CN101726427A - Performance test-bed for electric nail gun - Google Patents
Performance test-bed for electric nail gun Download PDFInfo
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- CN101726427A CN101726427A CN200910251352A CN200910251352A CN101726427A CN 101726427 A CN101726427 A CN 101726427A CN 200910251352 A CN200910251352 A CN 200910251352A CN 200910251352 A CN200910251352 A CN 200910251352A CN 101726427 A CN101726427 A CN 101726427A
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Abstract
The invention relates to a performance test-bed for an electric nail gun, which comprises a stand, an overturning mechanism, a nail gun clamping mechanism, a driving mechanism and a loading mechanism, wherein a first motor is arranged on the stand; the overturning mechanism is arranged on the stand and realizes the overturning by the first motor; the overturning mechanism is fixedly connected with a working platform which is provided with an upper steel frame, a middle steel frame and a lower middle frame, wherein the nail gun clamping mechanism is arranged on the upper steel frame; the driving mechanism is connected to the left side of the middle steel frame so as to realize the switch triggering of the electric nail gun; and the loading mechanism is fixedly arranged on the lower steel frame so as to simulate the implanted resistance of the original electric nail gun. The invention has the advantages that: the structural design is reasonable, the functions to be used are realized by fully utilizing the space, the performance test of the electric nail gun is realized, the electromechanical control is implemented, and the influence on the environment can not occur.
Description
Technical field
The present invention relates to mechanical engineering field, particularly a kind of performance test-bed for electric nail gun.
Background technology
At present, electric nail gun is used very extensively in finishing, the electric nail gun Study on Dynamic but is not subjected to enough attention, some research also only is to carry out some analyses and improvement from the principle of work of electric nail gun, lacks a cover to the analysis of electric nail gun and the index of improvement back performance evaluation.Domestic experimental technique to electric tool has been done the research of some desk studies, and scope is wider, does not have the research specific to which kind of type products of electric tool in the reality.In the electric tool product, the performance study of different electric tool products has very big difference on research method after all.
Electric nail gun becomes the common tool of house decoration with the little and light weight of its volume.In China, be the bigger pneumatic nail gun of power at heavy construction or the employed most of nail rifle of unified planning fitting-out work.At present, pneumatic nail gun wants big at the relative electric nail gun of the market share of China, but in American-European countries, people relatively pay attention to individual's finishing, and electric nail gun is very universal in the family.China is the big country that produces electric nail gun, and the main export abroad of electric nail gun of producing, and on current nail rifle foreign market various in style, can domestic product have enough big competitive power, largely depends on the usability of product.Be difficult to the performance of explanation product simply by virtue of a paper instructions.
Summary of the invention
The present invention will solve present shortage one cover to the analysis of electric nail gun with improve the problem of the index of back performance evaluation, and a kind of performance test-bed for electric nail gun that can formulate a cover performance evaluation index for pneumatic nail gun is provided.
