CN204587956U - High hole rate oscillation adobe automatic conveying device - Google Patents
High hole rate oscillation adobe automatic conveying device Download PDFInfo
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- CN204587956U CN204587956U CN201520054920.1U CN201520054920U CN204587956U CN 204587956 U CN204587956 U CN 204587956U CN 201520054920 U CN201520054920 U CN 201520054920U CN 204587956 U CN204587956 U CN 204587956U
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Abstract
The utility model discloses a kind of high hole rate oscillation adobe automatic conveying device, comprises the first transverse conveyor successively, the second transverse conveyor and the 3rd horizontal turning transmission belt; Wherein the entrance of the first transverse conveyor is provided with first sensor, and the first transverse conveyor outlet is connected with the second alongside transfer tape entry, and described second alongside transfer tape entry is provided with the second sensor; The outlet of described second transverse conveyor is connected with the entrance of the 3rd horizontal turning transmission belt, and the 3rd horizontal turning transmission belt comprises at least 3 articles of parallel and coaxial belt transmission devices, in adjacent belt transmission device gap, be provided with turning device.The remarkable result of the program is: automatically can pull open horizontal, the longitudinal distance between adjacent adobe, to adobe grouping, division, is convenient to follow-up adobe piling, also makes to have gapping interval between adobe, is easier to dry ventilation.Allow adobe carry out 90 degree of upsets, thus allow its more hole be easy to ventilate, adobe heating, dry, more time saving and energy saving, and then make unfired brick quality better.And the longitudinal block number of adobe when exporting can be increased, facilitate the carrying of subsequent step.
Description
Technical field
The utility model relates to brick and tile production and processing field, is specifically related to high hole rate oscillation adobe automatic conveying device.
Background technology
Glace is with clay, shale etc. for primary raw material, through Feedstock treating, shaping, sintering make.Glace advantage is that light weight, intensity are high, insulation, sound insulation and noise reduction performance are good.Glace science in use is very strong, and requirements for quality is also high, and whether prospecting ground be applicable to using glace, how to design, the relevant batching such as cement has when constructing no problem etc. has relation.
In the process of processing high hole rate oscillation, in general, one piece of block adobe of making after mud material forming is closely close to, and hollow hole cavity parallel is in ground, enter brick bat drying step like this, be often not easy to dry ventilation, and hollow hole cavity parallel is easy to adobe is heated inequality, product design is caused to decline, even broken.Therefore, need glace to pull open gap, grouping piling.And the glace after pug extruding cutting is closely close to, if manually pull open gap grouping, it is time-consuming that upset glace all compares effort.
Utility model content
For solving above technical matters, the spacing interval that the utility model provides one automatically to pull open adobe, to the high hole rate oscillation adobe automatic conveying device of adobe grouping, and energy 90 degree upset adobes, concrete technical scheme is as follows:
A kind of high hole rate oscillation adobe automatic conveying device, is characterized in that: comprise the first transverse conveyor successively, the second transverse conveyor and the 3rd horizontal turning transmission belt; Wherein the entrance of the first transverse conveyor is provided with first sensor, and the first transverse conveyor outlet is connected with the second alongside transfer tape entry, and described second alongside transfer tape entry is provided with the second sensor; The outlet of described second transverse conveyor is connected with the entrance of the 3rd horizontal turning transmission belt, and the 3rd horizontal turning transmission belt comprises at least 3 articles of parallel belt transmission devices, in adjacent belt transmission device gap, be provided with turning device.
Adopt said structure, use the first transverse conveyor, the second transverse conveyor transverse distance pulled open between adjacent adobe makes to have gapping interval between adobe, is easier to dry ventilation.Whether first sensor has adobe to enter the first transverse conveyor to detect, when there being adobe, the speed of the first transverse conveyor is V1, whether the second sensor has adobe to enter the second transverse conveyor to detect, when there being adobe, the speed of the second transverse conveyor is V2, and wherein the speed of the first transverse conveyor is the speed that V1 is less than the second transverse conveyor is V2.Thus can allow between adobe and space out.Meanwhile, the second sensor also has tally function, divides into groups according to the adobe quantity of setting, and after adobe quantity reaches setting quantity, this group adobe just forms row, and the first transverse conveyor just suspends feeding.
