CN205310418U - Plastic frame strip drilling equipment - Google Patents
Plastic frame strip drilling equipment Download PDFInfo
- Publication number
- CN205310418U CN205310418U CN201620011809.9U CN201620011809U CN205310418U CN 205310418 U CN205310418 U CN 205310418U CN 201620011809 U CN201620011809 U CN 201620011809U CN 205310418 U CN205310418 U CN 205310418U
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- Prior art keywords
- pore structure
- brill
- frame
- crossbeam
- girder
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Abstract
The utility model discloses a plastic frame strip drilling equipment belongs to working of plastics processing technology field. Slide set up in the brill girder pore structure of frame middle part top including the frame, along vertical direction, slide along vertical direction set up to sliding in the brill trabecula pore structure of frame middle part below, around along bore the lockhole structures in two of the frame left and right sides, about along to set up in the frame the workstation and along about construct to the work piece fixed knot who sets up on the workstation, bore the girder pore structure and bore the trabecula pore structure and locate the upper and lower both sides of workstation respectively symmetrically, be equipped with the through -hole that the drill bit that supplies to bore the trabecula pore structure passes through on the workstation, bore the lockhole structure and locate the adjacent back upper place of workstation, be equipped with in the frame and be used for the drive to bore gliding decline cylinder about the girder pore structure, be used for the drive to bore about the trabecula pore structure gliding ascending cylinder and be used for the drive to bore gliding horizontal cylinder around the lockhole structure. The device can realize the automatic drilling of plastic frame strip, has promoted work efficiency.
Description
Technical field
This utility model belongs to working of plastics processing technique field, particularly to a kind of plastic framing strip drilling equipment, particularly relates to the drilling equipment of a kind of refrigerator-freezer cabinet mouth moulding.
Background technology
Along with the progress of science and technology, refrigerator, as a kind of conventional refrigerating equipment, is used by huge numbers of families. Its basic functional principle is: adopt compressor to drive cold-producing medium to move in circles in pipeline, it is achieved the kind of refrigeration cycle of compression → condensation → expand → evaporation. The air that each storeroom of refrigerator is indoor carries out cooling food carries out fresh-keeping or freezing seal up for safekeeping. Single cycle and Two-way Cycle refrigeration can be divided into according to refrigeration modes.
At present, the structure of refrigerator carries out ceaselessly reforming, have plenty of refrigerating chamber above refrigerator, cold room below refrigerator, have plenty of refrigerating chamber below refrigerator, cold room is above refrigerator, what also have is then the refrigerating chamber left side at refrigerator, and cold room is on the right side of refrigerator. Except in the past common " single open-door refrigerator ", " double-door refrigerator ", have also appeared products such as " open the door refrigerator more ", " side by side combination refrigerator " and " French door refrigerator ".
Double-door refrigerator is often referred to upper and lower 2 fan doors, and opening direction is identical. Three open-door refrigerator is often referred to upper, middle and lower 3 and fans door, and opening direction is identical. Traditional side by side combination refrigerator is often referred to left and right 2 fan doors, the refrigerator that opening direction is relative, its be add in the middle of a case one vertical every beam, left and right is respectively mounted visits, both sides respectively cold room and refrigerating chamber. Although this cold room and refrigerating chamber volume are big, but long and narrow, free space is little, causes very big waste, and the object of a lot of large volumes all fails to lay down.
What French door refrigerator adopted is the structure of clamshell doors+drawer type, and its top is cold room, and closes with one group of clamshell doors, and its eliminate in the middle of traditional clamshell doors cold room every beam, form the horizontal space layout of ultra-wide. Bottom is refrigerating chamber, closes with two drawer-type door body. French door refrigerator overcomes the limited space of tradition side by side combination refrigerator cold room and vertical point of refrigerating chamber left and right row, it is provided that sizable storage volumes, the convenient cuisines storing various sizes.
