WO2018058400A1

WO2018058400A1 - Shelving unit of wall suspension bracket and suspension bracket made of same

Info

Publication number: WO2018058400A1
Application number: PCT/CN2016/100721
Authority: WO
Inventors: 何少敦
Original assignee: 何少敦
Priority date: 2016-09-29
Filing date: 2016-09-29
Publication date: 2018-04-05

Abstract

A shelving unit of a wall suspension bracket and a suspension bracket made of same. The shelving unit of the building wall suspension bracket has a main frame shelving unit (1) which is formed by longitudinal profiles and transverse profiles; the longitudinal profiles run across the upper face of the wall; each of the longitudinal profiles has a U-shaped groove structure, with an inward facing opening; and the U-shaped grooves of the longitudinal profiles form sliding grooves at two sides. The wall suspension bracket employs said shelving unit; the sliding grooves are provided therein with sliding bases, the sliding bases being profiles that have U-shaped grooves and are able to slide within the sliding grooves; legs of a suspender are fixedly mounted on the sliding bases; the suspension bracket is further provided with a bolt tensioning mechanism (6) which tightens and fixes the legs on two side faces of the wall. The suspension bracket is suitable for walls having different thicknesses, efficiently solving the problems in the prior art. The suspension bracket is especially suitable for application in fire-fighting escape, emergency rescue, disaster prevention, etc.

Description

Wall table suspension bracket body and suspension bracket made thereof

Technical field

The invention relates to a building suspension device, in particular to a building wall platform suspension bracket.

Background technique

People usually need to suspend the human body on the outer wall of the building when carrying out the high-altitude operation or other fire-fighting life-saving of the building's outer wall. When suspending the wall of the building, it is necessary to set a suspension at the height of the building to fix the suspended rope. Hanging device. At present, the installation of the suspension device includes pre-fixing a fixing device (also called an anchor) on the wall with an expansion bolt, or erecting a moving bracket for hanging on the roof. The problem is that due to the unpredictability of aerial work or fire rescue and escape, the installation of fixtures on buildings usually has shortcomings such as difficulty in selecting locations and affecting aesthetics. The mobile brackets erected on the roof can move on the roof. However, usually the bracket is relatively large, and it takes a lot of space and it takes time and effort to set up.

Summary of the invention

In order to solve the problems that people need to occupy a large space and set up a time-consuming and laborious task when setting up a mobile support in the high-altitude operation of the external wall of the building or other fire-fighting life-saving, Patent Document Publication No. 203173772U, 203173773U discloses a suspension of a building wall. The bracket is characterized in that: the suspension bracket is mainly composed of a horizontal body and a left leg and a right leg connected to both ends of the gear body, and the left leg, the right leg and the body saddle ride on the wall platform Above, the left leg and the right leg are respectively placed on two sides of the wall table and are in close contact with the wall surface, the gear body is placed on the upper side of the wall platform, and the suspension bracket is further provided with a hanging position, The gear body is a telescopic structure, and the gear body is formed by the left body and the right body being engaged with each other. The left leg and the left body are fixed and form a right angle, and the right leg and the right body are fixed and configured. Right angle, when the left and right gears are mutually displaced, the span between the left leg and the right leg changes with the expansion and contraction of the gear body, and a screw tensioning mechanism is arranged on the gear body, and the screw tensioning mechanism is mainly Including screw and nut, install one end of the screw Side gear member, disposed on the other side of the gear nut member through the aperture, the other end of the screw through the screw hole and a nut is provided at the head end of the screw, the body gear mechanism is fixed telescopic position by the screw tightening.

It can be seen from the above publication that the left and right legs are fixed by the left and right legs, and the left and right legs are fixed at both ends of the body. Because, in actual use, the actual thickness of the wall varies from 115MM to 615MM, and the wall thickness varies greatly. Therefore, the prior art has the following disadvantages: for thinner walls, the lengths of the left and right bodies must be short; for thicker walls, to ensure that the plugs have sufficient length, left and right The length of the body must be very long. Therefore, the known wall suspension brackets are difficult to adapt to the requirements of walls of different thicknesses.

In order to solve the above problems, the present invention provides a gear body of a suspension wall of a building wall table, a main frame body composed of a longitudinal profile and a transverse profile, the longitudinal profile spanning the wall platform, wherein The longitudinal profile is a U-slot profile structure with the notches facing inward, and the U-grooves of the longitudinal profiles on both sides form a sliding groove. Moreover, the present invention also provides a wall suspension bracket, which adopts the gear body proposed by the present invention, and provides a sliding seat in the sliding groove, the sliding seat is a profile with a U-slot and can slide in the sliding groove, and the suspension is The leg is fixed to the sliding seat In addition, a screw tensioning mechanism is further arranged to fix the leg on the two side walls of the wall table, which can fit the wall of different thicknesses, and effectively solve the problems existing in the prior art.

The technical solution adopted by the present invention is a wall frame suspension bracket body, a main frame body composed of a longitudinal profile and a transverse profile, the longitudinal profile spanning the top surface of the wall platform, and the feature is The longitudinal profile of the main frame is a U-slot profile structure with the notches facing inward, and the U-grooves of the longitudinal profiles on both sides of the main frame constitute a main frame body sliding groove.

According to a preferred embodiment of the present invention, the main frame body is fixed by two longitudinal and one horizontal profiles to form an open three-sided frame structure.

According to a preferred embodiment of the present invention, the main frame body is fixed by two longitudinal and two horizontal profiles to form a closed four-sided frame structure.

