CN101433392B

CN101433392B - Machine for cutting coatings of shoe soles

Info

Publication number: CN101433392B
Application number: CN2008102496097A
Authority: CN
Inventors: 孙传祝
Original assignee: Shandong University of Technology
Current assignee: Shandong University of Technology
Priority date: 2008-12-23
Filing date: 2008-12-23
Publication date: 2011-04-13
Anticipated expiration: 2028-12-23
Also published as: CN101433392A

Abstract

The invention provides a sole coating cutter. The cutter is characterized in that a scroll coiled on a scroll rack is sleeved in the middle part of a driven reel; one end of paper drawn out from the scroll is clipped in the scroll rack arranged in the middle part of a driving reel; the horizontal section of the paper is supported on a movable pedal born on the protruded plane in the middle part of a soleplate; the large end of the driving reel is provided with a worm wheel; pin rolls III are fixed on the sides of a bracket I and a bracket II close to a guide rail and the horizontal protrusionof the bracket I extending out from the side of the guide rail respectively; a gear I is fixed on an output shaft of an electromotor; a worm part of a worm shaft is engaged with the worm wheel; a gear II of the worm shaft is engaged with the gear I; one end of a telescopic rod is hinged on one side of the bracket I far from the guide rail; and the other end of the telescopic rod is provided with a feeler wheel and a blade. The invention provides a home appliance; and one layer of paper is coated on the sole of a guest who visits others and realizes that the guest can come in a room without changing slippers and does not smear and damage wooden floor.

Description

Machine for cutting coatings of shoe soles

Technical field

The invention provides a kind of machine for cutting coatings of shoe soles, belong to household electrical appliance.Its purposes is to the guest of other people dwelling house of visiting, applies one deck scraps of paper at its sole, and cuts redundance, with the host's that avoids making dirty floor.

Background technology

Family is the bay of a warmth, and the family room decorations are directly connected to the comfortable, attractive in appearance of resident and convenient.Along with improving constantly of China's economic development and living standards of the people, particularly in recent years, the family room decorations were important, the indispensable parts of construction and decoration.People can not satisfy the elementary requirement that the person of residence has its room now, but the decorations quality has been had higher requirement.People all wish one's own one's own little world arrange comfortablely, quiet, easy, safety, and warm household living environment atmosphere is arranged, even some people the picture dance hall of parlor, room finishing, bedroom as guest room, dining room as the big restaurant private room, obtaining mainly of these atmosphere finished by the decorations means.At present, decoration design for residence has been popularized town and country, becomes national economy new growth point and contemporary resident's consumption hot spot.

But house fitting has brought some inconvenience also for the guest of visiting: if wearing footwear enters the room, can make dirty even can scratch host's wood floors; And the replacing slippers not only bother, and can allow the guest feel not too refined, even can make the guest very awkward because pin is smelly.

At the problems referred to above, the small electric apparatus of existing home-use sole, vamp cleaning aspect occurred on the market in recent years.But because cleaning time is long, cleaning is clean inadequately, clean clean sole, still might injure reasons such as wood floors, and fail to be applied even put off until some time later.Therefore, urgent need is a kind of on the market can realize that need not change slippers can enter the room, and can not make, damage the household electrical appliance of wood floors again dirty.

Summary of the invention

The invention provides and a kind ofly can realize above-mentioned purpose, and machine for cutting coatings of shoe soles easy to use, function admirable.Its technical scheme is:

Comprise paper-advance unit, guide rail, paper cutter, control device and shell, it is characterized in that: paper-advance unit comprises base plate, Active foot plate, the active spool, driven spool, worm gear, paper roll and paper roll frame, base plate is symmetrically arranged with two groups of projectioies along same direction, each projection is all processed porose, scribble binding agent, and be wrapped in the middle part that paper roll sky on the paper roll frame is enclosed within driven spool, one end of the paper that paper roll is pulled out is stuck in the paper roll frame at the active spool middle part of packing into, above the Active foot plate of the horizontal segment support of paper be bearing in base plate middle part convex plane by a plurality of return spring I on, initiatively spool and driven spool are bearing in respectively in the hole of two groups of projectioies, initiatively the big end of spool is equipped with worm gear, guide rail is fixed on its outer rim base plate identical with the guide rail shape in the form of a ring, its cross section is a T shape, the medial surface of T section level board is provided with toothed surface, paper cutter comprises support, motor, gear, worm shaft, slide block, bearing pin, expansion link, contour wheel, blade and pin, support is made up of bracket I and bracket I I two parts, between be fixedly connected by bearing pin I and bearing pin II that rolling element is housed, the cylindrical of the last rolling element of bearing pin II and the upper surface of T shape guide rail level board are tangent, the bearing pin III that rolling element is housed be separately fixed at bracket I and bracket I I near a side of guide rail and bracket I on the horizontal projection that guide rail one side is stretched out, cylindrical of rolling element is tangent with the medial surface of the lower surface of T shape guide rail level board and riser respectively on it, bracket I top is to stretch out a horizontal projection that is provided with vertical circular hole away from a side of guide rail, the flange that output shaft passes the motor that the vertical circular hole on the projection stretches out downwards is fixed on convex upper surface, gear I is housed on the motor output shaft, worm shaft is installed in the horizontal slideway of bracket I side by slide block, and the worm screw part of worm shaft is meshed with worm gear by return spring II, be contained in gear II and the engagement of the gear I on the motor output shaft on the worm shaft, be formed by stacking by more piece, and expansion link one end that inner chamber is equipped with tensioning spring is hinged on the side of bracket I away from guide rail, and keep the normal direction of its direction along the guide rail riser by the banking pin that return spring III and bracket I riser stretch out, pin is installed in the vertical slideway of base plate projection by return spring IV, its top is higher than the center line of expansion link, the expansion link other end is equipped with contour wheel and blade, the cylindrical of contour wheel and sole edge are tangent during cut paper, and the blade cylindrical is pressed on the plane of Active foot plate support paper.

Described machine for cutting coatings of shoe soles, it is characterized in that: control device comprises relay, sensor, electromagnet, button, travel switch, the time relay, fuse and indicator lamp, the normally-closed contact that is fixed on the sensor on plane on the solenoid of relay of button, guide rail riser lateral surface of cover top portion and the Active foot plate is connected in the control loop of motor, and the normally opened contact I of relay is in parallel with button.

Described machine for cutting coatings of shoe soles is characterized in that: in the current supply circuit that the normally opened contact II of relay and fuse are connected on motor, electric capacity is connected between two contact U, the V of motor.

Described machine for cutting coatings of shoe soles, it is characterized in that: be fixed on the travel switches I between base plate middle part convex plane and the Active foot plate lower plane and be fixed on banking pin and expansion link between travel switches I I, be connected in parallel in the control loop of motor with button and sensor.

Described machine for cutting coatings of shoe soles, it is characterized in that: the normally-closed contact that is fixed on the time relay of the electromagnet I of the vertical slideway of base plate below and guide rail riser lateral surface is cascaded, solenoid with the time relay, after being fixed on the electromagnet II parallel connection of horizontal slideway away from worm gear one side of bracket I side, connect with travel switches I again and form control loop, when Active foot plate is stepped on, electromagnet II drives worm shaft by slide block, in gear II on guaranteeing worm shaft and the engagement of the gear I on the motor output shaft, another gear III that is fixed on the worm shaft and the toothed surface of T shape guide rail level board medial surface are meshed.

Described machine for cutting coatings of shoe soles, it is characterized in that: the normally-closed contact I of relay, the yellow indicator lamp that is fixed on cover top portion are connected with the normally-closed contact of sensor and are formed article one indication loop, the normally opened contact III of relay connects with the red led that is fixed on cover top portion and forms second indication loop, and the normally-closed contact II of relay, the normally opened contact of sensor are connected with the green indicating lamp that is fixed on cover top portion and formed the 3rd indication loop.

Described machine for cutting coatings of shoe soles is characterized in that: cover top portion center and bottom are equipped with the looping pit identical with the guide rail shape, and assembling back its underpart opening and base plate outer rim are fitted.

Described machine for cutting coatings of shoe soles is characterized in that: guide rail is oval ring-type.

Described machine for cutting coatings of shoe soles is characterized in that: guide rail is circular.

