CN104213791B - For the Hydraulic hinge buffer of door - Google Patents
For the Hydraulic hinge buffer of door Download PDFInfo
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- CN104213791B CN104213791B CN201310206699.2A CN201310206699A CN104213791B CN 104213791 B CN104213791 B CN 104213791B CN 201310206699 A CN201310206699 A CN 201310206699A CN 104213791 B CN104213791 B CN 104213791B
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Abstract
The present invention discloses a kind of Hydraulic hinge buffer for door, be provided with a fixing group, one buffering group and a folder door group, this fixing group is provided with a holder and a cylinder base, this buffering group combines with this fixing group and is provided with a rotating shaft and a piston piece, this rotating shaft is provided with a contact surface and hook established by least one card, this piston piece is provided with one and leans with this rotating shaft and hook the sleeve established, this sleeve is provided with an abutment face leant with this contact surface and at least onely establishes hook to block the buckling hook establishing combination mutually with this at least one card, this buffering group of this folder Men Zuyu combines and can rotate relative to this fixing group and be provided with two clamping plate, there is provided whereby one can improve hinge because self rotatory inertia or external force make door shut fast the Hydraulic hinge buffer for door without buffering effect.
Description
Technical field
The present invention relates to a kind of Hydraulic hinge buffer for door, espespecially a kind of improve hinge because self rotatory inertia or external force make door shut fast the Hydraulic hinge buffer without buffering effect.
Background technology
The existing Hydraulic hinge buffer for door mainly can make door can return back to the effect of closing door state after providing door one external force, wherein existing Hydraulic hinge buffer is provided with a holder, and combines with this holder rotationally and be located at the buffering group in this holder in order to the folder door group and of sandwiched door, wherein this holder combines with a wall and is provided with a cylinder base in the front side differing from wall, this cylinder base longitudinal running through is provided with a room, and this cylinder base is provided with an action groove communicated with this room in posterior lateral;
This folder gate seat is respectively equipped with one in order to the clamping plate of sandwiched door in the both sides of this cylinder base, this buffering group is provided with a rotating shaft and a piston piece, wherein this rotating shaft be located at this cylinder base rotationally room in and to stretch out this room respectively outer and combine with two clamping plate of this folder gate seat at two ends, allow this folder gate seat this rotating shaft can be driven to rotate relative to this cylinder base when this holder rotates, this rotating shaft is arranged with always flat-shaped and towards the contact surface in action groove direction in middle section, this rotating shaft is made to be positioned at the cross section of middle section slightly in a semicircle, this piston piece to be located at movably in this action groove and to be leant with this rotating shaft, wherein this piston piece have can produce after compression bounce-back promote rotating shaft strength and for carrying out action by oleo cushion mode and being provided with a sleeve leant with this shaft contacts face so as to promoting rotating shaft,
Existing Hydraulic hinge buffer is in time using, this rotating shaft can be driven to rotate relative to this cylinder base via two clamping plate when the door is open, and then the contact surface that leans with this sleeve and this sleeve are separated, and this rotating shaft is positioned at the ora terminalis of this contact surface and this sleeve leans and compresses this piston piece, and when decontrol Men Shike by this piston piece bounce-back promote and make rotating shaft start rotate and drive simultaneously two clamping plate toward close the door direction rotate so that provide door one to automatically reply the effect of closing the door, and add that the rotary speed automatically replied at closing time can make existing Hydraulic hinge buffer produce a rotatory inertia because of the weight of door itself,
But, if when making the speed of axis of rotation be greater than this sleeve driving velocity when automatically replying rotatory inertia or external force at closing time and pushing toward direction of closing the door, this rotating shaft this rotating shaft can be allowed to be positioned at the ora terminalis of this contact surface along with the rotation of door and this sleeve is separated, now, sleeve due to this piston piece is promoted by the mode of oleo cushion, and this rotating shaft is because of without buffer damping effect, and cause this sleeve and fail contact surface that is real-time before door is closed and this rotating shaft leaning and limiting rotating shaft and sleeve synchronization action, so as to providing the effect automatically replying a buffering of closing the door, and must after closing when door, make the sleeve that promotes through oleo cushion just close lentamente and lean with the contact surface of this rotating shaft, in other words only this sleeve has oil pressure damping can provide the effect of buffering, but the rotating shaft of existing Hydraulic hinge buffer has lost the effect of buffering under rotatory inertia or external force push continuous action,
Thus, if automatically reply at closing time, when being subject to as artificially exerted a force toward direction of closing the door, the external force of room conditioning blast or outdoor wind-force etc. or because of existing Hydraulic hinge buffer automatically reply close the door and produce rotatory inertia time, because door is in the process of closing, the sleeve of this piston piece cannot lean with the rotating shaft of this rotation in real time and pin down, the effect that door one can be provided to cushion in the process causing existing Hydraulic hinge buffer cannot close at door, and then to allow the disappearance producing and shut fast, really there are in addition improvements.