In a preferred embodiment of the present invention, a telescopic frame body that is interfitted with the main frame body is further disposed, and the telescopic frame body is fixed by two longitudinal and one horizontal profiles to form an open three-sided frame structure, and the telescopic frame body The longitudinal profile is a U-slot profile structure and the notches are facing inward, and the U-grooves of the longitudinal profiles on both sides of the telescopic frame body constitute a telescopic frame body sliding groove, and the main frame body and the telescopic frame are interposed inside and outside The longitudinal profile groove bottoms of the main frame body and the telescopic frame body are fitted to each other and the inner frame is hung inside the U-slot of the outer frame, between the main frame body and the telescopic frame body Can move and move.

According to a preferred embodiment of the present invention, the main frame body is inside, and the telescopic frame body is coupled to each other inside and outside to form an insertion body.

In a preferred embodiment of the present invention, the width of the outer groove wall of the main frame body sliding groove and the width of the groove wall in the sliding frame body of the telescopic frame body are matched with each other, so that the main frame body and the telescopic frame body are inserted into the body and the outside of the frame. The side walls can be mutually restrained to ensure the stability of the telescopic process. A ferrule is also arranged at the joint of the insertion gear body, and the ferrule wrap is tightly wrapped around the insertion gear body to prevent the telescopic gear body from moving telescopically. Looseness occurs.

A wall hanging bracket is mainly composed of a gear body and inner legs and outer legs fixed on the gear body, and the inner leg, the outer leg and the gear body saddle ride over the wall platform, the gear body The top leg and the outer leg are respectively placed on the two side walls of the wall table and are closely attached to the wall surface, and the hanging bracket is further provided with a hanging position, wherein the hanging bracket is characterized by the hanging bracket The gear body proposed by the above scheme,

A sliding seat is further disposed in the sliding groove on both sides of the main frame, and the sliding seat can be slidably moved in the main frame sliding groove, the sliding seat is a U-shaped profile, and the sliding seat is hung in the main frame In the sliding body groove and the bottom of the groove are fitted to each other, the width of the outer groove wall of the sliding seat U groove and the width of the groove wall in the sliding groove of the main frame body make the sliding seat stable in the sliding groove of the main frame body Sliding,

The inner leg and the outer leg are a frame structure composed of a vertical profile and a horizontal profile, wherein the outer leg is mounted and fixed in the sliding seat, and the outer leg can slide along the main frame sliding groove,

A screw tensioning mechanism is further disposed, the screw tensioning mechanism is disposed inside the main frame gear body, and the screw tensioning mechanism is mainly composed of a rotating pair composed of a screw and a nut and a manual rotating member, and the rotating leg rotates to drive the outer leg to move. .

Preferably, the screw tensioning mechanism mainly comprises: a screw, a nut, a manual turntable, an inner chuck, a fixed end, a pin, a fixing seat; the nut has an internal thread, a neck and a fixing screw hole; The turntable has a manual turntable middle hole and a manual turntable fixing hole; the inner chuck has an inner chuck middle hole and an inner chuck fixing hole; the screw tensioning mechanism is disposed inside the main frame gear body, and the main frame gear body is located at the wall body Inside One end is provided with a nut through hole, the nut has a neck, the card neck is embedded in the nut through hole, and the inner chuck is fixed on the inner side of the nut so that the nut is stuck in the through hole The nut can only be rotated and cannot be moved axially. The manual dial is mounted on the outer side of the nut, and the rotary manual dial can rotate the nut; the fixing seat has a pin hole, and the fixing seat is mounted on the frame of the outer leg. The fixed end is disposed at one end of the screw, and the fixed end further has a pin hole, and the fixed end of the screw is mounted on the fixing seat by the pin shaft to fix the screw and the outer leg, and the other end of the screw is The inside of the gear body passes through the hole in the inner chuck, the nut and the hole in the manual turntable. Since the nut is stuck on the gear body, it cannot move axially. When the nut is rotated, the screw will move axially, so that the outer leg can be tightened. And clamp the inner and outer legs to the two side walls of the wall.

According to a preferred embodiment of the present invention, the screw tensioning mechanism mainly includes: a screw, a nut, a manual runner, an outer end seat, and an inner end seat; the screw and the nut cooperate to form a screw rotating pair, and the outer end seat is disposed in the main frame On the outer lateral profile of the gear body, the inner end seat is disposed on the inner lateral profile of the main frame gear body, one end of the screw is mounted on the outer end seat, and the other end is mounted on the inner end seat and is pierced from the inner end seat to form a through-out End, the manual runner is disposed on the piercing end, the nut is mounted and fixed on the frame of the outer leg, and the inner end seat and the outer end seat fix the screw in the axial direction so that the screw can only rotate around the axis Can not move axially. When the manual wheel rotates, the screw rotates and the drive nut moves on the screw. When the nut moves, the outer leg moves.

A preferred embodiment of the present invention is: further provided with a bolt pressing foot, the bolt pressing foot is composed of a bolt rod, a nut, a pressing head, a handle, a seat body, the seat body is formed by bending a metal plate, and the nut is welded and fixed on the seat body. Upper, the indenter is mounted on the lower end of the screw, the screw is mounted on the nut, and the handle is disposed at the upper end of the screw, and the rotating handle can move the screw and press the indenter against the wall table.

In a preferred embodiment of the invention, the pressing foot is disposed in a vertical position above the inner leg and the outer leg and the pressing head is pressed against the top surface of the wall table.

