CN219294411U

CN219294411U - High-quality and efficient mounting hole punching positioner

Info

Publication number: CN219294411U
Application number: CN202320714728.5U
Authority: CN
Inventors: 孙青臣; 何玉锐; 陈向前; 周继萍
Original assignee: Kangzhiwei Beijing Technology Co ltd
Current assignee: Kangzhiwei Beijing Technology Co ltd
Priority date: 2023-04-04
Filing date: 2023-04-04
Publication date: 2023-07-04
Anticipated expiration: 2033-04-04

Abstract

The utility model relates to a high-quality and efficient installation hole punching positioner. In order to solve the problem of low quality effect of punching installation. Three parallel longitudinal positioning long pore plates are arranged between a transverse rectangular scale frame of the transverse horizontal bubble and an upper-lower pair of transverse limiting long pore plates arranged at intervals in a sliding way, at least two parallel transverse positioning long pore plates are arranged between the transverse rectangular scale frame and a left-right pair of longitudinal limiting long pore plates arranged at intervals in a sliding way, and two ends of each of the transverse positioning long pore plates and the longitudinal positioning long pore plates are respectively provided with a fixing knob for positioning and locking with the corresponding limiting long pore plate; and a punching positioning hole is formed at the overlapping part of the middle holes of the transverse positioning long hole plate and the longitudinal positioning long hole plate. The method has the advantages of being capable of rapidly and accurately copying and setting punching point positions, remarkably improving punching precision and efficiency and realizing high-quality punching installation.

Description

High-quality and efficient mounting hole punching positioner

Technical Field

The utility model relates to a perforating positioner, in particular to a high-quality and efficient installation perforating positioner.

Background

The applicant company frequently encounters in toilet design construction: the squatting pan is difficult to accurately punch and correctly align and install. Incorrect alignment is installed, and interface inaccuracy and odor leakage easily occur in long-term use. Although the skilled craftsman can accurately punch and correctly align and mount under the condition of no work expelling; however, in more cases, rapid and precise punching needs to be achieved by means of a punching positioning tool.

The prior art patent document number CN 212977494U is a punching positioning device, which comprises a fixed plate, a staff gauge, a guide pillar and a fixed groove, wherein the staff gauge and the guide pillar are respectively and fixedly connected with the fixed groove, the two ends of the side surface of the fixed plate are respectively provided with a guide pillar perforation and a staff gauge perforation, the guide pillar is movably connected with the fixed plate through the guide pillar perforation, and the staff gauge is movably connected with the fixed plate through the staff gauge perforation; the fixed slot is provided with scales, the fixed slot is internally provided with a punching positioning slide block with a slide block locking and fixing device, the punching positioning slide block can slide in the chute, and the punching positioning slide block is also provided with a punching hole. Because the bolt punching for fastening the squatting pan is strictly performed according to the center of the lower-row pithead which is in butt joint with the lower-row pithead of the squatting pan as a standard, the punching positioning device cannot position the center of the lower-row pithead with high quality, and the punching cannot be positioned with high quality. The installation of electrical appliances such as a wall-mounted bathroom mirror, a display and sensing control equipment is not as strict as the squatting pan, but the installation is inaccurate because of the appearance equipment of public facilities, and the public image is affected. Therefore, the punching and positioning device still cannot meet the common multi-point-position common rapid and accurate punching and positioning requirements of the equipment. In addition, when the hole is punched and installed in a climbing manner, the assistance of the hole punching positioner is required to be efficiently installed due to the limitation of the operation activity space.

Disclosure of Invention

The utility model aims to overcome the defects in the prior art and provide the high-quality and efficient mounting hole punching positioner.

