CN204748697U - A segmentation device for implanted blood sugar sensor elements - Google Patents
A segmentation device for implanted blood sugar sensor elements Download PDFInfo
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- CN204748697U CN204748697U CN201520439131.XU CN201520439131U CN204748697U CN 204748697 U CN204748697 U CN 204748697U CN 201520439131 U CN201520439131 U CN 201520439131U CN 204748697 U CN204748697 U CN 204748697U
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- cutter head
- glucose sensor
- cutting device
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Abstract
The utility model provides a segmentation device for implanted blood sugar sensor elements, includes the frame and locates control hub on the frame, the segmentation device still includes the component operation panel, is used for to lead to send the horizontal movement portion of component operation panel, be used for and component operation panel complex component crush -cutting mechanism, be used for leading and send the vertical transport portion of component crush -cutting mechanism installs with being used for the installation department of vertical transport portion. The utility model discloses simple structure, convenient to use can carry out segmentation operation with strong points relatively, that accuracy is high to blood sugar sensor elements, and the segmentation is effectual, efficient, improves the productivity greatly, reduces intensity of labour.
Description
Technical field
The utility model relates to blood glucose sensor manufacturing technology field, specifically a kind of cutting device for implanted blood glucose sensor element.
Background technology
In recent years, Endermic implantating blood glucose sensor is skillfully applied to medical diagnostic field, and it is a kind of carbon nano tube sensor, implanted subcutaneous after, can molecule activity in annual Real-Time Monitoring living animal, i.e. blood sugar or insulin level, and without the need to taking blood sample again as traditional approach.In its process of manufacture, needing through operations such as just system, cutting, plating, is an important step to the cutting of element, manual or the semi-automatic cutting of the apparatus that cutting method general is in the past comparatively general, simple and crude, specific aim is not strong and cutting effect is not good, and efficiency is low, and output is few.
Summary of the invention
Technical purpose of the present utility model is to provide a kind of cutting device for implanted blood glucose sensor element, solves the problem that cutting effect is poor, production capacity is low.
Concrete technical scheme of the present utility model is as follows: a kind of cutting device for implanted blood glucose sensor element, comprise support and be located at the control axis on described support, described cutting device also comprises element operation platform, for the horizontal feed portion of element operation platform described in delivery, for the element crush-cutting mechanism with described element operation platform cooperation, for the vertical delivery section of element crush-cutting mechanism described in delivery and the installation portion for installing described vertical delivery section.
As preferably, described element crush-cutting mechanism comprises base block, the cutter head mounting groove be located on described base block, the cutting cutter head being located at the combination mount pad in described cutter head mounting groove and being removably connected on described combination mount pad.
As preferably, described cutting cutter head comprises rectangle matrix, to be located on described rectangle matrix for the connecting portion be connected and fixed with described combination mount pad and the cutting blade be located on described rectangle matrix, has preset clearance between two between described cutting blade.
If the parent part of blood glucose sensor element still has the excess waste needing excision, but direct excision as traditional approach, can cause the problem such as complex operation, inconvenience for aspects such as instant waste disposal and transhipments afterwards.Described cutting cutter head utilizes described vertical delivery section to carry out pressing down cutting, coordinate described horizontal transmission portion and element operation platform, replace manually cutting, time saving and energy saving, efficient fine, namely described preset clearance in order to make to cut waste material still and have coupling part between parent part and be unlikely to depart from, can not cause waste material to be scattered when cutting and being difficult to collecting process, element is also more convenient when transporting, and keeps globality and not subject to damage.
As preferably, described combination mount pad comprises the fixed bar being located at described cutter head mounting groove and half, a left side and half, the right side of being fixed on described fixed bar, there is between half, a described left side and half, the described right side card interface of the described connecting portion that is fixed, half, a described left side and/or half, the described right side are provided with screw and screw, hold out against described fixed bar and fix described connecting portion by described screw.Half, a described left side and half, the described right side mutually clamp and described connecting portion are fixed.
