CN218837852U - Assembly equipment for detecting test paper box - Google Patents

Abstract

The utility model relates to a check test paper box's rigging equipment, it includes: an upper cover feeding part for feeding an upper cover of the detection kit; the bottom shell feeding part is used for feeding the bottom shell of the detection kit; the test paper strip cutting part is used for detecting the strip cutting of the test paper and placing the strip-cut test paper into a bottom shell of the test kit; the utility model discloses an above-mentioned design for transmission test paper board, cutting test paper board, and with the quick assembly of box body, test paper board and pack together, degree of automation is high, can save the manual work.

Description

Assembly equipment for detecting test paper box

Technical Field

The utility model relates to an assembly packaging technical field especially relates to a detect rigging equipment of test paper box.

Background

The substance for nucleic acid detection is a nucleic acid of a virus. The nucleic acid detection is to find out whether the respiratory tract specimen, blood or feces of the patient have the nucleic acid of the virus invaded from the outside to determine whether the patient is infected by the new coronavirus. Thus, once a nucleic acid is detected as "positive", the presence of the virus in the patient is demonstrated.

At present, nucleic acid detection also has various inconveniences, such as human resource deficiency, nucleic acid danger concentration and other adverse phenomena, in order to solve the adverse phenomena, antigen detection is added on the basis of nucleic acid detection for supplement, the antigen detection adopts a detection kit as the basis, the antigen detection kit comprises a box body and a reagent card for detection in the box body, the reagent card is cut by a test paper board to form a proper size and then is installed in the reagent box, the assembly work is carried out, most of the current working procedures depend on manual packaging, the manual packaging is time-consuming and labor-consuming, and the market consumption cannot be met in time; therefore, how to transmit the test paper boards, cut the test paper boards, and quickly assemble the box body and the test paper cards together is also a technical problem which needs to be solved urgently in the technical field of inspection.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

In order to solve the above problems in the prior art, the utility model provides a detect rigging equipment of test paper box.

(II) technical scheme

In order to achieve the above object, the utility model discloses a main technical scheme include:

an assembling apparatus for testing a test paper cassette, comprising: an upper cover feeding part for feeding an upper cover of the detection kit;

the bottom shell feeding part is used for feeding the bottom shell of the detection kit;

and the test paper strip cutting part is used for detecting the strip cutting of the test paper and placing the strip-cut test paper into a bottom shell of the test kit.

Further, the upper cover feeding part comprises an upper cover conveying element; two sides of the upper end surface of the upper cover conveying element are respectively provided with an upper cover limiting part, and an upper cover conveying limiting channel is formed between the two upper cover limiting parts; the tail end of the upper cover conveying element is provided with an upper cover storage part for storing the upper covers conveyed to the place by the upper cover conveying element, and the upper covers are stacked in the upper cover storage part from bottom to top; an upper cover conveying component is arranged on the side edge of the upper cover conveying element and used for conveying the upper covers in the upper cover storage part to an upper cover conveying part, and the upper cover conveying part is arranged on the side edge of the upper cover conveying component; the upper cover conveying piece is provided with an upper cover jig used for temporarily storing the upper cover conveyed by the upper cover conveying assembly; two ends of the upper cover conveying piece are respectively provided with an upper cover waste box which is used for collecting the upper covers which cannot be taken away from the upper cover jig in time; an upper cover picking assembly is arranged on the side edge of the upper cover conveying piece and used for picking the upper cover on the upper cover jig to the next procedure;

the upper cover carrying assembly comprises an upper cover carrying transverse moving part and an upper cover clamping part, the upper cover clamping part is connected to the upper cover carrying transverse moving part, the upper cover carrying transverse moving part drives the upper cover clamping part to move, and the upper cover clamping part is used for clamping an upper cover in the upper cover storage part; the upper cover clamping part is connected to the upper cover carrying transverse moving part through the upper cover lifting part; the upper cover carrying transverse moving part comprises an upper cover carrying fixing part, the upper cover carrying fixing part is arranged on the side edge of an upper cover conveying element, an upper cover transverse moving driving part is fixedly connected onto the upper cover carrying fixing part, the driving end of the upper cover transverse moving driving part is connected with a transverse moving piece, an upper cover transverse moving sliding part is connected onto the transverse moving piece, an upper cover lifting part is connected onto the upper cover transverse moving sliding part, an upper cover clamping part is connected onto the upper cover lifting part, the upper cover clamping part comprises an upper cover clamping cylinder, and the output end of the upper cover clamping cylinder is connected with an upper cover clamping jaw for clamping an upper cover;

the upper cover picking assembly comprises an upper cover picking fixing part, an upper cover picking driving part is connected to the upper cover picking fixing part, the driving end of the upper cover picking driving part is connected with the transverse moving part, an upper cover picking sliding part is connected to the transverse moving part, an upper cover picking lifting part is connected to the upper cover picking sliding part, and an upper cover picking part is connected to the upper cover picking lifting part and used for picking the upper cover; the upper cover picking part consists of an upper cover picking execution part and an upper cover picking clamping jaw, the driving end of the upper cover picking execution part is connected with the upper cover picking clamping jaw, and the upper cover picking execution part drives the upper cover picking clamping jaw to work and picks up an upper cover on the upper cover jig to the next process;

the structure of drain pan material loading portion is the same with the structure of upper cover material loading portion, and the difference lies in: the structure of a bottom shell jig of the bottom shell feeding part is different from that of an upper cover jig; the bottom shell jig is matched with the bottom shell of the detection test paper box; the upper cover jig is matched with the upper cover of the detection test paper box.

