CN205019573U - Carrier of vein needle subassembly - Google Patents
Carrier of vein needle subassembly Download PDFInfo
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- CN205019573U CN205019573U CN201520772894.6U CN201520772894U CN205019573U CN 205019573 U CN205019573 U CN 205019573U CN 201520772894 U CN201520772894 U CN 201520772894U CN 205019573 U CN205019573 U CN 205019573U
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- bayonet socket
- grip block
- carrier
- gripper shoe
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Abstract
The utility model provides a carrier of vein needle subassembly belongs to medical instrument's manufacture equipment technical field. Placing that it can not stabilize when having solved present vein needle component Assembly waits technical problem on the carrier. This carrier includes the pedestal, on the pedestal in proper order the interval be equipped with backup pad no. 1, grip block no. 1, grip block no. 2 and backup pad no. 2, it is used for supporting uncovered one of vein needle subassembly one end to offer in the backup pad no. 1, it is used for supporting uncovered two of the vein needle subassembly other end to offer in the backup pad no. 2, offer the bayonet socket no. 1 and bayonet socket no. 2 that is used for the centre gripping pipe on grip block no. 1 and the grip block no. 2 respectively, uncovered one, uncovered two, the opening of bayonet socket no. 1 and bayonet socket no. 2 all sets up and uncovered one up, uncovered two, bayonet socket no. 1 and bayonet socket no. 2 along inline. Support vein needle subassembly through the multiple spot in this carrier or the centre gripping has guaranteed that stabilizing of vein needle subassembly both ends is firm, and accurate the moving of manipulator of being convenient for is carried.
Description
Technical field
This utility model belongs to the manufacturing equipment technical field of medical apparatus and instruments, relates to a kind of production assembling device of transfusion device, particularly a kind of carrier of intravenous needle assemblies.
Background technology
Transfusion device is a kind of auxiliary implement conventional in medical treatment, is mainly used in venous transfusion, important disposable medical consumptive material that it is through aseptic process, that set up passage between vein and medicinal liquid.Generally by intravenous needle assemblies, for controlling the actuator of medicinal liquid flow velocity, dropper component, bottle plug puncture unit, air inlet pipe air filter connect to form.Each parts are got up by tubes connection, and medicinal liquid circulates from conduit.Intravenous needle assemblies comprises the conduit of venoclysis needle, joint and connection, needs to use carrier carry out transfer to it when continuing assembling intravenous needle assemblies.
China's patent (notification number: CN102416216A; The day for announcing: 2012-04-18) disclose a kind of packaging technology of venous transfusion needle assembly, the syringe needle that transfusion needle comprises pedestal in a tubular form and is connected in inside pedestal, pedestal side has blade, on the pedestal that the two ends of conduit are connected to transfusion needle and needle stand, on pedestal, cover has the sheath covered by syringe needle, and this method comprises the following steps: A, arrangement conduit; B, gluing; C, connection transfusion needle; D, connection needle stand; E, discharging.
Just adopt simply common fixture to be fixed venous transfusion needle assembly in above-mentioned patent documentation, and in prior art, also there is no the special carrier carrying out placement and transfer for intravenous needle assemblies.
Summary of the invention
The problems referred to above that this utility model exists for existing technology, provide a kind of carrier of intravenous needle assemblies, technical problem to be solved in the utility model is: the carrier how providing the convenient placement intravenous needle assemblies firmly of a kind of energy.
The purpose of this utility model realizes by following technical proposal:
A kind of carrier of intravenous needle assemblies, described carrier comprises pedestal, it is characterized in that, described pedestal is interval with gripper shoe one successively, grip block one, grip block two and gripper shoe two, described gripper shoe one and grip block one are near one end of described pedestal, described grip block two and gripper shoe two are near the other end of described pedestal, described gripper shoe one offers for support intravenous needle assemblies one end uncovered one, described gripper shoe two offers for support the intravenous needle assemblies other end uncovered two, described grip block one and grip block two offer respectively the bayonet socket one for clamping conduit and bayonet socket two, described uncovered one, uncovered two, the opening of bayonet socket one and bayonet socket two is arranged and described uncovered one all upward, uncovered two, bayonet socket one and bayonet socket two arrange along straight line.