As preferably, described combination mount pad comprises the screw rod and cutter head mount pad that are connected to described cutter head mounting groove, described cutter head mount pad has the hollow part for accommodating described connecting portion and accesses and the screw communicated with described hollow part for described screw rod, fastens described connecting portion by described screw top.Described connecting portion is held out against by described screw rod and is fixed in described hollow part.
As preferably, described vertical delivery section comprises vertical base, the first drive motors be located on described vertical base, be connected to described first drive motors the first shaft coupling, be connected to described first shaft coupling and the vertical screw rod arranged along described vertical base and be connected to the upright slide block described vertical screw rod being connected to simultaneously described base block.
As preferably, described installation portion comprises for bearing and is located at for installing the installing plate of described vertical base on described bearing, and described bearing is provided with displacement slot, and described installing plate is provided with the displaced block for being connected with described displacement slot adaptation.Described displacement slot can be transverse direction or the form such as longitudinal direction or full angle, and described displaced block moves thus the final position driving described element crush-cutting mechanism to regulate crush-cutting element on described displacement slot.
As preferably, described horizontal feed portion comprise the horizontal base be located on described support, the second drive motors be located on described horizontal base, be connected to described second drive motors the second shaft coupling, be connected to described second shaft coupling and the horizontal screw bolt arranged along described horizontal base and the cross sliding clock being connected to described horizontal screw bolt.
As preferably, described element operation platform comprises the stage body be located on described cross sliding clock and is located at component body standing groove on described stage body, and the edge of described component body standing groove is provided with element corner standing groove.Blood glucose sensor element is rectangular tab, and each corner parts that described element corner standing groove is convenient to blood glucose sensor element directedly can put into described component body standing groove, and corner parts is not easily worn, the situation such as wrinkling; Corresponding column-shape strip can also be put into afterwards and insert described element corner standing groove, thus push down each corner parts of element,
As preferably, described stage body is provided with for making described element crush-cutting mechanism deviate from the removal outlet of described component body standing groove when completing element cutting.Although described crush-cutting mechanism longitudinally can be mentioned by described vertical delivery section after element cutting leave described element operation platform, but for the purpose of safety operation, also namely prevent the accident collision of described crush-cutting mechanism to described stage body, described removal outlet provides an extra exit allowing described crush-cutting mechanism laterally leave described element operation platform.
Technological merit of the present utility model is described simple, easy to use for the cutting device structure of implanted blood glucose sensor element, relatively with strong points, that accuracy is high slicing operation can be carried out to blood glucose sensor element, cutting is effective, efficiency is high, greatly improve production capacity, reduce labour intensity.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the utility model embodiment one or embodiment two;
Fig. 2 is the partial structurtes schematic diagram of the utility model embodiment one or embodiment two;
Fig. 3 is the partial structurtes schematic diagram of the utility model embodiment one or embodiment two;
Fig. 4 is the partial structurtes schematic diagram of the utility model embodiment one;
Fig. 5 is the partial structurtes schematic diagram of the utility model embodiment one;
Fig. 6 is the partial structurtes schematic diagram of the utility model embodiment two;
Number corresponding each toponym in figure to be respectively: 1-support, 2-bearing, 21-displacement slot, 3-base block, 31-cutter head mounting groove, 32-rectangle matrix, 321-connecting portion, 322-cutting blade, 33-fixed bar, left half of 34-, right half of 35-, 36-screw rod, 37-cutter head mount pad, the vertical base of 4-, 41-first drive motors, 42-first shaft coupling, the vertical screw rod of 43-, 44-upright slide block, 5-installing plate, 51-displaced block, 6-horizontal base, 61-second drive motors, 62-second shaft coupling, 63-horizontal screw bolt, 64-cross sliding clock, 7-stage body, 71-component body standing groove, 72-element corner standing groove, 73-removal outlet.
Detailed description of the invention
Below in conjunction with accompanying drawing, by specific embodiment, the utility model is described in further detail:
Embodiment one: see Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, a kind of cutting device for implanted blood glucose sensor element, the control axis comprising support 1 and be located on support 1, control axis can adopt PLC system, cutting device also comprise element operation platform, for delivery element operation platform horizontal feed portion, for coordinate with element operation platform element crush-cutting mechanism, for the vertical delivery section of delivery element crush-cutting mechanism and the installation portion for installing vertical delivery section.
