CN204603718U - A kind of medical precision regulator apparatus for assembling - Google Patents
A kind of medical precision regulator apparatus for assembling Download PDFInfo
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- CN204603718U CN204603718U CN201420838030.5U CN201420838030U CN204603718U CN 204603718 U CN204603718 U CN 204603718U CN 201420838030 U CN201420838030 U CN 201420838030U CN 204603718 U CN204603718 U CN 204603718U
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- counterdie
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Abstract
The utility model discloses a kind of medical precision regulator apparatus for assembling, the liftable installation of workbench of mechanical framework part on the support columns; The increased stroke-adjustable gas cylinder of upper die craft equipment part is arranged on lifting platform, and multiple patrix is arranged on cope match-plate pattern by bolt; Lower die tooling operative gear group comprises a thick gear and multiple thin gear, a thick gear and multiple thin gear are engaged mutually, counterdie cylinder is arranged on cylinder connecting plate, the piston-rod end of counterdie cylinder is fixed to one end of tooth bar connecting plate, the other end of tooth bar connecting plate is fixed with tooth bar, and tooth bar and thick gear are engaged mutually; The electric cabinet of power supply and control system is arranged on the right side of lifting platform, tandem tap is two and is positioned at the leading flank of workbench, increased stroke-adjustable gas cylinder is connected with electric cabinet after tandem tap, counterdie cylinder is connected with electric cabinet after magnetic valve, disclosed in the utility model, device is simple to operation, easy grasp, automatization level is high.
Description
Technical field
The utility model relates to the semi-automatic apparatus for assembling of product in medicine equipment, particularly relates to a kind of medical precision regulator apparatus for assembling.
Background technology
Precision regulator is made up of upper cover and base two parts, this type precision regulator main feature is two component contact faces is all coordinate with interference fit, the two is pressed into and integrally compares effort, it is difficult especially that Flow-rate adjustment is carried out in rotation, need lubricant medium be increased and repeated multiple times rotation to make it rotate light.
Adopt the pure assembling manually realizing precision regulator, effort is compared in two parts pressing, and rotational resistance is large, and be more difficult to rotate, cannot carry out volume production, multiple rotary affects efficiency especially, adds manufacturing cost.
The full-automatic mounting equipment of existing the type precision regulator on the market, complex structure, maintenance difficulty is large, expensive, commissioning requirements precision is high, is mostly based on import at present, because of the specific group reload request of product, cannot have higher efficiency, front capital drops into huge, and it is long that cost regains the cycle.
Utility model content
The utility model is the weak point existed for above-mentioned existing issue, provides a kind of semi-automatic apparatus for assembling, makes precision regulator pressing laborsaving, convenient, rotates more time saving and energy saving semi-automatic apparatus for assembling.
In order to overcome the above problems, the utility model provides following technical scheme:
The utility model on the one hand, discloses a kind of medical precision regulator apparatus for assembling, comprising:
Mechanical framework part, comprising: workbench, support column and lifting platform, and support column is vertically fixed to workbench, and lifting platform is connected and installed to support column by circular port liftable;
Upper die craft equipment part, comprise: increased stroke-adjustable gas cylinder, cope match-plate pattern and multiple patrix, increased stroke-adjustable gas cylinder is arranged on lifting platform, the increased stroke-adjustable gas cylinder piston rod that increased stroke-adjustable gas cylinder is installed runs through lifting platform and can do stretching motion up and down, increased stroke-adjustable gas cylinder piston rod is provided with sleeve, be provided with cylinder in the middle part of cope match-plate pattern, cope match-plate pattern is by cylinder with on the sleeve be bolted on increased stroke-adjustable gas cylinder piston rod, and multiple patrix is arranged on cope match-plate pattern by bolt;
