CN109138201A - A kind of self-locking type para-seismic support being easily installed - Google Patents
A kind of self-locking type para-seismic support being easily installed Download PDFInfo
- Publication number
- CN109138201A CN109138201A CN201810987127.5A CN201810987127A CN109138201A CN 109138201 A CN109138201 A CN 109138201A CN 201810987127 A CN201810987127 A CN 201810987127A CN 109138201 A CN109138201 A CN 109138201A
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- Prior art keywords
- self
- base expanding
- crossbeam
- wing nut
- connector
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H9/00—Buildings, groups of buildings or shelters adapted to withstand or provide protection against abnormal external influences, e.g. war-like action, earthquake or extreme climate
- E04H9/02—Buildings, groups of buildings or shelters adapted to withstand or provide protection against abnormal external influences, e.g. war-like action, earthquake or extreme climate withstanding earthquake or sinking of ground
- E04H9/021—Bearing, supporting or connecting constructions specially adapted for such buildings
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/18—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons
- E04B1/24—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons the supporting parts consisting of metal
- E04B1/2403—Connection details of the elongated load-supporting parts
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/18—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons
- E04B1/24—Structures comprising elongated load-supporting parts, e.g. columns, girders, skeletons the supporting parts consisting of metal
- E04B1/2403—Connection details of the elongated load-supporting parts
- E04B2001/2406—Connection nodes
Abstract
The present invention relates to para-seismic support fields, in particular to a kind of self-locking type para-seismic support being easily installed, sliding rail rack is mounted on connector and is close to roof setting, commodity shelf is mounted on the one end of connector far from roof, connector includes the rear base expanding and base expanding hangs muscle and rear base expanding and base expanding anchor bolt being fixedly mounted on roof, the bottom of crossbeam connector is provided with the second self-locking structure being threadedly coupled with rear base expanding and base expanding hangs muscle, the first self-locking structure being threadedly coupled with rear base expanding and base expanding anchor bolt is equipped in first crossbeam and second cross beam, the 7th self-locking structure being threadedly coupled with rear base expanding and base expanding hangs muscle is equipped in glove beam, four oblique pull brackets at the rear of the two sides and connector that are located at connector are installed on sliding rail rack, reinforced support is installed between sliding rail rack and commodity shelf on connector, the bracket is installed to roof after can completing assembly on the ground again , all bindiny mechanisms are self-locking structure, are 45 degree of angles of the standard that may be mounted to without using Angle-Measuring Equipment, it is quick, convenient to install.
Description
Technical field
The present invention relates to para-seismic support field, in particular to a kind of self-locking type para-seismic support being easily installed.
Background technique
Existing para-seismic support needs preparatory unwrapping wire during installation, measures size, on-site cutting channel steel and screw rod,
It also needs constantly to measure angle during installation, so that be in 45 degree between reinforcing rib and main reinforcement, worker's whole process station when installation
Aloft, it constructs overhead, it is not only dangerous, it is also time-consuming and laborious, and also bracket is all made of hex nut installation in traditional technology,
Vibration can be generated when due to earthquake, spring washer is caused to loosen, and then leads to nut loosening, be may be such that bracket decomposes, needed one
The para-seismic support that kind is easily installed, after the installation is completed can be self-locking, additionally it is possible to most of assembly is carried out on ground, after having assembled
It is installed on roof again, worker aloft only needs to carry out a small amount of assembly that entire installation can be completed, and without using angulation
Equipment is 45 degree of angles of the standard that may be mounted to.
Chinese patent CN107740505A discloses a kind of para-seismic support being easily installed, and the side of the slide plate is fixed to be connected
It is connected to the first spring, two opposite one end of strut are hinged with connector sleeve, are connected with first on the inside of the connector sleeve
Threaded rod, the side of second slot inner cavity are fixedly connected with second spring, and the side of the second spring is fixedly connected with
Connecting rod, the two sides of the upper backup pad bottom are fixedly connected to telescopic mast, and the inner cavity of the telescopic mast, which is connected with, stretches
Contracting bar is fixedly connected with third spring, first fixed block and the second fixed block between the upper backup pad and lower supporting plate
Inside be threaded with the second threaded rod.The present invention is fixed by the first threaded rod, the second threaded rod, connecting rod, first
Block, the second fixed block, strut and connector sleeve, second spring, upper backup pad, lower supporting plate, third spring, stretch the first spring
The use of column and telescopic rod, so that the para-seismic support is easily installed.
The bracket of the patent disclosure increases a large amount of damping while being easily installed damping, reduces peace
Workload is also increased while filling workload, and does not consider brace in design process, whole anti-seismic performance needs to be practiced
It examines.
Summary of the invention
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of para-seismic support being easily installed, Ke Yi
It is installed to roof again after completing assembly on ground, all bindiny mechanisms are self-locking structure, can be pacified without using Angle-Measuring Equipment
45 degree of angles of standard are dressed up, it is quick, convenient to install.
To solve the above problems, the present invention the following technical schemes are provided:
A kind of self-locking type para-seismic support being easily installed, including sliding rail rack, connector and commodity shelf, connector are fixed
It is mounted on roof, sliding rail rack is mounted on connector and is close to roof setting, and commodity shelf is mounted on connector far from room
The one end on top, sliding rail rack include that horizontally disposed first crossbeam and two are horizontally disposed with and perpendicular to the second of first crossbeam
Crossbeam, the length of second cross beam are equal to the side of second cross beam at a distance from first crossbeam nearer end mouth, first crossbeam and second
The crossbeam connector of connection first crossbeam and second cross beam is installed, connector includes to be fixedly mounted on roof on crossbeam
Base expanding and base expanding hangs muscle and rear base expanding and base expanding anchor bolt afterwards, rear base expanding and base expanding hangs muscle are arranged through first crossbeam and crossbeam connector, and crossbeam connector
Bottom is provided with the second self-locking structure being threadedly coupled with rear base expanding and base expanding hangs muscle, and rear base expanding and base expanding anchor bolt is through the both ends of first crossbeam and the
Two crossbeams are arranged far from one end of first crossbeam, and the be threadedly coupled with rear base expanding and base expanding anchor bolt is equipped in first crossbeam and second cross beam
One self-locking structure, commodity shelf include glove beam that is horizontally disposed and being mounted on rear base expanding and base expanding hangs muscle bottom end, are equipped in glove beam
The 7th self-locking structure being threadedly coupled with rear base expanding and base expanding hangs muscle is equipped with the four piece oblique pull branch hinged with commodity shelf on sliding rail rack
Frame, it is 45 that four oblique pull brackets, which are located between the two sides of connector and the rear of connector and oblique pull bracket and connector,
Angle is spent, reinforced support is installed between sliding rail rack and commodity shelf on connector.
