Automatic pushing and cutting device for urine analysis test paper

Abstract

The present application relates to the technical field of test paper production and manufacturing, and specifically relates to an automatic test paper pushing and rolling cutting device for urine analysis, which comprises a rack, a rolling cutter group upper plate, a rolling cutter group bottom plate, a rolling cutter group left vertical plate, a rolling cutting upper cutter group, a rolling cutting lower cutter group, a feeding assembly, a mounting assembly and a collecting assembly. The rolling cutter group bottom plate is fixedly connected with the rack, the rolling cutter group left vertical plate is fixedly connected with the rolling cutter group bottom plate, the mounting assembly is arranged on the rack, the rolling cutting upper cutter group is rotatably connected with the rolling cutter group left vertical plate through the mounting assembly, the rolling cutting lower cutter group is rotatably connected with the rolling cutter group left vertical plate, and the rolling cutter group upper plate is fixedly connected with the rolling cutter group left vertical plate. The test paper board is stored through the feeding assembly and is pushed to the space between the rolling cutting upper cutter group and the rolling cutting lower cutter group. The test paper board is rolled cut into test paper strips through the rotation of the rolling cutting upper cutter group and the rolling cutting lower cutter group. Then, the waste and normal test paper strips are collected through the collecting assembly, so that the rolling cutting and collecting process of the test paper strips is completed.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of test paper production and manufacturing, and particularly relates to an automatic test paper pushing and rolling cutting device for urine analysis. BACKGROUND

[0002] The urine analysis test paper is usually processed by using a dry chemical method, and needs to be cut, collected, bottled and packaged in a whole test paper mode. The current rolling cutting of the urine analysis test paper relies on manual rolling cutting, has low efficiency, is easy to be cut in an inclined mode, and has the risk of damaging the test paper due to human factors. SUMMARY

[0003] The present application aims to provide an automatic test paper pushing and rolling cutting device for urine analysis, and solves the problem of the current rolling cutting of the urine analysis test paper relying on manual rolling cutting, having low efficiency, being easy to be cut in an inclined mode, and having the risk of damaging the test paper due to human factors.

[0004] To achieve the above-mentioned purpose, the present application provides an automatic test paper pushing and rolling cutting device for urine analysis, which comprises a rack, a rolling cutter group upper plate, a rolling cutter group bottom plate, a rolling cutter group left vertical plate, a rolling cutting upper cutter group, a rolling cutting lower cutter group, a feeding assembly, a mounting assembly and a collecting assembly. The rolling cutter group bottom plate is fixedly connected with the rack and arranged on the rack. The rolling cutter group left vertical plate is fixedly connected with the rolling cutter group bottom plate and located on one side of the rolling cutter group bottom plate. The mounting assembly is arranged on the rack. The rolling cutting upper cutter group is rotatably connected with the rolling cutter group left vertical plate through the mounting assembly. The rolling cutting lower cutter group is rotatably connected with the rolling cutter group left vertical plate and located on the side of the rolling cutter group left vertical plate close to the rolling cutting upper cutter group. The rolling cutter group upper plate is fixedly connected with the rolling cutter group left vertical plate and located on the side of the rolling cutter group left vertical plate away from the rolling cutter group bottom plate. The feeding assembly is arranged on the rack and moves the test paper board. The collecting assembly is arranged on the rack and collects the cut test paper board.

[0005] The installation assembly comprises a left adjusting rod of a cutter set, a left movable shaft seat of the cutter set, an upper comb support, an upper comb, a left strip guide groove, and a left material guide lower groove.

[0006] The upper material feeding assembly comprises a left feeding side plate, a right feeding side plate, a feeding bottom plate, a feeding driving shaft, a feeding synchronous belt, a feeding motor, a feeding driven shaft, a driven shaft seat, a feeding linear bearing, a feeding linear guide rail, an adjusting pad, a material suction and pushing mechanism limiting block, a material storage member, and a material suction member.

[0007] The storage member includes a storage cross rod, a cross rod mounting seat, a material blocking block, a blocking edge rod, a counterweight pressing plate, a counterweight seat, a counterweight plate handle, a counterweight guide shaft and a feeding plate. The feeding plate is fixedly connected with the left feeding side plate and the right feeding side plate, and is located on the side of the left feeding side plate away from the feeding bottom plate. The cross rod mounting seat is fixedly connected with the feeding plate and located on one side of the feeding plate. The storage cross rod is fixedly connected with the cross rod mounting seat and located on one side of the cross rod mounting seat. The material blocking block is fixedly connected with the storage cross rod and located on one side of the storage cross rod. The blocking edge rod is fixedly connected with the storage cross rod and arranged on the storage cross rod. The counterweight seat is slidingly connected with the blocking edge rod and located at one end of the blocking edge rod. The counterweight plate handle is fixedly connected with the counterweight seat and located on one side of the counterweight seat. The counterweight guide shaft is slidingly connected with the counterweight seat and arranged on the counterweight seat. The counterweight pressing plate is fixedly connected with the counterweight guide shaft and located at one end of the counterweight guide shaft.

[0008] The suction member includes a suction guide rod, a suction cylinder, a suction disc mounting plate, a suction disc mounting plate assembly and a suction disc. The suction cylinder is connected with the feeding bottom plate and located on one side of the feeding bottom plate. The suction guide rod is fixedly connected with the feeding bottom plate and located on the side of the feeding bottom plate close to the suction cylinder. The suction disc mounting plate is arranged on the suction cylinder and connected with the output end of the suction cylinder. The suction disc mounting plate assembly is fixedly connected with the suction disc mounting plate and located on one side of the suction disc mounting plate. The suction disc is fixedly connected with the suction disc mounting plate assembly and arranged on the suction disc mounting plate assembly.

