CN201132814Y - pull glass - Google Patents

Abstract

The utility model discloses a glass puller which is composed of a rack body, road wheels, a moving frame, a coupling sheath, a stress application cover, a base, a moving beam ruler, a slipper block, a push handle, rollers, shafts, a broaching lock, a spring, an elastic pin roll, a screw shaft, a glass cutter, etc. The rack body is in combination with the moving frame. The rack body is provided with the road wheels and the rollers. The moving frame is provided with the moving beam ruler. The moving ruler is provided with the base, the coupling sheath and the stress application cover, and a plurality of pieces of glass can be pulled at the same time. The glass puller has convenient moving, quick using, standard glass pulling, accurate size, high efficiency and simple operation, and the glass is difficult to be damaged when being pulled.

Description

pull glass

Technical field:

The invention relates to a glassware, in particular to a drawn glassware.

Background technique:

The glass pulling utensils currently on the market are glass knives, and glass knives are divided into two types: pen type and rolling type; when people use glass knives to pull glass, first place the glass on the platform, and then put the ruler on the glass Press it with your hand, hold the glass knife in the other hand and pull it hard in front of the ruler, then use the glass knife to tap upwards under the glass pull wire; the rolling glass knife and the pen glass knife are used in the same way and the structure is different here Not to be restated.

The above-mentioned two kinds of glass knives cooperate because of not having fixed utensils during use. The disadvantages are: firstly, it is easy to deviate in the process of drawing the glass, and the size of the drawn glass is not standardized; secondly, the efficiency is low, the operation is cumbersome, and the drawn glass is easy to be damaged.

Invention content:

The purpose of the present invention is to solve the problem that the glass drawing device formed by the combination of glass knife and utensils; the process of drawing the glass does not deviate, the size is standardized; A glass puller that overcomes the aforementioned disadvantages.

The present invention is composed of a frame body, a walking wheel, a moving frame, a coupling sleeve, an afterburner cover, a base, a moving beam ruler, a slider, a pull handle, a roller, a shaft, a pull pin lock, a spring, an elastic pin shaft, and a screw shaft glass cutter. and so on. Among them, the upper plane of the frame body is provided with relative arc convex edges along the long two edges, and opposite convex blocks are arranged horizontally at both ends of one side of the arc convex rib, and the upper plane of the convex block is provided with a central hole for threading the elastic pin Put the spring on and pass it out from bottom to top; clamp the relative arc-shaped bump on the moving frame to pass through the elastic pin shaft, use the screw shaft to penetrate the hole provided on the arc-shaped bump horizontally and pass through the hole provided on the elastic pin shaft. The holes are passed through the holes of the relative arc-shaped bumps and tightened with nuts; the inner and lower sides between the two relative arc-shaped ribs are set as four-frame planes, and the inner sides of the four-frame planes are oppositely provided with shaft holes; the rollers are placed on Between the opposite shaft holes; use the shaft to penetrate the shaft hole from the outside to the inside and pass through the center hole of the roller to pass through the shaft hole; use the screw to screw into the shaft hole below the hole until it is screwed into the shaft hole to fix the shaft; outside the arc rib There is a hole for installing the pull pin lock in the center of the outer surface of the other arc convex edge without a protrusion; on the upper arc of the hole for installing the pull pin lock, there is a lock nose for screwing with the lower part of the moving frame, which is inserted into the lock nose There are four vertical columns on the frame body, a groove is provided on the cross-section of the bottom of the vertical column, and a corresponding shaft hole is provided on the opposite wall of the groove, and the walking wheel is placed in the groove, and the shaft Pass through the shaft hole from the side and pass through the center hole of the road wheel from the opposite shaft hole and tighten it with a screw cap. On the outer side of the moving frame along the length, there are respectively arc-shaped and arc-shaped convex ribs; opposite to the moving frame, there is a size beam, and a through groove is provided on the side of the size beam, which is used to penetrate the moving beam ruler into the space inside the moving frame. ; On both sides of the size beam, the side arc surface marked with the number size is provided with a square hole for penetrating the slider, and the slider is provided with a hole corresponding to the threaded hole provided on the cross-section of the moving beam ruler. There is a through groove on the side to screw the screw through the hole of the slider into the threaded hole on the cross-section of the moving beam ruler. A digital ruler is arranged on the edge of the moving beam ruler, and a through groove is arranged in the center of the moving beam ruler; The upper part of the through groove in the bottom part is screwed with the screw thread provided in the coupling sleeve; the glass knife head is put on the spring and put into the coupling sleeve, and the head of the glass knife penetrates downward at the lower bottom of the base. Screw the booster cover into the connecting sleeve from top to bottom to fasten the glass knife, and there are holes for screwing two pull handles on one side of the moving beam ruler through groove plane.