Further, first crossbeam, second cross beam and glove beam are the inner bead C-type steel that bottom surface offers round, the
One crossbeam, second cross beam and glove beam are opening down setting, and the first self-locking structure includes horizontal with first crossbeam or second
The wing nut that beam is threadedly coupled, wing nut are the nut of flat pattern, and the centre of wing nut is provided with threaded hole, aerofoil profile
Two sides and the band mark of mouth slot parallel to each other of nut being provided on one side positioned at threaded hole, with mark of mouth slot and inner bead C-type steel
Inner edge clamping, the length of wing nut are less than the inner width of inner bead C-type steel, and the catercorner length of wing nut is greater than inner bead C
The inner width of fashioned iron, the width of wing nut are less than the curled open width of inner bead C-type steel, the 7th self-locking structure and first self-locking
Structure is identical structure.
Further, crossbeam connector includes the first sleeve being set on first crossbeam and sets perpendicular to first crossbeam
The second sleeve set, first sleeve and second sleeve are that square sleeve and first sleeve and second sleeve are integrated, the
The through-hole being connected to the round opened up on first crossbeam or second cross beam is provided on one sleeve and second sleeve, rear base expanding and base expanding is hung
Muscle passes through first crossbeam and the through-hole that be connected to round on first crossbeam is arranged, and second cross beam and is connected to round on second cross beam
Through-hole on bolt is installed.
Further, the second self-locking structure includes the self-locking grooves and wing nut that crossbeam connector bottom is arranged in,
It is wider than the length of wing nut in self-locking grooves but is less than the catercorner length of wing nut, wing nut and wing nut is
Identical structure.
Further, rear base expanding and base expanding hangs muscle includes the rear base expanding and base expanding anchor bolt set being inserted into roof aperture and is inserted into rear base expanding and base expanding
Screw rod in anchor bolt set.
Further, oblique pull bracket includes in the cant beam of 45 degree of angles and to be mounted on the first of cant beam both ends with connector
Self-latching hinge and third self-latching hinge are hinged on first crossbeam or second cross beam and hinged second self-locking of the first self-latching hinge
Hinge is hinged with fourth self-latching hinge hinged with third self-latching hinge in rear base expanding and base expanding hangs muscle.
Further, the first self-latching hinge includes the card for being slidably mounted in first crossbeam or second cross beam bottom end
Block and the knuckle being hinged on fixture block, fixture block includes the plate for being attached to first crossbeam or second cross beam bottom end, plate two sides
Equipped with the flange for upwardly extending and being connected on the outside of first crossbeam or second cross beam, the center of plate is equipped with through-hole, and the one of fixture block
Side is equipped with the wing nut slided in first crossbeam or second cross beam, and wing nut is identical structure with wing nut, leads to
The lag bolt for sequentially passing through knuckle, fixture block and wing nut is installed, lag bolt exposes two after passing through wing nut in hole
Length, the second self-latching hinge include be slidably mounted in cant beam bottom end fixture block and the knuckle being hinged on fixture block,
The side of fixture block is equipped with the wing nut slided in cant beam, is equipped on knuckle and sequentially passes through knuckle, fixture block, aerofoil profile
The stay bolt of nut and cant beam, stay bolt pass through the round setting on cant beam, and knuckle and knuckle are identical structure, fixture block and
Fixture block is identical structure, and wing nut and wing nut are identical structure.
Further, knuckle include the first rotor and perpendicular to the first rotor setting the second rotor, first turn
Piece is integrated with the second rotor, and through-hole is provided on the first rotor and the second rotor, and the first rotor passes through through-hole and short spiral shell
Bolt or stay bolt are hinged, and the second rotor on the second rotor and the second self-latching hinge on the first self-latching hinge passes through through-hole each other
Hingedly, the diagonal grooves with the end face of the first rotor in 45 degree of angles, the bottom surface of the first rotor are provided on the end face of the second rotor
It is provided with the self-locking fixture block that can be accommodated lag bolt or stay bolt and limit lag bolt or stay bolt rotation.
Further, third self-latching hinge and the second self-latching hinge are identical structure, and the 4th self-latching hinge includes hinged
The knuckle on third self-latching hinge is connect, the other end of knuckle and rear base expanding and base expanding hangs muscle are hinged, and knuckle is equipped with and rear expansion
The hex nut that bottom hangs muscle is threadedly coupled and abuts with knuckle upper surface, knuckle is identical with slewing journal structure, on knuckle
Not set self-locking fixture block.
Further, reinforced support includes the vertical beam for being vertically arranged and being set on the outside of connector and is mounted on vertical beam
V-type put more energy into device, vertical beam is inner bead C-type steel identical with first crossbeam specification, and V-type device of putting more energy into includes bolt, aerofoil profile spiral shell
Female and V-type fixture block, wing nut are threadably mounted at the middle-end of bolt, and V-type fixture block is threadably mounted at the bottom end of bolt, wing nut
Identical with wing nut specification, the bottom end of V-type fixture block is abutted with the plate inner wall of vertical beam and the inner surface of V-type fixture block expands with rear
The outer of bottom hangs muscle abuts, and wing nut is slidably mounted on the inner bead of vertical beam, and the both ends of vertical beam are mounted on V-type and add
Strength device.
The utility model has the advantages that
Worker passes through crossbeam connector on the ground and first crossbeam and second cross beam is assembled into a whole sliding rail rack,
Then it is drilled on roof according to the size of sliding rail rack and rear base expanding and base expanding hangs muscle and rear base expanding and base expanding anchor bolt is mounted on roof, then will
Sliding rail rack is installed on connector and sliding rail rack is fixed by wing nut, and sliding rail rack makes under the effect of gravity
It obtains wing nut to be pushed against inside first crossbeam, second cross beam or self-locking grooves, wing nut can not be in first crossbeam, the second cross
It is self-locking that beam or self-locking grooves internal rotating complete sliding rail rack, and the 4th self-latching hinge is mounted on connector by subsequent worker
On, then commodity shelf is mounted on connector and is completed to the self-locking of commodity shelf, then by the 7th self-locking structure
Second self-latching hinge is mounted on one end of cant beam and third self-latching hinge is mounted on to the other end of cant beam, then certainly by first
Lock hinge directly slides into first crossbeam or second cross beam after being completed, and the angle of cant beam is adjusted by diagonal grooves,
So that cant beam and rear base expanding and base expanding hangs muscle are made self-locking in 45 degree of angles and the position of determining first self-latching hinge by the first rotor of rotation
Fixture block blocks lag bolt so that lag bolt is tightened in first crossbeam or the second cross under the action of interim the first rotor of spanner
Liang Shang, then the first self-latching hinge, the second self-latching hinge and third self-latching hinge, the 4th self-latching hinge are passed through into bolted splice, from
And it is self-locking that oblique pull bracket is completed in the vertical direction, and finally reinforced support is mounted in rear base expanding and base expanding hangs muscle to rear base expanding and base expanding
Hangs muscle is reinforced, that is, completes the integral installation of para-seismic support, in addition to the first self-latching hinge, the second Self-locking hinge after being installed
It is sliding rail rack, connector, oblique pull bracket and glove outside bolted splice between chain or third self-latching hinge, the 4th self-latching hinge
The installation of bracket all pass through self-locking structure complete it is self-locking so that earthquake generate vibration can not make sliding rail rack, connector,
Connection between oblique pull bracket and commodity shelf generates loosening, while can also be by the first self-latching hinge, the second Self-locking hinge
Bolted splice between chain or third self-latching hinge, the 4th self-latching hinge is joined using self-locking type bolt, so that antidetonation branch
The entirety of frame is self-locking structure.