[0009] The collecting assembly comprises a receiving bottom plate, a receiving front end plate, a lower comb, a receiving left side plate, a receiving right side plate, a receiving driving shaft, a receiving driven shaft, a receiving belt, a receiving motor, a pressing rubber wheel, a right pressing wheel seat, a right pressing wheel seat hinge, a receiving belt adjusting seat, a discharging front side plate, a discharging rear side plate, a discharging driving shaft, a discharging driven shaft, a discharging belt, a discharging motor mounting seat, a discharging motor, a discharging belt adjusting seat, a collecting mechanism linear bearing and a collecting mechanism linear guide rail, the collecting mechanism linear guide rail is fixedly connected with the rack and located on one side of the rack, the collecting mechanism linear bearing is in sliding connection with the collecting mechanism linear guide rail and arranged on the collecting mechanism linear guide rail, the receiving bottom plate is fixedly connected with the collecting mechanism linear bearing and arranged on the collecting mechanism linear bearing, the receiving front end plate is fixedly connected with the receiving bottom plate and located on one side of the receiving bottom plate, the lower comb is fixedly connected with the front end plate and arranged on the front end plate, the receiving left side plate is fixedly connected with the receiving front end plate and arranged on the receiving front end plate, the receiving right side plate is fixedly connected with the receiving front end plate and located on one side of the receiving front end plate, the receiving driving shaft is rotatably connected with the receiving left side plate and the receiving right side plate and located between the receiving left side plate and the receiving right side plate, the receiving driven shaft is connected with the receiving left side plate and the receiving right side plate and located between the receiving left side plate and the receiving right side plate, the receiving belt is rotatably connected with the receiving driving shaft and the receiving driven shaft and sleeved on both sides of the receiving driving shaft and the receiving driven shaft, the receiving motor is connected with the receiving left side plate and located on one side of the receiving left side plate, the right pressing wheel seat hinge is fixedly connected with the receiving right side plate and arranged on the receiving right side plate, the right pressing wheel seat is rotatably connected with the right pressing wheel seat hinge and arranged on the right pressing wheel seat hinge, the pressing rubber wheel is rotatably connected with the right pressing wheel seat hinge and arranged on the right pressing wheel seat hinge, the receiving belt adjusting seat is in threaded connection with the receiving right side plate and rotatably connected with the receiving driven shaft and located on one side of the receiving right side plate, the discharging front side plate is fixedly connected with the receiving bottom plate and located on one side of the receiving bottom plate, the discharging rear side plate is fixedly connected with the receiving bottom plate and located on one side of the receiving bottom plate close to the discharging front side plate, the discharging driving shaft is rotatably connected with the discharging front side plate and the discharging rear side plate and located between the discharging front side plate and the discharging rear side plate, the discharging driven shaft is rotatably connected with the discharging front side plate and the discharging rear side plate and located between the discharging front side plate and the discharging rear side plate, and the discharging belt is rotatably connected with the discharging driving shaft and the discharging driven shaft and sleeved between the discharging driving shaft and the discharging driven shaft.The blanking motor mounting seat is fixedly connected with the blanking rear side plate and located on one side of the blanking rear side plate; the blanking motor is connected with the blanking motor mounting seat and located on one side of the blanking motor mounting seat, and the blanking motor drives the blanking driving axle to rotate through a belt; the blanking belt adjusting seat is threadedly connected with the blanking front side plate and the blanking driven axle, and located on one side of the blanking front side plate.

[0010] Wherein, the collecting assembly further comprises a collecting mechanism limiting block, a left receiving hopper and a right receiving hopper, the collecting mechanism limiting block is fixedly connected with the rack and located on one side of the rack close to the receiving bottom plate; the left receiving hopper is fixedly connected with the receiving bottom plate and located on one side of the receiving bottom plate; the right receiving hopper is fixedly connected with the receiving bottom plate and located on one side of the receiving bottom plate away from the left receiving hopper.

[0011] The urine analysis test paper automatic pushing and rolling cutting device of the application stores test paper boards through the feeding assembly, pushes the test paper boards to the space between the upper cutting knife set and the lower cutting knife set, makes the test paper boards pass through the space between the upper cutting knife set and the lower cutting knife set, drives the upper cutting knife set and the lower cutting knife set to rotate through the mounting assembly, then cuts the test paper boards into test paper strips, collects the waste and normal test paper strips through the collecting assembly, thereby completes the rolling cutting and collecting process of the test paper strips, and achieves the purpose of avoiding damage to the test paper caused by human factors. BRIEF DESCRIPTION OF DRAWINGS

[0012] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed to be used in the embodiments or prior art description.

[0013] Figure 1 It is a whole structure schematic view of the urine analysis test paper automatic pushing and rolling cutting device of the first embodiment of the application.

[0014] Figure 2 It is a left view of the urine analysis test paper automatic pushing and rolling cutting device of the first embodiment of the application.

[0015] Figure 3 It is a right view of the urine analysis test paper automatic pushing and rolling cutting device of the first embodiment of the application.

[0016] Figure 4 It is a mounting structure schematic view of the upper cutting knife set of the first embodiment of the application.

[0017] Figure 5 It is a mounting structure schematic view of the rolling cutting motor of the first embodiment of the application.

[0018] Figure 6Fig. 2 is a structural schematic diagram of a material storage member of a second embodiment of the present application.

[0019] Figure 7 Fig. 3 is a structural schematic diagram of a material suction member of the second embodiment of the present application.

[0020] Figure 8 Fig. 4 is a structural schematic diagram of a material feeding synchronous belt installation structure of the second embodiment of the present application.

[0021] Figure 9 Fig. 5 is a structural schematic diagram of a material feeding linear guide installation structure of the second embodiment of the present application.

[0022] Figure 10 Fig. 6 is a structural schematic diagram of a material pressing plate installation structure of the second embodiment of the present application.

[0023] Figure 11 Fig. 7 is a structural schematic diagram of a material receiving belt installation structure of a third embodiment of the present application.

[0024] Figure 12 Fig. 8 is a structural schematic diagram of a material discharging belt installation structure of the third embodiment of the present application.

[0025] Figure 13 Fig. 9 is a structural schematic diagram of a left material receiving hopper installation structure of the third embodiment of the present application.

