CN207844207U - A kind of conveyer belt automatic takeup and transmission equipment - Google Patents
A kind of conveyer belt automatic takeup and transmission equipment Download PDFInfo
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- CN207844207U CN207844207U CN201820171933.0U CN201820171933U CN207844207U CN 207844207 U CN207844207 U CN 207844207U CN 201820171933 U CN201820171933 U CN 201820171933U CN 207844207 U CN207844207 U CN 207844207U
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- conveyer belt
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- automatic takeup
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Abstract
The utility model discloses a kind of conveyer belt automatic takeup and transmission equipments.The conveyer belt automatic takeup, including tensioning wheel, belt wheel, idler wheel, pre-tightening mechanism, pedestal.Tensioning wheel, idler wheel, belt wheel, pre-tightening mechanism are separately mounted on pedestal.Tensioning wheel, idler wheel, belt wheel are arranged side by side, and central shaft is mutually parallel.Belt wheel is arranged between tensioning wheel and idler wheel.Adjustment tank is provided on pedestal.The shaft of tensioning wheel is slidably mounted in adjustment tank.Pre-tightening mechanism discharges pretightning force, and tensioning wheel is pressed to belt wheel along the extending direction of adjustment tank.Pretightning force is arranged in pre-tightening mechanism, and tensioning wheel is then pressed to belt wheel, and after transmitting belt sag, pre-tightening mechanism can discharge pretightning force automatically, and tensioning wheel is moved along adjustment tank, be pre-tightened automatically to conveyer belt, is not necessarily to manual adjustment, at low cost, and can accomplish precisely to finely tune.
Description
Technical field
The utility model is related to technical field of mechanical transmission more particularly to a kind of conveyer belt automatic takeups and transmission to set
It is standby.
Background technology
Conveyer belt is as a kind of simple and effective and long-lived material transport mechanism, using very in each machinery field
Extensively, very crucial effect is especially played in some pipelining equipments.Conveyer belt belt is usually flexible material, for a long time
Will appear relaxation to a certain extent after use, and can be caused after belt slack transmission efficiency decline and transmission process it is unstable.
We would generally be tensioned belt pulley using conveyer belt automatic takeup, its tension is made to restore.Existing skill
In art, there are two types of common tensioning modes：The first is that a tension pulley mechanism is added between driving wheel and driven wheel, is passed through
Change the position of tensioning wheel to change conveyer belt around the perimeter needed for all driving wheels；Second for adjustment driving wheel and from
Driving wheel distance achievees the purpose that preload.
The tension of existing conveyer belt tensioning apparatus is not easy control, and tensile force is easy greatly very much to keep belt excessively tight, increases
The live load of conveyer influences the service life of the parts such as bearing and belt, and tensile force is too small, and wanting for tensioning is not achieved
It asks.
Existing conveyer belt tensioning device structure is complicated, size is larger and difficult to install.In general, assembly line needs largely
Conveyer belt, complicated structure can influence the overall dimensions and layout of assembly line, and it is also very difficult that tension is adjusted in operational process.
In order to ensure that tension is appropriate, per tensioning apparatus will be adjusted after a period of time, process is relatively complicated, and takes time and effort,
It is difficult to be adjusted in due course to conveyer belt tensile force to cause user.
Utility model content
In view of the deficiencies of the prior art, the utility model proposes a kind of conveyer belt automatic takeup and transmission equipment,
Pretightning force is arranged in the pre-tightening mechanism of the conveyer belt automatic takeup, and tensioning wheel is then pressed to belt wheel, after transmitting belt sag, in advance
Tight mechanism can discharge pretightning force automatically, and tensioning wheel is moved along adjustment tank, is pre-tightened automatically to conveyer belt, solves existing transmission
It is of high cost with tensioning apparatus, take time and effort and adjust not accurate problem.