Its principle is as follows: this carrier is mainly used in the carrying conveying of intravenous needle assemblies, is placed on this carrier, also intravenous needle assemblies is removed by mechanical hand by mechanical hand by intravenous needle assemblies clamping.Usual intravenous needle assemblies comprises the conduit of venoclysis needle, joint and connecting intravenous infusion pin and joint; the joint at intravenous needle assemblies two ends and venoclysis needle want high relative to hardness conduit; quality wants large, and usual mechanical hand clamps its two ends when transfer intravenous needle assemblies.By being disposed on the gripper shoe one at pedestal two ends in this carrier, grip block one, grip block two and gripper shoe 24 strong points support intravenous needle assemblies, wherein gripper shoe one and grip block pair of joint part clamp, grip block two and gripper shoe two pairs of venoclysis needle parts clamp, gripper shoe one is undertaken spacing by uncovered a pair conduit near joint, prevent it from moving left and right, the conduit that grip block one is connected with joint for a pair by bayonet socket clamps, gripper shoe two is carried out spacing by uncovered two to the conduit near venoclysis needle, prevent it from moving left and right, grip block two is clamped the conduit be connected with venoclysis needle by bayonet socket two, this ensure that stablizing of intravenous needle assemblies two ends is firm, be convenient to the accurate transfer of mechanical hand.Conduit between grip block one and grip block two can be case of bending, can reduce the length of this carrier like this and not affect intravenous needle assemblies clamping and transfer.Uncovered one, uncovered two, bayonet socket one and bayonet socket two are all located along the same line and ensure that intravenous needle assemblies places the distortion that is not accurately distorted.
In the carrier of above-mentioned intravenous needle assemblies, described pedestal is strip, and described gripper shoe one, grip block one, grip block two and gripper shoe two set gradually along the length direction of described pedestal.
In the carrier of above-mentioned intravenous needle assemblies, described bayonet socket one and bayonet socket two are symmetrical arranged, the bottom of described bayonet socket one and bayonet socket two is all in circular arc, the opening part of described bayonet socket one has the spigot surface one tilting to extend from bayonet socket one two side to both sides, grip block one upper end, and the opening part of described bayonet socket two has the spigot surface two tilting to extend from bayonet socket two two side to both sides, grip block two upper end.Bottom and the catheter shape of bayonet socket one and bayonet socket two circular arc adapt, conduit is placed in bayonet socket one and bayonet socket two, form clamping, the contact area of arc is large, more stable, spigot surface one and spigot surface two play guide effect when can place conduit, make to facilitate accurately during placement intravenous needle assemblies.
In the carrier of above-mentioned intravenous needle assemblies, described uncovered one and uncovered two are symmetrical arranged, and described uncovered one and uncovered two is all V-shaped, and the two side of described uncovered one and uncovered two is the angle of inclination of 45 °-60 °.V-shaped opening is mainly convenient to place intravenous needle assemblies, greatly can reduce and intravenous needle assemblies placed accurately equally the requirement of mechanical hand.
In the carrier of above-mentioned intravenous needle assemblies, described bayonet socket one, bayonet socket two, uncovered one and uncovered two central point be all positioned at same level height and the two ends of the intravenous needle assemblies of placement can be made to be positioned at same level height.The intravenous needle assemblies two ends that carrier is placed are contour, also slide displacement can not be produced because of action of gravity, thus improve precision, the mechanical hand of transfer intravenous needle assemblies clamps from intravenous needle assemblies two ends it, convenient degree when improve manipulator clamping and precision.The conduit of the technical program medium-sized vein needle assembly jointing and venoclysis needle has certain suppleness, and it can be case of bending between grip block one and grip block two, can reduce the length of this carrier like this.