Technical scheme of the present invention:
Performance test-bed for electric nail gun is characterized in that: comprise frame, switching mechanism, nail rifle clamping mechanism, driving mechanism and load maintainer, first motor is installed on the described frame;
Described switching mechanism is installed on the frame, comprise main shaft, described main shaft is by its rotation of first motor-driven on the frame, the fixedly connected workbench of described main shaft left end, described workbench is provided with the upper, middle and lower steelframe, and described going up is equipped with nail rifle clamping mechanism on the steelframe;
Described nail rifle clamping mechanism comprises first screw mandrel, what described first screw mandrel can move up and down is installed on the steelframe, the described first screw mandrel lower end is connected with slide block, is provided with first compression spring between described first screw mandrel and the slide block, and clamping has electric nail gun under the described slide block; The described electric nail gun left side is provided with the driving mechanism that triggers its switch;
Described driving mechanism is connected on the middle steelframe left side, comprise lever, described lever right-hand member is positioned over the lower end of electric nail gun switch, described lever is rotatable to be connected on the bearing, described bearing is fixed on the left steelframe, is provided with a back-moving spring between described lever and the left steelframe, connects a push rod on the described lever left end, be connected with iron core on the described push rod, the electromagnet that described iron core peripheral hardware has dislocation;
Described load maintainer is former electric nail gun to be implanted resistance simulate, comprise second screw mandrel, described second screw mandrel is fixedly mounted on down on the steelframe, the described second screw mandrel lower end is connected with second motor that drives its rotation, the described second screw mandrel top is threaded can be along its nut that moves up and down, be fixedly connected with steel pipe on the described nut, coaxial and its upper end exceeds described second screw mandrel upper end to described steel pipe with second screw mandrel, described steel pipe upper end connects the measurement mechanism of a loading force, be with a boss shape sleeve on the described measurement mechanism, described steel pipe and sleeve are connected on the guide rod movably, described guide rod is fixed between middle steelframe and the following steelframe, described guide rod with the connecting portion of sleeve on be provided with second compression spring, described second compression spring is provided with movable plate, be connected with the 3rd compression spring on the described movable plate, described the 3rd compression spring is with a movable block outward, and the below that described movable block is located at electric nail gun is connected on the middle steelframe.
Further, described first motor is connected on the frame by square plate, is provided with the worm couple of deceleration usefulness between described first motor and the main shaft, and first motor is connected with worm screw, is engaged with worm gear on the described worm screw, and described worm gear connects main shaft.
Further, by the big or small gear reduction of engagement, described second motor is connected with pinion wheel between described second motor and second screw mandrel, described pinion one gear wheel, and gear wheel connects second screw mandrel.
Further, described first screw mandrel is installed on the steelframe by upper and lower nut.
Further, described measurement mechanism is a sensor.
Perhaps, described measurement mechanism is that length of spring compressed is demarcated reading device.
Described nail rifle clamping mechanism is realized electric nail gun is carried out clamping.First screw mandrel moves downward around top nut, when first screw mandrel moves downward, can drive the lower nut of going up the steelframe below moves down together, thereby make lower nut compress first compression spring, in the compression of first compression spring, first compression spring can produce acting force to slide block, thereby makes this masterpiece be used for electric nail gun, and electric nail gun is clamped.This clamping force also can realize by the stroke length of regulating first screw mandrel simultaneously.
Described driving mechanism is realized the switch triggering to electric nail gun.When electromagnet charges, can attract iron core to move downward, drive push rod when iron core moves downward and move downward, and can promoting lever, rotates push rod around bearing, can stir the switch of electric nail gun when lever rotates, when electromagnet cut off the power supply, lever was realized resetting by back-moving spring.
Described load maintainer is implanted resistance to former electric nail gun and is simulated.Load maintainer has two effects, first effect is: when not loading compression second compression spring, realize the compression of second compression spring by the thrust of top electric nail gun launching simulation nail, thereby the second compression spring force of compression can act on the impact force of directly measuring electric nail gun on the measurement mechanism.The another one effect is: when loading, can compress second compression spring, the so-called loading force of the force of compression of this loading also can be measured by measurement mechanism, thereby can know the resistance size of being simulated.When compression-loaded, this power is opposite with electric nail gun impact force direction, can simulate the implantation resistance, according to acting force and reacting force principle, loading force is big more, the difficult more realization of electric nail gun could down continue to compress second compression spring to the compression once again of second compression spring because the impact force of electric nail gun at first must overcome elimination loading force just now.The purpose of simulated resistance mainly is in order to detect the ability size that overcomes resistance of electric nail gun by test, if under the bigger situation of institute's simulated resistance, the impact force of electric nail gun can make that still second compression spring compresses once again, that explanation, the ability that overcomes resistance of this electric nail gun is big.By second electric motor starting, drive the pinion wheel running during loading force, pinion wheel slows down with the gear wheel engagement, when transmission of power to gear wheel, gear wheel rotates drive second screw mandrel and rotatablely moves.Second screw mandrel rotates, and promote nut and upwards do rectilinear motion, and the steel pipe that the nut drive is joined with it moves upward along guide rod, can drive measurement mechanism when steel pipe moves upward and move together.At this time measurement mechanism can push up the sleeve of contact with it, makes sleeve further compress second compression spring, and the pressure of second compression spring can be measured by measurement mechanism, thereby can measure the electric nail gun simulated resistance.
