A kind of socks sew and mend auxiliary and prop up device
Technical field
The present invention relates to a kind of support devices, are in particular that a kind of socks darning auxiliary props up device.
Background technology
One kind of Application No. CN201020160373.2 washes socks support, and one kind washes socks support, and the socks that will be washed strut the stocking sole
Face, when placing into washing machine wash-in, effect is fine.The design's washes socks support, is molded by elastic material, it is characterised in that foot
The main body that palm shape washes socks support is the plane body for having thickness, and there is imitative toe shape in lower surface forepart, and main body has open-work, and two sides peritreme is convex
Go out, be followed by the vertical vertical side being integrated with main body heel, there is ring set in the vertical portion of helping.Also other two kinds are washed socks support, can be designed
It is not only practical into planar sheet or three-dimensional cavity structure, it can also add appreciation effect.But this device is when socks are supported,
Socks are not easy to rotate, and are not easy to sew and mend.
The content of the invention
The present invention provides a kind of socks darning auxiliary and props up device, and its advantage can be by the toe position of socks for device
It puts and props up, and socks are convenient for rotating when propping up, and can be adjusted with the scope of separation distance between two socks supports.
The present invention relates to a kind of support devices, are in particular that a kind of socks darning auxiliary props up device, including division
Control assembly, rectangle upper ledge, undercarriage component, fixing card component and socks support, device can prop up the toe position of socks,
And socks, convenient for rotating, can be adjusted when propping up between two socks supports with the scope of separation distance.
The division control assembly includes cam block, convex sliding block and oblique bull stick, and cam block is right angled triangle knot
Structure, the lower end of cam block are symmetrical arranged there are two convex sliding block, and the lower end of oblique bull stick is hinged on the lower-left end of cam block, tiltedly turns
Bar is taken at the inclined-plane for being placed on cam block, and fixing card component is arranged on the lower end of cam block;
Pulley, axis and socks support connecting rod I are provided on the rectangle upper ledge, the centre position of rectangle upper ledge is fixed
Axis is connected with, pulley rotation is connected on axis, and the left end of rectangle upper ledge is fixedly connected with socks support connecting rod I;
The undercarriage component includes long square block, socks support connecting rod II, long square block inside groove, spring I, cylinder pole socket, circle
Mast and right angle tooth, long square block are provided with two, long square block inside groove are both provided in two long square blocks, and the left end of long square block is fixed
Socks support connecting rod II is connected with, the both ends of two long square blocks slidably connect cylindrical bar, the lower end of two cylindrical bars of left end
Cylinder pole socket is fixedly connected with, the lower end of two cylindrical bars of right end is fixedly connected with cylinder pole socket, is cased on four cylindrical bars
Spring I, the centre position of the front end face of the long square block of front end are provided with multiple right angle teeth, and rectangle upper ledge is fixedly connected on four circles
On mast, division control assembly is slidably connected at by two convex sliding blocks between two long square block inside groove;
Socks support is provided on the socks support connecting rod I, socks are provided between two socks support connecting rod II
Support.
The division control assembly further includes hand cradle, handle stem, hand cradle sliding slot, oblique bull stick slot and oblique bull stick fixation group
Part, hand cradle are fixedly connected on the upper right end position of cam block, and the rear and front end of hand cradle is provided with hand cradle sliding slot, the upper end of hand cradle
Handle stem is fixedly connected with, the centre position of hand cradle is provided with empty slot, and oblique bull stick passes through empty slot, and the right end of oblique bull stick is provided with tiltedly
Bull stick slot, oblique bull stick fixation kit include rear fastening block, preceding fastening block and screw rod, and rear fastening block is slidably connected at the hand cradle of rear end
In sliding slot, the rear end of screw rod is welded on the front end of rear fastening block, and the front end of screw rod is through preceding fastening block, and the front end of screw rod leads to
It crosses and is threaded with nut, screw rod passes through oblique bull stick slot.
The fixing card component includes assembly sea, snap-gauge, snap-gauge seat board, hand lever, knock-pin, spring II and lug,
Snap-gauge seat board is fixedly connected in assembly sea, snap-gauge is slidably connected on snap-gauge seat board, and the front end of snap-gauge, which is fixedly connected with, to be pulled
Bar is fixedly connected with lug on snap-gauge, spring is welded between lug and snap-gauge seat board, and knock-pin is hinged on the front end of snap-gauge,
Snap-gauge is stuck on right angle tooth, and the rear end of fixing card component is fixedly connected on the lower end of cam block.
The socks support includes central shoring bar, long wheel shaft and long wheel, is symmetrical arranged on central shoring bar there are two long wheel shaft, long
Long wheel is rotatably connected on wheel shaft, there are two socks supports, and the central shoring bar on a socks support is by being welded to connect in socks
The both ends of support connecting rod I, the central shoring bar on another socks support is by being welded to connect between two socks support connecting rod II.