To achieve the goals above, technical solutions of the utility model are as follows：
A kind of conveyer belt automatic takeup, including tensioning wheel, belt wheel, idler wheel, pre-tightening mechanism, pedestal.Tensioning wheel, rolling
Wheel, belt wheel, pre-tightening mechanism are separately mounted on pedestal.Tensioning wheel, idler wheel, belt wheel are arranged side by side, and central shaft is mutually parallel.Band
Wheel is arranged between tensioning wheel and idler wheel.Adjustment tank is provided on pedestal.The shaft of tensioning wheel is slidably mounted on adjustment tank
In.Pre-tightening mechanism discharges pretightning force, and tensioning wheel is pressed to belt wheel along the extending direction of adjustment tank.
Further, pre-tightening mechanism includes pre- bearing pin, spring, tensioning plate, tensioning nut.Tensioning plate is arranged in pedestal
One end.Centered position is provided with pin axis through hole on tensioning plate.It is provided with screw thread on the side wall of the close first end of pre- bearing pin；
It is provided with spring block on the side wall of the close second end of pre- bearing pin.Spring overcoat is on pre- bearing pin.Pre- bearing pin passes through
Pin axis through hole.The first end of pre- bearing pin is located at the side of the tensioning wheel backwards of tensioning plate；The second end of pre- bearing pin, which is against, opens
In the shaft of bearing up pulley.One end of spring is against on tensioning plate, and the other end of spring is against on spring block.Tensioning nut is screwed in
The first end of pre- bearing pin.The axial direction of pre- bearing pin is identical as the extending direction of adjustment tank.
Further, the U-shaped channel-shaped of pedestal.Tensioning wheel, idler wheel, belt wheel are mounted side by side in the U-type groove of pedestal respectively.
Between spacing distance between the slot bottom of horizontal direction, belt wheel and U-type groove is more than between tensioning wheel, idler wheel and the slot bottom of U-type groove
Gauge from.
Further, tensioning wheel includes two runners.Two runners are outer respectively to be sleeved in the shaft of tensioning wheel.Two runners
Between have interval.It is provided with bearing between runner and the shaft of tensioning wheel.The second end of pre- bearing pin is against the shaft of tensioning wheel
On intermediate position.
Further, tensioning wheel also includes tension wheel shaft sleeve.Tension wheel shaft bush outer sleeve is in the shaft of tensioning wheel；
Bearing up pulley shaft sleeve is located between two runners.The side wall of tension wheel shaft sleeve is equipped with location hole.The second end of pre- bearing pin is supported
In location hole.
Further, stepper motor is installed on the outside of a side plate of pedestal.The shaft of stepper motor passes through pedestal
Side plate is mounted on belt wheel.The other end of belt wheel is fixed on by flange pin on another side plate of pedestal.
A kind of transmission equipment, including the conveyer belt automatic takeup described in above-mentioned any one.
Further, further include conveyer belt, two conveyer belt connectors.It is sleeved on belt wheel outside conveyer belt and two conveyer belts connect
On connector.Idler wheel, tensioning wheel push down the conveyer belt of belt wheel both sides respectively.
Further, further include fixed proximate matter.Two conveyer belt connectors are separately mounted to the both ends of fixed proximate matter.Transmission
Band automatic takeup is mounted on fixed proximate matter.Conveyer belt automatic takeup is located at the lower section of fixed proximate matter.Fixed proximate matter
On be provided with U-shaped guide groove；Guide blot compatible with U-shaped guide groove is provided on conveyer belt automatic takeup；It is oriented to
Bolt card is in U-shaped guide groove；Guide blot can be slided along U-shaped guide groove.
A kind of transmission equipment, including conveyer belt automatic takeup, conveyer belt, fixed proximate matter, two conveyer belt connectors.
Two conveyer belt connectors are separately mounted to the both ends of fixed proximate matter.It is sleeved on two conveyer belt connectors outside conveyer belt.Transmission
Band automatic takeup is mounted on fixed proximate matter.Conveyer belt automatic takeup is located at the lower section of fixed proximate matter.Conveyer belt is worn
Cross conveyer belt automatic takeup.Conveyer belt automatic takeup makes the local compaction of conveyer belt receive by discharging pretightning force
Contracting.
