CN207715917U - Indoor environment pipeline hanger - Google Patents
Indoor environment pipeline hanger Download PDFInfo
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- CN207715917U CN207715917U CN201721867249.8U CN201721867249U CN207715917U CN 207715917 U CN207715917 U CN 207715917U CN 201721867249 U CN201721867249 U CN 201721867249U CN 207715917 U CN207715917 U CN 207715917U
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- vertical beam
- right vertical
- bolt
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- head piece
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Abstract
A kind of Indoor environment pipeline hanger, including top, cross member, left and right longeron and intermediate transverse girder, feature：The length direction of head piece has head piece vallecular cavity of the accent under, the short transverse of left longeron to have accent towards right left longeron vallecular cavity, and the short transverse of right vertical beam has accent towards left right vertical beam vallecular cavity；The length direction of cross member has accent towards upper cross member vallecular cavity, the length direction of intermediate transverse girder has accent towards upper intermediate transverse girder vallecular cavity, the left end of cross member and the left end of intermediate transverse girder are inserted into left longeron vallecular cavity, the right end of cross member and the right end of intermediate transverse girder are inserted into right vertical beam vallecular cavity, there is left longeron transition connector in the upper end of left longeron, the lower end of left longeron transition connector is connect with left longeron, head piece vallecular cavity is inserted into upper end and the left end of head piece connects, there is right vertical beam transition connector in the upper end of right vertical beam, the lower end of right vertical beam transition connector is connect with right vertical beam, the right end of upper end and head piece connects.Reduce die for manufacturing；Improve manufacture efficiency.
Description
Technical field
The utility model belongs to building technical field of auxiliary facilities, and in particular to a kind of Indoor environment pipeline hanger.
Background technology
Indoor environment pipeline hanger above-mentioned is mainly used for installing such as electrical pipeline, air conditioning wind pipe, fire protection pipeline, sky
Water transfer pipe and Gas Pipe etc., and the visible such as CN204573344U in disclosed Chinese patent literature（A kind of workshop room
Beam pipeline elevator）、CN204573343U（A kind of Liftable double-layer pipeline elevator）And CN205956559U（A kind of pipeline hanger）,
Etc..
A kind of typical " pipeline elevator with regulatory function " recommended such as CN205716030U, the so-called tune of the patent
It saves and substantially refers to：Hanger beam can be in the short transverse between a pair of of hanger vertical beam according to needing up and down adjustment（Specification the 0018th
Section）, and the patent can objectively embody the technique effect of the 0009th section of record of its specification, but there are following shortcoming：By
Welding manner need to be used a pair of of vertical beam and head piece when assembling during fabrication or at the construction field (site)（Patent claims " vertical beam bottom
Seat "）Welding, thus not only it had been unfavorable for quickly manufacture and assembled in situ, but also because welding will produce welding stress, damage to a certain extent
And vertical beam and head piece.
Fig. 2 show Indoor environment pipeline hanger widely used in prior art, by head piece 1, cross member 2,
Left longeron 3, right vertical beam 4 and intermediate transverse girder 5（Also can claim " intermediate regulations crossbeam ", it is the same below）Composition, head piece 1 is in use state
Pass through the Indoor environment ceiling of fastener such as expansion bolt and concrete structure down（Also referred to as " top surface "）Or and steel frame construction
Steelframe top beam fix, the upper end of left longeron 2 is fixedly connected by angle connector on left longeron with the left end of head piece 1, and left
The lower end of longeron 3 is fixedly connected by angle connector under left longeron with the left end of cross member 2, and the upper end of right vertical beam 4 is vertical by the right side
Angle connector is fixedly connected with the right end of head piece 1 on beam, and the lower end of right vertical beam 4 is horizontal by angle connector under right vertical beam and bottom
The right end of beam 2 is fixedly connected, and the quantity of intermediate transverse girder 5 is either one, it is possibility to have complex root such as two or three, in this
Between crossbeam 5 left end and right end be fixedly connected respectively with left and right longeron 3,4 by intermediate transverse girder angle connector.This structure
Without welding when Indoor environment pipeline hanger is installed in plant produced and at the construction field (site), thus both can be improved
The installation efficiency of efficiency and use site is factory produced, and is avoided that stress influence caused by welding.In fig. 2 also
Show the air conditioning wind pipe 6 on intermediate crossbearer 5 and the electric wire pipe 7 on cross member 2.