It, after the assembly is completed can be directly according to cunning by sliding rail rack without the scribing line measurement size on roof 1. installation is simple
Installation site of the base expanding and base expanding anchor bolt on roof after the size of rail bracket determines；
2. sliding rail rack, oblique pull bracket can be installed on the ground, time saving and energy saving；
3. the bindiny mechanism of the para-seismic support is self-locking structure, connection will not be caused to loosen because of vibration.
Detailed description of the invention
Fig. 1 is perspective view of the invention；
Fig. 2 is front view of the invention；
Fig. 3 is side view of the invention；
Fig. 4 is stereogram exploded view one of the invention；
Fig. 5 is stereogram exploded view two of the invention；
Fig. 6 is enlarged drawing at the A of Fig. 2 of the present invention；
Fig. 7 is enlarged drawing at the B of Fig. 3 of the present invention；
Fig. 8 is enlarged drawing at the C of Fig. 3 of the present invention；
Fig. 9 is enlarged drawing at the D of Fig. 4 of the present invention；
Figure 10 is oblique pull perspective view of the invention；
Figure 11 is the stereogram exploded view of the first self-latching hinge and the second self-latching hinge of the invention；
Figure 12 is reinforced support top view of the invention；
Description of symbols: sliding rail rack 01, first crossbeam 1a0, second cross beam 1b0, crossbeam connector 1c0, first set
Cylinder 1c1, second sleeve 1c2, through-hole 1c3, the first self-locking structure 1d0, wing nut 1d1, threaded hole 1d2, band mark of mouth slot 1d3,
Second self-locking structure 1e0, self-locking grooves 1e1, wing nut 1e2, connector 02, rear base expanding and base expanding hangs muscle 2a0, screw rod 2a1, rear base expanding and base expanding anchor
Bolt covers 2a2, rear base expanding and base expanding anchor bolt 2b0, oblique pull bracket 03, cant beam 3a0, the first self-latching hinge 3b0, knuckle 3f0, the first rotor
3f1, self-locking fixture block 3f5, the second rotor 3f2, through-hole 3f3, diagonal grooves 3f4, fixture block 3b1, plate 3b4, flange 3b5, through-hole
3b6, wing nut 3b2, lag bolt 3b3, the second self-latching hinge 3c0, knuckle 3c1, fixture block 3c2, wing nut 3c3, long spiral shell
Bolt 3c4, third self-latching hinge 3d0, the 4th self-latching hinge 3e0, knuckle 3e1, hex nut 3e2, reinforced support 04, vertical beam
4a0, V-type are put more energy into device 4b0, and bolt 4b1, wing nut 4b2, V-type fixture block 4b3, commodity shelf 05, glove beam 5a0, the 7th is self-locking
Structure 5b0.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail:
Referring to figs. 1 to a kind of self-locking type para-seismic support being easily installed described in Figure 12, including sliding rail rack 1, connector 2
With commodity shelf 5, connector 2 is fixedly mounted on roof, and sliding rail rack 1 is mounted on connector 2 and is close to roof setting, is set
Object bracket 5 is mounted on the one end of connector 2 far from roof, and sliding rail rack 1 includes horizontally disposed first crossbeam 1a and two
It is horizontally disposed and perpendicular to the second cross beam 1b of first crossbeam 1a, side of the length of second cross beam 1b equal to second cross beam 1b with
Connection first crossbeam 1a and second is installed horizontal on the distance of first crossbeam 1a nearer end mouth, first crossbeam 1a and second cross beam 1b
The crossbeam connector 1c of beam 1b, connector 2 include the rear base expanding and base expanding hangs muscle 2a and rear base expanding and base expanding anchor bolt 2b being fixedly mounted on roof,
Base expanding and base expanding hangs muscle 2a is arranged through first crossbeam 1a and crossbeam connector 1c afterwards, and the bottom of crossbeam connector 1c is provided with and expands with after
Both ends and second cross beam 1b of the second the self-locking structure 1e, rear base expanding and base expanding anchor bolt 2b that bottom hangs muscle 2a is threadedly coupled through first crossbeam 1a
One end far from first crossbeam 1a is arranged, and is equipped in first crossbeam 1a and second cross beam 1b and to be threadedly coupled with rear base expanding and base expanding anchor bolt 2b
First self-locking structure 1d, commodity shelf 5 include glove beam 5a that is horizontally disposed and being mounted on the rear bottom end base expanding and base expanding hangs muscle 2a, glove
It is equipped with the 7th self-locking structure 5b being threadedly coupled with rear base expanding and base expanding hangs muscle 2a in beam 5a, is equipped with and commodity shelf 5 on sliding rail rack 1
Four hinged oblique pull brackets 3, four oblique pull brackets 3 are located at the two sides of connector 2 and rear and the oblique pull of connector 2
It is 45 degree of angles between bracket 3 and connector 2, reinforcement is installed between sliding rail rack 1 and commodity shelf 5 on connector 2
Bracket 4, worker assemble first crossbeam 1a, second cross beam 1b and crossbeam connector 1c on the ground, incite somebody to action after being combined into an entirety
Sliding rail rack 1 is entirely installed on roof, and subsequent worker assembles oblique pull bracket 3 on the ground, after the assembly is completed by oblique pull bracket 3
One end slide into sliding rail rack 1 and be set on rear base expanding and base expanding hangs muscle 2a, then reinforced support 4 and commodity shelf 5 are mounted on
Afterwards on base expanding and base expanding hangs muscle 2a, so that sliding rail rack 1 and oblique pull bracket 3 can be completed to assemble on the ground, so that the installation of half
Journey has been transferred to ground from high-altitude, and installation is easier, is mounted on four oblique pull branch at 2 rear of 2 two sides of connector and connector
Frame 3 makes the X-axis of the lower end of connector 2 in the horizontal plane and Y-axis be displaced the limitation by oblique pull bracket 3, enhances shock resistance
Can, while the reinforced support 4 being mounted on connector 2 strengthens the middle-end bending resistance of connector 2.