After the switch of electric nail gun is not triggered by lever during loading force, produce instantaneous high thrust and promote movable block and move down, movable block forms rolling friction pair with the outside ball, and the straight line about forming by rolling friction moves.Movable block compresses the 3rd compression spring simultaneously.Next, the 3rd compression spring is passed to movable plate to thrust, makes movable plate move and compress second compression spring along guide rod, and the power of this moment can be measured by measurement mechanism.
Described switching mechanism is installed on the frame.When working by first electric motor starting, the rotation of first motor drives the worm screw rotation, and the worm and wheel engagement is slowed down.During the worm gear rotation, drive main axis rotation, main shaft can drive whole workbench rotation in rotation, thereby realizes the performance test of diverse location to electric nail gun.
The course of work of whole test platform: at first good by nail rifle clamping mechanism clamping electric nail gun; Next, control loaded mechanism loads, and the purpose of loading is the implantation resistance that simulates electric nail gun, and the simulated resistance of this loading can be measured with measurement mechanism; Follow again, controlling and driving mechanism makes it trigger the switch of electric nail gun (frequency of triggering can realize with control), thereby producing impact force acts on second compression spring, can measure the impact force of this moment again by measurement mechanism, if comparing with the power value of former loading, the power value of newly measuring do not change, illustrate that the limit that default loading simulation resistance is greater than or equal to electric nail gun impacts resistance, at this time can adopt dichotomy that the simulated resistance of loading is set, if the power value of newly measuring is compared with the power value of former loading and is changed, illustrate that default loading simulation resistance impacts resistance less than the limit of electric nail gun, can adopt dichotomy that the simulated resistance of loading is set equally, the simulated resistance that loading is set by dichotomy can be approached the limit impact force that searches out electric nail gun.Search out after the limit impact force of electric nail gun, can be used as the serviceability evaluation index of electric nail gun.
After the limit impact force of electric nail gun searches out, can be that standard is carried out endurancing with this limit impact force.Beginning installs electric nail gun earlier, then uses switching mechanism to rotate whole workbench, tests thereby obtain different positions, and the electric nail gun triggering that carry out repeatedly each different position impacts test.The triggering of constantly carrying out electric nail gun impacts, and till electric nail gun lost efficacy, can count the triggering times of electric nail gun before inefficacy.The wear properties that how much can reflect electric nail gun of triggering times.During test, load maintainer is not loaded, directly impact and measure impact force, because this test is based upon on the basis that usability test finished, can the limit impact force that each impact force and former usability test are measured be compared,, illustrate to impact the implantation fully of the nail that to realize the electric nail gun emission specifically material if be greater than or equal to limit impact force in the former usability test, otherwise, can not implant fully.Can obtain a value to the number of times of implanting fully that counts as limit implantation rate divided by total triggering times, this complete implantation rate is to a certain degree reflecting the stability of electric nail gun serviceability.
Beneficial effect of the present invention: reasonable in design, make full use of the function that the space realization will be used, realized performance test to electric nail gun; Implement Electromechanical Control, can not impact environment.
Description of drawings
Fig. 1 is a whole cut-open view of the present invention;
Fig. 2 is the cut-open view that the present invention follows closely the rifle clamping mechanism;
Fig. 3 is the cut-open view of driving mechanism of the present invention;
Fig. 4 is the cut-open view of load maintainer of the present invention;
Fig. 5 is the present invention simulates nail compression measuring mechanism after the electric nail gun switch triggering a cut-open view;
Fig. 6 is the cut-open view of switching mechanism of the present invention.