Spaced turning device on 3rd horizontal turning transmission belt, can allow adobe carry out 90 degree of upsets, make hollow hole perpendicular to ground, thus allows it be easier to ventilation, heating, drying, more time saving and energy saving, and then makes unfired brick quality better.
Further technical scheme is, described turning device comprises two blocking arms of cross, the intersection point of two blocking arms is provided with mounting hole, mounting hole internal fixtion has rotating shaft, the blocking arm of the blocking arm of one of them is perpendicular to belt transmission device, the sidewall of another blocking arm and belt transmission device upper surface flush, the entrance of turning device is provided with the 7th sensor.
Adopt said structure, adobe can be allowed to be clipped between two blocking arms, overturn with blocking arm, by belt transmission device, adobe is sent in turning device, make adobe be clipped between two adjacent blocking arms, along with the upset of blocking arm, make adobe also carry out 90 degree of upsets, after completing once inside out, continue through again belt transmission device and adobe is sent.
Further technical scheme is, also be provided with transverse and longitudinal steering hardware, first longitudinal transport tape, second longitudinal transport tape and steering hardware in length and breadth between second transverse conveyor and the 3rd horizontal turning transmission belt, the outlet of the second transverse conveyor is connected with the entrance of transverse and longitudinal steering hardware, the lateral transport end of this transverse and longitudinal steering hardware is provided with the 3rd sensor, the outlet of transverse and longitudinal steering hardware is connected with the entrance of first longitudinal transport tape, the entrance of first longitudinal transport tape is provided with the 5th sensor, the outlet of first longitudinal transport tape is connected with the entrance of second longitudinal transport tape, the entrance of second longitudinal transport tape is provided with the 6th sensor, the outlet of second longitudinal transport tape is connected with the entrance of steering hardware in length and breadth, this in length and breadth steering hardware longitudinal direction transmission end be provided with four-sensor, the outlet of described transverse and longitudinal steering hardware is connected with the entrance of the 3rd horizontal turning transmission belt.
Adopt said structure, the transmission of adobe is changed twice, each longitudinal of adobe can be made to transmit row, increase to two row even more.First longitudinal transport tape is identical with the principle of the first transverse conveyor and the second transverse conveyor with second longitudinal transport tape, and its Main Function controls the longitudinal columns of adobe.
Further technical scheme is, described transverse and longitudinal steering hardware comprises the first lateral transport band group and first longitudinal delivery roll group that are parallel to each other, first lateral transport band group is made up of N number of first lateral transport band, N be greater than 3 positive integer, first longitudinal delivery roll group is made up of N-1 first longitudinal delivery roll, adjacent two the first lateral transport interbands are provided with a first longitudinal delivery roll, first lateral transport band group is higher than first longitudinal delivery roll group, described first longitudinal delivery roll group two ends are provided with jacking system, after jacking system carries out lifting to first longitudinal delivery roll group, first longitudinal delivery roll group is higher than the first lateral transport band group.
Adopt said structure, because the first lateral transport band group under initial condition is higher than first longitudinal delivery roll group, so when adobe enters transverse and longitudinal steering hardware, first carry out lateral transport, when triggering the 3rd sensor when adobe is transferred to lateral transport end, jacking system is by first longitudinal delivery roll group lifting this moment, and first longitudinal delivery roll group is higher than the first lateral transport band group, and adobe just carries out longitudinal transmission.
Further technical scheme is, described steering hardware in length and breadth comprises the second lateral transport band group and second longitudinal delivery roll group that are parallel to each other, second lateral transport band group is made up of M the first lateral transport band, M be greater than 3 positive integer, second longitudinal delivery roll group is made up of M-1 first longitudinal delivery roll, adjacent two the second lateral transport interbands are provided with a second longitudinal delivery roll, second longitudinal delivery roll group is higher than the second lateral transport band group, described second longitudinal delivery roll group two ends are provided with jacking system, after jacking system declines to second longitudinal delivery roll group, second lateral transport band group is higher than second longitudinal delivery roll group.
Adopt said structure, because second longitudinal delivery roll group under initial condition is higher than the second lateral transport band group, so when adobe enter in length and breadth steering hardware time, first carry out longitudinal transmission, when triggering four-sensor when adobe is transferred to and longitudinally transmits end, second longitudinal delivery roll group declines by jacking system this moment, and the second lateral transport band group is higher than second longitudinal delivery roll group, and adobe just carries out lateral transport.
