CN205040777U - 4 measurement of planeness appearance - Google Patents
4 measurement of planeness appearance Download PDFInfo
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- CN205040777U CN205040777U CN201520767245.7U CN201520767245U CN205040777U CN 205040777 U CN205040777 U CN 205040777U CN 201520767245 U CN201520767245 U CN 201520767245U CN 205040777 U CN205040777 U CN 205040777U
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Abstract
The utility model belongs to the technical field of measuring tool technology and specifically relates to indicate a 4 measurement of planeness appearance, including behind base, movable block, the horizontal foot in first back, the second horizontal foot, before first before horizontal foot and the second horizontal foot, be used for adjusting horizontal foot removed behind first horizontal foot in back and the second back horizontal foot actuating mechanism, the horizontal foot actuating mechanism that is used for adjusting before first that horizontal foot removes before horizontal foot and the second before and be used for driving the movable block actuating mechanism of movable block back -and -forth movement, the front end of base is provided with horizontal spout, and the rear end of this base is provided with vertical slide rail, before first before horizontal foot and the second horizontal foot activity set up in horizontal spout, the movable block slides and installs in vertical slide rail, the movable block is provided with the adjustment spout, horizontal foot activity sets up in this adjustment spout behind first horizontal foot in back and the second. The utility model discloses compact structure, accuracy is high, and application scope is wide, low in production cost, measurement of efficiency is high.
Description
Technical field
The utility model relates to survey tool technical field, refers in particular to a kind of 4 flatness measuring instruments.
Background technology
Shoe tree, traditional shoemaking apparatus, it is the parent of footwear, is the mould of footwear.Can whether shoe tree not only determines footwear moulding and style, more decide footwear and fit, play comfortable effect.Therefore, shoe last designing must based on foot type, but can not be the same with foot type, because pin is under static and motion state, its shape, size, stress etc. all change, and add the kind of footwear, style, processing technology, raw and auxiliary material performance, wear environment and condition is also different, moulding and each spot size of shoe tree can not be just the same with foot type.Therefore, modern shoe last designing not only involved multiple subject but also to manual skill and skill requirement very high.
When designing shoe tree, ensure that user walks steadily, the bottom surface of the shoe tree of difformity and size all can arrange equalization point, namely has at least several point to be in same level.When producing shoe tree, the levelness of the bottom surface of the model to shoe tree is generally needed to carry out flat survey, a kind of four paws instrument instrument is now adopted to measure, but this instrument can only measure single shoe tree of basic code, different apparatus measures is needed when measuring different yardage and left and right pin, use inconvenience, and easily distortion causes survey by mistake, defect is obvious.
Summary of the invention
The technical problems to be solved in the utility model be to provide a kind of compact conformation, accuracy of measurement high, applied widely, save production cost, effectively improve 4 flatness measuring instruments measuring efficiency.
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of 4 flatness measuring instruments, comprise pedestal, movable block, horizontal leg after first, horizontal leg after second, horizontal leg before horizontal leg and second before first, for regulating the rear horizontal leg driving mechanism of horizontal leg movement after horizontal leg and second after first, for regulating before first before horizontal leg and second horizontal leg driving mechanism and the movable block driving mechanism for driving movable block movable before horizontal leg movement, the front end of described pedestal is provided with horizontal concrete chute, the rear end of this pedestal is provided with longitudinal slide rail, before described first, before horizontal leg and second, horizontal leg is movably set in horizontal concrete chute, described movable block is slidably installed in longitudinal slide rail, described movable block is provided with adjustment chute, after described first, after horizontal leg and second, horizontal leg is movably set in this adjustment chute.
Wherein, the movable block screw mandrel that described movable block driving mechanism comprises movable block knob and is connected with this movable block knob, described movable block is provided with screw hole and slide rail breach, described movable block screw mandrel is installed in screw hole, described longitudinal slide rail is arranged in slide rail breach, and described longitudinal slide rail is provided with the screw mandrel groove for installing movable block screw mandrel.
Wherein, the middle part of described movable block is arranged at installation cavity, is provided with fixing sliding sleeve in this installation cavity, and described longitudinal slide rail is slidably installed in fixing sliding sleeve.
