CN210616662U - Full-automatic hose cutting blanking machine and length measuring mechanism thereof - Google Patents

Abstract

The utility model relates to a full-automatic hose cutting blanking machine and a length measuring mechanism thereof, wherein the blanking machine comprises a hose conveying mechanism, a hose pipe cutting mechanism and a length measuring mechanism; the length measuring mechanism is arranged between the hose conveying mechanism and the hose pipe cutting mechanism in a matching way; the length measuring mechanism is provided with more than one group of hoses which are used for measuring hoses with different sizes and come out of the hose conveying mechanism; each group of length measuring mechanisms comprises a measuring bracket, an upper measuring driven wheel, a lower measuring driven wheel and an encoder; the upper measuring driven wheel is arranged on the upper part of the measuring bracket in a matching way; the measuring lower driven wheel is arranged on the measuring bracket at the lower side of the measuring upper driven wheel; the hose from the hose conveying mechanism is inserted between the upper measuring driven wheel and the lower measuring driven wheel. The utility model discloses can make things convenient for, accurate, measure the hose size fast, reduce the cost of labor, improve the measurement of efficiency and the measurement accuracy of hose, can effectively avoid appearing big batch size inaccurate.

Description

Full-automatic hose cutting blanking machine and length measuring mechanism thereof

Technical Field

The utility model belongs to the automobile manufacture field relates to plastics pipeline spare parts such as military project manufacturing and makes, concretely relates to full-automatic hose blanking machine of cutting and length measurement mechanism thereof.

Background

The cutting and blanking of the hose in the prior stay wire production operation are carried out by using common blanking equipment, and the structure design has certain defects, single function and unstable and reliable running. The mode of measuring hose length in the past calculates according to the walking stroke of stretcher, exist because of hose toughness factor, the clamping jaw presss from both sides the hose motion in-process, often can become flexible the back and slide, actual dimension and stretcher motion's size just discordant like this, the size of measuring out is inaccurate, simultaneously because tensile toughness factor exists, long size hose size is difficult to the management and control, only can measure slightly longer than actual need size, then the artifical size that accurate measurement intercepting needs once more, this kind of mode not only troublesome poeration, the cost of labor is higher, and work efficiency is extremely low, measurement accuracy is lower, the inaccurate phenomenon of big batch size easily appears, can't satisfy the production needs.

Disclosure of Invention

To the problem that exists among the above-mentioned background art, the utility model provides a can make things convenient for, accurate, quick measure the hose size, reduce the cost of labor by a wide margin, can effectively improve the measurement of efficiency and the measurement accuracy's of hose full-automatic hose cutting blanking machine and length measurement mechanism thereof.

The utility model discloses a realize through following technical scheme:

the full-automatic hose cutting blanking machine comprises a hose conveying mechanism, a hose pipe cutting mechanism and a length measuring mechanism; the length measuring mechanism is arranged between the hose conveying mechanism and the hose pipe cutting mechanism in a matching manner; the length measuring mechanism is provided with more than one group of hoses which are used for measuring hoses with different sizes and come out of the hose conveying mechanism; each group of length measuring mechanisms comprises a measuring bracket, an upper measuring driven wheel, a lower measuring driven wheel and an encoder; the upper measuring driven wheel is mounted on the upper part of the measuring bracket in a matching manner; the measuring lower driven wheel is matched and arranged on the measuring bracket on the lower side of the measuring upper driven wheel; the hose from the hose conveying mechanism is inserted between the upper measuring driven wheel and the lower measuring driven wheel, the hose is pushed by the hose conveying mechanism to move to drive the upper measuring driven wheel and the lower measuring driven wheel to operate, the upper measuring driven wheel drives the encoder to operate, and the encoder monitors the movement length of the hose in real time.

Full-automatic hose cutting blanking machine, wherein: the middle part of the circumferential surface of the measuring upper driven wheel is circumferentially provided with a flexible pipe passing groove; the middle part of the circumferential surface of the measuring lower driven wheel is circumferentially provided with a hose lower passing groove; and the hose from the hose conveying mechanism is inserted between the hose upper passing groove of the upper measuring driven wheel and the hose lower passing groove of the lower measuring driven wheel.

Full-automatic hose cutting blanking machine, wherein: the hose conveying mechanism comprises a conveying power motor, a hose reel driven by the conveying power motor and a hose conveying guide assembly; the hose conveying guide assembly is provided with more than one group to match hoses with different sizes; the hose pipe cutting mechanism is arranged on the hose output side of the length measuring mechanism in a matched mode and comprises a pipe cutting support and a pipe cutting assembly arranged on the pipe cutting support in a matched mode.