Its operation principle is: after the machine for cutting coatings of shoe soles energising, the normally-closed contact of sensor and the normally-closed contact of relay are all closed, and yellow indicator lamp is bright, and the worm screw part of worm shaft meshes with worm gear under the effect of return spring II.Press the button, relay is connected, yellow indicator lamp goes out, red led is bright, and motor drives worm shaft by the gear II that is fixed on gear I on the motor shaft and worm shaft and rotates, so by worm gear and initiatively spool drive and be contained in initiatively that the paper roll frame at spool middle part rotates, and utilization is installed on an end of the paper in the paper roll frame, paper is pulled out from the paper roll that is sleeved on driven spool middle part, and support is on Active foot plate, and one of gluing faces up.When the paper of pulling out covered the sensor that is installed in above the Active foot plate, the normally-closed contact of sensor disconnected, and motor stops operating, and red led goes out, and the normally opened contact of sensor is connected, and green indicating lamp is bright.

After pin is stepped on above the Active foot plate, Active foot plate compression retracteding position spring I moves down, the travel switches I that is installed between Active foot plate and the base plate is connected, be fixed on the electromagnet II of the horizontal slideway of bracket I side away from worm gear one side, drive worm shaft by slide block, in gear II on guaranteeing worm shaft and the engagement of the gear I on the motor output shaft, another gear III on the worm shaft and the toothed surface of T shape guide rail level board medial surface are meshed; Simultaneously, the electromagnet I that is fixed on the vertical slideway of base plate below moves down pin, be formed by stacking by more piece, inner chamber is equipped with tensioning spring, and the inner expansion link of bracket I that be hinged on away from guide rail one side, backswing under the effect of return spring III, and keep the normal direction of its direction along the guide rail riser by the banking pin that the bracket I riser stretches out, the travel switches I I that is fixed between banking pin and the expansion link connects, relay is connected once more, green indicating lamp goes out, red led is bright, motor drives worm shaft by the gear II that is fixed on gear I on the motor shaft and worm shaft and rotates, and then the toothed surface of passing through gear III and T shape guide rail level board medial surface meshes, drive entire bracket together with motor and expansion link, circuit along T shape guide rail rotates, the cylindrical and the sole edge of contour wheel that is installed in the expansion link outer end is tangent, and the blade cylindrical cuts off paper gradually owing to be pressed on the plane of Active foot plate support paper; Through behind the certain hour, the normally-closed contact of the time relay disconnects, and pin is return under the effect of return spring IV; Entire bracket rotates a circle together with motor and expansion link, and cut paper finishes when getting back to original position, and expansion link is because the obstruction of pin is separated with banking pin, and travel switches I I disconnects, and relay disconnects, and red led goes out thereupon, and green indicating lamp is bright.

Sensor exposes after pin lifts, and normally opened contact disconnects, the normally-closed contact closure, and green indicating lamp goes out, and yellow indicator lamp is bright; Simultaneously, Active foot plate resets under the effect of return spring I, and travel switches I disconnects, and electromagnet I and electromagnet II cut off the power supply simultaneously, worm shaft its worm screw part under the effect of return spring II meshes with worm gear once more, and whole machine for cutting coatings of shoe soles is returned to the "on" position of beginning fully.

The present invention has compared with prior art solved the visiting inconvenience problem of bringing to the guest because of house fitting, can enter the room under the situation that need not change slippers, can not make, damage wood floors again dirty.

Description of drawings

Fig. 1 is the cutaway view of the embodiment of the invention;

Fig. 2 is the structural representation that removes behind shell and the Active foot plate embodiment illustrated in fig. 1;

Fig. 3 is the structural representation that removes behind the shell embodiment illustrated in fig. 1;

Fig. 4 is the assembling schematic diagram of medium-height trestle I embodiment illustrated in fig. 1, bracket I I, motor and expansion link etc.;

Fig. 5 is the assembling schematic diagram of other directions such as medium-height trestle I embodiment illustrated in fig. 1, bracket I I, motor and expansion link;

Fig. 6 is the structural representation of middle guide embodiment illustrated in fig. 1;

Fig. 7 is the structural representation of second embodiment of guide rail of the present invention;

Fig. 8 is the structural representation of the 3rd embodiment of guide rail of the present invention;

Fig. 9 is the electrical schematic diagram of the embodiment of the invention.