In the carrier of above-mentioned intravenous needle assemblies, described gripper shoe one and grip block one are installed on same mount pad one, described grip block two and gripper shoe two are installed on same mount pad two, and described mount pad one and mount pad two are all connected in the upper surface of described pedestal.Easy for installation like this, and gripper shoe one, grip block one, grip block two and gripper shoe two installation site can be ensured, so ensure that bayonet socket one, bayonet socket two, uncovered one and uncovered two direction accurate.
In the carrier of above-mentioned intravenous needle assemblies, the upper surface both sides of described pedestal are provided with bar shaped flange, and described mount pad one and mount pad two are all fastened between the bar shaped flange of described pedestal upper surface both sides.By the restriction of bar shaped flange to mount pad one and mount pad two position, further improve bayonet socket one, bayonet socket two, uncovered one and uncovered two direction accuracy, ensure that intravenous needle assemblies is placed accurately and reliably on this carrier.
In the carrier of above-mentioned intravenous needle assemblies, the bottom surface of described pedestal is also provided with the slideway along pedestal length direction.This carrier needs to be slided by slideway in transfer process, and this slideway matches with carrier transfer track, realizes Stable sliding.Slideway can be slide rail.Be the chute of indent as the slideway in preferred the technical program.
In the carrier of above-mentioned intravenous needle assemblies, alternatively, the tabular that described pedestal is square, described gripper shoe one, grip block one, grip block two and gripper shoe two width all in strip and along described pedestal is arranged in parallel, described gripper shoe one offers some uncovered one, described gripper shoe two is offered some and uncovered one one to one uncovered two, described grip block one offers some and uncovered one bayonet socket one one to one, described grip block two offers some and uncovered one bayonet socket two one to one, one by one corresponding described uncovered one, uncovered two, bayonet socket one and bayonet socket two draw a straight line along the length direction of described pedestal.Each like this pedestal can place multiple intravenous needle assemblies simultaneously, raise the efficiency.
Compared with prior art, this utility model has the following advantages:
1, in this carrier, gripper shoe one is undertaken supporting by uncovered pair of joint part and spacing, the conduit that grip block one is connected with joint for a pair by bayonet socket clamps, gripper shoe two carries out support and spacing by uncovered two pairs of venoclysis needle parts, grip block two is clamped the conduit be connected with venoclysis needle by bayonet socket two, this ensure that stablizing of intravenous needle assemblies two ends is firm, be convenient to the accurate transfer of mechanical hand.
2, in this carrier, the bottom of bayonet socket one and bayonet socket two circular arc and catheter shape adapt, and conduit is placed in bayonet socket one and bayonet socket two, form clamping, and the contact area of arc is large, more stable.
3, in this carrier, bayonet socket one and bayonet socket two arrange spigot surface one and spigot surface two respectively, uncovered one and uncovered two V-shaped designs, when can place intravenous needle assemblies, play guide effect, accurately convenient when making placement intravenous needle assemblies.
Accompanying drawing explanation
Fig. 1 is the using state structural representation of this carrier in embodiment one.
Fig. 2 is the perspective view of this carrier in embodiment one.
Fig. 3 is the perspective view of this carrier in embodiment two.
In figure, 1, pedestal; 2, gripper shoe one; 21, uncovered one; 3, grip block one; 31, bayonet socket one; 32, spigot surface one; 4, grip block two; 41, bayonet socket two; 42, spigot surface two; 5, gripper shoe two; 51, uncovered two; 6, mount pad one; 7, mount pad two; 8, bar shaped flange; 9, slideway; 10, venoclysis needle; 11, conduit; 12, joint; 13, mechanical hand.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but this utility model be not limited to these embodiments.