The beneficial effects of the utility model：
The pre-tightening mechanism of the conveyer belt automatic takeup pre-sets pretightning force, and tensioning wheel is then pressed to belt wheel, passes
After sending belt sag, pre-tightening mechanism can discharge pretightning force automatically, and tensioning wheel is moved along adjustment tank, be pre-tightened automatically to conveyer belt,
It is at low cost without manual adjustment, and can accomplish precisely to finely tune.It is provided with bearing between the runner and shaft of tensioning wheel, is tensioned
Wheel will not cause prodigious friction because of the pressure of pre-tightening mechanism to conveyer belt, to the resistance very little of conveyer belt.
Description of the drawings
Fig. 1 is the dimensional structure diagram at the first visual angle of the first embodiment of the transmission equipment of the utility model.
Fig. 2 is the dimensional structure diagram at the second visual angle of the first embodiment of the transmission equipment of the utility model.
Fig. 3 is the partial structurtes enlarged diagram of A points in Fig. 2.
Fig. 4 is the partial sectional view of conveyer belt automatic takeup in Fig. 1 or Fig. 2.
Fig. 5 is the dimensional structure diagram of the second embodiment of the transmission equipment of the utility model.
Wherein, the reference numeral of Fig. 1 to Fig. 5 is：Conveyer belt automatic takeup 1, conveyer belt 2, fixed proximate matter 3, transmission
Band connection head 4, support base 5, connection rebound 6, side shield 7；Tensioning wheel 11, belt wheel 12, idler wheel 13, pre-tightening mechanism 14, pedestal
15, stepper motor 17, flange pin 18；End-connector 41, end rollers 42；Shaft 111, runner 112, bearing 113, hole card
Ring 114, tension wheel shaft sleeve 115, tensioning wheel end sleeve 116, shaft end snap ring 117；Pre- bearing pin 141, spring 142, tensioning
Plate 143, tensioning nut 144.
Specific implementation mode
With reference to the accompanying drawings and examples, the utility model is expanded on further.
As shown in Figure 1, a kind of transmission equipment, including conveyer belt automatic takeup 1, conveyer belt 2, fixed proximate matter 3, two
Conveyer belt connector 4.
Two conveyer belt connectors 4 are separately mounted to the both ends of fixed proximate matter 3.Two conveyer belts are sleeved on outside conveyer belt 2 to connect
On connector 4.Conveyer belt automatic takeup 1 is mounted on fixed proximate matter 3.Conveyer belt automatic takeup 1 is located at fixed proximate matter 3
Lower section.Conveyer belt 2 passes through conveyer belt automatic takeup 1.Conveyer belt automatic takeup 1 to pass by discharging pretightning force
The local compaction of band 2 is sent to shrink.
As in Figure 2-4, conveyer belt automatic takeup 1 include tensioning wheel 11, idler wheel 13, belt wheel 12, pre-tightening mechanism 14,
Pedestal 15.
15 U-shaped channel-shaped of pedestal.Tensioning wheel 11, idler wheel 13, belt wheel 12, pre-tightening mechanism 14 are separately mounted on pedestal 15.
Tensioning wheel 11, idler wheel 13, belt wheel 12 are mounted side by side on respectively in the U-type groove of pedestal 15.Tensioning wheel 11, idler wheel 13, belt wheel 12
Central shaft is mutually parallel.There is interval between tensioning wheel 11, idler wheel 13, belt wheel 12 and the slot bottom of U-type groove.In the horizontal direction, belt wheel
Spacing distance between 12 and the slot bottom of U-type groove is more than the spacing distance between tensioning wheel 11, idler wheel 13 and the slot bottom of U-type groove,
Tensioning wheel 11 and idler wheel 13 are identical to the spacing distance between the slot bottom of U-type groove.Belt wheel 12 is arranged in tensioning wheel 11 and idler wheel 13
Between.The both sides of pedestal 15 are provided with adjustment tank.The both ends of the shaft 111 of tensioning wheel 11 are slidably mounted on two one by one respectively
In a adjustment tank.Tensioning wheel 11 is pressed to belt wheel 12 by pre-tightening mechanism 14 by discharging pretightning force along the extending direction of adjustment tank.
