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CN-224204709-U - Window frame group angle hidden wiring structure and electric flat-sliding window

CN224204709UCN 224204709 UCN224204709 UCN 224204709UCN-224204709-U

Abstract

The utility model discloses a hidden wiring structure for window frame set angles and an electric flat-sliding window, and belongs to the technical field of doors and windows. The first window frame section bar and the second window frame section bar are respectively provided with an angle code cavity, the second window frame section bar can be spliced with the first window frame section bar so that the angle code cavities are communicated, two opposite ends of the connecting angle code are respectively arranged in the first angle code cavity and the second angle code cavity, at least one of the first window frame section bar and the second window frame section bar is provided with a wiring cavity, the first window frame section bar or the second window frame section bar is provided with a first wire through hole, the first wire through hole is communicated with the outside of the connecting angle code and the window frame assembly angle, the connecting angle code is provided with a second wire through hole communicated with the wiring cavity, the first wire through hole can be aligned with the second wire through hole, and a wire harness in the wiring cavity can sequentially penetrate through the second wire through hole and the first wire through hole to the outside of the window frame assembly angle. The utility model solves the problem of the traditional electric flat-pushing window that the electric wires are exposed, and is beneficial to improving the comprehensive performance of the electric flat-pushing window.

Inventors

  • ZHU MENGSI
  • ZHU FUQING
  • XU YUERONG
  • ZENG SHUZHEN

Assignees

  • 广东皇派定制家居集团股份有限公司

Dates

Publication Date
20260505
Application Date
20250603

Claims (10)

  1. 1. A window frame set corner concealed wiring structure, comprising: A first window frame profile (100) provided with a first corner code cavity (110); A second window frame section bar (200) provided with a second corner bracket cavity (210), wherein the second window frame section bar (200) can be spliced with the first window frame section bar (100) so that the second corner bracket cavity (210) is communicated with the first corner bracket cavity (110); The opposite ends of the connecting corner brace (300) are respectively arranged in the first corner brace cavity (110) and the second corner brace cavity (210) so as to fix the first window frame section bar (100) and the second window frame section bar (200); The first window frame section bar (100) or the second window frame section bar (200) is provided with a wiring cavity (400), the first window frame section bar (100) or the second window frame section bar (200) is provided with a first wire through hole (500), the first wire through hole (500) is communicated with the outside of the connecting corner bracket (300) and the window frame corner, the connecting corner bracket (300) is provided with a second wire through hole (310) communicated with the wiring cavity (400), the first wire through hole (500) can be aligned with the second wire through hole (310), and a wire harness in the wiring cavity (400) can sequentially penetrate through the second wire through hole (310) and the first wire through hole (500) to the outside of the window frame corner.
  2. 2. The hidden wiring structure of a window frame corner according to claim 1, wherein the first window frame section bar (100) is provided with a wiring cavity (400) and a first mounting groove (120) which are communicated with each other, the first wire passing hole (500) is formed in the second window frame section bar (200), and a wire harness in the first mounting groove (120) can sequentially pass through the wiring cavity (400), the second wire passing hole (310) and the first wire passing hole (500) to the outside of the window frame corner.
  3. 3. The hidden wiring structure of a window frame corner according to claim 2, further comprising a third window frame profile (600), wherein the third window frame profile (600) is disposed at one end of the first window frame profile (100) away from the second window frame profile (200), a third installation groove (610) and a wire arrangement cavity (620) which are mutually communicated are disposed on the third window frame profile (600), the wire arrangement cavity (620) is disposed at one side of the third installation groove (610) facing the first window frame profile (100), the number of the wire arrangement cavities (400) is two, two wire arrangement cavities (400) are respectively communicated with two opposite ends of the first installation groove (120), and the wire arrangement cavity (620) is communicated with one of the two wire arrangement cavities (400) which is close to the third window frame profile (600).
  4. 4. A hidden wiring structure for a corner of a window frame set according to any one of claims 1 to 3, wherein the second window frame section bar (200) is provided with a wiring cavity (400) and a second mounting groove which are mutually communicated, the first wire through hole (500) is formed in the second window frame section bar (200), and a wire harness in the second mounting groove can sequentially pass through the wiring cavity (400), the second wire through hole (310) and the first wire through hole (500) to the outside of the corner of the window frame set.
  5. 5. The hidden wiring structure of a window frame set corner according to claim 1, further comprising a first fastening pin (131) and a second fastening pin (221), wherein the first window frame section (100) is further provided with a first pin hole (130) communicated with the first corner bracket cavity (110), the first fastening pin (131) can press the connection corner bracket (300) through the first pin hole (130), the second window frame section (200) is further provided with a second pin hole (220) communicated with the second corner bracket cavity (210), and the second fastening pin (221) can press the connection corner bracket (300) through the second pin hole (220).
  6. 6. The hidden wiring structure of a window frame set corner according to claim 5, wherein a pressing hole (320) is provided on the connection corner bracket (300), and the pressing hole (320) is used for inserting and pressing the first fastening pin (131) or the second fastening pin (221).
  7. 7. A hidden wiring structure for a window frame set corner according to claim 1, characterized in that the first window frame section bar (100) and/or the second window frame section bar (200) are further provided with a first glue injection hole (700), and the first glue injection hole (700) is used for injecting structural glue to the connecting corner bracket (300).
  8. 8. The hidden wiring structure of a window frame corner according to claim 1, further comprising a first outer profile (810), a second outer profile (820) and an outer profile connecting corner brace (830), wherein the first outer profile (810) and the second outer profile (820) are respectively arranged on the outer sides of the first window frame profile (100) and the second window frame profile (200), the first outer profile (810) is provided with a third corner brace cavity (811), the second outer profile (820) is provided with a fourth corner brace cavity (821), and opposite ends of the outer profile connecting corner brace (830) are respectively arranged in the third corner brace cavity (811) and the fourth corner brace cavity (821).
  9. 9. The hidden wiring structure of a window frame set corner according to claim 8, wherein a second glue injection hole (900) is further provided on the first outer profile (810) and/or the second outer profile (820), and the second glue injection hole (900) is used for injecting structural glue into the outer profile connecting corner bracket (830).
  10. 10. An electric flat-sliding window, characterized by comprising the hidden wiring structure of window frame set angle of any one of claims 1-9.

