CN201624591U

CN201624591U - Rotating buffer

Info

Publication number: CN201624591U
Application number: CN2010201476563U
Authority: CN
Inventors: 周文辉
Original assignee: ZHONGSHAN MEITU INDUSTRIAL Co Ltd
Current assignee: ZHONGSHAN MEITU INDUSTRIAL Co Ltd
Priority date: 2010-03-04
Filing date: 2010-03-04
Publication date: 2010-11-10
Anticipated expiration: 2020-03-04

Abstract

The utility model discloses a rotating buffer which comprises a drum body and a shaft core. The inner wall of the drum body is provided with a raised partition board. One end of the shaft core is arranged in an inner cavity of the drum body and forms a sealing cavity with the drum body, and the other end thereof extends out of the drum body. The shaft core is also provided with fins. Vanes are arranged between the fins and the drum body. The fins, the vanes and the partition board partition the inner cavity of the drum body into a non-pressed cavity and a pressed cavity. Damping oil is respectively filled in the non-pressed cavity and the pressed cavity. The fins are provided with a plurality of oil discharge notches among which fixture blocks are arranged. The vane comprises an arc-shaped main board and an oil-seal rib plate arranged at one side of the arc-shaped main board. The arc-shaped main board is provided with a plurality of sliding holes for the fixture blocks to be sequentially inserted. The size of the sliding hole is greater than that of the fixture block, so that the fixture blocks can slide in the sliding holes. The rotating buffer has the advantages of good buffering effect, difficult dropping of the vanes, good product quality and simple structure.

Description

A kind of rotary buffer

[technical field]

The utility model relates to a kind of rotary buffer, specifically relates to a kind of use on water closet cover-plate and seat ring and prolong a kind of rotary buffer of its fall time.

[background technology]

At present, the general bearing pin that adopts directly is connected on the cover plate in present lavatory and the seat ring, perhaps adopts spring buffer, use pin shaft structure, can send bigger strike sound when opening, putting down cover plate and seat ring, and adopt spring, easy rust corrosion and damaging.

For addressing the above problem, the manufacturer that has adopts the damping oil buffer, and the damping oil buffer has generally comprised a stack shell and an axle core, and the cover plate in seat lavatory is connected with a core.It is ZL02226427.2 that the applicant has submitted a patent application, the patent No. on March 25th, 2002, and name is called " a kind of adjustable cushion ", and Granted publication day is on February 26th, 2003.In this part patent, blade separates setting with the axle core, like this in long-time use, and the blade shaft core that comes off easily; In addition, have the profile of tooth mouth that is used for emptying on the floor of blade tip, floor is very thin, and long-time the use easily of floor that has the profile of tooth mouth like this damaged, and makes blade lose the effect of cut-out or conducting asphalt channel, constant product quality.

[utility model content]

The utility model has overcome the deficiency of above-mentioned technology, and a kind of good buffer effect, blade difficult drop-off, good product quality, a kind of rotary buffer simple in structure are provided.

For achieving the above object, the utility model has adopted following technical proposal:

A kind of rotary buffer, include stack shell 1 and axle core 2, on stack shell 1 inwall, be provided with the shim 3 of projection, axle core 2 one ends are contained in stack shell 1 inner chamber and afterwards and between the stack shell 1 form annular seal space, axle core 2 other ends stretch out outside the stack shell 1, on axle core 2, also be provided with fin 4, between fin 4 and stack shell 1, be provided with blade 5, fin 4, blade 5 and shim 3 are divided into not pressurized chamber 20 and pressurized chamber 30 with stack shell 1 inner chamber, in that damping oil all is not equipped with in pressurized chamber 20 and pressurized chamber 30, on fin 4, be provided with a plurality of emptying breach 6, between emptying breach 6, be provided with fixture block 61, blade 5 includes arc mainboard 51 and is arranged on arc mainboard 51 oil sealing floor 52 on one side, be provided with a plurality of slide openings 511 that supply fixture block 61 to insert successively on arc mainboard 51, slide opening 511 makes fixture block 61 to slide in slide opening 511 greater than fixture block 61, when an axle core 2 clockwise rotates, fin 4 separates feasible with oil sealing floor 52, constitute Oil Guide passage 7 between blade 5 and the fin 4; Axle core 2 is when rotating counterclockwise, and oil sealing floor 52 withstands on the fin 4 of a core 2 the Oil Guide passage is shut.

Shim 3 is two, and they are distributed on stack shell 1 inwall symmetrically; Fin 4 also is two, and they also are distributed on a core 2 outer walls symmetrically, and blade 5 also is two; Fin 4, blade 5 and shim 3 are divided into 2 not pressurized chamber and 2 pressurized chambeies with stack shell 1 inner chamber.

Be provided with dividing plate 8 at stack shell 1 middle part, the both sides that on dividing plate 8, are positioned at shim 3 be respectively equipped be communicated with not pressurized chamber, pressurized chamber to discharge orifice 9, be provided with and the oil storage pipeline 10 that discharge orifice 9 is communicated with in stack shell 1 other end inside, in oil storage pipeline 10, be inserted with the regulating part 11 of removable adjusting oil storage pipeline 10 channel sized.