Element crush-cutting mechanism comprises base block 3, the cutter head mounting groove 31 be located on base block 3, be located at the combination mount pad in cutter head mounting groove 31 and be removably connected to combination mount pad on cutting cutter head.Cutting cutter head comprises rectangle matrix 32, to be located on rectangle matrix 32 for the connecting portion 321 be connected and fixed with combination mount pad and the cutting blade 322 be located on rectangle matrix 32, has preset clearance between two between cutting blade 322.Preset clearance is namely in order to make to cut waste material still and have coupling part between parent part and be unlikely to depart from, and waste material can not be caused to be scattered when cutting and be difficult to collecting process, element is also more convenient when transporting, and keeps globality and not subject to damage.
Combination mount pad comprises the fixed bar 33 being located at cutter head mounting groove 31 and half 34, the left side being fixed on fixed bar 33 and right half 35, there is between left half 34 and right half 35 the card interface of the connecting portion 321 that is fixed, left half 34 and/or right half 35 is provided with screw and screw, holds out against fixed bar 33 and be fixedly connected with portion 321 by screw.Connecting portion 321 can be one thin piece or a thin slice, be convenient to enter card interface and be clamped fixing, the direction, both sides being relatively orthogonal to fixed bar 33 sitting 35 afterwards on half 34, a left side and/or right half holds out against with screw, left half 34 is made mutually to be close to right half 35, thus making card interface clamp connecting portion 321, thus cutting cutter head entirety be fixed.Rectangle matrix 32 itself also can be one thin piece or a thin slice.
Vertical delivery section comprises vertical base 4, the first drive motors 41 be located on vertical base 4, be connected to the first drive motors 41 the first shaft coupling 42, be connected to the first shaft coupling 42 and the vertical screw rod 43 arranged along vertical base 4 and be connected to the upright slide block 44 vertical screw rod 43 being connected to simultaneously base block 3.
Installation portion comprises for bearing 2 and is located at for installing the installing plate 5 of vertical base 4 on bearing 2, and bearing 2 is provided with displacement slot 21, and installing plate 5 is provided with the displaced block 51 for being connected with displacement slot 21 adaptation.Displacement slot 21 is horizontal form, and displaced block 51 moves on displacement slot 21 thus the final element crush-cutting mechanism that drives regulates crush-cutting position.Displacement slot 21 can be longitudinal direction or full angle form equally.
Horizontal feed portion comprises the horizontal base 6 be located on support 1, the second drive motors 61 be located on horizontal base 6, be connected to the second drive motors 61 the second shaft coupling 62, be connected to the second shaft coupling 62 and the horizontal screw bolt 63 arranged along horizontal base 6 and be connected to the cross sliding clock 64 of horizontal screw bolt 63.
Element operation platform comprises to be located at stage body on cross sliding clock 64 7 and to be located at component body standing groove 71 on stage body 7, and the edge of component body standing groove 71 is provided with element corner standing groove 72.Stage body 7 is provided with the removal outlet 73 for making element crush-cutting mechanism deviate from component body standing groove 71 when completing element cutting.Although crush-cutting mechanism longitudinally can be mentioned by vertical delivery section after element cutting leave element operation platform, but for the purpose of safety operation, also namely prevent the accident collision of crush-cutting mechanism to stage body 7, removal outlet 73 provides an extra exit allowing crush-cutting mechanism laterally leave element operation platform.
Embodiment two: see Fig. 1, Fig. 2, Fig. 3 and Fig. 6, a kind of cutting device for implanted blood glucose sensor element, the control axis comprising support 1 and be located on support 1, control axis can adopt PLC system, cutting device also comprise element operation platform, for delivery element operation platform horizontal feed portion, for coordinate with element operation platform element crush-cutting mechanism, for the vertical delivery section of delivery element crush-cutting mechanism and the installation portion for installing vertical delivery section.