[0026] Fig. 1: 1 - stock horizontal rod, 2 - horizontal rod mounting seat, 3 - material blocking block, 4 - blocking edge rod, 5 - counterweight pressing plate, 6 - counterweight seat, 7 - counterweight plate handle, 8 - counterweight guide shaft, 9 - feeding plate, 10 - left feeding side plate, 11 - right feeding side plate, 12 - feeding bottom plate, 13 - suction material guide rod, 14 - suction material cylinder, 15 - suction disc mounting plate, 16 - suction material suction disc mounting plate assembly, 17 - suction material suction disc, 18 - feeding driving shaft, 19 - feeding synchronous belt, 20 - feeding motor, 22 - feeding driven shaft, 23 - driven shaft seat, 24 - feeding linear bearing, 25 - feeding linear guide rail, 26 - adjusting pad, 27 - suction material pushing mechanism limiting block, 28 - pressing plate, 29 - pressing plate support, 30 - pressing plate bearing shaft, 31 - pressing bearing, 32 - hob set upper plate, 33 - hob set bottom plate, 34 - hob set left vertical plate, 35 - hob set right vertical plate, 36 - hob set left adjusting rod, 37 - hob set right adjusting rod, 38 - hob set left moving shaft seat, 39 - hob set right moving shaft seat, 40 - hob set upper cutter group, 41 - hob set lower cutter group, 42 - upper comb support, 43 - upper comb, 44 - left edge strip guide groove, 45 - right edge strip guide groove, 46 - left edge material guide lower groove, 47 - right edge material guide lower groove, 48 - hob set upper cutter group gear, 49 - hob set lower cutter group gear, 50 - hob cutting transmission gear, 51 - hob cutting motor, 52 - receiving bottom plate, 53 - receiving front end plate, 54 - lower comb, 55 - receiving left side plate, 56 - receiving right side plate, 57 - receiving driving wheel shaft, 58 - receiving driven wheel shaft, 59 - receiving belt, 61 - receiving motor, 62 - pressing rubber wheel, 63 - left pressing wheel seat, 64 - right pressing wheel seat, 65 - left pressing wheel seat hinge, 66 - right pressing wheel seat hinge, 67 - receiving belt adjusting seat, 68 - front side plate of discharging, 69 - rear side plate of discharging, 70 - driving wheel shaft of discharging, 71 - driven wheel shaft of discharging, 72 - discharging belt, 73 - discharging motor mounting seat, 74 - discharging motor, 75 - discharging belt adjusting seat, 76 - linear bearing of collecting mechanism, 77 - linear guide rail of collecting mechanism, 78 - limiting block of collecting mechanism, 79 - left receiving hopper, 80 - right receiving hopper, 100 - frame. DETAILED DESCRIPTION

[0027] The embodiments of the present application are described in detail below with reference to the accompanying drawings. The embodiments described below are examples for explaining the present application and are not to be construed as limiting the present application.

[0028] First embodiment:

[0029] Please refer to Figures 1 to 5 , wherein Figure 1 is the overall structure diagram of the urine analysis test paper automatic pushing and rolling cutting device, Figure 2 is the left view of the urine analysis test paper automatic pushing and rolling cutting device, Figure 3It is the right view of urine analysis test paper automatic pushing and rolling cutting device, Figure 4 It is the installation structure schematic diagram of rolling cutting upper cutter group, Figure 5 It is the installation structure schematic diagram of rolling cutting motor.

[0030] The urine analysis test paper automatic pushing and rolling cutting device provided by the application comprises a rack 100, a rolling cutter group upper plate 32, a rolling cutter group bottom plate 33, a rolling cutter group left vertical plate 34, a rolling cutting upper cutter group 40, a rolling cutting lower cutter group 41, a feeding assembly, a mounting assembly and a collecting assembly. The mounting assembly comprises a rolling cutter group left adjusting rod 36, a rolling cutter group right adjusting rod 37, a rolling cutter group left moving shaft seat 38, a rolling cutter group right moving shaft seat 39, an upper comb tooth support 42, an upper comb tooth 43, a left side strip guide groove 44, a right side strip guide groove 45, a left side material guide lower groove 46, a right side material guide lower groove 47, a rolling cutting upper cutter group gear 48, a rolling cutting lower cutter group gear 49, a rolling cutting transmission gear 50 and a rolling cutting motor 51. The test paper board is moved by the feeding assembly, so as to be moved to the rolling cutting upper cutter group 40 and the rolling cutting lower cutter group 41 for rolling cutting. After the rolling cutting is completed, the fertilizer and the test paper strip are collected by the collecting assembly, so as to complete the rolling cutting of the test paper board and avoid the damage of the test paper caused by human factors. It can be understood that the foregoing scheme can be used in the processing and production of the test paper strip and can also be used to solve the problem of collecting the test paper strip after the rolling cutting.

[0031] The urine analysis test paper automatic pushing and rolling cutting device further comprises a rolling cutter group right vertical plate 35. The rolling cutter group right vertical plate 35 is located on the side of the rolling cutting lower cutter group 41 away from the rolling cutter group left vertical plate 34. The rolling cutter group bottom plate 33 is arranged below and connected with the rolling cutter group left vertical plate 34 and the rolling cutter group right vertical plate 35. Limit grooves are arranged at both ends of the upper end surface of the rolling cutter group bottom plate 33 to limit the rolling cutter group left vertical plate 34 and the rolling cutter group right vertical plate 35 and make them vertically connected. The rolling cutter group upper plate 32 is arranged above and connected with the rolling cutter group left vertical plate 34 and the rolling cutter group right vertical plate 35. Limit grooves are arranged at both ends of the lower end surface of the rolling cutter group upper plate 32 to limit the rolling cutter group left vertical plate 34 and the rolling cutter group right vertical plate 35 and make them vertically connected. The two ends of the rolling cutting lower cutter group 41 are arranged in the rolling cutter group left vertical plate 34 and the rolling cutter group right vertical plate 35 and connected by bearings. The test paper board is stored by the feeding assembly and pushed to the rolling cutting upper cutter group and the rolling cutting lower cutter group, so that the test paper board passes between the rolling cutting upper cutter group 40 and the rolling cutting lower cutter group 41. The rolling cutting upper cutter group 40 and the rolling cutting lower cutter group 41 are driven to rotate by the mounting assembly, so as to roll cut the test paper board into test paper strips. Then the waste and normal test paper strips are collected by the collecting assembly, so as to complete the rolling cutting and collecting process of the test paper strips, thereby achieving the purpose of avoiding the damage of the test paper caused by human factors.

