A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Drainage mechanism for hidden drainage door and window
The invention discloses a drainage mechanism for hidden drainage doors and windows, and relates to the technical field of doors and windows, the drainage mechanism comprises a frame, a drainage groove is formed below a first drainage port, the drainage mechanism further comprises a wind blocking mechanism used for preventing wind from entering a drainage area to affect drainage during drainage, and a drainage assisting mechanism used in cooperation with the wind blocking mechanism to promote drainage in windy weather. In the using process of the drainage mechanism for the hidden drainage door and window, by means of the newly-arranged wind shielding mechanism, wind can be prevented from entering the position, located in the drainage groove, of the drainage opening through the wind shielding mechanism in the gale and heavy rain weather, and therefore the situation that normal drainage of rainwater is affected due to the fact that wind pressure in the drainage groove is large is avoided; meanwhile, due to the fact that the wind shielding mechanism is bidirectionally symmetrical, the drainage shifting piece can deflect upwards under the action of rainwater according to different wind directions in windy weather, normal drainage is not affected, and in strong wind weather, the drainage efficiency can be improved and drainage of the rainwater can be promoted by means of the negative pressure principle.
本发明公开了一种隐排水门窗用排水机构，涉及门窗技术领域，包括框架，且第一排水口的下方开设有排水槽，还包括用于防止在进行排水时，风进入到排水区域影响排水的挡风机构，用于配合挡风机构使用在大风天气促进排水的助排机构。该隐排水门窗用排水机构在使用时的过程中，通过新设置的挡风机构，当遇到大风大雨天气时，此时通过挡风机构避免风可以进入到排水口处于排水槽的位置，从而避免排水槽内由于风压较大，影响雨水正常的排水，同时由于挡风机构是双向对称，从而可以针对不同风向，当没风天气时，此时排水拨片会在雨水的作用下上偏转，从而不影响正常的排水，而且在大风天气下，利用负压的原理还可以提高排水效率，促进雨水的排水。
Drainage mechanism for hidden drainage door and window
The invention discloses a drainage mechanism for hidden drainage doors and windows, and relates to the technical field of doors and windows, the drainage mechanism comprises a frame, a drainage groove is formed below a first drainage port, the drainage mechanism further comprises a wind blocking mechanism used for preventing wind from entering a drainage area to affect drainage during drainage, and a drainage assisting mechanism used in cooperation with the wind blocking mechanism to promote drainage in windy weather. In the using process of the drainage mechanism for the hidden drainage door and window, by means of the newly-arranged wind shielding mechanism, wind can be prevented from entering the position, located in the drainage groove, of the drainage opening through the wind shielding mechanism in the gale and heavy rain weather, and therefore the situation that normal drainage of rainwater is affected due to the fact that wind pressure in the drainage groove is large is avoided; meanwhile, due to the fact that the wind shielding mechanism is bidirectionally symmetrical, the drainage shifting piece can deflect upwards under the action of rainwater according to different wind directions in windy weather, normal drainage is not affected, and in strong wind weather, the drainage efficiency can be improved and drainage of the rainwater can be promoted by means of the negative pressure principle.
本发明公开了一种隐排水门窗用排水机构，涉及门窗技术领域，包括框架，且第一排水口的下方开设有排水槽，还包括用于防止在进行排水时，风进入到排水区域影响排水的挡风机构，用于配合挡风机构使用在大风天气促进排水的助排机构。该隐排水门窗用排水机构在使用时的过程中，通过新设置的挡风机构，当遇到大风大雨天气时，此时通过挡风机构避免风可以进入到排水口处于排水槽的位置，从而避免排水槽内由于风压较大，影响雨水正常的排水，同时由于挡风机构是双向对称，从而可以针对不同风向，当没风天气时，此时排水拨片会在雨水的作用下上偏转，从而不影响正常的排水，而且在大风天气下，利用负压的原理还可以提高排水效率，促进雨水的排水。
Drainage mechanism for hidden drainage door and window
一种隐排水门窗用排水机构
YE CHANGQING (author) / TAN XIAOJUN (author) / CHENG DEJIN (author)
2023-11-03
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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