CN206248470U - Elevator door device for detecting deformation - Google Patents
Elevator door device for detecting deformation Download PDFInfo
- Publication number
- CN206248470U CN206248470U CN201621374497.4U CN201621374497U CN206248470U CN 206248470 U CN206248470 U CN 206248470U CN 201621374497 U CN201621374497 U CN 201621374497U CN 206248470 U CN206248470 U CN 206248470U
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- vertical pivot
- pressure
- sensor
- transverse axis
- connecting rod
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Abstract
Elevator door device for detecting deformation, it is made up of supporting mechanism and force measuring machine, 22 pawl suckers are installed on lateral pickup seat and handle clamp, and pressure sensor is installed in transverse axis sensor holder, transverse axis press rods are threadedly coupled with connecting rod, and the connecting rod other end is connected by horizontal boosting-rod with handle clamp；The vertical pivot sensor holder of force measuring machine is installed in hand-held housing, and vertical pivot sensor is fixedly installed in vertical pivot sensor holder, and vertical pivot pressure axis bottom is installed in vertical pivot sensor holder, and compression coil is connected by screw thread with vertical pivot pressure axis.The utility model is adsorbed in the outside of layer door using vacuum cup, and support is produced with suction substitution mechanical pressure, and suction is big, influence to layer door is small, set up convenient；Force measuring machine and supporting mechanism are each independent, and force measuring machine can set up the optional position of support bar, and measurement is convenient, and the degree of accuracy is high；Force cell is installed on supporting mechanism, it is convenient to grasp support bar installation situation, it is ensured that to be installed in place without applying excessive power.
Description
Technical field
The utility model is related to elevator technology field, more particularly to elevator door deformation detection technology.
Background technology
At present, the detection of elevator door deformation has been listed in the category of the compulsory test of special inspection, but the inspection that elevator door deforms
The more important of survey is to set up fulcrum, and current detecting instrument is all that department's face is produced outdoors by mechanical stretching strength extruding gate layer
, used as support, this support although solves the problems, such as a fulcrum of force deformation detection but because door deformation detection is applied for raw frictional force
Plus power it is very big（2000N）, to produce this support frictional force and the power that applies is bigger.Frictional force is multiplied by friction system equal to pressure
Number, the surface of shop front is generally marble, stainless steel or similar material, and its coefficient of friction is less than 1, and the power for so applying is just
More than 2000N, the deformation for easily causing outside shop front is even damaged, and because material different coefficients of friction is also different, is applied
Power size also bad control, the degree of accuracy is low.
Utility model content
For the above mentioned problem that the detection technique for solving existing elevator door deformation is present, the utility model provides a kind of electricity
Terraced door device for detecting deformation.
The technical scheme that the utility model is used to achieve the above object is：Elevator door device for detecting deformation, by supporting
Mechanism and force measuring machine are constituted, and supporting mechanism includes 2 pawl suckers 1, transverse axis sensor holder 2, pressure sensor 4, transverse axis press rods
7th, connecting rod 8,10,22 pawl suckers 1 of horizontal boosting-rod 9 and handle clamp are respectively arranged in lateral pickup 2 one end of seat and handle grip
Have 10 one end, pressure sensor 4 is installed in transverse axis sensor holder 2, the one end of transverse axis press rods 7 is installed on transverse axis sensor holder 2
Interior and positioned at the outside of pressure sensor 4, the other end of transverse axis press rods 7 is threadedly coupled with connecting rod 8, and transverse axis press rods 7 are installed on horizontal stroke
One end in axle sensor seat 2 is contacted with pressure sensor 4, and the other end of connecting rod 8 is connected by horizontal boosting-rod 9 with handle clamp 10
Connect, horizontal boosting-rod 9 is provided with reinforcing handle 11；Force measuring machine includes hand-held housing 13, vertical pivot sensor holder 19, vertical pivot sensor
18th, vertical pivot pressure axis 21 and compression coil 22, vertical pivot sensor holder 19 are fixedly installed in hand-held housing 13, vertical pivot sensor 18
It is fixedly installed in vertical pivot sensor holder 19, the insertion of the bottom of vertical pivot pressure axis 21 is installed in vertical pivot sensor holder 19, vertical pivot pressure
The lower end of power axle 21 is contacted with vertical pivot sensor 18, and compression coil 22 is connected by screw thread with the top of vertical pivot pressure axis 21, pressure spiral shell
Compression coil reinforcing handle 27 is installed in rotation 22；The hand-held housing 13 of force measuring machine is provided with snail groove, and force measuring machine passes through snail groove
It is set up on connecting rod 8.
Described 22 pawl suckers 1 are installed on lateral pickup seat 2 and on handle clamp 10 by set lever 3.
Positive/negative thread is provided with the connecting rod 8 and handle clamp 10, horizontal boosting-rod two ends are provided with positive/negative thread, horizontal boosting-rod
9 are connected by positive/negative thread with connecting rod 8 and handle clamp 10.
