CN201633425U

CN201633425U - Engraving machine

Info

Publication number: CN201633425U
Application number: CN2010201253048U
Authority: CN
Inventors: 吴晓南
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-21
Filing date: 2010-01-21
Publication date: 2010-11-17
Anticipated expiration: 2020-01-21

Abstract

The utility model relates to an engraving machine, which comprises a base, a die fixing device, a carving fixing device, a limit head, an engraving cutter head and a linkage device, wherein the die fixing device arranged on the base is used for installing a die, the carving fixing device arranged on the base is used for installing a carving, the limit head is positioned above a die installing area of the base, the engraving cutter head is positioned above a carving installing area of the base, and the linkage device connected onto the base is used for driving the limit head and the engraving cutter head to move synchronously. The engraving machine not only is simple in use, easy to learn, high in finished product ratio and much simpler and rapider in engraving process, but also can engrave the same works.

Description

Engraving machine

Technical field

The utility model belongs to the artistic carving technical field, particularly a kind of engraving machine, and it is fit to the engraving of handicraft.

Background technology

Existing carving handicraft article adopts full hand engraving, not only requires the technology height, and length consuming time, and difficulty is big, and yield rate is low.

The utility model content

In order to solve existing in prior technology the problems referred to above, the utility model provides a kind of engraving machine, and it not only uses simply, easily learn, and the yield rate height, the engraving process is greatly simple and quick, and can carve out living works.

Technical solutions of the utility model are to constitute like this: a kind of engraving machine is characterized in that: it comprises base, be located at be used on the base installation mold die fixture, be located at the carving fixture that is used for installing carving on the base, the spacing head of the mould installing zone top that is positioned at base, be positioned at base carving installing zone top the engraving cutter head and be connected in and be used for driving spacing head and the synchronization-moving linkage of engraving cutter head on the base.

Operation principle of the present utility model is as follows: during work, the spacing head of hand control, spacing head is moved along mold profile, because the effect of linkage, spacing head is relative constant with the locus of engraving cutter head, when spacing head when mold profile is moved, the engraving cutter head then carries out the same contour motion along mould equally on carving, because the engraving cutter head can be carved, so the engraving position that cutter head arrived is all cut, the remaining carving that is not engraved to has been exactly the carving the same with mould.

The utility model further improvement in the technical proposal is as follows:

Described linkage comprises horizontal sliding bar, vertical slide bar and I-shaped arm, horizontal sliding bar is fixedly connected on the base, vertically slide bar is vertically connected on the horizontal sliding bar and can carries out transverse translation by relative horizontal sliding bar, one side arm of I-shaped arm and the vertically parallel or coaxial connection of slide bar, vertical two ends of another side arm of I-shaped arm are connected with spacing head and engraving cutter head respectively, and described I-shaped arm energy carries out longitudinal translation and can rotate around the center line of vertical slide bar relative to horizontal sliding bar.Because the I-shaped arm can rotate around the center line of vertical slide bar, so the I-shaped arm can make spacing head and engraving cutter head move up and down synchronously easily; Because I-shaped arm horizontal sliding bar relatively carries out longitudinal translation, so the I-shaped arm can make spacing head and engraving cutter head vertically move synchronously easily; Because I-shaped arm horizontal sliding bar relatively carries out transverse translation, so the I-shaped arm can make spacing head and engraving cutter head synchronous horizontal move easily.Like this, no matter how spacing head moves, spacing head is relative constant with the locus of engraving cutter head.When spacing head when mould upper edge mold profile moves, the engraving cutter head is then carved out the same profile on carving.

There is enough power to carve for the ease of the engraving cutter head, is connected with Vidacare corp between the termination of described engraving cutter head and I-shaped arm.

Described die fixture is configured to by a pair of die clamp and the die clamp of the mould installing zone both lateral sides of being located at base, and described carving fixture is made of a pair of carving anchor clamps and the carving fixture stand of the carving installing zone both lateral sides of being located at base.

In order to make mould and carving can realize rotating synchronously, thereby each face of carving can both be carved simultaneously, described die clamp and die clamp frame are rotationally connected, thereby described mould holder prodigiosin is rotated relative to the die clamp frame; Described carving anchor clamps and carving fixture stand are rotationally connected, thereby described carving anchor clamps can be rotated relative to the carving fixture stand; Be connected with between die clamp and the carving anchor clamps and be used for making die clamp and the carving anchor clamps synchronous tumbler of rotation synchronously.

Described synchronous tumbler comprises a pair of synchronizing wheel that is connected with die clamp and carving anchor clamps respectively and is connected in driving-chain between two synchronizing wheels.The die clamp of fixed mould and fixedly the carving anchor clamps of carving can under driving-chain drives, do to rotate synchronously, each face of carved object is all carved simultaneously.Certainly, if when die clamp and carving anchor clamps do not possess the function of synchronous rotation, the utility model can be used to carve the article that similar embossment etc. only has the single face sculptured surface.

Compared to prior art, the utlity model has following advantage: it not only uses (1) simply, easily learn, and the yield rate height, the engraving process is greatly simple and quick, and can carve out living works.(2) each face of carved object is all carved simultaneously.

Description of drawings

Fig. 1 is the utility model engraving machine embodiment organigram (being illustrated as vertical view).

Fig. 2 is the front view of Fig. 1.

