CN209541713U - A kind of height-gauge - Google Patents

Abstract

The utility model discloses a kind of height-gauges, its structure includes pedestal, support plate, controller, button, display screen, power lead, fixed plate, sliding shoe, connecting rod, briquetting, displacement sensor, first motor, screw rod, sliding block, sliding rail, circuit board, microprocessor and conveying device, a kind of height-gauge of the utility model, its advantages are, by being provided with conveying device, second motor obtains electric make mechanical movement, bull stick is driven to be rotated on the inside of bearing, and then bull stick is made to drive conveyer belt to be rotated by belt pulley, the examined object for making conveyer belt drive upper end is moved, examined object is moved to briquetting bottom, having reached can will need the object detected automatically to be transmitted, increase the beneficial effect of detection efficiency.

Description

A kind of height-gauge

Technical field

The utility model relates to height-gauge technical fields, and in particular to a kind of height-gauge.

Background technique

People in life, work sometimes for the height for measuring some objects, for measuring the object of different height range Body carries out the measurement range numerical value of the measuring instrument of elevation carrection using ultrasonic wave usually using the height-gauge of different size It is small, for tall and big object, the height of tall and big object is usually measured and calculated with traditional trigonometric function or shadow measurement method, Multiple steps are needed, need to consume many time and efforts of gauger, and if in the measurement and calculating wherein the step of There is data error or mistake, as a result will result in biggish error or mistake, time-consuming and laborious, accuracy is low, and present level is surveyed Amount instrument can not will need the object detected automatically to be transmitted, and lead to the efficiency for influencing to detect, and can not be according to object The height of guardrail is adjusted in height, causes safety coefficient low.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of height-gauge can not be incited somebody to action with solving present level measuring instrument The object for needing to detect automatically is transmitted, and leads to the efficiency for influencing to detect, and can not be according to the height of object to guardrail Height be adjusted, lead to the problem that safety coefficient is low, having reached can will need the object that detects automatically to be transmitted, Increase detection efficiency, and the height of guardrail can be adjusted according to the height of object, increases having using safety coefficient Beneficial effect.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of height-gauges, including bottom Seat, support plate, controller, button, display screen, power lead, fixed plate, sliding shoe, connecting rod, briquetting, displacement sensor, One motor, screw rod, sliding block, sliding rail, circuit board, microprocessor and conveying device, the conveying device are installed on pedestal left end, institute It states support plate and base top right end carries out vertical welding, the controller is welded by gasket and right end at the top of support plate It connects, button is installed on the right side of the controller front center, the display screen is installed on the upside of controller front end, and the power supply is led Line left end and controller right end carry out grafting, the fixed plate and support plate left end and base top left end carries out vertical welding, For the connecting rod by being locked in the middle part of bolt and sliding shoe left end, the briquetting passes through adhesive glue and connecting rod left end Downside is vertically bonded, and institute's displacement sensors are installed among connecting rod bottom, and the first motor is located in fixed plate Portion upper end, and first motor is connect by hex bolts with fixed plate inner upper end normal thread, the first motor and silk Bar upper end is sequentially connected, and the screw rod is through sliding block middle part, and screw rod and sliding block inside middle portion wall carry out transmission company It connects, the sliding block is slidably connected with sliding rail front end, and the sliding shoe is slided by hexagon socket head cap screw and slip front Connection, the circuit board are locked by bolt and controller interior lower end, and the microprocessor passes through scolding tin and electricity Upper right side carries out vertical welding at the top of the plate of road, and the conveying device includes mounting plate, support leg, fixinig plate, the second motor, transmission Band, placement plate, regulating device, guardrail, bull stick, belt pulley and bearing, the mounting plate are installed on pedestal left end, the support leg By being locked on the left of bolt and installation front edge of board, the fixinig plate is by hexagon socket head cap screw and installs on the left of front edge of board Normal thread connection is carried out, second motor is locked by bolt and fixinig plate front center, the placement plate Grafting vertical with progress at the top of fixinig plate, the regulating device and mounting plate rear end left side are welded, the guardrail and adjusting Device inner sidewall carries out grafting, and the bull stick is sequentially connected with the second motor output end, and the bull stick is through belt pulley Middle part, and be sequentially connected in the middle part of bull stick and belt pulley, the conveyer belt is sequentially connected with belt pulley inner sidewall, institute It states bull stick to be pivotally connected with bearing inner sidewall, the controller upper end is provided with more than two buttons altogether, and on circuit board End left upper end is provided with first port, second port, third port, the 4th port, fifth port and the 6th port, the button Pass through second port, third port, the 4th port, fifth port and the 6th port and display screen, power lead, displacement sensing Device, first motor and the electrical connection of the second motor, the button, display screen, power lead, displacement sensor, first motor and the Two motors pass through first port, second port, third port, the 4th port, fifth port and the 6th port and microprocessor electricity Connection.