Full-automatic hose cutting blanking machine, wherein: the hose cutting bracket is provided with a hose guide pipe in a matching way; the hose cutting bracket is provided with a motor walking avoidance groove between the adjacent hose guide pipes; the pipe cutting assembly is installed on the pipe cutting support and driven by the driving device to move back and forth in the motor walking avoiding groove along the direction perpendicular to the hose guide pipe, and the motor walking avoiding groove is cut by the corresponding hose.

Full-automatic hose cutting blanking machine, wherein: the pipe cutting assembly comprises a pipe cutting motor, a pipe cutting cylinder and a cutting blade; the pipe cutting motor is slidably mounted on the pipe cutting support and is electrically connected with the control cabinet through a wire harness, and a power output end of the pipe cutting motor is provided with a cutting blade in a matching manner; the pipe cutting motor drives the cutting blade to rotate at a high speed, the pipe cutting motor is driven by the pipe cutting cylinder to drive the pipe cutting support to slide and displace along the direction perpendicular to the hose guide pipe, so that the pipe cutting blade drives to rotate at a high speed and the motor walks to avoid the hose corresponding to the groove to cut.

Full-automatic hose cutting blanking machine, wherein: each group of hose conveying guide assemblies comprises an upper conveying guide wheel, a lower conveying guide wheel, a main transmission belt, an upper transmission wheel and a lower transmission wheel; the conveying power motors are provided with a plurality of conveying lifting motors, and the lower side of each conveying power motor is also provided with a conveying lifting motor in a matching manner; each conveying power motor is fixedly provided with a motor mounting bracket and is connected with the power output end of the conveying lifting motor in a matching way through the motor mounting bracket; a pair of upper conveying guide wheels is arranged on the motor mounting bracket along the horizontal direction; the lower conveying guide wheels are arranged on the lower sides of the upper conveying guide wheels in a matched mode; the upper conveying guide wheels are connected with each other in a matched mode through an upper conveying belt, and the lower conveying guide wheels are connected with each other in a matched mode through a lower conveying belt; an upper transmission wheel is coaxially arranged at one axial end of one of the upper conveying guide wheels, and a lower transmission wheel is coaxially arranged at one axial end of one of the lower conveying guide wheels; the upper transmission wheel and the lower transmission wheel are positioned on the same side and are arranged up and down; the axial one end of upper drive wheel with carry power motor's power take off shaft accordant connection, pass through main drive belt accordant connection between upper drive wheel and the lower drive wheel.

The length measuring mechanism of the full-automatic hose cutting blanking machine is provided with more than one group of length measuring mechanisms for measuring different hoses from the hose conveying mechanism; each group of length measuring mechanisms comprises a measuring bracket, an upper measuring driven wheel, a lower measuring driven wheel and an encoder; the upper measuring driven wheel is mounted on the upper part of the measuring bracket in a matching manner; the measuring lower driven wheel is matched and arranged on the measuring bracket on the lower side of the measuring upper driven wheel; the hose from the hose conveying mechanism is inserted between the upper measuring driven wheel and the lower measuring driven wheel, the hose is pushed by the hose conveying mechanism to move to drive the upper measuring driven wheel and the lower measuring driven wheel to operate, the upper measuring driven wheel drives the encoder to operate, and the encoder measures the movement length of the hose in real time.

Full-automatic hose cutting blanking machine's length measurement mechanism, wherein: the middle part of the circumferential surface of the measuring upper driven wheel is circumferentially provided with a flexible pipe passing groove; the middle part of the circumferential surface of the measuring lower driven wheel is circumferentially provided with a hose lower passing groove; the hose to be measured is inserted between the hose passing groove of the upper measuring driven wheel and the hose passing groove of the lower measuring driven wheel.