Further, the upper cover carrying assembly further comprises an upper cover rotating assembly, the upper cover rotating assembly comprises an upper cover rotating plate and an upper cover rotating executing piece, the upper cover rotating plate is used for placing an upper cover, the output end of the upper cover rotating executing piece is connected with the upper cover rotating plate, the upper cover carrying transverse moving portion drives the upper cover clamping portion to clamp the upper cover, the upper cover to be rotated is placed on the upper cover rotating plate, the upper cover rotating executing piece rotates the upper cover rotating plate, 180-degree rotation of the upper cover is achieved, and the state required by the upper cover is achieved.

Further, the test paper slitting part comprises a slitting fixing seat, a test paper board storing part for storing test paper boards is arranged on the slitting fixing seat, and the test paper board storing part is formed by surrounding a plurality of test paper board limiting columns according to the specification of the test paper boards; the bottom of the test paper board storage part is suspended, a gap is reserved between the test paper board storage part and the slitting fixing seat, a test paper board suction part for sucking the test paper boards is arranged at the bottom of the slitting fixing seat, and test paper board suckers of the test paper board suction part penetrate through the slitting fixing seat; the test paper board absorbing part absorbs the test paper boards in the test paper board storing part and then pulls the test paper boards to the surface of the slitting fixing seat; specifically, the test paper board suction part comprises a test paper board sucking disc and a vacuum generating device connected with the test paper board sucking disc, the vacuum generating device acts on the test paper board sucking disc, and the test paper board sucking disc sucks the test paper board and then pulls the test paper board to the upper surface of the slitting fixing seat;

the test paper board pushing driving part is arranged on the slitting fixing seat and comprises a test paper board pushing driving part arranged on the slitting fixing seat, the driving end of the test paper board pushing driving part is connected with a test paper board pushing plate, and the test paper board pushing driving part works to drive the test paper board pushing plate to push the test paper boards on the surface of the slitting fixing seat to a preset position to perform the next working procedure;

the test paper board clamping and pushing assembly is arranged on the slitting fixing seat and used for pushing the test paper boards to a slitting station, the test paper board clamping and pushing assembly comprises a test paper board pushing driving piece and a test paper board clamping part connected with the test paper board pushing driving piece, and the test paper board clamping part is connected to the slitting fixing seat through a sliding assembly; the test paper plate clamping part can slide relative to the slitting fixing seat, and the test paper plate pushing driving part works to drive the test paper plate clamping part to slide relative to the slitting fixing seat; the test paper board clamping part comprises a test paper board clamping jaw and a test paper board clamping jaw driving part connected with the test paper board clamping jaw, and the test paper board clamping jaw is connected to the test paper board clamping jaw connecting seat through a test paper board clamping jaw connecting shaft; the test paper board clamping jaw connecting seat is connected with a sliding component between the test paper board clamping part and the slitting fixing seat; the test paper board clamping jaw driving piece is connected to the test paper board clamping jaw connecting seat, the output end of the test paper board clamping jaw driving piece is connected with one end of the test paper board clamping jaw, the test paper board clamping jaw driving piece drives the test paper board clamping jaw to clamp one end of a test paper board to be subjected to slitting, and then the test paper board pushing driving piece drives the test paper board clamping part to push the test paper board to the test paper board cutter assembly to perform slitting;

the test paper board cutter assembly is positioned at the other end of the test paper board far away from the strip to be cut; the test paper board cutter assembly comprises a test paper board sliding groove and a test paper board cutter which are matched with the test paper boards after being cut into strips, and the test paper board cutter is driven by a cutter driving piece to work up and down so as to cut the test paper boards into strips; the test paper board sliding groove is matched with the test paper board clamping part, the test paper board clamping part pushes the test paper boards to the test paper board sliding groove, and the test paper board sliding groove is connected with a test paper board pressing plate capable of lifting relative to the test paper board sliding groove; the test paper board pressing plate presses or releases the test paper board after slitting on the test paper board sliding groove as required, when the test paper board pressing plate presses, a test paper board cutter works to slit the test paper board to be slit, and the slit test paper board is pressed by the test paper board pressing plate and the test paper board sliding groove; the test paper board pressing plate and the test paper board sliding chute are connected to the slitting fixing seat through the sliding assembly; the test paper boards after being cut into strips are pressed by the test paper board pressing plate and the test paper board sliding groove to move outwards together; a shifting plate is arranged below the test paper board sliding groove and is connected with a test paper board lifting driving piece arranged on the slitting fixing seat, the test paper board lifting driving piece works to drive the shifting plate to ascend to slowly lift the test paper board after slitting on the test paper board sliding groove, at the moment, the test paper board pressing plate is separated from the test paper board sliding groove relatively, so that the test paper board after slitting falls onto the shifting plate, and then the test paper board pressing plate and the test paper board sliding groove slide to the other end of the test paper board to be slit, so that the feeding process of the test paper board after slitting is realized; the slitting fixing seat is connected with a test paper board clamping plate for the slit test paper boards, and the test paper board clamping plate is connected to the slitting fixing seat through a sliding assembly and a driving piece matched with the sliding assembly; clamping the test paper boards cut into strips on the kick-out plate by the test paper board clamping plates, and then placing the test paper boards to a preset position;

the slitting fixing seat is also connected with a test paper board rear pushing plate for the slit test paper boards, and the test paper board rear pushing plate is connected to the slitting fixing seat through a sliding assembly and a driving piece matched with the sliding assembly; after the test paper boards are tested, the pushing plate pushes the test paper boards to be cut into strips on the shifting plate to a preset position, so that the test paper boards can be conveniently clamped by the test paper board clamping plate;

the slitting fixing seat is also connected with a waste lifting groove for collecting the slit test paper boards, and the waste lifting groove is positioned behind the rear material pushing plate of the test paper boards;

a circulating conveying piece is arranged on the side edge of the test paper strip cutting portion; the circulating conveying piece is provided with a plurality of test paper box jigs, specifically, the test paper box jigs comprise test paper box jig bodies, and test paper box groove bodies matched with the test paper boxes are formed on the test paper box jig bodies; during operation, drain pan material loading portion picks up the drain pan from the drain pan tool to the test paper box tool on, then, the test paper board after the slitting is put to the drain pan to the test paper board splint, and then the upper cover picks up the portion and picks up the upper cover from the upper cover tool to cooperate with the drain pan of placing the test paper board after the slitting.