But the Indoor environment pipeline hanger of structure shown in Fig. 2 has the following disadvantages：The shape of angle connector on left longeron
Although although under shape is identical as the shape of angle connector on right vertical beam and left longeron angle connector shape and right vertical beam inferior horn
The shape of connector is identical, to the General Requirement being satisfied on left and right longeron between angle connector, while meeting left and right
General Requirement under longeron between angle connector, but due to the shape of the upper and lower angle connector of left longeron difference, thus need to make
With two molds, wherein one set of die in two molds is for processing on left longeron angle connection on angle connector and right vertical beam
Part, and another mold in two molds is for processing under left longeron angle connector under angle connector and right vertical beam, and
Because of the shape and angle connector under left longeron namely the shape phase with angle connector under right vertical beam of the left and right angle connector of intermediate transverse girder
Together, thus mold for processing intermediate transverse girder angle connector can be saved, then for manufacturer, because mold comes into operation
Quantity is more and cost is caused to increase, and for construction party, because amount of parts is more, not only increases to management difficulty, and
Have an effect on installation effectiveness.
For above-mentioned prior art, it is necessary to be improved, the applicant has made beneficial design thus, will be detailed below being situated between
The technical solution to continue generates in this background.
Invention content
The task of the utility model is to provide a kind of mold for helping to substantially reduce manufacture and use reduction manufacture
Cost is conducive to left longeron and right vertical beam being easily and quickly fixedly connected between upper beam and cross member and use aobvious
It writes and improves installation efficiency, be beneficial to will be intermediate horizontal under the premise of abandoning the intermediate transverse girder angle connector as transition member
Beam is connected directly between left and right longeron and uses the connection reliability for significantly improving intermediate transverse girder and have convenient for significantly simplifying knot
Structure and the Indoor environment pipeline for economizing on resources and using the energy-saving economic spirit of economizing type that the current whole society of embodiment advocates
Hanger.
What the task of the utility model was performed by, a kind of Indoor environment pipeline hanger, including head piece, bottom cross
Beam, left longeron, right vertical beam and intermediate transverse girder, the upper end of left longeron is fixedly connected with the left end of head piece, and the lower end of left longeron
It is fixedly connected with the left end of cross member, the vertical upper end in the right side is fixedly connected with the right end of head piece, and the lower end of right vertical beam is horizontal the bottom of with
The right end of beam is fixedly connected, and intermediate transverse girder corresponds between head piece and cross member and the left end of the intermediate transverse girder and left longeron
It is fixedly connected, and the right end of intermediate transverse girder is fixedly connected with right vertical beam, is characterized in that the length direction in the head piece is constituted
There is a head piece vallecular cavity, the accent of the head piece vallecular cavity has a left longeron under, in the short transverse composition of the left longeron
The accent of vallecular cavity, the left longeron vallecular cavity has a right vertical beam vallecular cavity, the right side vertical towards the right side in the short transverse composition of the right vertical beam
The accent of beam vallecular cavity is towards a left side, and the size of head piece vallecular cavity, left longeron vallecular cavity and right vertical beam vallecular cavity is identical；Described
The length direction composition of cross member has a cross member vallecular cavity, and the accent of the cross member vallecular cavity is towards upper, in the intermediate transverse girder
Length direction composition has an intermediate transverse girder vallecular cavity, the accent of the intermediate transverse girder vallecular cavity towards upper, and cross member vallecular cavity and in
Between the size of crossbeam vallecular cavity be identical, wherein：The left end of cross member and the left end of intermediate transverse girder are inserted into the left longeron slot
Chamber, and the right end of the right end of cross member and intermediate transverse girder is inserted into the right vertical beam vallecular cavity, in the upper end of the left longeron and
It is inserted with a left longeron transition connector, lower end and the left side of the left longeron transition connector in the position corresponding to left longeron vallecular cavity
Longeron is fixedly connected, and upper end is inserted into the head piece vallecular cavity and is fixedly connected with the left end of the head piece, in the right vertical beam
Upper end and be inserted with a right vertical beam transition connector in the position corresponding to right vertical beam vallecular cavity, the right vertical beam transition connector
Lower end be fixedly connected with right vertical beam, and upper end is inserted into the head piece vallecular cavity and is fixedly connected with the right end of the head piece.
In a specific embodiment of the utility model, on the head piece roof of the head piece and top follow
The length direction of crossbeam roof offers head piece with space state and installs fixed bolt hole, and before and after the head piece of head piece
It the corresponding position of wall and follows the length direction of head piece front and rear wall with space state to offer head piece transition connector solid
Determine bolt hole；The cross member front and rear wall of the cross member corresponding position and along the length direction of cross member front and rear wall with
Space state offers cross member bolt hole；The left longeron front and rear wall of the left longeron corresponding position and follow left longeron
The short transverse of front and rear wall offers left longeron bolt hole with space state；In the correspondence of the right vertical beam front and rear wall of the right vertical beam
It position and follows the short transverse of right vertical beam front and rear wall right vertical beam bolt hole is offered with space state；In the intermediate transverse girder
Intermediate transverse girder front and rear wall corresponding position and follow the length direction of intermediate transverse girder front and rear wall and offered with space state
Between transom bolt hole；The left longeron transition connector front and rear wall of the left longeron transition connector corresponding position and follow
The short transverse of left longeron transition connector front and rear wall offers left longeron transition connector bolt hole with space state；Described
The corresponding position of the right vertical beam transition connector front and rear wall of right vertical beam transition connector and before follow right vertical beam transition connector
The short transverse of rear wall offers right vertical beam transition connector bolt hole with space state.