Wherein, it is left and right arrangement or upper and lower arrangement that refrigerator main body is respectively equipped with household freezer and cold closet, household freezer and cold closet, is connected with each other by central sill and upper and lower crossbeam between household freezer and cold closet;Household freezer is drawer-type structure, and the quantity of drawer is two or more, and two or more drawers go to upper and lower or left and right arrangement arrangement; Cold closet is side opening structure, and door body passes through upper and lower hinge on refrigerator main body; Compressor is positioned on rear side of cold closet and fixes with refrigerator main body and is connected.
In refrigerator or refrigerator-freezer structure, there is substantial amounts of beam texture, such as crossbeam, central sill, flip beam and Men Liang etc., all by, after extrusion moulding, being cut to regular length, can finally carry out holing or the processing such as groove milling obtains. For refrigerator-freezer cabinet mouth moulding, in the middle part of this cabinet mouth moulding, upper and lower sides relatively offers macropore (fixture) and aperture (screw) is used for installing crossbeam, offers lockset installing hole, macropore and aperture around all vertical with lockset installing hole on the sidewall of both sides. Prior art repeatedly processes realization by manual operation drilling machine, but manually hole inefficiency, borehole shape and position are wayward, faulty materials easily occur.
Summary of the invention
In order to solve the problems referred to above, this utility model embodiment provides a kind of plastic framing strip drilling equipment, and this device can realize plastic framing strip automatic drilling, improves work efficiency. Described technical scheme is as follows:
This utility model embodiment provides a kind of plastic framing strip drilling equipment, including frame 1, vertically it is slidably arranged in the brill crossbeam pore structure 2 of top in the middle part of frame 1, vertically it is slidably arranged in the brill girder pore structure 3 of lower section in the middle part of frame 1, engagement mechanism 4 is bored along front and back to be slidably arranged in frame 1 left and right sides two, along left and right to the workbench 5 being arranged in frame 1 with along left and right to the workpiece fixed structure 6 being arranged on workbench 5, described brill crossbeam pore structure 2 and brill girder pore structure 3 are located at the both sides up and down of workbench 5 with being respectively symmetrically, described workbench 5 is provided with mean for bore the through hole 7 that the drill bit of girder pore structure 3 passes through, described brill engagement mechanism 4 is located at the adjacent back upper place of workbench 5, described frame 1 is provided with bores, for driving, the decline cylinder 9 that crossbeam pore structure 2 slides up and down, the rising cylinder 10 that slides up and down of girder pore structure 3 is bored and for driving the horizontal air cylinder 11 boring engagement mechanism 4 slide anteroposterior for driving.
Wherein, the brill crossbeam pore structure 2 in this utility model embodiment is identical with the boring direction that brill girder pore structure 3 is Double-shaft drilling structure and two axles, and the boring direction that described brill engagement mechanism 4 is Double-shaft drilling structure and two axles is contrary.
Further, the twin shaft boring crossbeam pore structure 2 and brill girder pore structure 3 in this utility model embodiment is each through belt synchronous interaction, and the twin shaft of described brill engagement mechanism 4 crosses gear synchronous linkage.
Specifically, the drill bit boring crossbeam pore structure 2 in this utility model embodiment vertically arranges and its diameter is 16mm, the drill bit of described brill crossbeam pore structure 2 is circular hollow drill bit, the drill bit of described brill girder pore structure 3 is vertically arranged and its diameter is 4.5mm, the drill bit of described brill engagement mechanism 4 along front and back to arrange and its diameter be 3mm.
Wherein, on front side of frame 1 in this utility model embodiment and be positioned at the upper and lower of workbench 5 and be vertically provided with on two upright slide rail and twice upright slide rails respectively, described brill crossbeam pore structure 2 and brill girder pore structure 3 are slided respectively and are located on upright slide rail and lower upright slide rail, decline cylinder 9 vertically it is provided with on the upside of described frame 1, its downward push rod is hinged with brill crossbeam pore structure 2, vertically being provided with rising cylinder 10 on the downside of described frame 1, its push rod upwards is hinged with brill girder pore structure 3.