Furthermore, a pressing assembly used for pressing an upper cover and a bottom cover of the test paper box is arranged on the side edge of the test paper strip cutting portion, the pressing assembly comprises a pressing fixing seat arranged on the side edge of the circulating conveying piece, a pressing execution piece is connected to the pressing fixing seat, the pressing execution piece is a pressing cylinder, the execution end of the pressing execution piece is connected with a pressing part, the pressing part is located above a test paper box jig, and the pressing part presses the bottom cover and the upper cover on the test paper box jig to enable the bottom cover and the upper cover to be tightly pressed;

the test paper box clamping part comprises a test paper box clamping part fixing seat arranged on the side edge of the circulating conveying piece, a test paper box clamping driving piece is connected to the test paper box clamping part fixing seat, and a driving end of the test paper box clamping driving piece is connected with a test paper box clamping executing piece through a sliding piece; the driving end of the test paper box clamping executing piece is connected with a test paper box clamping jaw; the test paper box clamping driving piece drives the test paper box clamping executing piece to move, and the test paper box clamping executing piece drives the test paper box clamping jaw to enable the test paper box clamping jaw to clamp and put down the test paper box.

(III) advantageous effects

The utility model has the advantages that: through the design, the transmission test paper board, the cutting test paper board, the quick assembly and the packaging of box body and test paper board are combined, the automation degree is high, and the labor can be saved.

Drawings

The accompanying drawings, which form a part of the present application, are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention and not to limit the invention.

FIG. 1 is a perspective front view of an embodiment of the present invention;

fig. 2 is a perspective rear view of the structure of an embodiment of the present invention;

fig. 3 is a top view of the structure of an embodiment of the present invention;

fig. 4 is a perspective front view of a strip cutting structure of the test paper according to an embodiment of the present invention;

fig. 5 is a three-dimensional bottom view of the strip cutting structure of the test paper according to an embodiment of the present invention;

fig. 6 is a perspective rear view of a test paper strip cutting portion structure according to an embodiment of the present invention;

fig. 7 is a perspective view of a test paper board clamping part according to an embodiment of the present invention;

FIG. 8 is a perspective view of a cutting knife structure of a test paper board according to an embodiment of the present invention;

fig. 9 is a perspective view of the structure of the switch plate according to an embodiment of the present invention.

Detailed Description

For a better understanding of the present invention, reference will now be made in detail to the present invention, examples of which are illustrated in the accompanying drawings.

The utility model discloses an assembly equipment of detection test paper box of embodiment, as shown in fig. 1-3, it includes: an upper cover feeding part for feeding an upper cover of the detection kit;

the bottom shell feeding part is used for feeding the bottom shell of the detection kit;

and the test paper strip cutting part is used for detecting the strip cutting of the test paper and placing the strip-cut test paper into a bottom shell of the test kit.

Through foretell structural design for transmission test paper board, cutting test paper board, and with the quick assembly of box body, test paper board and pack together, degree of automation is high, can save artifically.

Specifically, in this embodiment, as shown in fig. 2, the upper cover feeding portion includes an upper cover conveying element 11, and the structure of the upper cover conveying element 11 is an existing conventional conveying belt structure, and details of the specific structure thereof are not repeated; two sides of the upper end surface of the upper cover conveying element 11 are respectively provided with an upper cover limiting part 12, and an upper cover conveying limiting channel is formed between the two upper cover limiting parts 12; the inlet end formed between the two upper cover limiting parts 12 is horn-shaped, so that the upper cover can conveniently enter; the tail end of the upper cover conveying element 11 is provided with an upper cover storage part 13 for storing the upper covers conveyed to the position from the upper cover conveying element 11, and the upper covers are stacked in the upper cover storage part 13 from bottom to top; an upper cover carrying assembly is arranged on the side edge of the upper cover conveying element 11 and is used for carrying the upper covers in the upper cover storage part 13 to an upper cover conveying part 14, the upper cover conveying part 14 is arranged on the side edge of the upper cover carrying assembly, the structure of the upper cover conveying part 14 is the conventional conveying belt structure, and detailed description of the specific structure is omitted; the upper cover conveying piece 14 is provided with an upper cover jig 15 for temporarily storing the upper cover conveyed by the upper cover conveying assembly; two ends of the upper cover conveying piece 14 are respectively provided with an upper cover waste box 16 for collecting upper covers which cannot be taken away from the upper cover jig 15 in time; an upper cover picking assembly is arranged on the side edge of the upper cover conveying piece 14 and used for picking the upper cover on the upper cover fixture 15 to the next working procedure.