Summary of the invention
The object of the present invention is to provide a kind of Hydraulic hinge buffer for door, improve existing Hydraulic hinge buffer because self rotatory inertia or external force make door shut fast the problem without buffering effect.
For realizing aforementioned object, the invention provides a kind of Hydraulic hinge buffer for door, it is provided with a fixing group, a buffering group and a folder door group, wherein:
This fixing group is provided with a holder and a cylinder base, this cylinder base and the leading flank of this holder set firmly mutually and combine and be provided with a room and an action groove, this room longitudinally runs through the front side that this cylinder base differs from this holder, and this action groove is laterally located at the rear side of this cylinder base and is connected with this room;
This buffering group combines with this fixing group and is provided with a rotating shaft and a piston piece, this rotating shaft is located in the room of this cylinder base rotationally, the top of this rotating shaft and bottom stretch the end face and bottom surface that set out this cylinder base respectively, this rotating shaft is arranged with a contact surface in middle section, this rotating shaft is provided with at least one card at this contact surface place close and establishes hook, in the action groove that this piston piece is located at this cylinder base between this holder and this rotating shaft and this piston piece and this cylinder base form the space that a confession oil body flows, this piston piece is provided with one and leans with this rotating shaft and hook the sleeve established in this action groove, this sleeve is provided with an abutment face leant with this shaft contacts face in front end, and this sleeve is convexly equipped with at least one buckling hook in this abutment face place, this at least one buckling hook is established hook to block mutually with at least one card of this rotating shaft and is established combination, and
This buffering group of this folder Men Zuyu combines and can rotate relative to this fixing group and be provided with two clamping plate, wherein two clamping plate are located at the both sides of this cylinder base respectively and are combined with this rotating shaft top and bottom respectively, this rotating shaft of this folder Men Zuyu is combined and can rotate relative to this fixing group.
Further, this rotating shaft is convexly equipped with a card respectively in the end face of this contact surface and bottom surface and establishes hook.
Further again, two cards of this rotating shaft are established to hook and are positioned on the same side of this contact surface, and then provide two cards in the same way to establish hook, and this sleeve is convexly equipped with two cards arranged in the same way with this rotating shaft two respectively and establishes hook to block the buckling hook establishing combination mutually in front end.
Preferably, this rotating shaft is convexly equipped with a card respectively in the not homonymy of this contact surface and establishes hook, and then provides neither card in the same way to establish hook, this sleeve be convexly equipped with in front end two respectively card to arrange contrary to this rotating shaft establish hook to block the buckling hook establishing combination mutually.
Preferably, this sleeve is convexly equipped with a spacing stiffener combined with this at least one buckling hook in this at least one buckling hook place, so as to limit this sleeve not from then can combine with this rotating shaft glidingly, and the structural strength of this at least one buckling hook of sleeve can be increased.
Preferably, each card of this rotating shaft is established to hook and is provided with at least one fillet surface in free end, and each card establishes the lateral surface hooked near this free end to be provided with an inclined-plane, can open more than 90 degree so as to allowing door.
Preferably, each card of rotating shaft is established to hook and is provided with a crowning in this inclined-plane place, so as to increasing the structural strength of this rotating shaft, be respectively equipped with one between the abutment face of this sleeve with each buckling hook respectively to block to establish with this rotating shaft and hook the mutually accommodating recessed face of crowning, when shutting so as to allowing door, make the abutment face of this sleeve can be resisted against the contact surface of this rotating shaft smoothly.
Preferably, this rotating shaft is respectively equipped with an arc surface in the both sides of this contact surface, so as to the intensity increasing opposing wearing and tearing or burst apart.