First crossbeam 1a, second cross beam 1b and glove beam 5a are the inner bead C-type steel that bottom surface offers round, and first is horizontal
Beam 1a, second cross beam 1b and glove beam 5a are opening down setting, the first self-locking structure 1d include with first crossbeam 1a or
The wing nut 1d1 that second cross beam 1b is threadedly coupled, wing nut 1d1 are the nut of flat pattern, the centre of wing nut 1d1
It is provided with threaded hole 1d2, two sides and the band mark of mouth parallel to each other of wing nut 1d1 being provided on one side positioned at threaded hole 1d2
Slot 1d3, the inner edge with mark of mouth slot 1d3 and inner bead C-type steel are clamped, and the length of wing nut 1d1 is less than the interior of inner bead C-type steel
Width, the catercorner length of wing nut 1d1 are greater than the inner width of inner bead C-type steel, and the width of wing nut 1d1 is less than inner bead C
The curled open width of fashioned iron, the 7th self-locking structure 5b are identical structure with the first self-locking structure 1d, and worker is first by first crossbeam
1a and second cross beam 1b is set in the screw thread of rear base expanding and base expanding hangs muscle 2a or rear base expanding and base expanding anchor bolt 2b by the round above inner bead C-type steel
On bar, then lift first crossbeam 1a or second cross beam 1b and by wing nut 1d1 be rotatably mounted on rear base expanding and base expanding hangs muscle 2a or
Afterwards on base expanding and base expanding anchor bolt 2b, after wing nut 1d1 to be rotated to certain height, first crossbeam 1a or second cross beam 1b, which are put down, to be made
The opening that wing nut 1d1 is obtained across first crossbeam 1a or second cross beam 1b is connected to the interior of first crossbeam 1a or second cross beam 1b
On surface, since the catercorner length of wing nut 1d1 is greater than the inner width of inner bead C-type steel, so that wing nut 1d1 is first
It can not be rotated inside crossbeam 1a or second cross beam 1b, so as to complete the self-locking of the first self-locking structure 1d, due to the 7th self-locking knot
Structure 5b and the first self-locking structure 1d is identical structure, can similarly obtain glove beam 5a and be set on first crossbeam 1a and by aerofoil profile spiral shell
Female 1d1, which is rotatably mounted on inside glove beam 5a, can be realized the self-locking of the 7th self-locking structure 5b.
Crossbeam connector 1c includes the first sleeve 1c1 being set on first crossbeam 1a and sets perpendicular to first crossbeam 1a
The second sleeve 1c2 set, first sleeve 1c1 and second sleeve 1c2 are square sleeve and first sleeve 1c1 and second sleeve
1c2 is integrated, and is provided on first sleeve 1c1 and second sleeve 1c2 and is opened up on first crossbeam 1a or second cross beam 1b
Round connection through-hole 1c3, the through-hole that rear base expanding and base expanding hangs muscle 2a passes through first crossbeam 1a and is connected to round on first crossbeam 1a
1c3 setting, is equipped with bolt on second cross beam 1b and the through-hole 1c3 being connected to round on second cross beam 1b, and worker is by first set
Cylinder 1c1 is set on first crossbeam 1a, and after adjusting suitable position, second cross beam 1b is inserted into second sleeve 1c2, and
Second cross beam 1b is fixedly connected with second sleeve 1c2 by bolt, so as to form the sliding rail rack 1 of an entirety, then
Sliding rail rack 1 can be entirely installed on roof by worker.
Second self-locking structure 1e includes the self-locking grooves 1e1 and wing nut 1e2 that the bottom crossbeam connector 1c is arranged in, from
Locked groove 1e1 in be wider than wing nut 1e2 length but be less than wing nut 1e2 catercorner length, wing nut 1e2 and
Wing nut 1d1 is identical structure, and worker is inserted into rear base expanding and base expanding hangs muscle 2a after assembling sliding rail rack 1 and lifts upwards, with
Wing nut 1e2 is installed on rear base expanding and base expanding hangs muscle 2a afterwards and rotates to suitable height, subsequent worker puts down sliding rail rack 1
So that wing nut 1e2 is naturally entered inside self-locking grooves 1e1, subsequent wing nut 1e2 is blocked by self-locking grooves 1e1 and cannot be revolved
Turn, so as to complete the self-locking of the second self-locking structure 1e.
Base expanding and base expanding hangs muscle 2a includes the rear base expanding and base expanding anchor bolt set 2a2 being inserted into roof aperture and is inserted into rear base expanding and base expanding anchor bolt afterwards
The screw rod 2a1 in 2a2 is covered, rear base expanding and base expanding anchor bolt may make to cover 2a2 base expanding and base expanding in roof aperture by rotary screw 2a1, thus
So that screw rod 2a1 is fixed on roof, conventional processes are that rear base expanding and base expanding anchor bolt 2b is mounted on roof, then pass through screw shell
Screw rod 2a1 is connected with rear base expanding and base expanding anchor bolt 2b, a procedure can be saved using rear base expanding and base expanding hangs muscle 2a.
Oblique pull bracket 3 include with connector 2 in the cant beam 3a of 45 degree angles and be mounted on the both ends cant beam 3a first oneself
It is hinged on lock hinge 3b and third self-latching hinge 3d, first crossbeam 1a or second cross beam 1b hinged with the first self-latching hinge 3b
It is hinged with the fourth self-latching hinge 3e hinged with third self-latching hinge 3d on second self-latching hinge 3c, rear base expanding and base expanding hangs muscle 2a, first
Self-latching hinge 3b and the second self-latching hinge 3c is combined into the first antidetonation connector by bolted splice, and third self-latching hinge 3d
The second antidetonation connector is combined by bolted splice with the 4th self-latching hinge 3e, cant beam 3a by the first antidetonation connector with
Sliding rail rack 1 connects, and cant beam 3a is connect by the second antidetonation connector with rear base expanding and base expanding hangs muscle 2a, oblique pull bracket 3 and sliding rail rack 1
Or rear base expanding and base expanding hangs muscle 2a hingedly makes oblique pull bracket 3 remain rear base expanding and base expanding hangs muscle while limiting rear base expanding and base expanding hangs muscle 2a movement
The elastic deformation of 2a to a certain extent.