Further, in the present embodiment, as shown in fig. 2, the upper cover carrying assembly includes an upper cover carrying traverse section 17 and an upper cover clamping section 18, the upper cover clamping section 18 is connected to the upper cover carrying traverse section 17, the upper cover carrying traverse section 17 drives the upper cover clamping section 18 to move, and the upper cover clamping section 18 is used for clamping the upper cover in the upper cover storage section 13; the upper cover gripping part 18 is connected to the upper cover carrying traverse part 17 through an upper cover lifting part 19; the upper cover carrying transverse moving part 17 comprises an upper cover carrying fixing part 110, the upper cover carrying fixing part 110 is arranged on the side edge of the upper cover conveying element 11, an upper cover transverse moving driving part 111 is fixedly connected to the upper cover carrying fixing part 110, a transverse moving part is connected to the driving end of the upper cover transverse moving driving part 111, an upper cover transverse moving sliding part 112 is connected to the transverse moving part, an upper cover lifting part 19 is connected to the upper cover transverse moving sliding part 112, an upper cover clamping part 18 is connected to the upper cover lifting part 19, the upper cover clamping part 18 comprises an upper cover clamping cylinder 113, and an upper cover clamping claw 114 is connected to the output end of the upper cover clamping cylinder 113 and used for clamping an upper cover; the upper cover lifting part 19 is a conventional combined lifting matching structure of a sliding rod and a sliding block or a screw and a sliding block, and a lifting driving part adopts a lifting cylinder, so that the specific structure is not repeated.

Further, in this embodiment, as shown in fig. 2, in order to rotate the upper cover back and forth, the upper cover transporting assembly further includes an upper cover rotating assembly 115, the upper cover rotating assembly 115 includes an upper cover rotating plate 116 for placing the upper cover and an upper cover rotation executing member 117, the output end of the upper cover rotation executing member 117 is connected to the upper cover rotating plate 116, the upper cover transporting traversing portion 17 drives the upper cover clamping portion 18 to clamp the upper cover, the upper cover to be rotated is placed on the upper cover rotating plate 116, and the upper cover rotation executing member 117 rotates the upper cover rotating plate 116, so that the upper cover is rotated 180 degrees, and a state required by the upper cover is achieved.

Further, in this embodiment, as shown in fig. 1 and fig. 2, the upper cover pickup assembly includes an upper cover pickup fixing portion 118, the upper cover pickup fixing portion 118 is connected to an upper cover pickup driving member 119, a driving end of the upper cover pickup driving member 119 is connected to a traverse member, the traverse member is connected to an upper cover pickup sliding portion 120, the upper cover pickup sliding portion 120 is connected to an upper cover pickup lifting portion 121, the upper cover pickup lifting portion 121 is a conventional combined lifting and lowering matching structure of a slide bar and a slide block or a screw and a slide block, and the lifting driving member adopts a lifting cylinder, which is not described again in detail herein; the upper cover picking and lifting part 121 is connected with an upper cover picking part 122 for picking the upper cover; the upper cover picking part 122 is composed of an upper cover picking execution part 123 and an upper cover picking clamping jaw 124, the driving end of the upper cover picking execution part 123 is connected with the upper cover picking clamping jaw 124, and the upper cover picking execution part 123 drives the upper cover picking clamping jaw 124 to work to pick the upper cover on the upper cover fixture 15 to the next process.

Specifically, the structure of drain pan material loading portion is the same with the structure of upper cover material loading portion, and the difference lies in: the structure of the bottom shell jig 21 of the bottom shell feeding part is different from that of the upper cover jig 15; the bottom shell jig 21 is matched with a bottom shell of the detection test paper box; the upper cover jig 15 is matched with an upper cover of the detection test paper box; specifically, the bottom case jig 21 comprises a bottom case body, and a bottom case matching groove matched with the bottom case of the detection test paper box is formed in the bottom case body; the upper cover jig 15 comprises an upper cover body, and an upper cover matching groove matched with the upper cover of the detection test paper box is formed on the upper cover body; it should be noted that the structure of the bottom casing jig 21 may be matched with the bottom casing, and there is no other limitation, and it belongs to the conventional technology for those skilled in the art, so the specific structure of the bottom casing jig 21 is not described in detail; similarly, the structure of the upper cover fixture 15 can be matched with the upper cover, and there is no other limitation, and for those skilled in the art, it belongs to the conventional technology, so the detailed structure of the upper cover fixture 15 is not described again.

Specifically, in this embodiment, as shown in fig. 4 to 7, the test paper slitting portion includes a slitting fixing seat 31, a test paper board storing portion 32 for storing test paper boards is disposed on the slitting fixing seat 31, and the test paper board storing portion 32 is formed by enclosing a plurality of test paper board limiting columns according to the specification of the test paper boards; the bottom of the test paper board storage part 32 is suspended, a gap is reserved between the test paper board storage part and the slitting fixing seat 31, a test paper board suction part 33 for sucking the test paper boards is arranged at the bottom of the slitting fixing seat 31, and test paper board suckers of the test paper board suction part 33 penetrate through the slitting fixing seat 31; the test paper board suction part 33 sucks the test paper boards in the test paper board storage part 32 and then pulls the test paper boards to the surface of the slitting fixing seat 31; specifically, the test paper board suction part 33 includes a test paper board suction cup 34 and a vacuum generating device connected to the test paper board suction cup 34, the vacuum generating device acts on the test paper board suction cup 34, and the test paper board suction cup 34 sucks the test paper board and then pulls the test paper board to the surface of the slitting fixing seat 31.

Further, in this embodiment, the slitting fixing seat 31 is provided with a test paper board pushing portion 35 for pushing the test paper board to a predetermined position, the test paper board pushing portion 35 includes a test paper board pushing driving member 36 disposed on the slitting fixing seat 31, a driving end of the test paper board pushing driving member 36 is connected to a test paper board pushing plate 37, and the test paper board pushing driving member 36 operates to drive the test paper board pushing plate 37 to push the test paper board on the surface of the slitting fixing seat 31 to the predetermined position for the next step.

