CN207866942U - Electric tool detection device - Google Patents
Electric tool detection device Download PDFInfo
- Publication number
- CN207866942U CN207866942U CN201820201637.0U CN201820201637U CN207866942U CN 207866942 U CN207866942 U CN 207866942U CN 201820201637 U CN201820201637 U CN 201820201637U CN 207866942 U CN207866942 U CN 207866942U
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- detection
- transmission
- entrance
- electric tool
- outlet
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Abstract
The utility model discloses the electric tool detection devices of electric tool production field application.Its structure includes Transfer pipe and sense channel, the Transfer pipe includes transmission device, the both ends of the transmission device are respectively to transmit entrance and transmission outlet, the transmission device can be realized bi-directionally transmitted, the sense channel includes several detection conductance rails, the detection conductance rail includes the power supply rail to match with carrier and detection conveyer chain, the both ends of the detection conductance rail are respectively to detect entrance and detect to export, the first device for taking is provided between the transmission entrance and detection entrance, the detection outlet and transmission outlet are provided with the second device for taking.The structure setting of the application avoids transmission work and detects interacting for job schedule, detection transmission efficiency is greatly improved, the reduction of testing cost is realized, the setting simultaneously bi-directionally transmitted, the service efficiency of device is improved, the practicability of production automation and device is further expanded.
Description
Technical field
The utility model is related to a kind of electric tool detection devices of electric tool production field application.
Background technology
With the progress of people's living standard and the development of technology, requirement of the people to tool work efficiency and quality
It is stepped up, traditional tool and the demand for being unable to meet production life, miscellaneous electric tool also generate therewith.It should
Electronic work profit holds with a hand operation, ensure that the property easy to use of original tool, while utilizing fractional electric motor or electromagnet
As power, work operations head is driven to work by transmission mechanism.The working efficiency of the electric tool realizes greatly
Ground improves, while effectively reducing the working strength of staff, and is promoted to work quality.Due to electric tool phase
It is complicated for conventional tool configurations, then it is to ensure that detection operation of the tool quality before manufacture is also relatively complicated.The electric tool
It needs to carry out power-on servicing after the structure detection for carrying out early period, and then carries out the detection of working performance.To ensure properties of product,
The energization detection of electric tool is detected one by one by being manually powered, and the detection efficiency is relatively low, while external rings
Border does not ensure that consistency, testing result are simultaneously unstable.In addition larger to the demand of staff, the labour of staff
Intensity is higher, and testing cost is higher, is unfavorable for the reasonable disposition of resource.The power-on servicing danger for working at the same time personnel is higher,
Be unfavorable for the guarantee of staff's personal safety, the detection operate to the personal safeties of resources of production and staff exist compared with
Big security risk.
Utility model content
The technical issues of the utility model solves is to provide a kind of electric tool detection device effectively improving detection efficiency.
Technical solution adopted by the utility model to solve its technical problems is：
Electric tool detection device, including Transfer pipe and sense channel, the Transfer pipe includes transmission device, described
The both ends of transmission device are respectively to transmit entrance and transmission outlet, and the transmission entrance is for being placed with electric tool to be detected
The entrance of carrier, the removal of carrier of the transmission outlet for being placed with the electric tool for completing detection, the transmission device
Achievable bi-directionally transmitted, the sense channel includes several detection conductance rails, and the detection conductance rail includes matching with carrier
Power supply rail and detection conveyer chain, the power supply rail realized to the powered operation of electric tool, the detection by carrier
The both ends of conductance rail are respectively to detect entrance and detection outlet, and being provided with first between the transmission entrance and detection entrance takes
Device, first device for taking is used to the carrier for being placed with electric tool being moved to detection entrance from transmission entrance, described
Detection outlet and transmission outlet are provided with the second device for taking, and second device for taking is used to be placed with the load of electric tool
Tool is moved to transmission outlet from detection outlet.