According to a preferred embodiment of the present invention, the pressing foot is disposed in a horizontal direction at a position below the inner leg and the outer leg and the pressing head is pressed against the wall surface on both sides of the wall table.

The utility model has the beneficial effects that the building wall suspension bracket provided by the invention is a combined structure, and the suspension bracket can be stored and stored in a normal state; the utility model does not need to be reassembled, and only needs to be bracketed saddle type It can be put into use on the pedestal. It can be applied to the roof of the building or to the top of the window sill. Due to the adjustment screw, it can be applied to walls of different thicknesses. It has small space and flexible seating. The utility model has the advantages of simple operation, time and labor saving, safety and reliability, and is particularly suitable for application in fire escape, disaster prevention and disaster prevention.

DRAWINGS

1, 2, 3, and 4 are schematic views showing the structure of a first embodiment of the present invention.

Figure 5 is a schematic view showing the structure of a second embodiment of the present invention.

6, FIG. 7, FIG. 8, FIG. 9, FIG. 10, FIG. 11 are schematic structural views of a third embodiment of the present invention, wherein FIG. 10 is an enlarged schematic view of the structure.

12 to FIG. 16 are schematic views showing the structure of a fourth embodiment of the present invention, and FIG. 13 is an enlarged schematic view showing the cross-sectional structure of the longitudinal profile.

17 to 37 are schematic views showing the structure of a fifth embodiment of the present invention. 17 to 35 are partial structural views, Fig. 30 to Fig. 34 are enlarged views of the structure, Fig. 36 is a schematic view showing the overall structure of the suspension frame, and Fig. 37 is a schematic structural view of the suspension frame when in use.

38 to 45 are schematic views showing the structure of a sixth embodiment of the present invention. 38 to 43 are partial structural views, Fig. 40 is an enlarged view of the structure, Fig. 44 is a schematic view showing the overall structure of the suspension frame, and Fig. 45 is a schematic structural view when in use.

46 to 47 are schematic views showing the structure of a seventh embodiment of the present invention. FIG. 46 is a schematic view showing the overall structure of the suspension frame, and FIG. 47 is a schematic structural view when in use.

48 to 53 are partial structural views showing an eighth embodiment of the present invention. FIG. 51 and FIG. 52 are schematic enlarged views of the structure.

In the picture:

1 main frame body,

1A1 first longitudinal profile, 1A11 groove bottom, 1A12 groove upper wall, 1A13 groove lower wall, 1A2 second longitudinal profile, 1B1 first transverse profile, 1B11 nut through hole, 1B2 second transverse profile, 1B21 second transverse profile Side wall, 1B22 second transverse profile lower sidewall;

1C11, 1C12, 1C21, 1C22, 1C31, 1C32 hoops; 1C111, 1C112, 1C211, 1C212, 1C311, 1C312 fixed feet, 1C113, 1C213, 1C1C313 hoop holes;

1U1 first longitudinal sliding groove, 1U2 second longitudinal sliding groove;

2 telescopic frame body;

2A1 third longitudinal profile, 2A11 groove bottom, 2A2 fourth longitudinal profile, 2A21 fourth longitudinal profile groove bottom, 2A22 fourth longitudinal profile groove upper wall, 2A23 fourth longitudinal profile groove lower wall, 2A22A upper wall hook projection, 2A23A Wall hooks,

2B1 third transverse profile;

2U1 third longitudinal sliding groove, 2U2 fourth longitudinal sliding groove;

3A1 first sliding seat, 3A2 second sliding seat, 3A3 third sliding seat, 3A4 fourth sliding seat;

3U1 first sliding seat U slot, 3U2 second sliding seat U slot;

4 inner legs;

4A1 inner leg first vertical profile, 4A2 inner leg second vertical profile, 4B1 inner leg horizontal upper profile, 4B11 screw through hole, 4B121, 4B122 horizontal upper profile protruding end, 4B2 inner leg horizontal lower profile;

5 outer legs;

5A1 outer leg first vertical profile, 5A2 outer leg second vertical profile, 5B1 outer leg horizontal profile, 5B2 outer leg horizontal profile;

6 screw tensioning mechanism;

6.1 screw, 6.2 nut, 6.3 manual turntable, 6.31 manual runner, 6.4 inner chuck, 6.5 fixed end, 6.6 pin, 6.7 solid Seat, 6.7A pin hole;

6.1A screw segment, 6.1B1 inner optical axis, 6.1B2 outer optical axis, 6.1C1 inner shoulder, 6.1C2 outer shoulder, 6.1D keyway;

6.2A inner screw hole, 6.2B1, 6.2B2, fixed screw hole, 6.2C card neck;

6.3A manual turntable middle hole, 6.3B manual turntable fixing hole;

6.311 runner handle;

6.4A inner chuck hole, 6.4B inner chuck fixing hole;

6.5A inner end seat, 6.5B outer end seat;

7.1, 7.2, 7.3, 7.4, 7.5, 7.6, 7.7, 7.8 top presser foot;

7.11 bolt rod, 7.121, 7.122 nut, 7.13 pressure plate, 7.14 handle, 7.15 seat;

8 wall table;

9 slings.

detailed description

1, 2, 3, and 4 are schematic views showing the structure of a first embodiment of the present invention. The figure shows that in the present embodiment, the body of the wall suspension bracket is composed of a first longitudinal profile 1A1, a second longitudinal profile 1A2, and a first transverse profile 1B1. The main frame body 1 is open three sides. The frame structure, the longitudinal profiles 1A1, 1A2 straddle the wall table, shown in Figures 1 and 2, the longitudinal profiles 1A1, 1A2 are U-slot profiles, Figure 4 shows that the first longitudinal glide slot 1U1 is facing the inside, the first The two longitudinal sliding grooves 1U2 are oriented toward the inner side, and the longitudinal U-shaped grooves 1U1 and 1U2 on both sides constitute a main frame body sliding groove. The invention proposes that the profile of the invention can be preferably made of a metal material, the profile is made of a metal plate by means of sheet metal, and the frame structure can be fixed by welding or other common methods.