In order to achieve the purpose, the high-quality and efficient installation hole punching positioner is characterized in that three parallel longitudinal positioning long hole plates are arranged between a transverse long rectangular scale frame provided with transverse horizontal bubbles and an upper transverse limiting long hole plate and a lower transverse limiting long hole plate which are arranged at intervals in a sliding way, at least two parallel transverse positioning long hole plates are arranged between the transverse long rectangular scale frame and a left transverse limiting long hole plate and a right transverse limiting long hole plate which are arranged at intervals in a sliding way in a longitudinal way, and fixing knobs for positioning and locking with the respective limiting long hole plates are respectively arranged at two ends of the transverse positioning long hole plates and the two ends of the longitudinal positioning long hole plates; that is, two ends of the transverse positioning long pore plate and the longitudinal positioning long pore plate are respectively provided with a screw rod extending out of the long holes of the transverse limiting long pore plate and the left and right longitudinal limiting long pore plates, and the screw rods are then screwed with a fixing knob. The longitudinal positioning long pore plates are in sliding fit with the transverse positioning long pore plates in a longitudinal and transverse adjacent mode, and punching positioning holes are formed at the overlapping positions of the transverse middle long holes of the transverse positioning long pore plates and the longitudinal middle long holes of the longitudinal positioning long pore plates. The vertical and horizontal bubbles are used to ensure horizontal in any direction. The three parallel longitudinal positioning long hole plates and the two parallel transverse positioning long hole plates are in cross fit, so that six punching positions can be accurately marked, the accurate and rapid positioning requirement of multiple hole position groups can be well met, particularly, the positions of the center of the lower discharge opening of the squatting pan and the fixing bolts on two sides can be accurately measured, the punching positions of fastening bolts on the center of the ground pithead and the two sides on the marking ground can be accurately aligned on the ground, and the quick and accurate punching installation of an installation technician can be facilitated. The mode of location punching can be in setting for fixed punching locating hole department and directly punch, also can draw the hole site sign in setting for fixed punching locating hole department earlier, take off this novel punching locator after, punch at hole site sign department again. The fixed knob is introduced to ensure that the hole positions copied from the squatting pan or other equipment to be installed are not shifted, so that the punching is accurately guided. The long rectangular scale frame is by more convenient direct according to installation instruction, directly set for the hole site of punching on this novel installation hole punching locator, accomplish quick accurate location punching, high-quality installation. The horizontal bubble is arranged vertically and horizontally, and the horizontal or vertical installation can be ensured without a reference object. Therefore, the automatic punching device has the advantages of being capable of quickly and accurately copying and setting punching positions, guaranteeing punching precision and efficiency, realizing high-quality punching installation, and being particularly suitable for correct alignment and punching installation of the squatting pan.

As optimization, the two ends of the longitudinal positioning long pore plate and the transverse positioning long pore plate are respectively provided with a sharp pointer used for indicating the point of the scale of the transverse rectangular scale frame and the point of the punching positioning hole to be on the same straight line, the sharp pointer can ensure that the scale pointed by the pointer is the scale of the punching center, and accurate positioning and punching are achieved; at least one pair of lateral sides of the transverse rectangular scale frame are externally connected and provided with paired handles, so that the transverse rectangular scale frame is convenient to take and place and can be held and fixed on the premise of not obstructing the scale viewing.

As optimization, transverse horizontal bubbles and longitudinal horizontal bubbles are sequentially arranged at four corners of the transverse rectangular scale frame at intervals in the circumferential direction, so that the level of multiple points can be measured and monitored simultaneously, and the horizontal or vertical or horizontal installation can be ensured and guided without a reference object; the long holes of the longitudinal positioning long hole plate are equal in width to the long holes of the transverse positioning long hole plate, so that the centers of the punching positioning holes are easy to visually determine.

As optimization, the front end surface of the horizontal rectangular scale frame is provided with the upper and lower pairs of horizontal limiting long pore plates at intervals through the left and right end convex columns, and the front end surface of the horizontal rectangular scale frame is provided with the left and right pairs of longitudinal limiting long pore plates at intervals through the left and right inner side front convex edges and the upper and lower end convex columns; two parallel transverse positioning long pore plates which are in limit sliding fit with the left and right longitudinal limiting long pore plates are in front-rear adjacent longitudinal and transverse sliding fit with three parallel longitudinal positioning long pore plates which are in limit sliding fit with the upper and lower transverse limiting long pore plates. Thus, the transverse rectangular scale frame is more convenient to manufacture by one-step molding and is also more convenient to hold by hand.