Wherein, the left and right sides at frame 1 rear in this utility model embodiment is all along front and back to being provided with two horizontal slide rails, described brill engagement mechanism 4 is slided and is located on horizontal slide rail, described horizontal air cylinder 11 is along front and back to being located between two horizontal slide rails, its cylinder seat is fixed in frame 1, and its push rod is hinged on bottom brill engagement mechanism 4.
Wherein, workpiece fixed structure 6 in this utility model embodiment include being located on the left of workbench 5 or right side workpiece positioning structure 12, along left and right at least one backup plate 13 being located on front side of workbench 5, be located at the multiple bracing frames 14 on rear side of workbench 5 and the compression cylinder 15 being vertically located on bracing frame 14, described brill crossbeam pore structure 2 is positioned at the adjacent back upper place of header board 13, described brill beam pore structure 4 is positioned at the adjacent rear of bracing frame 14, the width that distance is workpiece between described backup plate 13 and bracing frame 14.
Further, along left and right to being interval with four pieces of backup plates 13 on the workbench 5 in this utility model embodiment, correspondingly, described backup plate 13 rear is provided with a bracing frame 14 accordingly, and described brill engagement mechanism 4 is located between two bracing frames 14 of avris.
Further, boring in this utility model embodiment is provided with, between crossbeam pore structure 2 and frame 1, the lower limit structure 8 cooperated, and is provided with, between described brill girder pore structure 3 and frame 1, the upper limit structure 16 cooperated.
Further, it is provided with, between both sides, front and back and the frame 1 of the brill engagement mechanism 4 in this utility model embodiment, the longitudinal spacing structure 17 cooperated.
The technical scheme that this utility model embodiment provides has the benefit that this utility model embodiment provides a kind of plastic framing strip drilling equipment, this device can realize boring macropore, aperture and door lock installing hole simultaneously, to realize plastic framing strip automatic drilling, improve work efficiency. It addition, this device borehole shape and position are accurate, improve product quality.
Accompanying drawing explanation
Fig. 1 is the structural representation of the plastic framing strip drilling equipment that this utility model embodiment provides;
Fig. 2 is the structural representation of the workpiece fixed structure that this utility model embodiment provides;
Fig. 3 is the structural representation boring crossbeam pore structure that this utility model embodiment provides;
Fig. 4 is the structural representation of the brill engagement mechanism that this utility model embodiment provides.
In figure: 1 frame, 2 brill crossbeam pore structures, 3 brill girder pore structures, 4 brill engagement mechanism, 5 workbench, 6 workpiece fixed structures, 7 through holes, 8 lower limit structures, 9 decline cylinders, 10 rising cylinders, 11 horizontal air cylinders, 12 workpiece positioning structures, 13 backup plates, 14 bracing frames, 15 compression cylinders, 16 upper limit structures, 17 longitudinal spacing structures.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, this utility model is described in further detail.