The carrier for carrying electric tool to be detected is moved to corresponding transmission entrance position by the application by Transfer pipe
It sets, and then is taken it to detection inlet by the first device for taking.The carrier is under the action of detecting transmission chain in power rail
It is slided on road.Since power supply rail and carrier match, then corresponding electric tool is realized under the connection effect of carrier
It is powered, and then is detected operation.It detects the electric tool finished and is moved to detection outlet under the carrying effect of carrier.At this time
Second device for taking is moved to transmission outlet, and then carries out subsequent operation.The simple detection efficiency simultaneously of the structure of the device
Height effectively increases working efficiency, reduces testing cost, reduces the demand to staff.Transmission device can be real simultaneously
Existing bi-directionally transmitted, completing the unloaded tool that electric tool is taken in transmission exit at this time can move to transmission entrance, carry out
The operation of next detection process, effectively increases the service efficiency of device, while avoiding artificial carry and operating, and greatly expands
Production automation.
Further, first device for taking and the second device for taking are manipulator.
Further, be provided with placement platform respectively at the detection entrance and detection outlet, the placement platform with
Be provided with transmission mechanism between detection conductance rail, the transmission mechanism for drive carrier placement platform and detection conductance rail it
Between move.
Further, the quantity of the detection conductance rail is two, the detection conductance rail is arranged in parallel up and down, described
The both ends of detection conductance rail are respectively arranged with lifting gear, and the lifting gear is used for the vertical movement operation of placement platform.
Further, the detection conductance rail is provided with counting device.
Further, the transmission entrance, transmission outlet, detection entrance and detection outlet are provided with sensing device.
Further, the sensing device is photoelectric sensor.
Further, further including shell, the Transfer pipe and sense channel are arranged in parallel inside the shell, and shell includes
Entrance and exit, the transmission entrance extend shell by entrance, and shell is extended in the transmission outlet by outlet.
Further, being respectively arranged with automatic opening and closing door at the entrance and exit, the automatic opening and closing door is transparent
Material.
Further, several observation windows and switchable auxiliary door, the observation window setting is arranged in the shell
On auxiliary door.
The utility model has the beneficial effects that：
1, the setting of Transfer pipe and sense channel avoids transmission and detects interacting for job schedule, greatly
Detection transmission efficiency is improved, while reducing the demand of staff, the reduction of testing cost is realized, simultaneously bi-directionally passes
The setting of the transmission device sent greatly improves the service efficiency of device, avoids artificial carry and operates, expands production certainly
The practicability of dynamicization and device, and guarantee is provided to the personal safety of staff；
2, the setting of manipulator, it is simple in structure and be easily installed maintenance, while complete technology premise effect of taking
Fruit and working efficiency；
3, the setting of placement platform avoids interacting between carrier, ensure that stablizing for detection process carries out, is
The validity of testing result provides guarantee；
4, detection the upper and lower of conductance rail is arranged in parallel, and expands the detection saturation of the device, improves detection efficiency, together
When rational configuration has been carried out to space, realize the raising of device practicability；
5, the setting of sensing device improves the overall performance of the device, ensure that the steady orderly of detection transmit process
It carries out；
6, the setting of counting device ensure that the detection stability in sense channel, for subsequent control operation provide according to
According to；
7, the stability of device internal environment has been effectively ensured in the setting of shell, avoids external environment to internal work
The influence of precision, while providing guarantee for the Acceptable life of device.
Description of the drawings
Fig. 1 is the internal structure front view of the electric tool detection device of the utility model；
Fig. 2 is the internal structure right view of the electric tool detection device of the utility model；
Fig. 3 is the overall structure front view of the electric tool detection device of the utility model；
Fig. 4 is that the Transfer pipe of the electric tool detection device of the utility model and the setting structure of sense channel are overlooked
Figure；
Fig. 5 is the Transfer pipe of electric tool detection device of the utility model, sense channel, the first device for taking and the
The attachment structure schematic diagram of two device for taking；
In figure label for：Shell 1, entrance 11, outlet 12, observation window 13, auxiliary door 14, Transfer pipe 2, transmission device
21, entrance 22 is transmitted, transmission outlet 23, sense channel 3, detection conductance rail 31, detection entrance 32, detection outlet 33, first takes
Take device 4, the second device for taking 5, placement platform 6, transmission mechanism 7, lifting gear 8.
Specific implementation mode
The utility model is further illustrated with reference to the accompanying drawings and detailed description.
