CN-224229425-U - Hanger rooting piece and adjustable electromechanical pipeline hanger

CN224229425UCN 224229425 UCN224229425 UCN 224229425UCN-224229425-U

Abstract

The utility model discloses a hanger rooting piece and an adjustable electromechanical pipeline hanger, wherein the hanger rooting piece comprises a hanging rack rail and at least one tooth-shaped sliding block which is movably arranged on the hanging rack rail along the length direction of the hanging rack rail, and at least two anchor bolts which penetrate through the hanging rack rail. The utility model does not affect the structural safety of the floor slab, does not need to re-drill holes on the floor slab to adjust the installation position of the hanger rooting piece, and has the advantage of reliable connection.

Inventors

MO YU
ZENG LUQI
JIANG WENJIE

Assignees

上海建工二建集团有限公司

Dates

Publication Date: 20260512
Application Date: 20250611

Claims (9)

1. The hanger rooting piece is characterized by comprising a hanging rack and at least one tooth-shaped sliding block which is movably arranged on the hanging rack along the length direction of the hanging rack, and at least two anchor bolts which penetrate through the hanging rack.
2. The hanger rooting member according to claim 1, wherein the hanging rack comprises a hanging cavity consisting of a bottom plate, two side plates and two panels, wherein a tooth groove is formed on the upper surface of each panel, a central notch is formed between the two panels, the tooth-shaped sliding block comprises a tooth-shaped hanging member and a vertical rod vertically connected with the tooth-shaped hanging member, the lower surface of the tooth-shaped hanging member is provided with teeth matched with the tooth groove, the cross section size of the vertical rod is smaller than the width of the central notch, the tooth-shaped sliding block is movably arranged in the hanging cavity of the hanging rack through the central notch, the tooth-shaped sliding block is separated from the tooth groove of the hanging rack when lifted upwards, so that the tooth-shaped sliding block is in a position-adjustable state relative to the hanging rack, and the tooth-shaped sliding block is meshed with the tooth groove of the hanging rack when falling, so that the tooth-shaped sliding block is in a position-fixed state relative to the hanging rack.
3. The hanger rooting member of claim 2 wherein the tooth hanger is planar.
4. The hanger rooting member of claim 2 wherein the tooth hanger is U-shaped and the teeth are disposed on two vertical plates of the U-shaped hanger.
5. The hanger rooting member of claim 2, wherein the side plates and the face plates are equal in length, the bottom plate is longer than the side plates, the areas of the bottom plate, which are respectively symmetrically extended out of the side plates, are avoidance areas, and at least two anchor bolts are distributed in the avoidance areas at the two ends of the bottom plate.
6. An adjustable electromechanical pipeline hanger, which is characterized by comprising at least two supports, wherein the supports are hanger rooting pieces according to any one of claims 1-5, hanger rods vertically connected to tooth-shaped sliding blocks of each hanger rooting piece, and support pieces horizontally connected to the lower ends of the two hanger rods which are distributed in a straight line between two adjacent hanger rooting pieces.
7. The adjustable electromechanical pipeline hanger according to claim 6, wherein four hanger rods are provided, two hanger rods are adjustably arranged on each hanger rooting member, the four hanger rods are distributed in a rectangular shape, two bearing members are vertically distributed below the hanger rooting members, and each bearing member is horizontally connected to the two hanger rods which are distributed in a straight line between the two hanger rooting members.
8. The adjustable electromechanical pipeline hanger according to claim 6, wherein the number of hanger rooting elements is three, the number of hanger rods is three, the number of support elements is one, the support elements are horizontally connected to the three hanger rods, and a support interval is formed between every two adjacent hanger rods.
9. The adjustable electromechanical pipeline hanger according to claim 6, wherein the number of hanger rooting pieces is three, the number of hanger rooting pieces is four, the number of hanger rooting pieces in the middle is two, the number of hanger rooting pieces in the rest is one, two hanger rooting pieces in the middle are respectively connected with a supporting piece horizontally between the hanger rooting pieces adjacent to the hanger rooting pieces, and the two supporting pieces are distributed in a staggered manner to form two supporting sections.