Wherein, described rear horizontal leg driving mechanism comprises and is slidably installed in adjustment the first rear slider of chute, the second rear slider and for driving adjustment first rear slider, the second rear slider along the adjustment driving mechanism of adjustment chute movement, after described first, after horizontal leg and second, horizontal leg is arranged in the first rear slider and the second rear slider respectively, the bottom surface of described adjustment chute is provided with the breach elongated slot for adjusting horizontal leg movement after horizontal leg and second after first, and after described first, after horizontal leg and second, horizontal leg is arranged in breach elongated slot.
Wherein, described first rear slider and the second rear slider all offer installs through hole and side direction fixing hole, this side direction fixing hole is provided with hold-down screw, after described first, after horizontal leg and second, the middle part of horizontal leg is installed on installation through hole, and after this first rear horizontal leg and second, horizontal leg is fixed by hold-down screw.
Preferably, described adjustment driving mechanism comprises the screw mandrel fixed block being fixed on movable block end face, the adjustment screw mandrel being installed in this screw mandrel fixed block and is arranged at the knob of this adjustment screw mandrel one end, described adjustment screw mandrel is provided with the first thread segment and second thread segment contrary with this first thread segment rotation direction, described first rear slider is installed in the first thread segment, and described second rear slider is installed in the second thread segment.
Preferably another, described adjustment driving mechanism comprises the first mounting blocks and the second mounting blocks, the first screw mandrel being arranged at the first mounting blocks and the second mounting blocks respectively and the second screw mandrel, the first knob being arranged at the first screw mandrel and the second screw mandrel respectively and the second knob that are individually fixed in movable block two ends, and the first screw mandrel and the second screw mandrel are arranged in described first rear slider and the second rear slider respectively.
Wherein, also comprise limited block, the middle part of described horizontal concrete chute is provided with limited block chamber, and described limited block is arranged at this limited block chamber.
Wherein, the two ends of described horizontal concrete chute and adjustment chute are symmetrically arranged with scale, and the end face of described longitudinal slide rail is provided with scale.
Wherein, described pedestal is also provided with the main part that slide rail longitudinal with this is connected, and this main part is provided with the first arc-shaped side and the second arc-shaped side, and this first arc-shaped side is all connected with the cell wall of horizontal concrete chute with the second arc-shaped side; End face and the bottom surface of described main part are provided with cavity, and the front portion of described cavity offers through hole.
The beneficial effects of the utility model:
The utility model compact conformation, accuracy of measurement is high, horizontal leg after can regulating arbitrarily first, horizontal leg after second, horizontal leg before horizontal leg and second before first, make flexible and convenient to use, virgin shoe last or hat block can be measured, the levelness of all yardages such as female's shoe last or hat block and male shoe last or hat block, applied widely, horizontal leg after other first, horizontal leg after second, before first, before horizontal leg and second, left foot shoe last or hat block is measured in the upper surface of horizontal leg or lower surface, right crus of diaphragm shoe last or hat block just can be measured in its lower surface or upper surface, namely measure the left and right pin of shoe tree simultaneously, expand the scope of application further, there is a set of multiplex feature, effectively can reduce the quantity of survey tool, save production cost, efficiency is measured in effective raising, practical.
Accompanying drawing explanation
Fig. 1 is the perspective view of the utility model embodiment one.
Fig. 2 is the stereochemical structure decomposing schematic representation of the utility model embodiment one.
Fig. 3 is the perspective view at another visual angle of the utility model embodiment one.
Fig. 4 is the decomposition texture schematic diagram of Fig. 3.
Fig. 5 is the decomposition texture schematic diagram of horizontal leg and hold-down screw after the first rear slider, first described in the utility model embodiment one.
Fig. 6 is the perspective view of the pedestal described in the utility model embodiment one.
Fig. 7 is the stereochemical structure decomposing schematic representation of the utility model embodiment two.
Detailed description of the invention
For the ease of the understanding of those skilled in the art, be further described the utility model below in conjunction with embodiment and accompanying drawing, the content that embodiment is mentioned is not to restriction of the present utility model.
The orientation of orientation described in the utility model with Fig. 1 and when measuring shoe tree is as the criterion.
embodiment one.