Figure 5 is a schematic view showing the structure of a second embodiment of the present invention. The figure shows that, unlike the first embodiment, in this example, a gear body of a wall suspension bracket is composed of a first longitudinal profile 1A1, a second longitudinal profile 1A2, a first transverse profile 1B1, and a second lateral direction. The main frame body 1 fixedly formed by the profile 1B2 is a closed four-sided frame.

6, FIG. 7, FIG. 8, FIG. 9, FIG. 10 and FIG. 11 are schematic diagrams showing the structure of a third embodiment of the present invention, wherein FIGS. 10 and 11 are enlarged schematic views of the structure. The figure shows that, unlike the second embodiment, in this example, a telescopic frame body 2 interposed with the main frame body 1 is further provided, and the telescopic frame body 2 is composed of a third longitudinal profile 2A1 and a fourth longitudinal direction. The open frame structure is fixed by the profile 2A2 and the third transverse profile 2B1. The third longitudinal sliding groove 2U1 is facing inward, the fourth longitudinal sliding groove 2U2 is facing inward, and the two longitudinal U-grooves 2U1 and 2U2 constitute a telescopic frame sliding groove.

7 and 8 show that, in this example, the main frame body 1 is disposed on the inner side, and the telescopic frame body 2 is disposed on the outer side, and the main frame body 1 and the telescopic frame body 2 are inserted into each other to form a plug body. The main frame body 1 and the telescopic frame body 2 can be telescopically moved, and the U-groove bottoms are fitted to each other during the insertion and the main frame body is hung inside the U-slot of the telescopic frame body, and the first longitudinal sliding groove 1U1 Outer groove wall width Degree (the distance between the outer side faces of the two side walls of the U-shaped profile) and the inner groove wall width of the third longitudinal sliding groove 2U1 (the distance between the inner side faces of the two side walls of the U-shaped profile) match each other to make the first longitudinal direction When the profile 1A1 is slid in the third longitudinal sliding groove 2U1, the side walls can be mutually restrained to ensure the smoothness of the telescopic movement. Similarly, the outer groove wall width of the second longitudinal sliding groove 1U2 and the inner groove wall width of the fourth longitudinal sliding groove 2U2 are matched to each other, so that the second longitudinal profile 1A2 can slide between the side walls in the fourth longitudinal sliding groove 2U2. Reciprocal limits. Coincidence as referred to in this document means that one U-shaped material is placed in the U-slot of another U-profile and the bottom of the groove is fitted to each other. The ferrules 1C11 and 1C12 are respectively disposed at the joints of the longitudinal profiles 2A1 and 2A2 of the telescopic frame body 2, and the ferrules 1C11 and 1C12 are used for tightening to prevent the main frame body and the telescopic frame body from moving telescopically. Looseness occurs during the process.

Figure 9 shows that the ferrules 1C11, 1C12 are disposed at the joints of the longitudinal profiles 2A1, 2A2, Figure 10 is an enlarged schematic view of a partial structure, and Figure 10 shows that the ferrule 1C11 has fixed legs 1C111, 1C112 and hoop holes 1C113, fixed feet 1C111 and 1C112 have a bent structure. The insertion gear body (the main frame body and the telescopic frame body are inserted into the plug body) passes through the hoop hole 1C113, and the hoop 1C11 is wrapped from the inner side outside the plug body and the legs 1C111 are fixed at both ends. The 1C112 is fixed on the outer wall of the longitudinal profile 2A1. When the insertion body is telescopically moved, the ferrule 1C11 is tightened on the outside of the insertion body to prevent the insertion from loosening. The ferrule 1C12 has the same structure and function as the ferrule 1C11.

Fig. 8 shows that ferrules 1C21 and 1C22 are respectively provided at both ends of the second transverse profile 1B2 of the main frame body, and the ferrules 1C21 and 1C22 are respectively hung on the outside of the longitudinal profiles 2A1, 2A2. Figure 11 shows that the ferrule 1C21 has fixing legs 1C211, 1C212 and a hoop hole 1C213 through which the insertion body passes through the ferrule 1C213, and the ferrule 1C21 is wrapped from the outside outside the insertion body and the feet 1C211, 1C212 are fixed at both ends. It is fixed on the upper side wall 1B21 and the lower side wall 1B22 of the second lateral profile 1B2. When the insertion body is telescopically moved, the ferrule 1C21 is tightened on the outside of the insertion body to prevent the insertion from being loosened. The ferrule 1C22 has the same structure and function as the ferrule 1C21. 7 and 8 show that the insertion gears can be longitudinally moved, and FIG. 8 is a schematic diagram of the effect after the telescopic frame gears are moved by one distance. The function of the telescopic frame body is to make the suspension point farther away from the outer wall of the wall, so that the suspension rope avoids some obstacles (such as air conditioners or other brackets) on the exterior wall of the building.

