CN211254291U

CN211254291U - Book arranging mechanism

Info

Publication number: CN211254291U
Application number: CN201920941117.8U
Authority: CN
Inventors: 赵旺盛
Original assignee: Xi'an Tangdu Paper Products Co ltd
Current assignee: Xi'an Tangdu Paper Products Co ltd
Priority date: 2019-06-14
Filing date: 2019-06-14
Publication date: 2020-08-14
Anticipated expiration: 2029-06-14

Abstract

The utility model relates to a this volume arrangement mechanism, including conveying part, preceding fender rule part, back fender rule part to and cylinder (5), swing arm (6), hold-in range (11), wherein the back keeps off rule part and passes through swing arm (6) and be connected with cylinder (5), and the back keeps off rule part and passes through hold-in range (11) and is connected with preceding fender rule part. Make this book become the mechanism of orderly state from unordered state, belong to printing binding technology field, entire system motion makes the overlapping be "fish scale form" this book, arranges into the single this book of fixed interval.

Description

Book arranging mechanism

Technical Field

The utility model belongs to the technical field of the printing is bound, refer in particular to a this volume is bound in-process and is arranged this volume, makes this volume become the mechanism of orderly state from unordered state, provides the requisite condition for next process mechanized production.

Background

In this volume binding technology, this volume must guarantee before getting into the tool equipment, by processing individual position or time fixed, just so can guarantee completion and the required precision of processing equipment basic function, otherwise "useless this" will appear, the mode of adopting at present is artifical interpolation, and inefficiency and error rate are high, the utility model discloses the effectual above-mentioned problem of having solved only needs the manual work to stand a heap of this volume on the conveyer belt and make it be "fish scale form", just can make its processing individual equidistance move forward on the conveyer belt one by one, in the accurate process equipment that gets into down.

SUMMERY OF THE UTILITY MODEL

The utility model provides a technical scheme that its technical problem adopted is: a booklet collating mechanism comprising: the conveying part, the preceding fender rule part, the back keeps off rule part to and cylinder (5), swing arm (6), hold-in range (11), wherein the back keeps off rule part and is connected with cylinder (5) through swing arm (6), and the back keeps off rule part and is connected with the preceding fender rule part through hold-in range (11).

The rear gauge member includes: the rear fender gauge shaft (8), the rear fender gauge group (9), the photoelectric sensor I (7), the synchronous pulley I (10), the rear fender gauge group (9) and the synchronous pulley I (10) are fixed on the rear fender gauge shaft (8), and the photoelectric sensor I (7) is fixed on the rack.

The front gauge member includes: the front gauge shaft (13), the front gauge group (14), the synchronous pulley II (12) and the photoelectric sensor II (15), wherein the front gauge group (14) and the synchronous pulley II (12) are fixed on the front gauge shaft (13), and the photoelectric sensor II (15) is fixed on the rack.

The above-mentioned conveying member includes: the front traction shaft (2), the rear driven shaft (3) and the conveyer belt (4), wherein the conveyer belt (4) is connected with the front traction shaft (2) and the rear driven shaft (3).

The cylinder (5) is connected to a backstop gauge shaft (8) through a swing arm (6).

The rear stop gauge shaft (8) is connected with a front stop gauge shaft (13) through a synchronous belt (11).

The utility model discloses photoelectric sensor one (7), photoelectric sensor two (15), sensing signal is handled by the electric appliance cabinet to provide the signal to cylinder control flap (5).

The books (1) which are in the shape of fish scales and are overlapped and disordered move along with the direction of a front stop gauge group (14) of a conveying belt (4), when a first book reaches a first photoelectric sensor (7), the first photoelectric sensor (7) senses and sends a signal to an electric appliance cabinet, a cylinder (5) drives a swing arm to move (6), so that a rear stop gauge shaft (8) deflects, a rear stop gauge group (9) fixed on the rear stop gauge shaft (8) deflects, the rear stop gauge group (9) is just stopped between a first lap-jointed book and a second book, the first book continues to move under the friction force with the conveying belt (4), the second book and the latter book are stopped by the rear stop gauge group (9), the friction force between the first book and the conveying belt (4) is not enough to change the state due to the fact that the first book is in the shape of fish scales, the second photoelectric sensor (15) senses and sends a signal to the electric appliance cabinet when the first book reaches the position of the front stop gauge group (14), the cylinder (5) drives the swing arm (6) to act, so that the rear stop gauge shaft (8) deflects, the rear stop gauge shaft (8) deflects the front stop gauge shaft (13) through the synchronous belt (11), the front stop gauge group (14) fixed on the front stop gauge shaft (13) deflects and is opened, the first book continues to move, when the cylinder (5) acts, the first circulation is completed, the second circulation is started, and the rotating speed of the front traction shaft (2) determines the distance between individuals of the first book.