Oil storage pipeline 10 is symmetricly set in the stack shell 1, regulating part 11 includes base plate 110, be provided with two at base plate 110 two ends and can corresponding be inserted into two inserting columns 111 in the oil storage pipeline 10, be provided with jack 112 at base plate 110 middle parts, the adjustment screw 13 of passing jack 112 and being threaded with dividing plate 8 be housed in base plate 110 ends.

On inserting column 111, be provided with cannelure 113, between this cannelure 113 and oil storage pipeline 10 inwalls sealing ring 115 be housed.

Compared with prior art, the beneficial effects of the utility model are: 1, be provided with a plurality of emptying breach on fin, between the emptying breach, be provided with fixture block, blade includes the arc mainboard and is arranged on arc mainboard oil sealing floor on one side, is provided with a plurality of fixture blocks that supply and inserts successively and axially movable slide opening on the arc mainboard, like this, because the cooperation of fixture block and slide opening, blade just is not easy to deviate between stack shell and axle core or misplace good product quality, stable work in work.

2, be provided with a plurality of emptying breach on fin, because fin is durable, all are not easy fracture, good product quality in the long-time process of using.

3, owing to be provided with and the oil storage pipeline that discharge orifice is communicated with in stack shell other end inside, in stack shell inside regulating part and adjustment screw are housed, can adjust the length of inserting column in the oil storage pipeline of regulating part by the rotation adjustment screw, regulate oil storage oil in storage volume, be convenient to regulate as required the flow velocity of damping oil like this, realize adjusting the cover plate or the seat ring falling speed in seat lavatory.

[description of drawings]

Fig. 1 is an explosive view of the present utility model;

Fig. 2 is a longitudinal sectional drawing of the present utility model;

Fig. 3 is the structure chart of the B-B from Fig. 2 when cutting the sealing of Oil Guide passage open;

Fig. 4 is the structure chart of the C-C from Fig. 2 when cutting the sealing of Oil Guide passage open;

Fig. 5 is the structure chart of the B-B from Fig. 2 when cutting the Oil Guide passage open and opening;

Fig. 6 is the structure chart of the C-C from Fig. 2 when cutting the Oil Guide passage open and opening.

[specific embodiment]

Be described in further detail below in conjunction with accompanying drawing and embodiment of the present utility model:

Referring to Fig. 1-6, the utility model is a kind of rotary buffer, include stack shell 1 and axle core 2, on stack shell 1 inwall, be provided with the shim 3 of projection, axle core 2 one ends are contained in stack shell 1 inner chamber and afterwards and between the stack shell 1 form annular seal space, axle core 2 other ends stretch out outside the stack shell 1, on axle core 2, also be provided with fin 4, between fin 4 and stack shell 1, be provided with blade 5, fin 4, blade 5 and shim 3 are divided into not pressurized chamber 20 and pressurized chamber 30 with stack shell 1 inner chamber, in that damping oil all is not equipped with in pressurized chamber 20 and pressurized chamber 30, on fin 4, be provided with a plurality of emptying breach 6, between emptying breach 6, be provided with fixture block 61, blade 5 includes arc mainboard 51 and is arranged on arc mainboard 51 oil sealing floor 52 on one side, is provided with a plurality of slide openings 511 that insert successively for fixture blocks 61 on arc mainboard 51, slide opening 511 make fixture block 61 in slide opening 511, to slide greater than fixture block 61, axle core 2 is when clockwise rotating, fin 4 separate with oil sealing floor 52 make blade 5 with and fin 4 between formation Oil Guide passage 7; Axle core 2 is when rotating counterclockwise, and oil sealing floor 52 withstands on the fin 4 of a core 2 the Oil Guide passage is shut, and is not communicated with between pressurized chamber 20 and the pressurized chamber 30.

Shim 3 is two, and they are distributed on stack shell 1 inwall symmetrically, and two shims 3 are divided into two chambeies with stack shell 1 inner chamber; Fin 4 also is two, and they also are distributed on a core 2 outer walls symmetrically, and blade 5 also is two; Arc mainboard 51 outer walls and stack shell 1 inwall of blade 5 are tangent, and fin 4, blade 5 and shim 3 are divided into 2 not pressurized

chamber

20 and 2 pressurized chambeies 30 again with stack shell 1 inner chamber.

Be provided with dividing plate 8 at stack shell 1 middle part, the both sides that on dividing plate 8, are positioned at shim 3 be respectively equipped be communicated with not pressurized chamber, pressurized chamber to discharge orifice 9.Be provided with and the oil storage pipeline 10 that discharge orifice 9 is communicated with in stack shell 1 other end inside, in oil storage pipeline 10, be inserted with the regulating part 11 of removable adjusting oil storage pipeline 10 channel sized.