[0032] Secondly, the installation assembly further comprises a right adjusting rod 37 and a right movable shaft seat 39 of the hobbing cutter group, the right adjusting rod 37 and the right movable shaft seat 39 are arranged on the right vertical plate 35 of the hobbing cutter group, the upper hobbing cutter gear 48 is arranged at the right end of the upper hobbing cutter group 40, the left adjusting rod 36 of the hobbing cutter group is arranged above and connected with the left movable shaft seat 38 of the hobbing cutter group, the right adjusting rod 37 of the hobbing cutter group is arranged above and connected with the right movable shaft seat 39 of the hobbing cutter group, both ends of the upper hobbing cutter group 40 are arranged in the left movable shaft seat 38 and the right movable shaft seat 39 of the hobbing cutter group and connected through bearings, the left movable shaft seat 38 and the right movable shaft seat 39 are provided with limiting grooves to limit the left vertical plate 34 and the right vertical plate 35 of the hobbing cutter group and only have the freedom in the vertical space, so that the upper hobbing cutter group 40 only has the freedom in the vertical space, the upper hobbing cutter gear 48 is arranged at the right end of the upper hobbing cutter group 40, the left adjusting rod 36 and the right adjusting rod 37 of the hobbing cutter group are connected with the upper plate 32 of the hobbing cutter group through adjusting nuts, the relative movement of the left adjusting rod 36 and the right adjusting rod 37 of the hobbing cutter group and the adjusting nuts is used to adjust the vertical space position of the upper hobbing cutter group 40, and further adjust the engagement degree of the cutting edges of the upper hobbing cutter group 40 and the lower hobbing cutter group 41.The hobbing motor 51 is arranged below the hobbing group bottom plate 33. The hobbing motor 51 drives the hobbing transmission gear 50 through gear transmission. The hobbing transmission gear 50 further drives the hobbing lower cutter group gear 49. The hobbing lower cutter group gear 49 further drives the hobbing upper cutter group gear 48. The hobbing motor 51 drives the hobbing upper cutter group 40 and the hobbing lower cutter group 41 through gear transmission. The blades of the hobbing upper cutter group 40 and the hobbing lower cutter group 41 can hob the test paper board to process into test paper strips. The installation assembly further comprises a right edge strip guide groove 45 and a right edge material guide lower groove 47, which have the same structure as the left edge strip guide groove 44 and the left edge material guide lower groove 46, except for different installation positions. The upper comb teeth 43, the left edge strip guide groove 44 and the right edge strip guide groove 45 are arranged on and connected to the upper comb teeth support 42. The left edge strip guide groove 44 and the right edge strip guide groove 45 are arranged on the two sides of the upper comb teeth 43, respectively. The upper comb teeth support 42 is arranged on the hobbing group left vertical plate 34 and the hobbing group right vertical plate 35 and connected to the two ends of the upper comb teeth support 42, respectively. The left edge strip guide groove 44 is close to the leftmost blade of the hobbing upper cutter group 40. The left edge material guide lower groove 46 and the right edge material guide lower groove 47 are arranged on the hobbing group bottom plate 33. The right edge strip guide groove 45 is close to the rightmost blade of the hobbing upper cutter group 40. When the test paper board enters the hobbing upper cutter group 40 and the hobbing lower cutter group 41 for hobbing, the most two edge strips after hobbing are separated from the required test paper strips through the limiting of the left edge strip guide groove 44 and the right edge strip guide groove 45, respectively, and flow into the waste material storage box through the left edge material guide lower groove 46 and the right edge material guide lower groove 47, respectively, to be completely separated from the required test paper strips.

[0033] Second embodiment:

[0034] On the basis of the first embodiment, please refer to Figures 6 to 10 , Figure 6 is a structure diagram of the material storage member of the second embodiment, Figure 7 is a structure diagram of the material suction member of the second embodiment, Figure 8 is an installation structure diagram of the material feeding synchronous belt of the second embodiment, Figure 9 is an installation structure diagram of the material feeding straight linear guide rail of the second embodiment, Figure 6Figure 2 is a schematic diagram of the mounting structure of the press plate of the second embodiment, and the upper feeding assembly of the embodiment comprises a left feeding side plate 10, a right feeding side plate 11, a feeding bottom plate 12, a feeding driving shaft 18, a feeding synchronous belt 19, a feeding motor 20, a feeding driven shaft 22, a driven shaft seat 23, a feeding linear bearing 24, a feeding linear guide rail 25, an adjusting pad 26, a suction and pushing mechanism limiting block 27, a storage component, a suction component, and a pressing component. The storage component comprises a storage horizontal rod 1, a horizontal rod mounting seat 2, a blocking block 3, a blocking edge rod 4, a counterweight pressing plate 5, a counterweight seat 6, a counterweight plate handle 7, a counterweight guide shaft 8, and a feeding plate 9. The suction component comprises a suction guide rod 13, a suction cylinder 14, a suction disc mounting plate 15, a suction disc mounting plate assembly 16, and a suction disc 17. The pressing component comprises a pressing plate 28, a pressing plate support 29, a pressing plate bearing shaft 30, and a pressing bearing 31.

[0035] The left feeding side plate 10 and the right feeding side plate 11 are connected with the feeding plate 9 and the feeding bottom plate 12, the feeding plate 9 is arranged above the left feeding side plate 10 and the right feeding side plate 11, the feeding bottom plate 12 is arranged below the left feeding side plate 10 and the right feeding side plate 11, the left feeding side plate 10 and the right feeding side plate 11 play a supporting role for the feeding plate 9, the suction cylinder 14 is arranged above and connected with the feeding bottom plate 12, the suction disc mounting plate 15 is arranged at the output end of the suction cylinder 14 and connected with the same, the suction disc 17 is arranged above and connected with the suction disc mounting plate 15 through the suction disc mounting plate assembly 16 and located at four corners of the suction disc mounting plate 15, the suction guide rod 13 is arranged above and connected with the feeding bottom plate 12 and located at four corners of the suction cylinder 14, meanwhile, the suction guide rod 13 is limited by the linear bearing with the suction disc mounting plate 15, only allowing the suction disc mounting plate 15 to have the axial direction freedom of the suction guide rod 13, so as to further enable the suction disc 17 arranged on the suction disc mounting plate 15 to only make vertical movement in space, ensuring that the suction cylinder 14 can stably suck the test paper plate located at the lowermost part of the storage member in the extended state and place the sucked test paper plate above the feeding plate 9 in the retracted state, the feeding motor 20 is arranged on and connected with the feeding motor 20 mounting seat, the feeding motor 20 mounting seat is arranged on one side of the right feeding side plate 11 and connected with the same, both ends of the feeding driving shaft 18 are arranged on and connected with the left feeding side plate 10 and the right feeding side plate 11, the feeding motor 20 is formed into belt transmission with the feeding driving shaft 18 through the synchronous wheel and the belt, both ends of the feeding driven shaft 22 are arranged between and connected with the left feeding side plate 10 and the right feeding side plate 11, the feeding driven shaft 22 can slide and rotate on the left feeding side plate 10 and the right feeding side plate 11, the feeding synchronous belt 19 is formed into belt transmission through the synchronous wheel arranged on the feeding driving shaft 18, so that the feeding motor 20 is driven on the feeding driving shaft 18, the feeding driving shaft 18 further drives the feeding synchronous belt 19, the feeding synchronous belt 19 further drives the feeding driven shaft 22, the feeding driven shaft 22 is driven to move by rotating the knuckle bolt on the driven shaft seat 23, so as to adjust the tension degree of the feeding synchronous belt 19, the suction disc 17 places the test paper plate above the feeding plate 9 after completing the plate sucking action, at this time, the test paper plate is located between two adjacent pushing blocks on the feeding synchronous belt 19, the feeding motor 20 drives the feeding synchronous belt 19 through the synchronous wheel transmission, the pushing blocks on the feeding synchronous belt 19 push the test paper plate above the feeding plate 9 to move towards the direction of the roll cutting upper cutter set 40 and the roll cutting lower cutter set 41,The one-way travel of the feeding synchronous belt 19 avoids the time waste of the return stroke of the similar cylinder reciprocating travel, and is beneficial to high unit working time; the feeding linear bearing 24 is connected with the feeding bottom plate 12, the feeding linear bearing 24 is arranged below the feeding bottom plate 12, the feeding linear guide rail 25 is fixedly connected with the rack 100, the material suction and pushing mechanism limiting block 27 is fixedly connected with the rack 100, the material suction and pushing mechanism limiting block 27 is arranged on the rack 100, the feeding linear bearing 24 is limited through the feeding linear guide rail 25, only the axial direction freedom of the feeding linear guide rail 25 is allowed for the feeding assembly, so that the feeding assembly can be pushed and pulled, so that the feeding assembly and the mounting assembly have space to perform cleaning operation, the feeding linear bearing 24 is limited through the material suction and pushing mechanism limiting block 27, so that the feeding linear bearing 24 is prevented from being excessively moved to be separated from the feeding linear guide rail 25, and the feeding bottom plate 12 is prevented from falling.