Lower die tooling part, comprise: base plate, side plate, lower bolster, gear train, axle, bearing (ball) cover, angular contact bearing, multiple counterdie, counterdie cylinder, cylinder connecting plate, tooth bar and guide rail slide block, base plate is bolted on described workbench, lower bolster and side plate are connected with base plate by bolt, lower bolster, two side plates and base plate surround an open space, gear train is provided with in open space, gear train comprises a thick gear and multiple thin gear, a thick gear and multiple thin gear are engaged mutually, axle is integrally equipped with in the middle of a thick gear and multiple thin gear, the position that cope match-plate pattern is corresponding with the axle in the middle of a thick gear and multiple thin gear is provided with multiple circular hole, each axle is through corresponding circular hole, and the top of each axle is provided with a counterdie, a bearing (ball) cover is provided with above a thick gear and each thin gear, bearing (ball) cover is connected on cope match-plate pattern by bearing, each bearing (ball) cover is placed with two angular contact bearings, each bearing (ball) cover and two angular contact bearings are all enclosed within corresponding axle by centre bore, counterdie cylinder is arranged on cylinder connecting plate, cylinder connecting plate is fixed therein the outside of a side plate, the piston-rod end of counterdie cylinder is fixed to one end of tooth bar connecting plate, the other end of tooth bar connecting plate is fixed with tooth bar, tooth bar and thick gear are engaged mutually, the inner side of one of them side plate is provided with guide rail slide block, tooth bar is movable is mounted to guide rail slide block, multiple counterdies on lower bolster are vertical corresponding with the multiple patrixes on cope match-plate pattern respectively,
Power supply and control system, comprise: electric cabinet, tandem tap and magnetic valve, electric cabinet is arranged on the right side of lifting platform, and tandem tap is two and is positioned at the leading flank of workbench, increased stroke-adjustable gas cylinder is connected with electric cabinet after tandem tap, and counterdie cylinder is connected with electric cabinet after magnetic valve.
In the embodiment of a kind of medical precision regulator apparatus for assembling disclosed in the utility model, also comprise steel plate, screw rod and polished rod, one end of steel plate is bolted the top to support column, steel plate is parallel with lifting platform, the other end of steel plate and lifting platform have circular hole in vertically corresponding position, screw rod passes the other end and the circular hole of lifting platform on vertically corresponding position of steel plate, the screw thread cooperatively interacted is provided with in the circular hole that on screw rod and lifting platform, screw rod passes, the upper end of screw rod has through hole in the horizontal direction, and polished rod is through the through hole of screw rod upper end.
In the embodiment of a kind of medical precision regulator apparatus for assembling disclosed in the utility model, the left side of lifting platform is provided with air cleaner, and air cleaner is connected with increased stroke-adjustable gas cylinder and counterdie cylinder respectively.
In the embodiment of a kind of medical precision regulator apparatus for assembling disclosed in the utility model, multiple patrix is four, now the multiple thin gear of gear train is three, on cope match-plate pattern with a thick gear and multiple thin gear in the middle of axle correspondence position on multiple circular holes be four.
In the embodiment of a kind of medical precision regulator apparatus for assembling disclosed in the utility model, electric cabinet is provided with scram button, power switch and power supply indicator.
In the embodiment of a kind of medical precision regulator apparatus for assembling disclosed in the utility model, the safe voltage of electric cabinet is 24V.
A kind of assemble method of medical precision regulator disclosed in the utility model, comprises the following steps:
Step one: be first placed on counterdie by the base of precision regulator, is then placed on the base of precision regulator by corresponding for the upper cover of precision regulator;
Step 2: open the power switch on electric cabinet, power supply indicator lights, and both hands press tandem tap simultaneously, open increased stroke-adjustable gas cylinder, the piston rod of increased stroke-adjustable gas cylinder stretches out, and drives cope match-plate pattern and patrix to move downward, the upper cover of precision regulator and base pressing is put in place;
Step 3: electric cabinet opens counterdie cylinder by magnetic valve, the piston rod stretching motion of counterdie cylinder, moved back and forth on guide rail slide block by tooth bar connecting plate band carry-over bar, the reciprocating motion of tooth bar drives the both forward and reverse directions of thick gear and multiple thin tooth bar to rotate, the both forward and reverse directions rotating band moving axis of a thick gear and multiple thin tooth bar, the both forward and reverse directions of bearing (ball) cover and angular contact bearing rotates, finally, axle, the both forward and reverse directions of bearing (ball) cover and angular contact bearing rotarily drives counterdie and is placed on the both forward and reverse directions rotation of the precision regulator base on counterdie, thus the upper cover reaching precision regulator is connected with the interference of base contacts face,
Step 4: after having rotated, tandem tap is pressed by both hands simultaneously, and electric cabinet controls increased stroke-adjustable gas cylinder and upwards regains, and patrix lifts, and the medical precision regulator in a cycle has been assembled.