Referring to Fig. 1-4, this utility model embodiment provides a kind of plastic framing strip drilling equipment, this device include control structure, frame 1, vertically be slidably arranged in top in the middle part of frame 1 bore crossbeam pore structure 2, vertically be slidably arranged in lower section in the middle part of frame 1 bore girder pore structure 3, along front and back to be slidably arranged in frame 1 left and right sides two boring engagement mechanism 4, along left and right to the workbench 5 being arranged in frame 1 with along left and right to the workpiece fixed structure 6 etc. being arranged on workbench 5. Wherein, control structure includes the gentle control part of the collecting of electrical controls, its structure is known by those skilled in the art, therefore omit detailed description, frame 1 can be tower structure, and workbench 5 is horizontally disposed with, and workpiece fixed structure 6 is used for clamping workpiece, bore crossbeam pore structure 2 and brill girder pore structure 3 is respectively used to vertically bore the macropore for fixed cross beam in the middle part of plastic framing strip and aperture, bore engagement mechanism 4 for along front and back to drill with ferrule lockset installing hole after plastic framing strip left and right sides.Wherein, bore crossbeam pore structure 2, bore girder pore structure 3 and bore engagement mechanism 4 and be brill double-pore structure. Wherein, brill crossbeam pore structure 2 and brill girder pore structure 3 are located at the both sides up and down of workbench 5 with being respectively symmetrically, the drill bit boring crossbeam pore structure 2 and the drill bit boring girder pore structure 3 are oppositely arranged, being provided with mean on workbench 5 boring the through hole 7 that the drill bit of girder pore structure 3 passes through, through hole 7 is specially the circular hole vertically arranged. Wherein, boring engagement mechanism 4 and be located at the adjacent back upper place of workbench 5, its drill bit is positioned at 5-15mm above workbench 5. Wherein, frame 1 is provided with for driving the decline cylinder 9 boring crossbeam pore structure 2 and sliding up and down, for the rising cylinder 10 driving brill girder pore structure 3 to slide up and down with for driving the horizontal air cylinder 11 boring engagement mechanism 4 slide anteroposterior. Specifically, decline cylinder 9 is located between brill crossbeam pore structure 2 and frame 1, and rising cylinder 10 is located between brill girder pore structure 3 and frame 1, and horizontal air cylinder 11 is located between brill engagement mechanism 4 and frame 1. Further, control structure electrically connects with boring crossbeam pore structure 2, bore girder pore structure 3 and boring engagement mechanism 4, and control structure is connected by trachea with decline cylinder 9, rising cylinder 10 and horizontal air cylinder 11.
Wherein, referring to Fig. 1-3, the brill crossbeam pore structure 2 in this utility model embodiment is identical with the boring direction of rotation that brill girder pore structure 3 is Double-shaft drilling structure and two axles, and the distance between two axles is determined according to processing request. Boring the boring direction of rotation that engagement mechanism 4 is Double-shaft drilling structure and two axles contrary, the distance between two axles is determined according to processing request.
Further, the twin shaft boring crossbeam pore structure 2 and brill girder pore structure 3 in this utility model embodiment is each through belt synchronous interaction (can turn to by transition wheel), the twin shaft boring engagement mechanism 4 crosses gear (gear train, realized by multiple gears, known by those skilled in the art) synchronous interaction.
Specifically, referring to Fig. 1, the drill bit boring crossbeam pore structure 2 in this utility model embodiment vertically arranges and its diameter is 16mm, the drill bit boring crossbeam pore structure 2 is circular hollow drill bit, the drill bit of brill girder pore structure 3 vertically arranges and its diameter is 4.5mm, bore girder pore structure 3 and bore the drill bit of engagement mechanism 4 and be conventional bit, boring the drill bit of engagement mechanism 4 along front and back to arranging and its diameter is 3mm.
Wherein, referring to Fig. 1 and 3, on front side of the frame 1 in this utility model embodiment and be positioned at the upper and lower of workbench 5 and be vertically provided with on two upright slide rail and twice upright slide rails respectively; Specifically, frame about 1 both sides are equipped with crane, and slide rail is arranged on crane, and on two, upright slide rail be arranged in parallel, twice upright slide rail be arranged in parallel, bores crossbeam pore structure 2 and brill girder pore structure 3 is slided respectively and is located on upright slide rail and lower upright slide rail. Vertically being provided with decline cylinder 9 on the upside of frame 1, its downward push rod is hinged with brill crossbeam pore structure 2; Vertically being provided with rising cylinder 10 on the downside of frame 1, its push rod upwards is hinged with brill girder pore structure 3.
Wherein, referring to Fig. 4, the left and right sides at frame 1 rear in this utility model embodiment is all along front and back to being provided with two horizontal slide rails, and two horizontal slide rails be arranged in parallel. Boring engagement mechanism 4 slip and be located on horizontal slide rail, horizontal air cylinder 11 is along front and back to being located between two horizontal slide rails, and its cylinder seat is fixed in frame 1, and its push rod is hinged on bottom brill engagement mechanism 4.