As shown in Figures 1 to 6, a kind of 4 flatness measuring instruments, comprise pedestal 1, movable block 2, horizontal leg 3 after first, horizontal leg 4 after second, horizontal leg 6 before horizontal leg 5 and second before first, for regulating the rear horizontal leg driving mechanism 8 of horizontal leg 3 and the second rear horizontal leg 4 movement after first, for regulating before horizontal leg before first 5 and second horizontal leg driving mechanism 9 and the movable block driving mechanism 7 for driving movable block 2 movable before horizontal leg 6 movement, the front end of described pedestal 1 is provided with horizontal concrete chute 11, the rear end of this pedestal 1 is provided with longitudinal slide rail 12, before described first, before horizontal leg 5 and second, horizontal leg 6 is movably set in horizontal concrete chute 11, described movable block 2 is slidably installed in longitudinal slide rail 12, described movable block 2 is provided with adjustment chute 21, after described first, horizontal leg 3 and the second rear horizontal leg 4 are movably set in this adjustment chute 21.
During use, according to the size of the size of shoe tree, the width after first between horizontal leg 3 and the second rear horizontal leg 4 is regulated by rear horizontal leg driving mechanism 8, the width before horizontal leg before first 5 and second between horizontal leg 6 is adjusted by front horizontal leg driving mechanism 9, and drive movable block 2 to move along horizontal concrete chute 11 by movable block driving mechanism 7, thus the length distance after adjustment first after horizontal leg 3 and second before horizontal leg 4 and first before horizontal leg 5 and second between horizontal leg 6, then horizontal leg 3 after the bottom surface of shoe tree being placed on first, horizontal leg 4 after second, before first, before horizontal leg 5 and second, horizontal leg 6 carries out flatness detection.
The utility model compact conformation, accuracy of measurement is high, horizontal leg 3 after can regulating arbitrarily first, horizontal leg 4 after second, horizontal leg 6 before horizontal leg 5 and second before first, make flexible and convenient to use, virgin shoe last or hat block can be measured, the levelness of all yardages such as female's shoe last or hat block and male shoe last or hat block, applied widely, horizontal leg 3 after other first, horizontal leg 4 after second, before first, before horizontal leg 5 and second, left foot shoe last or hat block is measured in the upper surface of horizontal leg 6 or lower surface, right crus of diaphragm shoe last or hat block just can be measured in its lower surface or upper surface, namely measure the left and right pin of shoe tree simultaneously, expand the scope of application further, there is a set of multiplex feature, effectively can reduce the quantity of survey tool, save production cost, efficiency is measured in effective raising, practical.
In the present embodiment, the movable block screw mandrel 72 that described movable block driving mechanism 7 comprises movable block knob 71 and is connected with this movable block knob 71, described movable block 2 is provided with screw hole 22 and slide rail breach 23, described movable block screw mandrel 72 is installed in screw hole 22, described longitudinal slide rail 12 is arranged in slide rail breach 23, and described longitudinal slide rail 12 is provided with the screw mandrel groove 121 for installing movable block screw mandrel 72.Concrete, the rear end of longitudinal slide rail 12 is fixed with screw mandrel mounting blocks 73, and movable block screw mandrel 72 is arranged in this screw mandrel mounting blocks 73, and screw hole 22 is the screwed hole coordinated with movable block screw mandrel 72.
During use, hand-screw moves movable block knob 71 and drives movable block screw mandrel 72 turn, thus after making movable block 2 drive after first horizontal leg 3 and second horizontal leg 4 along the longitudinal slide rail 12 move.This movable block driving mechanism 7 is easy to adjust, and displacement accuracy is high, and screw mandrel groove 121 accommodating part movable block screw mandrel 72, makes its compact conformation, and adjustment steadily.
In the present embodiment, the middle part of described movable block 2 is arranged at installation cavity 24, is provided with fixing sliding sleeve 25 in this installation cavity 24, and described longitudinal slide rail 12 is slidably installed in fixing sliding sleeve 25.Concrete, adopt screw to be fixed in installation cavity 24 by fixing sliding sleeve 25, this fixing sliding sleeve 25 pairs of movable blocks 2 slide and play guide effect on longitudinal slide rail 12, and make its steady, Stability Analysis of Structures of sliding, mobile accuracy is high.