In the embodiment of a kind of medical precision regulator assemble method disclosed in the utility model, before step 2, also comprise, manual rotation polished rod, drive screw rod rotates, the screw thread that cooperatively interacts in the circular hole passed by screw rod on screw rod and lifting platform drives lifting platform to decline, and the patrix on cope match-plate pattern is dropped to be placed on the position of certain distance above precision regulator base on counterdie and upper cover.
In the embodiment of a kind of medical precision regulator assemble method disclosed in the utility model, also comprise:
Step 5: manual rotation polished rod, drives screw rod to rotate, and the screw thread cooperatively interacted in the circular hole passed by screw rod on screw rod and lifting platform drives lifting platform to rise, and makes patrix continue to rise.
In the embodiment of a kind of medical precision regulator assemble method disclosed in the utility model, in step 2 and step 3, if run into emergency, also can press the scram button on electric cabinet, electric cabinet controls increased stroke-adjustable gas cylinder or counterdie cylinder stops at once.
Beneficial effect
The utility model has the following advantages relative to prior art:
(1) manually only need workpiece to be put on counterdie, both hands press tandem tap simultaneously, and this device completes assembling automatically, save the assembling cycle time, alleviate labor intensity of operating staff, effectively improve production efficiency, good quality of product.Simple to operation, easily grasp;
(2) frame for movement is simple, compact, reasonable in design, and floor space is little, and cost of manufacture is cheap, and assemble very convenient, be convenient to maintenance process simulation, automatization level is high, is easy to operate and control.Both hands are pressed tandem tap simultaneously and can be brought into operation, and avoid weighing wounded, security is high.
Accompanying drawing explanation
Fig. 1 is a kind of medical precision regulator apparatus for assembling structure chart;
Fig. 2 is a kind of cope match-plate pattern structure chart of medical precision regulator apparatus for assembling;
Fig. 3 is a kind of lower die tooling part-structure figure of medical precision regulator apparatus for assembling;
Fig. 4 is the structure chart after a kind of lower die tooling part of medical precision regulator apparatus for assembling removes lower bolster and front side board;
Detailed description of the invention
For utility model content of the present utility model, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
Fig. 1 is a kind of medical precision regulator apparatus for assembling structure chart, and as depicted in figs. 1 and 2, a kind of medical precision regulator apparatus for assembling, comprising: mechanical framework part, upper die craft equipment part, lower die tooling part and power supply and control system;
Mechanical framework part, comprising: workbench 01, support column 02 and lifting platform 03, and support column 02 is vertically fixed to workbench 01, and lifting platform 03 is connected and installed to support column 02 by circular port liftable;
Upper die craft equipment part, comprise: increased stroke-adjustable gas cylinder 05, cope match-plate pattern 09 and multiple patrix 10, increased stroke-adjustable gas cylinder 05 is arranged on lifting platform 03, the increased stroke-adjustable gas cylinder piston rod that increased stroke-adjustable gas cylinder 05 is installed runs through lifting platform 03 and can do stretching motion up and down, increased stroke-adjustable gas cylinder piston rod is provided with sleeve 08, cylinder 27 (as shown in Figure 2) is provided with in the middle part of cope match-plate pattern 09, cope match-plate pattern 09 is by cylinder 27 with on the sleeve 08 be bolted on increased stroke-adjustable gas cylinder piston rod, and multiple patrix 10 is arranged on cope match-plate pattern 09 by bolt;