In another specific embodiment of the utility model, the head piece left end and corresponding to described
The position of head piece transition connector fixed bolt hole is equipped with one first bolt, and in the right end of head piece and equally right
One second bolt should be equipped in the position of head piece transition connector fixed bolt hole, the left longeron transition connector it is upper
The left longeron connector bolt hole at end is corresponding with head piece transition connector fixed bolt hole, is worn by first bolt
Left longeron transition connector bolt hole is crossed to be fixedly connected with the upper end of left longeron transition connector with the left end of head piece, and
The end of first bolt is equipped with one first bolt lock nut；The right vertical beam transition of the upper end of the right vertical beam transition connector
Connector bolt hole is equally corresponding with head piece transition connector fixed bolt hole, is passed through by second bolt right vertical
The upper end of right vertical beam transition connector is fixedly connected by beam transition connector bolt hole with the right end of head piece, and in the second spiral shell
The end of bolt is equipped with one second bolt lock nut；In the upper end of the left longeron and corresponding to the left longeron bolt
The position in hole is equipped with a third bolt, and the left longeron of the lower end of the left longeron transition connector is passed through by the third bolt
Transition connector bolt hole and the lower end of left longeron transition connector is fixedly connected with the upper end of left longeron, and in the third
The end of bolt has screwed a third bolt lock nut；In the upper end of the right vertical beam and corresponding to the right vertical beam spiral shell
The position of keyhole is equipped with one the 4th bolt, passes through the right side of the lower end of the right vertical beam transition connector vertical by the 4th bolt
Beam transition connector bolt hole and the lower end of right vertical beam transition connector is fixedly connected with the upper end of right vertical beam, and this
The end of four bolts has screwed one the 4th bolt lock nut；At the middle part of the left longeron and corresponding to left longeron bolt
The position in hole is equipped with one the 5th bolt, and the intermediate transverse girder spiral shell of the left end of the intermediate transverse girder is passed through by the 5th bolt
Keyhole and will be fixedly connected in the middle part of the left end of intermediate transverse girder and left longeron, and screwed one the 5th in the end of the 5th bolt
Bolt lock nut；It is equipped with one the 6th spiral shell at the middle part of the right vertical beam and in the position corresponding to right vertical beam bolt hole
Bolt, by the 6th bolt across the intermediate transverse girder bolt hole of the right end of the intermediate transverse girder and by the right end of intermediate transverse girder
It is fixedly connected with the centre of right vertical beam, and one the 6th bolt lock nut has been screwed in the end of the 6th bolt；On the left side
The lower end of longeron and it is equipped with one the 7th bolt in the position corresponding to the left longeron bolt hole, is worn by the 7th bolt
It crosses the cross member bolt hole of the left end of the cross member and is fixedly connected with the left end of cross member with the lower end of left longeron, and
And one the 7th bolt lock nut is screwed in the end of the 7th bolt；In the lower end of the right vertical beam and corresponding to described
The position of right vertical beam bolt hole is equipped with one the 8th bolt, and the bottom of the right end of the cross member is passed through by the 8th bolt
Transom bolt hole and the right end of cross member is fixedly connected with the lower end of right vertical beam, and the end of the 8th bolt with end screwed
One the 8th bolt lock nut.
In another specific embodiment of the utility model, the head piece vallecular cavity, cross member vallecular cavity, left longeron
The cross-sectional shape of vallecular cavity, right vertical beam vallecular cavity and intermediate transverse girder vallecular cavity is u-shaped, and the left longeron transition connector is constituted
There are a left longeron transition connector chamber, right vertical beam transition connector composition to have a right vertical beam transition connector chamber, Zuo Zong
The cross-sectional shape of beam transition connector chamber and right vertical beam transition connector chamber is u-shaped.
In another specific embodiment of the utility model, in the correspondence both sides position of the accent of the cross member vallecular cavity
Setting opposite folding exhibition has a cross member reinforcement flanging；It is opposite in two side position of correspondence of the accent of the left longeron transition connector chamber
Folding exhibition has a left longeron transition connector reinforcement flanging；In two side position of correspondence of the accent of the right vertical beam transition connector chamber
Opposite folding exhibition has a right vertical beam transition connector reinforcement flanging；In the two side position phase of correspondence of the accent of the intermediate transverse girder vallecular cavity
Xiang Zhezhan has an intermediate transverse girder reinforcement flanging.
