CN207581092U - The mounting structure of elevator host velocity package - Google Patents
The mounting structure of elevator host velocity package Download PDFInfo
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- CN207581092U CN207581092U CN201721432016.5U CN201721432016U CN207581092U CN 207581092 U CN207581092 U CN 207581092U CN 201721432016 U CN201721432016 U CN 201721432016U CN 207581092 U CN207581092 U CN 207581092U
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Abstract
The utility model discloses a kind of mounting structure of elevator host velocity package, including：Host shaft；Test the speed part, and equipped with trigger unit, the part that tests the speed is connect the part that tests the speed with the host shaft, and the trigger unit is made to keep rotating synchronously with the host shaft；Detection device, the detection device are used to detect the trigger unit；Mounting bracket, the mounting bracket is equipped with first connecting portion and the fixing body with the longitudinally spaced setting of first connecting portion, the fixing body is arranged at intervals with the trigger unit along the axis direction of the host shaft, the fixing body is equipped with second connecting portion, the detection device is fixedly arranged on by the second connecting portion on the fixing body, and the test side of the detection device is set towards the trigger unit, the detection device, it tests the speed part and mounting bracket can do corresponding adjustment according to the structure and installation position of the host shaft, it is easy to use.
Description
Technical field
The utility model is related to escalator technical field, more particularly to a kind of installation knot of elevator host velocity package
Structure.
Background technology
The detection of traditional escalator host shaft rotating speed relies primarily on the monitoring and calculating of encoder, however, it is this kind of by
The detection space that the host speed measuring device formed in encoder needs is larger, structure and distribution position to escalator host shaft
It is more harsh to put requirement.
Utility model content
Based on this, the utility model proposes a kind of mounting structure of elevator host velocity package, the detection device is surveyed
Fast part and mounting bracket can do corresponding adjustment according to the structure and installation position of the host shaft, easy to use.
A kind of mounting structure of elevator host velocity package, including：
Host shaft；
Test the speed part, and equipped with trigger unit, the part that tests the speed is connect the part that tests the speed with the host shaft, makes the trigger unit
It keeps rotating synchronously with the host shaft；
Detection device, the detection device are used to detect the trigger unit；And
Mounting bracket, the mounting bracket are equipped with first connecting portion and with first connecting portion towards the installation of longitudinally spaced setting
Body, the fixing body are arranged at intervals with the trigger unit along the axis direction of the host shaft, and the fixing body is equipped with second
Connecting portion, the detection device are fixedly arranged on by the second connecting portion on the fixing body, and the detection of the detection device
End is set towards the trigger unit.
The part that tests the speed is connect by the mounting structure of above-mentioned elevator host velocity package with the host shaft, is made described
Trigger unit is rotated synchronously with the host shaft, and the mounting bracket is equipped with first connecting portion and fixing body, the fixing body
With first connector towards longitudinally spaced setting, and the fixing body and axis side of the trigger unit along the host shaft
To interval setting, make the test side of the detection device towards the trigger unit.Utilize above-mentioned test the speed part and detection device detection
During the rotating speed of the elevator host shaft, can the mounting bracket be adjusted according to the installation site of the elevator host shaft
Position and the installation site for adjusting the detection device, further, when the part that tests the speed, any one appearance of the detection device
During failure, it can all repair and maintain individually for the device of failure, it is easy to repair, it is cost-effective.
The fixing body is equipped with the first strip through-hole in one of the embodiments, and the detection device is equipped with being capable of edge
First connector of the transverse shifting of first strip through-hole, the outer wall of first connector are equipped with the first external screw thread, institute
The first connector is stated to be fixed on the fixing body by the nut being connected with first external screw thread.First connection
Body can be adjusted along the transverse shifting of first strip through-hole, and the trigger unit is enable to turn to the detection of the detection device
In region.