Further technical scheme is, the first transverse conveyor, the second transverse conveyor are identical with the width of transverse and longitudinal steering hardware; Steering hardware is identical with the width of the 3rd horizontal turning transmission belt in length and breadth; Transverse and longitudinal steering hardware is identical with the length of steering hardware in length and breadth.
Adopt said structure, design is more reasonable like this, saves area and space.
Further technical scheme is, the width of steering hardware is at least the twice of transverse and longitudinal steering hardware in length and breadth.
Adopting said structure, when the width of steering hardware is in length and breadth the twice of transverse and longitudinal steering hardware, by making, the adobe of output longitudinally can increase twice.
Beneficial effect: automatically can pull open horizontal, the longitudinal distance between adjacent adobe, to adobe grouping, division, is convenient to follow-up adobe piling, also makes to have gapping interval between adobe, is easier to dry ventilation.Allow adobe carry out 90 degree of upsets, thus allow its more hole be easy to ventilate, adobe heating, dry, more time saving and energy saving, and then make unfired brick quality better.And the longitudinal block number of adobe when exporting can be increased, facilitate the carrying of subsequent step.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of turning device 10.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail.
As shown in Figure 1, Fig. 1 is structural representation of the present utility model,
A kind of high hole rate oscillation adobe automatic conveying device, comprises the first transverse conveyor 1, second transverse conveyor 2 and the 3rd horizontal turning transmission belt successively; Wherein the entrance of the first transverse conveyor 1 is provided with first sensor 1a, and the first transverse conveyor 1 outlet is connected with the second transverse conveyor 2 entrance, and described second transverse conveyor 2 entrance is provided with the second sensor 2a; The outlet of described second transverse conveyor 2 is connected with the entrance of the 3rd horizontal turning transmission belt, and the 3rd horizontal turning transmission belt comprises at least 3 articles of parallel belt transmission devices 11, in adjacent belt transmission device 11 gap, be provided with turning device 10.Make to have gapping interval between adobe by the first transverse conveyor 1, second transverse conveyor 2 transverse distance pulled open between adjacent adobe, be easier to dry ventilation.Whether first sensor has adobe to enter the first transverse conveyor to detect, when there being adobe, the speed of the first transverse conveyor 1 is V1, whether the second sensor has adobe to enter the second transverse conveyor to detect, when there being adobe, the speed of the second transverse conveyor is V2, and wherein the speed of the first transverse conveyor 1 is the speed that V1 is less than the second transverse conveyor is V2.Thus can allow between adobe and space out.On 3rd horizontal turning transmission belt, all belt transmission devices 11 moves with same rotational speed.Spaced turning device on 3rd horizontal turning transmission belt, can allow adobe carry out 90 degree of upsets, thus allows it be easier to ventilation, heating, drying, more time saving and energy saving, and then makes unfired brick quality better.First sensor is that infradred sensor is to pipe.When adobe enters, block the signal of infradred sensor to pipe, thus time first transverse conveyor 1 speed promote.Second sensor is also that infradred sensor is to pipe.By adding up the pulse count of the second sensor, the quantity often organizing adobe can be controlled.