Further, the regulating device includes fixed block, strut, support rod and grip block, the fixed block and installation It is welded on the left of plate rear end, strut grafting vertical with right end progress at the top of fixed block, the support rod and strut upper end Grafting is carried out at a quarter, the grip block carries out be bonded, the guardrail and grip block with support rod rear end by adhesive glue Inner sidewall carries out grafting, and the height of guardrail is adjusted conducive to the height played according to object, increases using safety coefficient Effect.

Further, the grip block inner sidewall is provided with rubber pad, and rubber pad with a thickness of 5mm, conducive to playing To the effect that guardrail is gripped, and play the role of anti-skidding.

Further, the first motor and the second motor upper end are provided with bar shaped cooling fin, and cooling fin is along first Motor and the second outer surface of motor are uniformly distributed, and conducive to playing the role of radiating to first motor and the second motor, are prevented First motor and the damage of the second motor overheating.

Further, the bull stick is internally provided with reinforcing rib, and reinforcing rib is in cylindrical structure, is increased conducive to playing The intensity of bull stick, and increase the service life of bull stick.

Further, there are four fixation holes for setting at the top of the circuit board, and fixation hole is equal along quadrangle at the top of circuit board Even distribution conducive to playing the role of that circuit board is fixed, and keeps fixation more firm.

Further, the mounting plate is in 90 degree arc-shapeds, and mounting plate upper end sprays inoxidzable coating and anti-oxidation Coating with a thickness of 3mm, conducive to playing the role of that conveyer belt is fixed, and play anti-oxidation effect.

Further, institute's displacement sensors are CWY-DW-S series, long service life.

Further, the first motor and the second motor are AKM series, and revolving speed is uniform.

(3) beneficial effect

The utility model compared with the existing technology, has the advantages that

1), to solve the problem of the object detected can not will be needed automatically to be transmitted the efficiency for leading to influence to detect, By being provided with conveying device, the second motor obtain it is electric make mechanical movement, drive bull stick to be rotated on the inside of bearing, and then make Bull stick drives conveyer belt to be rotated by belt pulley, and the examined object for making conveyer belt drive upper end is moved, will be to be checked It surveys object and is moved to briquetting bottom, having reached can will need the object detected automatically to be transmitted, and increase detection efficiency Beneficial effect.

2), the height of guardrail can not be adjusted according to the height of object for solution, leads to the problem that safety coefficient is low, It is provided with regulating device by holding on a mounting board, when the height of strut to be adjusted, the spiral shell of turn upper end of fixing block counterclockwise Bolt makes bolt release the locking to fixed block, then slides the height on the inside of fixed block of strut, and then strut is made to drive branch The height of strut and grip block is adjusted, so that the height to guardrail is adjusted, having reached can be according to the height of object The height of guardrail is adjusted, the beneficial effect for using safety coefficient is increased.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the controller schematic diagram of internal structure of the utility model；

Fig. 3 is the fixed plate schematic diagram of internal structure of the utility model；

Fig. 4 is the conveying device schematic diagram of internal structure of the utility model；

Fig. 5 is the mounting plate schematic diagram of internal structure of the utility model；

Fig. 6 is the regulating device schematic diagram of internal structure of the utility model；

Fig. 7 is the circuit connection diagram of the utility model.