Element crush-cutting mechanism comprises base block 3, the cutter head mounting groove 31 be located on base block 3, be located at the combination mount pad in cutter head mounting groove 31 and be removably connected to combination mount pad on cutting cutter head.Cutting cutter head comprises rectangle matrix 32, to be located on matrix 32 for the connecting portion 321 be connected and fixed with combination mount pad and the cutting blade 322 be located on matrix 32, has preset clearance between two between cutting blade 322.Preset clearance is namely in order to make to cut waste material still and have coupling part between parent part and be unlikely to depart from, and waste material can not be caused to be scattered when cutting and be difficult to collecting process, element is also more convenient when transporting, and keeps globality and not subject to damage.
Combination mount pad comprises the screw rod 36 and cutter head mount pad 37 that are connected to cutter head mounting groove 31, cutter head mount pad 37 has the hollow part for accommodating connecting portion 321 and accesses and the screw communicated with hollow part for screw rod 36, holds out against the portion of being fixedly connected with 321 by screw rod 36.Namely on cutter head mount pad 37, dig out a hollow part, be used for receiving the connecting portion 321 of cutting cutter head, the shape of connecting portion 321 is adaptive with hollow part, holds out against fix 321 after combined with screw rod 36 in the relative direction of both sides, thus fixes whole cutting cutter head.
Vertical delivery section comprises vertical base 4, the first drive motors 41 be located on vertical base 4, be connected to the first drive motors 41 the first shaft coupling 42, be connected to the first shaft coupling 42 and the vertical screw rod 43 arranged along vertical base 4 and be connected to the upright slide block 44 vertical screw rod 43 being connected to simultaneously base block 3.
Installation portion comprises for bearing 2 and is located at for installing the installing plate 5 of vertical base 4 on bearing 2, and bearing 2 is provided with displacement slot 21, and installing plate 5 is provided with the displaced block 51 for being connected with displacement slot 21 adaptation.Displacement slot 21 is horizontal form, and displaced block 51 moves on displacement slot 21 thus the final element crush-cutting mechanism that drives regulates crush-cutting position.Displacement slot 21 can be longitudinal direction or full angle form equally.
Horizontal feed portion comprises the horizontal base 6 be located on support 1, the second drive motors 61 be located on horizontal base 6, be connected to the second drive motors 61 the second shaft coupling 62, be connected to the second shaft coupling 62 and the horizontal screw bolt 63 arranged along horizontal base 6 and be connected to the cross sliding clock 64 of horizontal screw bolt 63.
Element operation platform comprises to be located at stage body on cross sliding clock 64 7 and to be located at component body standing groove 71 on stage body 7, and the edge of component body standing groove 71 is provided with element corner standing groove 72.Stage body 7 is provided with the removal outlet 73 for making element crush-cutting mechanism deviate from component body standing groove 71 when completing element cutting.Although crush-cutting mechanism longitudinally can be mentioned by vertical delivery section after element cutting leave element operation platform, but for the purpose of safety operation, also namely prevent the accident collision of crush-cutting mechanism to stage body 7, removal outlet 73 provides an extra exit allowing crush-cutting mechanism laterally leave element operation platform.
Claims (10)
1. the cutting device for implanted blood glucose sensor element, the control axis comprising support (1) and be located on described support (1), is characterized in that: described cutting device also comprises element operation platform, for the horizontal feed portion of element operation platform described in delivery, for the element crush-cutting mechanism with described element operation platform cooperation, for the vertical delivery section of element crush-cutting mechanism described in delivery and the installation portion for installing described vertical delivery section.
2. a kind of cutting device for implanted blood glucose sensor element according to claim 1, is characterized in that: described element crush-cutting mechanism comprises base block (3), the cutter head mounting groove (31) be located on described base block (3), be located at combination mount pad in described cutter head mounting groove (31) and be removably connected to the cutting cutter head on described combination mount pad.
3. a kind of cutting device for implanted blood glucose sensor element according to claim 2, it is characterized in that: described cutting cutter head comprises rectangle matrix (32), to be located on described rectangle matrix (32) for the connecting portion (321) be connected and fixed with described combination mount pad and the cutting blade (322) be located on described rectangle matrix (32), has preset clearance between two between described cutting blade (322).