[0036] Secondly, the material storage cross rod 1 is arranged above the cross rod mounting seat 2 and is connected with the cross rod mounting seat 2 vertically, the material blocking block 3 is provided in plurality, the material blocking block 3 is arranged below the material storage cross rod 1 and above the cross rod mounting seat 2 and is connected with the cross rod mounting seat 2, the edge blocking rod 4 is provided in plurality, the plurality of edge blocking rods 4 are arranged above the material storage cross rod 1 and the cross rod mounting seat 2 and are connected with the cross rod mounting seat 2, the counterweight guide shaft 8 is arranged above the counterweight pressing plate 5 and is connected with the counterweight pressing plate 5, the counterweight plate handle 7 is arranged above the counterweight seat 6 and is connected with the counterweight seat 6, the counterweight seat 6 is limited through the linear bearing with the counterweight guide shaft 8, only the axial direction freedom of the counterweight guide shaft 8 is allowed for the counterweight seat 6, so that a parallel relative position is formed between the counterweight seat 6 and the counterweight pressing plate 5, the counterweight seat 6 is limited through the positioning hole of the counterweight seat 6 with the edge blocking rod 4, only the axial direction freedom of the edge blocking rod 4 is allowed for the counterweight seat 6, so that the counterweight pressing plate 5 can rely on the weight to flatten the test paper plate placed in the edge blocking rod 4, so as to ensure that the position of the test paper plate is horizontal when the plate pushing mechanism sucks the material.

[0037] Meanwhile, the pressing plate support 29 is connected with the pressing plate 28, the pressing plate 28 is arranged below the pressing plate support 29, the pressing plate bearing shaft 30 is connected with the pressing plate 28, the pressing plate bearing shaft 30 is arranged inside the pressing plate 28, the pressing plate bearing 31 is connected with the pressing plate bearing shaft 30, the pressing plate bearing 31 is limited on the pressing plate bearing shaft 30 through a snap spring, the pressing plate 28 is provided with a hole, each hole is arranged with the pressing plate bearing 31 limited on the pressing plate bearing shaft 30, the pressing plate support 29 is connected with the feeding plate 9, the pressing plate support 29 is arranged on the feeding plate 9, so that the pressing plate bearing 31 and the feeding plate 9 are only provided with a gap for accommodating a sheet, further so that only one sheet enters the test paper roll cutting mechanism to be cut each time.

[0038] Third embodiment:

[0039] On the basis of the second embodiment, please refer to Figures 11 to 13 , Figure 11 is the installation structure diagram of the receiving belt of the third embodiment, Figure 12 is the installation structure diagram of the discharging belt of the third embodiment, Figure 13 is the installation structure diagram of the left receiving hopper of the third embodiment, the collecting assembly of the embodiment comprises a receiving bottom plate 52, a receiving front end plate 53, a lower comb tooth 54, a receiving left side plate 55, a receiving right side plate 56, a receiving driving wheel shaft 57, a receiving driven wheel shaft 58, a receiving belt 59, a receiving motor 61, a pressing rubber wheel 62, a right pressing wheel seat 64, a right pressing wheel seat hinge 66, a receiving belt adjusting seat 67, a discharging front side plate 68, a discharging rear side plate 69, a discharging driving wheel shaft 70, a discharging driven wheel shaft 71, a discharging belt 72, a discharging motor mounting seat 73, a discharging motor 74, a discharging belt adjusting seat 75, a collecting mechanism linear bearing 76, a collecting mechanism linear guide rail 77, a collecting mechanism limiting block 78, a left receiving hopper 79 and a right receiving hopper 80.