Fig. 3 is a kind of lower die tooling part-structure figure of medical precision regulator apparatus for assembling, Fig. 4 is the structure chart after a kind of lower die tooling part of medical precision regulator apparatus for assembling removes lower bolster and front side board, as Fig. 1, shown in Fig. 3 and Fig. 4, lower die tooling part, comprise: base plate 24, side plate 15, lower bolster 14, gear train, axle 13, bearing (ball) cover 19, angular contact bearing 12, multiple counterdie 11, counterdie cylinder 16, cylinder connecting plate 17, tooth bar 21 and guide rail slide block 20, base plate 24 is bolted on workbench 01, lower bolster 14 and side plate 15 are connected with base plate 24 by bolt, lower bolster 14, two side plates 15 and base plate 24 surround an open space, gear train is provided with in open space, gear train comprises a thick gear 22 and multiple thin gear 23, a thick gear 22 and multiple thin gear 23 are engaged mutually, axle 13 is integrally equipped with in the middle of a thick gear 22 and multiple thin gear 23, the position that cope match-plate pattern 14 is corresponding with the axle 13 in the middle of a thick gear 22 and multiple thin gear 23 is provided with multiple circular hole, each axle 13 is through corresponding circular hole, and the top of each axle 13 is provided with a counterdie 11, a bearing (ball) cover 19 is provided with above a thick gear 22 and each thin gear 23, bearing (ball) cover 19 is connected on cope match-plate pattern 09 by bearing, each bearing (ball) cover 19 is placed with two angular contact bearings 12, in Fig. 4, in order to see axle 13 clearly, one of them angular contact bearing 22 of right front removes, each bearing (ball) cover 19 and two angular contact bearings 12 are all enclosed within corresponding axle 13 by centre bore, counterdie cylinder 16 to be arranged on cylinder connecting plate 17, cylinder connecting plate 17 is fixed therein the outside of a side plate 15, the piston-rod end of counterdie cylinder 16 is fixed to one end of tooth bar connecting plate 18, the other end of tooth bar connecting plate 18 is fixed with tooth bar 21, tooth bar 21 and thick gear 22 are engaged mutually, the inner side of one of them side plate 15 is provided with guide rail slide block 20, tooth bar 21 is movable is mounted to guide rail slide block 20, multiple counterdies 11 on lower bolster 14 are vertical corresponding with the multiple patrixes 10 on cope match-plate pattern 09 respectively,
Power supply and control system, comprise: electric cabinet 04, tandem tap 31 and magnetic valve (not shown), electric cabinet 04 is arranged on the right side of lifting platform 03, tandem tap 31 is two and is positioned at the leading flank of workbench 01, this setup of tandem tap 31 is for the purpose of safety, this design operation personnel must press two buttons of tandem tap 31 simultaneously with two hands when operating, just can start increased stroke-adjustable gas cylinder 05, in case only use a hand operated tandem tap, operating personnel touch upper die craft equipment part and the lower die tooling part of precision regulator apparatus for assembling with an other hand, so that weigh wounded.Increased stroke-adjustable gas cylinder 05 is connected with electric cabinet 04 after tandem tap 31, and counterdie cylinder 16 is connected with electric cabinet 04 after magnetic valve.Electric cabinet 04 is provided with scram button 28, power switch 29 and power supply indicator 30, the safe voltage of electric cabinet 04 is 24V.
As shown in Figure 1, medical precision regulator apparatus for assembling also comprises: steel plate 26, screw rod 06 and polished rod 25, one end of steel plate 26 is bolted the top to support column 02, steel plate 26 is parallel with lifting platform 03, the other end of steel plate 26 and lifting platform 03 have circular hole in vertically corresponding position, screw rod 06 passes the other end and the circular hole of lifting platform 03 on vertically corresponding position of steel plate 26, the screw thread cooperatively interacted is provided with in the circular hole that on screw rod 06 and lifting platform 03, screw rod 06 passes, the upper end of screw rod 06 has through hole in the horizontal direction, polished rod 25 is through the through hole of screw rod 06 upper end.
As shown in Figure 1; the left side of lifting platform 03 is provided with air cleaner 07; air cleaner 07 is connected with increased stroke-adjustable gas cylinder 05 and counterdie cylinder 16 respectively; air cleaner 07 provides the gas after filtration for counterdie cylinder 16 and increased stroke-adjustable gas cylinder 05; cylinder can be protected; air cleaner 07 can simultaneously for counterdie cylinder 16 and increased stroke-adjustable gas cylinder 05 provide air pressure, also can be respectively counterdie cylinder 16 and increased stroke-adjustable gas cylinder 05 provides air pressure.
As depicted in figs. 1 and 2, multiple patrix 10 can be set to four, and now the multiple thin gear 23 of gear train can be set to three, and the multiple circular holes on axle 13 correspondence position on cope match-plate pattern 09 with in the middle of thick gear 22 and multiple thin gear 23 can be set to four.