Has the advantages that:

the utility model discloses full-automatic hose cutting blanking machine and length measuring mechanism structural design is simple, reasonable, can conveniently, accurately, fast measure the hose size through length measuring mechanism, wherein length measuring mechanism has two from the top down driven wheels, when the hose conveying mechanism starts, the hose receives hose conveying mechanism thrust motion, drives and measures from the driving wheel on and under the driven wheel operation, measures from the driving wheel and drives the encoder operation, measures the hose motion size in real time; meanwhile, the motion of the encoder and the conveying mechanism is compared constantly to monitor whether the hose measuring size is inconsistent, if the size is inconsistent, the blanking machine immediately alarms and abnormally stops running, an operator can check whether the hose is not smoothly rolled in the hose conveying mechanism due to the fact that a hose reel is clamped or whether the lifting position of an upper conveying belt and a lower conveying belt of the hose conveying mechanism is not adjusted accurately, so that the pressing force on the hose is not enough, and the phenomenon that the sizes in large batches are not accurate can be prevented; because length measurement mechanism relies on passive operation to carry out length detection, so can not draw the influence of stretching force and toughness and the not hard up factor of skidding, can directly measure accurate size and directly surely get needs size, need not the manual work and put a period of time later on measure again, showing and having reduced the cost of labor, improved hose measurement efficiency and measurement accuracy.

Drawings

Fig. 1 is a schematic structural view of the fully automatic hose cutting and blanking machine of the present invention;

fig. 2 is a front view of the fully automatic hose cutting and blanking machine of the present invention;

fig. 3 is an enlarged view of the area a in fig. 1 of the fully automatic hose cutting and blanking machine of the present invention;

fig. 4 is an enlarged view of the area B in fig. 1 of the fully automatic hose cutting and blanking machine of the present invention;

fig. 5 is an enlarged view of the area C in fig. 4 of the fully automatic hose cutting and blanking machine of the present invention;

fig. 6 is a rear view of the fully automatic hose cutting and blanking machine of the present invention;

fig. 7 is a top view of the full-automatic hose cutting and blanking machine of the present invention.

Detailed Description

As shown in fig. 1 to 7, the utility model discloses full-automatic hose cutting blanking machine, including bottom plate 1, frame 2, hose conveying mechanism 3, hose pipe cutting mechanism 5, length measurement mechanism 6 and switch board 7.

The bottom plate 1 is arranged on the ground, the rack 2 is arranged on the bottom plate 1 in a matching way, and the control cabinet 7 is also arranged on the bottom plate 1 in a matching way.

The hose conveying mechanism 3 comprises a pair of conveying support plates 31, a hose reel 32, a conveying lifting motor 33, a conveying power motor 34, an upper conveying guide wheel 35, a lower conveying guide wheel 36, a main transmission belt 37, an upper transmission wheel 38 and a lower transmission wheel 39; the upper conveying guide wheel 35, the lower conveying guide wheel 36, the main driving belt 37, the upper driving wheel 38 and the lower driving wheel 39 form a hose conveying guide assembly, and the hose conveying guide assembly has multiple groups and is used for matching hoses with different sizes.

The pair of conveying support plates 31 are vertically fixed on the top surface of one end of the bottom plate 1, and the pair of conveying support plates 31 are arranged in parallel and opposite to each other and are spaced from each other by a certain distance; a pair of hose reels 32 arranged up and down are respectively mounted on the opposite sides of the pair of conveying support plates 31 in a matched and hinged manner, and the hose reels 32 are driven to rotate by a conveying power motor 34 when the hose is driven. Each hose reel 32 is uniformly wound with the hose to be processed. The conveying power motors 34 are provided with a plurality of conveying power motors and are sequentially and uniformly distributed along the front-back direction of the upper part of one end of the rack 2, and the conveying lifting motor 33 is arranged at the lower side of the conveying power motors 34 in a matching way; each conveying power motor 34 is electrically connected with the control cabinet 7 through a wire harness, and a motor mounting bracket 341 is arranged on the power output side of each conveying power motor 34; a guide holder 3411 is provided on the back of the motor mounting bracket 341; the lower part of the motor mounting bracket 341 is connected with the power output end of the conveying lifting motor 33 in a matching way, and the upper part is provided with a pair of upper conveying guide wheels 35 along the horizontal direction; a pair of lower conveying guide wheels 36 are arranged on the lower sides of the pair of upper conveying guide wheels 35 in a matching manner, the pair of lower conveying guide wheels 36 are also horizontally arranged and fixedly mounted on the upper part of the frame 2 through a fixed bracket 362, a guide rod 3621 matched and corresponding to the guide seat 3411 is vertically arranged on the back surface of the fixed bracket 362, and the upper end of the guide rod 3621 is movably sleeved in the guide seat 3411; the pair of upper conveying guide wheels 35 are connected in a matched manner through an upper conveying belt 351, the pair of lower conveying guide wheels 36 are connected in a matched manner through a lower conveying belt 361, hose limiting grooves are formed in the middle parts of the outer belt surfaces of the upper conveying belt 351 and the lower conveying belt 361, and a hose limiting groove in the outer belt surface of the upper conveying belt 351 and the hose limiting groove in the outer belt surface of the lower conveying belt 361 are combined to form a hose conveying channel; an upper driving wheel 38 is coaxially arranged at one axial end of one of the upper conveying guide wheels 35, and a lower driving wheel 39 is coaxially arranged at one axial end of one of the lower conveying guide wheels 36; one axial end of the upper driving wheel 38 is connected to the power output shaft of the power transmission motor 34 in a matching manner, the upper driving wheel 38 and the lower driving wheel 39 are located on the same side and are arranged up and down, and the upper driving wheel 38 and the lower driving wheel 39 are connected in a matching manner through a main driving belt 37.