In the present embodiment, described rear horizontal leg driving mechanism 8 comprises the first rear slider 10 being slidably installed in adjustment chute 21, second rear slider 20 and for driving adjustment first rear slider 10, second rear slider 20 is along the adjustment driving mechanism of adjustment chute 21 movement, after described first, horizontal leg 3 and the second rear horizontal leg 4 are arranged in the first rear slider 10 and the second rear slider 20 respectively, the bottom surface of described adjustment chute 21 is provided with the breach elongated slot 26 for adjusting horizontal leg 3 and the second rear horizontal leg 4 movement after first, after described first, horizontal leg 3 and the second rear horizontal leg 4 are arranged in breach elongated slot 26.
Described adjustment driving mechanism comprises the first mounting blocks 01 and the second mounting blocks 02, the first screw mandrel 03 being arranged at the first mounting blocks 01 and the second mounting blocks 02 respectively and the second screw mandrel 04, the first knob 05 being arranged at the first screw mandrel 03 and the second screw mandrel 04 respectively and the second knob 06, first screw mandrel 03 that are individually fixed in movable block 2 two ends and the second screw mandrel 04 is arranged in described first rear slider 10 and the second rear slider 20 respectively.
Concrete, described first mounting blocks 01 and the second mounting blocks 02 all adopt screw to be fixed on movable block 2, and it mounts and dismounts convenient.During use, rotate the first knob 05 respectively and the second knob 06 drives the first screw mandrel 03 and the second screw mandrel 04 to rotate, thus drive the first rear slider 10 and the second rear slider 20 to slide in adjustment chute 21 respectively, thus adjustment the first rear slider 10 and the second rear slider 20 adjustment chute 21 position and between width.In the present embodiment, adjustment driving mechanism adopts the first screw mandrel 03 and the second screw mandrel 04 to drive the first rear slider 10 and the second rear slider 20 to move respectively, and it can regulate separately, and flexible adjustment is easy to operate.
In the present embodiment, described front horizontal leg driving mechanism 9 is identical with structure with the principle of described rear horizontal leg driving mechanism 8, and before it mainly adopts two screw mandrels to adjust first, before horizontal leg 5 and second, horizontal leg 6 slides in horizontal concrete chute 11, therefore repeats no more.
In the present embodiment, described first rear slider 10 and the second rear slider 20 all offer installs through hole 30 and side direction fixing hole 40, this side direction fixing hole 40 is provided with hold-down screw 50, after described first, the middle part of horizontal leg 3 and the second rear horizontal leg 4 is installed on and installs through hole 30, this first rear horizontal leg 3 and the second rear horizontal leg 4 are fixed by hold-down screw 50, it mounts and dismounts convenient, fixing reliable.
In the present embodiment, also comprise limited block 100, the middle part of described horizontal concrete chute 11 is provided with limited block chamber 16, and described limited block 100 is arranged at this limited block chamber 16.Arranging limited block 100 carries out spacing, namely to arranging an initial width before horizontal leg before first 5 and second between horizontal leg 6, be convenient to installation and the adjustment of horizontal leg 6 before horizontal leg before first 5 and second, be convenient to the installation of the screw mandrel of front horizontal leg driving mechanism 9 simultaneously.
In the present embodiment, the two ends of described horizontal concrete chute 11 and adjustment chute 21 are symmetrically arranged with scale, and the end face of described longitudinal slide rail 12 is provided with scale.Concrete, the two ends of horizontal concrete chute 11 and adjustment chute 21 are symmetrical arranged shoe tree yardage scale, and longitudinal slide rail 12 also arranges shoe tree yardage scale.During use, horizontal leg 6 before horizontal leg before horizontal leg 4, first after horizontal leg 3, second after first 5 and second is adjusted to the required yardage graduation position measuring shoe tree, and before shoe tree being placed on after first after horizontal leg 3, second before horizontal leg 4, first horizontal leg 5 and second on horizontal leg 6, just can measure the levelness of shoe tree, it is easy to use, can improve the degree of accuracy of measuring efficiency and measurement.