The extending direction of adjustment tank is identical as the direction of pretightning force.
Specifically, pre-tightening mechanism 14 includes pre- bearing pin 141, spring 142, tensioning plate 143, tensioning nut 144.Tensioning plate
143 are arranged in one end of pedestal 15.There is interval between tensioning plate 143 and the U-type groove bottom of pedestal 15.The position placed in the middle of tensioning plate 143
It installs and is equipped with pin axis through hole.It is provided with screw thread on the side wall of the close first end of pre- bearing pin 141；Pre- bearing pin 141 it is close
It is provided with spring block on the side wall of second end.The spring block is circumferentially positioned on the side wall of pre- bearing pin 141, spring block
It is coaxial with pre- bearing pin 141.Pre- bearing pin 141 passes through pin axis through hole.The first end of pre- bearing pin 141 is located at tensioning plate 143
Backwards to the side of tensioning wheel 11；The second end of pre- bearing pin 141 is against in the shaft 111 of tensioning wheel 11.It is sleeved on outside spring 142 pre-
On bearing pin 141；One end of spring 142 is against on tensioning plate 143, and the other end of spring 142 is against on spring block.It is tensioned spiral shell
Mother 144 is screwed at the first end of pre- bearing pin 141.The length of pre- bearing pin 141 is longer than the natural length of spring 142.Adjustment
The length of slot is longer than the length of pre- bearing pin 141.Pin axis through hole and the shaft 111 of tensioning wheel 11 are contour.The axis of pre- bearing pin 141
To identical as the extending direction of adjustment tank.
Preferably, being equipped with spring counterbore at the pin axis through hole of tensioning plate 143.Spring counterbore is convenient for firm spring 142, cooperation
One axis pin spacer make spring 142 compression pre-tighten during be less prone to due to stress is irregular and unstability.The axis pin spacer outer diameter
It is slightly less than 142 internal diameter of spring, internal diameter is slightly larger than pre- bearing pin 141, and length is less than 142 maximum compression length of spring.Axis pin every
It is sleeved between pre- bearing pin 141 and spring 142, spring 142 is made to be not easy unstability in pre-tightening compression process.
Stepper motor 17 is installed on the outside of the side plate of pedestal 15.The shaft of stepper motor 17 passes through the side of pedestal 15
Plate is inserted into the centre bore of belt wheel 12；Keyway is equipped in the centre bore of belt wheel 12, the shaft of stepper motor 17 is equipped with key, stepping
The key of motor 17 is stuck on the keyway of belt wheel 12；Band movable belt pulley 12 rotates when stepper motor 17 rotates；The other end of belt wheel 12 is logical
Flange pin 18 is crossed to be fixed on the side plate of pedestal 15.
It is provided with U-shaped guide groove on fixed proximate matter 3, guide blot compatible with U-shaped guide groove is provided on pedestal 15；
Guide blot is stuck in U-shaped guide groove；Guide blot can be slided along U-shaped guide groove；In this way, conveyer belt automatic takeup 1
According to actual needs, it is installed on 3 lower section any position of fixed proximate matter, position flexibly moves, and improves in assembly line layout process
The utilization rate in space.
Further, tensioning wheel 11 includes two runners 112.Two runners 112 are outer respectively to be sleeved in shaft 111.Two
There is interval between runner 112.Bearing 113 is provided between runner 112 and shaft 111.113 through hole of bearing is solid with snap ring 114
It is scheduled in runner 112.The second end of pre- bearing pin 141 is against on the position among shaft 111.Pacify respectively at the both ends of shaft 111
In adjustment tank, and the both ends of shaft 111 carry out axially position by tensioning wheel end sleeve 116 and shaft end snap ring 117.
