CN201192257Y

CN201192257Y - Hanging device of wall built-up type hanging cabinet

Info

Publication number: CN201192257Y
Application number: CNU2008200457801U
Authority: CN
Inventors: 王刚; 冯浩
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-03-27
Filing date: 2008-03-27
Publication date: 2009-02-11
Anticipated expiration: 2018-03-27

Abstract

A suspension device for a wall-hanging cupboard comprises a bearing element fixed on a cupboard body. Hooks are connected to the bearing element. The suspension device is mainly characterized in that the hooks are long-armed rods with hooks at the ends thereof; the long-armed rods are hinged with the bearing element; an articulated shaft is connected with the bearing element in a sliding manner; two adjusting screws are connected to the bearing element; one adjusting screw produces sliding force for the long-armed rods; and the other produces rotational moment for the long-armed rods with the articulated shaft as a pivot point. When the wall-hanging cupboard is installed, the two adjusting screws can be screwed to adjust the longitudinal distance between the cupboard body and the wall, and the pitching angle of the cupboard body.. Therefore, the suspension device is convenient to use.

Description

The erecting by overhang of wall-hanging hanging cupboard

Technical field

The utility model relates to the hanging structure of wall-hanging hanging cupboard.

Background technology

Present known wall-hanging hanging cupboard, cabinet for example, it is hung at the erecting by overhang on the wall all is to be made up of a pair of hook that is fixed on wall and the cabinet simply.This erecting by overhang can not be regulated the setting angle and the front and back position of hanging cupboard easily, is difficult to solve because the hanging cupboard that metope out-of-flatness or alignment error cause is uneven, problem such as uneven.

The utility model content

The purpose of this utility model provides a kind of erecting by overhang that can regulate the wall-hanging hanging cupboard of hanging cupboard setting angle and front and back position easily.

The utility model is achieved in that the erecting by overhang of wall-hanging hanging cupboard comprises the bearing part that is fixed on the cabinet, be connected with hook on the bearing part, especially, described hook is the long-armed bar of end buckle, long-armed bar and described bearing part are hinged, jointed shaft and bearing part are slidingly connected, on bearing part, be connected with two set screw, the screw propulsion power of two set screw acts on long-armed bar from different directions, wherein a set screw produces sliding force to long-armed bar, and it is the rotating torque of fulcrum that another set screw produces with described jointed shaft long-armed bar.When hanging cupboard is installed, the long-armed bar of end buckle is hung on the stay hook of body of wall,, can make bearing part slide with respect to long-armed bar by turning the set screw that long-armed bar is produced sliding force, thus the longitudinal separation that can regulate cabinet and wall; By turning, can make bearing part rotate, thereby can regulate the luffing angle of cabinet with respect to long-armed bar to the rotate set screw of moment of long-armed bar.

The utility model has the advantages that and make the installation more convenient and quicker of wall-hanging hanging cupboard.

Description of drawings

Fig. 1 is the structure chart of the utility model embodiment 1;

Fig. 2 is the enlarged drawing of the slide block 13 among Fig. 1;

Fig. 3 is the structure chart of embodiment 2;

The specific embodiment

Embodiment 1

Referring to Fig. 1, the erecting by overhang of wall-hanging hanging cupboard comprises the bearing part 2 that is fixed on the cabinet sidewall 1, and bearing part 2 is welded by two sheet metals that are mutually symmetrical, and is used to carry cabinet weight.Be connected with hook 3 on the bearing part 2.Hook 3 is long-armed bars, and its end buckle 3a can hang on the stay hook 4 that is fixed in body of wall.Long-armed bar 3 is hinged with bearing part 2.Jointed shaft 5 is enclosed within the strip slide opening 6 of bearing part 2 slidably, constitutes being slidingly connected of jointed shaft 5 and bearing part 2.The screw propulsion power that is connected with 7,8, two