12 to FIG. 16 are schematic views showing the structure of a fourth embodiment of the present invention, and FIG. 13 is an enlarged schematic view showing the cross-sectional structure of the longitudinal profile. The figure shows that, unlike the third embodiment, in this example, the profile can be made of aluminum, steel or aluminum plastic, and the profiles constituting the main frame body 1 and the telescopic frame body 2 can be extruded. 12, 13 shows that the longitudinal profile 2A2 of the telescopic body 2 has a U-slot structure. The figure shows that the longitudinal profile 2A2 has a longitudinal sliding groove 2U2, a groove bottom 2A21, a groove upper wall 2A22, and a groove lower wall. 2A23, an upper wall hook 2A22A is further disposed on the upper wall of the groove, and a lower wall hook 2A23A is further disposed on the lower wall of the groove. Similarly, the longitudinal profile 2A1 also has a hook and convex structure. Figure 16 shows that when the main frame body 1 and the telescopic frame body 2 are inserted, the longitudinal profile of the telescopic frame body 2 holds the longitudinal profile of the main frame body 1 in the U-slot, and the telescopic frame body 2 The hooks on the longitudinal profiles play a synergistic role to prevent loosening of the mating body when it is telescopically moved. The invention proposes that the hook-and-concave structure of the longitudinal profile section is improved, so that the longitudinal profiles of the main frame body 1 and the telescopic frame body 2 are twisted and joined together during the insertion, so that the insertion body can be telescopically moved without Looseness can meet the requirements.

17 to 37 are schematic views showing the structure of a fifth embodiment of the present invention. This example is a wall suspension bracket made of the gear body proposed by the present invention. An embodiment. 17 to 35 are partial structural views, FIGS. 30-34 are enlarged views of the structure, FIG. 36 is a schematic view of the overall structure of the suspension frame, and FIG. 37 is a schematic structural view of the suspension frame when in use. 36 and 37 show, in this example, a wall suspension bracket, mainly composed of a main frame body 1 and an inner leg 4 and an outer leg 5 fixed to the body, the inner leg 4, the outer leg 5 and the main The frame body 1 is saddle-riding on the wall platform, the main frame body 1 is placed on the upper side of the wall table 8, and the inner leg 4 and the outer leg 5 are respectively placed on both sides of the wall table 8 and are in close contact with the wall surface. A suspension position is also provided on the suspension bracket for fixing the suspension rope 9, wherein the suspension bracket adopts the gear body proposed by the above scheme.

19, 20, and 36 show that the suspension bracket is further provided with a first sliding seat 3A1, a second sliding seat 3A2, a third sliding seat 3A3, a fourth sliding seat 3A4, and a first sliding seat 3A1 a third sliding seat 3A3. The first sliding block 3A2 and the fourth sliding seat 3A4 can be slid in the second longitudinal sliding groove 1U2, and the inner leg 4 is mounted on the first sliding seat 3A1 and the second sliding seat 3A2. The outer leg 5 is mounted on the third sliding seat 3A3 and the fourth sliding seat 3A4. As can be seen from FIG. 19 and FIG. 20, the first sliding seat 3A1, the second sliding seat 3A2, the third sliding seat 3A3, and the fourth sliding seat 3A4 can slide in the sliding groove of the main frame body 1.

17 to 20 show that the first sliding seat 3A1 and the second sliding seat 3A2 are U-shaped profiles, and the first sliding seat 3A1 and the second sliding seat 3A2 respectively have a first sliding seat U slot 3U1 and a second sliding seat U slot. 3U2, the first sliding seat 3A1 and the second sliding seat 3A2 are respectively hung in the first longitudinal sliding groove 1U1 and the second longitudinal sliding groove 1U2 of the main frame body and the groove bottoms are fitted to each other, and the U of the first sliding seat 3A1 The width of the outer groove wall of the groove 3U1 and the groove wall width of the first longitudinal sliding groove 1U1 are matched to each other so that the side walls of the first sliding seat 3A1 can be mutually restrained while sliding in the first longitudinal sliding groove 1U1 to ensure the smoothness of the sliding. The structure and function of the second sliding seat 3A2, the third sliding seat 3A3, and the fourth sliding seat 3A4 are the same as those of the first sliding seat 3A1.

23 and 27 show the frame structure in which the inner leg 4 and the outer leg 5 are composed of a longitudinal profile and a transverse profile.

21 to 24 show that the inner leg 4 is composed of an inner leg first vertical profile 4A1, an inner leg second vertical profile 4A2, an inner leg horizontal upper profile 4B1, and an inner leg horizontal lower profile 4B2, FIG. 23 and Figure 24 shows that both ends of the inner leg horizontal upper profile 4B1 protrude and the protruding ends 4B121, 4B122 are inserted into the U-grooves of the first sliding seat 3A1 and the second sliding seat 3A2, respectively, due to the first sliding seat 3A1, The two sliding seats 3A2 can be slidably moved in the sliding grooves on both sides of the main frame body, so that the inner legs 4 can move along the U grooves on both sides of the main frame body. In actual use, the inner leg horizontal profile 4B2 can also be used as a foot pedal. As can be seen from Figures 23 and 24, the inner leg 4 is provided with a screw 6.1 through the hole 4B11 on the horizontal upper profile 4B1.