Preferably, this rotating shaft in top and bottom respectively radial direction be arranged with one in conjunction with plane, and this folder door group is provided with a fixed head and two fixed blocks, wherein this fixed head is fixedly arranged on the medial surface of one clamping plate and is located at end face and the bottom surface of this cylinder base, this fixed head is arranged with two combined holes combined with this rotating shaft top and bottom respectively, this combined hole upper limb be provided with at least one allow groove make the screw on fixed block in lock time can pass through and against rotating shaft in conjunction with plane, and two fixed blocks and this fixed head set firmly mutually and combine and leave a space with two of this rotating shaft in conjunction with plane does not recline mutually respectively, can rotate relative to this fixing group so as to two clamping plate are combined with this rotating shaft, two fixed blocks are respectively provided with at least one screw hole departing from fixed block position of center line, a screw is respectively provided with in this screw hole, borrow and alternately lock each this screw and loosen to push against two of rotating shaft one by one and make rotating shaft produce the rotation of different directions and angle in conjunction with plane, and the installing angle of adjustable two clamping plate relative to fixing group, person easy to use still can adjust the angle of door easily to required tram after installation hinge.
Wherein, each card of this rotating shaft is established to hook and is provided with at least one fillet surface in free end, and each card establishes the lateral surface hooked near this free end to be provided with an inclined-plane, can open more than 90 degree so as to allowing door, each card of this rotating shaft is established to hook and is provided with a crowning in this inclined-plane place, and so as to increasing the structural strength of this rotating shaft, this rotating shaft is respectively equipped with an arc surface in the both sides of this contact surface, so as to increasing opposing wearing and tearing or the intensity of bursting apart, and this rotating shaft in top and bottom respectively radial direction be arranged with one in conjunction with plane;
Being respectively equipped with one between the abutment face of this sleeve with each buckling hook and respectively blocking with this rotating shaft the recessed face established and hook crowning and recline mutually, when shutting so as to allowing door, making the abutment face of this sleeve can be resisted against the contact surface of this rotating shaft smoothly; And
This folder door group is provided with a fixed head and two fixed blocks, this fixed head is fixedly arranged on the medial surface of one clamping plate and is located at end face and the bottom surface of this cylinder base, this fixed head is arranged with two combined holes combined with this rotating shaft top and bottom respectively, this combined hole upper limb is provided with at least one groove that allows, and two fixed blocks and this fixed head set firmly mutually and combine and leave a space with two of this rotating shaft in conjunction with interplanar respectively, each fixed block is respectively equipped with at least one screw departing from fixed block center, by each screw locking to push against two of rotating shaft in conjunction with plane, so as to two clamping plate are combined and the adjustable installing angle organized fixing relative to this with this rotating shaft.
For solving the effect that the existing Hydraulic hinge buffer for door cannot provide door one to cushion in the process of door cut out, and then to allow the disappearance and a deficiency that produce the phenomenon of shutting fast etc., the invention provides a kind of Hydraulic hinge buffer for door, it arranges a mechanism mutually pind down between the sleeve of rotating shaft and this piston piece, make this rotating shaft can with the sleeve synchronization action of this piston piece, effectively improve existing Hydraulic hinge buffer because self rotatory inertia or external force make door shut fast without the problem of buffering effect.
By above-mentioned technological means, Hydraulic hinge buffer for door of the present invention, be no matter be assembled in a single open-type or double-open door on time, all by homonymy in this rotating shaft or not homonymy at least one card be set establish hook, and this sleeve is provided with the structural relation that the buckling hook of combination established that hooking interlocks and establish by least one card with this, make this door after unlatching is fixing when being subject to an external force and promoting, this piston piece can pass through the structural relation of this sleeve and this rotating shaft in real time, allow door close process in a buffering effect is provided in real time, and then provide the existing Hydraulic hinge buffer of an improvement because self rotatory inertia or external force make door shut fast without the Hydraulic hinge buffer for door of buffering effect.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Accompanying drawing explanation
Fig. 1 stereoscopic figure that to be the present invention combine with a single open-type door for Hydraulic hinge buffer first embodiment of door.
Fig. 2 A is the three-dimensional appearance exploded view of the present invention for the Hydraulic hinge buffer of door.
Fig. 2 B is the partial enlarged drawing at A place in Fig. 2 A.
Fig. 3 is the amagnified partial perspective outward appearance exploded view of the present invention for the Hydraulic hinge buffer of door.
Fig. 4 is the part section schematic side view of the present invention for Hydraulic hinge buffer first embodiment of door.
Fig. 5 part section fore side view that to be the present invention combine with a single open-type door for Hydraulic hinge buffer first embodiment of door.
Fig. 6 another part section fore side view that to be the present invention combine with a single open-type door for Hydraulic hinge buffer first embodiment of door.