Further, in this embodiment, as shown in fig. 4 to 7, a test paper board clamping and pushing assembly 38 for pushing the test paper boards to the slitting station is disposed on the slitting fixing seat 31, the test paper board clamping and pushing assembly 38 includes a test paper board pushing driving member 39 and a test paper board clamping portion 310 connected to the test paper board pushing driving member 39, the test paper board clamping portion 310 is connected to the slitting fixing seat 31 through a sliding assembly, and it should be noted that the sliding assembly is a common sliding block and sliding rail structure, and is not described again; the test paper board clamping part 310 can slide relative to the slitting fixing seat 31, and the test paper board pushing driving part 39 works to drive the test paper board clamping part 310 to slide relative to the slitting fixing seat 31; the trial paper board clamping part 310 comprises trial paper board clamping jaws 311 and trial paper board clamping jaw driving parts 312 connected with the trial paper board clamping jaws 311, and the trial paper board clamping jaws 311 are connected to the trial paper board clamping jaw connecting seats 321 through trial paper board clamping jaw connecting shafts 322; the test paper board clamping jaw connecting seat 321 is connected with a sliding component between the test paper board clamping part 310 and the slitting fixing seat 31; the test paper board clamping jaw driving part 312 is connected to the test paper board clamping jaw connecting seat 321, the output end of the test paper board clamping jaw driving part 312 is connected with one end of the test paper board clamping jaw 311, the test paper board clamping jaw driving part 312 drives the test paper board clamping jaw 311 to clamp one end of a test paper board to be cut, then, the test paper board pushing driving part 39 works to drive the test paper board clamping part 310 to push the test paper board to the test paper board cutter component to perform strip cutting work.

Further, in the present embodiment, as shown in fig. 8 and 9, the test board cutter assembly is located at the other end of the test board, which is far from the test board to be slit; the test paper board cutter component comprises a test paper board chute 313 and a test paper board cutter 317 which are matched with the test paper boards after being subjected to strip cutting, and the test paper board cutter 317 is driven by a cutter driving part to work up and down so as to carry out strip cutting on the test paper boards; the test paper board sliding groove 313 is matched with the test paper board clamping part 310, the test paper board clamping part 310 pushes the test paper boards to the test paper board sliding groove 313, and the test paper board sliding groove 313 is connected with a test paper board pressing plate 314 which can be lifted relative to the test paper board sliding groove 313; the test paper board pressing plate 314 presses or releases the test paper board after slitting on the test paper board sliding groove 313 as required, when the test paper board pressing plate is pressed, the test paper board cutter 317 works to slit the test paper board to be slit, and the slit test paper board is pressed by the test paper board pressing plate 314 and the test paper board sliding groove 313; the test paper board pressing plate 314 and the test paper board sliding chute 313 are connected to the slitting fixing seat 31 together through a sliding component, and it should be noted that the sliding component is a common sliding block and sliding rail structure, and is not described again; the test paper boards after being cut into strips are pressed by the test paper board pressing plate 314 and the test paper board sliding groove 313 to move outwards together; a kick-off plate 315 is arranged below the test paper plate chute 313, the kick-off plate 315 is connected with a test paper plate lifting driving part 316 arranged on the slitting fixing seat 31, the test paper plate lifting driving part 316 works to drive the kick-off plate 315 to ascend to slowly lift the slit test paper plates on the test paper plate chute 313, at the moment, a test paper plate pressing plate 314 is separated from the test paper plate chute 313 relatively, so that the slit test paper plates fall onto the kick-off plate 315, and then the test paper plate pressing plate 314 and the test paper plate chute 313 slide towards the other end of the test paper plates to be slit, so that the feeding process of the slit test paper plates is realized; the strip cutting fixing seat 31 is connected with a test paper board clamping plate 318 for the test paper boards after strip cutting, the test paper board clamping plate 318 is connected to the strip cutting fixing seat 31 through a sliding assembly and a driving part matched with the sliding assembly, it should be noted that the sliding assembly and the driving part matched with the sliding assembly are common sliding blocks, sliding rails and driving part structures, and no further description is given; the test paper board clamping plate 318 clamps the test paper board cut on the material shifting plate 315 and then puts the test paper board to a preset position.

Further, in this embodiment, as shown in fig. 6, a test paper board rear pushing plate 319 for the test paper board after being cut is further connected to the strip cutting fixing seat 31, and the test paper board rear pushing plate 319 is connected to the strip cutting fixing seat 31 through a sliding assembly and a driving member matched with the sliding assembly, it should be noted that the sliding assembly and the driving member matched with the sliding assembly are common structures of a sliding block, a sliding rail and a driving member, and are not described again; after the test paper boards, the pushing plate 319 pushes the test paper boards to be cut into strips on the switch plate 315 to a preset position, so that the test paper boards can be clamped by the test paper board clamping plate 318 conveniently.

Further, in this embodiment, as shown in fig. 6, a waste lifting groove 320 is further connected to the strip-cutting fixing seat 31, and is used for collecting the test paper plates after strip cutting, and is located behind the test paper plate rear pusher plate 319.

Specifically, a circulating conveying member 41 is arranged on the side edge of the test paper strip cutting portion, and the circulating conveying member 41 is of the structure of the existing loop-shaped circulating conveying belt and is not described again; the circulating conveying piece 41 is provided with a plurality of test paper box jigs 42, specifically, the test paper box jigs 42 comprise test paper box jig bodies, and test paper box grooves matched with the test paper boxes are formed in the test paper box jig bodies; it should be noted that the structure of the test paper box fixture 42 may be matched with the test paper box, and there is no other limitation, and it belongs to the conventional technology for those skilled in the art, and will not be described again; during operation, drain pan material loading portion picks up the drain pan from drain pan tool 21 to test paper box tool 42 on, then, test paper board splint 318 puts the test paper board after the slitting to the drain pan on, and then upper cover pickup portion 122 picks up the upper cover from upper cover tool 15 to cooperate with the drain pan that is placed the test paper board after the slitting.