Also be provided with transverse and longitudinal steering hardware, the first longitudinal transport tape 12 of longitudinal transport tape 13, second and steering hardware in length and breadth between second transverse conveyor 2 and the 3rd horizontal turning transmission belt, the outlet of the second transverse conveyor 2 is connected with the entrance of transverse and longitudinal steering hardware, the lateral transport end of this transverse and longitudinal steering hardware is provided with the 3rd sensor 4c, the outlet of transverse and longitudinal steering hardware is connected with the entrance of first longitudinal transport tape 13, the entrance of first longitudinal transport tape 13 is provided with the 5th sensor 13a, the outlet of first longitudinal transport tape 13 is connected with the entrance of second longitudinal transport tape 12, the entrance of second longitudinal transport tape 12 is provided with the 6th sensor 12a, the outlet of second longitudinal transport tape 12 is connected with the entrance of steering hardware in length and breadth, this in length and breadth steering hardware longitudinal direction transmission end be provided with four-sensor 7c, the outlet of described transverse and longitudinal steering hardware is connected with the entrance of the 3rd horizontal turning transmission belt.By the transverse and longitudinal of adobe, transmit change twice in length and breadth, adobe can be made longitudinally only to transmit one piece by each when inputting, when increasing to output, longitudinally have two pieces and more.First longitudinal transport tape 13 is identical with the principle of the first transverse conveyor 1 and the second transverse conveyor 2 with second longitudinal transport tape 12, is the fore-and-aft distance as pulling open between adjacent adobe.5th sensor and the 6th sensor be also infradred sensor to pipe, by adding up the pulse count of the 6th sensor 12a, the columns of controlled brickmaking base, often row adobe is one group.3rd sensor 4c is proximity switch, and four-sensor 7c is that infradred sensor is to pipe.Certainly, first sensor, the second sensor, the 3rd sensor, four-sensor, the 5th sensor, the 6th sensor all can use the position transduser of other types, if can detect adobe near.
Described transverse and longitudinal steering hardware comprises the first lateral transport band group 4a and first longitudinal delivery roll group 4b that are parallel to each other, first lateral transport band group 4a is made up of N number of first lateral transport band, N be greater than 3 positive integer, first longitudinal delivery roll group 4b is made up of N-1 first longitudinal delivery roll, adjacent two the first lateral transport interbands are provided with a first longitudinal delivery roll, first lateral transport band group 4a is higher than first longitudinal delivery roll group 4b, described first longitudinal delivery roll group 4b two ends are provided with jacking system, after jacking system carries out lifting to first longitudinal delivery roll group 4b, first longitudinal delivery roll group 4b is higher than the first lateral transport band group 4a.Because the first lateral transport band group 4a under initial condition is higher than first longitudinal delivery roll group 4b, so when adobe enters transverse and longitudinal steering hardware, first carry out lateral transport, when triggering the 3rd sensor when adobe is transferred to lateral transport end, jacking system is by first longitudinal delivery roll group 4b lifting this moment, first longitudinal delivery roll group 4b is higher than the first lateral transport band group 4a, and adobe just carries out longitudinal transmission.
Steering hardware is substantially identical with transverse and longitudinal steering hardware principle in length and breadth.Described steering hardware in length and breadth comprises the second lateral transport band group 7a and second longitudinal delivery roll group 7b that are parallel to each other, second lateral transport band group 7a is made up of M the first lateral transport band, M be greater than 3 positive integer, second longitudinal delivery roll group 7b is made up of M-1 first longitudinal delivery roll, adjacent two the second lateral transport interbands are provided with a second longitudinal delivery roll, second longitudinal delivery roll group 7b is higher than the second lateral transport band group 7a, described second longitudinal delivery roll group 7b two ends are provided with jacking system, after jacking system declines to second longitudinal delivery roll group 7b, second lateral transport band group 7a is higher than second longitudinal delivery roll group 7b.Because second longitudinal delivery roll group under initial condition is higher than the second lateral transport band group, so when adobe enter in length and breadth steering hardware time, first carry out longitudinal transmission, when triggering four-sensor when adobe is transferred to and longitudinally transmits end, second longitudinal delivery roll group declines by jacking system this moment, second lateral transport band group is higher than second longitudinal delivery roll group, and adobe just carries out lateral transport.
First transverse conveyor 1, second transverse conveyor 2 is identical with the width of transverse and longitudinal steering hardware; Steering hardware is identical with the width of the 3rd horizontal turning transmission belt in length and breadth; Transverse and longitudinal steering hardware is identical with the length of steering hardware in length and breadth.Such design is more reasonable, saves area and space.Wherein the width of steering hardware is at least the twice of transverse and longitudinal steering hardware in length and breadth.Also can be other multiples as three times, four times, five times etc.