Embodiment
Embodiment one
With reference to Fig. 1-6, performance test-bed for electric nail gun comprises frame 1, switching mechanism 2, nail rifle clamping mechanism 3, driving mechanism 4 and load maintainer 5, and first motor 36 is installed on the described frame 1;
Described switching mechanism 2 is installed on the frame 1, comprise main shaft 39, described main shaft 39 drives its rotation by first motor 36 on the frame 1, the fixedly connected workbench of described main shaft 39 left ends, described workbench is provided with steelframe 8, middle steelframe 34, following steelframe 30, and described going up is equipped with nail rifle clamping mechanism 3 on the steelframe 8;
Described nail rifle clamping mechanism 3 comprises first screw mandrel 6, what described first screw mandrel 6 can move up and down is installed on the steelframe 8, described first screw mandrel 6 lower ends are connected with slide block 10, are provided with first compression spring 9 between described first screw mandrel 6 and the slide block 10, and 10 times clampings of described slide block have electric nail gun 11; Described electric nail gun 11 left sides are provided with the driving mechanism 4 that triggers its switch;
Described driving mechanism 4 is connected on middle steelframe 34 left sides, comprise lever 12, described lever 12 right-hand members are positioned over the lower end of electric nail gun 11 switches, described lever 12 rotatable being connected on the bearing 14, described bearing 14 is fixed on the left steelframe 13, is provided with a back-moving spring 18 between described lever 12 and the left steelframe 13, connects a push rod 17 on described lever 12 left ends, be connected with iron core 16 on the described push rod 17, the electromagnet 15 that described iron core 16 peripheral hardwares have dislocation;
Described load maintainer 5 is former electric nail gun to be implanted resistance simulate, comprise second screw mandrel 22, described second screw mandrel 22 is fixedly mounted on down on the steelframe 30, described second screw mandrel 22 lower ends are connected with second motor 19 that drives its rotation, described second screw mandrel 22 tops are threaded can be along its nut that moves up and down 24, be fixedly connected with steel pipe 26 on the described nut 24, coaxial and its upper end exceeds described second screw mandrel 22 upper ends to described steel pipe 26 with second screw mandrel 22, described steel pipe 26 upper ends connect the measurement mechanism 27 of a loading force, be with a boss shape sleeve 28 on the described measurement mechanism 27, described steel pipe 26 is connected on the guide rod 25 movably with sleeve 28, described guide rod 25 is fixed between middle steelframe 34 and the following steelframe 30, described guide rod 25 with the connecting portion of sleeve 28 on be provided with second compression spring 29, described second compression spring 29 is provided with movable plate 33, be connected with the 3rd compression spring 32 on the described movable plate 33, described the 3rd compression spring 32 outer movable blocks 31 that are with, the below that described movable block 31 is located at electric nail gun 11 is connected on the middle steelframe 34.
Described first motor 36 is connected on the frame 1 by square plate 35, is provided with the worm couple of deceleration usefulness between described first motor 36 and the main shaft 39, and first motor 36 is connected with worm screw 37, is engaged with worm gear 38 on the described worm screw 37, and described worm gear 38 connects main shaft 39.
By the big or small gear reduction of engagement, described second motor 19 is connected with pinion wheel 20 between described second motor 19 and second screw mandrel 22, described pinion wheel 20 engagements one gear wheel 21, and gear wheel 21 connects second screw mandrel 22.
Described first screw mandrel 6 is installed on the steelframe 8 by top nut 7, lower nut 23.
Described measurement mechanism 27 is sensors.
Described nail rifle clamping mechanism 3 is realized electric nail gun 11 is carried out clamping.First screw mandrel 6 moves downward around top nut 7, when first screw mandrel 6 moves downward, can drive the lower nut 23 of going up steelframe 8 belows moves down together, thereby make lower nut 23 compressions first compression spring 9, in 9 compressions of first compression spring, first compression spring 9 can produce acting force to slide block 10, thereby makes this masterpiece be used for electric nail gun 11, and electric nail gun is clamped.This clamping force also can realize by the stroke length of regulating first screw mandrel 6 simultaneously.