One of the technique effect of technical solution provided by the utility model, due to by head piece, left longeron and right vertical beam
The identical structure of form and dimension has been designed to it, and due to setting cross member, left and right longeron transition connector and intermediate transverse girder
It has counted into the identical structure of another form and dimension, thus can not only reduce the mold of manufacture, but also manufacturing cost can be reduced；It
Two, what is formed due to head piece, left and right longeron is a mutually general structural system, and due to cross member, left and right longeron
What transition connector and intermediate transverse girder were formed is another mutually general structural system, thus can not only improve manufacture
Efficiency, and installation efficiency can be promoted and also there is good construction flexibility；Three, since intermediate transverse girder can be
It is directly fixedly connected between left and right longeron under the premise of abandoning intermediate transverse girder angle connector, thus can ensure ideal connection
Reliability；Four, since top, cross member, left and right longeron and intermediate transverse girder are only there are two structural system, and due to left and right vertical
Beam transition connector is identical as the structure of bottom girder and intermediate transverse girder, thus not only overall structure significantly simplifies, but also actually makes
Be not in wasting phenomenon in, economizing type and energy-saving economic spirit that the current whole society advocates can be embodied.
Description of the drawings
Fig. 1 is the embodiments of the present invention structure chart.
Fig. 2 is the structure chart of the Indoor environment pipeline hanger in prior art.
Specific implementation mode
In order to which the technical essence of the utility model and advantageous effect is more clearly understood, applicant is below with reality
The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment
The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model
Technical solution scope.
The concept of every directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description
For location status shown in FIG. 1, thus the spy to technical solution provided by the utility model cannot be understood as
It does not limit.
Fig. 1 is referred to, shows head piece 1, cross member 2, left longeron 3, right vertical beam 4 and intermediate transverse girder 5, left longeron 3
Upper end is fixedly connected with the left end of head piece 1, and the lower end of left longeron 3 is fixedly connected with the left end of cross member 2, the right side vertical 4 it is upper
End is fixedly connected with the right end of head piece 1, and the lower end of right vertical beam 4 is fixedly connected with the right end of cross member 2, and intermediate transverse girder 5 is right
Should be between head piece 1 and cross member 2 and the left end of the intermediate transverse girder 5 is fixedly connected with left longeron 3, and intermediate transverse girder 5
Right end is fixedly connected with right vertical beam 4.
In the present embodiment and as shown in Figure 1, the quantity of the intermediate transverse girder 5 shown is one, it is apparent that should not be by
Limitation, can specifically increase and decrease according to the requirement of Indoor environment pipeline.When intermediate transverse girder 5 be one when, then top, cross member 1,2,
Left and right longeron 3,4 and intermediate transverse girder 5 form " day " glyph construction of Chinese character after being mutually permanently connected after combining；In the middle
Between crossbeam 5 be two when, then after top, cross member 1,2, left and right longeron 3,4 and two intermediate transverse girders 5 are mutually permanently connected
Form " mesh " glyph construction of Chinese character.
Technical essential as technical solution provided by the utility model：Have in the length direction composition of aforementioned head piece 1
One head piece vallecular cavity 11, the accent of the head piece vallecular cavity 11 have a left side vertical under, in the short transverse composition of aforementioned left longeron 3
The accent of beam vallecular cavity 31, the left longeron vallecular cavity 31 has a right vertical beam vallecular cavity towards the right side in the short transverse composition of aforementioned right vertical beam 4
41, the accent of the right vertical beam vallecular cavity 41 towards left, and head piece vallecular cavity 11, left longeron vallecular cavity 31 and right vertical beam vallecular cavity 41 it is big
Small is identical；There are a cross member vallecular cavity 21, the accent court of the cross member vallecular cavity 21 in the length direction composition of aforementioned cross member 2
Upwards, in the foregoing between crossbeam 5 length direction composition have an intermediate transverse girder vallecular cavity 51, the accent court of the intermediate transverse girder vallecular cavity 51
Upwards, and the size of cross member vallecular cavity 21 and intermediate transverse girder vallecular cavity 51 is identical, wherein：The left end of cross member 2 and
The left end of intermediate transverse girder 5 is inserted into aforementioned left longeron vallecular cavity 31, and before the right end of the right end of cross member 2 and intermediate transverse girder 5 is inserted into
Right vertical beam vallecular cavity 41 is stated, in the upper end of aforementioned left longeron 3 and in the position corresponding to left longeron vallecular cavity 31 to be inserted with one left vertical
The lower end of beam transition connector 32, the left longeron transition connector 32 is fixedly connected with left longeron 3, and aforementioned top cross is inserted into upper end
It beam vallecular cavity 11 and is fixedly connected with the left end of aforementioned head piece 1, in the upper end of aforementioned right vertical beam 4 and corresponding to right vertical beam
The position of vallecular cavity 41 is inserted with a right vertical beam transition connector 42, and the lower end of the right vertical beam transition connector 42 and right vertical beam 4 are solid
Fixed connection, and upper end is inserted into aforementioned head piece vallecular cavity 11 and is fixedly connected with the right end of aforementioned head piece 1.