Preferably, the side wall in shaft 111 is equipped with location hole.The second end of pre- bearing pin 141 is equipped with positioning column, positioning
The diameter of column is slightly less than location hole, and positioning column is against in location hole.In one embodiment, tensioning wheel 11 also includes tension wheel shaft
Sleeve 115.It is sleeved in shaft 111 outside tension wheel shaft sleeve 115, the interval being located between two runners 112.Tensioning wheel axle sleeve
The side wall of cylinder 115 is equipped with the location hole.
Specifically, conveyer belt connector 4 includes 41, two end rollers 42 of end-connector.Two end rollers 42 are divided
It An Zhuan not be on end-connector 41.Two end rollers 42 go to upper and lower setting on end-connector 41.End rollers 42
Both ends carry rib, by rib come axially position conveyer belt 2, ensure that axial sideslip does not occur in operation process for conveyer belt 2.
End-connector 41 is directly connected with fixed proximate matter 3 by taper sunk screw.Taper sunk screw nut compared with
It is thin directly to sink to inside parts, leaving space is installed to end rollers 42, ensure that 4 size of conveyer belt connector is smaller, is contracted
The short length of transmission equipment both ends connectors, makes assembly line when being laid out using this transmission equipment, transmission equipment is vertically handed over
Cause this unserviceable partial-length of end to reduce since both ends can not join when connecing use, makes assembly line space utilization
Rate greatly improves.
Fixed proximate matter 3 uses 45X45 aluminium alloy extrusions, and cheap acquisition is convenient, and is tied when changing 2 length of conveyer belt
Structure is easy to change.
Operation principle：
In installation process, the end-connector 41 of 2 end of conveyer belt is mounted on fixed proximate matter 3 first, then by two
End rollers 42 are mounted on corresponding end-connector 41, then to install conveyer belt automatic takeup.Conveyer belt is automatic
Tensioning apparatus 1 is fixed on fixed proximate matter 3, and guide blot can slide in the U-shaped guide groove of fixed proximate matter 3, so conveyer belt
The position of automatic takeup 1 is flexibly adjustable according to practical situations.Again in the good belt wheel 12 installed above of pedestal 15, stepping electricity
Machine 17, then the housing conveyer belt 2 on belt wheel 12 and end rollers 42.Then idler wheel 13 is installed, the biography of 12 side of belt wheel is pushed down
Send band 2.Then the shaft 111 of tensioning wheel 11 is mounted in the adjustment tank of pedestal 15, tensioning wheel 11 pushes down 12 other side of belt wheel
Conveyer belt 2.Tensioning wheel 11 can be run along adjustment tank is parallel with conveyer belt 2.Again by pre- bearing pin 141, spring 142,
Tight plate 143 is combined；Tensioning nut 144 is screwed on pre- bearing pin 141 by pre-compressed spring 142.Pre-tightening mechanism 14 is installed
Ensure that the leading portion of pre- bearing pin 141 is inserted into the location hole on tensioning wheel 11 on pedestal 15, in installation.
After installation is complete, tensioning nut 144 is unscrewed, so that the elastic force of spring 142 is discharged, shaft 111 is by spring at this time
142 elastic force, tensioning wheel 11 compress conveyer belt 2 to 12 direction of belt wheel.During the work time, stepper motor 17 is revolved with movable belt pulley 12
Turn, belt wheel 12 drives conveyer belt 2 to rotate as driving wheel, and idler wheel 13 is as driven wheel as conveyer belt 2 rotates.2 pine of conveyer belt
After relaxation, 142 power of spring can discharge pretightning force automatically, and tensioning wheel 11 is moved along adjustment tank, is pre-tightened to conveyer belt 2, be not necessarily to people
Work is adjusted；The runner 112 of tensioning wheel 11 can be rotated with conveyer belt 2 under the effect of bearing 113, and tensioning wheel 11 will not be because
Prodigious friction is caused to conveyer belt 2 for the pressure of spring 142, to the resistance very little of conveyer belt 2.Conveyer belt 2 in whole process
Pretightning force variation is smaller, eliminates after prior art lower conveyor belt 2 relaxes each time the asking drastically of pre- next pretightning force variation again
Topic, realizes the automatic fine tuning of conveyer belt 2.The transfer structure is simple in structure, easy for installation, and integraty is good, whole occupied space
It is small, shared space, and auto-tensioning in operational process are saved when can be assembly line integral layout, are avoided because rate of tension variation is drawn
It plays the reduction of belt efficiency of transmission or service load increases, conveyer belt 2 is pre-tightened without artificial not timing.
