CN208585711U - Transmission device - Google Patents
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- CN208585711U CN208585711U CN201821042097.2U CN201821042097U CN208585711U CN 208585711 U CN208585711 U CN 208585711U CN 201821042097 U CN201821042097 U CN 201821042097U CN 208585711 U CN208585711 U CN 208585711U
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Abstract
The utility model relates to a kind of transmission devices, comprising: artificial transmission channel, be used for transmission product to first position, to manual handling product to subsequent processing；Automatic transmission channel is used for transmission product to the second position, and automatic transporting is to the subsequent processing；Control structure, for controlling the switching of the artificial channel and the automatic transmission channel working condition.The beneficial effects of the utility model are: being provided simultaneously with artificial transmission channel and automatic transmission channel, and the working condition in artificial transmission channel and automatic transmission channel can be switched, improve practicability.
Description
Technical field
The utility model relates to show production technical field more particularly to a kind of transmission device.
Background technique
Existing wire body, which removes board and is all based on single transport passage for transporting mode, to be designed, it is more difficult to while compatible automatic job and manual work
Mode can partially be compatible with manual work space by the way of Manipulator Transportation, but since there are some peaces for manipulator itself
Full problem and protection insulation request, and manipulator expense cost is higher, so economic benefit is relatively low.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of transmission device, solves single transmission mode, practical
The low problem of property.
In order to achieve the above object, the technical solution adopted in the utility model is: a kind of transmission device, comprising:
Artificial transmission channel, be used for transmission product to first position, to manual handling product to subsequent processing；
Automatic transmission channel is used for transmission product to the second position, and automatic transporting is to the subsequent processing；
Control structure, for controlling the switching of the artificial channel and the automatic transmission channel working condition.
Further, the artificial transmission channel includes that the first hop set gradually along transmission direction and second pass
Defeated part, and positioned at the first sensing unit of second hop,
First sensing unit sends information to the control knot for incuding when product is transmitted to the first position
Structure,
The control structure includes the first control list connecting with first sensing unit and second hop
Member, the information that the first control unit is used to be sent according to first sensing unit control second hop and stop
Work.
Further, the automatic transmission channel includes the third hop set gradually along transmission direction, the 4th biography
Defeated part, the 5th hop and the second sensing unit positioned at the 4th hop,
Second sensing unit sends information to the control knot for incuding when product is transmitted to the second position
Structure,
The control structure includes the second control list connecting with second sensing unit and the 4th hop
Member, the information that second control unit is used to be sent according to second sensing unit control the 4th hop and stop
Work,
The control structure further includes the third control unit connecting with the 5th hop, and the third control is single
Member is for controlling the 5th hop for the product automatic transportation on the 4th hop to the subsequent processing.
Further, the artificial transmission channel includes the first hop along transmission direction setting and the second transport part
Point, and positioned at the first sensing unit of second hop,
First sensing unit sends information to the control knot for incuding when product is transmitted to the first position
Structure,
The control structure includes the first control list connecting with first sensing unit and second hop
Member, the information that the first control unit is used to be sent according to first sensing unit control second hop and stop
Work；
The automatic transmission channel includes the third hop along transmission direction setting, the 4th hop, the 5th biography
Defeated part and the second sensing unit positioned at the 4th hop,
Second sensing unit sends information to the control knot for incuding when product is transmitted to the second position
Structure,
The control structure includes the second control list connecting with second sensing unit and the 4th hop
Member, the information that second control unit is used to be sent according to second sensing unit control the 4th hop and stop
Work,
The control structure further includes the third control unit connecting with the 5th hop, and the third control is single
Member is for controlling the 5th hop for the product automatic transportation on the 4th hop to the subsequent processing；
Wherein, first hop and the third hop, the 4th hop share.
Further, the 4th hop include it is multiple side by side and spaced roller, the 5th transport part
Dividing includes at least two sub- hops, and every sub- hop includes two narrow belt sub-tracks arranged side by side, each narrow
Belt sub-track is correspondingly arranged in the gap between the two neighboring roller, the transmission side of at least two sub- hops
To perpendicular with the transmission direction of the roller,
The transmission device further includes the lifting unit for controlling the narrow belt track elevating movement, so that described
5th hop switches between the first state and a second state,
When the first state, the narrow belt track is risen by the lower section of the roller to carry and be located at the 4th biography
Product on defeated part, when second state, the narrow belt track decline is to be placed in the subsequent processing for product.
