CN202239666U

CN202239666U - Cutter frame for processing grooves of tile cover thrush plate

Info

Publication number: CN202239666U
Application number: CN2011202278507U
Authority: CN
Inventors: 李贵锁; 杨将英
Original assignee: Great Wall Motor Co Ltd
Current assignee: Great Wall Motor Co Ltd
Priority date: 2011-06-30
Filing date: 2011-06-30
Publication date: 2012-05-30
Anticipated expiration: 2021-06-30

Abstract

The utility model relates to a cutter frame structure for fixing blades when the blades are used for cutting, in particular to a cutter frame for processing grooves of a tile cover thrust plate. Under the driving of a power device performing vertical reciprocating movement, the cutter frame is used for cutting the grooves of the tile cover thrust plate fixed on a sliding table performing intermittent feeding movement, and includes a cutter frame body (2), and blades detachably connected with the cutter frame body (2), wherein the cutter frame body (2) is provided with two parallel linking arms (41 and 42); the blades (31 and 32) are arranged on the linking arms (41 and 42) respectively; and the horizontal distance between cutter points of the blades (31 and 32) is not less than the distance between two groove bottoms of the processed and formed tile cover thrust plate (1). Through adopting the scheme, the cutter frame has higher machining precision and efficiency and low cutter cost, and can effectively reduce the labor intensity of employees.

Description

The knife rest of processing FE Tiler thrust film trap

Technical field

The utility model relates to a kind of cutter frame structure that blade is fixed when utilizing blade to carry out cut, specifically relates to a kind of knife rest of processing FE Tiler thrust film trap.

Background technology

The processing method that FE Tiler thrust film trap is commonly used is broaching processing or line cutting.As on broaching machine, broaching with broaching tool, then need buy broaching tool, the broaching tool cost is too high, and cost has high input; The cutting of employing line in cutting process, needs manual work to carry out tearing open for twice/adorning line of cut, and the position dimension of two grooves can not be guaranteed before and after so not only having caused, and working (machining) efficiency is low, and process is loaded down with trivial details.

The process technology of also useful single blade slotting tool slotting in the prior art; But the thrust film trap of FE Tiler to be processed and lower cylinder body is a bilateral symmetry to be arranged; After the single blade slotting tool processes a side thrust film trap, must workpiece be unloaded and turn reprocessing opposite side thrust film trap, twice dismounting location; Can cause the reduction of machining accuracy, production efficiency is low simultaneously.The shortcoming of broaching processing: cost has high input by (broaching machine, broaching tool), running cost high, after machining, needs manual work to tear/adorn broaching tool open, and so not only working (machining) efficiency is low, and labour intensity is big.

The utility model content

For solving the deficiency that exists in the prior art, the utility model provides the knife rest through the processing FE Tiler thrust film trap of a clamping processing both sides thrust film trap, and its machining accuracy and efficient are higher, and the cost of charp tool is low, and can effectively reduce personnel labor.

For realizing above-mentioned purpose; The knife rest of the processing FE Tiler thrust film trap of the utility model; Drive down through having the power set that pump; FE Tiler thrust film trap to being fixed on the slide unit with index(ing) feed motion carries out cut, comprise tool holder body, with the blade that tool holder body removably connects, described knife rest has two parallel linking arms; Be respectively equipped with blade on each linking arm, the level between the point of a knife of described blade has the distance between FE Tiler thrust plate two bottom lands after the machine-shaping of being not less than.

As the further qualification to aforesaid way, described two linking arms are symmetrical set with respect to the center line of tool holder body.

As the further qualification to aforesaid way, described two blades are positioned on the same horizontal plane in the fixed position of linking arm.