Fig. 7 is the Local Members stereoscopic figure of the present invention for Hydraulic hinge buffer second embodiment (for single open-type door) of door.
Fig. 8 is the Local Members stereoscopic figure of the present invention for Hydraulic hinge buffer the 3rd embodiment (for double-open door) of door.
Fig. 9 is the part section schematic side view of the present invention for Hydraulic hinge buffer the 3rd embodiment of door.
Figure 10 A and Figure 10 B part section fore side view that to be the present invention combine with a pair of open-type door for Hydraulic hinge buffer the 3rd embodiment of door.
Figure 11 is the Local Members stereoscopic figure of the present invention for Hydraulic hinge buffer the 4th embodiment (for double-open door) of door.
Figure 12 is the adjustment installing angle part section outward appearance exploded perspective view of the present invention for the Hydraulic hinge buffer of door.
Figure 13 is the adjustment installing angle part section outside side view of the present invention for the Hydraulic hinge buffer of door.
Wherein, Reference numeral:
10 fixing group 11 holders
12 cylinder base 121 rooms
122 action groove 20 buffering groups
21 rotating shaft 211 contact surfaces
Hook established by 212 arc surface 213 cards
214 fillet surface 215 inclined-planes
216 crownings 217 are in conjunction with plane
22 piston piece 23 sleeves
231 abutment face 232 buckling hooks
233 spacing stiffener 234 recessed faces
30 folder door groups
31 clamping plate 32 fixed heads
321 combined holes 322 allow groove
33 fixed block 331 screw holes
35 50, screws
Detailed description of the invention
For technical characteristic of the present invention and practical effect can be understood in detail, and can implement according to the content of manual, hereby further with preferred embodiment as indicated in the drawings, be described in detail as follows, please refer to first preferred embodiment (for single open-type door) of the present invention as shown in Figures 1 to 4 for the Hydraulic hinge buffer of door, it is provided with fixing group 10, buffering group 20 and a folder door group 30, wherein:
This fixing group 10 to set firmly mutually with a wall or a doorframe and combines and be provided with holder 11 and a cylinder base 12, wherein the rear side of this holder 11 sets firmly combination mutually with this wall or doorframe, this cylinder base 12 and the leading flank of this holder 11 set firmly mutually and combine and be provided with room 121 and an action groove 122, wherein this room 121 longitudinally runs through the front side that this cylinder base 12 differs from this holder 11, and this action groove 122 is laterally located at the rear side of this cylinder base 12 and is connected with this room 121;
This buffering group 20 combines with this fixing group 10 and is provided with rotating shaft 21 and a piston piece 22, wherein this rotating shaft 21 is located in the room 121 of this cylinder base 12 rotationally, and the top of this rotating shaft 21 and bottom stretch the end face and bottom surface that set out this cylinder base 12 respectively, this rotating shaft 21 is arranged with one in middle section radial direction makes this rotating shaft 21 omit the contact surface 211 in semicircular in shape cross section, preferably, as Suo Shi Fig. 5 (in operational flowchart, the figure of bottom is the sectional drawing in the 5-5 cross section of Fig. 4) when door 50 is closed, the contact surface 211 of this rotating shaft 21 is higher than the center line of this rotating shaft 21, so as to increasing the structural strength of this rotating shaft 21, and this rotating shaft 21 is respectively equipped with an arc surface 212 in the both sides of this contact surface 211 as shown in Figure 3, so as to the intensity increasing opposing wearing and tearing or burst apart,
This rotating shaft 21 is separately provided with at least one card at this contact surface 211 place close and establishes hook 213, preferably, this rotating shaft 21 as Fig. 3 and Fig. 6 sectional drawing of the 6-6 cross section that the figure of bottom is Fig. 4 (in the operational flowchart) be shown in the end face of this contact surface 211 and bottom surface and be convexly equipped with a card respectively and establish hook 213, wherein two cards establish hook 213 to be positioned on the same side of this contact surface 211, and then provide two cards in the same way to establish hook 213, preferably, as shown in Fig. 8 and Figure 11 (for double-open door), this rotating shaft 21 is convexly equipped with a card respectively in the not homonymy of this contact surface 211 and establishes hook 213, and then provide neither card in the same way to establish hook 213, further, each card establishes hook 213 to be provided with at least one fillet surface 214 in free end, and each card establishes hook 213 to be provided with an inclined-plane 215 in the lateral surface near this free end, can open more than 90 degree so as to allowing door 50, and each card establishes hook 213 to be provided with a crowning 216 in this inclined-plane 215 place, so as to increasing the structural strength of this rotating shaft 21, further, this rotating shaft 21 in top and bottom respectively radial direction be arranged with one in conjunction with plane 217,