As optimization, permanent magnets are respectively arranged at two ends of the longitudinal positioning long pore plate and the transverse positioning long pore plate, and a transverse rectangular scale frame or a limiting long pore plate which is in sliding fit with the permanent magnets is provided with magnetic strips or iron plates which are in attraction fit with the permanent magnets along the sliding direction. The longitudinal positioning long pore plate and the transverse positioning long pore plate can be relatively fixed without screwing a fixing knob by means of the permanent magnet and the magnetic strip or the iron plate, namely, the longitudinal positioning long pore plate and the transverse positioning long pore plate can be relatively fixed to the positions when moving to the positions; convenient and fast location punching is more favorable to improving location punching efficiency.

As optimization, two ends of the longitudinal positioning long pore plate and the transverse positioning long pore plate are respectively provided with isosceles triangle sharp convex pointers for indicating scales of the transverse rectangular scale frame, and the permanent magnets are arranged on the sharp convex pointer parts, so that the precise indication of the sharp convex pointers is more facilitated.

As optimization, the punching positioning holes are flexibly inserted with a marking mechanism for marking the punched ground or wall. Therefore, the marking is performed according to the mark, and compared with the marking of the hole site by the common pencil, the marking of the hole site can be performed conveniently and rapidly, and the accurate marking can be ensured.

As optimization, the stamping marking mechanism is a thick cylinder body which extends forwards and is provided with a thin convex body inserted with the punching positioning hole, and the thin convex body is provided with a stamping head. The spacing cooperation of thick cylinder and thin convex body is favorable to the stamping to rectify.

As optimization, the inner periphery of the fine convex body is sleeved with a porous stamping head, and the thick cylinder is internally provided with an oil supply cabin of the porous stamping head, so that the stamp ink is automatically supplied, the use is more convenient, and the stamping quality is ensured; the sections of the thin convex body and the thick cylinder are coaxially parallel rectangles, which is more beneficial to stamping correction.

As optimization, the thin convex body is axially matched with the porous stamping head which is provided with the return spring in a sliding way, and the thick cylinder is axially matched with the pressing handle which is used for extruding the porous stamping head forwards in a sliding way; or the thick column body is axially and slidably matched with the pressing handle for forward pressing the porous stamping head and the oil supply cabin, so that the pressing handle is pressed at hand during stamping, thereby being more beneficial to ensuring the stamping quality; the sections of the thin convex body and the thick column body are coaxially parallel square, so that the thin convex body and the thick column body can be conveniently, quickly and accurately inserted into the punching positioning hole; the end part of the porous stamping head is provided with a central cross outer sleeve type front convex stamp, and the punching indication precision is high; or a plurality of concentric ring-type front convex dies are arranged at the end part of the porous stamping head, which is more beneficial to guiding punching.

The typical wall surface punching installation and use method comprises the following steps: the equipment mounting hole is known or measured earlier, then half hole apart from size copy sets up this novel punching locator to confirm horizontal hole apart from by vertical location long orifice plate, confirm vertical hole apart from by horizontal location long orifice plate, vertical location long orifice plate is the installation point location that punches with the crossing centre bore of horizontal location long orifice plate. The positioning long hole plate is temporarily fixed on the transverse rectangular scale frame through the magnetic attraction or fixing knob, a reference hole site is drawn on the wall surface, the transverse rectangular scale frame is attached to the wall, one of the punching positioning holes is overlapped with the reference hole, the level is ensured through the horizontal bubble, all the mounting holes are accurately presented, the punching occupation is drawn or stamped, the transverse rectangular scale frame is taken away, the punched point position is aligned, and the lower bolt is mounted. Thus, the punching positioning is very simple, the equipment installation level is high, and the efficiency is also high.