set screw

7,8 of two set screw on bearing part 2 acts on long-armed bar 3 from different directions.Wherein set screw 7 can produce sliding force to long-armed bar, and it is the rotating torque of fulcrum that set screw 8 can produce with jointed shaft 5 long-armed bar.Set screw 7 is enclosed within of bearing part 2 rotationally to be had in the axle sleeve 9 of smooth inner bore, and screw terminal blocked by a protruding tooth 10 of bearing part 2, makes set screw 7 be axially fixed with this but can circumferentially be connected rotationally on the bearing part 2.Set screw 7 is threaded with jointed shaft 5, constitutes screw mandrel-nut transmission mechanism.Because set screw 7 is axially fixed, so when turning set screw 7, jointed shaft 5 is forced to slide along slide opening 6, slide with respect to long-armed bar 3 thereby order about bearing part 2, reach the purpose of regulating longitudinal separation between cabinet and wall.Another set screw 8 be enclosed within bearing part 2 rotationally another have in the axle sleeve 11 of smooth inner bore, and screw terminal blocked by another protruding tooth 12 of bearing part 2, makes screw 8 be axially fixed with this but can circumferentially be connected rotationally on the bearing part 2.Set screw 8 is threaded with a slide block 13, constitutes screw mandrel-nut transmission mechanism.Slide block 13 is slidingly connected with bearing part 2 and long-armed bar 3 simultaneously.Slide block 13 is that slide block 13 is enclosed within the perpendicular strip slide opening 14 of putting of bearing part 2 slidably with the mode that bearing part 2 is slidingly connected.Simultaneously referring to Fig. 1, Fig. 2, slide block 13 with the mode that long-armed bar 3 is slidingly connected is, offers chute 15 on slide block 13, and long-armed bar 3 is enclosed within the chute 15 slidably.Because set screw 8 is axially fixed on the bearing part 2, so when turning set screw 8, slide block 13 is forced to slide along slide opening 14, thereby making 8 pairs of long-armed bars 3 of set screw produce with jointed shaft 5 is the rotating torque of fulcrum, bearing part 2 rotates with respect to long-armed bar 3, reaches the purpose of regulating the cabinet luffing angle.Because around jointed shaft 5 rotating process, also there is rotation relation in long-armed bar 3 with respect to slide block 13, rotates flexibly to guarantee long-armed bar 3 so chute 15 should have enough width at long-armed bar 3.As preferred forms, the contact-making surface 17 that slide block 13 and long-armed bar 3 are slidingly connected should be the folding face of the band corner angle that arch upward, and as shown in Figure 2, or can be the cambered surface that arches upward.The more flexible rotation in chute 15 of long-armed bar 3 can be made like this, and the frictional resistance between long-armed bar 3 and the slide block 13 can be reduced.

Embodiment 2

Referring to Fig. 3, the difference of present embodiment and last embodiment mainly is the connected mode of set screw 8.The set screw 8 of present embodiment is threaded with a thread bush 16 on the bearing part 2, and the screw lower end contacts the top at long-armed bar 3.Under the gravity of cabinet, set screw 8 roof pressure all the time can make long-armed bar 3 rotate around jointed shaft 5 at the top of long-armed bar 3 by turning set screw 8.Other structure of present embodiment and embodiment 1 roughly the same repeat no more.Present embodiment has saved structures such as the slide block 13 among Fig. 1, slide opening 14, and structure is more succinct, helps reducing cost.

Claims

1. the erecting by overhang of a wall-hanging hanging cupboard, comprise the bearing part that is fixed on the cabinet, be connected with hook on the bearing part, it is characterized in that: described hook is the long-armed bar of end buckle, long-armed bar and described bearing part are hinged, jointed shaft and bearing part are slidingly connected, on bearing part, be connected with two set screw, the screw propulsion power of two set screw acts on long-armed bar from different directions, wherein a set screw produces sliding force to long-armed bar, and it is the rotating torque of fulcrum that another set screw produces with described jointed shaft long-armed bar.

2. the erecting by overhang of wall-hanging hanging cupboard as claimed in claim 1, it is characterized in that: the described set screw that long-armed bar is produced sliding force, axial restraint also can circumferentially be connected on the described bearing part rotationally, and this screw is threaded with jointed shaft, constitutes screw mandrel-nut transmission mechanism.

3. the erecting by overhang of wall-hanging hanging cupboard as claimed in claim 1, it is characterized in that: described the rotate set screw of moment of long-armed bar, axial restraint also can circumferentially be connected on the described bearing part rotationally, this screw is threaded with a slide block, constitute screw mandrel-nut transmission mechanism, described slide block is slidingly connected with bearing part and long-armed bar simultaneously.

4. the erecting by overhang of wall-hanging hanging cupboard as claimed in claim 3 is characterized in that: the contact-making surface that described slide block and long-armed bar are slidingly connected is the folding face of the band corner angle that arch upward or the cambered surface that arches upward.

5. the erecting by overhang of wall-hanging hanging cupboard as claimed in claim 1 is characterized in that: described the rotate set screw of moment of long-armed bar is threaded on the bearing part, the screw lower end contacts the top at long-armed bar.