In the action groove 122 that this piston piece 22 is located at this cylinder base 12 between this holder 11 and this rotating shaft 21, wherein form a space of flowing for oil body between this piston piece 22 and this cylinder base 12, and the configuration mode in this space is prior art, therefore its detailed component is no longer set forth, this piston piece 22 is allowed to carry out having the action of buffering effect by oil pressure mode and to be provided with a sleeve 23, this action is for driving this rotating shaft 21 to rotate and after compressing this piston piece 22 when door 50 is opened, this piston piece 22 has the strength that bounce-back promotes this sleeve 23, this strength makes this sleeve 23 can promote this rotating shaft 21 to rotate, and this sleeve 23 can be able to make this driving velocity keep slowly and fix by an oil pressure damping action in above-mentioned process, reach the effect of an oleo cushion whereby, lean with this rotating shaft 21 and hook and establish in the action groove 122 that this piston piece 22 is located at by this sleeve 23, this sleeve 23 is provided with an abutment face 231 leant with this rotating shaft 21 contact surface 211 in front end, and this sleeve 23 is axially convexly equipped with at least one buckling hook 232 in this abutment face 231 place, this at least one buckling hook 232 and at least one card of this rotating shaft 21 establish hook 213 phase card to establish combination, preferably, this sleeve 23 as Fig. 3 and Fig. 7 be shown in front end and be convexly equipped with two and establish hook 213 phase card to establish the buckling hook 232 of combination with this rotating shaft 21 liang of cards arranged in the same way respectively, preferably, as shown in Fig. 8 and Figure 11 (for double-open door), this sleeve 23 be convexly equipped with in front end two respectively card to arrange contrary to this rotating shaft 21 establish hook 213 phase card to establish the buckling hook 232 of combination,
Further, as shown in Fig. 7 and Figure 11, this sleeve 23 is convexly equipped with a spacing stiffener 233 combined with this at least one buckling hook 232 in this at least one buckling hook 232 place, so as to limit this sleeve 23 not from then can combine with this rotating shaft 21 glidingly, and the structural strength of this at least one buckling hook 232 of sleeve 23 can be increased, moreover, be respectively equipped with one between the abutment face 231 of this sleeve 23 with each buckling hook 232 and respectively block the recessed face 234 establishing hook 213 crowning 216 mutually accommodating with this rotating shaft 21, when shutting so as to allowing door 50, make the abutment face 231 of this sleeve 23 can be resisted against the contact surface 211 of this rotating shaft 21 smoothly, and
This folder door group 30 combines with this buffering group 20 and can rotate relative to this fixing group 10 and be provided with two clamping plate 31, one fixed head 32 and two fixed blocks 33, wherein two clamping plate 31 are located at the both sides of this cylinder base 12 respectively and combine, in order to combine with one 50, this fixed head 32 is fixedly arranged on the medial surface of one clamping plate 31 and is located at end face and the bottom surface of this cylinder base 12, this fixed head 32 is arranged with two combined holes 321 combined with this rotating shaft 21 top and bottom respectively, the side of this combined hole 321 upper limb is provided with at least one groove 322 that allows as shown in FIG. 12 and 13, and two fixed blocks 33 and this fixed head 32 set firmly mutually and combine and leave a space with two of this rotating shaft 21 in conjunction with plane 217 does not recline mutually respectively, can rotate relative to this fixing group 10 so as to two clamping plate 31 are combined with this rotating shaft 21, moreover, each fixed block 33 is respectively equipped with at least one screw hole 331 departing from this fixed block 33 position of center line, a screw 35 is provided with in each screw hole 331, make the screw 35 of each fixed block 33 in lock time can pass through and against this rotating shaft 21 in conjunction with plane 217, rotating shaft 21 is made to produce the rotation of different directions and angle by alternately being locked by each screw 35 one by one and loosening to push against two of rotating shaft 21 in conjunction with plane 217, and the installing angle of fixing relative to this group 10, adjustable two clamping plate 31, person easy to use still can adjust the angle of door 50 easily to required tram after installation hinge.