25 to 28 show that the outer leg 5 is composed of a frame structure composed of an outer leg first vertical profile 5A1, an outer leg second vertical profile 5A2, an outer leg horizontal upper profile 5B1, and an outer leg horizontal lower profile 5B2, Fig. 27 and Figure 28 shows that both ends of the outer leg horizontal upper profile 5B1 protrude and the protruding ends are inserted into the U-slots of the third sliding seat 3A3 and the fourth sliding seat 3A4, respectively, due to the third sliding seat 3A3 and the fourth sliding seat. The 3A4 can be slidably moved in the sliding grooves on both sides of the main frame body 1, so that the outer legs 5 can be moved along the sliding grooves on both sides of the main frame body 1. In actual use, the outer leg horizontal profile 5B2 can also be used as a foot pedal.

Figure 34 is an enlarged schematic view of the structure, and Figures 34, 35, and 36 show that the ferrules 1C31 and 1C32 are respectively disposed on the third sliding seat 3A3 and the fourth sliding seat 3A4, and the ferrules 1C31 and 1C32 are respectively clamped in the insertion. Outside the body. Fig. 34 shows that the ferrule 1C31 has fixing legs 1C311, 1C312 and a hoop hole 1C313, and the fixing legs 1C311, 1C312 are inwardly bent structures. Figure 35 shows the plug body from the hoop hole 1C313 Through the middle, the ferrule 1C31 is wrapped from the outside on the outside of the insertion body and the fixed ends 1C311 and 1C312 are fixed on the inner side of the upper side wall and the inner side of the lower side wall of the third sliding seat 3A3, when the insertion body moves telescopically, The ferrule 1C31 is hooped on the outside of the plug body to prevent the plug from loosening. The ferrule 1C32 has the same structure and function as the ferrule 1C31.

In this example, a screw tensioning mechanism is also provided, and FIGS. 29 to 33 are schematic structural views of the screw tensioning mechanism. Figure 36 shows that the screw tensioning mechanism 6 is disposed inside the main frame body 1. The screw tensioning mechanism 6 mainly comprises: a screw 6.1, a nut 6.2, a manual turntable 6.3, an inner chuck 6.4, a fixed end 6.5, a pin 6.6, a fixing seat 6.7; the nut 6.2 has an inner screw hole 6.2A, a fixing screw hole 6.2B1 And 6.2B2, card neck 6.2C; Figure 32 shows that the inner chuck 6.4 has the inner chuck hole 6.4A, the inner chuck fixing hole 6.4B; Figure 33 shows that the manual turntable 6.3 has a manual turntable hole 6.3A , manual turntable fixed hole 6.3B.

29, 35, and 36 show that the nut 6.2 has a neck 6.2C, the card neck 6.2C is embedded in the nut through hole 1B11 of the first transverse profile 1B1, and the inner chuck 6.4 is fixed on the inner side of the nut. To prevent the nut from moving axially, install the manual dial 6.3 on the outside of the nut and rotate the manual dial 6.3 to rotate the nut 6.2.

29 to 36 show that the fixing base 6.7 has a pin hole 6.7A, and the fixing seat 6.7 is fixed to the upper side of the frame of the outer leg 5, the fixed end 6.5 is disposed at one end of the screw 6.1, and the fixed end 6.5 has a pin. a shaft hole, the fixed end 6.5 of the screw is mounted on the fixing seat 6.7 by the pin 6.6 so that the screw 6.1 tightens the outer leg 5, and the other end of the screw 6.1 is sequentially from the inner side of the gear body to the inner hole 6.4A of the inner chuck. The nut 6.2 and the hole 6.3A of the manual turntable pass through. Since the nut 6.2 is caught on the through hole 1B11 of the main frame body 1, the nut 6.2 can only be rotated and cannot be moved axially. Rotating the manual dial 6.3 can make the nut 6.2 Rotating, the rotation of the nut 6.2 can drive the screw 6.1 to move axially. The outer leg 5 can be tightened by the screw tensioning mechanism 6 so that the inner leg 4 and the outer leg 5 clamp the two side walls of the wall table.

Figure 37 shows that, in this example, in use, the main frame body 1 is placed on the upper side of the wall table 8, the inner leg 4 and the outer leg 5 are respectively placed on both sides of the wall table 8, and the inner leg is passed through the screw tensioning mechanism 6. 4. The outer leg 5 is tightened and fixed. For this purpose, the entire suspension bracket can be firmly mounted on the wall table 8. A suspension position is also provided on the second transverse profile 1B2 of the suspension bracket for fixing the suspension rope 9.

In this example, both the inner leg 4 and the outer leg 5 can be moved along the sliding grooves on both sides of the main frame body 1. By using the tightening screw tensioning mechanism 6, the inner leg and the outer leg can be clamped to both side walls of the wall table. The present invention suggests that in other embodiments, the inner leg 4 can be mounted on the main frame body by the horizontal upper profile 4B1 so that the inner leg 4 cannot move, and the outer leg 5 is along the sliding groove on both sides of the main frame body 1. Moving, the inner leg and the outer leg can also be clamped to both side walls of the wall by the screw tensioning mechanism 6.

38 to 45 are schematic views showing the structure of a sixth embodiment of the present invention. 38-43 are partial structural diagrams, FIGS. 39-41 are enlarged views of the structure, FIG. 44 is a schematic view of the overall structure of the suspension frame, and FIG. 45 is a schematic structural view of the utility model.