Transfer pipe 2 and sense channel 3 in the electric tool detection device as shown in Figure 3 are arranged in shell 1, to
Influence of the detection transmit process external environment to its operating accuracy is avoided, ensure that job stability.In addition internal structure
Complex, the setting of shell 1 can be surrounded, and reduced the pollution and damage of internal structure, reduced mechanism
Maintenance cost.In addition the both ends of the shell 1 are respectively arranged with entrance 11 and outlet 12,22 place of transmission entrance of transmission device 21
Shell 1 is extended in end by entrance 1, then carries the carrier of electric tool to be detected and can be placed on biography outside shell 1
It is sent into the top of mouth 22, and then is moved in shell 1 under the running of transmission device 21, to be detected operation, is improved
The practicability of the device ensure that the systematicness of detection operation.After detection, the electric tool for completing detection is carried
Carrier is moved to transmission outlet 23 with transmission device 21, then moves out shell 1 by outlet 12, facilitates the subsequent behaviour that takes
Make, ensure that working efficiency.As shown in figure 3, there are two auxiliary doors 14 for the setting of shell 1.The auxiliary door 14 is switchable plate
Structure, one end is hinged with shell 1 at this time, then can realize closing and opening operation by articulated shaft.Drawing auxiliary door 4 is opened for side
Structure, the setting that can be opened up and down according to actual conditions.The other end of auxiliary door 4 is provided with handle, is opened to meet
Pass demand improves working efficiency.Observation window 13 is respectively arranged on auxiliary door 14, which fills out for transparent glass
It fills, has on the one hand ensured observation effect, another influence for conveniently avoiding external environment by observation window 13 to internal structure.
When staff has found that internal work occurs abnormal by observation window 13, can stop in time detection operation open simultaneously it is auxiliary
It helps 14 pairs of internal structures of door to carry out maintenance and inspection operation, facilitates the maintenance of follow-up work performance.The observation window 13 and auxiliary
The quantity of door 14 can be configured according to demand, such as be set as four, six.
The structure setting of Transfer pipe 2 and sense channel 3 inside shell 1 is as shown in Figure 4.The transmission device 21 can be
Transfer roller.To ensure that the quality stability of electric tool in detection process, the transmission device 21 use conveyer belt.Conveyer belt
Surface is more steady, effective guarantee transmission stability.Detection conductance rail 31, the detection conductance rail are provided in sense channel 3
31 power supply rail setting matches with the structure of carrier.When the carrier for carrying electric tool to be detected is placed on power rail
When on road, electric tool realizes that the connection with circuit on power supply rail, electric tool energization are detected operation by carrier.For
Ensure the system continuity of detection process, the both sides of the power supply rail are provided with detection conveyer chain, connect at this time with power supply rail
Tactile carrier is slided under the action of detecting conveyer chain, to realize the movement from detection entrance 32 to detection outlet 33.
Run duration that can be by carrier in detection conductance rail 31 by the parameter setting of staff is adjusted, and then meets optimal inspection
Survey effect.To ensure to detect order, placement platform 6 is respectively arranged at detection entrance 32 and detection outlet 33 as shown in Figure 4.
The placement platform 6 is not in contact with detection conductance rail 31, and transmission mechanism is provided between placement platform 6 and detection conductance rail 31
7, which could be provided as the live-roller consistent with detection 31 direction of motion of conductance rail.As shown, in the application
Transmission mechanism 7 is the placement platform conveyer belt parallel with detection conductance rail 31.The conveyer belt can be achieved inverse under the driving of motor
Hour hands are rotated and are rotated clockwise, and then drive the movement of the carrier on hoistable platform 6.The transmission mechanism 7 and detection conductance rail
31 match and effectively increase carrier transmission efficiency, ensure that detection stability.