First self-latching hinge 3b includes the fixture block 3b1 for being slidably mounted in first crossbeam 1a or the bottom end second cross beam 1b
It include the plate for being attached to first crossbeam 1a or the bottom end second cross beam 1b with the knuckle 3f being hinged on fixture block 3b1, fixture block 3b1
3b4, the two sides plate 3b4 are equipped with the flange 3b5 for upwardly extending and being connected on the outside of first crossbeam 1a or second cross beam 1b, plate
The center of 3b4 is equipped with through-hole 3b6, and the side of fixture block 3b1 is equipped with the aerofoil profile slided in first crossbeam 1a or second cross beam 1b
Nut 3b2, wing nut 3b2 and wing nut 1d1 are identical structure, are equipped in through-hole 3b6 and sequentially pass through knuckle 3f, card
The lag bolt 3b3 of block 3b1 and wing nut 3b2, lag bolt 3b3 pass through the length of exposing two after wing nut 3b2, and second certainly
Locking hinge 3c includes the fixture block 3c2 and the knuckle 3c1 being hinged on fixture block 3c2 for being slidably mounted in the bottom end cant beam 3a,
The side of fixture block 3c2 is equipped with the wing nut 3c3 slided in cant beam 3a, is equipped on knuckle 3c1 and sequentially passes through steering
The stay bolt 3c4 of 3c1, fixture block 3c2, wing nut 3c3 and cant beam 3a are saved, stay bolt 3c4 passes through the round setting on cant beam 3a,
Knuckle 3c1 is identical structure with knuckle 3f, and fixture block 3c2 is identical structure, wing nut 3c3 and aerofoil profile spiral shell with fixture block 3b1
Female 3b2 is identical structure, and worker is linked together knuckle 3f, fixture block 3b1 and wing nut 3b2 by lag bolt 3b3, is blocked
The gap formed between block 3b1 and wing nut 3b2 may be stuck in the inner bead upper and lower ends of inner bead C-type steel just, so that the
One self-latching hinge 3b can be slided on first crossbeam 1a or second cross beam 1b, and flange 3b5 is stuck in first crossbeam 1a or second cross beam
The two sides 1b rotate fixture block 3b1 will not on first crossbeam 1a or second cross beam 1b, and lag bolt 3b3 passes through wing nut 3b2
Exposing two length afterwards makes lag bolt 3b3 will not when sliding on first crossbeam 1a or second cross beam 1b with fixture block 3b1
It is collided with rear base expanding and base expanding anchor bolt 2b, the principle and the first self-latching hinge 3b that the second self-latching hinge 3c is mounted on cant beam 3a are mounted on the
Principle on one crossbeam 1a or second cross beam 1b is identical, and the round that stay bolt 3c4 is passed through on cant beam 3a makes the second self-latching hinge
3c can only be slided in a round of cant beam 3a, and the second self-latching hinge 3c will not be skidded off except cant beam 3a.
Knuckle 3f includes the first rotor 3f1 and the second rotor 3f2 perpendicular to the first rotor 3f1 setting, and first turn
Piece 3f1 is integrated with the second rotor 3f2, is provided with through-hole 3f3, the first rotor on the first rotor 3f1 and the second rotor 3f2
3f1 is hinged by through-hole 3f3 and lag bolt 3b3 or stay bolt 3c4, the second rotor 3f2 and second on the first self-latching hinge 3b
The second rotor 3f2 on self-latching hinge 3c is mutually hinged by through-hole 3f3, is provided on the end face of the second rotor 3f2 and first
The end face of rotor 3f1 is in the diagonal grooves 3f4 at 45 degree of angles, and the bottom surface of the first rotor 3f1, which is provided with, can accommodate lag bolt 3b3 or length
Bolt 3c4 and the self-locking fixture block 3f5 for limiting lag bolt 3b3 or stay bolt 3c4 rotation, worker, which sequentially passes through stay bolt 3c4, to be turned
Cant beam 3a is passed through to saving 3c1, fixture block 3c2 and wing nut 3c3 and rotating stay bolt 3c4, then can directly pass through rotation
Turning knuckle 3c1 makes self-locking fixture block 3f5 block the outer of stay bolt 3c4 to drive stay bolt 3c4 to rotate, and can so incite somebody to action
Knuckle 3c1 tightens stay bolt 3c4 as interim spanner, to complete fastening peace of the second self-latching hinge 3c on cant beam 3a
Dress, it is then that the second self-latching hinge 3c and the first self-latching hinge 3b is hinged so that the second self-latching hinge 3c can not be in cant beam
The surface pivots of 3a complete the self-locking of the second self-latching hinge 3c, assemble the first self-latching hinge 3b simultaneously according to identical principle
First self-latching hinge 3b is connected on first crossbeam 1a or second cross beam 1b, lag bolt 3b3 is abutted with the first rotor 3f1 and quilt
Self-locking fixture block 3f5 limits the rotation of lag bolt 3b3, while the first self-latching hinge 3b and the second self-latching hinge 3c are hinged
So that the first self-latching hinge 3b can not also be rotated in the horizontal plane, that is, complete self-locking, the diagonal grooves of the first self-latching hinge 3b
3f4 is preset groove, and worker can pass through the first self-latching hinge 3b and the second self-latching hinge 3c diagonal recessed during installing
Slot 3f4 alignment, can will be set as 45 degree of angles, without using angulation between the first self-latching hinge 3b and the second self-latching hinge 3c
Device.
Third self-latching hinge 3d and the second self-latching hinge 3c is identical structure, and the 4th self-latching hinge 3e includes to be hinged on the
Knuckle 3e1 on three self-latching hinge 3d, the other end of knuckle 3e1 and rear base expanding and base expanding hangs muscle 2a are hinged, and knuckle 3e1 is equipped with
The hex nut 3e2 for being threadedly coupled with rear base expanding and base expanding hangs muscle 2a and being abutted with the upper surface knuckle 3e1, knuckle 3e1 and knuckle
3f structure is identical, and not set self-locking fixture block on knuckle 3e1, worker is first by third self-latching hinge 3d according to the second self-latching hinge 3c
Identical step installs, and then hex nut 3e2 is placed on knuckle 3e1 and hex nut 3e2 is stuck in certainly
In lock card block 3f5, subsequent worker together with the hex nut 3e2 synchronous rotary being connected in knuckle 3e1 and pacifies knuckle 3e1
On rear base expanding and base expanding hangs muscle 2a, knuckle 3e1 rotates to the height higher than one commodity shelf 5 of installation site, to be installed complete to set
Object bracket 5 and then knuckle 3e1 is rotated so that the lower surface of knuckle 3e1 is abutted with the upper surface of glove beam 5a,
Again by the 4th self-latching hinge 3e together with third self-latching hinge 3d is by bolted splice, so as to complete the second antidetonation connector
Installation, third self-latching hinge 3d is completed self-locking by stay bolt 3c4 and self-locking fixture block 3f5 at this time, and the 4th self-latching hinge
3e is completed self-locking by self-locking fixture block 3f5 and hex nut 3e2.