Wherein, when the hose conveying mechanism 3 conveys the hose, the conveying lifting motor 33 is firstly operated positively to drive the motor mounting bracket 341 and the pair of upper conveying guide wheels 35 to rise to a certain height, the operator inserts the hose from the hose reel 32 into the hose limiting groove on the outer belt surface of the lower conveying belt 36, then, the conveying lifting motor 33 runs reversely to drive the motor mounting bracket 341 and the pair of upper conveying guide wheels 35 to descend to a set position, so that the hose is clamped in a hose conveying channel formed by combining the hose limiting groove on the outer surface of the upper conveying belt 351 and the hose limiting groove on the outer surface of the lower conveying belt 361, the upper drive wheel 3837 and the lower drive wheel 3938 are driven to rotate by the conveyance power motor 33, the upper transmission wheel 3837 drives the upper transmission guide wheel 35 to operate, the lower transmission wheel 3938 drives the lower transmission guide wheel 35 to operate, and finally the upper transmission belt 351 and the lower transmission belt 361 are driven to synchronously operate to achieve the purpose of conveying the hose.

The hose cutting mechanism 5 is arranged on the hose output side of the hose conveying mechanism 3 in a matching manner and comprises a hose cutting support 51, a hose cutting motor mounting frame 52, a cutter baffle 53, a hose cutting motor 54, a hose cutting cylinder 55 and a cutter blade 55.

The pipe cutting bracket 51 is of a U-shaped bracket structure and is fixed at the upper part of the rack 2 at the output side of the hot baking oven 43, and consists of a horizontal plate 511 which is horizontally arranged and a pair of vertical plates 512 which are vertically connected with the two ends of the horizontal plate in the horizontal direction; the upper ends of the pair of vertical plates 512 are respectively provided with a plurality of hose guide pipes 513, the upper part of each vertical plate 512 is provided with a motor walking avoiding groove 510 in the area between every two adjacent hose guide pipes 513, the pipe cutting support 51 is further provided with a slide rail 514 on the inner side surface of the vertical plate 512, and the slide rail 514 is arranged along the front-back direction of the inner side surface of the vertical plate 512.

The lower portion of the tube cutting motor mount 52 is slidably mounted on the slide rail 514 in a mating relationship. The cutter baffle 53 is installed on the outer side surface of the upper end of the vertical plate 512 far away from the hot baking oven 43 in a matching manner, and a cutter operating space is reserved between the cutter baffle 53 and the outer side surface of the upper end of the vertical plate 512. The tube cutting motor 54 is arranged on the upper part of the tube cutting motor mounting frame 52 in a matching way, and the cutting blade 56 is arranged on the power output end of the tube cutting motor 54 in a matching way and rotates at a high speed in the cutter running space.

The pipe cutting cylinder 55 is located at the lower side of the pipe cutting motor mounting frame 52 in a matching way, and the power output end of the pipe cutting cylinder is connected with the lower part of the pipe cutting motor mounting frame 52. When a pipe needs to be cut, the pipe cutting motor 54 operates at a high speed to drive the cutting blade 56 to operate at a high speed, then the pipe cutting cylinder 55 reciprocates to drive the pipe cutting motor mounting rack 52 and the pipe cutting motor 54 slide rail 514 to displace, so that the cutting blade 56 which rotates at a high speed reciprocates in the motor walking avoiding groove 510 along a direction perpendicular to the hose guide pipe 513, two adjacent hoses corresponding to the motor walking avoiding groove 510 are cut, and the hoses are quickly cut at the moment that the cutting blade 56 which operates at a high speed contacts the hoses, so that the hoses are cut by the hoses due to the fact that the cutting feed amount is ahead of the cutting feed amount, the hoses cannot be stressed and cannot be deformed, and therefore, the cuts are flat and smooth, the size is accurate, and the yield is improved.