1, guide rail 2, shell 3, base plate 4, Active foot plate 5, active spool 6, driven spool 7, worm gear 8, paper roll 9, paper roll frame 10, return spring I 11, toothed surface 12, motor 13, worm shaft 14, slide block 15, expansion link 16, contour wheel 17, blade 18, pin 19, bracket I 20, bracket I I 21, bearing pin I 22, rolling element 23, bearing pin II 24, bearing pin III 25, gear I 26, horizontal slideway 27, return spring II 28, gear II 29, tensioning spring 30, return spring III 31, banking pin 32, return spring IV 33, vertical slideway 34, relay 35, sensor 36, button 37, the time relay 38, fuse 39, electric capacity 40, travel switches I 41, travel switches I I 42, electromagnet I 43, electromagnet II 44, gear III 45, yellow indicator lamp 46, red led 47, green indicating lamp

The specific embodiment

In Fig. 1～6, embodiment shown in Figure 9: base plate 3 is symmetrically arranged with two groups of projectioies along same direction, and each projection is all processed porose; Scribble binding agent and be wrapped in the middle part that paper roll 8 on the paper roll frame 9 is sleeved on driven spool 6, one end of the paper that paper roll 8 is pulled out is stuck in the paper roll frame 9 at active spool 5 middle parts of packing into, the horizontal segment support of paper is on the Active foot plate 4 that is bearing in by a plurality of return spring I 10 on the base plate 3 middle part convex plane, initiatively spool 5 and driven spool 6 are bearing in respectively in the hole of two groups of projectioies, and initiatively the big end of spool 5 is equipped with worm gear 7; The cross section of oval ring-shaped guide rail 1 is a T shape, and the medial surface of T section level board is provided with toothed surface 11; Support is made up of bracket I 19 and bracket I I 20 two parts, between be fixedly connected by bearing pin I 21 and bearing pin II 23 that rolling element 22 is housed, the upper surface of the cylindrical of rolling element 22 and T shape guide rail 1 level board is tangent on the bearing pin II 23; The bearing pin III24 that rolling element 22 is housed be separately fixed at bracket I 19 and bracket I I 20 near a side of guide rails 1 and bracket I 19 on the horizontal projection that guide rail 1 one sides are stretched out, cylindrical of rolling element 22 is tangent with the medial surface of the lower surface of T shape guide rail 1 level board and riser respectively on it; Bracket I 19 tops are to stretching out a horizontal projection that is provided with vertical circular hole away from a side of guide rail 1, the flange that output shaft passes the motor 12 that the vertical circular hole on the projection stretches out downwards is fixed on convex upper surface, is fixed with gear I 25 on motor 12 output shafts; Worm shaft 13 is installed in the horizontal slideway 26 of bracket I 19 sides by slide block 14, and makes the worm screw part and worm gear 7 engagements of worm shaft 13 by return spring II 27; Be fixed on gear II 28 and 25 engagements of the gear I on motor 12 output shafts on the worm shaft 13; Be hinged on the side of bracket I 19 by the inner that more piece is formed by stacking and inner chamber is equipped with the expansion link 15 of tensioning spring 29, and keep the normal direction of its directions along guide rail 1 riser by the banking pin 31 that return spring III30 and bracket I 19 risers stretch out away from guide rail 1; Pin 18 is installed in the vertical slideway 33 of base plate 3 projectioies by return spring IV32, and its top is higher than the center line of expansion link 15; Expansion link 15 outer ends are separately installed with contour wheel 16 and blade 17, and the cylindrical of contour wheel 16 and sole edge are tangent during cut paper, and blade 17 cylindricals are pressed on the plane of Active foot plate 4 support paper.Shell 2 top center and bottom are equipped with and the identical looping pit of guide rail 1 shape, and assembling back its underpart opening and base plate 3 outer rims are fitted.The normally-closed contact that is fixed on the sensor 35 on plane on the solenoid of relay 34 of button 36, guide rail 1 riser lateral surface at shell 2 tops and the Active foot plate 4 is connected in the control loop of motor 12, and the normally opened contact I of relay 34 is in parallel with button 36; The normally opened contact II of relay 34 and fuse 38 are connected in the current supply circuit of motor 12, and electric capacity 39 is connected between two contact U, the V of motor 12; Be fixed on the travel switches I 40 between base plate 3 middle part convex plane and Active foot plate 4 lower planes and be fixed on banking pin 31 and expansion link 15 between travel switches I I 41, be connected in parallel in the control loop of motor 12 with button 36 and sensor 35; The normally-closed contact that is fixed on the time relay 37 of the electromagnet I 42 of base plate 3 vertical slideways 33 belows and guide rail 1 riser lateral surface is cascaded, solenoid with the time relay 37, after being fixed on electromagnet II 43 parallel connections of horizontal slideway 26 away from worm gear 7 one sides of bracket I 19 sides, connect with travel switches I 40 again and form control loop, when Active foot plate 4 is stepped on, electromagnet II 43 drives worm shaft 13 by slide block 14, in gear I 25 engagements on gear II 28 on guaranteeing worm shaft 13 and motor 12 output shafts, another gear III44 that is fixed on the worm shaft 13 and the toothed surface 11 of T shape guide rail 1 level board medial surface are meshed.The normally-closed contact I of relay 34, the yellow indicator lamp 45 that is fixed on shell 2 tops are connected with the normally-closed contact of sensor 35 and are formed article one indication loop; The normally opened contact III of relay 34 connects with the red led 46 that is fixed on shell 2 tops and forms second indication loop; The normally-closed contact II of relay 34, the normally opened contact of sensor 35 are connected with the green indicating lamp 47 that is fixed on shell 2 tops and are formed the 3rd indication loop.