By the signal of above description and combination Fig. 1, can determine without doubt：Head piece 1, left longeron 3 and
The shape design of 4 these three components of right vertical beam is identical and head piece vallecular cavity 11, left longeron vallecular cavity 31 and right vertical beam vallecular cavity 41
Size be identical；Cross member 2, intermediate transverse girder 5, left longeron transition connector 32 and right vertical beam transition connector 42 this four
The shape design of a component is identical and cross member vallecular cavity 21, intermediate transverse girder vallecular cavity 51 and below it is also mentioned that left longeron mistake
Cross connection head cavity 322, the size of right vertical beam transition connector chamber 422 is identical.Just because of this, it is being factory produced（I.e.
When manufacture）：Head piece 1, left longeron 3 and right vertical beam 4, or the same rule of acquisition in a manner of cooperation part are processed by identical mold
The channel steel of lattice is obtained by required size（Such as interception）Head piece 1, left longeron 3 and right vertical beam 4；Added by identical another mold
Work goes out cross member 2, intermediate transverse girder 5, left longeron transition connector 32 and right vertical beam transition connector 42, or with cooperation part side
The channel steel of the same specification of formula acquisition is obtained by required size（Such as interception）Cross member 2, intermediate transverse girder 5, left longeron connector
32 and right vertical beam transition connector 42.
Continue to see Fig. 1, on the head piece roof of aforementioned head piece 1 and follow the length direction of head piece roof with
Head piece is offered every state, fixed bolt hole 12 is installed, and in the corresponding position of the head piece front and rear wall of head piece 1 and follow
It the length direction of head piece front and rear wall and head piece transition connector fixed bolt hole 13 is offered with space state；At aforementioned bottom
The corresponding position of the cross member front and rear wall of crossbeam 2 and bottom is offered with space state along the length direction of cross member front and rear wall
Transom bolt hole 22；The left longeron front and rear wall of aforementioned left longeron 3 corresponding position and follow the height of left longeron front and rear wall
Direction offers left longeron bolt hole 33 with space state；The right vertical beam front and rear wall of aforementioned right vertical beam 4 corresponding position and
It follows the short transverse of right vertical beam front and rear wall and right vertical beam bolt hole 43 is offered with space state；Between in the foregoing in crossbeam 5
Between crossbeam front and rear wall corresponding position and follow the length direction of intermediate transverse girder front and rear wall intermediate cross offered with space state
Beam bolt hole 52；The left longeron transition connector front and rear wall of aforementioned left longeron transition connector 32 corresponding position and follow
The short transverse of left longeron transition connector front and rear wall offers left longeron transition connector bolt hole 321 with space state；
The corresponding position of the right vertical beam transition connector front and rear wall of aforementioned right vertical beam transition connector 42 and follow right vertical beam transition company
The short transverse of connector front and rear wall offers right vertical beam transition connector bolt hole 421 with space state；
Continue to see Fig. 1, aforementioned head piece 1 left end and corresponding to aforementioned head piece transition connector fixing bolt
The position in hole 13 is equipped with one first bolt 14, and is connected in the right end of head piece 1 and equally corresponding to head piece transition
The position of head fixed bolt hole 13 is equipped with one second bolt 15, and the left longeron of the upper end of aforementioned left longeron transition connector 32 connects
Track bolt hole 321 is corresponding with head piece transition connector fixed bolt hole 13, and a left side is passed through by the first bolt 14 above-mentioned
The upper end of left longeron transition connector 32 is fixedly connected by longeron transition connector bolt hole 321 with the left end of head piece 1, and
It is equipped with one first bolt lock nut 141 in the end of the first bolt 14；The upper end of aforementioned right vertical beam transition connector 42
Right vertical beam transition connector bolt hole 421 is equally corresponding with head piece transition connector fixed bolt hole 13, by above-mentioned
Second bolt 15 passes through right vertical beam transition connector bolt hole 421 by the upper end of right vertical beam transition connector 42 and head piece 1
Right end is fixedly connected, and is equipped with one second bolt lock nut 151 in the end of the second bolt 15.
It is equipped with a third spiral shell in the upper end of aforementioned left longeron 3 and in the position corresponding to aforementioned left longeron bolt hole 33
Bolt 34 passes through the left longeron transition connector bolt hole of the lower end of aforementioned left longeron transition connector 32 by the third bolt 34
321 and the lower end of left longeron transition connector 32 is fixedly connected with the upper end of left longeron 3, and at the end of the third bolt 34
End has screwed a third bolt lock nut（It is not shown in figure）；In the upper end of aforementioned right vertical beam 4 and corresponding to the aforementioned right side
The position of longeron bolt hole 43 is equipped with one the 4th bolt 44, and aforementioned right vertical beam transition connector is passed through by the 4th bolt 44
The right vertical beam transition connector bolt hole 421 of 42 lower end and by the upper of the lower end of right vertical beam transition connector 42 and right vertical beam 4
End is fixedly connected and has screwed one the 4th bolt lock nut 441 in the end of the 4th bolt 44.