After the technical scheme is adopted, the high-quality and efficient installation perforating positioner has the advantages of being capable of rapidly and accurately copying and setting perforating points, remarkably improving perforating precision and efficiency, realizing high-quality and efficient perforating installation, and being particularly suitable for rapid and accurate alignment and accurate perforating installation of squatting pans.

Drawings

Fig. 1 is a schematic view of a first embodiment of a high quality installation hole drilling fixture according to the present utility model. Fig. 2 is a schematic view of a second embodiment of a high quality installation hole punch locator according to the present utility model. Fig. 3 is a schematic structural view of a stamp marking mechanism inserted in a punching area of a high-quality and efficient installation punching locator of the utility model. Fig. 4 is a schematic structural view of a stamp marking mechanism inserted into one of the perforated areas in a second embodiment of a high quality installation perforation locator according to the present utility model.

Detailed Description

In the first embodiment, as shown in fig. 1, the high-quality and efficient installation and punching positioner is provided with three parallel longitudinal positioning long hole plates 31 which are arranged between a transverse rectangular scale frame 1 provided with a longitudinal horizontal bubble 10 and a transverse horizontal bubble 20 and an upper transverse limiting long hole plate 11 and a lower transverse limiting long hole plate 11 which are arranged at intervals, two parallel transverse positioning long hole plates 32 which are arranged between the transverse rectangular scale frame 1 and a left transverse limiting long hole plate 12 which is arranged at intervals in a longitudinal sliding way, and fixing knobs 3 for positioning and locking with the respective limiting long hole plates are respectively arranged at two ends of the transverse positioning long hole plates 32 and the longitudinal positioning long hole plates 31; that is, two ends of the transverse positioning long hole plate 32 and the longitudinal positioning long hole plate 31 are respectively provided with a screw rod extending out of the long holes of the transverse limiting long hole plate 11 and the left and right longitudinal limiting long hole plates 12, and the screw rod is screwed with the fixing knob 3. The longitudinal positioning long hole plate 31 and the transverse positioning long hole plate 32 are in sliding fit in a longitudinal-transverse adjacent manner, and a punching positioning hole 30 is formed at the overlapping position of the transverse middle long hole of the transverse positioning long hole plate 32 and the longitudinal middle long hole of the longitudinal positioning long hole plate 32. The three parallel longitudinal positioning long hole plates and the two parallel transverse positioning long hole plates are in cross fit, so that six punching positions can be accurately marked, the accurate and rapid positioning requirement of multiple hole position groups can be well met, particularly, the positions of the center of the lower discharge opening of the squatting pan and the fixing bolts on two sides can be accurately measured, the punching positions of fastening bolts on the center of the ground pithead and the two sides on the marking ground can be accurately aligned on the ground, and the quick and accurate punching installation of an installation technician can be facilitated. The mode of location punching can be in setting for fixed punching locating hole department and directly punch, also can draw the hole site sign in setting for fixed punching locating hole department earlier, take off this novel punching locator after, punch at hole site sign department again. The fixed knob is introduced to ensure that the hole positions copied from the squatting pan or other equipment to be installed are not shifted, so that the punching is accurately guided. The long rectangular scale frame is by more convenient direct according to installation instruction, directly set for the hole site of punching on this novel installation hole punching locator, accomplish quick accurate location punching, high-quality installation. The horizontal bubble is arranged vertically and horizontally, and the horizontal bubble or the vertical bubble can be arranged without a reference object. Therefore, the automatic punching device has the advantages of being capable of quickly and accurately copying and setting punching positions, guaranteeing punching precision and efficiency, realizing high-quality punching installation, and being particularly suitable for correct alignment and punching installation of the squatting pan.

The method specifically comprises the following steps: the two ends of the longitudinal positioning long hole plate 31 and the transverse positioning long hole plate 32 are respectively provided with an isosceles triangle pointed convex pointer 37 which is used for indicating the scale point of the transverse rectangular scale frame 1 and the center of the punching positioning hole 30 are on the same line, and at least one pair of side edges of the transverse rectangular scale frame 1 are outwards connected and provided with a pair of handles 38. The four corners of the transverse rectangular scale frame 1 are circumferentially and sequentially provided with transverse horizontal bubbles 20 and longitudinal horizontal bubbles 10 at intervals; the long holes of the longitudinal positioning long hole plate 31 are the same width as the long holes of the transverse positioning long hole plate 32.