Further, each sub- hop further includes overturning structure, and the overturning structure includes being located at adjacent two
Supporting part between a narrow belt track, and the driving supporting part overturning is to be sent to the subsequent processing for product
Driving portion.
Further, the supporting part is arranged at intervals at least two limiting blocks far from one end of the 4th hop
Block.
Further, the position setting between the two neighboring sub- hop is corresponded on the 4th hop
Finite place piece, and the lifters of control locating part lifting.
Further, the third hop is divided into the sub- transmission region of multiple independent controls along transmission direction, more
The transmission speed of a sub- transmission region is different.
Further, be provided with third sensing unit on first hop, the control structure include with it is described
The 4th control unit that first sensing unit, second sensing unit, the third sensing unit connect, the 4th control
Unit is used for while receiving the sense that first sensing unit, second sensing unit and the third sensing unit are sent
When should arrive the information of product, controls the artificial channel and stop working；
The control structure includes the 5th control list connecting with second sensing unit, the third sensing unit
Member, the 5th control unit are used for while receiving the induction that second sensing unit and the third sensing unit are sent
To product information when, control the artificial channel and stop working.
The beneficial effects of the utility model are: being provided simultaneously with artificial transmission channel and automatic transmission channel, and can switch
The working condition in artificial transmission channel and automatic transmission channel improves practicability.
Detailed description of the invention
Fig. 1 shows transmission device structural schematic diagrams in the utility model embodiment；
Fig. 2 indicates the partial structure diagram of transmission device in the utility model embodiment.
Specific embodiment
It is described in detail below in conjunction with feature and principle of the attached drawing to the utility model, illustrated embodiment is only used for explaining
The utility model not limits the protection scope of the utility model with this.
The present embodiment provides a kind of transmission devices, comprising:
Artificial transmission channel, be used for transmission product to first position, to manual handling product to subsequent processing；
Automatic transmission channel is used for transmission product to the second position, and automatic transporting is to the subsequent processing；
Control structure, for controlling the switching of the artificial channel and the automatic transmission channel working condition.
People may be implemented in compatible artificial transmission channel and automatic transmission channel, control structure to the present embodiment transmission device simultaneously
The switching of the working condition of work transmission channel and automatic transmission channel opens people when needing using artificial transmission's channel transfer
Product is transmitted to first position, then to open to manual handling to subsequent processing when needing automatic transmission by work transmission channel
Automatic transmission channel is opened, by product automatic transportation to the second position, and automatic transporting improves transmission and set to the subsequent processing
Standby practicability increases the scope of application.
It should be noted that generally requiring using the case where artificial transmission's channel transfer includes: that product shape structure compares
Special or appearance is easy to scratch, and cannot use automatic transporting；Transmission device is abnormal, needs manually to cope with；Occur bulk bad
When product need to reprocess, it is offline midway can be carried out by artificial transmission channel.
In actual use, the switching of the working condition of the artificial transmission channel and the automatic transmission channel, can basis
Actual needs setting, however it is not limited to described above.
The specific constructive form in the artificial transmission channel can there are many, in the present embodiment, the artificial transmission channel
Including the first hop and the second hop set gradually along transmission direction, and positioned at the of second hop
One sensing unit,
First sensing unit sends information to the control knot for incuding when product is transmitted to the first position
Structure,
The control structure includes the first control list connecting with first sensing unit and second hop
Member, the information that the first control unit is used to be sent according to first sensing unit control second hop and stop
Work.
The structure type of the automatic transmission channel can there are many, in the present embodiment, the automatic transmission channel includes
The third hop that is set gradually along transmission direction, the 4th hop, the 5th hop and it is located at the described 4th and passes
Second sensing unit of defeated part,
Second sensing unit sends information to the control knot for incuding when product is transmitted to the second position
Structure,
The control structure includes the second control list connecting with second sensing unit and the 4th hop
Member, the information that second control unit is used to be sent according to second sensing unit control the 4th hop and stop
Work,
The control structure further includes the third control unit connecting with the 5th hop, and the third control is single
Member is for controlling the 5th hop for the product automatic transportation on the 4th hop to the subsequent processing.