In the present embodiment, described pedestal 1 is also provided with the main part 13 that slide rail 12 longitudinal with this is connected, and this main part 13 is provided with the first arc-shaped side 131 and the second arc-shaped side 132, and this first arc-shaped side 131 is all connected with the cell wall of horizontal concrete chute 11 with the second arc-shaped side 132; End face and the bottom surface of described main part 13 are provided with cavity 14, and the front portion of described cavity 14 offers through hole 15.Described first arc-shaped side 131 and the second arc-shaped side 132 are the shape that lateral profile left and right with shoe tree is corresponding, and its compact conformation, is also convenient to measure shoe tree.During use, the one side left foot of corresponding shoe tree or right crus of diaphragm, the right crus of diaphragm of the corresponding shoe tree of another side or left foot, namely at the bottom of left and right pin shoe last or hat block levelness office can measure; The end face of main part 13 and bottom surface are provided with cavity 14, and the front portion of cavity 14 offers through hole 15, reduce the material needed for manufacturing, and save production cost, weight reduction, is convenient to pick and place and transport.
embodiment two.
As shown in Figure 7, the difference of the present embodiment and embodiment one is: described adjustment driving mechanism comprises the screw mandrel fixed block 60 being fixed on movable block 2 end face, the adjustment screw mandrel 70 being installed in this screw mandrel fixed block 60 and is arranged at the knob 80 of this adjustment screw mandrel 70 one end, described adjustment screw mandrel 70 is provided with the first thread segment and second thread segment contrary with this first thread segment rotation direction, described first rear slider 10 is installed in the first thread segment, and described second rear slider 20 is installed in the second thread segment.Adjust the first rear slider 10 by an adjustment screw mandrel 70 and the second rear slider 20 moves, its compact conformation, low cost of manufacture, the speed of adjustment is fast, measures efficiency high simultaneously.
In the present embodiment, front horizontal leg driving mechanism 9 is identical with structure with the principle of described rear horizontal leg driving mechanism 8, before office adopts screw mandrel adjustment first, before horizontal leg 5 and second, horizontal leg 6 slides in horizontal concrete chute 11, when being provided with limited block 100, this screw mandrel is arranged in limited block 100, repeats no more.
Above-described embodiment is the utility model preferably implementation, and in addition, the utility model can also realize by alternate manner, and under the prerequisite not departing from the technical program design, any apparent replacement is all within protection domain of the present utility model.
Claims (10)
1. 4 flatness measuring instruments, it is characterized in that: comprise pedestal (1), movable block (2), horizontal leg (3) after first, horizontal leg (4) after second, horizontal leg (6) before horizontal leg (5) and second before first, for regulating the rear horizontal leg driving mechanism (8) of horizontal leg (4) movement after horizontal leg (3) and second after first, for the front horizontal leg driving mechanism (9) of horizontal leg (6) movement before regulating horizontal leg before first (5) and second and the movable block driving mechanism (7) for driving movable block (2) movable, the front end of described pedestal (1) is provided with horizontal concrete chute (11), the rear end of this pedestal (1) is provided with longitudinal slide rail (12), before described first, before horizontal leg (5) and second, horizontal leg (6) is movably set in horizontal concrete chute (11), described movable block (2) is slidably installed in longitudinal slide rail (12), described movable block (2) is provided with adjustment chute (21), after described first, after horizontal leg (3) and second, horizontal leg (4) is movably set in this adjustment chute (21).
2. a kind of 4 flatness measuring instruments according to claim 1, it is characterized in that: the movable block screw mandrel (72) that described movable block driving mechanism (7) comprises movable block knob (71) and is connected with this movable block knob (71), described movable block (2) is provided with screw hole (22) and slide rail breach (23), described movable block screw mandrel (72) is installed in screw hole (22), described longitudinal slide rail (12) is arranged in slide rail breach (23), and described longitudinal slide rail (12) is provided with the screw mandrel groove (121) for installing movable block screw mandrel (72).
3. a kind of 4 flatness measuring instruments according to claim 1, it is characterized in that: the middle part of described movable block (2) is arranged at installation cavity (24), be provided with fixing sliding sleeve (25) in this installation cavity (24), described longitudinal slide rail (12) is slidably installed in fixing sliding sleeve (25).