The nut is two in one of the embodiments, and two nuts are respectively arranged at the fixing body
Two offsides and cooperation is threadedly coupled with first external thread structure respectively.By the cooperation of external screw thread and internal thread, institute is rotated
The first connector is stated, the test side of the detection device and the spacing of the part that tests the speed is adjusted, makes the detection of the detection device
The spacing of end and the part that tests the speed ensures the accuracy of the detection device detection, two nuts in preset range
Two offsides of the fixing body are respectively arranged at, the helix of two nuts is oppositely oriented, and two nuts rotate in mutually opposite directions,
So as to which the first connector be made to be fixed in the mounting bracket, achieve the purpose that it is locking, so as to detect the detection device
Shi Buhui ensures the stability that the detection device measures by external environmental interference.
The mounting bracket is equipped with the telescopic rod that can be stretched along longitudinal direction in one of the embodiments, the telescopic rod
Both ends are connect respectively with the first connecting portion and the fixing body.The both ends of the telescopic rod respectively with the first connecting portion
Connected with fixing body, the mounting bracket is adjusted by the telescopic rod longitudinal extension, make the test side of the detection device with
The spacing of the surfaces of revolution of the part that tests the speed is in preset range.
Connector is further included in one of the embodiments, and the connector is fixedly connected with the host shaft, described
The end of connector is equipped with the first mounting portion with the part installation of testing the speed.The connector is fixed with the host shaft to be connected
It connects, the end of the connector is equipped with the first mounting portion with the part installation of testing the speed, and the end of the connector passes through described
First mounting portion is fastenedly connected with the part that tests the speed, and fits closely the mounting surface of the test the speed part and first mounting portion,
The installation accuracy to test the speed described in guarantee between part and the connector, the mounting surface of the test the speed part and first mounting portion are tight
Closely connected conjunction, the part that tests the speed described in guarantee will not tilt, and improve the accuracy of the detection device detection.
The connector is equipped with the sets of holes being set in the host shaft, the sets of holes in one of the embodiments,
Madial wall be equipped with internal thread hole, the outer wall of the host shaft is equipped with the second strip through-hole, the second bar shaped through-hole face to
The internal thread hole setting.The connector, which is equipped with, is set in the sets of holes of the host shaft, and the connector can be along described
The axial movement of host shaft is adjusted, and makes the spacing of the surfaces of revolution of the part that tests the speed and the detection device in preset model
In enclosing, ensureing the accuracy of the detection device detection, the outer wall of the host shaft is equipped with the second strip through-hole, and described second
Strip through-hole is set towards the internal thread hole, when mounted, using the screw coordinated with the internal thread hole and the internal thread
Hole is connected, and locking glue is smeared on screw, then by screw precession internal thread hole, screw is threaded through second bar shaped
In through-hole, the connector is made to be fixed in the host shaft.
The elevator host is equipped with the second connector in one of the embodiments, and the host shaft is fixedly mounted on
On second connector, second connector is equipped with the second mounting portion, and second mounting portion is connect with described first
Portion is rotatablely connected.It can be turned according to the specific installation site of the host shaft, second mounting portion with the first connecting portion
Dynamic adjustment, enables the trigger unit to turn in the detection zone of the detection device.
Second connector is equipped with third strip through-hole in one of the embodiments, and the first connecting portion is set
There is the third connector of the transverse shifting along the third strip through-hole, the outer wall of the third connector is equipped with the second outer spiral shell
Line, the third connector are fixedly mounted on by the nut coordinated with second external screw thread on second connector.It can
According to the specific installation site of the host shaft, transverse shifting tune of the third connector along the third strip through-hole
Whole, the trigger unit can be turned in the detection zone of the detection device.
Data processing equipment, the detection device and the data processing equipment are further included in one of the embodiments,
Communication connection, when the trigger unit turns to the induction region of the detection device, the detection device can generate detection
Signal, the detection signal can be transmitted to the data processing equipment, and data processing equipment being capable of root by the detection device
The rotating speed of the host shaft is calculated according to the detection signal received.