4. a kind of cutting device for implanted blood glucose sensor element according to claim 3, it is characterized in that: described combination mount pad comprises the fixed bar (33) being located at described cutter head mounting groove (31) and the left side half (34) being fixed on described fixed bar (33) and the right side half (35), there is between a described left side half (34) and half, the described right side (35) card interface of described connecting portion (321) that are fixed, a described left side half (34) and/or the described right side half (35) are provided with screw and screw, hold out against described fixed bar (33) by described screw and fix described connecting portion (321).
5. a kind of cutting device for implanted blood glucose sensor element according to claim 3, it is characterized in that: described combination mount pad comprises the screw rod (36) and cutter head mount pad (37) that are connected to described cutter head mounting groove (31), described cutter head mount pad (37) has the hollow part for accommodating described connecting portion (321) and accesses and the screw communicated with described hollow part for described screw rod (36), holds out against fixing described connecting portion (321) by described screw rod (36).
6. a kind of cutting device for implanted blood glucose sensor element according to claim 2, is characterized in that: described vertical delivery section comprises vertical base (4), the first drive motors (41) be located on described vertical base (4), be connected to described first drive motors (41) the first shaft coupling (42), be connected to described first shaft coupling (42) and the vertical screw rod (43) arranged along described vertical base (4) and be connected to the upright slide block (44) described vertical screw rod (43) being connected to simultaneously described base block (3).
7. a kind of cutting device for implanted blood glucose sensor element according to claim 6, it is characterized in that: described installation portion comprises for bearing (2) and is located on described bearing (2) for installing the installing plate (5) of described vertical base (4), described bearing (2) is provided with displacement slot (21), and described installing plate (5) is provided with the displaced block (51) for being connected with described displacement slot (21) adaptation.
8. a kind of cutting device for implanted blood glucose sensor element according to claim 1, is characterized in that: described horizontal feed portion comprise the horizontal base (6) be located on described support (1), the second drive motors (61) be located on described horizontal base (6), be connected to described second drive motors (61) the second shaft coupling (62), be connected to described second shaft coupling (62) and the horizontal screw bolt (63) arranged along described horizontal base (6) and the cross sliding clock (64) being connected to described horizontal screw bolt (63).
9. a kind of cutting device for implanted blood glucose sensor element according to claim 8, it is characterized in that: described element operation platform comprises the stage body (7) be located on described cross sliding clock (64) and is located at the upper component body standing groove (71) of described stage body (7), and the edge of described component body standing groove (71) is provided with element corner standing groove (72).
10. a kind of cutting device for implanted blood glucose sensor element according to claim 9, is characterized in that: described stage body (7) is provided with the removal outlet (73) for making described element crush-cutting mechanism deviate from described component body standing groove (71) when completing element cutting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520439131.XU CN204748697U (en) | 2015-06-25 | 2015-06-25 | A segmentation device for implanted blood sugar sensor elements |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520439131.XU CN204748697U (en) | 2015-06-25 | 2015-06-25 | A segmentation device for implanted blood sugar sensor elements |
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| CN204748697U true CN204748697U (en) | 2015-11-11 |
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| CN201520439131.XU Active CN204748697U (en) | 2015-06-25 | 2015-06-25 | A segmentation device for implanted blood sugar sensor elements |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109877891A (en) * | 2019-03-26 | 2019-06-14 | 严白双 | With the device for cutting food into shreds except bonding structure |
| CN111839529A (en) * | 2020-07-21 | 2020-10-30 | 浙江凯立特医疗器械有限公司 | A self-adhesive equipment for skin fixing base production usefulness |
-
2015
- 2015-06-25 CN CN201520439131.XU patent/CN204748697U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109877891A (en) * | 2019-03-26 | 2019-06-14 | 严白双 | With the device for cutting food into shreds except bonding structure |
| CN111839529A (en) * | 2020-07-21 | 2020-10-30 | 浙江凯立特医疗器械有限公司 | A self-adhesive equipment for skin fixing base production usefulness |
| CN111839529B (en) * | 2020-07-21 | 2022-10-25 | 浙江凯立特医疗器械有限公司 | A self-adhesive equipment for production of skin fixing base is used |
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