The number in the figure explanation; 1, base, 2, die fixture, 3, the carving fixture, 4, spacing head, 5, the engraving cutter head, 6, horizontal sliding bar, 7, vertical slide bar, 8, the I-shaped arm, 9, Vidacare corp, 10, synchronizing wheel, 11, driving-chain.

The specific embodiment

Below in conjunction with specification drawings and specific embodiments the utility model content is elaborated:

A kind of engraving machine embodiment organigram that provides for the utility model as depicted in figs. 1 and 2 is characterized in that: it comprises base 1, be located at be used on the base 1 installation mold die fixture 2, be located at the carving fixture 3 that is used for installing carving on the base 1, spacing 4 of the mould installing zone top that is positioned at base 1, be positioned at base 1 carving installing zone top engraving cutter head 5 and be connected in and be used for driving spacing 4 on the base 1 and engraving cutter head 5 synchronization-moving linkages.

Described linkage comprises horizontal sliding bar 6, vertical slide bar 7 and I-shaped arm 8, horizontal sliding bar 6 is fixedly connected on the base 1, vertically slide bar 7 is vertically connected on the horizontal sliding bar 6 and can carries out transverse translation by relative horizontal sliding bar 6, one side arm of I-shaped arm 8 and vertically slide bar 7 parallel or coaxial connections, vertical two ends of another side arm of I-shaped arm 8 are connected with engraving cutter head 5 with spacing 4 respectively, and described I-shaped arm 8 energy carry out longitudinal translation and can rotate around the center line of vertical slide bar 7 relative to horizontal sliding bar 6.Particularly, the I-shaped arm is fixedlyed connected with vertical slide bar, make the longitudinal translation and the rotation that can realize vertical slide bar that be connected of vertical slide bar and horizontal sliding bar, thereby make I-shaped arm energy carry out longitudinal translation and can rotate around the center line of vertical slide bar relative to horizontal sliding bar; Perhaps in the time can not realizing vertical slide bar and being connected of horizontal sliding bar longitudinal translation and rotate, I-shaped arm itself can and be rotated relative to vertical slide bar longitudinal translation; Perhaps when vertical slide bar and being connected of horizontal sliding bar can be realized longitudinal translation but can not be rotated, I-shaped arm itself can be rotated relative to vertical slide bar; Perhaps when realizing vertical slide bar and being connected of horizontal sliding bar rotating but can not longitudinal translation the time, can make relatively vertically slide bar longitudinal translation of I-shaped arm itself.

Be connected with Vidacare corp 9 between the termination of described engraving cutter head 5 and I-shaped arm 8.

Described die fixture 2 is configured to by a pair of die clamp and the die clamp of the mould installing zone both lateral sides of being located at base 1, and described carving fixture 3 is made of a pair of carving anchor clamps and the carving fixture stand of the carving installing zone both lateral sides of being located at base 1.

Described die clamp and die clamp frame are rotationally connected, and described carving anchor clamps and carving fixture stand are rotationally connected, and are connected with between die clamp and the carving anchor clamps to be used for making die clamp and the carving anchor clamps synchronous tumbler of rotation synchronously.

Described synchronous tumbler comprises a pair of synchronizing wheel 10 that is connected with die clamp and carving anchor clamps respectively and is connected in driving-chain 11 between two synchronizing wheels 10.

Claims

1. engraving machine is characterized in that: it comprises base (1), be located at be used on the base (1) installation mold die fixture (2), be located at the carving fixture (3) that is used for installing carving on the base (1), the spacing head (4) of the mould installing zone top that is positioned at base (1), be positioned at base (1) carving installing zone top engraving cutter head (5) and be connected in and be used for driving spacing head (4) on the base (1) and carve the synchronization-moving linkage of cutter head (5).

2. engraving machine according to claim 1, it is characterized in that: described linkage comprises horizontal sliding bar (6), vertical slide bar (7) and I-shaped arm (8), horizontal sliding bar (6) is fixedly connected on the base (1), vertically slide bar (7) is vertically connected on the horizontal sliding bar (6) and can carries out transverse translation by relative horizontal sliding bar (6), one side arm of I-shaped arm (8) and the vertically parallel or coaxial connection of slide bar (7), vertical two ends of another side arm of I-shaped arm (8) are connected with spacing head (4) and engraving cutter head (5) respectively, and described I-shaped arm (8) energy carries out longitudinal translation and can rotate around the center line of vertical slide bar (7) relative to horizontal sliding bar (6).

3. engraving machine according to claim 1 and 2 is characterized in that: be connected with Vidacare corp (9) between the termination of described engraving cutter head (5) and I-shaped arm (8).

4. engraving machine according to claim 3, it is characterized in that: described die fixture (2) is configured to by a pair of die clamp and the die clamp of the mould installing zone both lateral sides of being located at base (1), and described carving fixture (3) is made of a pair of carving anchor clamps and the carving fixture stand of the carving installing zone both lateral sides of being located at base (1).

5. engraving machine according to claim 4, it is characterized in that: described die clamp and die clamp frame are rotationally connected, described carving anchor clamps and carving fixture stand are rotationally connected, and are connected with between die clamp and the carving anchor clamps to be used for making die clamp and the carving anchor clamps synchronous tumbler of rotation synchronously.

6. engraving machine according to claim 5 is characterized in that: described synchronous tumbler comprises a pair of synchronizing wheel (10) that is connected with die clamp and carving anchor clamps respectively and is connected in driving-chain (11) between two synchronizing wheels (10).