The detection device is close to switch in one of the embodiments, which is characterized in that the detection device is connects
Nearly switch, for the part that tests the speed for cross frame, the trigger unit includes the first trigger unit and the second trigger unit, the cross frame
Including four cantilevers, it is equipped with first trigger unit on all cantilevers, the wide slit between adjacent two cantilevers
It is described close to switch when first trigger unit turns to the induction region of the close switch into second trigger unit
First detection signal can be generated, it is described close when second trigger unit turns to the induction region of the close switch
Switch can generate the second detection signal, wherein, the first detection signal and the second detection signal can be connect by described
Nearly switch is transmitted to the data processing equipment, and data processing equipment can according to the first detection signal received and
The second detection signal calculates the rotating speed of the elevator host shaft.Described higher close to switch accuracy of detection, cost is relatively low,
It is set on the cross frame there are four the first trigger unit and four second trigger units, improves and measure the accurate of shaft rotating speed
Property, the cross frame saves the installation space of the velocity package, the less detection space of the cross frame needs.
Description of the drawings
Fig. 1 is the mounting structure of elevator host velocity package；
Fig. 2 is the structure diagram of cross frame；
Fig. 3 is mounting support structure schematic diagram；
Fig. 4 is tube-in-tube structure schematic diagram；
Fig. 5 is the structure diagram close to switch.
Reference sign：
100th, elevator host, 101, host shaft, the 102, second connector, the 103, second strip through-hole, 200, test the speed part,
201st, trigger unit, 202, cross frame, the 203, first trigger unit, the 204, second trigger unit, 205, cantilever, 300, detection device,
301st, the first connector, the 302, first external screw thread, 303, nut, 304, close to switch, 400, mounting bracket, the 401, first connection
Portion, 402, fixing body, 403, second connecting portion, the 404, first strip through-hole, 500, connector, the 501, first mounting portion, 502,
Sleeve, 503, sets of holes, 600, data processing equipment, 601, conducting wire, 700, internal thread hole, 701, screw.
Specific embodiment
Above-mentioned purpose, feature and advantage to enable the utility model are more obvious understandable, below in conjunction with the accompanying drawings to this
The specific embodiment of utility model is described in detail.Elaborate many details in order to abundant in the following description
Understand the utility model.But the utility model can be much to implement different from other manner described here, this field
Technical staff can do similar improvement in the case of without prejudice to the utility model connotation, therefore the utility model is not by following public affairs
The limitation for the specific implementation opened.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
For illustrative purposes only, it is unique embodiment to be not offered as " right side " and similar statement.
As shown in Figure 1, the utility model is related to a kind of mounting structure of elevator host velocity package, including：Host shaft
101；Test the speed part 200, and the part 200 that tests the speed is equipped with trigger unit 201, and the part 200 that tests the speed connect with host shaft 101, make trigger unit 201 and
Host shaft 101 keeps rotating synchronously；Detection device 300, detection device 300 are used to detect trigger unit 201；And mounting bracket
400, mounting bracket 400 is equipped with first connecting portion 401 and with first connecting portion 401 towards the fixing body 402 of longitudinally spaced setting,
Fixing body 402 is arranged at intervals with trigger unit 201 along the axis direction of host shaft 101, and fixing body 402 is equipped with second connecting portion
403, detection device 300 is fixedly arranged on by second connecting portion 403 on fixing body 402, and the test side direction of detection device 300 is touched
Hair portion 201 is set.
The mounting structure of above-mentioned elevator host velocity package, the part 200 that will test the speed are connect with host shaft 101, make trigger unit
201 rotate synchronously with host shaft 101, and mounting bracket 400 is equipped with first connecting portion 401 and fixing body 402, fixing body 402
With first connecting portion 401 towards longitudinally spaced setting, and fixing body 402 and trigger unit 201 are along between the axis direction of host shaft 101
Every setting, make the test side of detection device 300 towards trigger unit 201.Part 200 is tested the speed using above-mentioned and detection device 300 detects
During the rotating speed of elevator host shaft 101, the position of mounting bracket 400 according to the installation site of elevator host shaft 101, can be adjusted
With the installation site of adjustment detection device 300, further, when the part 200 that tests the speed, during any one failure of detection device 300,
It can all repair and maintain individually for the device of failure, it is easy to repair, it is cost-effective.