Figure 44 shows that, unlike the fifth embodiment, in this example, bolt pressing feet 7.1, 7.2, 7.3, 7.4, 7.5, 7.6, 7.7, 7.8 are also provided, and Figures 38-41 show the pressing force. The foot 7.1 is composed of a bolt rod 7.11, a nut 7.121, a 7.122, a pressure head 7.13, a handle 7.14, and a seat body 7.15. The seat body 7.15 is formed by bending a metal plate, and the nuts 7.121 and 7.122 are welded and fixed on the seat body 7.15, and the indenter 7.13 is installed. The lower end of the screw 7.11, the bolt rod 7.11 is mounted on the nut 7.121, 7.122, and the handle is also provided at the upper end of the screw 7.11. 7.14. Rotating the handle 7.14 can move the screw 7.11 and press the indenter 7.13 against the wall table.

Figure 42, Figure 43 and Figure 44 show that the presser foot 7.3, 7.4 is arranged in the vertical direction on the horizontal upper profile 5B1 of the outer leg 5, and the presser foot 7.7, 7.8 is arranged horizontally on the horizontal lower profile 5B2 of the outer leg 5. Similarly, Fig. 44 shows that the presser foot 7.1, 7.2 is disposed in the vertical direction on the horizontal upper profile 4B1 of the inner leg 4, and the presser foot 7.5, 7.6 is disposed in the horizontal direction on the horizontal lower profile 4B2 of the inner leg 4.

44 and 45 show that, in use, the main frame body 1 is placed on the upper side of the wall table 8, the inner leg 4 and the outer leg 5 are respectively placed on both sides of the wall table 8, and the inner leg 4 is passed by the screw tensioning mechanism 6. The outer leg 5 is tightened and fixed. At the same time, the indenter of the bolt pressing foot 7.1, 7.2, 7.3, 7.4, 7.5, 7.6, 7.7, 7.8 is pressed against the wall table. For this reason, the entire suspension bracket can be firmly installed. On the wall table 8. A suspension position is also provided on the second transverse profile 1B2 of the suspension bracket, and the suspension rope 9 is fixed on the suspension position. In this example, the bolt topping foot is added to accommodate the wall structure of different structures and the locking of the suspension bracket is more firm.

46 to 47 are schematic views showing the structure of a seventh embodiment of the present invention. FIG. 46 is a schematic view of the overall structure, and FIG. 47 is a schematic structural view when in use. Different from the sixth embodiment, in this example, the main frame body 1 is further provided with a telescopic frame body 2, and the structure of the telescopic frame body 2 has been described in the third embodiment. A suspension position is also provided on the third transverse profile 2B1 of the suspension bracket, and the suspension rope 9 is fixed on the suspension position. The function of the telescopic frame body is to make the suspension point farther away from the outer wall of the wall, so that the suspension rope avoids some obstacles (such as air conditioners or other brackets) on the exterior wall of the building.

48 to 53 are partial structural views showing an eighth embodiment of the present invention. FIG. 51 and FIG. 52 are schematic enlarged views of the structure. The figure shows that, unlike the fifth embodiment, in this example, the screw tensioning mechanism mainly comprises: a screw 6.1, a nut 6.2, a manual runner 6.31, an outer end seat 6.5B, an inner end seat 6.5A; a screw 6.1 Cooperating with the nut 6.2 to form a screw rotating pair, the outer end seat 6.5B is disposed on the second transverse profile 1B2 (ie, the outer profile) of the main frame body 1, and the inner end seat 6.5A is disposed in the first lateral direction of the main frame body 1. On the profile 1B1 (ie, the inner profile), one end of the screw 6.1 is mounted on the outer end seat 6.5B and the other end is mounted on the inner end seat 6.5A and passes through the inner end seat 6.5A to form a piercing end, on the piercing end. Set the manual runner 6.3A, and the nut 6.2 is fixed on the outer leg horizontal upper profile 5B1.

Figure 53 shows that the middle portion of the screw 6.1 is the thread segment 6.1A, and the optical axes 6.1B1, 6.1B2 are provided at both ends. Figs. 48, 50 and 53 show that the optical axis 6.1B1 of one end of the screw 6.1 is from the inner end seat. The 6.5A is worn out to form the piercing end. The screw 6.1 also has a shoulder 6.1C1, 6.1C2 and a keyway 6.1D. A flat key is placed in the keyway 6.1D to mount the manual wheel 6.31 on the optical axis 6.1B1.

During installation, the screw is fixed in the axial direction by the shoulders 6.1C1, 6.1C2, the inner end seat 6.5A and the outer end seat 6.5B, so that the screw can only rotate around the shaft and cannot move axially. The manual rotation wheel 6.31 is rotated by the handle 6.311. When the screw 6.1 rotates, the driving nut 6.2 moves on the screw, and when the nut 6.2 moves, the outer leg 5 moves. In this example, the inner end seat 6.5A and the outer end seat 6.5B can be used with a seated bearing.