A kind of assemble method of medical precision regulator disclosed in the utility model, comprises the following steps:
Step one: be first placed on counterdie 11 by the base of precision regulator, is then placed on the base of precision regulator by corresponding for the upper cover of precision regulator;
Step 2: open the power switch 29 on electric cabinet 04, power supply indicator 30 lights, both hands press tandem tap 31 simultaneously, open increased stroke-adjustable gas cylinder 05, the piston rod of increased stroke-adjustable gas cylinder 05 stretches out, drive cope match-plate pattern 09 and patrix 10 to move downward, precision regulator upper cover and base pressing are put in place;
Step 3: electric cabinet 04 opens counterdie cylinder 16 by magnetic valve, the piston rod stretching motion of counterdie cylinder 16, carry-over bar 21 is with to move back and forth on guide rail slide block 20 by tooth bar connecting plate 18, the reciprocating motion of tooth bar 21 drives the both forward and reverse directions of thick gear 22 and multiple thin tooth bar 23 to rotate, the both forward and reverse directions rotating band moving axis 13 of a thick gear 22 and multiple thin tooth bar 23, the both forward and reverse directions of bearing (ball) cover 19 and angular contact bearing 12 rotates, finally, axle 13, the both forward and reverse directions of bearing (ball) cover 19 and angular contact bearing 12 rotarily drives counterdie 11 and is placed on the both forward and reverse directions rotation of the precision regulator base on counterdie 11, thus the upper cover reaching precision regulator is connected with the interference of base contacts face,
Step 4: after having rotated, tandem tap 31 is pressed by both hands simultaneously, and electric cabinet 04 controls increased stroke-adjustable gas cylinder 05 and upwards regains, and patrix 10 lifts, and the medical precision regulator in a cycle has been assembled.
Before the step 2 of above-mentioned a kind of medical precision regulator assemble method, also can comprise, manual rotation polished rod 25, screw rod 06 is driven to rotate, the screw thread that cooperatively interacts in the circular hole passed by screw rod 06 on screw rod 06 and lifting platform 03 drives lifting platform 03 to decline, and the patrix 10 on cope match-plate pattern 09 is dropped to be placed on the position of certain distance above precision regulator base on counterdie 11 and upper cover.
In the medical precision regulator assemble method of above-mentioned one, also can comprise: step 5: manual rotation polished rod 25, drive screw rod 06 to rotate, the screw thread cooperatively interacted in the circular hole passed by screw rod 06 on screw rod 06 and lifting platform 03 drives lifting platform 03 to rise, and makes patrix 10 continue to rise.
In the medical precision regulator assemble method of above-mentioned one, in step 2 and step 3, if run into emergency, also can press the scram button 28 on electric cabinet 04, electric cabinet 04 controls increased stroke-adjustable gas cylinder 04 or counterdie cylinder 16 stops at once.
Last it is noted that obviously, above-described embodiment is only for the utility model example is clearly described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of amplifying out or variation be still among the protection domain of this explanation.
Claims (6)
1. a medical precision regulator apparatus for assembling, comprising:
Mechanical framework part, comprising: workbench, support column and lifting platform, and described support column is vertically fixed to workbench, and described lifting platform is connected and installed to described support column by circular port liftable;
Upper die craft equipment part, comprise: increased stroke-adjustable gas cylinder, cope match-plate pattern and multiple patrix, described increased stroke-adjustable gas cylinder is arranged on described lifting platform, the increased stroke-adjustable gas cylinder piston rod that described increased stroke-adjustable gas cylinder is installed runs through described lifting platform and can do stretching motion up and down, described increased stroke-adjustable gas cylinder piston rod is provided with sleeve, cylinder is provided with in the middle part of described cope match-plate pattern, described cope match-plate pattern is by described cylinder with on the sleeve be bolted on described increased stroke-adjustable gas cylinder piston rod, and described multiple patrix is arranged on described cope match-plate pattern by bolt;