Adopt technique scheme, on tool holder body, be provided with two blades simultaneously, through having the drive of the power set that pump; Groove to FE Tiler thrust plate both sides carries out cut, and its processing mode can be processing simultaneously or processing in order, adds man-hour simultaneously; Two blades act on the FE Tiler thrust plate simultaneously; Realized under the clamping of FE Tiler thrust plate groove processing (adopt to add man-hour simultaneously, considered machine cut power, the general cutting slot degree of depth should be not more than 0.4mm; As adopt the ladder slotting tool, the cutting slot degree of depth can reach 2mm); Adopt to add man-hour in order, can process one of them groove of FE Tiler thrust plate earlier, promptly drive the motion of FE Tiler thrust plate through slide unit with index(ing) feed motion; Carry out groove processing by one of them blade; And another blade only has action up and down reciprocatingly and is not related with the FE Tiler thrust plate, after completion of processing, carries out counter motion by slide unit drive FE Tiler thrust plate; By another blade another groove is processed; Realize the groove processing under the clamping equally, improved the positioning accuracy of process, improved operating efficiency.

Description of drawings

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is done further to specify:

Fig. 1 is the overall structure sketch map of the utility model;

Fig. 2 is the left view of Fig. 1;

Fig. 3 is the structural representation sketch of enclosing cover thrust plate.

Among the figure: 1, FE Tiler thrust plate; 2, tool holder body; 31,32, blade; 41,42, linking arm; 5, fastening bolt; 6, plug.

The specific embodiment

The knife rest of the processing FE Tiler thrust film trap that the utility model relates to; Drive down through having the power set that pump; FE Tiler thrust plate 1 groove to being fixed on the slide unit with index(ing) feed motion carries out cut; It is that two blades are set on tool holder body 2 in design, through two blades two grooves of FE Tiler thrust plate is carried out cut simultaneously or sequentially, to realize the groove that once the is installed processing to FE Tiler thrust plate 1.

On concrete structure, by Fig. 1, shown in Figure 2ly know that it comprises tool holder body 2; Tool holder body 2 has two linking arms that are parallel to each other 41,42; Wherein linking arm 41 is symmetrical set with the center line a of linking arm 42 relative tool holder body, on linking arm 41, is provided with insert groove, and blade 31 is inserted in the insert groove; Through two relative fastening bolts 5 (by shown in Figure 2) screwing on linking arm 41 blade 31 is held out against, make blade 31 in Z to fixing; Through the fastening bolt 5 that is hung into by linking arm 41 bottoms and plug 6 overheads downwards at the Y of blade 31 so that blade 31 in Y to fixing, and then realize blade 31 fixing with respect to linking arm 41 on the whole.In like manner, blade 32 fixing on linking arm 42 adopts same fixed structure, repeats no more at this.

When design; The blade 31 of present embodiment is positioned on the same horizontal line with blade 32, between the two point of a knife apart from d1 be not less than between two groove bottom lands to be processed of FE Tiler thrust plate 1 apart from d2, the purpose that designs like this is: when d1 equates with d2; Two grooves that are used to process are the structure that is symmetricly set on FE Tiler thrust plate 1; At this moment, under the drive of the slide unit that index(ing) feed moves, realize disposable processing simultaneously to these two grooves; As d1 during greater than d2; Two grooves that are used to process are the asymmetric structure that is arranged on FE Tiler thrust plate 1, are adding man-hour, can process one of them groove earlier; Through the return motion of slide unit another groove is processed then, realized the groove processing under the clamping equally.It is simple in structure, and positioning accuracy and machining accuracy are high.

Claims

1. a knife rest of processing FE Tiler thrust film trap drives down through having the power set that pump, and FE Tiler thrust plate (1) groove that is fixed on the slide unit with index(ing) feed motion is carried out cut; The blade that comprises tool holder body (2), removably connects with tool holder body (2); It is characterized in that: described tool holder body (2) has two parallel linking arms (41,42), each linking arm (41; 42) be respectively equipped with blade (31 on; 32), the horizontal range between the point of a knife of described blade (31,32) has the distance between FE Tiler thrust plate (1) two bottom land after the machine-shaping of being not less than.

2. the knife rest of processing FE Tiler thrust film trap according to claim 1 is characterized in that: described two linking arms (41,42) are symmetrical set with respect to the center line of tool holder body (2).

3. the knife rest of processing FE Tiler thrust film trap according to claim 1 and 2 is characterized in that: described two blades (31,32) are positioned on the same horizontal plane in the fixed position of linking arm (41,42).