The length measuring mechanism 6 is provided with a plurality of pipe cutting brackets 51 which are respectively arranged on the hose pipe cutting mechanism 5 in a matching way; each length measuring mechanism 6 is arranged at one side of each hose guide pipe 513 in a matching way and comprises a measuring bracket 61, a measuring upper driven wheel 62, a measuring lower driven wheel 63 and an encoder 64; the measuring bracket 61 is vertically fixed on the horizontal plate 511 of the pipe cutting bracket 51; the upper measuring driven wheel 62 is arranged on the upper part of the measuring bracket 61 in a matching way, and the middle part of the circumferential surface of the upper measuring driven wheel is provided with a flexible pipe passing groove along the circumferential direction; the lower measuring driven wheel 62 is arranged on the measuring bracket 61 at the lower side of the upper measuring driven wheel 62 in a matching way, and the middle part of the circumferential surface of the lower measuring driven wheel is provided with a lower hose passing groove along the circumferential direction; the hose from the hose conveying mechanism 3 is inserted between the hose upper passing groove of the measuring upper driven wheel 62 and the hose lower passing groove of the measuring lower driven wheel 62. The encoder 64 is mounted on one axial end of the upper driven wheel 62 and electrically connected with the control cabinet 7 through a wire harness. When the blanking machine is started, the hose moves under the thrust of the hose conveying mechanism 3 to drive the measuring upper driven wheel 62 and the measuring lower driven wheel 63 to rotate, the measuring upper driven wheel 62 drives the encoder 64 to rotate, the encoder 64 measures the movement length of the hose in real time, namely, the encoder 64 transmits a signal back to the control cabinet 7, and the movement length of the hose is accurately known through the control cabinet 7; meanwhile, the encoder 64 is compared with the movement of the hose conveying mechanism 3 at any time, if the sizes are inconsistent, the equipment immediately alarms and abnormally stops running, and an operator can check whether the hose is not smoothly beaten and slided in the hose conveying mechanism 3 due to the fact that the hose reel 32 is clamped or whether the lifting position is not accurately adjusted, so that the reasons of insufficient pressure force on the hose and the like are caused, and the phenomenon that the sizes in large batches are not accurate is prevented; because the length measuring mechanism 6 is used for length detection by passive operation, the influence of tension force, toughness and slipping and loosening factors is avoided, the required size can be directly cut by directly measuring the accurate size, and manual re-measurement after standing for a period of time is not needed.

The utility model has the advantages of simple and reasonable design, can make things convenient for, accurate, quick measuring the hose size, reduced the cost of labor by a wide margin, effectively improved the measurement of efficiency and the measurement accuracy of hose, can effectively avoid appearing the not accurate phenomenon of big batch size.

Claims (8)

1. The utility model provides a full-automatic hose blanking machine that cuts which characterized in that: the blanking machine comprises a hose conveying mechanism, a hose pipe cutting mechanism and a length measuring mechanism;

the length measuring mechanism is arranged between the hose conveying mechanism and the hose pipe cutting mechanism in a matching manner; the length measuring mechanism is provided with more than one group of hoses which are used for measuring hoses with different sizes and come out of the hose conveying mechanism; each group of length measuring mechanisms comprises a measuring bracket, an upper measuring driven wheel, a lower measuring driven wheel and an encoder; the upper measuring driven wheel is mounted on the upper part of the measuring bracket in a matching manner; the measuring lower driven wheel is matched and arranged on the measuring bracket on the lower side of the measuring upper driven wheel; the hose from the hose conveying mechanism is inserted between the upper measuring driven wheel and the lower measuring driven wheel, the hose is pushed by the hose conveying mechanism to move to drive the upper measuring driven wheel and the lower measuring driven wheel to operate, the upper measuring driven wheel drives the encoder to operate, and the motion length of the hose is measured in real time through the encoder.

2. The fully automatic hose cutting and blanking machine as claimed in claim 1, wherein: the middle part of the circumferential surface of the measuring upper driven wheel is circumferentially provided with a flexible pipe passing groove; the middle part of the circumferential surface of the measuring lower driven wheel is circumferentially provided with a hose lower passing groove; and the hose from the hose conveying mechanism is inserted between the hose upper passing groove of the upper measuring driven wheel and the hose lower passing groove of the lower measuring driven wheel.