Described driving mechanism 4 is realized the switch triggering to electric nail gun 11.When electromagnet 15 chargings, can attract iron core 16 to move downward, driving push rod 17 when iron core 16 moves downward moves downward, and push rod 17 can promote lever 12 around bearing 14 rotations, in the time of lever 12 rotations, can stir the switch of electric nail gun 11, in the time of electromagnet 15 outages, lever 12 is realized resetting by back-moving spring 18.
5 pairs of former electric nail guns of described load maintainer are implanted resistance and are simulated.Load maintainer 5 has two effects, first effect is: when not loading compression second compression spring 29, realize the compression of second compression spring 29 by the thrust of top electric nail gun launching simulation nail, thereby second compression spring, 29 force of compression can act on the impact force of directly measuring electric nail gun 11 on the measurement mechanism 27.The another one effect is: when loading, can compress second compression spring 29, the so-called loading force of the force of compression of this loading also can be measured by measurement mechanism 27, thereby can know the resistance size of being simulated.When compression-loaded, it is opposite that this power and electric nail gun hit 11 dozens of force directions, can simulate the implantation resistance, according to acting force and reacting force principle, loading force is big more, the difficult more realization of electric nail gun 11 could down continue to compress second compression spring 29 to the compression once again of second compression spring 29 because the impact force of electric nail gun 11 at first must overcome elimination loading force just now.The purpose of simulated resistance mainly is in order to detect the ability size that overcomes resistance of electric nail gun by test, if under the bigger situation of institute's simulated resistance, the impact force of electric nail gun still can make second compression spring 20 compress once again, that explanation, the ability that overcomes resistance of this electric nail gun 11 is big.Started by second motor 19 during loading force, drive pinion wheel 20 runnings, pinion wheel 20 slows down with gear wheel 21 engagements, when transmission of power to gear wheel 221, gear wheel 21 rotates and drives second screw mandrel 22 and rotatablely move.Second screw mandrel 22 rotates, and promote nut 24 and upwards do rectilinear motion, and the steel pipe 26 that nut 24 drives are joined with it moves upward along guide rod 25, can drive measurement mechanism 27 when steel pipe 26 moves upward and move together.At this time measurement mechanism 27 can push up the sleeve 28 of contact with it, and the pressure that make sleeve 28 further compress second compression spring, 29, the second compression springs 29 can be measured by measurement mechanism 27, thereby can measure electric nail gun 11 simulated resistance.
After the switch of electric nail gun 11 is not triggered by lever 12 during loading force, produce instantaneous high thrust and promote movable block 31 and move down, movable block 31 forms rolling friction pair with the outside ball, forms straight line up and down by rolling friction and moves.Movable block 31 compresses the 3rd compression spring 32 simultaneously.Next, the 3rd compression spring 32 is passed to movable plate 33 to thrust, makes movable plate 33 move and compress second compression spring 29 along guide rod 25, and the power of this moment can be measured by measurement mechanism 27.
Described switching mechanism 2 is installed on the frame 1.When starting work by first motor 36,36 rotations of first motor drive worm screw 37 rotations, and worm screw 37 is slowed down with worm gear 38 engagements.During worm gear 38 rotations, drive main shaft 39 rotations, main shaft 39 can drive whole workbench rotation in rotation, thereby realizes the performance test of diverse location to electric nail gun 11.
The course of work of whole test platform: at first good by nail rifle clamping mechanism 3 clampings electric nail gun 11; Next, control loaded mechanism 5 loads, and the purpose of loading is the implantation resistance that simulates electric nail gun 11, and the simulated resistance of this loading can be measured with measurement mechanism 27; Follow again, controlling and driving mechanism 4 makes it trigger the switch of electric nail gun 11 (frequency of triggering can realize with control), thereby producing impact force acts on second compression spring 29, can measure the impact force of this moment again by measurement mechanism 27, if comparing with the power value of former loading, the power value of newly measuring do not change, illustrate that the limit that default loading simulation resistance is greater than or equal to electric nail gun 11 impacts resistance, at this time can adopt dichotomy that the simulated resistance of loading is set, if the power value of newly measuring is compared with the power value of former loading and is changed, illustrate that default loading simulation resistance impacts resistance less than the limit of electric nail gun 11, can adopt dichotomy that the simulated resistance of loading is set equally, the simulated resistance that loading is set by dichotomy can be approached the limit impact force that searches out electric nail gun 11.Search out after the limit impact force of electric nail gun 11, can be used as the serviceability evaluation index of electric nail gun 11.