As shown in figure 5, in another embodiment, transmission equipment further includes external module：Support base 5, connection rebound
6, side shield 7.Rebound 6 is connected for the linking between two transmission equipments, to flexibly splice according to varying environment space
Go out assembly line layout；Connect rebound 6 have positioning action, control two connected conveyer belts, 2 distance, this distance can guarantee material from
One conveyer belt 2 is transferred to another conveyer belt 2.Side shield 7 is mounted on the both sides of conveyer belt 2, and it is fixed to be played to material on conveyer belt 2
Position guiding role.Support base 5 is the fixed mechanism that proximate matter 3 is fixed in installation, and support base 5 is mounted on fixed proximate matter by bolt
In 3 gully, 5 installation site of support base is flexibly adjustable, keeps transmission equipment adaptable to installation environment.
Above-described is only preferred embodiments of the present invention, and the utility model is not limited to above example.It can
With understand, those skilled in the art directly export or associate under the premise of not departing from the basic conception of the utility model its
It is improved and variation is considered as being included within the scope of protection of this utility model.
Claims (10)
1. a kind of conveyer belt automatic takeup, it is characterised in that：
Including tensioning wheel (11), belt wheel (12), idler wheel (13), pre-tightening mechanism (14), pedestal (15)；
The tensioning wheel (11), belt wheel (12), idler wheel (13), pre-tightening mechanism (14) are separately mounted on pedestal (15)；
The tensioning wheel (11), idler wheel (13), belt wheel (12) are arranged side by side, and central shaft is mutually parallel；
The belt wheel (12) is arranged between tensioning wheel (11) and idler wheel (13)；
It is provided with adjustment tank on the pedestal (15)；
The shaft of the tensioning wheel (11) is slidably mounted in the adjustment tank；
The pre-tightening mechanism (14) discharges pretightning force, and tensioning wheel (11) is pressed to belt wheel along the extending direction of the adjustment tank
(12)。
2. conveyer belt automatic takeup according to claim 1, it is characterised in that：
The pre-tightening mechanism (14) includes pre- bearing pin (141), spring (142), tensioning plate (143), tensioning nut (144)；
The one end of tensioning plate (143) setting in pedestal (15)；
Centered position is provided with pin axis through hole on the tensioning plate (143)；
It is provided with screw thread on the side wall of the close first end of the pre- bearing pin (141)；The pre- bearing pin (141) close to the
It is provided with spring block on the side wall at two ends；
It is sleeved on and is pre-tightened on axis pin (141) outside the spring (142)；
The pre- bearing pin (141) passes through the pin axis through hole；The first end of the pre- bearing pin (141) is located at tensioning plate
(143) side of tensioning wheel (11) backwards；The second end of the pre- bearing pin (141) is against in the shaft of tensioning wheel (11)；
One end of the spring (142) is against on tensioning plate (143), and the other end of the spring (142) is against on spring block；
The tensioning nut (144) is screwed in the first end of pre- bearing pin (141)；
The axial direction of the pre- bearing pin (141) is identical as the extending direction of the adjustment tank.
3. conveyer belt automatic takeup according to claim 1, it is characterised in that：
The U-shaped channel-shaped of the pedestal (15)；
The tensioning wheel (11), idler wheel (13), belt wheel (12) are mounted side by side on respectively in the U-type groove of pedestal (15)；
In the horizontal direction, spacing distance of the belt wheel (12) between the slot bottom of U-type groove is more than tensioning wheel (11), idler wheel (13)
Spacing distance between the slot bottom of U-type groove.