Hydraulic hinge buffer first embodiment for door of the present invention be used in one 50 (single open-type door) upper time, please refer to as shown in Figures 4 and 5, when user's door capable of being opened 50, this folder door group 30 can drive rotating shaft 21 to rotate relative to this cylinder base 12 and this piston piece 22 along with door 50, the contact surface 211 of this rotating shaft 21 is separated with the abutment face 231 of this sleeve 23, and wherein the arc surface 212 of side and the abutment face 231 of this sleeve 23 lean to make this rotating shaft 21, this sleeve 23 is made to move towards the direction of this holder 11 and compress this piston piece 22, when user decontrols door 50, this piston piece 22 can have the thrust of oleo cushion towards producing in contrast to compression direction one and then provide door 50 1 automatic rotary then the effect of closing, in addition, when imposing on an external force to the door 50 opened towards closing direction, the arc surface 212 that this rotating shaft 21 and the abutment face 231 of this sleeve 23 lean can be separated with this abutment face 231, the oleo cushion effect making the contact surface 211 of this rotating shaft 21 depart from this sleeve 23 completely towards the abutment face 231 acceleration rotation of this sleeve 23 makes door 50 freely accelerate to close,
Now, please refer to as shown in Figure 6, establish at least one buckling hook 232 of hook 213 and this sleeve 23 to interlock due at least one card in this rotating shaft 21 and establish combination, therefore, when the door 50 opened is subject to a people for force, during the external force of room conditioning blast or outdoor wind-force etc., this rotating shaft 21 can be rotated relative to the generation of this piston piece 22 along with folder door group 30 and door 50, establish hook 213 and this at least one buckling hook 232 to interlock by this at least one card simultaneously and establish the mode of combination, this sleeve 23 is made to rotate along with rotating shaft 21 and synchronously to move relative to this holder 11 forward, and then allow door 50 in the process of closing, to be interlocked with this rotating shaft 21 by this sleeve 23 and unseparatedly synchronously to pin down structural relation, the piston piece 22 making this have oleo cushion effect can provide by this sleeve 23 and this rotating shaft 21 effect that door 50 1 cushions in real time,
Moreover, please refer to as can be seen from figures 8 and 9, Hydraulic hinge buffer the 3rd embodiment for door of the present invention is in time using, it can be assembled on the door 50 of a double-open, wherein as shown in Figure 10 A (sectional drawing that in operational flowchart, the figure of bottom is 10A-10A cross section in Fig. 9) and 10B (sectional drawing that in operational flowchart, the figure of the top is 10B-10B cross section in Fig. 9), hook 213 is established because this rotating shaft 21 is convexly equipped with a card respectively in the not homonymy of this contact surface 211, and this sleeve 23 be convexly equipped with two respectively card to arrange contrary to this rotating shaft 21 establish hook 213 phase card to establish the buckling hook 232 of combination, therefore, no matter door 50 is with clockwise or when being counterclockwise unlocked, this sleeve 23 combines with this rotating shaft 21 by each buckling hook 232, if and then after allowing door 50 open when being subject to external force and closing, the mode that this piston piece 22 is interlocked with this rotating shaft 21 by this sleeve 23, the effect that door one cushions is provided in real time, therefore, Hydraulic hinge buffer for door of the present invention, can effectively avoid the piston piece sleeve of existing Hydraulic hinge buffer cannot pin down mutually with the rotating shaft of this rotation in real time against, the effect providing door one to cushion in the process causing existing Hydraulic hinge buffer cannot close at door, and then to allow the phenomenon producing and shut fast, therefore, Hydraulic hinge buffer for door of the present invention can improve existing Hydraulic hinge buffer because self rotatory inertia or external force make door shut fast the problem without buffering effect.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art can make various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claims in the present invention.
Claims (10)
1. for a Hydraulic hinge buffer for door, it is characterized in that, it is provided with a fixing group, a buffering group and a folder door group, wherein:
This fixing group is provided with a holder and a cylinder base, this cylinder base and the leading flank of this holder set firmly mutually and combine and be provided with a room and an action groove, this room longitudinally runs through the front side that this cylinder base differs from this holder, and this action groove is laterally located at the rear side of this cylinder base and is connected with this room;
This buffering group combines with this fixing group and is provided with a rotating shaft and a piston piece, this rotating shaft is located in the room of this cylinder base rotationally, the top of this rotating shaft and bottom stretch the end face and bottom surface that set out this cylinder base respectively, this rotating shaft is arranged with a contact surface in middle section, this rotating shaft is provided with at least one card at this contact surface place close and establishes hook, in the action groove that this piston piece is located at this cylinder base between this holder and this rotating shaft and this piston piece and this cylinder base form the space that a confession oil body flows, this piston piece is provided with one and leans with this rotating shaft and hook the sleeve established in this action groove, this sleeve is provided with an abutment face leant with this shaft contacts face in front end, and this sleeve is convexly equipped with at least one buckling hook in this abutment face place, this at least one buckling hook is established hook to block mutually with at least one card of this rotating shaft and is established combination, and
This buffering group of this folder Men Zuyu combines and can rotate relative to this fixing group and be provided with two clamping plate, wherein two clamping plate are located at the both sides of this cylinder base respectively and are combined with this rotating shaft top and bottom respectively, this rotating shaft of this folder Men Zuyu is combined and can rotate relative to this fixing group.