Transfer pipe 2 and sense channel 3 are arranged in parallel in the shell 1, then when carrying electric tool to be detected
Carrier be moved to transmission entrance 22 i.e. with 32 corresponding position of entrance is detected when, by the first device for taking 4 by the carrier
It takes to the placement platform 6 at detection entrance 32, and then is detected operation.After the completion of detection, it is located at detection outlet 33
Second device for taking 5 at place takes the carrier to transmission outlet 23, and then moves outside shell 1, carries out in next step
Operation.As shown in figure 5, first device for taking 4 and the second device for taking 5 are manipulator, the technology of manipulator is more complete, together
When flexibility it is higher, effectively increase crawl efficiency and transport effect, the in addition maintenance effect of manipulator and replaceable rate
It is higher, avoid the influence to the progress of work.Staff can carry out the selection of different manipulator models according to demand.The transmission
It is provided with photoelectric sensor at entrance 22, transmission outlet 23, detection entrance 32 and detection outlet 33, photoelectric sensor is optional at this time
Use reflective photoelectric sensor.The reflective photoelectric sensor is configured upward, when there is no carrier arrival, the photoelectric sensing
The receiver of device can not receive the optical signal that transmitter is sent out, when carrier reaches the top of corresponding position, that is, photoelectric sensor
When, the optical signal that transmitter is sent out is reflected by carrier bottom, to make receiver receive optical signal, realizes circuit
Change.When the carrier for carrying electric tool to be detected is moved to transmission entrance 22, corresponding photoelectric sensor carries out it
Detection carries out corresponding signal feedback, and the testing result of the placement platform 6 at corresponding detection entrance 32 is put for no product at this time
It sets, then the carrier at transmission entrance 22 is taken and is placed into detection 32 corresponding placement of entrance by the first device for taking 4
At platform 6.Placement platform 6 at detection outlet 33 detects product, while corresponding transmission outlet 23 detects there is not production
When product are placed, the carrier at detection outlet 33 is taken to transmission outlet 23, and is moved with transmission device 21 by the second device for taking 5
It moves to outlet 12.Except the setting of above-mentioned photoelectric sensor, which can be used pressure sensor and is detected operation.
To expand the detection efficiency of detection device, as shown in Figure 1, the sense channel 3 is set as bilevel detection electricity
Guide rail 31.As shown in Fig. 2, about 3 sense channel is horizontally disposed, while there is lifting gear in the end set of sense channel 3
8.Detection entrance 32 and 33 corresponding hoistable platforms 6 of detection outlet realize vertical movement under the driving of lifting gear 8, that is, realize
Supply to the carrier of two detection conductance rails 31 and operation of taking.It is effectively utilized space configuration, expands working efficiency.For
Ensure the order of detection process, counting device is provided at the detection conductance rail 31.When a carrier enters the detection conductance
It is just carried out when on rail 31 plus an operation, just carries out subtracting one operation on detection conductance rail 31 when carrier removes.Work as counting device
Count results when being less than the maximum capacity of detection conductance rail 31, illustrate that the detection conductance rail 31 still has check bit.Work as upper layer
Counting device show check bit when expire state, the placement platform 6 for carrying carrier at detection entrance 32 is in lifting dress
The inlet of lower layer's detection conductance rail 31 is moved under the action of setting, to carry out the detection behaviour that is powered using the power supply rail of lower layer
Make.Since the operating rate of detection conductance rail 31 can be adjusted according to demand, then carrier is moved to power supply rail end i.e.
Detection finishes, be now placed in detection outlet 33 at placement platform 6 can be moved under the driving effect of lifting gear 8 it is corresponding
The position for detecting conductance rail 31, carries out the splendid attire of carrier.To ensure transportation stability, the carrier of sense channel 3 and Transfer pipe 2
Swap operation is carried out when placement platform 6 is moved to 21 sustained height of transmission device.Except above-mentioned setting method, multiple detection
Conductance rail 31 can carry out horizontal parallel setting.
In addition, to ensure the stability of device internal environment, it is provided with automatic opening and closing door at the entrance 11 and outlet 12, it should
Automatic opening and closing door can carry out control operation according to the signal of sensing device in device.Set automatic opening and closing door to transparent material simultaneously
Material, facilitates observation, ensure that working effect.The transmission device 21 can realize it is bi-directionally transmitted, when carrying the electricity that finishes of detection
When the carrier of power driven tools is moved to by outlet 12 at the outlet of the transmission outside shell 1 23, the electric tool in carrier is completed
It is unloaded tool to take after operating.It is outer that being reversely sent to for device 21 can be transmitted by the control button on shell 1 at this time
At transmission entrance 22 outside shell 1, and then carry out the splendid attire detection operation of the electric tool of a new round.The operating process is greatly dropped
The low working strength of staff, improves work efficiency, while ensure that effectively making full use of for carrier, realizes cost
Reduction.
