Patent application number | Description | Published |
20120198679 | Method and device for transverse slat feeding, multi-slat stringing, stringed slat piling and slat assembly spacing for manufacturing of window blind - A method and a device for quickly feeding slats transversely into U-shaped troughs, simultaneously inserting multiple slats into ladder cords, staking the stringed slats, and spacing the assemblies of stringed slats for easy handling are disclosed. The device uses a slat dispatcher and sucking roller to place the slats into U-shaped troughs. Then the salts are transversely pushed into inter-rung openings of ladder cords at the same time. The slats stringed by the ladder cords as an assembly are collected upward and piled. The piled assemblies are spaced for easy handling. | 08-09-2012 |
20120317754 | SAFETY CORD CONNECTOR FOR WINDOW BLIND - A safety cord connector for a window blind includes a first half shell and a second half shell combined with the first half shell in such a way that a positioning protrusion extending from an inner surface of the second half shell is inserted into a positioning notch formed on an inner surface of the first half shell so as hold the first and second half shells together. When an external force exceeding the engaging force between the positioning protrusion and the positioning notch exerts between the first and second half shells, the positioning protrusion will separate away from the positioning notch to enable the combined first and second half shells to be split from each other so as to enhance safety in use. | 12-20-2012 |
20130146236 | VENETIAN BLIND SLAT - A Venetian blind slat includes a leather substrate and two rods. The leather substrate has an upper strip and a lower strip sewed to the upper strip to define two elongated spaces between the upper and lower strips along two long sides of the leather substrate. Each of the rods is inserted into and held within one of the elongated spaces of the leather substrate. The Venetian blind is lightweight and has good thermostability and flexibility. | 06-13-2013 |
20130227821 | CORD CONNECTOR FOR WINDOW BLIND - A cord connector for a window blind includes a cord hole having a large hole portion and two small hole portions each communicated with the large hole portion through a neck portion defined by two opposite engaging walls. The diameter of the large hole portion is larger than that of a cord used in the window blind, the small hole portions each have a diameter equal to the cord diameter, and the width of the opposite engaging walls is smaller than the cord diameter. When the cord connector is in use, the cords are respectively inserted into the small hole portions of the cord hole. If an external force exerting on the cords overcomes the resistances of the engaging walls, the cords will move from the small hole portions to the large hole portion and then escape from the cord connector. | 09-05-2013 |
20150101767 | NON-CORD WINDOW BLIND ASSEMBLY - A non-cord window blind assembly includes two opposing side jambs each defining a longitudinal guide groove and a plurality of oblique positioning grooves respectively connected to and equally spaced along the longitudinal guide groove, and a blind coupled between the side jambs and including a headrail, a bottom rail and a panel of cellular material coupled between the headrail and the bottom rail. The bottom rail has two guide rods respectively located at two opposite ends thereof and respectively slidably coupled to the guide grooves of the side jambs and respectively selectively positionable in one respective oblique positioning groove of one respective side jamb. | 04-16-2015 |
20150102546 | CURTAIN CUTTING AID - A curtain cutting aid includes a curtain holder including two hollow holder blocks arranged in parallel and defining therein a respective insertion space in communication with each other for a insertion of a curtain, a bearing plate connected between the two hollow holder blocks and a cutting groove defining between the two hollow holder blocks for the insertion of a cutter to cut off the inserted curtain, and a stop rod selectively and detachably mounted in the insertion space of one of the two hollow holder blocks to stop the inserted curtain in place for cutting. Thus, the curtain cutting aid can effectively enhance the convenience and precision of the cutting operation. | 04-16-2015 |
20150176329 | CONTROLLING MECHANISM FOR CORDLESS BLIND SET - A controlling mechanism for a cordless blind set includes a fastening seat, a controlling member, and two driving gears. A coil spring is between the two driving gears each engaged with a driven gear. Each of the driven gears is coupled with a transmission rope passing through the fastening seat and the controlling member and then gets fixed in an upper beam. To operate the blind set, a pushing force is applied to the controlling member to release the transmission ropes. The driving gears are then driven by the coil spring and rotate the driven gears simultaneously, so the driven gears can roll up/release the transmission ropes. | 06-25-2015 |
20160123073 | BLIND BODY POSITIONING MECHANISM FOR NON PULL CORD WINDOW BLIND AND WINDOW BLIND USING THE SAME - A window body positioning mechanism of a non pull cord window blind includes a transmission unit including two first transmission wheels meshed together, a coil spring connected between the first transmission wheels and wound round one first transmission wheel, two second transmission wheels respectively meshed with one respective first transmission wheel, and two transmission cords each having one end thereof fixedly connected to one respective second transmission wheel and being wound round the respective second transmission wheel upon its rotation, and a damper unit including a damper and a reel connected to the damper and wound round by one transmission cord in such a manner that when the blind body is being extended out or received, the damper imparts a damping resistance to the transmission cords through the reel to achieve excellent positioning effects. | 05-05-2016 |
20160123447 | BLIND BODY POSITIONING MECHANISM FOR NON PULL CORD WINDOW BLIND AND WINDOW BLIND USING SAME - A window body positioning mechanism of a non pull cord window blind includes two first transmission wheels, two transmission cords respectively connected with one ends thereof to the first transmission wheels, two second transmission wheels meshed together and respectively meshed with the first transmission wheels, a coil spring connecting the two second transmission wheels and selectively wound round one second transmission wheel, and two resistance units each including a one-way pawl and a resistance wheel wound by one respective transmission cord and meshed with the one-way pawl. Thus, when extending out or receiving the blind body, the friction resistance between the resistance wheels and the transmission cords and the engagement relationship between the resistance wheels and the respective one-way pawls help achieve excellent blind body positioning effects. | 05-05-2016 |