It is equipped with one the 5th bolt at the middle part of aforementioned left longeron 3 and in the position corresponding to left longeron bolt hole 33
35, by the 5th bolt 35 across the aforementioned intermediate transverse girder bolt hole 52 of the left end of aforementioned intermediate transverse girder 5 and by intermediate transverse girder 5
Left end be fixedly connected with the middle part of left longeron 3 and screwed one the 5th bolt lock nut in the end of the 5th bolt 35；
It is equipped with one the 6th bolt 45 at the middle part of aforementioned right vertical beam 4 and in the position corresponding to right vertical beam bolt hole 43, by this
6th bolt 45 across the right end of aforementioned intermediate transverse girder 5 aforementioned intermediate transverse girder bolt hole 52 and by the right end of intermediate transverse girder 5 with
The centre of right vertical beam 4 is fixedly connected and has screwed one the 6th bolt lock nut in the end of the 6th bolt 45.
It is equipped with one the 7th spiral shell in the lower end of aforementioned left longeron 3 and in the position corresponding to aforementioned left longeron bolt hole 33
Bolt 36, by the 7th bolt 36 across the aforementioned cross member bolt hole 22 of the left end of aforementioned cross member 2 and by a left side for cross member 2
End is fixedly connected with the lower end of left longeron 3 and has screwed one the 7th bolt lock nut 361 in the end of the 7th bolt 36；
The lower end of aforementioned right vertical beam 4 and it is equipped with one the 8th bolt 46 in the position corresponding to aforementioned right vertical beam bolt hole 43, by
8th bolt 46 indulges the right end of cross member 2 with the right side across the aforementioned cross member bolt hole 22 of the right end of aforementioned cross member 2
The lower end of beam 4 is fixedly connected and has screwed one the 8th bolt lock nut 461 with end at the end of the 8th bolt 46.
As shown in Figure 1, head piece vallecular cavity 11 above-mentioned, cross member vallecular cavity 21, left longeron vallecular cavity 31, right vertical beam vallecular cavity 41 with
And the cross-sectional shape of intermediate transverse girder vallecular cavity 51 is u-shaped, the aforementioned left composition of longeron transition connector 32 has a left longeron mistake
Connection head cavity 322 is crossed, the composition of right vertical beam transition connector 42 above-mentioned has a right vertical beam transition connector chamber 422, left longeron mistake
The cross-sectional shape for crossing connection head cavity 322 and right vertical beam transition connector chamber 422 is u-shaped.
Preferably, there is cross member reinforcement folding in the exhibition of rolling in opposite directions of two side position of correspondence of the accent of aforementioned cross member vallecular cavity 21
Side 211；There is a left longeron transition to connect in two side position of the correspondence exhibition of rolling in opposite directions of the accent of aforementioned left longeron transition connector chamber 322
Connector reinforcement flanging 3221；Zhan Youyi is rolled in opposite directions in two side position of correspondence of the accent of aforementioned right vertical beam transition connector chamber 422
Right vertical beam transition connector reinforcement flanging 4221；Two side position of correspondence of the accent of crossbeam vallecular cavity 51 rolls over exhibition in opposite directions between in the foregoing
There is an intermediate transverse girder reinforcement flanging 511.
According to professional general knowledge, in practical application, head piece above-mentioned 1 is installed by expansion bolt and by means of head piece
Fixed bolt hole 12 is fixed with Indoor environment concrete ceiling, when building is steel frame construction, then head piece 1 is by spiral shell
It bolt and fixed bolt hole 12 and the steel cap of steelframe is installed by means of head piece fixes.Due in cross member 2 and intermediate cross
Corresponding pipeline is set on beam 5 and belongs to prior art existing signal for example in Fig. 2 as background technology, thus applicant is not
It repeats again.
In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish
Invention task has faithfully fulfilled the technique effect that applicant refers in technical effect column above.