4. conveyer belt automatic takeup according to claim 2, it is characterised in that：
The tensioning wheel (11) includes two runners (112)；
Described two runners (112) are outer respectively to be sleeved in the shaft of tensioning wheel (11)；
There is interval between described two runners (112)；
It is provided with bearing (113) between the runner (112) and the shaft of tensioning wheel (11)；
The second end of the pre- bearing pin (141) is against on the position among the shaft of tensioning wheel (11).
5. conveyer belt automatic takeup according to claim 4, it is characterised in that：
The tensioning wheel (11) also includes tension wheel shaft sleeve (115)；
It is sleeved in the shaft of tensioning wheel (11) outside the tension wheel shaft sleeve (115)；The tension wheel shaft sleeve (115) is located at two
Between a runner (112)；
The side wall of the tension wheel shaft sleeve (115) is equipped with location hole；
The second end of the pre- bearing pin (141) is against in the location hole.
6. conveyer belt automatic takeup according to claim 1 or 3, it is characterised in that：
Stepper motor (17) is installed on the outside of one side plate of the pedestal (15)；
The shaft of the stepper motor (17) passes through the side plate of the pedestal (15), is mounted on belt wheel (12).
7. a kind of transmission equipment, it is characterised in that：
Including the conveyer belt automatic takeup described in claim 1-6 any one.
8. transmission equipment according to claim 7, it is characterised in that：
Further include conveyer belt (2), two conveyer belt connectors (4)；
It is sleeved on belt wheel (12) and two conveyer belt connectors (4) outside the conveyer belt (2)；
The idler wheel (13), tensioning wheel (11) push down the conveyer belt (2) of belt wheel (12) both sides respectively.
9. transmission equipment according to claim 7, it is characterised in that：
Further include fixed proximate matter (3)；
The conveyer belt automatic takeup is mounted on fixed proximate matter (3)；
It is provided with U-shaped guide groove on the fixed proximate matter (3)；
Guide blot compatible with the U-shaped guide groove is provided on the pedestal (15) of the conveyer belt automatic takeup；
The guide blot is stuck in the U-shaped guide groove；
The guide blot can be slided along the U-shaped guide groove.
10. a kind of transmission equipment, it is characterised in that：
Including conveyer belt automatic takeup (1), conveyer belt (2), fixed proximate matter (3), two conveyer belt connectors (4)；
Two conveyer belt connectors (4) are separately mounted to the both ends of fixed proximate matter (3)；
It is sleeved on two conveyer belt connectors (4) outside the conveyer belt (2)；
The conveyer belt automatic takeup (1) is mounted on fixed proximate matter (3)；
The conveyer belt automatic takeup (1) is located at the lower section of fixed proximate matter (3)；
The conveyer belt (2) passes through conveyer belt automatic takeup (1)；
The conveyer belt automatic takeup (1) makes the local compaction of conveyer belt (2) shrink by discharging pretightning force.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820171933.0U CN207844207U (en) | 2018-02-01 | 2018-02-01 | A kind of conveyer belt automatic takeup and transmission equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820171933.0U CN207844207U (en) | 2018-02-01 | 2018-02-01 | A kind of conveyer belt automatic takeup and transmission equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207844207U true CN207844207U (en) | 2018-09-11 |
Family
ID=63414154
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820171933.0U Active CN207844207U (en) | 2018-02-01 | 2018-02-01 | A kind of conveyer belt automatic takeup and transmission equipment |
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| Country | Link |
|---|---|
| CN (1) | CN207844207U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108100577A (en) * | 2018-02-01 | 2018-06-01 | 前海瑞智捷自动化科技（深圳）有限公司 | A kind of conveyer belt automatic takeup and transmission equipment |
-
2018
- 2018-02-01 CN CN201820171933.0U patent/CN207844207U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108100577A (en) * | 2018-02-01 | 2018-06-01 | 前海瑞智捷自动化科技（深圳）有限公司 | A kind of conveyer belt automatic takeup and transmission equipment |
| CN108100577B (en) * | 2018-02-01 | 2023-09-19 | 前海瑞智捷自动化科技（深圳）有限公司 | Automatic tensioning device of conveyor belt and conveying equipment |
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