3. The fully automatic hose cutting and blanking machine as claimed in claim 1, wherein: the hose conveying mechanism comprises a conveying power motor, a hose reel driven by the conveying power motor and a hose conveying guide assembly; the hose conveying guide assembly is provided with more than one group to match hoses with different sizes;

the hose pipe cutting mechanism is arranged on the hose output side of the length measuring mechanism in a matched mode and comprises a pipe cutting support and a pipe cutting assembly arranged on the pipe cutting support in a matched mode.

4. The fully automatic hose cutting and blanking machine as claimed in claim 3, wherein: the hose cutting bracket is provided with a hose guide pipe in a matching way; the hose cutting bracket is provided with a motor walking avoidance groove between the adjacent hose guide pipes; the pipe cutting assembly is installed on the pipe cutting support and driven by the driving device to move back and forth in the motor walking avoiding groove along the direction perpendicular to the hose guide pipe, and the motor walking avoiding groove is cut by the corresponding hose.

5. The fully automatic hose cutting and blanking machine as claimed in claim 4, wherein: the pipe cutting assembly comprises a pipe cutting motor, a pipe cutting cylinder and a cutting blade; the pipe cutting motor is slidably mounted on the pipe cutting support and is electrically connected with the control cabinet through a wire harness, and a power output end of the pipe cutting motor is provided with a cutting blade in a matching manner; the pipe cutting motor drives the cutting blade to rotate at a high speed, the pipe cutting motor is driven by the pipe cutting cylinder to drive the pipe cutting support to slide and displace along the direction perpendicular to the hose guide pipe, so that the pipe cutting blade drives to rotate at a high speed and the motor walks to avoid the hose corresponding to the groove to cut.

6. The fully automatic hose cutting and blanking machine as claimed in claim 3, wherein: each group of hose conveying guide assemblies comprises an upper conveying guide wheel, a lower conveying guide wheel, a main transmission belt, an upper transmission wheel and a lower transmission wheel;

the conveying power motors are provided with a plurality of conveying lifting motors, and the lower side of each conveying power motor is also provided with a conveying lifting motor in a matching manner; each conveying power motor is fixedly provided with a motor mounting bracket and is connected with the power output end of the conveying lifting motor in a matching way through the motor mounting bracket; a pair of upper conveying guide wheels is arranged on the motor mounting bracket along the horizontal direction; the lower conveying guide wheels are arranged on the lower sides of the upper conveying guide wheels in a matched mode; the upper conveying guide wheels are connected with each other in a matched mode through an upper conveying belt, and the lower conveying guide wheels are connected with each other in a matched mode through a lower conveying belt;

an upper transmission wheel is coaxially arranged at one axial end of one of the upper conveying guide wheels, and a lower transmission wheel is coaxially arranged at one axial end of one of the lower conveying guide wheels; the upper transmission wheel and the lower transmission wheel are positioned on the same side and are arranged up and down; the axial one end of upper drive wheel with carry power motor's power take off shaft accordant connection, pass through main drive belt accordant connection between upper drive wheel and the lower drive wheel.

7. The utility model provides a full-automatic length measurement mechanism who cuts hose blanking machine which characterized in that: the length measuring mechanism is provided with more than one group for measuring different hoses from the hose conveying mechanism; each group of length measuring mechanisms comprises a measuring bracket, an upper measuring driven wheel, a lower measuring driven wheel and an encoder; the upper measuring driven wheel is mounted on the upper part of the measuring bracket in a matching manner; the measuring lower driven wheel is matched and arranged on the measuring bracket on the lower side of the measuring upper driven wheel; the hose from the hose conveying mechanism is inserted between the upper measuring driven wheel and the lower measuring driven wheel, the hose is pushed by the hose conveying mechanism to move to drive the upper measuring driven wheel and the lower measuring driven wheel to operate, the upper measuring driven wheel drives the encoder to operate, and the encoder measures the movement length of the hose in real time.

8. The full-automatic hose cutting and blanking machine length measuring mechanism of claim 7, wherein: the middle part of the circumferential surface of the measuring upper driven wheel is circumferentially provided with a flexible pipe passing groove; the middle part of the circumferential surface of the measuring lower driven wheel is circumferentially provided with a hose lower passing groove; the hose to be measured is inserted between the hose passing groove of the upper measuring driven wheel and the hose passing groove of the lower measuring driven wheel.

Images