In the embodiment shown in fig. 7: guide rail 1 is oval ring-type.

In the embodiment shown in fig. 8: guide rail 1 is circular.

Claims

1. machine for cutting coatings of shoe soles, comprise paper-advance unit, guide rail (1), paper cutter, control device and shell (2), it is characterized in that: paper-advance unit comprises base plate (3), Active foot plate (4), active spool (5), driven spool (6), worm gear (7), paper roll (8) and paper roll frame (9), base plate (3) is symmetrically arranged with two groups of projectioies along same direction, each projection is all processed porose, scribble binding agent, and be wrapped in the middle part that paper roll (8) sky on the paper roll frame (9) is enclosed within driven spool (6), one end of the paper that paper roll (8) is pulled out is stuck in the paper roll frame (9) at active spool (5) middle part of packing into, above the Active foot plate (4) of the horizontal segment support of paper be bearing in base plate (3) middle part convex plane by a plurality of return spring I (10) on, initiatively spool (5) and driven spool (6) are bearing in respectively in the hole of two groups of projectioies, initiatively the big end of spool (5) is equipped with worm gear (7), guide rail (1) is fixed on the base plate (3) in the form of a ring, the outer rim of base plate (3) is identical with guide rail (1) shape, the cross section of guide rail (1) is a T shape, the medial surface of T section level board is provided with toothed surface (11), paper cutter comprises support, motor (12), gear, worm shaft (13), slide block (14), bearing pin, expansion link (15), contour wheel (16), blade (17) and pin (18), support is made up of support I (19) and support II (20) two parts, between be fixedly connected by bearing pin I (21) and bearing pin II (23) that rolling element (22) is housed, the cylindrical of the last rolling element (22) of bearing pin II (23) and the level board upper surface of guide rail (1) T section are tangent, the bearing pin III (24) that rolling element (22) is housed be separately fixed at support I (19) and support II (20) near a side of guide rail (1) and support I (19) on the horizontal projection that guide rail (1) one side is stretched out, the cylindrical of rolling element on it (22) is tangent with the medial surface of the level board lower surface of guide rail (1) T section and riser respectively, support I (19) top is to stretch out a horizontal projection that is provided with vertical circular hole away from a side of guide rail (1), the flange that output shaft passes the motor (12) that the vertical circular hole on the projection stretches out downwards is fixed on convex upper surface, on motor (12) output shaft gear I (25) is housed, worm shaft (13) is installed in the horizontal slideway (26) of support I (19) side by slide block (14), and the worm screw part of worm shaft (13) is meshed with worm gear (7) by return spring II (27), be fixed on gear II (28) and the engagement of the gear I (25) on motor (12) output shaft on the worm shaft (13), be formed by stacking by more piece, and expansion link (15) one ends that inner chamber is equipped with tensioning spring (29) are hinged on the side of support I (19) away from guide rail (1), and the banking pin (31) that stretches out by return spring III (30) and support I (19) riser keeps the normal direction of its direction along guide rail (1) riser, pin (18) is installed in the vertical slideway (33) of base plate (3) projection by return spring IV (32), its top is higher than the center line of expansion link (15), expansion link (15) other end is equipped with contour wheel (16) and blade (17), the cylindrical and the sole edge of contour wheel during cut paper (16) are tangent, and blade (17) cylindrical is pressed on the plane of Active foot plate (4) support paper.