[0040] The front end plate 53 is arranged above and connected perpendicularly to the bottom plate 52. The left side plate 55 and the right side plate 56 are arranged above and connected perpendicularly to the bottom plate 52. The left side plate 55 and the right side plate 56 are arranged on the left and right sides of the bottom plate 52. The left side plate 55 and the right side plate 56 are arranged on the left and right ends of the front end plate 53 and connected perpendicularly thereto. The lower comb teeth 54 are arranged on the front end plate 53. The lower comb teeth 54 are arranged in parallel with the upper comb teeth 43, thereby limiting the spatial position of the cut test paper strips and further enabling the cut test paper strips to smoothly transition to the collection assembly. The two ends of the material feeding driving shaft 57 are arranged on the left side plate 55 and the right side plate 56 and connected through bearings. The front side plate 68 is arranged above and connected perpendicularly to the bottom plate 52. The rear side plate 69 is arranged above and connected perpendicularly to the bottom plate 52 and located on the rear side of the bottom plate 52. The material feeding driving shaft 57 is located above the front end plate 53. The material feeding driven shaft 58 is located above the front side plate 68. The material feeding belt 59 is driven through the material feeding driving shaft 57 and the material feeding driven shaft 58. The material feeding motor 61 is arranged on the left side plate 55. The material feeding motor 61 is driven through the synchronous wheel arranged on the left end of the material feeding driving shaft 57, thereby enabling the material feeding motor 61 to drive the material feeding driving shaft 57. The material feeding driving shaft 57 further drives the material feeding belt 59. The material feeding belt 59 further drives the material feeding driven shaft 58. The hinge bolt on the material feeding belt adjusting seat 67 is connected to the right side plate 56 and the material feeding driven shaft 58 through a threaded connection, thereby enabling the hinge bolt to adjust the tension of the material feeding belt 59. The collection assembly further comprises a left pressure roller seat 63 and a left pressure roller seat hinge 65. The left pressure roller seat hinge 65 and the right pressure roller seat hinge 66 are arranged on the left side plate 55 and the right side plate 56, respectively. The left pressure roller seat 63 and the right pressure roller seat 64 are connected through the left pressure roller seat hinge 65 and the right pressure roller seat hinge 66, respectively. The two ends of the pressure rubber roller 62 are arranged in the left pressure roller seat 63 and the right pressure roller seat 64 and connected through bearings. The left pressure roller seat 63 and the right pressure roller seat 64 are connected to the left side plate 55 and the right side plate 56 through spring force, respectively, thereby enabling the pressure rubber roller 62 to be tangent to the upper surface of the material feeding belt 59. After the test paper strips flow out from the upper cutting knife assembly 40 and the lower cutting knife assembly 41, the test paper strips flow into the collection assembly through the upper comb teeth 43 and the lower comb teeth 54.The lower discharge front side plate 68 is arranged above and connected perpendicularly to the discharge bottom plate 52, and is arranged behind and connected perpendicularly to the discharge right side plate 56 and the discharge left side plate 55. The discharge rear side plate 69 is arranged above and connected perpendicularly to the rear side of the discharge bottom plate 52. The discharge motor 74 is arranged on and connected to the discharge motor mounting seat 73, which is arranged on one side of the discharge rear side plate 69 and connected thereto. The two ends of the discharge driving shaft 70 are arranged on and connected to the right sides of the discharge front side plate 68 and the discharge rear side plate 69. The discharge motor 74 is connected to the discharge driving shaft 70 through synchronous wheels and a belt to form a belt drive. The two ends of the discharge driven shaft 71 are arranged on and connected to the left sides of the discharge front side plate 68 and the discharge rear side plate 69. The discharge belt 72 is connected to the synchronous wheels arranged on the discharge driving shaft 70 to form a belt drive, so that the discharge motor 74 drives the discharge driving shaft 70, which further drives the discharge belt 72, which further drives the discharge driven shaft 71. The hinge bolt on the discharge belt adjusting seat 75 is connected to the discharge front side plate 68 by screw connection. Turning the hinge bolt can adjust the tension of the discharge belt 72. The left discharge hopper 79 and the right discharge hopper 80 are arranged on the left and right sides of the discharge belt 72 and connected to the discharge bottom plate 52. After the test strip is connected to the discharge belt 59 and falls off the discharge belt 59, the test strip will fall on the discharge belt 72. The discharge belt 72 will transmit the test strip to the left discharge hopper 79 and the right discharge hopper 80 according to the situation to collect and summarize, so that personnel can grab the test strip and load the cartridge. The collection mechanism linear bearing 76 is connected to the discharge bottom plate 52, which is arranged below the discharge bottom plate 52. The collection mechanism linear guide rail 77 is connected to the rack 100, which is arranged above the rack 100. The collection mechanism limiting block 78 is fixedly connected to the rack 100 and located on the side of the rack 100 close to the discharge bottom plate 52. The collection mechanism linear bearing 76 is limited by the collection mechanism linear guide rail 77, which only allows the collection assembly to have the axial direction freedom of the collection mechanism linear guide rail 77, so that the collection assembly can be pushed and pulled, so that the collection assembly and the installation assembly have space for cleaning operation. The collection mechanism limiting block 78 limits the collection mechanism linear guide rail 77 to avoid the collection mechanism linear bearing 76 from being pulled out of the collection mechanism linear guide rail 77 to make the collection assembly fall.

[0041] When the urine analysis test paper automatic pushing and cutting device of the present application is used, a stack of test paper boards is placed in the space formed by the edge rod 4, the storage horizontal rod 1 and the horizontal rod mounting seat 2 in the storage member, and the stack of test paper boards is supported by the blocking block 3 on the storage horizontal rod 1 and the horizontal rod mounting seat 2. The positioning hole on the counterweight seat 6 is limited by the edge rod 4. The counterweight pressing plate 5 compacts the stack of test paper boards by using the dead weight. Then, the feeding motor 20 in the suction plate assembly is started to move the pushing block on the feeding synchronous belt 19 to the predetermined position to wait for and constrain the test paper board to fall into the space formed between two adjacent pushing blocks on the feeding synchronous belt 19. Then, the suction cylinder 14 is started to lift the suction plate mounting plate 15 to further drive the suction plate mounting plate assembly 16 and further drive the suction plate 17 upward. When the suction cylinder 14 is lifted to the position, the suction plate 17 contacts the lowermost test paper board of the stack of test paper boards in the feeding plate storage assembly. The suction plate 17 is started to suck the lowermost test paper board. At this time, the suction cylinder 14 is retracted to drive the suction plate 17 and the sucked lowermost test paper board to fall together. When the suction cylinder 14 is retracted to the position, the test paper board sucked by the suction plate 17 falls into the space formed between two adjacent pushing blocks on the feeding synchronous belt 19. At this time, the suction plate 17 is closed. According to the actual process requirements, the test paper board in the front or rear warehouse of the storage member can be sucked alone, or the test paper boards in the front and rear warehouses of the storage member can be sucked simultaneously. When the test paper board is sucked alone and there is a test paper board in the space formed between two adjacent pushing blocks on the feeding synchronous belt 19, the feeding motor 20 drives the feeding synchronous belt 19 to move. The pushing block on the feeding synchronous belt 19 pushes the test paper board to move toward the upper cutting knife group 40 and the lower cutting knife group 41. When the test paper board is pushed by the pushing block on the feeding synchronous belt 19 to the lower side of the pressing member, the test paper board is rolled and flattened and is limited by the pressing bearing 31 and the feeding plate 9. There is only one test paper board passing through the space between the pressing bearing 31 and the feeding plate 9. The pushing block on the feeding synchronous belt 19 pushes the test paper board to pass through the space between the upper cutting knife group 40 and the lower cutting knife group 41, and the test paper board is cut into a test paper strip. After the test paper strip is cut and flows out, the test paper strip flows into the receiving belt 59 and is flattened by the pressing rubber wheel 62 due to the limitation of the upper comb teeth 43 and the lower comb teeth 54. At the same time, the receiving motor 61 rotates to drive the receiving belt 59 to transmit the test paper strip to fall onto the discharging belt 72. According to the actual process requirements, the discharging motor 74 rotates to drive the discharging belt 72 to drop the test paper strip into the left receiving hopper 79 or the right receiving hopper 80, thereby completing the cutting and collecting process of the test paper strip.