The artificial transmission channel can be independently arranged with the automatic transmission channel, also can integrate setting, this implementation
In order to save cost and save transmission device the space occupied in example, as shown in Figure 1, arrow direction is the biography of product 100 in Fig. 1
Defeated direction, the artificial transmission channel include the first hop 12 and the second hop 11 along transmission direction setting, and
Positioned at the first sensing unit 111 of second hop 11,
First sensing unit 111 for incude sent information to when product 100 is transmitted to the first position it is described
Control structure,
The control structure includes the first control connecting with first sensing unit 111 and second hop 11
Unit processed, the information control that the first control unit is used to be sent according to first sensing unit 111 second transmission
Part 11 stops working；
The automatic transmission channel includes the third hop 21 along transmission direction setting, the 4th hop 22, the
Five hops and the second sensing unit 221 positioned at the 4th hop 22,
Second sensing unit 221 for incude sent information to when product 100 is transmitted to the second position it is described
Control structure,
The control structure includes the second control connecting with second sensing unit 221 and the 4th hop 22
Unit processed, the information control that second control unit is used to be sent according to second sensing unit 221 the 4th transmission
Part 22 stops working,
The control structure further includes the third control unit connecting with the 5th hop, and the third control is single
Member is for controlling the 5th hop for 100 automatic transportation of product on the 4th hop 22 to next work
Sequence；
Wherein, first hop 12 is shared with the third hop 21, the 4th hop 22.
The specific constructive form of 4th hop 22 and the 5th hop can there are many, this implementation
In example, the 4th hop 22 include it is multiple side by side and spaced roller (not shown), the 5th transport part
Dividing includes at least two sub- hops, and every sub- hop includes two narrow belt sub-tracks 31 arranged side by side, each
Narrow belt sub-track 31 is correspondingly arranged in the gap between the two neighboring roller, the biography of at least two sub- hops
Defeated direction and the transmission direction of the roller are perpendicular,
The transmission device further includes the lifting unit for controlling 31 elevating movement of narrow belt track, so that institute
The 5th hop is stated to switch between the first state and a second state,
When the first state, the narrow belt track 31 is risen by the lower section of the roller to carry and be located at the described 4th
Product 100 on hop 22, when second state, the decline of narrow belt track 31 is to be placed in institute for product 100
State subsequent processing.
The specific constructive form of the lifting unit can there are many, in the present embodiment, the lifting unit include lifting
Cylinder 32, but be not limited thereto.
The quantity of the sub- hop can be set according to actual needs, in the present embodiment, the 5th hop
Including two sub- hops, but it is not limited thereto.
Correspond to the position between the two neighboring sub- hop in the present embodiment, on the 4th hop 22
Finite place piece, and the lifters of control locating part lifting are set.
Corresponding to described two sub- hops, the 4th hop 22 includes corresponding described two sub- hops
Two automatic transmission area to be transferred domains, it is described in order to realize that described two sub- hops are smooth and accurate transmission product 100
Each automatic transmission area to be transferred domain setting finite place piece and the lifters of the control locating part lifting.Described in two
When locating part between automatic transmission area to be transferred domain (including the first area to be transferred domain and the second area to be transferred domain along transmission direction) rises,
Product 100 can smoothly be transmitted to the second area to be transferred domain, when the locating part between two area to be transferred domains declines, prevent
Product 100 is transmitted to the second area to be transferred domain, and product 100 is located on the corresponding position of corresponding sub- hop, with quilt
Corresponding sub- hop is transmitted to the subsequent processing.When locating part positioned at the second area to be transferred domain rises, it can to produce
Product 100 enter artificial transmission channel, when positioned at the locating part decline in the second area to be transferred domain, product 100 can be prevented to enter artificial
Transmission channel, and product 100 is located on the corresponding position of corresponding sub- hop, to be passed by corresponding sub- hop
Transport to the subsequent processing.
The specific constructive form of the locating part can there are many, in the present embodiment, the locating part includes limit plate.
The specific constructive form of the lifters can there are many, in the present embodiment, the lifters include bracket, described
Bracket includes two pillars for being located at the opposite two sides of the 4th hop 22, and the limit plate is movably arranged
Between described two pillars.
The specific constructive form of the sub- hop can there are many, in the present embodiment, each sub- hop
It further include overturning structure, as shown in Fig. 2, the overturning structure includes holding between the two neighboring narrow belt track 31
Load portion 33, and the driving supporting part 33 are overturn so that product 100 to be sent to the driving portion of the subsequent processing, void in Fig. 2
Line indicates the state after the overturning of turning part 33.