Reinforced support 4 includes the V for being vertically arranged and being set in the vertical beam 4a in 2 outside of connector and be mounted on vertical beam 4a
Type is put more energy into device 4b, and vertical beam 4a is inner bead C-type steel identical with first crossbeam 1a specification, and the V-type device 4b that puts more energy into includes bolt
4b1, wing nut 4b2 and V-type fixture block 4b3, wing nut 4b2 are threadably mounted at the middle-end of bolt 4b1, V-type fixture block 4b3 screw thread
It is mounted on the bottom end of bolt 4b1, wing nut 4b2 is identical with wing nut 1d1 specification, the bottom end of V-type fixture block 4b3 and vertical beam 4a
Plate inner wall abut and the inner surface of V-type fixture block 4b3 abutted with the outer of rear base expanding and base expanding hangs muscle 2a, wing nut 4b2 can be slided
It is mounted on the inner bead of vertical beam 4a dynamicly, the both ends of vertical beam 4a are mounted on V-type and put more energy into device 4b, and worker puts more energy into V-type device 4b
It is mounted on vertical beam 4a and is covered by vertical beam 4a and V-type the device 4b that puts more energy into the outside of rear base expanding and base expanding hangs muscle 2a, then tighten bolt 4b1
So that wing nut 4b2 and vertical beam 4a are fastenedly connected V-type fixture block 4b3 simultaneously and are tightly pressed against on rear base expanding and base expanding hangs muscle 2a, to complete
Reinforcement to rear base expanding and base expanding hangs muscle 2a.
Worker passes through crossbeam connector 1c0 on the ground and first crossbeam 1a0 and second cross beam 1b0 is assembled into an entirety
Then sliding rail rack 01 drills on roof according to the size of sliding rail rack 01 and by rear base expanding and base expanding hangs muscle 2a0 and rear base expanding and base expanding anchor bolt
2b0 is mounted on roof, then by sliding rail rack 01 be installed on connector 02 and by wing nut 1d1 to sliding rail rack 01 into
Row fix, sliding rail rack 01 make under the effect of gravity wing nut 1d1 be pushed against first crossbeam 1a0, second cross beam 1b0 or
Inside self-locking grooves 1e1, wing nut 1d1 can not make in first crossbeam 1a0, second cross beam 1b0 or self-locking grooves 1e1 internal rotating
Sliding rail rack 01 completes self-locking, and the 4th self-latching hinge 3e0 is mounted on connector 02 by subsequent worker, then by commodity shelf
05 is mounted on connector 02 and is completed by the 7th self-locking structure 5b0 to the self-locking of commodity shelf 05, then certainly by second
Lock hinge 3c0 is mounted on one end of cant beam 3a0 and third self-latching hinge 3d0 is mounted on to the other end of cant beam 3a0, then by the
One self-latching hinge 3b0 is directly slid into after being completed in first crossbeam 1a0 or second cross beam 1b0, and passes through diagonal grooves 3f4
The angle of cant beam 3a0 is adjusted, so that cant beam 3a0 and rear base expanding and base expanding hangs muscle 2a0 is in 45 degree of angles and the position of determining first self-latching hinge 3b0
It sets, makes self-locking fixture block 3f5 block lag bolt 3b3 so that lag bolt 3b3 is in interim spanner by rotating the first rotor 3f1
It is tightened under the action of first rotor 3f1 on first crossbeam 1a0 or second cross beam 1b0, then by the first self-latching hinge 3b0, second
Self-latching hinge 3c0 and third self-latching hinge 3d0, the 4th self-latching hinge 3e0 are by bolted splice, so that oblique pull bracket 03 exists
Completed on vertical direction it is self-locking, finally by reinforced support 04 be mounted on rear base expanding and base expanding hangs muscle 2a0 to rear base expanding and base expanding hangs muscle 2a0 carry out
It reinforces, that is, the integral installation of para-seismic support is completed, in addition to the first self-latching hinge 3b0, the second self-latching hinge 3c0 after being installed
It or is sliding rail rack 01, connector 02, oblique pull branch outside bolted splice between third self-latching hinge 3d0, the 4th self-latching hinge 3e0
The installation of frame 03 and commodity shelf 05 all pass through self-locking structure complete it is self-locking so that earthquake generate vibration can not make sliding rail
Connection between bracket 01, connector 02, oblique pull bracket 03 and commodity shelf 05 generates loosening, while can also be by first
Bolted splice between self-latching hinge 3b0, the second self-latching hinge 3c0 or third self-latching hinge 3d0, the 4th self-latching hinge 3e0 is adopted
Joined with self-locking type bolt, so that the entirety of para-seismic support is self-locking structure.
The above described is only a preferred embodiment of the present invention, not making any limit to technical scope of the invention
System, therefore any subtle modifications, equivalent variations and modifications to the above embodiments according to the technical essence of the invention,
In the range of still falling within technical solution of the present invention.
Claims (10)
1. a kind of self-locking type para-seismic support being easily installed, it is characterised in that: including sliding rail rack (1), connector (2) and glove
Bracket (5), connector (2) are fixedly mounted on roof, and sliding rail rack (1) is mounted on connector (2) and is close to roof setting,
Commodity shelf (5) is mounted on the one end of connector (2) far from roof, and sliding rail rack (1) includes horizontally disposed first crossbeam
(1a) and two are horizontally disposed and perpendicular to the second cross beam of first crossbeam (1a) (1b), and the length of second cross beam (1b) is equal to the
It is installed on first crossbeam (1a) and second cross beam (1b) at a distance from first crossbeam (1a) nearer end mouth the side of two crossbeams (1b)
There is the crossbeam connector (1c) of connection first crossbeam (1a) and second cross beam (1b), connector (2) includes to be fixedly mounted on room
Rear base expanding and base expanding hangs muscle (2a) and rear base expanding and base expanding anchor bolt (2b) on top, rear base expanding and base expanding hangs muscle (2a) connect through first crossbeam (1a) with crossbeam
Part (1c) setting, and the bottom of crossbeam connector (1c) is provided with the second self-locking structure being threadedly coupled with rear base expanding and base expanding hangs muscle (2a)
(1e), rear base expanding and base expanding anchor bolt (2b) is through the one end of both ends and second cross beam (1b) far from first crossbeam (1a) of first crossbeam (1a)
It is arranged, the first self-locking structure being threadedly coupled with rear base expanding and base expanding anchor bolt (2b) is equipped in first crossbeam (1a) and second cross beam (1b)
(1d), commodity shelf (5) include glove beam (5a) that is horizontally disposed and being mounted on rear base expanding and base expanding hangs muscle (2a) bottom end, glove beam
The 7th self-locking structure (5b) being threadedly coupled with rear base expanding and base expanding hangs muscle (2a) is equipped in (5a), sliding rail rack is equipped with and sets on (1)
Four hinged oblique pull brackets (3) of object bracket (5), four oblique pull brackets (3) are located at two sides and the connector of connector (2)
(2) rear and be 45 degree angles between oblique pull bracket (3) and connector (2), positioned at sliding rail rack (1) on connector (2)
Reinforced support (4) are installed between commodity shelf (5).