Mounting O-shaped rings 23 and small pressure coil 24 in the anterior draw-in groove of compression coil 22, the front portion of small pressure coil 24 is stained with small rubber cushion
25。
Integrated installation has battery 14, guidance panel 15 and liquid crystal 16 in the hand-held housing 13.
Elevator door device for detecting deformation of the present utility model, is existed using the ripe vacuum cup absorption in lifting field
The outside of layer door, support is produced so that suction replaces mechanical pressure, and suction is big, influence to layer door is small, simple to operate, erection side
Just；Force measuring machine and supporting mechanism are each independent, are connected using mode is connect soon, and force measuring machine can arbitrarily set up support bar
Optional position, measurement is convenient, and the degree of accuracy is high；Force cell is installed on supporting mechanism, can conveniently be understood support bar and be installed
Situation, it is ensured that be installed in place without applying extra excessive power.
Brief description of the drawings
Fig. 1 is the utility model elevator door device for detecting deformation front view structure figure.
Fig. 2 is the 2 pawl suckers and transverse axis sensor holder parts transversely section of the utility model elevator door device for detecting deformation
Structure chart.
Fig. 3 is the connecting rod and force measuring machine mounting structure figure of the utility model elevator door device for detecting deformation.
In figure：1st, 2 pawl sucker, 2, transverse axis sensor holder, 3, set lever, 4, pressure sensor, 5, sensor fix top
Silk, 6, transverse axis press rods fix jackscrew, 7, transverse axis press rods, 8, connecting rod, 9, horizontal boosting-rod, 10, handle clamp, 11, reinforcing hand
Handle, 12, handle ball, 13, hand-held housing, 14, battery, 15, guidance panel, 16, liquid crystal, 17, screw, 18, vertical pivot sensor,
19th, vertical pivot sensor holder, 20, vertical pivot pressure axis fix jackscrew, 21, vertical pivot pressure axis, 22, compression coil, 23, O-ring, 24,
Small pressure coil, 25, small rubber cushion, 26, compression coil handle ball, 27, compression coil reinforcing handle.
Specific embodiment
Elevator door device for detecting deformation structure of the present utility model as shown in figure 1, be made up of supporting mechanism and force measuring machine,
Supporting mechanism includes 2 pawl suckers 1, transverse axis sensor holder 2, pressure sensor 4, transverse axis press rods 7, connecting rod 8, the and of horizontal boosting-rod 9
10,22 pawl suckers 1 of handle clamp are respectively arranged in lateral pickup 2 one end of seat and the one end of handle clamp 10, by locking hand
Handle 3 clamps 2 pawl suckers, as shown in Figure 2.Pressure sensor 4 fixes jackscrew 5 and is installed on transverse axis sensor by 3 sensors
In seat 2, the one end of transverse axis press rods 7 is fixed jackscrew 6 and is fixedly installed in transverse axis sensor holder 2 and positioned at pressure by transverse axis press rods
The outside of force snesor 4, the other end of transverse axis press rods 7 is threadedly coupled with connecting rod 8, and transverse axis press rods are fixed jackscrew 6 and do not held out against, and is only limited
Transverse axis press rods processed come in and go out, and fixing jackscrew 6 by transverse axis press rods prevents it from coming off, and transverse axis pressure transmission to pressure sensing
Device.One end that transverse axis press rods 7 are installed in transverse axis sensor holder 2 contacts with pressure sensor 4, connecting rod 8 and handle clamp 10
Positive/negative thread is inside provided with, the two ends of horizontal boosting-rod 9 are provided with positive/negative thread, and horizontal boosting-rod 9 is by positive/negative thread and connecting rod 8 and handle grip
Tool 10 is connected, because the two ends screw thread of horizontal boosting-rod 9 is positive/negative thread, after rotation, can change horizontal total length.Reinforcing handle 11
One end is screwed into horizontal boosting-rod 9, and the other end is provided with handle ball 12, is used when conveniently tightening.