As shown in Figure 1, on the basis of above-described embodiment, fixing body 402 is equipped with the first strip through-hole 404, detection device
300 are equipped with and can be equipped with along the first connector 301 of the transverse shifting of the first strip through-hole 404, the outer wall of the first connector 301
First external screw thread 302, the first connector 301 are fixed on fixing body by the nut 303 being connected with the first external screw thread 302
On 402；First connector 301 can be adjusted along the transverse shifting of the first strip through-hole 404, and trigger unit 201 is enable to turn to inspection
It surveys in the detection zone of device 300, further, on the basis of this embodiment, nut 303 is two, and two nuts 303 divide
It is not set to two offsides of fixing body 402 and is threadedly coupled cooperation with 302 structure of the first external screw thread respectively.By external screw thread with
The cooperation of internal thread rotates the first connector 301, adjusts the spacing of the test side of detection device 300 and the part 200 that tests the speed, makes inspection
The test side of device 300 and the spacing for the part 200 that tests the speed are surveyed in preset range, ensures the accuracy that detection device 300 detects,
Two nuts 303 are respectively arranged at two offsides of fixing body 402, and the helix of two nuts 303 is oppositely oriented, two nuts
303 rotate in mutually opposite directions, so as to which the first connector 301 be made to be fixed in mounting bracket 400, achieve the purpose that it is locking, so as to
Detection device 300 is made not ensure the stability that detection device 300 measures by external environmental interference when detecting.
On the basis of any of the above-described embodiment, mounting bracket 400 is equipped with the telescopic rod (not shown) that can be stretched along longitudinal direction,
The both ends of telescopic rod are connect respectively with first connecting portion 401 and fixing body 402；The both ends of telescopic rod respectively with first connecting portion
401 and fixing body 402 connect, mounting bracket 400 is adjusted by telescopic rod longitudinal extension, make the test side of detection device 300 with
Test the speed part 200 the surfaces of revolution spacing in preset range.
As shown in Figure 1, on the basis of any of the above-described embodiment, further included in the mounting structure of elevator host velocity package
Connector 500, connector 500 are fixedly connected with host shaft 101, and the end of connector 500 is equipped with and the installation of part 200 of testing the speed
First mounting portion 501；Connector 500 is fixedly connected with host shaft 101, and the end of connector 500 is equipped with pacifies with the part 200 that tests the speed
First mounting portion 501 of dress, the end of connector 500 is fastenedly connected by the first mounting portion 501 and the part 200 that tests the speed, makes to test the speed
Part 200 and the mounting surface of the first mounting portion 501 fit closely, and ensure the installation accuracy to test the speed between part 200 and connector 500,
Ensure that the part 200 that tests the speed will not tilt simultaneously, improve the accuracy that detection device 300 detects.Therefore, connector 500 and the part that tests the speed
200 in the fabrication process, needs to control the flatness of the flatness of 500 end of connector and 200 end of part of testing the speed, ensures to test the speed
Part 200 can fit closely when mounted with the end of connector 500.Further, on the basis of this embodiment, connector
500 are equipped with the sets of holes 503 being set in host shaft 101, and the madial wall of sets of holes 503 is equipped with internal thread hole 700, host shaft
101 outer wall is equipped with the second strip through-hole 103, and the second strip through-hole 103 is set towards internal thread hole 700；Connector 500 is equipped with
The sets of holes 503 of host shaft 101 are set in, connector 500 can be adjusted along the axial movement of host shaft 101, make survey
The surfaces of revolution of fast part 200 and the spacing of detection device 300 in preset range, ensure detection device 300 detection it is accurate
Property, equipped with the second strip through-hole 103, the second strip through-hole 103 is set the outer wall of host shaft 101 towards internal thread hole 700,
During installation, it is connected using with the screw 701 that the internal thread hole 700 coordinates and the internal thread hole 700, on screw 701
Locking glue is smeared, then by 701 precession internal thread hole 700 of screw, screw 701 is threaded through in second strip through-hole 103,
The connector 500 is made to be fixed in the host shaft 101.