Lower die tooling part, comprise: base plate, side plate, lower bolster, gear train, axle, bearing (ball) cover, angular contact bearing, multiple counterdie, counterdie cylinder, cylinder connecting plate, tooth bar and guide rail slide block, described base plate is bolted on described workbench, described lower bolster and side plate are connected with described base plate by bolt, described lower bolster, two side plates and described base plate surround an open space, gear train is provided with in described open space, described gear train comprises a thick gear and multiple thin gear, a described thick gear and multiple thin gear are engaged mutually, axle is integrally equipped with in the middle of a described thick gear and multiple thin gear, the position that described cope match-plate pattern is corresponding with the axle in the middle of a described thick gear and multiple thin gear is provided with multiple circular hole, described each axle is through corresponding circular hole, and the top of described each axle is provided with a counterdie, a bearing (ball) cover is provided with above a described thick gear and each thin gear, described bearing (ball) cover is connected on described cope match-plate pattern by bearing, described each bearing (ball) cover is placed with two angular contact bearings, described each bearing (ball) cover and two angular contact bearings are all enclosed within corresponding described axle by centre bore, described counterdie cylinder is arranged on cylinder connecting plate, described cylinder connecting plate is fixed therein the outside of a side plate, the piston-rod end of described counterdie cylinder is fixed to one end of tooth bar connecting plate, the other end of described tooth bar connecting plate is fixed with tooth bar, described tooth bar and described thick gear are engaged mutually, the inner side of one of them side plate is provided with guide rail slide block, described tooth bar is movable is mounted to guide rail slide block, multiple counterdies on described lower bolster are vertical corresponding with the multiple patrixes on described cope match-plate pattern respectively,
Power supply and control system, comprise: electric cabinet, tandem tap and magnetic valve, described electric cabinet is arranged on the right side of described lifting platform, described tandem tap is two and is positioned at the leading flank of described workbench, described increased stroke-adjustable gas cylinder is connected with described electric cabinet after tandem tap, and described counterdie cylinder is connected with described electric cabinet after magnetic valve.
2. a kind of medical precision regulator apparatus for assembling as claimed in claim 1, it is characterized in that: also comprise steel plate, screw rod and polished rod, one end of described steel plate is bolted the top to described support column, described steel plate is parallel with described lifting platform, the other end of described steel plate and described lifting platform have circular hole in vertically corresponding position, described screw rod passes the other end and the circular hole of described lifting platform on vertically corresponding position of described steel plate, the screw thread cooperatively interacted is provided with in the circular hole that on described screw rod and described lifting platform, screw rod passes, the upper end of described screw rod has through hole in the horizontal direction, described polished rod is through the through hole of described screw rod upper end.
3. a kind of medical precision regulator apparatus for assembling as claimed in claim 1 or 2, it is characterized in that: the left side of described lifting platform is provided with air cleaner, described air cleaner is connected with increased stroke-adjustable gas cylinder and counterdie cylinder respectively.
4. a kind of medical precision regulator apparatus for assembling as claimed in claim 1, it is characterized in that: described multiple patrix is four, now the multiple thin gear of described gear train is three, on described cope match-plate pattern with a described thick gear and multiple thin gear in the middle of axle correspondence position on multiple circular holes be four.
5. a kind of medical precision regulator apparatus for assembling as claimed in claim 1, is characterized in that: described electric cabinet is provided with scram button, power switch and power supply indicator.
6. a kind of medical precision regulator apparatus for assembling as claimed in claim 1, is characterized in that: the safe voltage of described electric cabinet is 24V.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838030.5U CN204603718U (en) | 2014-12-26 | 2014-12-26 | A kind of medical precision regulator apparatus for assembling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838030.5U CN204603718U (en) | 2014-12-26 | 2014-12-26 | A kind of medical precision regulator apparatus for assembling |
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| Publication Number | Publication Date |
|---|---|
| CN204603718U true CN204603718U (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420838030.5U Active CN204603718U (en) | 2014-12-26 | 2014-12-26 | A kind of medical precision regulator apparatus for assembling |
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| CN (1) | CN204603718U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104493466A (en) * | 2014-12-26 | 2015-04-08 | 北京伏尔特技术有限公司 | Medical precision regulator assembling device and assembling method thereof |
| CN107471136A (en) * | 2017-09-12 | 2017-12-15 | 张家港科康智能科技有限公司 | A kind of motor fixture gear compresses and governor motion |
-
2014
- 2014-12-26 CN CN201420838030.5U patent/CN204603718U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104493466A (en) * | 2014-12-26 | 2015-04-08 | 北京伏尔特技术有限公司 | Medical precision regulator assembling device and assembling method thereof |
| CN107471136A (en) * | 2017-09-12 | 2017-12-15 | 张家港科康智能科技有限公司 | A kind of motor fixture gear compresses and governor motion |
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