Force measuring machine is integrally hander, and front end is that the force side of layer door deformation is also dynamometry end, including hand-held housing
13rd, vertical pivot sensor holder 19, vertical pivot sensor 18, vertical pivot pressure axis 21 and compression coil 22, vertical pivot sensor holder 19 pass through spiral shell
Nail 17 is fixedly installed in hand-held housing 13, and integrated installation has battery 14, guidance panel 15 and liquid crystal 16 in hand-held housing 13, is erected
Axle sensor 18 is fixedly installed in vertical pivot sensor holder 19 by jackscrew, and the insertion of the bottom of vertical pivot pressure axis 21 is installed on vertical pivot biography
In sensor seat 19 and by vertical pivot pressure axis fixation jackscrew 20 be fixed with it is spacing, prevent from coming off, and the power of vertical direction
Pass to vertical pivot sensor；The lower end of vertical pivot pressure axis 21 contacts with vertical pivot sensor 18, and compression coil 22 passes through screw thread and vertical pivot
The top of pressure axis 21 connects, and the rotatable length adjustment carried out on vertical direction；Compression coil is installed on compression coil 22 to add
Power handle 27, compression coil reinforcing handle 27 end is provided with compression coil handle ball 26, force surface draw-in groove mode and pressure spiral shell
Rotation 22 is connected, and compression coil 22 adjusts the size of force by spinning in and out；O-ring is inserted in the anterior draw-in groove of compression coil 22
23, and small pressure coil 24 is inserted in, small pressure coil 24 can be inserted in and pull down, and be convenient for changing the pressure coil of other specifications；Small pressure coil
24 front portion glue bond small rubber cushion 25, and small rubber cushion 25 is contacted with measured object.The hand-held housing 13 of force measuring machine is provided with snail groove,
Force measuring machine on connecting rod 8, as shown in figure 3, hand-held housing 13 can be ridden on connecting rod optional position, is dismantled by snail truss
Easily.
Claims (5)
1. elevator door device for detecting deformation, it is characterised in that：It is made up of supporting mechanism and force measuring machine, supporting mechanism includes 2 pawls
Sucker（1）, transverse axis sensor holder（2）, pressure sensor（4）, transverse axis press rods（7）, connecting rod（8）, horizontal boosting-rod（9）And handle
Fixture（10）, 22 pawl suckers（1）It is respectively arranged in lateral pickup seat（2）One end and handle clamp（10）One end, pressure is passed
Sensor（4）It is installed on transverse axis sensor holder（2）It is interior, transverse axis press rods（7）One end is installed on transverse axis sensor holder（2）It is interior and be located at
Pressure sensor（4）Outside, transverse axis press rods（7）The other end and connecting rod（8）Threaded connection, transverse axis press rods（7）It is installed on horizontal stroke
Axle sensor seat（2）Interior one end and pressure sensor（4）Contact, connecting rod（8）The other end passes through horizontal boosting-rod（9）With handle grip
Tool（10）Connection, horizontal boosting-rod（9）It is provided with reinforcing handle（11）；Force measuring machine includes hand-held housing（13）, vertical pivot sensor
Seat（19）, vertical pivot sensor（18）, vertical pivot pressure axis（21）And compression coil（22）, vertical pivot sensor holder（19）It is fixedly installed in
Hand-held housing（13）On, vertical pivot sensor（18）It is fixedly installed in vertical pivot sensor holder（19）It is interior, vertical pivot pressure axis（21）Bottom
Insertion is installed on vertical pivot sensor holder（19）It is interior, vertical pivot pressure axis（21）Lower end and vertical pivot sensor（18）Contact, compression coil
（22）By screw thread and vertical pivot pressure axis（21）Top connects, compression coil（22）Upper installation compression coil reinforcing handle（27）；
The hand-held housing of force measuring machine（13）Snail groove is provided with, force measuring machine is located at connecting rod by snail truss（8）On.
2. elevator door device for detecting deformation according to claim 1, it is characterised in that：Described 22 pawl suckers（1）Pass through
Set lever（3）It is installed on lateral pickup seat（2）Upper and handle clamp（10）On.
3. elevator door device for detecting deformation according to claim 1, it is characterised in that：The connecting rod（8）And handle clamp
（10）Positive/negative thread is inside provided with, horizontal boosting-rod two ends are provided with positive/negative thread, horizontal boosting-rod（9）By positive/negative thread and connecting rod（8）
And handle clamp（10）Connection.
4. elevator door device for detecting deformation according to claim 1, it is characterised in that：Compression coil（22）In anterior draw-in groove
Mounting O-shaped rings（23）With small pressure coil（24）, small pressure coil（24）Front portion is stained with small rubber cushion（25）.
5. elevator door device for detecting deformation according to claim 1, it is characterised in that：The hand-held housing（13）It is interior integrated
Battery is installed（14）, guidance panel（15）And liquid crystal（16）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621374497.4U CN206248470U (en) | 2016-12-15 | 2016-12-15 | Elevator door device for detecting deformation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621374497.4U CN206248470U (en) | 2016-12-15 | 2016-12-15 | Elevator door device for detecting deformation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206248470U true CN206248470U (en) | 2017-06-13 |
Family
ID=59008803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621374497.4U Active CN206248470U (en) | 2016-12-15 | 2016-12-15 | Elevator door device for detecting deformation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206248470U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748045A (en) * | 2017-12-01 | 2018-03-02 | 河南省特种设备安全检测研究院 | Elevator door intensity detecting device |
-
2016
- 2016-12-15 CN CN201621374497.4U patent/CN206248470U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748045A (en) * | 2017-12-01 | 2018-03-02 | 河南省特种设备安全检测研究院 | Elevator door intensity detecting device |
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