Embodiment one
As depicted in figs. 1 and 2, this carrier comprises pedestal 1, pedestal 1 is in strip, pedestal 1 is interval with gripper shoe 1 successively along pedestal 1 length direction, grip block 1, grip block 24 and gripper shoe 25, gripper shoe 1 and grip block 1 are near one end of pedestal 1, grip block 24 and gripper shoe 25 are near the other end of pedestal 1, gripper shoe 1 offers for support intravenous needle assemblies one end uncovered 1, gripper shoe 25 offers for support the intravenous needle assemblies other end uncovered 2 51, grip block 1 and grip block 24 offer respectively the bayonet socket 1 for clamping conduit 11 and bayonet socket 2 41, uncovered 1, uncovered 2 51, bayonet socket 1 and bayonet socket 2 41 are all located along the same line, gripper shoe 1 and grip block 1 are installed on same mount pad 1, grip block 24 and gripper shoe 25 are installed on same mount pad 27, mount pad 1 and mount pad 27 are all connected in the upper surface of pedestal 1 by bolt, the upper surface both sides of pedestal 1 are provided with bar shaped flange 8, and mount pad 1 and mount pad 27 are all fastened between the bar shaped flange 8 of pedestal 1 upper surface both sides.
This carrier is mainly used in the carrying conveying of intravenous needle assemblies, is placed on this carrier, also intravenous needle assemblies is removed by mechanical hand 13 by mechanical hand 13 by intravenous needle assemblies clamping.Usual intravenous needle assemblies comprises the conduit 11 of venoclysis needle 10, joint 12 and connecting intravenous infusion pin 10 and joint 12; the joint 12 at intravenous needle assemblies two ends and venoclysis needle 10 want high relative to conduit 11 hardness; quality wants large, and usual mechanical hand 13 clamps its two ends when transfer intravenous needle assemblies.By being disposed on the gripper shoe 1 at pedestal 1 two ends in this carrier, grip block 1, grip block 24 and gripper shoe 2 54 strong points support intravenous needle assemblies, wherein gripper shoe 1 and grip block 1 butt joint 12 part clamp, grip block 24 and gripper shoe 25 pairs of venoclysis needle 10 parts clamp, gripper shoe 1 by uncovered 1 to carrying out support and spacing near the conduit of joint 12, grip block 1 is clamped the conduit 11 be connected with joint 12 by bayonet socket 1, gripper shoe 25 by uncovered 2 51 to carrying out support and spacing near the conduit of venoclysis needle 10, grip block 24 is clamped the conduit 11 be connected with venoclysis needle 10 by bayonet socket 2 41, this ensure that stablizing of intravenous needle assemblies two ends is firm, be convenient to mechanical hand 13 precisely transfer.Conduit 11 between grip block 1 and grip block 24 can be case of bending, can reduce the length of this carrier like this and not affect intravenous needle assemblies clamping and transfer.Uncovered 1, uncovered 2 51, bayonet socket 1 and bayonet socket 2 41 are all located along the same line and ensure that intravenous needle assemblies places the distortion that is not accurately distorted.
As shown in Figure 2, bayonet socket 1 and bayonet socket 2 41 are symmetrical arranged, the bottom of bayonet socket 1 and bayonet socket 2 41 is all in circular arc, the opening part of bayonet socket 1 has the spigot surface 1 tilting to extend from bayonet socket 1 two side to both sides, grip block 1 upper end, the opening part of bayonet socket 2 41 has the spigot surface 2 42 tilting to extend from bayonet socket 2 41 two side to both sides, grip block 24 upper end, uncovered 1 and uncovered 2 51 are symmetrical arranged, uncovered 1 and uncovered 2 51 is all V-shaped, and the two side of uncovered 1 and uncovered 2 51 is the angle of inclination of 45 °-60 °.Bottom and conduit 11 shape of bayonet socket 1 and bayonet socket 2 41 circular arc adapt, conduit 11 is placed in bayonet socket 1 and bayonet socket 2 41, form clamping, the contact area of arc is large, more stable, spigot surface 1 and spigot surface 2 42 play guide effect when can place conduit 11, make to facilitate accurately during placement intravenous needle assemblies.V-shaped uncovered 1 and uncovered 2 51 are mainly convenient to place intravenous needle assemblies, greatly can reduce and intravenous needle assemblies placed accurately equally the requirement of mechanical hand 13.