Wherein, referring to Fig. 1 and 2, the workpiece fixed structure 6 in this utility model embodiment include being located on the left of workbench 5 or right side workpiece positioning structure 12, along left and right at least one backup plate 13 being located on front side of workbench 5, be located at the multiple bracing frames 14 on rear side of workbench 5 and the compression cylinder 15 etc. being vertically located on bracing frame 14. Wherein, backup plate 13 is list structure, and workpiece positioning structure 12 is used for positioning workpiece, is specifically as follows an adjustable baffle plate, and bracing frame 14 is vertically arranged, and is specifically as follows L support. Boring crossbeam pore structure 2 and be positioned at the adjacent back upper place of backup plate 13, bore beam pore structure 4 and be positioned at the adjacent rear of bracing frame 14, compression cylinder 15 is positioned at backup plate 13 back upper place and its downward push rod is provided with briquetting, and the distance between backup plate 13 and bracing frame 14 is the width of workpiece. Compression cylinder 15 is connected by trachea with control structure.
Further, referring to Fig. 1 and 2, along left and right to being interval with four pieces of backup plates 13 on workbench 5 in this utility model embodiment, correspondingly, backup plate 13 rear is provided with a bracing frame 14 accordingly, two bore engagement mechanism 4 is respectively arranged between side, the left side and two bracing frames 14 of side, the right, bores between two bracing frames 14 that crossbeam pore structure 2 is located at centre.
Further, referring to Fig. 1, boring in this utility model embodiment is provided with the lower limit structure 8 cooperated between crossbeam pore structure 2 and frame 1, bore and be provided with, between girder pore structure 3 and frame 1, the upper limit structure 16 cooperated.
Further, referring to Fig. 4, it is provided with, between both sides, front and back and the frame 1 of the brill engagement mechanism 4 in this utility model embodiment, the longitudinal spacing structure 17 cooperated and is respectively used to front limit and rear spacing.
Aforesaid each position limiting structure can be two baffle plates being oppositely arranged, and wherein a baffle plate is provided with adjusting bolt.
This utility model embodiment provides a kind of plastic framing strip drilling equipment, and this device can realize boring macropore, aperture and door lock installing hole simultaneously, to realize plastic framing strip automatic drilling, improves work efficiency. Additionally this device borehole shape and position are accurate, improve product quality.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (10)
1. a plastic framing strip drilling equipment, it is characterized in that, including frame (1), vertically it is slidably arranged in brill crossbeam pore structure (2) of top, frame (1) middle part, vertically it is slidably arranged in brill girder pore structure (3) of lower section, frame (1) middle part, engagement mechanism (4) is bored along front and back to be slidably arranged in frame (1) left and right sides two, along left and right to the workbench (5) being arranged in frame (1) with along left and right to the workpiece fixed structure (6) being arranged on workbench (5), the both sides up and down of workbench (5) are located at by described brill crossbeam pore structure (2) and brill girder pore structure (3) with being respectively symmetrically, described workbench (5) is provided with mean for bore the through hole (7) that the drill bit of girder pore structure (3) passes through, described brill engagement mechanism (4) is located at workbench (5) adjacent back upper place, described frame (1) is provided with bores, for driving, the decline cylinder (9) that crossbeam pore structure (2) slides up and down, the rising cylinder (10) that girder pore structure (3) slides up and down and the horizontal air cylinder (11) being used for driving brill engagement mechanism (4) slide anteroposterior is bored for driving.
2. plastic framing strip drilling equipment according to claim 1, it is characterized in that, the boring direction that described brill crossbeam pore structure (2) is Double-shaft drilling structure and two axles with brill girder pore structure (3) is identical, and described brill engagement mechanism (4) is contrary for the boring direction of Double-shaft drilling structure and two axles.