How to use: Push and pull the whole piece of glass on the frame body, the plane of the four frames below the relative arc convex ribs and the plane of the roller, press the moving frame on the glass and lock the pin nose into the pull pin lock; according to the need to pull the glass Dimensions Unscrew the coupling sleeve spring to put the glass cutter head into the base to prevent the glass surface from being scratched. Pull and push the moving beam ruler by hand. There is a reference line on the moving beam ruler to align with the plane with a through groove. The digital is the required size; Move the connecting sleeve on the beam ruler, and the connecting sleeve is equipped with a reference arrow. After aligning with the number of the moving beam ruler, tighten the connecting sleeve, and push and pull it by hand to complete the wide size. You can pull several pieces of the same size continuously, and loosen the loose connecting sleeve to move the beam. The reference line on the ruler is aligned with the plane digital ruler above the through groove, and is used to pull the connecting sleeve after the concave-convex column of the afterburner cover is screwed down and can continuously pull several pieces of glass while walking in the long groove of the mobile beam ruler. It is used to open the moving frame automatically after pulling the pull pin lock; use a rubber hammer to tap the glass line from bottom to top between the rollers, and the glass will be separated automatically.

The application is convenient to move, quick to use, accurate in size, standard, high in efficiency, easy to operate and not easy to break when pulling down the glass.

Description of drawings:

Fig. 1 is a three-dimensional appearance schematic diagram of an embodiment of the utility model.

Fig. 2 is a three-dimensional schematic diagram of the frame body of the embodiment of the utility model.

Fig. 3 is a three-dimensional schematic diagram of the moving frame of the embodiment of the present invention.

Fig. 4 is a three-dimensional schematic diagram of a force cover according to an embodiment of the present invention.

Fig. 5 is a three-dimensional schematic diagram of a coupling sleeve according to an embodiment of the present invention.

Fig. 6 is a three-dimensional schematic view of the base of the embodiment of the utility model.

Fig. 7 is a three-dimensional schematic diagram of the assembly of the force cover, the coupling sleeve and the base of the embodiment of the present utility model.

Fig. 8 is a three-dimensional schematic diagram of a mobile beam ruler according to an embodiment of the present invention.

Fig. 9 is a three-dimensional schematic diagram of an elastic pin shaft according to an embodiment of the present invention.

Fig. 10 is a three-dimensional schematic diagram of the assembly of the slider and the mobile beam ruler according to the embodiment of the utility model.

Detailed ways:

See also shown in Fig. 1 to Fig. 10, the present invention is made up of frame body 1, walking wheel 2, moving frame 3, connecting sleeve 4, afterburner cover 5, base 6, moving beam chi 7, slide block 8, pull handle 9 , roller 10, shaft 11, pull pin lock 12, spring 13, elastic pin shaft 14, screw shaft 15, glass knife 16 and so on. Wherein, the upper plane of the frame body 1 is provided with relative arc convex ribs 111 along the long two edges, and opposite convex blocks 112 are arranged laterally at both ends of the side surfaces of the arc convex rib 111, and the upper plane of the convex block 112 is provided with a central hole 1121 for Elastic pin shaft 14 is put on spring 13 and passes from bottom to top; The relative arc-shaped projection 311 is arranged on the moving frame 3 and stuck below the screw thread 1411 provided on the elastic pin shaft 14; The hole 3111 that the arc-shaped projection is provided with passes through the hole 141 that the elastic force pin is provided with and screwed with a nut from the relative arc-shaped projection hole 3111; between two relative arc projections 111, the inner bottom is set as four frames Plane 113 is provided with shaft hole 1131 oppositely on the inner side of four-frame plane 113; Roller 10 is placed between relative shaft holes 1131; Penetrate shaft hole 1131 from outside to inside with shaft 11 and pass through the center hole that roller 10 is provided with The shaft hole 1131 is passed through; the shaft hole 1131 is provided with a hole below the screw screwdriver shaft hole 1131 and directly screwed in the hole provided on the shaft to fix the shaft 11; there is no other arc rib 111 outside the arc rib 111 The center of the outer surface is provided with a hole 1132 for installing the pull pin lock 12; on the upper arc surface 111 of the hole 1132 for installing the pull pin lock 12, there is a hole 1111 for inserting the lock nose opposite to the lock nose screwed at the bottom of the moving frame; Body 1 is provided with four vertical pillars 114, is provided with groove 1141 on the bottom cross-section of vertical pillar 114, is provided with corresponding axle hole 11412 on the opposite wall 11411 of groove; Walking wheel 2 is placed in groove 1141 Pass through the axle hole 11412 from the side with an axle and pass the nut from the axle hole 11412 through the central hole of the road wheel 2 and screw it on. Be provided with arc 3112 and 3113 and arc-shaped convex rib 111 coincidently respectively on the outer side of moving frame 3 along the length; Be provided with size beam 312 relatively on moving frame 3, be provided with through groove 3121 on the side of size beam 312 for moving Beam ruler 7 penetrates through groove 3121 in space 313 in moving frame 3; There is a hole 811 opposite to the threaded hole 711 provided on the cross section of the moving beam ruler 7, and a through groove 3121 is provided on the side of the size beam 312 to screw the screw through the hole 811 on the slider 8 to the thread on the cross section of the moving beam ruler 7. In the hole 711; a digital ruler is provided on the edge of the moving beam ruler 7; the center of the moving beam ruler 7 is provided with a through groove 712 for the screw thread 611 provided on the base 6 to pass upwards from the bottom of the moving beam center through groove and connect the sleeve 4 is provided with threads 411 to be screwed together; put the head of the glass knife 16 through the upper spring into the coupling sleeve 4, and the head of the glass knife 16 is provided with a hole 612 at the bottom of the base to pass through downwards. The power cover 5 and the screw thread 511 are screwed from top to bottom into the screw thread 411 provided in the coupling sleeve 4 to fasten the glass knife 16. On one side of the plane of the moving beam ruler 7 through groove 712, there are two pull handles screwed by a screw rod. 9 holes 713 .

How to use: Push and pull the entire glass under the opposite arc convex edge 111 of the frame body 1, on the surface of the four-frame plane 113 and the roller 10, press the moving frame 3 on the glass, lock the nose plug and lock it in the hole 1111 and pull the pin to lock it ; According to the size of the glass to be pulled, unscrew the spring of the coupling sleeve 4 and put the glass cutter head in the base 6 to prevent scratching the glass surface, push the handle on the moving beam ruler by hand, and the moving beam ruler 7 is provided with a reference line 714 Aligning is provided with through groove 3121 plane 312 digital rulers and is exactly the required size; Move connecting sleeve 4 on mobile beam ruler 7, after connecting sleeve 4 is provided with reference arrow and aligns with moving beam ruler 7 digits, tighten connecting sleeve 4, use Pull the handle 9 by hand to complete the wide size, which can continuously pull several pieces of glass, unscrew the loose coupling sleeve to move the reference line on the beam ruler to align with the plane digital ruler on the top of the through groove, and then screw down the convex post 512 on the afterburner cover by hand , when the connecting sleeve is pulled by hand to walk in the long groove of the mobile beam ruler, several pieces of glass can be pulled continuously. After pulling the pull pin lock, the moving frame is automatically opened upwards, and the rubber hammer is used to tap the glass line from the bottom to the top in the gap between the rollers, and the glass will be separated automatically.

The utility model is convenient to move, quick to use, accurate in size, standard for pulling out the glass, high in efficiency, simple to operate, and not easy to break when pulling out the glass.

Claims (2)

1. A glass puller, characterized in that: it is composed of a frame body (1), a walking wheel (2), a moving frame (3), a connecting sleeve (4), an afterburner cover (5), and a base (6) , moving beam ruler (7), slider (8), pull handle (9), roller (10), shaft (11), pull pin lock (12), spring (13), elastic pin (14), screw rod Shaft (15), glass knife (16), etc., wherein: the arc convex edge (111) that frame body (1) is provided with, elastic pin shaft (14) is installed, the hole (1121) on the projection (112) ; The mobile frame (3) is provided with arc-shaped projections (311) and relative holes (3111), the slideway (31131) of the slide block (8), and the through groove (3121) for installing the mobile beam chi (7), Size beam (312) with printed numbers. 2. A glass puller according to claim 1, characterized in that: the combination of the force cover (5), the coupling sleeve (4), the base (6), the spring (13) and the glass knife (16).

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