2. a kind of self-locking type para-seismic support being easily installed according to claim 1, it is characterised in that: first crossbeam
(1a), second cross beam (1b) and glove beam (5a) are the inner bead C-type steel that bottom surface offers round, first crossbeam (1a),
Two crossbeams (1b) and glove beam (5a) are opening down setting, the first self-locking structure (1d) include with first crossbeam (1a) or
The wing nut (1d1) that second cross beam (1b) is threadedly coupled, wing nut (1d1) are the nut of flat pattern, wing nut
The centre of (1d1) is provided with threaded hole (1d2), wing nut (1d1) be provided on one side positioned at threaded hole (1d2) two sides and
Band mark of mouth slot (1d3) parallel to each other, the inner edge with mark of mouth slot (1d3) and inner bead C-type steel are clamped, wing nut (1d1)
Length is less than the inner width of inner bead C-type steel, and the catercorner length of wing nut (1d1) is greater than the inner width of inner bead C-type steel, aerofoil profile
The width of nut (1d1) is less than the curled open width of inner bead C-type steel, the 7th self-locking structure (5b) and the first self-locking structure
(1d) is identical structure.
3. a kind of self-locking type para-seismic support being easily installed according to claim 1, it is characterised in that: crossbeam connector
(1c) include the first sleeve (1c1) being set on first crossbeam (1a) and perpendicular to first crossbeam (1a) setting second set
Cylinder (1c2), first sleeve (1c1) and second sleeve (1c2) are square sleeve and first sleeve (1c1) and second sleeve
(1c2) is integrated, and is provided in first sleeve (1c1) and second sleeve (1c2) and first crossbeam (1a) or second cross beam
The through-hole (1c3) of the round connection opened up on (1b), rear base expanding and base expanding hangs muscle (2a) pass through first crossbeam (1a) and and first crossbeam
Through-hole (1c3) setting that round is connected on (1a), second cross beam (1b) and the through-hole being connected to round on second cross beam (1b)
Bolt is installed on (1c3).
4. a kind of self-locking type para-seismic support being easily installed according to claim 3, it is characterised in that: the second self-locking structure
(1e) includes self-locking grooves (1e1) and wing nut (1e2) of the setting in the bottom crossbeam connector (1c), self-locking grooves (1e1)
Inside it is wider than the length of wing nut (1e2) but is less than the catercorner length of wing nut (1e2), wing nut (1e2) and the wing
Type nut (1d1) is identical structure.
5. a kind of self-locking type para-seismic support being easily installed according to claim 1, it is characterised in that: rear base expanding and base expanding hangs muscle
(2a) includes the rear base expanding and base expanding anchor bolt set (2a2) being inserted into roof aperture and the silk being inserted into rear base expanding and base expanding anchor bolt set (2a2)
Bar (2a1).
6. a kind of self-locking type para-seismic support being easily installed according to claim 1, it is characterised in that: oblique pull bracket (3)
Include with connector (2) in 45 degree of angles cant beam (3a) and be mounted on the both ends cant beam (3a) the first self-latching hinge (3b) and
The hinged with the first self-latching hinge (3b) is hinged on third self-latching hinge (3d), first crossbeam (1a) or second cross beam (1b)
Two self-latching hinges (3c) are hinged with fourth self-latching hinge hinged with third self-latching hinge (3d) on rear base expanding and base expanding hangs muscle (2a)
(3e)。
7. a kind of self-locking type para-seismic support being easily installed according to claim 6, it is characterised in that: the first self-latching hinge
(3b) includes to be slidably mounted in the fixture block (3b1) of first crossbeam (1a) or the bottom end second cross beam (1b) and be hinged on fixture block
Knuckle (3f) on (3b1), fixture block (3b1) include the plate for being attached to first crossbeam (1a) or the bottom end second cross beam (1b)
(3b4), the plate two sides (3b4) are equipped with the flange for upwardly extending and being connected on the outside of first crossbeam (1a) or second cross beam (1b)
The center of (3b5), plate (3b4) are equipped with through-hole (3b6), and the side of fixture block (3b1) is equipped in first crossbeam (1a) or second
The wing nut (3b2) slided in crossbeam (1b), wing nut (3b2) are identical structure, through-hole with wing nut (1d1)
The lag bolt (3b3) for sequentially passing through knuckle (3f), fixture block (3b1) and wing nut (3b2), lag bolt are installed in (3b6)
(3b3) passes through the length that wing nut (3b2) exposes two afterwards, and the second self-latching hinge (3c) includes to be slidably mounted in tiltedly
The fixture block (3c2) of the bottom end beam (3a) and the knuckle (3c1) being hinged on fixture block (3c2), the side of fixture block (3c2) are equipped with
The wing nut (3c3) slided in cant beam (3a) is equipped on knuckle (3c1) and sequentially passes through knuckle (3c1), fixture block
The stay bolt (3c4) of (3c2), wing nut (3c3) and cant beam (3a), the round that stay bolt (3c4) passes through on cant beam (3a) are set
It sets, knuckle (3c1) is identical structure with knuckle (3f), and fixture block (3c2) is identical structure, wing nut with fixture block (3b1)
(3c3) and wing nut (3b2) are identical structure.
8. a kind of self-locking type para-seismic support being easily installed according to claim 6, it is characterised in that: knuckle (3f) packet
Include the first rotor (3f1) and the second rotor (3f2) perpendicular to the first rotor (3f1) setting, the first rotor (3f1) and second
Rotor (3f2) is integrated, and is provided with through-hole (3f3), the first rotor on the first rotor (3f1) and the second rotor (3f2)
(3f1) passes through through-hole (3f3) and lag bolt (3b3) or stay bolt (3c4) hingedly, the second rotor on the first self-latching hinge (3b)
The second rotor (3f2) on (3f2) and the second self-latching hinge (3c) is mutually hinged by through-hole (3f3), the second rotor (3f2)
The diagonal grooves (3f4) with the end face of the first rotor (3f1) in 45 degree of angles, the bottom surface of the first rotor (3f1) are provided on end face
Be provided with can accommodate lag bolt (3b3) or stay bolt (3c4) and limit lag bolt (3b3) or stay bolt (3c4) rotation it is self-locking
Fixture block (3f5).