The knock-pin turns to when being bonded with snap-gauge, and snap-gauge is left on right angle tooth.
The vertical direction projection of two socks supports overlaps.
A kind of pressure switching fixing slide carriage device of the present invention has the beneficial effect that:
A kind of pressure switching fixing slide carriage device of the present invention, device can prop up the toe position of socks, and socks
When propping up convenient for rotating, can be adjusted with the scope of separation distance between two socks supports.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is that the structure diagram one that auxiliary props up device sews and mend in a kind of socks of the present invention;
Fig. 2 is that the structure diagram two that auxiliary props up device sews and mend in a kind of socks of the present invention;
Fig. 3 is the structure diagram of division control assembly;
Fig. 4 is the structure diagram of oblique bull stick fixation kit;
Fig. 5 is the structure diagram of rectangle upper ledge and socks support;
Fig. 6 is the structure diagram of undercarriage component;
Fig. 7 is the structure diagram of fixing card component;
Fig. 8 is the structure diagram of right angle tooth.
In figure:Division control assembly 1;Cam block 1-1;Convex sliding block 1-2;Oblique bull stick 1-3;Hand cradle 1-4;Handle stem 1-5;
Hand cradle sliding slot 1-6;Oblique bull stick slot 1-7;Oblique bull stick fixation kit 1-8;Fastening block 1-8-1 afterwards;Preceding fastening block 1-8-2;Screw rod 1-
8-3;Rectangle upper ledge 2;Pulley 2-1;Axis 2-2;Socks support connecting rod I2-3;Undercarriage component 3;Long square block 3-1;Socks support connects
Bar II3-2;Long square block inside groove 3-3;Spring I3-4;Cylinder pole socket 3-5;Cylindrical bar 3-6;Right angle tooth 3-7;Fixing card component 4;Group
Part seat 4-1;Snap-gauge 4-2;Snap-gauge seat board 4-3;Hand lever 4-4;Knock-pin 4-5;Spring II4-6;Lug 4-7;Socks support 5;
Central shoring bar 5-1;Long wheel shaft 5-2;Long wheel 5-3.
Specific embodiment
Specific embodiment one:
Illustrate present embodiment with reference to Fig. 1-8, the present invention relates to a kind of support devices, are in particular a kind of socks
Son sews and mend auxiliary and props up device, is supportted including division control assembly 1, rectangle upper ledge 2, undercarriage component 3, fixing card component 4 and socks
Frame 5, device can prop up the toe position of socks, and socks are convenient for rotating when propping up, can between two socks supports
It can be adjusted with the scope of separation distance.
The division control assembly 1 includes cam block 1-1, convex sliding block 1-2 and oblique bull stick 1-3, cam block 1-1 are
Triangular structure of right angle, the lower end of cam block 1-1 are symmetrical arranged there are two convex sliding block 1-2, and the lower end of oblique bull stick 1-3 is hinged on
The lower-left end of cam block 1-1, oblique bull stick 1-3, which takes, to be placed at the inclined-plane of cam block 1-1, and fixing card component 4 is arranged on triangle
The lower end of sliding block 1-1;
Pulley 2-1, axis 2-2 and socks support connecting rod I2-3 are provided on the rectangle upper ledge 2, rectangle upper ledge 2
Centre position is fixedly connected with axis 2-2, and pulley 2-1 is rotatably connected on axis 2-2, and the left end of rectangle upper ledge 2 is fixedly connected
There is socks support connecting rod I2-3;
The undercarriage component 3 includes long square block 3-1, socks support connecting rod II3-2, long square block inside groove 3-3, spring I3-
4th, cylinder pole socket 3-5, cylindrical bar 3-6 and right angle tooth 3-7, long square block 3-1 are respectively provided with there are two setting on square block 3-1 two long
There is a long square block inside groove 3-3, the left end of long square block 3-1 is fixedly connected with socks support connecting rod II3-2, and the two of square block 3-1 two long
End slidably connects cylindrical bar 3-6, and the lower end of two cylindrical bar 3-6 of left end is fixedly connected with cylinder pole socket 3-5, right end two
The lower end of cylindrical bar 3-6, which is fixedly connected on cylinder pole socket 3-5, four cylindrical bar 3-6, is cased with spring I3-4, front end it is rectangular
The centre position of the front end face of seat 3-1 is provided with multiple right angle tooth 3-7, and rectangle upper ledge 2 is fixedly connected on four cylindrical bar 3-6
On, division control assembly 1 is slidably connected at by two convex sliding block 1-2 between square block inside groove 3-3 two long;
Socks support 5 is provided on the socks support connecting rod I2-3, is set between two socks support connecting rod II3-2
There is socks support 5.