On the basis of any of the above-described embodiment, elevator host 100 is equipped with the second connector 102, and host shaft 101 is solid
On the second connector 102, the second connector 102 is equipped with the second mounting portion (not shown) for Dingan County, the second mounting portion and the
One connecting portion 401 is rotatablely connected；It can be according to the specific installation site of host shaft 101, the second mounting portion and first connecting portion 401
Rotation adjustment, enables trigger unit 201 to turn in the detection zone of detection device 300.Second mounting portion and first connecting portion
401 can be achieved by the prior art rotation connection, and details are not described herein.Further, on the basis of this embodiment, second connects
Junctor 102 is equipped with third strip through-hole (not shown), and first connecting portion 401 is equipped with the horizontal stroke along third strip through-hole (not shown)
To mobile third connector (not shown), the outer wall of third connector is equipped with the second external screw thread (not shown), third connector
It is fixedly mounted on the second connector 102 by the nut 303 coordinated with the second external screw thread.It can be according to the tool of host shaft 101
Body installation site, third connector are adjusted along the transverse shifting of third strip through-hole, and trigger unit 201 can turn to detection device
In 300 detection zone.
As shown in Figure 1, on the basis of any of the above-described embodiment, the mounting structure of elevator host velocity package further includes number
According to processing unit 600, detection device 300 is communicated to connect with data processing equipment 600, when trigger unit 201 turns to detection device
During 300 induction region, detection device 300 can generate detection signal, and detection signal can be transmitted to data by detection device 300
Processing unit 600, and data processing equipment 600 can calculate the rotating speed of elevator host 100 according to the detection signal received.Inspection
Device 300 is surveyed to communicate to connect with data processing equipment 600, when trigger unit 201 turns to the induction region of detection device 300,
Detection device 300 can generate detection signal, and detection signal can be transmitted to data processing equipment 600 by detection device 300, and
Data processing equipment 600 can calculate the rotating speed of elevator host 100 according to the detection signal received.Such as Fig. 1, implement at this
In example, data processing equipment 600 is communicated to connect with detection device 300 by conducting wire 601, it is to be understood that data processing fills
Put 600 and detection device 300 can with wireless connection, data line connection etc. other can transmit a signal to data processing equipment
600 communication connection mode.
As shown in Fig. 1, Fig. 2 and Fig. 5, on the basis of any of the above-described embodiment, detection device 300 is close switch 304,
The part 200 that tests the speed is cross frame 202, and trigger unit 201 includes the first trigger unit 203 and the second trigger unit 204, cross frame 202
Including four cantilevers 205, it is equipped with the first trigger unit 203 on all cantilevers 205, the wide slit between adjacent two cantilevers 205
It, can close to switch 304 when the first trigger unit 203 is turned to close to the induction region of switch 304 into the second trigger unit 204
First detection signal is generated, it, can close to switch 304 when the second trigger unit 204 is turned to close to the induction region of switch 304
The second detection signal is generated, wherein, first detection signal and the second detection signal can be approached switch 304 and be transmitted at data
Device 600 is managed, and data processing equipment 600 can be according to the first detection signal received and the second detection signal calculating main frame
The rotating speed of shaft 101.Close to switch 304 accuracy of detection it is higher, cost is relatively low, set on cross frame 202 there are four first triggering
Portion 203 and four the second trigger units 204, improve the accuracy for measuring shaft rotating speed, and cross frame 202 saves the peace of velocity package
Space is filled, cross frame 202 needs less detection space.When the part 200 that tests the speed is cross frame 202, detection device 300 is connects
During nearly switch 304, the cantilever 205 of cross frame 202 can be the first trigger unit 203.