9. a kind of self-locking type para-seismic support being easily installed according to claim 8, it is characterised in that: third self-latching hinge
(3d) and the second self-latching hinge (3c) are identical structure, and the 4th self-latching hinge (3e) includes to be hinged on third self-latching hinge (3d)
On knuckle (3e1), the other end of knuckle (3e1) and rear base expanding and base expanding hangs muscle (2a) hingedly, knuckle (3e1) be equipped with it is rear
Base expanding and base expanding hangs muscle (2a) is threadedly coupled and the hex nut (3e2) that abuts with the upper surface knuckle (3e1), knuckle (3e1) and turn
It is identical to section (3f) structure, not set self-locking fixture block on knuckle (3e1).
10. a kind of self-locking type para-seismic support being easily installed according to claim 1, it is characterised in that: reinforced support (4)
Include the vertical beam (4a) for being vertically arranged and being set on the outside of connector (2) and the V-type being mounted on vertical beam (4a) is put more energy into device
(4b), vertical beam (4a) are inner bead C-type steel identical with first crossbeam (1a) specification, and V-type device (4b) of putting more energy into includes bolt
(4b1), wing nut (4b2) and V-type fixture block (4b3), wing nut (4b2) are threadably mounted at the middle-end of bolt (4b1), V-type
Fixture block (4b3) is threadably mounted at the bottom end of bolt (4b1), and wing nut (4b2) is identical with wing nut (1d1) specification, V-type card
The bottom end of block (4b3) is abutted with the plate inner wall of vertical beam (4a) and the inner surface of V-type fixture block (4b3) and rear base expanding and base expanding hangs muscle (2a)
Outer abut, wing nut (4b2) is slidably mounted on the inner bead of vertical beam (4a), and the both ends of vertical beam (4a) are respectively mounted
There is V-type to put more energy into device (4b).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810987127.5A CN109138201B (en) | 2018-08-28 | 2018-08-28 | Self-locking anti-seismic support convenient to install |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810987127.5A CN109138201B (en) | 2018-08-28 | 2018-08-28 | Self-locking anti-seismic support convenient to install |
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| CN109138201B CN109138201B (en) | 2020-07-24 |
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| CN201810987127.5A Active CN109138201B (en) | 2018-08-28 | 2018-08-28 | Self-locking anti-seismic support convenient to install |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111188331A (en) * | 2020-01-15 | 2020-05-22 | 郴州市亮友科技有限公司 | Steel structure anti-seismic buffering method for construction |
| CN112082865A (en) * | 2020-09-14 | 2020-12-15 | 哈尔滨工程大学 | Novel device for buckling test of inclined strut |
| CN113944341A (en) * | 2021-10-14 | 2022-01-18 | 北京工业大学 | Assembled truss type shear force wall reinforcing apparatus |
| CN114961314A (en) * | 2022-04-12 | 2022-08-30 | 湖北省工业建筑集团有限公司 | Anti-seismic reinforcing structure is built in room |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2017040349A (en) * | 2015-08-21 | 2017-02-23 | Thk株式会社 | Vertical seismic isolator |
| CN206429760U (en) * | 2017-01-23 | 2017-08-22 | 北京亚欧震达科技发展有限公司 | Industrial premises pipe gallery para-seismic support |
| CN206784636U (en) * | 2017-06-08 | 2017-12-22 | 庞凯峰 | A kind of indoor earthquake-proof building set |
| CN107740505A (en) * | 2017-10-11 | 2018-02-27 | 江苏士林电气设备有限公司 | A kind of para-seismic support being easily installed |
| CN108105472A (en) * | 2017-11-17 | 2018-06-01 | 江苏壹鼎崮机电科技有限公司 | A kind of locking antidetonation suspension and support for pipe laying |
| CN108167288A (en) * | 2018-02-08 | 2018-06-15 | 杭州慧喜利科技有限公司 | A kind of gate antidetonation integrates suspension and support |
| CN207701937U (en) * | 2017-11-30 | 2018-08-07 | 福建康佳顺工程科技有限公司 | A kind of para-seismic support for pipes |
-
2018
- 2018-08-28 CN CN201810987127.5A patent/CN109138201B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2017040349A (en) * | 2015-08-21 | 2017-02-23 | Thk株式会社 | Vertical seismic isolator |
| CN206429760U (en) * | 2017-01-23 | 2017-08-22 | 北京亚欧震达科技发展有限公司 | Industrial premises pipe gallery para-seismic support |
| CN206784636U (en) * | 2017-06-08 | 2017-12-22 | 庞凯峰 | A kind of indoor earthquake-proof building set |
| CN107740505A (en) * | 2017-10-11 | 2018-02-27 | 江苏士林电气设备有限公司 | A kind of para-seismic support being easily installed |
| CN108105472A (en) * | 2017-11-17 | 2018-06-01 | 江苏壹鼎崮机电科技有限公司 | A kind of locking antidetonation suspension and support for pipe laying |
| CN207701937U (en) * | 2017-11-30 | 2018-08-07 | 福建康佳顺工程科技有限公司 | A kind of para-seismic support for pipes |
| CN108167288A (en) * | 2018-02-08 | 2018-06-15 | 杭州慧喜利科技有限公司 | A kind of gate antidetonation integrates suspension and support |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111188331A (en) * | 2020-01-15 | 2020-05-22 | 郴州市亮友科技有限公司 | Steel structure anti-seismic buffering method for construction |
| CN112082865A (en) * | 2020-09-14 | 2020-12-15 | 哈尔滨工程大学 | Novel device for buckling test of inclined strut |
| CN113944341A (en) * | 2021-10-14 | 2022-01-18 | 北京工业大学 | Assembled truss type shear force wall reinforcing apparatus |
| CN113944341B (en) * | 2021-10-14 | 2022-11-18 | 北京工业大学 | Assembled truss type shear force wall reinforcing apparatus |
| CN114961314A (en) * | 2022-04-12 | 2022-08-30 | 湖北省工业建筑集团有限公司 | Anti-seismic reinforcing structure is built in room |
| CN114961314B (en) * | 2022-04-12 | 2023-01-17 | 湖北省工业建筑集团有限公司 | Anti-seismic reinforced structure is built in room |
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