The division control assembly 1 further include hand cradle 1-4, handle stem 1-5, hand cradle sliding slot 1-6, oblique bull stick slot 1-7 and
Oblique bull stick fixation kit 1-8, hand cradle 1-4 are fixedly connected on the upper right end position of cam block 1-1, the rear and front end of hand cradle 1-4
The upper end for being provided with hand cradle sliding slot 1-6, hand cradle 1-4 is fixedly connected with handle stem 1-5, and the centre position of hand cradle 1-4, which is set, has time
Slot, oblique bull stick 1-3 pass through empty slot, and the right end of oblique bull stick 1-3 is provided with oblique bull stick slot 1-7, after oblique bull stick fixation kit 1-8 includes
Fastening block 1-8-1, preceding fastening block 1-8-2 and screw rod 1-8-3, rear fastening block 1-8-1 are slidably connected at the hand cradle sliding slot 1-6 of rear end
Interior, the rear end of screw rod 1-8-3 is welded on the front end of rear fastening block 1-8-1, and the front end of screw rod 1-8-3 passes through preceding fastening block 1-8-2,
And the front end of screw rod 1-8-3 has been connected through a screw thread nut, and screw rod 1-8-3 passes through oblique bull stick slot 1-7.
The fixing card component 4 includes assembly sea 4-1, snap-gauge 4-2, snap-gauge seat board 4-3, hand lever 4-4, knock-pin 4-
5th, snap-gauge seat board 4-3, snap-gauge 4-2 are fixedly connected on spring II4-6 and lug 4-7, assembly sea 4-1 and is slidably connected at base of fixed plate
On plate 4-3, the front end of snap-gauge 4-2 is fixedly connected with hand lever 4-4, is fixedly connected with lug 4-7 on snap-gauge 4-2, lug 4-7 and
Spring is welded between snap-gauge seat board 4-3, knock-pin 4-5 is hinged on the front end of snap-gauge 4-2, and snap-gauge 4-2 is stuck in right angle tooth 3-7
On, the rear end of fixing card component 4 is fixedly connected on the lower end of cam block 1-1.
The socks support 5 includes being symmetrically arranged on central shoring bar 5-1, long wheel shaft 5-2 and long wheel 5-3, central shoring bar 5-1
Long wheel 5-3 is rotatably connected on wheel shaft 5-2 two long, long wheel shaft 5-2, there are two socks supports 5, on a socks support 5
By being welded to connect at the both ends of socks support connecting rod I2-3, the central shoring bar 5-1 on another socks support 5 leads to central shoring bar 5-1
It crosses and is welded to connect between two socks support connecting rod II3-2.
The knock-pin 4-5 is turned to when being bonded with snap-gauge 4-2, and snap-gauge 4-2 is left on right angle tooth 3-7.
The vertical direction projection of two socks supports 5 overlaps.
The operation principle that auxiliary props up device sews and mend in a kind of socks of the present invention:When being moved to the left handle stem 1-5, handle stem 1-
5 drive cam block 1-1 to be slided along long square block inside groove 3-3 by hand cradle 1-4, and inclined-plane and the pulley 2-1 of cam block 1-1 connect
When continuing to be moved to the left after touch, cam block 1-1 promotes square block 3-1 two long to be moved down along four cylindrical bar 3-6, so as to
Square block 3-1 two long drives socks support 5 thereon to move down, and cam block 1-1 drives assembly sea simultaneously when sliding to the left
4-1 is moved to the left, and snap-gauge 4-2 is stuck in limitation cam block 1-1 on right angle tooth 3-7 and moves right, and knock-pin 4-5 is turned to and blocked
When plate 4-2 is bonded, snap-gauge 4-2 leaves right angle tooth 3-7, two long since spring I3-4 promotes square block 3-1 two long to move up
Square block 3-1 drives socks support 5 thereon to move up, and cam block 1-1 moves right;Promote oblique bull stick fixation kit 1-8
When being moved up along hand cradle sliding slot 1-6, oblique bull stick fixation kit 1-8 drives oblique bull stick 1-3 to rotate counterclockwise, oblique bull stick 1-3
Vertical height increase, at this moment promote cam block 1-1 can allow two socks supports 5 separate maximum range become larger,
Oblique bull stick fixation kit 1-8 can be clamped on hand cradle 1-4 by the nut on turn screw rod 1-8-3;Socks are sleeved on two rings
Between strut 5-1, and socks is made largely to be sleeved on wheel 5-3 four long, the toe portion of socks is carried out convenient for rotating socks
It sews and mend, the toe portion of socks can separately be strutted into darning by two socks supports 5.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention fall within the guarantor of the present invention
Protect scope.