Claims (5)
1. a kind of Indoor environment pipeline hanger, including head piece (1), cross member (2), left longeron (3), right vertical beam (4) and in
Between crossbeam (5), the upper end of left longeron (3) is fixedly connected with the left end of head piece (1), and the lower end of left longeron (3) and cross member
(2) left end is fixedly connected, and the upper end of right vertical beam (4) is fixedly connected with the right end of head piece (1), and the lower end of right vertical beam (4)
It is fixedly connected with the right end of cross member (2), intermediate transverse girder (5) corresponds between head piece (1) and cross member (2) and among this
The left end of crossbeam (5) is fixedly connected with left longeron (3), and the right end of intermediate transverse girder (5) is fixedly connected with right vertical beam (4), special
Sign is that the length direction composition in the head piece (1) has a head piece vallecular cavity (11), the accent of the head piece vallecular cavity (11)
Under, there are a left longeron vallecular cavity (31), the accent of the left longeron vallecular cavity (31) in the short transverse composition of the left longeron (3)
Towards the right side, there are a right vertical beam vallecular cavity (41), the accent of the right vertical beam vallecular cavity (41) in the short transverse composition of the right vertical beam (4)
Towards a left side, and the size of head piece vallecular cavity (11), left longeron vallecular cavity (31) and right vertical beam vallecular cavity (41) is identical；Described
The length direction composition of cross member (2) has a cross member vallecular cavity (21), and the accent of the cross member vallecular cavity (21) is towards upper, described
The length direction composition of intermediate transverse girder (5) has an intermediate transverse girder vallecular cavity (51), the accent of the intermediate transverse girder vallecular cavity (51) towards upper,
And the size of cross member vallecular cavity (21) and intermediate transverse girder vallecular cavity (51) is identical, wherein：The left end of cross member (2) and
The left end insertion left longeron vallecular cavity (31) of intermediate transverse girder (5), and the right side of the right end of cross member (2) and intermediate transverse girder (5)
The right vertical beam vallecular cavity (41) is inserted at end, in the upper end of the left longeron (3) and in the position corresponding to left longeron vallecular cavity (31)
It sets and is inserted with a left longeron transition connector (32), lower end and the fixed company of left longeron (3) of the left longeron transition connector (32)
It connects, and upper end is inserted into the head piece vallecular cavity (11) and is fixedly connected with the left end of the head piece (1), in the right vertical beam (4)
Upper end and be inserted with a right vertical beam transition connector (42), the right vertical beam mistake in the position corresponding to right vertical beam vallecular cavity (41)
The lower end for crossing connector (42) is fixedly connected with right vertical beam (4), and the head piece vallecular cavity (11) and top cross are inserted into upper end
The right end of beam (1) is fixedly connected.
2. Indoor environment pipeline hanger according to claim 1, it is characterised in that the head piece in the head piece (1)
On roof and follow the length direction of head piece roof with space state offer head piece installation fixed bolt hole (12), and
The head piece front and rear wall of head piece (1) corresponding position and follow the length direction of head piece front and rear wall and opened with space state
Equipped with head piece transition connector fixed bolt hole (13)；The cross member (2) cross member front and rear wall corresponding position simultaneously
And cross member bolt hole (22) is offered with space state along the length direction of cross member front and rear wall；In the left longeron (3)
Left longeron front and rear wall corresponding position and follow the short transverse of left longeron front and rear wall left longeron offered with space state
Bolt hole (33)；The right vertical beam front and rear wall of the right vertical beam (4) corresponding position and follow the height of right vertical beam front and rear wall
Direction offers right vertical beam bolt hole (43) with space state；In the correspondence of the intermediate transverse girder front and rear wall of the intermediate transverse girder (5)
It position and follows the length direction of intermediate transverse girder front and rear wall intermediate transverse girder bolt hole (52) is offered with space state；Described
The corresponding position of the left longeron transition connector front and rear wall of left longeron transition connector (32) and follow left longeron transition connection
The short transverse of head front and rear wall offers left longeron transition connector bolt hole (321) with space state；In the right vertical beam mistake
It crosses the corresponding position of the right vertical beam transition connector front and rear wall of connector (42) and follows right vertical beam transition connector front and rear wall
Short transverse right vertical beam transition connector bolt hole (421) is offered with space state.