In figure: pedestal -1, conveying device -2, support plate -3, controller -4, button -5, display screen -6, power lead -7, Fixed plate -8, sliding shoe -9, connecting rod -10, briquetting -11, displacement sensor -12, first motor -13, screw rod -14, sliding block - 15, sliding rail -16, circuit board -17, microprocessor -18, first port -19, second port -20, third port -21, the 4th end Mouthfuls -22, fifth port -23, the 6th port -24, mounting plate -201, support leg -202, fixinig plate -203, the second motor -204, Conveyer belt -205, regulating device -207, guardrail -208, bull stick -209, belt pulley -210, bearing -211, is fixed at placement plate -206 Block -2071, strut -2072, support rod -2073, grip block -2074.

Specific embodiment

In the technical program:

Conveying device 2, mounting plate 201, support leg 202, fixinig plate 203, the second motor 204, conveyer belt 205, placement plate 206, regulating device 207, guardrail 208, bull stick 209, belt pulley 210, bearing 211, fixed block 2071, strut 2072, support rod 2073 and grip block 2074 be that the utility model contains the innovative component of essence.

Pedestal 1, support plate 3, controller 4, button 5, display screen 6, power lead 7, fixed plate 8, sliding shoe 9, connecting rod 10, briquetting 11, displacement sensor 12, first motor 13, screw rod 14, sliding block 15, sliding rail 16, circuit board 17, microprocessor 18, Single port 19, second port 20, third port 21, the 4th port 22, fifth port 23 and the 6th port 24 are to realize that this is practical The essential connectivity component of new technique scheme.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7 are please referred to, the utility model provides a kind of height-gauge: including Pedestal 1, support plate 3, controller 4, button 5, display screen 6, power lead 7, fixed plate 8, sliding shoe 9, connecting rod 10, briquetting 11, displacement sensor 12, first motor 13, screw rod 14, sliding block 15, sliding rail 16, circuit board 17, microprocessor 18 and conveying device 2, conveying device 2 is installed on 1 left end of pedestal, and support plate 3 and 1 top right end of pedestal carry out vertical welding, and controller 4 passes through gasket It is welded with 3 top right end of support plate, button 5 is installed on the right side of 4 front center of controller, display screen 6 is installed on controller 4 On the upside of front end, 7 left end of power lead and 4 right end of controller carry out grafting, fixed plate 8 and 1 top left of 3 left end of support plate and pedestal End carries out vertical welding, and for connecting rod 10 by being locked in the middle part of bolt and 9 left end of sliding shoe, briquetting 11 passes through adhesive glue Vertical be bonded with progress on the downside of 10 left end of connecting rod, displacement sensor 12 is installed among 10 bottom of connecting rod, first motor 13 Positioned at 8 inner upper end of fixed plate, and first motor 13 is connect by hex bolts with 8 inner upper end normal thread of fixed plate, First motor 13 is sequentially connected with 14 upper end of screw rod, and screw rod 14 is through the middle part of sliding block 15, and screw rod 14 and sliding block 15 Inside middle portion wall is sequentially connected, and sliding block 15 is slidably connected with 16 front end of sliding rail, sliding shoe 9 by hexagon socket head cap screw with 15 front end of sliding block is slidably connected, and circuit board 17 is locked by bolt and 4 interior lower end of controller, microprocessor 18 carry out vertical welding by scolding tin and 17 top upper right side of circuit board, conveying device 2 include mounting plate 201, support leg 202, Fixinig plate 203, the second motor 204, conveyer belt 205, placement plate 206, regulating device 207, guardrail 208, bull stick 209, belt pulley 210 and bearing 211, mounting plate 201 is installed on 1 left end of pedestal, support leg 202 by the left of bolt and 201 front end of mounting plate into Row is locked, and fixinig plate 203 is by carrying out normal thread connection, the second electricity on the left of hexagon socket head cap screw and 201 front end of mounting plate Machine 204 is locked by bolt and 203 front center of fixinig plate, and placement plate 206 is vertical with progress at the top of fixinig plate 203 It is welded on the left of grafting, regulating device 207 and 201 rear end of mounting plate, guardrail 208 carries out slotting with 207 inner sidewall of regulating device It connects, bull stick 209 is sequentially connected with 204 output end of the second motor, and bull stick 209 is through the middle part of belt pulley 210, and bull stick 209 be sequentially connected in the middle part of belt pulley 210, conveyer belt 205 is sequentially connected with 210 inner sidewall of belt pulley, bull stick 209 It is pivotally connected with 211 inner sidewall of bearing, 4 upper end of controller is provided with more than two buttons 5 altogether, and 17 upper end of circuit board is left Upper end is provided with first port 19, second port 20, third port 21, the 4th port 22, fifth port 23 and the 6th port 24, Button 5 passes through second port 20, third port 21, the 4th port 22, fifth port 23 and the 6th port 24 and display screen 6, electricity Source conducting wire 7, displacement sensor 12, first motor 13 and the electrical connection of the second motor 204, button 5, display screen 6, power lead 7, position Displacement sensor 12, first motor 13 and the second motor 204 pass through first port 19, second port 20, third port 21, the 4th end Mouth 22, fifth port 23 and the 6th port 24 are electrically connected with microprocessor 18.