[0042] The above only discloses one or more preferred embodiments of the present application, which cannot limit the scope of the present application. Those skilled in the art can understand that all or part of the above-mentioned embodiments can be implemented, and equivalent changes made according to the claims of the present application still fall within the scope of the present application.

Claims

1. An automatic pushing and cutting device for urine analysis test paper, characterized in that, The device comprises a rack (100), a hob group upper plate (32), a hob group bottom plate (33), a hob group left vertical plate (34), a hob group upper cutter (40), a hob group lower cutter (41), an upper feeding assembly, a mounting assembly and a collecting assembly, the hob group bottom plate (33) is fixedly connected with the rack (100) and arranged on the rack (100), the hob group left vertical plate (34) is fixedly connected with the hob group bottom plate (33) and located on one side of the hob group bottom plate (33), the mounting assembly is arranged on the rack (100), the hob group upper cutter (40) is rotatably connected with the hob group left vertical plate (34) through the mounting assembly, the hob group lower cutter (41) is rotatably connected with the hob group left vertical plate (34) and located on the side of the hob group left vertical plate (34) close to the hob group upper cutter (40), the hob group upper plate (32) is fixedly connected with the hob group left vertical plate (34) and located on the side of the hob group left vertical plate (34) away from the hob group bottom plate (33), the upper feeding assembly is arranged on the rack (100) and moves the test paper board, and the collecting assembly is arranged on the rack (100) and collects the cut test paper board. The upper feeding assembly comprises a feeding bottom plate (12), a feeding linear bearing (24), a feeding linear guide rail (25) and a suction and pushing mechanism limiting block (27), the feeding linear guide rail (25) is fixedly connected with the rack (100) and located on one side of the rack (100), the feeding linear bearing (24) is slidably connected with the feeding linear guide rail (25) and arranged on the feeding linear guide rail (25), and the suction and pushing mechanism limiting block (27) is fixedly connected with the rack (100) and located on the side of the rack (100) close to the feeding linear guide rail (25), and the feeding bottom plate (12) is fixedly connected with the feeding linear bearing (24) and located on one side of the feeding linear bearing (24). The suction member comprises a suction guide rod (13), a suction cylinder (14), a suction disc mounting plate (15), a suction disc mounting plate assembly (16) and a suction disc (17), the suction cylinder (14) is connected with the feeding bottom plate (12) and located on one side of the feeding bottom plate (12), the suction guide rod (13) is fixedly connected with the feeding bottom plate (12) and located on the side of the feeding bottom plate (12) close to the suction cylinder (14), the suction disc mounting plate (15) is arranged on the suction cylinder (14) and connected with the output end of the suction cylinder (14), the suction disc mounting plate assembly (16) is fixedly connected with the suction disc mounting plate (15) and located on one side of the suction disc mounting plate (15), and the suction disc (17) is fixedly connected with the suction disc mounting plate assembly (16) and arranged on the suction disc mounting plate assembly (16).

2. The automatic test paper pushing and rolling cutting device for urine analysis according to claim 1, characterized in that, The installation assembly comprises a left adjusting rod (36) of a hob set, a left movable shaft seat (38) of the hob set, an upper comb tooth support (42), an upper comb tooth (43), a left strip guide groove (44), and a left material guide lower groove (46), the left adjusting rod (36) of the hob set is threadedly connected with the left vertical plate (34) of the hob set and arranged on the left vertical plate (34) of the hob set, the left movable shaft seat (38) of the hob set is slidably connected with the left vertical plate (34) of the hob set, rotatably connected with the left adjusting rod (36) of the hob set, and rotatably connected with the hob upper cutter set (40), the upper comb tooth support (42) is fixedly connected with the left vertical plate (34) of the hob set and arranged on the left vertical plate (34) of the hob set, the upper comb tooth (43) is fixedly connected with the upper comb tooth support (42) and arranged on the upper comb tooth support (42), the left strip guide groove (44) is fixedly connected with the upper comb tooth support (42), abuts against the hob upper cutter set (40), and arranged on the upper comb tooth support (42), and the left material guide lower groove (46) is fixedly connected with the bottom plate (33) of the hob set, abuts against the hob upper cutter set (40), and located on one side of the bottom plate (33) of the hob set.

3. The automatic pushing and rolling cutting device for urine analysis test paper according to claim 1, characterized in that, The feeding assembly further comprises a left feeding side plate (10), a right feeding side plate (11), a feeding driving shaft (18), a feeding synchronous belt (19), a feeding motor (20), a feeding driven shaft (22), a driven shaft seat (23), an adjusting pad block (26), a storage component and a suction component; the adjusting pad block (26) is fixedly connected with the rack (100) and located on one side of the rack (100) close to the feeding linear bearing (24); the right feeding side plate (11) is fixedly connected with the feeding bottom plate (12) and located on one side of the feeding bottom plate (12); the feeding motor (20) is connected with the right feeding side plate (11) and arranged on the right feeding side plate (11); the left feeding side plate (10) is fixedly connected with the feeding bottom plate (12) and located on one side of the feeding bottom plate (12) close to the right feeding side plate (11); the feeding driving shaft (18) is rotatably connected with the left feeding side plate (10) and the right feeding side plate (11) and located between the left feeding side plate (10) and the right feeding side plate (11); the feeding motor (20) and a synchronous wheel of the feeding driving shaft (18) form a belt drive; the driven shaft seat (23) is threadedly connected with the left feeding side plate (10) and arranged on the left feeding side plate (10); the feeding driven shaft (22) is connected with the left feeding side plate (10) and the right feeding side plate (11) and rotatably connected with the driven shaft seat (23); the feeding synchronous belt (19) is rotatably connected with the feeding driving shaft (18) and the feeding driven shaft (22) and sleeved on both sides of the feeding driven shaft (22) and the feeding driving shaft (18); the storage component is arranged on the left feeding side plate (10); and the suction component is arranged on the feeding bottom plate (12).