In the present embodiment, the supporting part 33 is a plate structure, and the driving portion includes cylinder, and is connected to described
Drive rod between cylinder and the supporting part, specifically, the drive rod is brace and connecting rod framework.
In the present embodiment, the supporting part 33 is arranged at intervals at least two far from one end of the 4th hop 22
Limited block 34.Spaced at least two limited block 34, after preventing the supporting part 33 from overturning, product 100 is from described
It falls on supporting part, and is taken away convenient for product 100 by the corresponding tooling of the subsequent processing.
As shown in Fig. 2, the overturning structure further includes for driving the supporting part 33 parallel with product transmission direction
Direction on back and forth movement moving structure, specifically, the moving structure includes bracket 35, setting is along producing on the bracket 35
The guide rail (not shown) of product transmission direction setting (identical as the transmission direction of the narrow belt track 41), it is moveable to be arranged
In the driving portion is arranged on the connection frame 36 on the guide rail, the connection frame 36 and is used to support the supporting part 33
Support portion 361 is not fixed between the support portion 361 and the supporting part 33 for the ease of the overturning of the supporting part 33
Connection.
The narrow belt track 31 rises carrying product 100, and product 100 is transported to the top of the supporting part 33,
The decline of narrow belt track 31 is placed on the supporting part 33 with that will produce piece 100, and the supporting part 33 overturns the (carrying
Portion 33 overturn after state as shown by the dash line in figure 2, product 100 after overturning is by standing on (the i.e. subsequent processing of test fixture plate 200
Bearing structure is not limited thereto) on), then, the connection frame 36 drives 33 counter motion of supporting part (to pass with product
Defeated contrary direction) so that the limited block 34 is extracted out from 100 parallel beneath of product, then the supporting part 33 is multiple
Position, then the connection frame 36 drives 33 integral reset of supporting part.
It should be noted that when the narrow belt track 31 rises carrying product 100, for narrow belt track described in edge
31 transport and smoothly product is placed on the supporting part 33, the narrow belt track 31 vertically with Product transport side
To direction on height be higher than 33 pre-determined distance of supporting part, in the present embodiment, which is 10mm, but not with
This is limited.
The arrow direction of 31 lower section of narrow belt track is the elevating movement direction of the narrow belt track 31 in Fig. 2, described
The arrow of 31 top of narrow belt track indicates the transmission direction of the narrow belt rail transport product, the arrow on the connection frame 36
Head indicates the direction of motion of the connection frame 36.
In the present embodiment, the third hop 21 is in turn divided into the son transmission of multiple independent controls along transmission direction
The transmission speed in region, multiple sub- transmission regions is different.
In the present embodiment, the artificial transmission channel and the automatic transmission channel are all made of beat-type transmission mode, institute
It states third hop 21 and includes at the uniform velocity transmission region along the sub- transmission region that transmission direction is in turn divided into multiple independent controls
212, accelerate transmission region 213, the product 100 accelerates after the acceleration transmission range stops preset time, product 100
It is accelerated by the acceleration transmission region 213 and enters the automatic transmission area to be transferred domain, since product 100 enters area to be transferred
Domain can be out of service to be transported to the subsequent processing by the 5th hop, the setting for accelerating transmission region 213,
Meeting in 100 mutual distance of product in each transmission region so that increase, to prevent 100 phase of product on transmission device
It hits.
It should be noted that at the uniform velocity transmission region 212 includes transmission belt, the acceleration transmission range described in the present embodiment
Domain 213 includes roller frame arranged side by side, but is not limited thereto.
In order to further prevent the product 100 on transmission device from bumping against, in the present embodiment, first hop 12
On be provided with third sensing unit 211, the control structure includes and first sensing unit 111, second induction are single
Member 221, the 4th control unit of the third sensing unit 211 connection, the 4th control unit are used for while receiving institute
That states the first sensing unit 111, second sensing unit 221 and the third sensing unit 211 transmission senses product 100
Information when, control the artificial channel and stop working；
The control structure includes the 5th control connecting with second sensing unit 221, the third sensing unit 211
Unit processed, the 5th control unit are used for while receiving second sensing unit 221 and the third sensing unit 211
When the information for sensing product 100 sent, controls the artificial channel and stop working.