Wherein, the regulating device 207 includes fixed block 2071, strut 2072, support rod 2073 and grip block 2074, institute It states and is welded on the left of fixed block 2071 and 201 rear end of mounting plate, the strut 2072 is carried out with 2071 top right end of fixed block Vertical grafting, the support rod 2073 pass through viscous with grafting, the grip block 2074 is carried out at 2072 upper end a quarter of strut It closes glue and carries out be bonded, the guardrail 208 and the progress grafting of 2074 inner sidewall of grip block, conducive to root is played with 2073 rear end of support rod The height of guardrail is adjusted according to the height of object, increases the effect for using safety coefficient.

Wherein, 2074 inner sidewall of grip block is provided with rubber pad, and rubber pad with a thickness of 5mm, conducive to playing To the effect that guardrail 208 is gripped, and play the role of anti-skidding.

Wherein, the first motor 13 and 204 upper end of the second motor are provided with bar shaped cooling fin, and cooling fin is along first Motor 13 and 204 outer surface of the second motor are uniformly distributed, and are radiated conducive to playing to first motor 13 and the second motor 204 Effect prevents first motor 13 and the second motor 204 from crossing cause thermal damage.

Wherein, the bull stick 209 is internally provided with reinforcing rib, and reinforcing rib is in cylindrical structure, is increased conducive to playing The intensity of bull stick 209, and increase the service life of bull stick 209.

Wherein, there are four fixation holes for setting at the top of the circuit board 17, and fixation hole is equal along 17 top quadrangle of circuit board Even distribution conducive to playing the role of that circuit board 17 is fixed, and keeps fixation more firm.

Wherein, the mounting plate 201 is in 90 degree of arc-shapeds, and 201 upper end of mounting plate sprays inoxidzable coating and oxygen Change coating with a thickness of 3mm, conducive to playing the role of that conveyer belt 205 is fixed, and play anti-oxidation effect.

Wherein, institute's displacement sensors 12 are CWY-DW-S series, long service life.

Wherein, the first motor 13 and the second motor 204 are AKM series, and revolving speed is uniform.