The method specifically comprises the following steps: the front end face of the horizontal rectangular scale frame 1 is provided with the upper and lower pairs of horizontal limiting long pore plates 11 at intervals through left and right end convex columns, and the front end face of the horizontal rectangular scale frame 1 is provided with the left and right pairs of longitudinal limiting long pore plates 12 at intervals through left and right inner side front convex edges and upper and lower end convex columns; two parallel transverse positioning long hole plates 32 which are in limit sliding fit with the left and right longitudinal limiting long hole plates 12 are in front-rear adjacent longitudinal sliding fit with three parallel longitudinal positioning long hole plates 31 which are in limit sliding fit with the upper and lower transverse limiting long hole plates 11.

In the second embodiment, as shown in fig. 2, the high-quality and efficient installation hole locator of the present utility model is different from the first embodiment in that: permanent magnets 35 are respectively arranged at two ends of the longitudinal positioning long pore plate 31 and the transverse positioning long pore plate 32, and a transverse rectangular scale frame 1 or a limiting long pore plate which is in sliding fit with the permanent magnets is provided with magnetic strips or iron plates which are in attractive fit with the permanent magnets 34 along the sliding direction. The two ends of the longitudinal positioning long pore plate 31 and the transverse positioning long pore plate 32 are respectively provided with isosceles triangle sharp convex pointers 37 for indicating the scales of the transverse rectangular scale frame 1, and the permanent magnets 35 are arranged on the sharp convex pointer parts.

In the third embodiment, as shown in fig. 3 to 4, the high-quality and efficient installation hole drilling positioner of the present utility model is different from the second embodiment in that: the punching positioning holes 30 are flexibly inserted with a marking mechanism for marking the punched ground or wall. The marking mechanism is that a thick column body 40 extends forward to form a thin convex body 4 which is inserted with the punching positioning hole 30, and the thin convex body 4 is provided with a marking head 41. The inner periphery of the fine convex body 4 is sleeved with a porous printing head 41, and the thick column body 40 is internally provided with an oil supply cabin of the porous printing head 41; the cross sections of the thin convex body 4 and the thick column body 40 are coaxially parallel rectangular.

The method specifically comprises the following steps: the thin convex body 4 is axially and slidably provided with a porous stamping head 41 provided with a return spring, and the thick column body 40 is axially and slidably provided with a pressing handle 42 for pressing the porous stamping head 41 forwards; or the thick column body 40 is axially and slidably provided with a pressing handle 42 for pressing the porous printing head 41 and the ink supply tank forward; the cross sections of the thin convex body 4 and the thick cylindrical body 40 are coaxially parallel square, the end part of the porous stamping head 41 is provided with a central cross-shaped outer sleeve ring type front convex stamp, or a plurality of concentric ring type front convex stamps are arranged at the end part of the porous stamping head.

In a word, the high-quality and efficient installation perforating positioner has the advantages of being capable of rapidly and accurately copying and setting perforating points, remarkably improving perforating precision and efficiency, realizing high-quality and efficient perforating installation, and being particularly suitable for rapid and accurate alignment and accurate perforating installation of squatting pans.

Claims

1. The high-quality and efficient installation perforating positioner is characterized in that three parallel longitudinal positioning long pore plates are transversely arranged between a transverse rectangular scale frame provided with transverse horizontal bubbles and an upper transverse limiting long pore plate and a lower transverse limiting long pore plate which are arranged at intervals in a sliding manner, at least two parallel transverse positioning long pore plates are longitudinally arranged between the transverse rectangular scale frame and a left transverse limiting long pore plate and a right transverse limiting long pore plate which are arranged at intervals in a sliding manner, and fixing knobs for positioning and locking with the respective limiting long pore plates are respectively arranged at two ends of the transverse positioning long pore plates and the two ends of the longitudinal positioning long pore plates; the longitudinal positioning long pore plates are in sliding fit with the transverse positioning long pore plates in a longitudinal and transverse adjacent mode, and punching positioning holes are formed at the overlapping positions of the transverse middle long holes of the transverse positioning long pore plates and the longitudinal middle long holes of the longitudinal positioning long pore plates.