3. Indoor environment pipeline hanger according to claim 2, it is characterised in that the head piece (1) left end simultaneously
And it is equipped with one first bolt (14) in the position corresponding to the head piece transition connector fixed bolt hole (13), and pushing up
The right end of crossbeam (1) and equally one second is equipped in the position corresponding to head piece transition connector fixed bolt hole (13)
Bolt (15), left longeron connector bolt hole (321) and the head piece transition of the upper end of the left longeron transition connector (32)
Connector fixed bolt hole (13) is corresponding, and left longeron transition connector bolt hole is passed through by first bolt (14)
(321) upper end of left longeron transition connector (32) is fixedly connected with the left end of head piece (1), and in the first bolt (14)
End be equipped with one first bolt lock nut (141)；The right vertical beam mistake of the upper end of the right vertical beam transition connector (42)
It is equally corresponding with head piece transition connector fixed bolt hole (13) to cross connector bolt hole (421), by described second
Bolt (15) passes through right vertical beam transition connector bolt hole (421) by the upper end of right vertical beam transition connector (42) and head piece
(1) right end is fixedly connected, and is equipped with one second bolt lock nut (151) in the end of the second bolt (15)；Institute
It states the upper end of left longeron (3) and is equipped with a third bolt (34) in the position corresponding to the left longeron bolt hole (33),
The left longeron transition connector bolt hole of the lower end of the left longeron transition connector (32) is passed through by the third bolt (34)
(321) and by the lower end of left longeron transition connector (32) it is fixedly connected with the upper end of left longeron (3), and in the third bolt
(34) end has screwed a third bolt lock nut；In the upper end of the right vertical beam (4) and corresponding to described right vertical
The position in beam bolt hole (43) is equipped with one the 4th bolt (44), connects across the right vertical beam transition by the 4th bolt (44)
The right vertical beam transition connector bolt hole (421) of the lower end of connector (42) and by the lower end of right vertical beam transition connector (42) with it is right
The upper end of longeron (4) is fixedly connected, and has screwed one the 4th bolt lock nut in the end of the 4th bolt (44)
(441)；It is equipped with one the 5th bolt at the middle part of the left longeron (3) and in the position corresponding to left longeron bolt hole (33)
(35), by the 5th bolt (35) pass through the intermediate transverse girder (5) left end the intermediate transverse girder bolt hole (52) and incite somebody to action
It is fixedly connected in the middle part of the left end of intermediate transverse girder (5) and left longeron (3), and one has been screwed in the end of the 5th bolt (35)
Five bolt lock nuts；It is equipped at the middle part of the right vertical beam (4) and in the position corresponding to right vertical beam bolt hole (43)
One the 6th bolt (45) passes through the intermediate transverse girder bolt of the right end of the intermediate transverse girder (5) by the 6th bolt (45)
Hole (52) and the centre of the right end of intermediate transverse girder (5) and right vertical beam (4) is fixedly connected, and in the end of the 6th bolt (45)
One the 6th bolt lock nut is screwed；In the lower end of the left longeron (3) and corresponding to the left longeron bolt hole
(33) position is equipped with one the 7th bolt (36), and the institute of the left end of the cross member (2) is passed through by the 7th bolt (36)
It states cross member bolt hole (22) and is fixedly connected with the left end of cross member (2) with the lower end of left longeron (3), and in the 7th bolt
(36) end has screwed one the 7th bolt lock nut (361)；In the lower end of the right vertical beam (4) and corresponding to described
The position of right vertical beam bolt hole (43) is equipped with one the 8th bolt (46), and the cross member is passed through by the 8th bolt (46)
(2) the cross member bolt hole (22) of right end and the right end of cross member (2) is fixedly connected with the lower end of right vertical beam (4),
And one the 8th bolt lock nut (461) has been screwed with end at the end of the 8th bolt (46).
4. Indoor environment pipeline hanger according to claim 1, it is characterised in that the head piece vallecular cavity (11), bottom
Crossbeam vallecular cavity (21), left longeron vallecular cavity (31), the cross-sectional shape of right vertical beam vallecular cavity (41) and intermediate transverse girder vallecular cavity (51) are equal
U-shaped, the left longeron transition connector (32), which is constituted, a left longeron transition connector chamber (322), the right vertical beam
Transition connector (42) composition has a right vertical beam transition connector chamber (422), left longeron transition connector chamber (322) and right vertical beam
The cross-sectional shape of transition connector chamber (422) is u-shaped.
5. Indoor environment pipeline hanger according to claim 4, it is characterised in that in the cross member vallecular cavity (21)
The exhibition of rolling in opposite directions of two side position of correspondence of accent has a cross member reinforcement flanging (211)；In the left longeron transition connector chamber
(322) exhibition of rolling in opposite directions of two side position of correspondence of accent has a left longeron transition connector reinforcement flanging (3221)；On the right side
The exhibition of rolling in opposite directions of two side position of correspondence of the accent of longeron transition connector chamber (422) has a right vertical beam transition connector reinforcement flanging
(4221)；There is an intermediate transverse girder reinforcement flanging in two side position of the correspondence exhibition of rolling in opposite directions of the accent of the intermediate transverse girder vallecular cavity (51)
(511)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721867249.8U CN207715917U (en) | 2017-12-27 | 2017-12-27 | Indoor environment pipeline hanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721867249.8U CN207715917U (en) | 2017-12-27 | 2017-12-27 | Indoor environment pipeline hanger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207715917U true CN207715917U (en) | 2018-08-10 |
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ID=63050464
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721867249.8U Active CN207715917U (en) | 2017-12-27 | 2017-12-27 | Indoor environment pipeline hanger |
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| Country | Link |
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| CN (1) | CN207715917U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107956931A (en) * | 2017-12-27 | 2018-04-24 | 华之耀（苏州）金属科技有限公司 | Indoor environment pipeline hanger |
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2017
- 2017-12-27 CN CN201721867249.8U patent/CN207715917U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107956931A (en) * | 2017-12-27 | 2018-04-24 | 华之耀（苏州）金属科技有限公司 | Indoor environment pipeline hanger |
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