Further, as shown in fig. 3, in order to enable the upper cover and the bottom cover of the test paper box to be closely matched, a pressing component for pressing the upper cover and the bottom cover of the test paper box is arranged on the side edge of the circulating conveying member 41, the pressing component comprises a pressing fixing seat 61 arranged on the side edge of the circulating conveying member 41, a pressing executing member 62 is connected to the pressing fixing seat 61, the pressing executing member 62 is a pressing cylinder, an executing end of the pressing executing member 62 is connected with a pressing part 63, the pressing part 63 is located above the test paper box jig 42, and the pressing part 63 presses the bottom cover and the upper cover on the test paper box jig 42 to enable the bottom cover and the upper cover to be tightly pressed.

Specifically, as shown in fig. 2, a test paper box clamping part 51 is arranged on a side edge of the circulating conveying member 41, the test paper box clamping part 51 includes a test paper box clamping part fixing seat 52 arranged on a side edge of the circulating conveying member 41, a test paper box clamping driving member 53 is connected to the test paper box clamping part fixing seat 52, a test paper box clamping executing member 54 is connected to a driving end of the test paper box clamping driving member 53 through a sliding member, and it should be noted that the sliding member here is a conventional sliding block and sliding rail structure, and is not described again; the driving end of the test paper box clamping executing piece 54 is connected with a test paper box clamping jaw 55; the test paper box clamping actuating member 53 drives the test paper box clamping actuating member 54 to move, and the test paper box clamping actuating member 54 drives the test paper box clamping jaw 55, so that the test paper box clamping jaw 55 clamps and puts down the test paper box.

In this embodiment, it should be noted that the position of each driving member or each actuating member is vertically installed, and the horizontal output state that can be achieved by the driving member or the actuating member is the conventional structure, for example, the structure is matched by a bevel gear structure, and the details thereof are not repeated herein.

In this embodiment, it should be noted that each process is provided with a corresponding sensing detection component, and the sensing detection component is a combination of an industrial camera, an industrial light source, and an industrial lens, which are commonly used in the field, and the description thereof is omitted here.

When the method is specifically implemented, the upper cover of the kit enters the upper cover feeding part in an internal surface form through the vibration disc, the bottom shell of the kit enters the bottom shell feeding part in an internal surface form through the vibration disc, and then the kit is transported into the upper cover jig 15 and the bottom shell jig 21 through the upper cover picking assembly; the test paper board enters the test paper box jig 42 after passing through the test paper slitting part.

It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of exemplary embodiments according to the present application. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, and it should be understood that when the terms "comprises" and/or "comprising" are used in this specification, they specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof, unless the context clearly indicates otherwise.

The relative arrangement of the components and steps, the numerical expressions, and numerical values set forth in these embodiments do not limit the scope of the present application unless specifically stated otherwise. Meanwhile, it should be understood that the sizes of the respective portions shown in the drawings are not drawn in an actual proportional relationship for the convenience of description. Techniques, methods, and apparatus known to those of ordinary skill in the relevant art may not be discussed in detail, but are intended to be part of the specification where appropriate. In all examples shown and discussed herein, any particular value should be construed as merely illustrative, and not limiting. Thus, other examples of the exemplary embodiments may have different values. It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be discussed further in subsequent figures.

In the description of the present application, it is to be understood that the orientation or positional relationship indicated by the directional terms such as "front, rear, upper, lower, left, right", "lateral, vertical, horizontal" and "top, bottom", etc., are generally based on the orientation or positional relationship shown in the drawings, and are used for convenience of description and simplicity of description only, and in the case of not making a reverse description, these directional terms do not indicate and imply that the device or element being referred to must have a particular orientation or be constructed and operated in a particular orientation, and therefore, should not be considered as limiting the scope of the present application; the terms "inner and outer" refer to the inner and outer relative to the profile of the respective component itself.

For ease of description, spatially relative terms such as "over 8230 \ 8230;,"' over 8230;, \8230; upper surface "," above ", etc. may be used herein to describe the spatial relationship of one device or feature to another device or feature as shown in the figures. It will be understood that the spatially relative terms are intended to encompass different orientations of the device in use or operation in addition to the orientation depicted in the figures. For example, if a device in the figures is turned over, devices described as "above" or "on" other devices or configurations would then be oriented "below" or "under" the other devices or configurations. Thus, the exemplary terms "at 8230; \8230; 'above" may include both orientations "at 8230; \8230;' above 8230; 'at 8230;' below 8230;" above ". The device may be otherwise variously oriented (rotated 90 degrees or at other orientations) and the spatially relative descriptors used herein interpreted accordingly.

It should be noted that the terms "first", "second", and the like are used to define the components, and are only used for convenience of distinguishing the corresponding components, and the terms have no special meanings unless otherwise stated, so that the scope of the present application is not to be construed as being limited.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "provided," "connected," and the like are to be construed broadly, and for example, "connected" may be either fixedly connected or detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.

The above mentioned is only the preferred embodiment of the present invention, and all the equivalent changes and modifications made according to the claims of the present invention should be included in the scope of the present invention.

Claims (12)

1. An assembling apparatus for detecting a test paper box, characterized in that it comprises: an upper cover feeding part for feeding an upper cover of the detection kit;

the bottom shell feeding part is used for feeding the bottom shell of the detection kit;

and the test paper strip cutting part is used for detecting the strip cutting of the test paper and placing the strip-cut test paper into a bottom shell of the test kit.

2. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 1, wherein: the upper cover feeding part comprises an upper cover conveying element (11); two sides of the upper end face of the upper cover conveying element (11) are respectively provided with an upper cover limiting part (12), and an upper cover conveying limiting channel is formed between the two upper cover limiting parts (12); the tail end of the upper cover conveying element (11) is provided with an upper cover storage part (13) for storing the upper covers conveyed to the position from the upper cover conveying element (11), and the upper covers are stacked in the upper cover storage part (13) from bottom to top; an upper cover carrying component is arranged on the side edge of the upper cover conveying component (11) and is used for carrying the upper covers in the upper cover storage part (13) to an upper cover conveying part (14), and the upper cover conveying part (14) is arranged on the side edge of the upper cover carrying component; the upper cover conveying piece (14) is provided with an upper cover jig (15) for temporarily storing the upper cover conveyed by the upper cover conveying assembly; two ends of the upper cover conveying piece (14) are respectively provided with an upper cover waste box (16) for collecting upper covers which cannot be taken away from the upper cover jig (15) in time; and an upper cover picking assembly is arranged on the side edge of the upper cover conveying piece (14) and used for picking the upper cover on the upper cover jig (15) to the next procedure.

3. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 2, wherein: the upper cover carrying assembly comprises an upper cover carrying transverse moving part (17) and an upper cover clamping part (18), the upper cover clamping part (18) is connected to the upper cover carrying transverse moving part (17), the upper cover carrying transverse moving part (17) drives the upper cover clamping part (18) to move, and the upper cover clamping part (18) is used for clamping an upper cover in the upper cover storage part (13); the upper cover clamping part (18) is connected to the upper cover carrying transverse moving part (17) through an upper cover lifting part (19); upper cover transport sideslip portion (17) are including upper cover transport fixed part (110), and upper cover conveying element (11) side is located to upper cover transport fixed part (110), fixedly connected with upper cover sideslip driving piece (111) on upper cover transport fixed part (110), and the drive end of upper cover sideslip driving piece (111) is connected with the sideslip piece, is connected with upper cover sideslip sliding part (112) on the sideslip piece, be connected with upper cover lifting unit (19) on upper cover sideslip sliding part (112), it presss from both sides portion (18) to be connected with the upper cover on upper cover lifting unit (19), upper cover presss from both sides portion (18) and gets cylinder (113) including the upper cover clamp, and the output that the upper cover pressed from both sides and gets cylinder (113) is connected with upper cover clamp claw (114) for press from both sides the upper cover of getting.

4. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 2, wherein: the upper cover picking assembly comprises an upper cover picking fixing part (118), an upper cover picking driving part (119) is connected to the upper cover picking fixing part (118), the driving end of the upper cover picking driving part (119) is connected to the transverse moving part, an upper cover picking sliding part (120) is connected to the transverse moving part, an upper cover picking lifting part (121) is connected to the upper cover picking sliding part (120), and an upper cover picking part (122) is connected to the upper cover picking lifting part (121) and used for picking the upper cover; the upper cover picking part (122) consists of an upper cover picking execution part (123) and an upper cover picking clamping jaw (124), the driving end of the upper cover picking execution part (123) is connected with the upper cover picking clamping jaw (124), the upper cover picking execution part (123) drives the upper cover picking clamping jaw (124) to work, and the upper cover on the upper cover jig (15) is picked to the next procedure;

the structure of drain pan material loading portion is the same with the structure of upper cover material loading portion, and the difference lies in: the structure of a bottom shell jig (21) of the bottom shell feeding part is different from that of an upper cover jig (15); the bottom shell jig (21) is matched with the bottom shell of the detection test paper box; the upper cover jig (15) is matched with the upper cover of the detection test paper box.

5. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 2, wherein: the upper cover carrying assembly further comprises an upper cover rotating assembly (115), the upper cover rotating assembly (115) comprises an upper cover rotating plate (116) used for placing an upper cover and an upper cover rotating executing part (117), the output end of the upper cover rotating executing part (117) is connected with the upper cover rotating plate (116), the upper cover carrying transverse moving part (17) drives the upper cover clamping part (18) to clamp the upper cover, the upper cover needing to rotate is placed on the upper cover rotating plate (116), and the upper cover rotating executing part (117) rotates the upper cover rotating plate (116), so that 180-degree rotation of the upper cover is achieved, and the state required by the upper cover is achieved.

6. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 1, wherein: the test paper slitting part comprises a slitting fixing seat (31), a test paper board storage part (32) for storing test paper boards is arranged on the slitting fixing seat (31), and the test paper board storage part (32) is formed by surrounding a plurality of test paper board limiting columns according to the specifications of the test paper boards; the bottom of the test paper board storage part (32) is suspended, a gap is reserved between the test paper board storage part and the slitting fixing seat (31), a test paper board suction part (33) for sucking test paper boards is arranged at the bottom of the slitting fixing seat (31), and test paper board suction cups of the test paper board suction part (33) penetrate through the slitting fixing seat (31); the test paper board suction part (33) sucks the test paper boards in the test paper board storage part (32) and then pulls the test paper boards to the surface of the slitting fixing seat (31).

7. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 6, wherein: the test paper board suction part (33) comprises a test paper board sucking disc (34) and a vacuum generating device connected with the test paper board sucking disc (34), the vacuum generating device acts on the test paper board sucking disc (34), and the test paper board sucking disc (34) sucks the test paper board and then pulls the test paper board to the upper surface of the slitting fixing seat (31);

the test paper plate pushing part (35) for pushing the test paper plates to a preset position is arranged on the slitting fixing seat (31), the test paper plate pushing part (35) comprises a test paper plate pushing driving part (36) arranged on the slitting fixing seat (31), the driving end of the test paper plate pushing driving part (36) is connected with a test paper plate pushing plate (37), the test paper plate pushing driving part (36) works to drive the test paper plate pushing plate (37) to push the test paper plates on the surface of the slitting fixing seat (31) to the preset position for the next working procedure;

and the slitting fixing seat (31) is provided with a test paper plate clamping and pushing assembly (38) for pushing the test paper plate to the slitting station.

8. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 7, wherein: the test paper board clamping and pushing assembly (38) comprises a test paper board pushing driving part (39) and a test paper board clamping part (310) connected with the test paper board pushing driving part (39), and the test paper board clamping part (310) is connected to the slitting fixing seat (31) through a sliding assembly; the test paper plate clamping part (310) can slide relative to the slitting fixing seat (31), and the test paper plate pushing driving part (39) works to drive the test paper plate clamping part (310) to slide relative to the slitting fixing seat (31); the test paper plate clamping part (310) comprises a test paper plate clamping jaw (311) and a test paper plate clamping jaw driving part (312) connected with the test paper plate clamping jaw (311), and the test paper plate clamping jaw (311) is connected to a test paper plate clamping jaw connecting seat (321) through a test paper plate clamping jaw connecting shaft (322); the test paper board clamping jaw connecting seat (321) is connected with a sliding component between the test paper board clamping part (310) and the slitting fixing seat (31); the test paper board clamping jaw driving piece (312) is connected to the test paper board clamping jaw connecting seat (321), and the output end of the test paper board clamping jaw driving piece (312) is connected with one end of the test paper board clamping jaw (311).

9. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 8, wherein: the test paper board cutting assembly comprises a test paper board sliding groove (313) and a test paper board cutter (317) which are matched with the test paper boards after being cut into strips, and the test paper board cutter (317) is driven by a cutter driving part to work up and down to cut the test paper boards; the test paper board sliding groove (313) is matched with the test paper board clamping part (310), the test paper board clamping part (310) pushes the test paper boards to the test paper board sliding groove (313), and a test paper board pressing plate (314) capable of lifting relative to the test paper board sliding groove (313) is connected to the test paper board sliding groove (313); the test paper board pressing plate (314) presses or releases the test paper board after slitting on the test paper board sliding groove (313) according to needs, when the test paper board pressing plate presses, the test paper board cutter (317) works to slit the test paper board to be slit, and the test paper board after slitting is pressed by the test paper board pressing plate (314) and the test paper board sliding groove (313); the test paper board pressing plate (314) and the test paper board sliding groove (313) are connected to the slitting fixing seat (31) together through a sliding assembly; the test paper boards after being cut into strips are pressed by the test paper board pressing plate (314) and the test paper board sliding groove (313) to move outwards together; a kick-off plate (315) is arranged below the test paper plate sliding groove (313), the kick-off plate (315) is connected with a test paper plate lifting driving piece (316) arranged on the slitting fixing seat (31), a test paper plate clamping plate (318) used for the test paper plate after slitting is connected to the slitting fixing seat (31), and the test paper plate clamping plate (318) is connected to the slitting fixing seat (31) through a sliding component and a driving piece matched with the sliding component; clamping the test paper boards cut into strips on the kick-out plate (315) by a test paper board clamping plate (318), and then placing the test paper boards to a preset position;

the slitting fixing seat (31) is also connected with a test paper board rear pushing plate (319) for the test paper board after slitting, and the test paper board rear pushing plate (319) is connected to the slitting fixing seat (31) through a sliding assembly and a driving piece matched with the sliding assembly; after the test paper boards, the pushing plate (319) pushes the test paper boards to be cut into strips on the poking plate (315) to a preset position, so that the test paper boards can be clamped by the test paper board clamping plate (318) conveniently.

10. The assembling apparatus of a test paper cassette as set forth in claim 7, wherein: the slitting fixing seat (31) is also connected with a waste lifting groove (320) for collecting the slit test paper boards, and the waste lifting groove is positioned behind a rear material pushing plate (319) of the test paper boards;

a circulating conveying part (41) is arranged on the side edge of the test paper strip cutting part; the circulating conveying piece (41) is provided with a plurality of test paper box fixtures (42), each test paper box fixture (42) comprises a test paper box fixture body, and a test paper box groove body matched with the test paper box is formed in each test paper box fixture body.

11. The assembling apparatus for inspecting a test paper cartridge as set forth in claim 1, wherein: the test paper strip cutting portion comprises a test paper box, and is characterized in that a pressing assembly used for pressing an upper cover and a bottom shell of the test paper box is arranged on the side edge of the test paper strip cutting portion, the pressing assembly comprises a pressing fixing seat (61) arranged on the side edge of a circulating conveying piece (41), a pressing execution piece (62) is connected to the pressing fixing seat (61), the pressing execution piece (62) is a pressing cylinder, the execution end of the pressing execution piece (62) is connected with a pressing portion (63), the pressing portion (63) is located above a test paper box jig (42), and the pressing portion (63) presses the bottom shell and the upper cover on the test paper box jig (42) to act so that the bottom shell and the upper cover are pressed tightly.

12. The assembling apparatus of a test paper cassette as set forth in claim 1, wherein: a test paper box clamping part (51) is arranged on the side edge of the test paper cutting strip part, the test paper box clamping part (51) comprises a test paper box clamping part fixing seat (52) arranged on the side edge of the circulating conveying part (41), a test paper box clamping driving part (53) is connected to the test paper box clamping part fixing seat (52), and a test paper box clamping executing part (54) is connected to the driving end of the test paper box clamping driving part (53) through a sliding part; the driving end of the test paper box clamping executing piece (54) is connected with a test paper box clamping jaw (55); the test paper box clamping actuating piece (53) drives the test paper box clamping actuating piece (54) to move, and the test paper box clamping actuating piece (54) drives the test paper box clamping jaw (55) so that the test paper box clamping jaw (55) clamps and puts down the test paper box.

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