2. The high-quality and efficient mounting hole punching locator according to claim 1, wherein the two ends of the longitudinal positioning long hole plate and the transverse positioning long hole plate are respectively provided with a sharp pointer for indicating that the tips of scales of the transverse rectangular scale frame and the centers of the hole punching positioning holes are on the same straight line, and at least one pair of side edges of the transverse rectangular scale frame are externally connected and provided with paired handles.

3. The high-quality and efficient installation hole punching positioner according to claim 1, wherein the four corners of the transverse rectangular scale frame are circumferentially and sequentially provided with transverse horizontal bubbles and longitudinal horizontal bubbles at intervals, and the long holes of the longitudinal positioning long hole plate are equal in width with the long holes of the transverse positioning long hole plate.

4. The high-quality and efficient installation hole punching positioner according to claim 1, wherein the front end surface of the horizontal rectangular scale frame is provided with the upper and lower pairs of horizontal limiting long hole plates at intervals through left and right end convex columns, and the front end surface of the horizontal rectangular scale frame is provided with the left and right pairs of longitudinal limiting long hole plates at intervals through left and right inner side front convex edges and upper and lower end convex columns; two parallel transverse positioning long pore plates which are in limit sliding fit with the left and right longitudinal limiting long pore plates are in front-rear adjacent longitudinal and transverse sliding fit with three parallel longitudinal positioning long pore plates which are in limit sliding fit with the upper and lower transverse limiting long pore plates.

5. The high-quality and efficient installation perforating locator according to claim 1, wherein permanent magnets are respectively arranged at two ends of the longitudinal positioning long pore plate and the transverse positioning long pore plate, and a transverse rectangular scale frame or a limiting long pore plate which is in sliding fit with the permanent magnets is provided with magnetic strips or iron plates which are in attractive fit with the permanent magnets along the sliding direction.

6. The high-quality mounting hole punching locator according to claim 5, wherein the two ends of the longitudinal positioning long hole plate and the transverse positioning long hole plate are respectively provided with a sharp pointer for indicating that the tips of the scales of the transverse rectangular scale frame and the center of the hole punching positioning hole are on the same straight line, and the permanent magnet is arranged at the sharp pointer part.

7. The high-quality and efficient installation hole punching positioner according to claim 1, wherein the hole punching positioning holes are flexibly inserted with a marking mechanism for marking the hole punching ground or wall surface.

8. The high-quality mounting hole-punching locator of claim 7, wherein the marking mechanism is a thick cylinder with a thin protrusion extending forward for mating with the hole-punching locating hole, the thin protrusion being provided with a marking head.

9. The high-quality mounting hole-forming locator according to claim 8, wherein the fine convex body is internally provided with a porous printing head in a sleeved mode, and the coarse cylindrical body is internally provided with a printing oil tank of the porous printing head; the cross sections of the thin convex body and the thick column body are coaxially parallel rectangular.

10. The high-quality mounting hole punching locator of claim 9, wherein the fine convex body is axially slidably matched with the porous stamping head which is internally contracted and provided with the return spring, and the thick column body is axially slidably matched with the rear pressing handle which is used for forward pressing the porous stamping head; or the thick column body is axially and slidably arranged and is provided with a pressing handle for pressing the porous stamping head and the oil supply cabin forwards; the sections of the thin convex body and the thick cylinder are coaxially parallel squares, and the end part of the porous stamping head is provided with a central cross outer sleeve ring type front convex stamp, or the end part of the porous stamping head is provided with a plurality of concentric ring type front convex stamps.