2. the Hydraulic hinge buffer for door according to claim 1, is characterized in that, this rotating shaft is convexly equipped with a card respectively in the end face of this contact surface and bottom surface and establishes hook.
3. the Hydraulic hinge buffer for door according to claim 2, it is characterized in that, two cards of this rotating shaft are established to hook and are positioned on the same side of this contact surface, and then providing two cards in the same way to establish hook, this sleeve is convexly equipped with two cards arranged in the same way with this rotating shaft two respectively and establishes hook to block the buckling hook establishing combination mutually in front end.
4. the Hydraulic hinge buffer for door according to claim 2, it is characterized in that, this rotating shaft is convexly equipped with a card respectively in the not homonymy of this contact surface and establishes hook, and then provide neither card in the same way to establish hook, this sleeve be convexly equipped with in front end two respectively card to arrange contrary to this rotating shaft establish hook to block the buckling hook establishing combination mutually.
5. the Hydraulic hinge buffer for door according to any one of claim 1 to 4, it is characterized in that, this sleeve is convexly equipped with a spacing stiffener combined with this at least one buckling hook in this at least one buckling hook place, can increase the structural strength of this at least one buckling hook of sleeve.
6. the Hydraulic hinge buffer for door according to claim 5, it is characterized in that, each card of this rotating shaft is established to hook and is provided with at least one fillet surface in free end, and each card establishes the lateral surface hooked near this free end to be provided with an inclined-plane, can open more than 90 degree so as to allowing door.
7. the Hydraulic hinge buffer for door according to claim 6, it is characterized in that, each card of this rotating shaft is established to hook and is provided with a crowning in this inclined-plane place, so as to increasing the structural strength of this rotating shaft, be respectively equipped with one between the abutment face of this sleeve with each buckling hook respectively to block to establish with this rotating shaft and hook the mutually accommodating recessed face of crowning, when shutting so as to allowing door, make the abutment face of this sleeve can be resisted against the contact surface of this rotating shaft smoothly.
8. the Hydraulic hinge buffer for door according to claim 7, it is characterized in that, this rotating shaft is respectively equipped with an arc surface in the both sides of this contact surface, so as to the intensity increasing opposing wearing and tearing or burst apart.
9. the Hydraulic hinge buffer for door according to claim 8, it is characterized in that, this rotating shaft in top and bottom respectively radial direction be arranged with one in conjunction with plane, and this folder door group is provided with a fixed head and two fixed blocks, wherein this fixed head is fixedly arranged on the medial surface of one clamping plate and is located at end face and the bottom surface of this cylinder base, this fixed head is arranged with two combined holes combined with this rotating shaft top and bottom respectively, this combined hole upper limb is provided with at least one groove that allows, and two fixed blocks and this fixed head set firmly mutually and combine and leave a space with two of this rotating shaft in conjunction with interplanar respectively, each fixed block is respectively equipped with at least one screw departing from this fixed block center, by each screw locking to push against two of this rotating shaft in conjunction with plane, so as to two clamping plate are combined and the adjustable installing angle organized fixing relative to this with this rotating shaft.