Displacement sensor 12 described in this patent is known as linear transducer, is a kind of linear unit for belonging to metal induction, The effect of sensor is that various measurands are converted to electricity, and in process of production, the measurement of displacement is generally divided into measurement Full size and two kinds of mechanical displacement；The microprocessor 18 can complete instruction fetch, execute instruction, and with extraneous memory and Logical block exchanges the operation such as information, is the operation control part of microcomputer, it can be with memory and peripheral circuit chip Form microcomputer.

Working principle: it before use, be first horizontally arranged height-gauge, is connect followed by power lead 7 Logical external power supply provides power supply to height-gauge, then the object for needing to detect height is sequentially placed in fixed plate 201 206 top of 205 top of conveyer belt and placement plate of side；When in use, the button 5 of 4 upper end of controller is pressed, elevation carrection is started Instrument, microprocessor 18 control the second motor 204 by the 6th port 24 and electric must make mechanical movement, and drive bull stick 209 in bearing 211 insides are rotated, and then bull stick 209 is made to drive conveyer belt 205 to be rotated by belt pulley 210, make 205 band of conveyer belt The examined object of dynamic upper end is moved, and examined object is moved to 11 bottom of briquetting, having reached can will need to examine The object of survey is automatically transmitted, and detection efficiency is increased；Following microprocessor 18 passes through first electricity of the control of fifth port 23 Machine 13 electric must make mechanical movement, and drive screw rod 14 to be rotated by shaft, screw rod 14 is with movable slider 15 in 16 upper end of sliding rail It is moved, so that sliding block 15 be made to drive connecting rod 10, briquetting 11 and displacement sensor 12 to be moved to lower end by sliding shoe 9 Dynamic, connecting rod 10 drives briquetting 11 to withstand at the top of object under test, and then displacement sensor 12 passes through potentiometer element for mechanical position Transfer changes the output of linear therewith or arbitrary function relationship resistance into, and is transferred data to by the 4th port 22 micro- Inside processor 18, after microprocessor 18 is to data processing, display screen 6 is controlled by second port 20, altitude information is shown Show；And by being provided with regulating device 207 in 201 upper end of mounting plate, when the height of strut 2072 to be adjusted, revolve counterclockwise The bolt of dynamic 2071 upper end of fixed block makes bolt release the locking to fixed block 2071, then slide strut 2072 in fixation The height of 2071 inside of block, and then the height for making strut 2072 drive support rod 2073 and grip block 2074 is adjusted, thus The height of guardrail 208 is adjusted, the height of guardrail can be adjusted according to the height of object by having reached, and increased and used Safety coefficient.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (7)