Particular embodiments described above has carried out into one the purpose of this utility model, technical solution and advantageous effect
Step is described in detail, it should be understood that the foregoing is merely specific embodiment of the utility model, is not limited to this
Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap
Containing being within the protection scope of the utility model.
Claims (10)
1. electric tool detection device, which is characterized in that including Transfer pipe (2) and sense channel (3), the Transfer pipe
(2) include transmission device (21), the both ends of the transmission device (21) are respectively to transmit entrance (22) and transmission outlet (23), institute
The entrance that transmission entrance (22) is used to be placed with the carrier of electric tool to be detected is stated, the transmission outlet (23) is for being placed with
The removal of the carrier of the electric tool of detection is completed, bi-directionally transmitted, the sense channel (3) can be achieved in the transmission device (21)
Including several detection conductance rails (31), the detection conductance rail (31) includes the power supply rail to match with carrier and detection transmission
Chain, the power supply rail realize the powered operation to electric tool, the both ends difference of the detection conductance rail (31) by carrier
For detection entrance (32) and detection outlet (33), it is provided with first between the transmission entrance (22) and detection entrance (32) and takes
Device (4), first device for taking (4) are used to the carrier for being placed with electric tool being moved to detection from transmission entrance (22)
Entrance (32), the detection outlet (33) and transmission outlet (23) are provided with the second device for taking (5), second device for taking
(5) it is used to the carrier for being placed with electric tool being moved to transmission outlet (23) from detection outlet (33).
2. electric tool detection device according to claim 1, which is characterized in that first device for taking (4) and
Two device for taking (5) are manipulator.
3. electric tool detection device according to claim 1, which is characterized in that the detection entrance (32) and detect
It is respectively arranged with placement platform (6) at mouth (33), driver is provided between the placement platform (6) and detection conductance rail (31)
Structure (7), the transmission mechanism (7) are moved for driving carrier between placement platform (6) and detection conductance rail (31).
4. electric tool detection device according to claim 3, which is characterized in that the quantity of the detection conductance rail (31)
It it is two, the detection conductance rail (31) is arranged in parallel up and down, and the both ends of the detection conductance rail (31) are respectively arranged with lifting
Device (8), the lifting gear (8) are used for the vertical movement operation of placement platform (6).
5. electric tool detection device according to claim 4, which is characterized in that the detection conductance rail (31) is provided with
Counting device.
6. the electric tool detection device according to claims 1 to 3 any one, which is characterized in that the transmission entrance
(22), transmission outlet (23), detection entrance (32) and detection outlet (33) are provided with sensing device.
7. electric tool detection device according to claim 6, which is characterized in that the sensing device is photoelectric sensing
Device.
8. electric tool detection device according to claim 1, which is characterized in that further include shell (1), the transmission is logical
Road (2) and sense channel (3) are arranged in parallel in shell (1), and shell (1) includes entrance (11) and outlet (12), the transmission
Entrance (22) extends shell (1) by entrance (11), and the transmission outlet (23) extends shell (1) by outlet (12).
9. electric tool detection device according to claim 8, which is characterized in that at the entrance (11) and outlet (12)
It is respectively arranged with automatic opening and closing door, the automatic opening and closing door is transparent material.
10. electric tool detection device according to claim 8, which is characterized in that several observations are arranged in the shell (1)
Window (13) and switchable auxiliary door (14), the observation window (13) are arranged on auxiliary door (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820201637.0U CN207866942U (en) | 2018-02-06 | 2018-02-06 | Electric tool detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820201637.0U CN207866942U (en) | 2018-02-06 | 2018-02-06 | Electric tool detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207866942U true CN207866942U (en) | 2018-09-14 |
Family
ID=63456647
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820201637.0U Expired - Fee Related CN207866942U (en) | 2018-02-06 | 2018-02-06 | Electric tool detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207866942U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108427055A (en) * | 2018-02-06 | 2018-08-21 | 苏州灿邦精密机械有限公司 | Electric tool detection device |
-
2018
- 2018-02-06 CN CN201820201637.0U patent/CN207866942U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108427055A (en) * | 2018-02-06 | 2018-08-21 | 苏州灿邦精密机械有限公司 | Electric tool detection device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180914 Termination date: 20200206 |