In the present embodiment, the third sensing unit 211 is set to the third hop 21 and the 4th transmission
Between part 22, when first sensing unit 111, second sensing unit 221 and the third sensing unit 211 are felt
When should arrive product 100, there is product 100 on first hop 12 and second hop 11, that is, is located at institute
The product 100 for stating first position is not removed, and next product 100 will reach the first position, in order to prevent product
100 bump against, and control structure controls the artificial transmission channel and stops working.
Similarly, when second sensing unit 221 and the third sensing unit 211 all sense product 100, described
There is product 100 in three hops 21 and the 4th hop 22, i.e., positioned at the second position product 100 not by
The 5th hop transhipment is walked, and next product 100 is up to the second position, in order to prevent 100 phase of product
It hits, control structure controls the automatic transmission channel and stops working.
Specifically, the present embodiment includes the artificial transmission channel, the automatic transmission channel and the control artificial biography
The control structure of the switching of the working condition of defeated channel and the automatic transmission channel；
The artificial transmission channel includes the first hop 12 and the second hop set gradually along transmission direction
11, the automatic transmission channel includes the third hop 21 being arranged along transmission direction, the transmission of the 4th hop the 22, the 5th
Part, wherein first hop 12 and the third hop 21, the 4th hop 22 share；
First sensing unit 111 is arranged in second hop 11, and first sensing unit 111 is for incuding
Product 100 sends information to the control structure when being transmitted to the first position, second hop 11 includes two
The artificial transmission area to be transferred domain (quantity in artificial transmission area to be transferred domain can be set according to actual needs) of independent control, Mei Gesuo
It states artificial transmission area to be transferred domain and is respectively provided with first sensing unit 111, reach corresponding artificial transmission area to be transferred for incuding
The product 100 in domain, two artificial transmission regions include multiple rollers arranged side by side, and the control structure receives described
The information that one sensing unit 111 is sent, the roller for controlling corresponding artificial transmission area to be transferred domain stops operating, so that product
100 rest on corresponding artificial transmission area to be transferred domain to manually take away；
4th hop 22 include it is multiple side by side and spaced roller, the 5th hop includes extremely
Few two sub- hops, every sub- hop includes two narrow belt sub-tracks 31 arranged side by side, each narrow belt
Track 31 is correspondingly arranged in the gap between the two neighboring roller, the transmission direction of at least two sub- hops with
The transmission direction of the roller is perpendicular；
Every sub- hop further includes the lifting unit for controlling the narrow belt track elevating movement, so that institute
The 5th hop is stated to switch between the first state and a second state,
When the first state, the narrow belt track risen by the lower section of the roller and pass through corresponding roller it
Between gap to the roller top, with carry be located at the 4th hop 22 on product 100, second state
When, the narrow belt track drops to the lower section of the roller, product 100 is placed in the subsequent processing.
Each sub- hop further includes overturning structure, and the overturning structure includes being located at the two neighboring narrow skin
Supporting part between belt track, and the driving supporting part are overturn so that product 100 to be sent to the driving of the subsequent processing
Portion.
The supporting part is a plate structure, and the driving portion includes cylinder, and is connected to the cylinder and holds with described
Brace and connecting rod framework between 33 bottom of load portion, the conversion between the horizontality and vertical state of the realization supporting part 33.
The supporting part is arranged at intervals at least two limited blocks 34 far from one end of the 4th hop 22.Between
Every at least two limited blocks 34 of setting, after preventing the supporting part 33 from overturning, product 100 fallen from the supporting part,
And it is taken away convenient for product 100 by the corresponding tooling of the subsequent processing.
The overturning structure further includes for driving the supporting part 33 past on the direction parallel with product transmission direction
The moving structure of movement is returned, specifically, the moving structure includes bracket 35, is arranged on the bracket 35 along product transmission direction
The guide rail (not shown) of setting (identical as the transmission direction of the narrow belt track 41), is movably set to the guide rail
On connection frame 36, the driving portion is set on the connection frame 36 and is used to support the support portion 361 of the supporting part 33,
For the ease of the overturning of the supporting part 33, it is not fixedly connected between the support portion 361 and the supporting part 33.
4th hop 22 includes transmitting area to be transferred domains automatically corresponding to two of the 5th hop, and two
The lifters of finite place piece and the control locating part lifting are set between a automatic transmission area to be transferred domain.The liter
Dropping part includes bracket, and the bracket includes two pillars for being located at the opposite two sides of the 4th hop 22, described
Limit plate is movably set between described two pillars.