1. a kind of height-gauge, including pedestal (1), support plate (3), controller (4), button (5), display screen (6), power supply are led Line (7), fixed plate (8), sliding shoe (9), connecting rod (10), briquetting (11), displacement sensor (12), first motor (13), silk Bar (14), sliding block (15), sliding rail (16), circuit board (17) and microprocessor (18), it is characterised in that: further include conveying device (2), the conveying device (2) is installed on pedestal (1) left end, and right end carries out vertical welding at the top of the support plate (3) and pedestal (1) It connects, the controller (4) is welded by gasket and right end at the top of support plate (3), on the right side of controller (4) front center It is equipped with button (5), the display screen (6) is installed on the upside of controller (4) front end, power lead (7) left end and control Device (4) right end carries out grafting, the fixed plate (8) and support plate (3) left end and pedestal (1) top left carries out vertical welding, For the connecting rod (10) by being locked in the middle part of bolt and sliding shoe (9) left end, the briquetting (11) passes through adhesive glue Vertical be bonded with progress on the downside of connecting rod (10) left end, institute's displacement sensors (12) are installed among connecting rod (10) bottom, The first motor (13) is located at fixed plate (8) inner upper end, and first motor (13) passes through hex bolts and fixed plate (8) The connection of inner upper end normal thread, the first motor (13) are sequentially connected with screw rod (14) upper end, the screw rod (14) In the middle part of through sliding block (15), and screw rod (14) is sequentially connected with sliding block (15) inside middle portion wall, the sliding block (15) It is slidably connected with sliding rail (16) front end, the sliding shoe (9) is slided by hexagon socket head cap screw and sliding block (15) front end Connection, the circuit board (17) are locked by bolt and controller (4) interior lower end, and the microprocessor (18) is logical It crosses upper right side at the top of scolding tin and circuit board (17) and carries out vertical welding, the conveying device (2) includes mounting plate (201), support Foot (202), fixinig plate (203), the second motor (204), conveyer belt (205), placement plate (206), regulating device (207), guardrail (208), bull stick (209), belt pulley (210) and bearing (211), the mounting plate (201) is installed on pedestal (1) left end, described For support leg (202) by being locked on the left of bolt and mounting plate (201) front end, the fixinig plate (203) passes through interior six Normal thread connection is carried out on the left of corner bolt and mounting plate (201) front end, second motor (204) passes through bolt and fixinig plate (203) front center is locked, the placement plate (206) grafting vertical with progress at the top of fixinig plate (203), the tune Welded on the left of regulating device (207) and mounting plate (201) rear end, the guardrail (208) and regulating device (207) inner sidewall into Row grafting, the bull stick (209) are sequentially connected with the second motor (204) output end, and the bull stick (209) is through belt It takes turns in the middle part of (210), and is sequentially connected in the middle part of bull stick (209) and belt pulley (210), the conveyer belt (205) and belt Wheel (210) inner sidewall is sequentially connected, and the bull stick (209) is pivotally connected with bearing (211) inner sidewall, the controller (4) upper end is provided with more than two buttons (5) altogether, and circuit board (17) upper end left upper end be provided with first port (19), Second port (20), third port (21), the 4th port (22), fifth port (23) and the 6th port (24), the button (5) Pass through second port (20), third port (21), the 4th port (22), fifth port (23) and the 6th port (24) and display screen (6), power lead (7), displacement sensor (12), first motor (13) and the second motor (204) electrical connection, the button (5), Display screen (6), power lead (7), displacement sensor (12), first motor (13) and the second motor (204) pass through first port (19), second port (20), third port (21), the 4th port (22), fifth port (23) and the 6th port (24) and micro- place Manage device (18) electrical connection.

2. a kind of height-gauge according to claim 1, it is characterised in that: the regulating device (207) includes fixing Block (2071), strut (2072), support rod (2073) and grip block (2074), the fixed block (2071) and mounting plate (201) It is welded on the left of rear end, the strut (2072) grafting vertical with right end progress at the top of fixed block (2071), the support rod (2073) and at a quarter of strut (2072) upper end grafting is carried out, the grip block (2074) passes through adhesive glue and support rod (2073) rear end is bonded, and the guardrail (208) and grip block (2074) inner sidewall carry out grafting.

3. a kind of height-gauge according to claim 2, it is characterised in that: grip block (2074) the inner sidewall setting Have a rubber pad, and rubber pad with a thickness of 5mm.

4. a kind of height-gauge according to claim 1, it is characterised in that: the first motor (13) and the second motor (204) upper end is provided with bar shaped cooling fin, and cooling fin uniformly divides along first motor (13) and the second motor (204) outer surface Cloth.

5. a kind of height-gauge according to claim 1, it is characterised in that: the bull stick (209), which is internally provided with, to be added Strengthening tendons, and reinforcing rib is in cylindrical structure.

6. a kind of height-gauge according to claim 1, it is characterised in that: be provided with four at the top of the circuit board (17) A fixation hole, and fixation hole is uniformly distributed along quadrangle at the top of circuit board (17).

7. a kind of height-gauge according to claim 1, it is characterised in that: the mounting plate (201) is in 90 degree of circular arcs Shape, and mounting plate (201) upper end spraying inoxidzable coating and inoxidzable coating with a thickness of 3mm.