Description

Window frame group angle hidden wiring structure and electric flat-sliding window Technical Field The utility model relates to the technical field of doors and windows, in particular to a hidden wiring structure for window frame set angles and an electric flat-pushing window. Background With the continuous pursuit of modern architecture for aesthetic, safety and intelligence levels, the application of electric windows in the building field is becoming more and more widespread. Among the numerous types of electric windows, electric flat-sliding windows are becoming one of the important choices for building doors and windows due to their convenient handling properties and excellent ventilation effect due to the large opening area. However, the conventional power window wiring process has problems, which severely restrict further improvement of the power window performance. Taking the smart window control system with the patent publication number CN215255630U as an example, in the conventional wiring mode, the cable is exposed to be an extremely outstanding problem. The exposed cable not only damages the neatness and harmony of the appearance of the building and affects the whole beautiful appearance of the building, but also is easy to age due to lack of effective protection. The cable can be corroded by external factors such as ultraviolet rays, wind and rain, dust and the like after long-term exposure to natural environment, so that the insulation performance of the cable is reduced, and the service life is greatly shortened. More serious, the exposed cable can also cause potential safety hazards such as electric leakage, short circuit and the like, and the potential safety hazards are serious threats to personnel and equipment. Disclosure of utility model The utility model aims to provide a hidden wiring structure of a window frame set angle and an electric flat-pushing window, solves the problem of the traditional electric flat-pushing window that an electric wire is exposed, and is beneficial to improving the comprehensive performance of the electric flat-pushing window. In a first aspect, the present utility model provides a hidden wiring structure for a window frame set corner, comprising: the first window frame section bar is provided with a first angle code cavity; The second window frame section bar is provided with a second corner bracket cavity, and the second window frame section bar can be spliced with the first window frame section bar so that the second corner bracket cavity is communicated with the first corner bracket cavity; The two opposite ends of the connecting corner brace are respectively arranged in the first corner brace and the second corner brace cavity so as to fix the first window frame section bar and the second window frame section bar; The first window frame section bar or the second window frame section bar is provided with a first wire through hole, the first wire through hole is communicated with the outside of the connecting corner bracket and the window frame group corner, a second wire through hole communicated with the wire through hole is arranged on the connecting corner bracket, the first wire through hole can be aligned with the second wire through hole, and a wire harness in the wire through hole can sequentially pass through the second wire through hole and the first wire through hole to the outside of the window frame group corner. According to the hidden wiring structure for the window frame assembly corners, the independent wire passing cavity is arranged on the window frame structure, so that the wiring harness can be effectively protected from external physical damage and environmental erosion, the service life of the wiring harness is prolonged, a plurality of wiring harnesses can be accommodated, integrated wiring is realized, the wiring is more orderly, line interference is reduced, and the hidden wiring structure is convenient for later maintenance. Secondly, the first wire hole and the second wire hole are formed in the splicing position of the sections, so that the tight connection of the cavity is realized while the corner strength of the window frame is ensured, the invasion of water vapor and dust is effectively prevented, and the tightness and the protection performance of the window frame are further improved. In addition, the hidden outgoing line butt joint structure fundamentally realizes the hiding of the circuit, so that the appearance of the window frame is more concise and attractive, the overall aesthetic feeling of the building is improved, and the elaboration and quality of the building are shown from the detail. Further, a wiring cavity and a first mounting groove which are mutually communicated are formed in the first window frame section bar, the first wire passing hole is formed in the second window frame section bar, and a wire harness in the first mounting groove can sequentially pass through the wiring cavity, the second wire passin