2. machine for cutting coatings of shoe soles as claimed in claim 1, it is characterized in that: control device comprises relay (34), sensor (35), electromagnet, button (36), travel switch, the time relay (37), fuse (38) and indicator lamp, be fixed on the button (36) at shell (2) top, the normally-closed contact that the solenoid of the relay (34) of guide rail (1) riser lateral surface and Active foot plate (4) are gone up the sensor (35) on plane is connected in the control loop of motor (12), and the normally opened contact I of relay (34) is in parallel with the button (36) that is fixed on shell (2) top.

3. machine for cutting coatings of shoe soles as claimed in claim 1 is characterized in that: the normally opened contact II of relay (34) and fuse (38) are connected in the current supply circuit of motor (12), and electric capacity (39) is connected between two contact U, the V of motor (12).

4. machine for cutting coatings of shoe soles as claimed in claim 1, it is characterized in that: be fixed on the travel switch I (40) between base plate (3) middle part convex plane and Active foot plate (4) lower plane and be fixed on banking pin (31) and expansion link (15) between travel switch II (41), be connected in parallel in the control loop of motor (12) with button (36) that is fixed on shell (2) top and sensor (35).

5. machine for cutting coatings of shoe soles as claimed in claim 1, it is characterized in that: the normally-closed contact that is fixed on the time relay (37) of the electromagnet I (42) of the vertical slideway (33) of base plate (3) below and guide rail (1) riser lateral surface is cascaded, solenoid with the time relay (37), after being fixed on electromagnet II (43) parallel connection of horizontal slideway (26) away from worm gear (7) one sides of support I (19) side, connect with travel switch I (40) again and form control loop, when Active foot plate (4) when stepping on, electromagnet II (43) drives worm shaft (13) by slide block (14), in gear I (25) engagement on gear II (28) on guaranteeing worm shaft (13) and motor (12) output shaft, make toothed surface (11) engagement of another gear III (44) of being fixed on the worm shaft (13) and T shape guide rail (1) level board medial surface.

6. machine for cutting coatings of shoe soles as claimed in claim 1, it is characterized in that: the normally-closed contact I of relay (34), the yellow indicator lamp (45) that is fixed on shell (2) top are connected with the normally-closed contact of sensor (35) and are formed article one indication loop, the normally opened contact III of relay (34) is connected with the red led (46) that is fixed on shell (2) top and is formed second indication loop, and the normally opened contact of the normally-closed contact II of relay (34), sensor (35) is connected with the green indicating lamp (47) that is fixed on shell (2) top and formed the 3rd indication loop.

7. machine for cutting coatings of shoe soles as claimed in claim 1 is characterized in that: shell (2) top center and bottom are equipped with and the identical looping pit of guide rail (1) shape, and assembling back its underpart opening and base plate (3) outer rim are fitted.

8. machine for cutting coatings of shoe soles as claimed in claim 1 is characterized in that: guide rail (1) is oval ring-type.

9. machine for cutting coatings of shoe soles as claimed in claim 1 is characterized in that: guide rail (1) is oval ring-type.

10. machine for cutting coatings of shoe soles as claimed in claim 1 is characterized in that: guide rail (1) is circular.