Oil storage pipeline 10 is symmetricly set in the stack shell 1, regulating part 11 includes base plate 110, be provided with two at base plate 110 two ends and can corresponding be inserted into two inserting columns 111 in the oil storage pipeline 10, be provided with jack 112 at base plate 110 middle parts, the adjustment screw 13 of passing jack 112 and being threaded with dividing plate 8 be housed in base plate 110 ends.On inserting column 111, be provided with cannelure 113, between this cannelure 113 and oil storage pipeline 10 inwalls O-ring seal 115 be housed.

The novel operation principle of this use is as follows: when the cover plate in seat lavatory or seat ring are started by the user, axle core 2 is driven to clockwise rotate, the fixture block 61 of fin 4 carries out axial rotation in emptying breach 6, fin 4 separates with oil sealing floor 52 to make between blade 5 and the fin 4 and to constitute Oil Guide passage 7, at this moment, pressurized chamber 20 interior damping oils can not flow in the pressurized chambeies 30 by Oil Guide passage 7; Perhaps by discharge orifice 9, oil storage pipeline 10 are flowed in the pressurized chamber 30.When the cover plate in seat lavatory or seat ring are put down by the user, axle core 2 is driven and is rotated counterclockwise, blade 5 is subjected to the pressure of damping oil, thereby oil sealing floor 52 withstands on the fin 4 of a core 2 the Oil Guide passage is shut, be not communicated with between pressurized chamber 20 and the pressurized chamber 30, damping oil in the pressurized chamber 30 can't flow into not in the pressurized chamber 20 by Oil Guide passage 7, and can only pass through discharge orifice 9, oil storage pipeline 10 flows into not in the pressurized chamber 20, because discharge orifice 9 relative Oil Guide passages 7 are much smaller, therefore, damping oil flow into not from flowing into pressurized chamber 30 that the speed in pressurized chamber 20 also will compare slowly, can make that like this cover plate in a lavatory or seat ring fall lentamente.

When cover plate that needs the adjustment seat lavatory or seat ring falling speed, can adjust the length of inserting column in the oil storage pipeline of regulating part by the rotation adjustment screw, regulate oil storage oil in storage volume, be convenient to regulate as required the flow velocity of damping oil like this, realize adjusting the cover plate or the seat ring falling speed in seat lavatory.

Claims

1. rotary buffer, include stack shell (1) and axle core (2), on stack shell (1) inwall, be provided with the shim (3) of projection, described axle core (2) one ends are contained in stack shell (1) inner chamber and afterwards and between the stack shell (1) form annular seal space, axle core (2) other end stretches out outside the stack shell (1), on axle core (2), also be provided with fin (4), between fin (4) and stack shell (1), be provided with blade (5), described fin (4), blade (5) and shim (3) are divided into not pressurized chamber (20) and pressurized chamber (30) with stack shell (1) inner chamber, in not pressurized chamber (20) and pressurized chamber (30) damping oil is housed all, it is characterized in that, on fin (4), be provided with a plurality of emptying breach (6), between emptying breach (6), be provided with fixture block (61), described blade (5) includes arc mainboard (51) and is arranged on arc mainboard (51) oil sealing floor (52) on one side, on arc mainboard (51), be provided with a plurality of slide openings (511) that supply fixture block (61) to insert successively, described slide opening (511) makes fixture block (61) to slide in slide opening (511) greater than fixture block (61), described axle core (2) is when clockwise rotating, fin (4) separates with oil sealing floor (52) to make, constitutes Oil Guide passage (7) between blade (5) and the fin (4); Described axle core (2) is when rotating counterclockwise, and oil sealing floor (52) withstands on the fin (4) of a core (2) the Oil Guide passage is shut.

2. according to the described a kind of rotary buffer of claim 1, it is characterized in that described shim (3) is two, they are distributed on stack shell (1) inwall symmetrically; Fin (4) also is two, and they also are distributed on a core (2) outer wall symmetrically, and blade (5) also is two; Described fin (4), blade (5) and shim (3) are divided into 2 not pressurized chamber and 2 pressurized chambeies with stack shell (1) inner chamber.

3. according to claim 1 or 2 described a kind of rotary buffers, it is characterized in that being provided with dividing plate (8) at stack shell (1) middle part, the both sides that on dividing plate (8), are positioned at shim (3) be respectively equipped be communicated with not pressurized chamber, pressurized chamber to discharge orifice (9), be provided with and the oil storage pipeline (10) that discharge orifice (9) is communicated with in stack shell (1) other end inside, in oil storage pipeline (10), be inserted with the regulating part (11) of removable adjusting oil storage pipeline (10) channel sized.

4. according to the described a kind of rotary buffer of claim 3, it is characterized in that described oil storage pipeline (10) is symmetricly set in the stack shell (1), described regulating part (11) includes base plate (110), be provided with two inserting columns (111) that can correspondence be inserted in two oil storage pipelines (10) at base plate (110) two ends, be provided with jack (112) at base plate (110) middle part, the adjustment screw (13) of passing jack (112) and being threaded with dividing plate (8) be housed in base plate (110) end.

5. according to the described a kind of rotary buffer of claim 4, it is characterized in that on inserting column (111), being provided with cannelure (113), between this cannelure (113) and oil storage pipeline (10) inwall sealing ring (115) is housed.