Bayonet socket 1, bayonet socket 2 41, uncovered 1 and uncovered 2 51 central point be all positioned at same level height and the two ends of the intravenous needle assemblies of placement can be made to be positioned at same level height.The intravenous needle assemblies two ends that carrier is placed are contour, also slide displacement can not be produced because of action of gravity, thus improve precision, the mechanical hand 13 of transfer intravenous needle assemblies clamps from intravenous needle assemblies two ends it, improves convenient degree when mechanical hand 13 clamps and precision.The conduit 11 of the technical program medium-sized vein needle assembly jointing 12 and venoclysis needle 10 has certain suppleness, and it can be case of bending between grip block 1 and grip block 24, can reduce the length of this carrier like this.
As depicted in figs. 1 and 2, the bottom surface of pedestal 1 also offers the slideway 9 along pedestal 1 length direction, slideway 9 is the chute of indent, this carrier sometimes needs to be slided by slideway in transfer process, this slideway 9 matches with the slideway in carrier transfer track, realize Stable sliding, and also can stablize to be placed on horizontal conveying belt and move.
Embodiment two
As shown in Figure 3, the present embodiment is roughly the same with embodiment one, difference is, the tabular that pedestal 1 in the present embodiment is square, gripper shoe 1, grip block 1, grip block 24 and gripper shoe 25 width all in strip and along pedestal 1 is arranged in parallel, gripper shoe 1 offers some uncovered 1, gripper shoe 25 is offered some and uncovered 1 one to one uncovered 2 51, grip block 1 offers some and uncovered 1 bayonet sockets 1 one to one, grip block 24 offers some and uncovered 1 bayonet sockets 2 41 one to one, one by one corresponding uncovered 1, uncovered 2 51, bayonet socket 1 and bayonet socket 2 41 draw a straight line along the length direction of pedestal 1.Each like this pedestal 1 can place multiple intravenous needle assemblies simultaneously, raise the efficiency.
Specific embodiment described herein is only to the explanation for example of this utility model spirit.This utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Although more employ 1 herein, pedestal; 2, gripper shoe one; 21, uncovered one; 3, grip block one; 31, bayonet socket one; 32, spigot surface one; 4, grip block two; 41, bayonet socket two; 42, spigot surface two; 5, gripper shoe two; 51, uncovered two; 6, mount pad one; 7, mount pad two; 8, bar shaped flange; 9, slideway; 10, venoclysis needle; 11, conduit; 12, joint; 13, the term such as mechanical hand, but do not get rid of the probability using other term.These terms are used to be only used to describe and explain essence of the present utility model more easily; The restriction that they are construed to any one additional is all contrary with this utility model spirit.
Claims (10)
1. the carrier of an intravenous needle assemblies, described carrier comprises pedestal (1), it is characterized in that, described pedestal (1) is interval with successively gripper shoe one (2), grip block one (3), grip block two (4) and gripper shoe two (5), described gripper shoe one (2) and grip block one (3) are near one end of described pedestal (1), the other end of described grip block two (4) and the close described pedestal (1) of gripper shoe two (5), described gripper shoe one (2) offers for support intravenous needle assemblies one end uncovered one (21), described gripper shoe two (5) offers and supports uncovered two (51) of the intravenous needle assemblies other end, described grip block one (3) and grip block two (4) offer respectively the bayonet socket one (31) for clamping conduit (11) and bayonet socket two (41), described uncovered one (21), uncovered two (51), the opening of bayonet socket one (31) and bayonet socket two (41) is arranged and described uncovered one (21) all upward, uncovered two (51), bayonet socket one (31) and bayonet socket two (41) arrange along straight line.
2. the carrier of a kind of intravenous needle assemblies according to claim 1, it is characterized in that, described pedestal (1) is in strip, and described gripper shoe one (2), grip block one (3), grip block two (4) and gripper shoe two (5) set gradually along the length direction of described pedestal (1).