As shown in figures 1 and 3, in this embodiment, mounting bracket 400 is the stent in zigzag, and the part 200 that tests the speed is
Cross frame 202, detection device 300 are close to switch 304, and mounting bracket 400 is equipped with first connecting portion 401, elevator host
100 are equipped with the second connector 102, when mounted, by equally processing two internal thread holes 700 on the second connector 102, lead to
It crosses and mounting bracket 400 is fixed on the second connector 102 with the screw 701 that the internal thread hole 700 coordinates.Mounting bracket 400
On be additionally provided with fixing body 402 with 401 longitudinally spaced setting of first connecting portion, fixing body 402 is equipped with the first strip through-hole
404, second connecting portion 403 is the first strip through-hole 404 set on fixing body 402, and being equipped with close to switch 304 can be along first
First connector 301 of 404 transverse shifting of strip through-hole, the outer wall of the first connector 301 are equipped with the first external screw thread 302, are pacifying
During dress, the first connector 301 is passed through into the first strip through-hole 404, makes to approach the test side of switch 304 towards cross frame 202,
Two offsides of fixing body 402, the spiral of two nuts 303 are arranged on two nuts 303 of first external screw thread 302 cooperation
Line is oppositely oriented, and two nuts 303 rotate in mutually opposite directions, so as to which the first connector 301 is fixed in mounting bracket 400,
Achieve the purpose that it is locking, make detection device 300 when detecting will not by external environmental interference, ensure detection device 300 measure
Stability, further, it is possible to design the screw pitch of the first external screw thread 302 as needed, it is only necessary to which rotation makes to connect close to switch 304
The spacing of nearly switch 304 and cross frame 202 reaches in preset range, is easily installed use.It and can be along first close to switch 304
The transverse shifting adjustment of strip through-hole 404, enables the trigger unit 201 of cross frame 202 to be approximately rotated to the inspection of switch 304
It surveys in region.It is understood that the utility model institute body can be that magnetic displacement formula is either wide close to switch close to switch 304
The close switch of electricity either other other detection devices 300 that can be used for detecting the trigger unit 201 mentioned by the utility model.
Shown in Fig. 2 and Fig. 4, in this embodiment, the part 200 that tests the speed is cross frame 202, and detection device 300 is close
Switch 304, connector 500 are sleeve 502.As shown in Figures 2 and 3, first mounting portion 501 is set for the end of sleeve 502
Two internal thread holes 700 having, cross frame 202 set there are two with 700 corresponding two through-hole (not shown) of the internal thread hole,
When mounted, cross frame 202 is fixed on sleeve by the screw 701 coordinated using two with internal thread hole 700 across through-hole
502 end is close to cross frame 202 and the end of sleeve 502.Sleeve 502 is equipped with sets of holes 503, the diameter of sets of holes 503
It is adapted to the diameter of host shaft 101, is equipped with internal thread hole 700 in the madial wall of sets of holes 503, host shaft 101 is equipped with the
Two strip through-holes 103, as shown in Figure 1, when mounted, the second strip through-hole 103 towards the internal thread hole 700 being set, is passed through
Sleeve 502 is fixed in host shaft 101 by the screw 701 being adapted to the internal thread hole 700, when specifically used, sleeve 502
, so as to adjust cross frame 202 and the spacing close to switch 304, close open can be improved along the axial movement of host shaft 101
304 accuracy in detection is closed, after adjustment, sleeve 502 is fixed in host shaft 101 using screw 701.It necessarily refers to
Go out, 700 aperture of all internal thread holes and internal thread structure designed by the utility model can be identical, can also be according to tool
Body structure and installation environment are designed to different structure, and equally, the external thread structure of the diameter of all screws 701 can be identical,
Can different structure be designed to according to concrete structure and installation environment, as long as but internal thread hole 700 be adapted to screw 701, reach
To the purpose of fastening.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to the technology of the utility model
The normally understood meaning of technical staff in domain is identical.It is only in the term used in the description of the utility model herein
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Each technical characteristic of above example can be with
Arbitrarily combined, to make description succinct, it is not all possible to each technical characteristic in above-described embodiment combination all into
Row description, as long as however, the combination of these technical characteristics be not present contradiction, be all considered to be this specification record range.
Above example only expresses the several embodiments of the utility model, and description is more specific and detailed, but simultaneously
Cannot the limitation to utility model patent range therefore be interpreted as.It should be pointed out that the ordinary skill people for this field
For member, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this reality
With novel protection domain.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of mounting structure of elevator host velocity package, which is characterized in that including：
Host shaft；
Test the speed part, and equipped with trigger unit, the part that tests the speed is connect the part that tests the speed with the host shaft, makes the trigger unit and institute
Host shaft is stated to keep rotating synchronously；
Detection device, the detection device are used to detect the trigger unit；And
Mounting bracket, the mounting bracket are equipped with first connecting portion and the fixing body with the longitudinally spaced setting of first connecting portion, institute
It states fixing body to be arranged at intervals along the axis direction of the host shaft with the trigger unit, the fixing body is equipped with the second connection
Portion, the detection device are fixedly arranged on by the second connecting portion on the fixing body, and the test side court of the detection device
It is set to the trigger unit.
