module, the both sides at the top of described administration module are provided with the 6th guide rail and the 6th guide groove, the end of described 6th guide rail and the end of described 6th guide groove are provided with confined planes, the centre position at the top of described administration module is provided with the 3rd buckle and the 3rd shifting block device, described 3rd sets device ahead is connected with described 3rd buckle, described 3rd buckle comprises the 3rd holding section projection, and with the 3rd elastic component of described 3rd holding section protrusions match, the both sides of the bottom of described administration module are provided with the 7th guide rail and the 7th guide groove, the end of described 7th guide rail and the end of described 7th guide groove are provided with confined planes, the both sides of the bottom of described administration module are also provided with four buckle slot suitable with described second buckle of the both sides at the top of described combination box and the 4th buckle indent, the both sides of the bottom of described handle are provided with the 8th guide rail and the 8th guide groove, the end of described 8th guide rail and the end of the 8th guide groove are provided with confined planes, the middle part of the bottom of described handle is provided with and the 3rd buckle indent of the 3rd buckle adaptation on described administration module and the 3rd buckle slot, described 6th guide rail is used for described 8th guide groove that is connected, described 6th guide groove is used for described 8th guide rail that is connected, described 7th guide rail is used for described 4th guide groove that is connected, described 7th guide groove is used for described 4th guide rail that is connected, described 8th guide rail is also for described first guide groove that is connected, described 8th guide groove is also in order to described first guide rail that is connected.
4. multimode clamping combined system according to claim 1, it is characterized in that, described combination box is just provided with module liftout attachment to the position of the 3rd guide rail described in each, described module liftout attachment comprises knob and pushing block, the front end of described pushing block is provided with boss, the vertical direction of described boss is inclined-plane, and during described knob, described pushing block linearly slides.
5. multimode clamping combined system according to claim 3, it is characterized in that, described module and described combination box are provided with AC power supplies device and DC power source apparatus, and described administration module has DC power source apparatus.
6. multimode clamping combined system according to any one of Claims 1 to 5, is characterized in that, described module is infusion pump modules or syringe pump module.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310003547.2A CN103083755B (en) | 2013-01-06 | 2013-01-06 | Multi-module clamping combined system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310003547.2A CN103083755B (en) | 2013-01-06 | 2013-01-06 | Multi-module clamping combined system |
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| CN103083755A CN103083755A (en) | 2013-05-08 |
| CN103083755B true CN103083755B (en) | 2015-07-15 |
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| CN201310003547.2A Active CN103083755B (en) | 2013-01-06 | 2013-01-06 | Multi-module clamping combined system |
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| USD816864S1 (en) | 2016-12-20 | 2018-05-01 | Smiths Medical Asd, Inc. | Notched pole clamp for medical device |
| USD846756S1 (en) | 2016-12-01 | 2019-04-23 | Smiths Medical Asd, Inc. | Pole clamp for medical device |
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| CN105343959B (en) * | 2015-11-20 | 2019-03-29 | 深圳影迈科技有限公司 | Infusion work station |
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| CN110604851A (en) * | 2019-09-16 | 2019-12-24 | 深圳迈瑞科技有限公司 | A erection equipment and infusion system for placing infusion pump |
| CN212090408U (en) * | 2019-11-20 | 2020-12-08 | 费森尤斯卡比(南昌)医疗器械有限公司 | Holding device for a liquid infusion pump and liquid infusion apparatus comprising same |
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| US6407335B1 (en) * | 1999-11-19 | 2002-06-18 | Alaris Medical Systems, Inc. | Medical device interface system |
| JP2004305280A (en) * | 2003-04-02 | 2004-11-04 | Daiken Iki Kk | Transfusion system and pump supporting frame |
| JP5180479B2 (en) * | 2007-01-11 | 2013-04-10 | テルモ株式会社 | Medical pump system |
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| EP0614382B1 (en) * | 1991-11-25 | 1996-03-13 | Minnesota Mining And Manufacturing Company | Interlocking module system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| USD846756S1 (en) | 2016-12-01 | 2019-04-23 | Smiths Medical Asd, Inc. | Pole clamp for medical device |
| USD816864S1 (en) | 2016-12-20 | 2018-05-01 | Smiths Medical Asd, Inc. | Notched pole clamp for medical device |
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|---|---|
| CN103083755A (en) | 2013-05-08 |
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Effective date of registration: 20200327 Address after: 518000 workshop 601, building C, jinweiyuan industrial plant, JuLongshan District, Zhukeng community, Longtian street, Pingshan District, Shenzhen City, Guangdong Province Patentee after: SHENZHEN MAIKETIAN LIFE SCIENCE Co.,Ltd. Address before: Piovan development building No. 5158 Nanshan District West Road Xili Shahe Shenzhen city Guangdong province 518000 1 twelfth storey Patentee before: Medcaptain Medical Technology Co.,Ltd. |
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