The above description is that the utility model discloses the process of list volume arrangement, with this single endless many incessant repetition, just can accomplish the equidistance sequencing of this volume.

Drawings

FIG. 1 is a schematic view of the operation of the present invention

FIG. 2 is a schematic view of the structure of the present invention

In the figure: (1) the automatic gauge book comprises a book body, (2) a front traction shaft, (3) a rear driven shaft, (4) a conveying belt, (5) an air cylinder, (6) a swing arm, (7) a photoelectric sensor I, (8) a rear gauge shaft, (9) a rear gauge group, (10) a synchronous pulley I, (11) a synchronous belt, (12) a synchronous pulley II, (13) a front gauge shaft, (14) a front gauge group and (15) a photoelectric sensor II.

Detailed Description

[ examples ] A method for producing a compound

The present invention will be further described with reference to the accompanying drawings by way of specific embodiments, as shown in fig. 1 and fig. 2, a front traction shaft (2) is not intermittently rotated and adjusted to a desired speed, a disordered booklet is manually spread on a conveyor belt and is made to be in a fish scale shape, the booklet (1) moves along with the conveyor belt (4) in the direction of a front gauge group (14), when the first booklet reaches the position of a photoelectric sensor (7), the photoelectric sensor (7) senses and sends a signal to an electric appliance cabinet, a cylinder (5) drives a swing arm (6) to move, a rear gauge shaft (8) deflects, a rear gauge group (9) fixed on the rear gauge shaft (8) deflects, at the moment, the rear gauge group (9) is just blocked between the overlapped first booklet and the overlapped second booklet, the first booklet continues to move under the friction force of the conveyor belt (4), and the second booklet and the subsequent booklet are blocked by the rear gauge group (9), the book to be blocked is in a fish scale shape, the friction force between the book to be blocked and the conveying belt (4) is not enough to change the state of the book, the book to be blocked is kept waiting in the original state, when a first book reaches the position of the front block gauge group (14), the photoelectric sensor II (15) senses and sends a signal to the electric appliance cabinet, the air cylinder (5) drives the swing arm (6) to move, the rear block gauge shaft (8) deflects the front block gauge shaft (13) through the synchronous belt (11), the front block gauge group (14) fixed on the front block gauge shaft (13) deflects and opens, the first book continues to move, when the air cylinder (5) moves, the second book reaches the position of the photoelectric sensor I (7), the second cycle starts, and the rest is done in the same way, and the ordered equidistant arrangement of the books is realized.

The above-mentioned embodiment is only the utility model discloses a comparatively typical embodiment does not restrict according to this the utility model discloses a protection scope, so: all equivalent changes made according to the structure, shape and principle of the utility model are covered within the protection scope of the utility model.

Claims

1. The book arranging mechanism is characterized in that: the automatic gauge-pressing device comprises a conveying part, a front gauge-pressing part, a rear gauge-pressing part, a cylinder (5), a swing arm (6) and a synchronous belt (11), wherein the rear gauge-pressing part is connected with the cylinder (5) through the swing arm (6), and the rear gauge-pressing part is connected with the front gauge-pressing part through the synchronous belt (11).

2. The booklet organizing mechanism of claim 1, wherein: the rear stop gauge component is arranged: the rear fender gauge shaft (8), the rear fender gauge group (9), the photoelectric sensor I (7), the synchronous pulley I (10), the rear fender gauge group (9) and the synchronous pulley I (10) are fixed on the rear fender gauge shaft (8), and the photoelectric sensor I (7) is fixed on the rack.

3. The booklet organizing mechanism of claim 1, wherein: the front gauge part is arranged: the front gauge shaft (13), the front gauge group (14), the synchronous pulley II (12) and the photoelectric sensor II (15), wherein the front gauge group (14) and the synchronous pulley II (12) are fixed on the front gauge shaft (13), and the photoelectric sensor II (15) is fixed on the rack.

4. The booklet organizing mechanism of claim 1, wherein: the conveying component is provided with: the front traction shaft (2), the rear driven shaft (3) and the conveyer belt (4), wherein the conveyer belt (4) is connected with the front traction shaft (2) and the rear driven shaft (3).

5. The booklet organizing mechanism of claim 1, wherein: the cylinder (5) is connected to a rear stop gauge shaft (8) through a swing arm (6), and the rear stop gauge shaft (8) is connected with a front stop gauge shaft (13) through a synchronous belt (11).