4. a kind of 4 flatness measuring instruments according to claim 1, it is characterized in that: described rear horizontal leg driving mechanism (8) comprises the first rear slider (10) being slidably installed in adjustment chute (21), second rear slider (20) and for driving adjustment first rear slider (10), second rear slider (20) is along the adjustment driving mechanism of adjustment chute (21) movement, after described first, after horizontal leg (3) and second, horizontal leg (4) is arranged in the first rear slider (10) and the second rear slider (20) respectively, the bottom surface of described adjustment chute (21) is provided with the breach elongated slot (26) for adjusting horizontal leg (4) movement after horizontal leg (3) and second after first, after described first, after horizontal leg (3) and second, horizontal leg (4) is arranged in breach elongated slot (26).
5. a kind of 4 flatness measuring instruments according to claim 4, it is characterized in that: described first rear slider (10) and the second rear slider (20) all offer installs through hole (30) and side direction fixing hole (40), this side direction fixing hole (40) is provided with hold-down screw (50), after described first, after horizontal leg (3) and second, the middle part of horizontal leg (4) is installed on and installs through hole (30), and after this first rear horizontal leg (3) and second, horizontal leg (4) is fixed by hold-down screw (50).
6. a kind of 4 flatness measuring instruments according to claim 4, it is characterized in that: described adjustment driving mechanism comprise be fixed on movable block (2) end face screw mandrel fixed block (60), be installed in the adjustment screw mandrel (70) of this screw mandrel fixed block (60) and be arranged at the knob (80) of this adjustment screw mandrel (70) one end, described adjustment screw mandrel (70) is provided with the first thread segment and second thread segment contrary with this first thread segment rotation direction, described first rear slider (10) is installed in the first thread segment, and described second rear slider (20) is installed in the second thread segment.
7. a kind of 4 flatness measuring instruments according to claim 4, it is characterized in that: described adjustment driving mechanism comprises the first mounting blocks (01) and the second mounting blocks (02) that are individually fixed in movable block (2) two ends, be arranged at the first screw mandrel (03) and second screw mandrel (04) of the first mounting blocks (01) and the second mounting blocks (02) respectively, be arranged at the first knob (05) and second knob (06) of the first screw mandrel (03) and the second screw mandrel (04) respectively, first screw mandrel (03) and the second screw mandrel (04) are arranged in described first rear slider (10) and the second rear slider (20) respectively.
8. a kind of 4 flatness measuring instruments according to claim 4, it is characterized in that: also comprise limited block (100), the middle part of described horizontal concrete chute (11) is provided with limited block chamber (16), and described limited block (100) is arranged at this limited block chamber (16).
9. a kind of 4 flatness measuring instruments according to claim 1, is characterized in that: the two ends of described horizontal concrete chute (11) and adjustment chute (21) are symmetrically arranged with scale, and the end face of described longitudinal slide rail (12) is provided with scale.
10. a kind of 4 flatness measuring instruments according to claim 1, it is characterized in that: described pedestal (1) is also provided with the main part (13) that slide rail (12) longitudinal with this is connected, this main part (13) is provided with the first arc-shaped side (131) and the second arc-shaped side (132), and this first arc-shaped side (131) is all connected with the cell wall of horizontal concrete chute (11) with the second arc-shaped side (132); The end face of described main part (13) and bottom surface are provided with cavity (14), and the front portion of described cavity (14) offers through hole (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520767245.7U CN205040777U (en) | 2015-09-30 | 2015-09-30 | 4 measurement of planeness appearance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520767245.7U CN205040777U (en) | 2015-09-30 | 2015-09-30 | 4 measurement of planeness appearance |
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| CN205040777U true CN205040777U (en) | 2016-02-24 |
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| CN201520767245.7U Active CN205040777U (en) | 2015-09-30 | 2015-09-30 | 4 measurement of planeness appearance |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105054496A (en) * | 2015-09-30 | 2015-11-18 | 东莞市建发鞋材有限公司 | Four-point flatness measuring instrument |
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- 2015-09-30 CN CN201520767245.7U patent/CN205040777U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105054496A (en) * | 2015-09-30 | 2015-11-18 | 东莞市建发鞋材有限公司 | Four-point flatness measuring instrument |
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