Fig. 2 shows turning device 10 structural representation.Described turning device 10 comprises two blocking arm 10c of cross, the intersection point of two blocking arm 10c is provided with mounting hole 10d, mounting hole 10d internal fixtion has rotating shaft 10b, wherein a pair centrosymmetric blocking arm 10c is perpendicular to belt transmission device, another is to the sidewall of centrosymmetric blocking arm 10c and belt transmission device upper surface flush, each blocking arm 10c turns over and turn 90 degrees, and the entrance of turning device is provided with the 7th sensor 10a.Adobe can be allowed to be clipped between two adjacent blocking arms, overturn with blocking arm, by belt transmission device 11, adobe is sent in turning device, adobe is made to be clipped between two adjacent blocking arms, along with the upset of blocking arm, make adobe also carry out 90 degree of upsets, after completing once inside out, continue through again belt transmission device 11 and adobe is sent.
The workflow of the embodiment of the present application one is as follows:
The entrance of the first transverse conveyor 1 is sent in adobe successively, and when first sensor 1a has detected that adobe enters, the first transverse conveyor 1 makes it enter the second transverse conveyor 2 with the speed of V1 conveying adobe at once; When the second sensor 2a has detected that adobe enters, the first transverse conveyor 1 has made adobe space out with the speed of V2 conveying adobe at once, and meanwhile, the second sensor 2a adds up and controls often to organize the quantity of adobe.Finally enter the 3rd horizontal turning transmission belt, after the 7th sensor 10a detects that adobe enters turning device completely, start turning device, along the transmission direction 90-degree rotation of the 3rd horizontal turning transmission belt, after having rotated, adobe is sent with the 3rd horizontal turning transmission belt again.
The workflow of the embodiment of the present application two is as follows:
The entrance of the first transverse conveyor 1 is sent in adobe successively, and when first sensor 1a has detected that adobe enters, the first transverse conveyor 1 makes it enter the second transverse conveyor 2 with the speed of V1 conveying adobe at once; When the second sensor 2a has detected that adobe enters, the first transverse conveyor 1 has made adobe space out with the speed of V2 conveying adobe at once, finally enters transverse and longitudinal steering hardware; Second sensor 2a adds up and controls often to organize the quantity of adobe.Control technology is mature technology; after the second sensor 2a issues the satisfied shutdown requirement of pulse count of counting machine; counting machine disconnects the motor power of the first transverse conveyor 1 by controller; when this group adobe is after subsequent drive is left; controller recovers the motor power of the first transverse conveyor 1, under the conveying of the first lateral transport band group 4a, arrives lateral transport end; after 3rd sensor 4c detects, start jacking system and make transverse and longitudinal steering hardware change longitudinal transmission into.First longitudinal delivery roll group 4b carries adobe to arrive first longitudinal transport tape 13, when the 5th sensor 13a has detected that adobe enters, first longitudinal transport tape 13 makes it enter second longitudinal transport tape 12 with the speed of V3 conveying adobe at once, when the 6th sensor 12a has detected that adobe enters, second longitudinal transport tape 12 makes adobe space out with the speed of V4 conveying adobe at once, and the 6th sensor 12a adds up and controls the group number of adobe.Final formation adobe array enters steering hardware in length and breadth; Under second longitudinal delivery roll group 7b transmits, arrive and longitudinally transmit end, after four-sensor 7c detects, start jacking system and make steering hardware in length and breadth change lateral transport into; Finally enter the 3rd horizontal turning transmission belt, after the 7th sensor 10a detects that adobe enters turning device completely, start turning device, along the transmission direction 90-degree rotation of the 3rd horizontal turning transmission belt, after having rotated, adobe is sent with the 3rd horizontal turning transmission belt again.
Finally it should be noted that; foregoing description is only preferred embodiment of the present utility model; those of ordinary skill in the art is under enlightenment of the present utility model; under the prerequisite without prejudice to the utility model aim and claim; can make like multiple types and representing, such conversion all falls within protection domain of the present utility model.
Claims (7)
1. a high hole rate oscillation adobe automatic conveying device, is characterized in that: comprise the first transverse conveyor (1) successively, the second transverse conveyor (2) and the 3rd horizontal turning transmission belt; Wherein the entrance of the first transverse conveyor (1) is provided with first sensor (1a), first transverse conveyor (1) outlet is connected with the second transverse conveyor (2) entrance, and described second transverse conveyor (2) entrance is provided with the second sensor (2a); The outlet of described second transverse conveyor (2) is connected with the entrance of the 3rd horizontal turning transmission belt, 3rd horizontal turning transmission belt comprises at least 3 articles of parallel belt transmission devices (11), in adjacent belt transmission device (11) gap, be provided with turning device (10).