3. the carrier of a kind of intravenous needle assemblies according to claim 2, it is characterized in that, described bayonet socket one (31) and bayonet socket two (41) are symmetrical arranged, the bottom of described bayonet socket one (31) and bayonet socket two (41) is all in circular arc, the opening part of described bayonet socket one (31) has the spigot surface one (32) tilting to extend from bayonet socket one (31) two side to grip block one (3) both sides, upper end, the opening part of described bayonet socket two (41) has the spigot surface two (42) tilting to extend from bayonet socket two (41) two side to grip block two (4) both sides, upper end.
4. the carrier of a kind of intravenous needle assemblies according to claim 1 and 2, it is characterized in that, described uncovered one (21) and uncovered two (51) are symmetrical arranged, described uncovered one (21) and uncovered two (51) all V-shaped, described uncovered one (21) and the uncovered two side of two (51) be the angle of inclination of 45 °-60 °.
5. the carrier of a kind of intravenous needle assemblies according to claim 1 or 2 or 3, it is characterized in that, described bayonet socket one (31), bayonet socket two (41), uncovered one (21) and the uncovered central point of two (51) be all positioned at same level height and the two ends of the intravenous needle assemblies of placement can be made to be positioned at same level height.
6. the carrier of a kind of intravenous needle assemblies according to claim 1 or 2 or 3, it is characterized in that, described gripper shoe one (2) and grip block one (3) are installed on same mount pad one (6), described grip block two (4) and gripper shoe two (5) are installed on same mount pad two (7), and described mount pad one (6) and mount pad two (7) are all connected in the upper surface of described pedestal (1).
7. the carrier of a kind of intravenous needle assemblies according to claim 6, it is characterized in that, the upper surface both sides of described pedestal (1) are provided with bar shaped flange (8), and described mount pad one (6) and mount pad two (7) are all fastened between the bar shaped flange (8) of described pedestal (1) upper surface both sides.
8. the carrier of a kind of intravenous needle assemblies according to claim 1 or 2 or 3, is characterized in that, the bottom surface of described pedestal (1) is also provided with the slideway (9) along pedestal (1) length direction.
9. the carrier of a kind of intravenous needle assemblies according to claim 8, is characterized in that, the chute that described slideway (9) is indent.
10. the carrier of a kind of intravenous needle assemblies according to claim 1, it is characterized in that, the tabular that described pedestal (1) is square, described gripper shoe one (2), grip block one (3), grip block two (4) and gripper shoe two (5) width all in strip and along described pedestal (1) is arranged in parallel, described gripper shoe one (2) offers some uncovered one (21), described gripper shoe two (5) is offered some and uncovered one (21) one to one uncovered two (51), described grip block one (3) offers some and uncovered one (21) bayonet socket one (31) one to one, described grip block two (4) offers some and uncovered one (21) bayonet socket two (41) one to one, one by one corresponding described uncovered one (21), uncovered two (51), bayonet socket one (31) and bayonet socket two (41) draw a straight line along the length direction of described pedestal (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520772894.6U CN205019573U (en) | 2015-09-30 | 2015-09-30 | Carrier of vein needle subassembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520772894.6U CN205019573U (en) | 2015-09-30 | 2015-09-30 | Carrier of vein needle subassembly |
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| Publication Number | Publication Date |
|---|---|
| CN205019573U true CN205019573U (en) | 2016-02-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520772894.6U Active CN205019573U (en) | 2015-09-30 | 2015-09-30 | Carrier of vein needle subassembly |
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| CN (1) | CN205019573U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105148384A (en) * | 2015-09-30 | 2015-12-16 | 迈得医疗工业设备股份有限公司 | Carrier for vein needle assembly |
| CN109263068A (en) * | 2018-09-20 | 2019-01-25 | 上海大学 | A kind of assemble mechanism of Medical venous transfusion rubber tube |
-
2015
- 2015-09-30 CN CN201520772894.6U patent/CN205019573U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105148384A (en) * | 2015-09-30 | 2015-12-16 | 迈得医疗工业设备股份有限公司 | Carrier for vein needle assembly |
| CN109263068A (en) * | 2018-09-20 | 2019-01-25 | 上海大学 | A kind of assemble mechanism of Medical venous transfusion rubber tube |
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