2. the mounting structure of elevator host velocity package according to claim 1, which is characterized in that the fixing body is equipped with
First strip through-hole, the detection device is equipped with can be along the first connector of the transverse shifting of first strip through-hole, institute
The outer wall for stating the first connector is equipped with the first external screw thread, and first connector is by being connected with first external screw thread
Nut is fixed on the fixing body.
3. the mounting structure of elevator host velocity package according to claim 2, which is characterized in that the nut is two
A, two nuts are respectively arranged at two offsides of the fixing body and connect respectively with the first external thread structure screw thread
Connect cooperation.
4. the mounting structure of elevator host velocity package according to claim 1, which is characterized in that the mounting bracket is set
There is the telescopic rod that can be stretched along longitudinal direction, the both ends of the telescopic rod are connect respectively with the first connecting portion and the fixing body.
5. the mounting structure of elevator host velocity package according to claim 1, which is characterized in that connector is further included,
The connector is fixedly connected with the host shaft, and the end of the connector is equipped with the first peace with the part installation of testing the speed
Dress portion.
6. the mounting structure of elevator host velocity package according to claim 5, which is characterized in that the connector is equipped with
The sets of holes being set in the host shaft, the madial wall of the sets of holes are equipped with internal thread hole, and the outer wall of the host shaft is set
There is the second strip through-hole, the second bar shaped through-hole face is set to the internal thread hole.
7. the mounting structure of elevator host velocity package according to claim 1, which is characterized in that the elevator host is set
There is the second connector, the host shaft is fixedly mounted on second connector, and second connector is equipped with second
Mounting portion, second mounting portion are rotatablely connected with the first connecting portion.
8. the mounting structure of elevator host velocity package according to claim 7, which is characterized in that second connector
Third strip through-hole is equipped with, the first connecting portion is equipped with along the third of the transverse shifting of the third strip through-hole and connects
Body, the outer wall of the third connector are equipped with the second external screw thread, and the third connector with second external screw thread by coordinating
Nut be fixedly mounted on second connector.
9. the mounting structure of elevator host velocity package according to claim 1, which is characterized in that further include data processing
Device, the detection device is communicated to connect with the data processing equipment, when the trigger unit turns to the detection device
During induction region, the detection device can generate detection signal, and the detection signal can be transmitted to institute by the detection device
Data processing equipment is stated, and data processing equipment can calculate the elevator host shaft according to the detection signal received
Rotating speed.
10. the mounting structure of elevator host velocity package according to claim 9, which is characterized in that the detection device
For close to switch, for the part that tests the speed for cross frame, the trigger unit includes the first trigger unit and the second trigger unit, the cross
Stent includes four cantilevers, is equipped with first trigger unit on all cantilevers, the width between adjacent two cantilevers
Slit is described close when first trigger unit turns to the induction region of the close switch into second trigger unit
Switch can generate first detection signal, described when second trigger unit turns to the induction region of the close switch
The second detection signal can be generated close to switch, wherein, the first detection signal and the second detection signal can be by institutes
It states close to switch and is transmitted to the data processing equipment, and data processing equipment can be believed according to first detection received
Number and the described second detection signal calculate the rotating speed of the host shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721432016.5U CN207581092U (en) | 2017-10-30 | 2017-10-30 | The mounting structure of elevator host velocity package |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721432016.5U CN207581092U (en) | 2017-10-30 | 2017-10-30 | The mounting structure of elevator host velocity package |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207581092U true CN207581092U (en) | 2018-07-06 |
Family
ID=62730407
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721432016.5U Active CN207581092U (en) | 2017-10-30 | 2017-10-30 | The mounting structure of elevator host velocity package |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207581092U (en) |
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2017
- 2017-10-30 CN CN201721432016.5U patent/CN207581092U/en active Active
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