10. the Hydraulic hinge buffer for door according to claim 5, is characterized in that:
Each card of this rotating shaft is established to hook and is provided with at least one fillet surface in free end, and each card establishes the lateral surface hooked near this free end to be provided with an inclined-plane, can open more than 90 degree so as to allowing door, each card of this rotating shaft is established to hook and is provided with a crowning in this inclined-plane place, so as to increasing the structural strength of this rotating shaft, this rotating shaft is respectively equipped with an arc surface in the both sides of this contact surface, so as to increasing opposing wearing and tearing or the intensity of bursting apart, and this rotating shaft in top and bottom respectively radial direction be arranged with one in conjunction with plane;
Being respectively equipped with one between the abutment face of this sleeve with each buckling hook and respectively blocking with this rotating shaft the recessed face established and hook crowning and recline mutually, when shutting so as to allowing door, making the abutment face of this sleeve can be resisted against the contact surface of this rotating shaft smoothly; And
This folder door group is provided with a fixed head and two fixed blocks, this fixed head is fixedly arranged on the medial surface of one clamping plate and is located at end face and the bottom surface of this cylinder base, this fixed head is arranged with two combined holes combined with this rotating shaft top and bottom respectively, this combined hole upper limb is provided with at least one groove that allows, and two fixed blocks and this fixed head set firmly mutually and combine and leave a space with two of this rotating shaft in conjunction with interplanar respectively, each fixed block is respectively equipped with at least one screw departing from fixed block center, by each screw locking to push against two of rotating shaft in conjunction with plane, so as to two clamping plate are combined and the adjustable installing angle organized fixing relative to this with this rotating shaft.
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| CN201310206699.2A CN104213791B (en) | 2013-05-29 | 2013-05-29 | For the Hydraulic hinge buffer of door |
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| CN201310206699.2A CN104213791B (en) | 2013-05-29 | 2013-05-29 | For the Hydraulic hinge buffer of door |
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| CN104213791A CN104213791A (en) | 2014-12-17 |
| CN104213791B true CN104213791B (en) | 2016-04-20 |
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| CN201310206699.2A Active CN104213791B (en) | 2013-05-29 | 2013-05-29 | For the Hydraulic hinge buffer of door |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2567221B (en) * | 2017-10-06 | 2019-12-11 | Yung Lau Sau | Damped Hinge |
| CN111021857B (en) * | 2018-10-09 | 2021-06-04 | 稳多企业股份有限公司 | Buffering hinge |
| CN111021860A (en) * | 2018-10-09 | 2020-04-17 | 茗旸工业股份有限公司 | Hinge suitable for glass door |
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| US5867869A (en) * | 1994-10-06 | 1999-02-09 | Chmi | Pressure hinge device for glass door or panel |
| CN2753856Y (en) * | 2004-12-20 | 2006-01-25 | 稳多企业股份有限公司 | Adjustable glass door automatic homing hinge |
| TWM311754U (en) * | 2006-10-19 | 2007-05-11 | Door & Window Hardware Co | Holding seat for frame-less glass door |
| CN101473100A (en) * | 2006-05-03 | 2009-07-01 | 迪亚诺拉·戈西奥 | Hinge structure for self-closing doors or the like, particularly glass doors or the like, and assembly incorporating such structure |
| CN201705094U (en) * | 2010-01-22 | 2011-01-12 | 邹忠 | Hydraulic damping floor spring of glass door |
| GB2472883A (en) * | 2009-08-18 | 2011-02-23 | Chung Chow | A self centering glass door hinge having a plurality of biased positions |
| CN202047695U (en) * | 2011-03-28 | 2011-11-23 | 毅太企业股份有限公司 | Spring damping hinge and controller thereof |
| CN102472069A (en) * | 2009-07-24 | 2012-05-23 | 多玛两合有限公司 | Hinged door with a hinge plate |
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|---|---|---|---|---|
| US5867869A (en) * | 1994-10-06 | 1999-02-09 | Chmi | Pressure hinge device for glass door or panel |
| CN2753856Y (en) * | 2004-12-20 | 2006-01-25 | 稳多企业股份有限公司 | Adjustable glass door automatic homing hinge |
| CN101473100A (en) * | 2006-05-03 | 2009-07-01 | 迪亚诺拉·戈西奥 | Hinge structure for self-closing doors or the like, particularly glass doors or the like, and assembly incorporating such structure |
| TWM311754U (en) * | 2006-10-19 | 2007-05-11 | Door & Window Hardware Co | Holding seat for frame-less glass door |
| CN102472069A (en) * | 2009-07-24 | 2012-05-23 | 多玛两合有限公司 | Hinged door with a hinge plate |
| GB2472883A (en) * | 2009-08-18 | 2011-02-23 | Chung Chow | A self centering glass door hinge having a plurality of biased positions |
| CN201705094U (en) * | 2010-01-22 | 2011-01-12 | 邹忠 | Hydraulic damping floor spring of glass door |
| CN202047695U (en) * | 2011-03-28 | 2011-11-23 | 毅太企业股份有限公司 | Spring damping hinge and controller thereof |
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| Publication number | Publication date |
|---|---|
| CN104213791A (en) | 2014-12-17 |
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