Claims

A wall table suspension bracket body, a main frame body formed by a longitudinal profile and a transverse profile, the longitudinal profile spanning a top surface of the wall table, wherein the main frame longitudinal profile is a U-slot The profile structure has a notch facing inward, and the U-groove of the longitudinal profiles on both sides of the main frame constitutes a main frame body sliding groove.
The wall hanging bracket body according to claim 1, wherein the main frame body is fixed by two longitudinal and two horizontal profiles to form a closed four-sided frame structure.
The wall hanging bracket body according to claim 1, further comprising a telescopic frame body interposed with the main frame body, wherein the telescopic frame body is fixed by two vertical and one horizontal profiles. The three-side frame structure, the longitudinal profile of the telescopic frame body is a U-slot profile structure and the notches are facing inward, and the U-groove of the longitudinal profiles on both sides of the telescopic frame body constitutes a telescopic frame body sliding groove, the main frame The gear body, the telescopic frame gear are inserted into the body and the outside to form a mating gear body, the main frame gear body and the longitudinal profile groove bottom of the telescopic frame body are respectively adhered to each other, and the inner frame is hung inside the U-groove of the outer frame. The main frame body and the telescopic frame body can be telescopically moved.
The wall suspension bracket body according to claim 3, wherein the main frame body is on the inner side, and the telescopic frame body is coupled to each other inside and outside to form an insertion body.
The wall hanging bracket body according to claim 4, wherein the width of the outer groove wall of the main frame body sliding groove matches the width of the groove wall in the sliding frame body of the telescopic frame body, so that the main frame When the body and the telescopic frame are inserted into the body and the outside, the side walls can be mutually restrained to ensure the stability of the telescopic process. The ferrule is also arranged at the joint of the insertion body, and the ferrule wrap is tightly inserted in the joint Around the body, it prevents the loosening of the insertion body when it is telescopically moved.
A wall hanging bracket is mainly composed of a gear body and inner legs and outer legs fixed on the gear body, and the inner leg, the outer leg and the gear body saddle ride over the wall platform, the gear body The top leg and the outer leg are respectively placed on the two side walls of the wall table and are closely attached to the wall surface, and the hanging bracket is further provided with a hanging position, wherein the hanging bracket is characterized by the hanging bracket A body according to any one of claims 1 to 6,

A sliding seat is further disposed in the sliding groove on both sides of the main frame, and the sliding seat can be slidably moved in the main frame sliding groove, the sliding seat is a U-shaped profile, and the sliding seat is hung in the main frame In the sliding body groove and the bottom of the groove are fitted to each other, the width of the outer groove wall of the sliding seat U groove and the width of the groove wall in the sliding groove of the main frame body make the sliding seat stable in the sliding groove of the main frame body Sliding,

The inner leg and the outer leg are a frame structure composed of a vertical profile and a horizontal profile, wherein the outer leg is mounted and fixed in the sliding seat, and the outer leg can slide along the main frame sliding groove,

A screw tensioning mechanism is further disposed, the screw tensioning mechanism is disposed inside the main frame gear body, and the screw tensioning mechanism is mainly composed of a rotating pair composed of a screw and a nut and a manual rotating member, and the rotating leg rotates to drive the outer leg to move. .
The wall hanging bracket according to claim 6, wherein the screw tensioning mechanism mainly comprises: a screw, a nut, a manual turntable, an inner chuck, a fixed end, a pin, and a fixing seat; the nut has an inner portion. Thread, card neck and fixing screw hole; the manual turntable has a manual turntable middle hole and a manual turntable fixing hole; the inner chuck has an inner chuck middle hole and an inner chuck fixing hole; the screw tensioning mechanism is disposed in the main frame body Inside, at one end of the main frame body located at the inner side of the wall, a nut through hole is disposed, the nut has a card neck, and the card neck is embedded in the nut through hole, and the inner chuck is fixed on the nut. The inner side causes the nut to be caught in the through hole, and the nut can only rotate without axial movement, the hand The rotating turntable is mounted on the outer side of the nut, and the rotating manual rotating plate can rotate the nut; the fixing seat has a pin hole, and the fixing seat is mounted and fixed on the frame of the outer leg, and the fixed end is disposed at one end of the screw, the fixing The end also has a pin hole, and the fixed end of the screw is mounted on the fixing seat by the pin shaft to fix the screw and the outer leg, and the other end of the screw is sequentially from the inner body of the inner body of the gear body, the nut and the manual turntable The middle hole passes through, because the nut is stuck on the gear body and cannot move axially. When the nut is rotated, the screw will move axially, so that the outer leg can be tightened and the inner leg and the outer leg can be clamped to the two side walls of the wall table. .
The wall suspension bracket according to claim 6, wherein the screw tensioning mechanism mainly comprises: a screw, a nut, a manual runner, an outer end seat, and an inner end seat; the screw and the nut cooperate to form a screw a rotating pair, the outer end seat is disposed on the outer lateral profile of the main frame body, the inner end seat is disposed on the inner lateral profile of the main frame body, the screw end is mounted on the outer end seat, and the other end is mounted on the inner end seat and Passing through the inner end seat to form a piercing end, the manual wheel is arranged on the piercing end, the nut is mounted and fixed on the frame of the outer leg, and the inner end seat and the outer end seat are axially The screw is fixed so that the screw can only rotate around the shaft and cannot move axially. When the manual wheel rotates, the screw rotates and the nut is driven to move on the screw. When the nut moves, the outer leg moves.
The wall hanging bracket according to claim 6, further comprising a bolt pressing foot, wherein the bolt pressing foot is composed of a bolt rod, a nut, a pressing head, a handle and a seat body, and the seat body is made of metal. The plate is bent, the nut is welded and fixed on the seat body, the pressing head is mounted on the lower end of the screw, the screw is mounted on the nut, the handle is arranged at the upper end of the screw, and the rotating handle can move the screw and press the pressing head On the wall table.
The wall table suspension bracket according to claim 9, wherein said pressing foot is disposed in a vertical direction above the inner leg and the outer leg and presses the pressing head against the top surface of the wall table.
The wall hanging bracket according to claim 9, wherein the pressing foot is disposed in a horizontal direction at a position below the inner leg and the outer leg and presses the pressing head against a wall surface on both sides of the wall table.