After the limit impact force of electric nail gun 11 searches out, can be that standard is carried out endurancing with this limit impact force.Beginning installs electric nail gun 11 earlier, then uses switching mechanism 2 to rotate whole workbench, tests thereby obtain different positions, and electric nail gun 11 triggerings that carry out repeatedly each different position impact test.The triggering of constantly carrying out electric nail gun 11 impacts, and till electric nail gun 11 lost efficacy, can count the triggering times of electric nail gun 11 before inefficacy.The wear properties that how much can reflect electric nail gun 11 of triggering times.During test, load maintainer is not loaded, directly impact and measure impact force, because this test is based upon on the basis that usability test finished, can the limit impact force that each impact force and former usability test are measured be compared,, illustrate to impact the implantation fully of the nail that to realize electric nail gun 11 emissions specifically material if be greater than or equal to limit impact force in the former usability test, otherwise, can not implant fully.Can obtain a value to the number of times of implanting fully that counts as limit implantation rate divided by total triggering times, this complete implantation rate is to a certain degree reflecting the stability of electric nail gun 11 serviceabilitys.
Embodiment two
Present embodiment and embodiment one difference are that described measurement mechanism 27 is that length of spring compressed is demarcated reading device.All the other 26S Proteasome Structure and Functions are all identical.
The described content of this instructions embodiment only is enumerating the way of realization of inventive concept; protection scope of the present invention should not be regarded as only limiting to the concrete form that embodiment states, protection scope of the present invention also reach in those skilled in the art conceive according to the present invention the equivalent technologies means that can expect.
Claims (6)
1. performance test-bed for electric nail gun is characterized in that: comprise frame, switching mechanism, nail rifle clamping mechanism, driving mechanism and load maintainer, first motor is installed on the described frame;
Described switching mechanism is installed on the frame, comprise main shaft, described main shaft is by its rotation of first motor-driven on the frame, the fixedly connected workbench of described main shaft left end, described workbench is provided with the upper, middle and lower steelframe, and described going up is equipped with nail rifle clamping mechanism on the steelframe;
Described nail rifle clamping mechanism comprises first screw mandrel, what described first screw mandrel can move up and down is installed on the steelframe, the described first screw mandrel lower end is connected with slide block, is provided with first compression spring between described first screw mandrel and the slide block, and clamping has electric nail gun under the described slide block; The described electric nail gun left side is provided with the driving mechanism that triggers its switch;
Described driving mechanism is connected on the middle steelframe left side, comprise lever, described lever right-hand member is positioned over the lower end of electric nail gun switch, described lever is rotatable to be connected on the bearing, described bearing is fixed on the left steelframe, is provided with a back-moving spring between described lever and the left steelframe, connects a push rod on the described lever left end, be connected with iron core on the described push rod, the electromagnet that described iron core peripheral hardware has dislocation;
Described load maintainer is former electric nail gun to be implanted resistance simulate, comprise second screw mandrel, described second screw mandrel is fixedly mounted on down on the steelframe, the described second screw mandrel lower end is connected with second motor that drives its rotation, the described second screw mandrel top is threaded can be along its nut that moves up and down, be fixedly connected with steel pipe on the described nut, coaxial and its upper end exceeds described second screw mandrel upper end to described steel pipe with second screw mandrel, described steel pipe upper end connects the measurement mechanism of a loading force, be with a boss shape sleeve on the described measurement mechanism, described steel pipe and sleeve are connected on the guide rod movably, described guide rod is fixed between middle steelframe and the following steelframe, described guide rod with the connecting portion of sleeve on be provided with second compression spring, described second compression spring is provided with movable plate, be connected with the 3rd compression spring on the described movable plate, described the 3rd compression spring is with a movable block outward, and the below that described movable block is located at electric nail gun is connected on the middle steelframe.