2. high hole rate oscillation adobe automatic conveying device according to claim 1, it is characterized in that: described turning device (10) comprises two blocking arms (10c) of cross, the intersection point of two blocking arms (10c) is provided with mounting hole (10d), mounting hole (10d) internal fixtion has rotating shaft (10b), the blocking arm (10c) of one of them is perpendicular to belt transmission device, the sidewall of another blocking arm (10c) and belt transmission device (11) upper surface flush, the entrance of turning device (10) is provided with the 7th sensor (10a).
3. high hole rate oscillation adobe automatic conveying device according to claim 1, it is characterized in that: be also provided with transverse and longitudinal steering hardware, first longitudinal transport tape (13), second longitudinal transport tape (12) and steering hardware in length and breadth between described second transverse conveyor (2) and the 3rd horizontal turning transmission belt, the outlet of described second transverse conveyor (2) is connected with the entrance of transverse and longitudinal steering hardware, the lateral transport end of this transverse and longitudinal steering hardware is provided with the 3rd sensor (4c), the outlet of described transverse and longitudinal steering hardware is connected with the entrance of first longitudinal transport tape (13), the entrance of this first longitudinal transport tape (13) is provided with the 5th sensor (13a), the outlet of this first longitudinal transport tape (13) is connected with the entrance of second longitudinal transport tape (12), the entrance of this second longitudinal transport tape (12) is provided with the 6th sensor (12a), the outlet of described second longitudinal transport tape (12) is connected with the entrance of steering hardware in length and breadth, this in length and breadth steering hardware longitudinal direction transmission end be provided with four-sensor (7c), the outlet of described transverse and longitudinal steering hardware is connected with the entrance of the 3rd horizontal turning transmission belt.
4. high hole rate oscillation adobe automatic conveying device according to claim 3, it is characterized in that: described transverse and longitudinal steering hardware comprises the first lateral transport band group (4a) and first longitudinal delivery roll group (4b) that are parallel to each other, first lateral transport band group (4a) is made up of N number of first lateral transport band, N be greater than 3 positive integer, first longitudinal delivery roll group (4b) is made up of N-1 first longitudinal delivery roll, adjacent two the first lateral transport interbands are provided with a first longitudinal delivery roll, first lateral transport band group (4a) is higher than first longitudinal delivery roll group (4b), described first longitudinal delivery roll group (4b) two ends are provided with jacking system, after jacking system carries out lifting to first longitudinal delivery roll group (4b), first longitudinal delivery roll group (4b) is higher than the first lateral transport band group (4a).
5. high hole rate oscillation adobe automatic conveying device according to claim 3, it is characterized in that: described steering hardware in length and breadth comprises the second lateral transport band group (7a) and second longitudinal delivery roll group (7b) that are parallel to each other, second lateral transport band group (7a) is made up of M the first lateral transport band, M be greater than 3 positive integer, second longitudinal delivery roll group (7b) is made up of M-1 first longitudinal delivery roll, adjacent two the second lateral transport interbands are provided with a second longitudinal delivery roll, second longitudinal delivery roll group (7b) is higher than the second lateral transport band group (7a), described second longitudinal delivery roll group (7b) two ends are provided with jacking system, after jacking system declines to second longitudinal delivery roll group (7b), second lateral transport band group (7a) is higher than second longitudinal delivery roll group (7b).
6. high hole rate oscillation adobe automatic conveying device according to claim 3, is characterized in that: described first transverse conveyor (1), the second transverse conveyor (2) are identical with the width of transverse and longitudinal steering hardware; Steering hardware is identical with the width of the 3rd horizontal turning transmission belt in length and breadth; Transverse and longitudinal steering hardware is identical with the length of steering hardware in length and breadth.
7. high hole rate oscillation adobe automatic conveying device according to claim 6, is characterized in that: the width of described steering hardware is in length and breadth at least the twice of transverse and longitudinal steering hardware.
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| CN201520054920.1U CN204587956U (en) | 2015-01-27 | 2015-01-27 | High hole rate oscillation adobe automatic conveying device |
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| CN201520054920.1U CN204587956U (en) | 2015-01-27 | 2015-01-27 | High hole rate oscillation adobe automatic conveying device |
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