Description

Hanger rooting piece and adjustable electromechanical pipeline hanger Technical Field The utility model relates to the field of installation of electromechanical pipelines, in particular to a hanger rooting piece and an adjustable electromechanical pipeline hanger. Background The mechanical pipeline hanging frame such as an air pipe, a water pipe, a cable duct and the like is generally fixed under a floor by adopting a mechanical anchor bolt and a support, and once the mechanical pipeline hanging frame is installed, when the position of the mechanical pipeline hanging frame needs to be adjusted, the mechanical pipeline hanging frame needs to be re-drilled and anchored on the floor by the anchor bolt. The floor slab has the defects that after the original drilling position of the floor slab of the electromechanical pipeline hanging bracket is drilled again, a plurality of holes exist nearby the floor slab, the concrete of the floor slab is loose in the plurality of drilling areas, the extrusion force of the plurality of drilling areas for anchoring the anchor bolts on the floor slab is insufficient, the stability of the anchoring of the electromechanical pipeline hanging bracket on the floor slab is affected, and the structural safety of the floor slab is affected. Disclosure of utility model The utility model aims to provide a hanger rooting piece and an adjustable electromechanical pipeline hanger, which are used for solving the problems that a traditional support needs to be re-drilled on a floor to adjust the installation position and solving the problems that the connection of the support on the floor is unreliable and the structural safety of the floor is affected due to the fact that the installation position of the traditional support on the floor is adjusted by re-drilling and the structures in adjacent areas of a plurality of drilling holes are loose. In order to solve the technical problems, the utility model provides a hanger rooting piece which comprises a hanging rack and at least one tooth-shaped sliding block which is movably arranged on the hanging rack along the length direction of the hanging rack, and at least two anchor bolts which penetrate through the hanging rack. The hanger rooting piece comprises a hanging cavity formed by a bottom plate, two side plates and two panels, wherein a tooth-shaped groove is formed in the upper surface of each panel, a central notch is formed between the two panels, the tooth-shaped sliding block comprises a tooth-shaped hanging piece and a vertical rod vertically connected with the tooth-shaped hanging piece, the lower surface of the tooth-shaped hanging piece is provided with teeth matched with the tooth-shaped groove, the cross section size of the vertical rod is smaller than the width of the central notch, the tooth-shaped sliding block is movably arranged in the hanging cavity of the hanging tooth rail through the central notch, when the tooth-shaped sliding block is lifted upwards, the tooth teeth of the tooth-shaped sliding block are separated from the tooth-shaped groove of the hanging tooth rail, so that the tooth-shaped sliding block is in a position-adjustable state relative to the hanging tooth rail, and when the tooth-shaped sliding block falls down, the tooth teeth of the tooth-shaped sliding block are meshed with the tooth-shaped groove of the hanging tooth rail, so that the tooth-shaped sliding block is in a position-fixed state relative to the hanging tooth rail. Furthermore, the hanger rooting piece provided by the utility model has the advantage that the tooth-shaped hanging piece is planar. Furthermore, the hanger rooting piece provided by the utility model has the advantages that the tooth-shaped hanging piece is U-shaped, and the teeth are arranged on the two vertical plates of the U-shaped tooth-shaped hanging piece. Further, according to the hanger rooting piece provided by the utility model, the lengths of the side plates and the panel are equal, the length of the bottom plate is larger than that of the side plates, the areas, which respectively and symmetrically extend out of the side plates, of the two ends of the bottom plate are avoidance areas, and at least two anchor bolts are distributed in the avoidance areas at the two ends of the bottom plate. In order to solve the technical problems, the utility model provides another technical scheme that the adjustable electromechanical pipeline hanger comprises at least two supports, wherein the supports are hanger rooting pieces, hanger rods vertically connected to tooth-shaped sliding blocks of each hanger rooting piece, and support pieces horizontally connected to the lower ends of two hanger rods which are distributed in a straight line between two adjacent hanger rooting pieces. Furthermore, the adjustable mechanical and electrical pipeline hanger provided by the utility model is characterized in that four hanger rods are arranged, two hanger rods are arranged on each hanger rod