2. performance test-bed for electric nail gun according to claim 1, it is characterized in that: described first motor is connected on the frame by square plate, be provided with the worm couple of deceleration usefulness between described first motor and the main shaft, first motor is connected with worm screw, be engaged with worm gear on the described worm screw, described worm gear connects main shaft.
3. performance test-bed for electric nail gun according to claim 1 and 2, it is characterized in that: big or small gear reduction by meshing between described second motor and second screw mandrel, described second motor is connected with pinion wheel, described pinion one gear wheel, and gear wheel connects second screw mandrel.
4. performance test-bed for electric nail gun according to claim 3 is characterized in that: described first screw mandrel is installed on the steelframe by upper and lower nut.
5. performance test-bed for electric nail gun according to claim 4 is characterized in that: described measurement mechanism is a sensor.
6. performance test-bed for electric nail gun according to claim 4 is characterized in that: described measurement mechanism is that length of spring compressed is demarcated reading device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102513523A CN101726427B (en) | 2009-11-25 | 2009-11-25 | Performance test-bed for electric nail gun |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102513523A CN101726427B (en) | 2009-11-25 | 2009-11-25 | Performance test-bed for electric nail gun |
Publications (2)
| Publication Number | Publication Date |
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| CN101726427A true CN101726427A (en) | 2010-06-09 |
| CN101726427B CN101726427B (en) | 2011-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009102513523A Expired - Fee Related CN101726427B (en) | 2009-11-25 | 2009-11-25 | Performance test-bed for electric nail gun |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102305709A (en) * | 2011-08-10 | 2012-01-04 | 泸州北方化学工业有限公司 | Method for testing internal ballistic trajectory property of nail shooting pill |
| CN103363945A (en) * | 2013-06-27 | 2013-10-23 | 浙江工业大学 | Total implantation decision mechanism for electric nail gun performance test bed |
| CN105082063A (en) * | 2014-05-05 | 2015-11-25 | 北京大风时代科技有限责任公司 | Electromagnetic nailing gun |
| CN105929285A (en) * | 2016-06-30 | 2016-09-07 | 苏州博来喜电器有限公司 | Tool for electric tool test |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2079293U (en) * | 1990-07-13 | 1991-06-19 | 胡祥银 | Multi-function material testing machine |
| CN100468025C (en) * | 2005-12-30 | 2009-03-11 | 财团法人工业技术研究院 | Manual nail gun output testing device |
| US7575141B1 (en) * | 2008-02-04 | 2009-08-18 | De Poan Pneumatic Corp. | Actuator for electrical nail gun |
| CN201266233Y (en) * | 2008-08-20 | 2009-07-01 | 李建民 | Checkout console for circuit breaker deferred action characteristic |
-
2009
- 2009-11-25 CN CN2009102513523A patent/CN101726427B/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102305709A (en) * | 2011-08-10 | 2012-01-04 | 泸州北方化学工业有限公司 | Method for testing internal ballistic trajectory property of nail shooting pill |
| CN103363945A (en) * | 2013-06-27 | 2013-10-23 | 浙江工业大学 | Total implantation decision mechanism for electric nail gun performance test bed |
| CN105082063A (en) * | 2014-05-05 | 2015-11-25 | 北京大风时代科技有限责任公司 | Electromagnetic nailing gun |
| CN105929285A (en) * | 2016-06-30 | 2016-09-07 | 苏州博来喜电器有限公司 | Tool for electric tool test |
| CN105929285B (en) * | 2016-06-30 | 2018-07-24 | 苏州博来喜电器有限公司 | A kind of electric tool test tool fixture |
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| Publication number | Publication date |
|---|---|
| CN101726427B (en) | 2011-05-25 |
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