The third hop 21 includes even along the sub- transmission region that transmission direction is in turn divided into multiple independent controls
Fast transmission region 212 accelerates transmission region 213, and the product 100 stops preset time (institute in the acceleration transmission region 213
State preset time it is very short, generally in several seconds, but be not limited thereto) accelerate afterwards, product 100 is by accelerations transmission
Region 213, which accelerates, enters the automatic transmission area to be transferred domain.
The second sensing unit 221 is arranged in each automatic transmission area to be transferred domain, and second sensing unit 221 is for feeling
Product 100 is answered to send information to the control structure when being transmitted to the second position, the control structure control is corresponding certainly
Dynamic transmission area to be transferred domain stops working, to transport corresponding product 100 to the 5th hop；
The at the uniform velocity transmission region 212 of the third hop 21, accelerates transmission region 214 equal at pause transmission region 213
Sensing unit (the i.e. described third sensing unit 211) is provided with to incude product 100 and send information to the control structure,
The control structure controls the transmission state of corresponding transmission region with transmission product 100；
The control structure includes and first sensing unit 111, second sensing unit 221, the third sense
The 4th control unit for answering unit 211 to connect, the 4th control unit are used for while receiving first sensing unit
111, when the information for sensing product 100 that second sensing unit 221 and the third sensing unit 211 are sent, control
The artificial channel stops working；
The control structure includes the 5th control connecting with second sensing unit 221, the third sensing unit 211
Unit processed, the 5th control unit are used for while receiving second sensing unit 221 and the third sensing unit 211
When the information for sensing product 100 sent, controls the artificial channel and stop working.
Transmission device in the present embodiment use process is as follows:
When control structure opens artificial transmission channel, product 100 enters from the uniform velocity transmission region 212 accelerates transmission region
It after 213 pause preset times, accelerates, is transmitted to the 5th hop by the 4th hop 22, is then manually passing
Defeated area to be transferred domain stops, to manual handling.
When control structure opens automatic transmission channel, product 100 enters from the uniform velocity transmission region 212 accelerates transmission region
It after 213 pause preset times, accelerates, stops after transmitting area to be transferred domain automatically subsequently into first, it is corresponding described narrow
Strip channel rises to carry and transport on product 100 to the supporting part 33 of the overturning structure, and the supporting part 33 is overturn so
Afterwards under the drive of the connection frame 36 counter motion with by the transport of product 100 to the subsequent processing；
After a product 100 is transported by the corresponding narrow belt track from first automatic transmission area to be transferred domain,
Next product 100 enters the automatic transmission area to be transferred domain, and then limit plate rises, and product 100 enters second automatic transmission
Area to be transferred domain, the corresponding narrow belt track rise to carry and transport on product 100 to the supporting part of the overturning structure,
The supporting part overturning is transporting product 100 to the subsequent processing.
The above is the utility model preferred embodiment, it should be noted that those of ordinary skill in the art are come
It says, under the premise of not departing from principle described in the utility model, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as scope of protection of the utility model.
Claims (10)
1. a kind of transmission device characterized by comprising
Artificial transmission channel, be used for transmission product to first position, to manual handling product to subsequent processing；
Automatic transmission channel is used for transmission product to the second position, and automatic transporting is to the subsequent processing；
Control structure, for controlling the switching in the artificial transmission channel and the automatic transmission channel working condition.
2. transmission device according to claim 1, which is characterized in that the artificial transmission channel include along transmission direction according to
The first hop and the second hop of secondary setting, and positioned at the first sensing unit of second hop,
First sensing unit sends information to the control structure for incuding when product is transmitted to the first position,
The control structure includes the first control unit connecting with first sensing unit and second hop, institute
Information control second hop of the first control unit for sending according to first sensing unit is stated to stop working.
3. transmission device according to claim 1, which is characterized in that the automatic transmission channel include along transmission direction according to
The third hop of secondary setting, the 4th hop, the 5th hop and positioned at the second of the 4th hop
Sensing unit,
Second sensing unit sends information to the control structure for incuding when product is transmitted to the second position,
The control structure includes the second control unit connecting with second sensing unit and the 4th hop, institute
Information control fourth hop of second control unit for sending according to second sensing unit is stated to stop working,
The control structure further includes the third control unit connecting with the 5th hop, and the third control unit is used
In controlling the 5th hop for the product automatic transportation on the 4th hop to the subsequent processing.