4. The automatic pushing and rolling cutting device for urine analysis test paper according to claim 3, characterized in that, The storage member includes a storage cross bar (1), a cross bar mounting seat (2), a material blocking block (3), a blocking edge bar (4), a counterweight pressing plate (5), a counterweight seat (6), a counterweight plate handle (7), a counterweight guide shaft (8) and a feeding plate (9), the feeding plate (9) is fixedly connected with the left feeding side plate (10) and the right feeding side plate (11), and is located on the side of the left feeding side plate (10) away from the feeding bottom plate (12); the cross bar mounting seat (2) is fixedly connected with the feeding plate (9) and located on one side of the feeding plate (9); the storage cross bar (1) is fixedly connected with the cross bar mounting seat (2) and located on one side of the cross bar mounting seat (2); the material blocking block (3) is fixedly connected with the storage cross bar (1) and located on one side of the storage cross bar (1); the blocking edge bar (4) is fixedly connected with the storage cross bar (1) and arranged on the storage cross bar (1); the counterweight seat (6) is slidingly connected with the blocking edge bar (4) and located at one end of the blocking edge bar (4); the counterweight plate handle (7) is fixedly connected with the counterweight seat (6) and located on one side of the counterweight seat (6); the counterweight guide shaft (8) is slidingly connected with the counterweight seat (6) and arranged on the counterweight seat (6); and the counterweight pressing plate (5) is fixedly connected with the counterweight guide shaft (8) and located at one end of the counterweight guide shaft (8).

5. The automatic pushing and rolling cutting device for urine analysis test paper according to claim 4, characterized in that, The collecting assembly comprises a receiving bottom plate (52), a receiving front end plate (53), a lower comb (54), a receiving left side plate (55), a receiving right side plate (56), a receiving driving shaft (57), a receiving driven shaft (58), a receiving belt (59), a receiving motor (61), a pressing rubber wheel (62), a right pressing wheel seat (64), a right pressing wheel seat hinge (66), a receiving belt adjusting seat (67), a discharging front side plate (68), a discharging rear side plate (69), a discharging driving shaft (70), a discharging driven shaft (71), a discharging belt (72), a discharging motor mounting seat (73), a discharging motor (74), a discharging belt adjusting seat (75), a collecting mechanism linear bearing (76) and a collecting mechanism linear guide rail (77), the collecting mechanism linear guide rail (77) is fixedly connected with the rack (100) and located on one side of the rack (100); the collecting mechanism linear bearing (76) is slidably connected with the collecting mechanism linear guide rail (77) and arranged on the collecting mechanism linear guide rail (77); the receiving bottom plate (52) is fixedly connected with the collecting mechanism linear bearing (76) and arranged on the collecting mechanism linear bearing (76); the receiving front end plate (53) is fixedly connected with the receiving bottom plate (52) and located on one side of the receiving bottom plate (52); the lower comb (54) is fixedly connected with the receiving front end plate (53) and arranged on the receiving front end plate (53); the receiving left side plate (55) is fixedly connected with the receiving front end plate (53) and arranged on the receiving front end plate (53); the receiving right side plate (56) is fixedly connected with the receiving front end plate (53) and located on one side of the receiving front end plate (53); the receiving driving shaft (57) is rotatably connected with the receiving left side plate (55) and the receiving right side plate (56) and located between the receiving left side plate (55) and the receiving right side plate (56); the receiving driven shaft (58) is connected with the receiving left side plate (55) and the receiving right side plate (56) and located between the receiving left side plate (55) and the receiving right side plate (56); the receiving belt (59) is rotatably connected with the receiving driving shaft (57) and the receiving driven shaft (58) and sleeved on two sides of the receiving driving shaft (57) and the receiving driven shaft (58); the receiving motor (61) is connected with the receiving left side plate (55) and located on one side of the receiving left side plate (55); the right pressing wheel seat hinge (66) is fixedly connected with the receiving right side plate (56) and arranged on the receiving right side plate (56); the right pressing wheel seat (64) is rotatably connected with the right pressing wheel seat hinge (66) and arranged on the right pressing wheel seat hinge (66); and the pressing rubber wheel (62) is rotatably connected with the right pressing wheel seat hinge (66) and arranged on the right pressing wheel seat hinge (66).The receiving belt adjusting seat (67) is in threaded connection with the receiving right side plate (56) and in rotary connection with the receiving driven wheel shaft (58), and is located at one side of the receiving right side plate (56); the discharging front side plate (68) is in fixed connection with the receiving bottom plate (52) and is located at one side of the receiving bottom plate (52); the discharging rear side plate (69) is in fixed connection with the receiving bottom plate (52) and is located at one side of the receiving bottom plate (52) close to the discharging front side plate (68); the discharging driving wheel shaft (70) is in rotary connection with the discharging front side plate (68) and in rotary connection with the discharging rear side plate (69), and is located between the discharging front side plate (68) and the discharging rear side plate (69); the discharging driven wheel shaft (71) is in rotary connection with the discharging front side plate (68) and in rotary connection with the discharging rear side plate (69), and is located between the discharging front side plate (68) and the discharging rear side plate (69); the discharging belt (72) is in rotary connection with the discharging driving wheel shaft (70) and in rotary connection with the discharging driven wheel shaft (71), and is sleeved between the discharging driving wheel shaft (70) and the discharging driven wheel shaft (71); the discharging motor mounting seat (73) is in fixed connection with the discharging rear side plate (69) and is located at one side of the discharging rear side plate (69); the discharging motor (74) is connected with the discharging motor mounting seat (73) and is located at one side of the discharging motor mounting seat (73), and the discharging motor (74) drives the discharging driving wheel shaft (70) to rotate through a belt; the discharging belt adjusting seat (75) is in threaded connection with the discharging front side plate (68) and in threaded connection with the discharging driven wheel shaft (71), and is located at one side of the discharging front side plate (68).

6. The automatic pushing and rolling cutting device for urine analysis test paper according to claim 5, characterized in that, The collecting assembly further comprises a collecting mechanism limiting block (78), a left receiving hopper (79) and a right receiving hopper (80), the collecting mechanism limiting block (78) is fixedly connected with the rack (100) and located on the side of the rack (100) close to the receiving bottom plate (52); the left receiving hopper (79) is fixedly connected with the receiving bottom plate (52) and located on one side of the receiving bottom plate (52); and the right receiving hopper (80) is fixedly connected with the receiving bottom plate (52) and located on the side of the receiving bottom plate (52) away from the left receiving hopper (79).

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