3. plastic framing strip drilling equipment according to claim 2, it is characterized in that, the twin shaft of described brill crossbeam pore structure (2) and brill girder pore structure (3) is each through belt synchronous interaction, and the twin shaft of described brill engagement mechanism (4) crosses gear synchronous linkage.
4. plastic framing strip drilling equipment according to claim 1 and 2, it is characterized in that, the drill bit of described brill crossbeam pore structure (2) is vertically arranged and its diameter is 16mm, the drill bit of described brill crossbeam pore structure (2) is circular hollow drill bit, the drill bit of described brill girder pore structure (3) is vertically arranged and its diameter is 4.5mm, the drill bit of described brill engagement mechanism (4) along front and back to arrange and its diameter be 3mm.
5. plastic framing strip drilling equipment according to claim 2, it is characterized in that, described frame (1) front side and be positioned at the upper of workbench (5), lower section is vertically provided with on two upright slide rail and twice upright slide rails respectively, described brill crossbeam pore structure (2) and brill girder pore structure (3) slide respectively and are located on upright slide rail and lower upright slide rail, described frame (1) upside is vertically provided with decline cylinder (9), its downward push rod is hinged with brill crossbeam pore structure (2), described frame (1) downside is vertically provided with rising cylinder (10), its push rod upwards is hinged with brill girder pore structure (3).
6. plastic framing strip drilling equipment according to claim 2, it is characterized in that, the left and right sides at described frame (1) rear is all along front and back to being provided with two horizontal slide rails, described brill engagement mechanism (4) is slided and is located on horizontal slide rail, described horizontal air cylinder (11) is along front and back to being located between two horizontal slide rails, its cylinder seat is fixed in frame (1), and its push rod is hinged on brill engagement mechanism (4) bottom.
7. plastic framing strip drilling equipment according to claim 2, it is characterized in that, described workpiece fixed structure (6) includes the workpiece positioning structure (12) being located at workbench (5) left side or right side, along left and right at least one backup plate (13) being located at workbench (5) front side, the multiple bracing frames (14) being located at workbench (5) rear side and the compression cylinder (15) being vertically located on bracing frame (14), described brill crossbeam pore structure (2) is positioned at the adjacent back upper place of backup plate (13), described brill beam pore structure (4) is positioned at bracing frame (14) adjacent rear, the width that distance is workpiece between described backup plate (13) and bracing frame (14).
8. plastic framing strip drilling equipment according to claim 7, it is characterized in that, along left and right to being interval with four pieces of backup plates (13) on described workbench (5), correspondingly, described backup plate (13) rear is provided with a bracing frame (14) accordingly, and described brill engagement mechanism (4) is located between two bracing frames (14) of avris.
9. plastic framing strip drilling equipment according to claim 1, it is characterized in that, it is provided with the lower limit structure (8) cooperated between described brill crossbeam pore structure (2) and frame (1), between described brill girder pore structure (3) and frame (1), is provided with the upper limit structure (16) cooperated.
10. plastic framing strip drilling equipment according to claim 1, it is characterised in that be provided with, between both sides, front and back and the frame (1) of described brill engagement mechanism (4), the longitudinal spacing structure (17) cooperated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620011809.9U CN205310418U (en) | 2016-01-08 | 2016-01-08 | Plastic frame strip drilling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620011809.9U CN205310418U (en) | 2016-01-08 | 2016-01-08 | Plastic frame strip drilling equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205310418U true CN205310418U (en) | 2016-06-15 |
Family
ID=56201135
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620011809.9U Expired - Fee Related CN205310418U (en) | 2016-01-08 | 2016-01-08 | Plastic frame strip drilling equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205310418U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129728A (en) * | 2018-10-19 | 2019-01-04 | 山东海超机械有限公司 | A kind of hinge brill |
-
2016
- 2016-01-08 CN CN201620011809.9U patent/CN205310418U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129728A (en) * | 2018-10-19 | 2019-01-04 | 山东海超机械有限公司 | A kind of hinge brill |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20170108 |