4. transmission device according to claim 1, which is characterized in that the artificial transmission channel includes setting along transmission direction
The first hop and the second hop set, and positioned at the first sensing unit of second hop,
First sensing unit sends information to the control structure for incuding when product is transmitted to the first position,
The control structure includes the first control unit connecting with first sensing unit and second hop, institute
Information control second hop of the first control unit for sending according to first sensing unit is stated to stop working；
The automatic transmission channel includes third hop, the 4th hop, the 5th transport part along transmission direction setting
Point and positioned at the 4th hop the second sensing unit,
Second sensing unit sends information to the control structure for incuding when product is transmitted to the second position,
The control structure includes the second control unit connecting with second sensing unit and the 4th hop, institute
Information control fourth hop of second control unit for sending according to second sensing unit is stated to stop working,
The control structure further includes the third control unit connecting with the 5th hop, and the third control unit is used
In controlling the 5th hop for the product automatic transportation on the 4th hop to the subsequent processing；
Wherein, first hop and the third hop, the 4th hop share.
5. transmission device according to claim 4, which is characterized in that the 4th hop include it is multiple side by side and
Every the roller of setting, the 5th hop includes at least two sub- hops, every sub- hop include two simultaneously
The narrow belt sub-track of setting is arranged, each narrow belt sub-track is correspondingly arranged in the gap between the two neighboring roller, until
The transmission direction of few two sub- hops and the transmission direction of the roller are perpendicular,
The transmission device further includes the lifting unit for controlling the narrow belt track elevating movement, so that the described 5th
Hop switches between the first state and a second state,
When the first state, the narrow belt track is risen by the lower section of the roller to carry and be located at the 4th transport part
Product on point, when second state, the narrow belt track decline is to be placed in the subsequent processing for product.
6. transmission device according to claim 5, which is characterized in that each sub- hop further includes overturning knot
Structure, the overturning structure include the supporting part between the two neighboring narrow belt track, and the driving supporting part
It overturns so that product to be sent to the driving portion of the subsequent processing.
7. transmission device according to claim 6, which is characterized in that the supporting part is far from the 4th hop
One end is arranged at intervals at least two limited blocks.
8. transmission device according to claim 5, which is characterized in that correspond on the 4th hop two neighboring
Finite place piece, and the lifters of control locating part lifting are arranged in position between the sub- hop.
9. transmission device according to claim 4, which is characterized in that the third hop is divided into along transmission direction
The transmission speed of the sub- transmission region of multiple independent controls, multiple sub- transmission regions is different.
10. transmission device according to claim 4, which is characterized in that be provided with third sense on first hop
Unit is answered, the control structure includes connecting with first sensing unit, second sensing unit, the third sensing unit
The 4th control unit connect, the 4th control unit are used for while receiving first sensing unit, second induction
When the information for sensing product that unit and the third sensing unit are sent, controls the artificial transmission channel and stop working；
The control structure includes the 5th control unit connecting with second sensing unit, the third sensing unit, institute
State the 5th control unit for and meanwhile receive second sensing unit and the third sensing unit transmission sense production
When the information of product, controls the artificial transmission channel and stop working.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821042097.2U CN208585711U (en) | 2018-07-03 | 2018-07-03 | Transmission device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821042097.2U CN208585711U (en) | 2018-07-03 | 2018-07-03 | Transmission device |
Publications (1)
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112452643A (en) * | 2020-11-27 | 2021-03-09 | 刘高敬 | Industrial gear rust-proof oiling equipment |
| CN113233152A (en) * | 2021-06-08 | 2021-08-10 | 徐州华琅自动化设备有限公司 | Electric vehicle controller copper bar conveyor that can overturn |
-
2018
- 2018-07-03 CN CN201821042097.2U patent/CN208585711U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112452643A (en) * | 2020-11-27 | 2021-03-09 | 刘高敬 | Industrial gear rust-proof oiling equipment |
| CN113233152A (en) * | 2021-06-08 | 2021-08-10 | 徐州华琅自动化设备有限公司 | Electric vehicle controller copper bar conveyor that can overturn |
| CN113233152B (en) * | 2021-06-08 | 2021-12-21 | 徐州华琅自动化设备有限公司 | Electric vehicle controller copper bar conveyor that can overturn |
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