35results about How to "Adjustable opening size" patented technology

Systems and methods are provided for customizable cabinetry framing. The systems presented describe components which can be assembled into customizable framing modules for cabinetry in outdoor kitchens, farming sheds, restaurants, warehouses, or more. The methods presented describe making each component by cutting sheet metal or other sheet material, and then by folding the cut sheet metal, and using some fasteners. Standardized components may be assembled on-site into customized modules. These materials and assembly eliminate the need for costly and time-consuming welding at point of manufacture or assembly, while providing advantages in strength of the assembled framing modules. Various components may be packed for shipping in relatively flat units. The present invention solves problems with the currently available means of manufacturing and assembling outdoor kitchens and other custom framing built on-site. Lower costs of materials, manufacture, shipping, and labor for assembly result in more cost-effective and/or stronger framing.

The invention discloses a pick-and-place device and an archives management system. The pick-and-place device comprises a material picking mechanism, a guiding mechanism and an adjustment mechanism, wherein the material picking mechanism comprises a driving unit and a material picking end; the driving unit is fixed on a supporting frame; the material picking end is fixedly connected to the drivingunit and driven by the driving unit to move; the guiding mechanism comprises a pair of guiding parts which are arranged oppositely; a passage is formed between the pair of guiding parts; the passage is positioned on a moving path of the material picking end; the passage comprises a material picking opening which allows materials to enter and exit; the adjustment mechanism comprises a first power unit and a transmission unit driven by the first power unit; the transmission unit is connected to the guiding parts; and the transmission unit is driven by the first power unit to drive the guiding parts to adjust the size of the material picking opening. In the event of a deviation of the driving unit during material handling, the materials can be re-regulated through the passage so as to achievethe purpose of always keeping the materials to move back and forth on the passage. The certainty of the exit position of the materials is guaranteed, and the exit position of the materials is not affected by the driving unit.

The invention discloses leveling equipment, and belongs to the technical field of building construction. The leveling equipment comprises a chassis, a mounting piece, a first adjusting device, a scraper and a steering limiting assembly, wherein the mounting piece is arranged on the chassis; the first adjusting device is arranged on the mounting piece; the scraper is connected with the first adjusting device, and the first adjusting device can adjust the levelness of the scraper; and the steering limiting assembly is connected with the mounting piece and the scraper, and the steering limiting assembly can prevent the scraper from rotating around the vertical axis relative to the mounting piece. Mechanical leveling of mortar can be achieved, and deviation of the scraping direction can be avoided.

The invention discloses an improved laminar flow hood mechanism, which comprises a hood shell, wherein an air inlet is formed in the hood shell; a filter screen plate covers the air inlet and is fixed with the hood shell; a rectangular air duct pipeline is fixed at the air inlet; a cover plate presses the rectangular air duct pipeline; a vertical and downward main movement part and a vertical and downward auxiliary movement part are formed on two sides of the width direction of the cover plate; the main movement part sleeves and is screwed on a screw rod; a traveling wheel is hinged to the lower end of the auxiliary movement part and presses a movement guide rail; the movement guide rail comprises a base and a guiding slot formed in the upper end face of the base; a plurality of limiting grooves are formed in the inner wall of the lower end of the guiding slot; a hinged seat is fixed on the hood shell at one side of the rectangular air duct pipeline; a pair of vertical hinged rods is fixed on two ends of the hinged seat; a rotary shaft is hinged between the pair of hinged rods; a sticky roller sleeves the rotary shaft. When the laminar flow hood provided by the invention is not operated, the air inlet can be closed, the opening size of the air inlet can be adjusted, and the accumulated dust impurities can be cleaned.

The present disclosure provides a housing assembly, and the housing assembly is applied to an electronic device. The housing assembly includes a first part and a second part. The first part includes at least one opening. The second part includes at least one mesh area. The mesh area deformably connects to the first part, and covers the opening.

The invention relates to a shrinkage type household garbage can convenient to adjust, and belongs to the technical field of articles of daily use. The shrinkage type household garbage can comprises abase provided with four first baffles. Two telescopic plates are arranged in each first baffle. The 90-degree included angle is formed by buckling and connecting the telescopic plates in each first baffle and the telescopic plates in the adjacent first baffle. Each first baffle is provided with a second baffle. Each second baffle is internally provided with two telescopic plates, wherein the 90-degree included angle is formed by buckling and connecting the telescopic plates in each second baffle and the telescopic plates in the adjacent second baffle. The base is internally further provided with a first screw, a second screw and a third screw, wherein an ejector rod supporting plate is arranged at the middle portion of the third screw, and a rotation plate is arranged at the lower portionof the third screw. Two ejector rods are arranged between the ejector rod supporting plate and each second baffle. The shrinkage type household garbage can solves the problem that an existing garbagecan cannot be shrunk is solved, and accordingly the shrinkage type household garbage can is capable of adapting to garbage bags and plastic bags different in specification.

A supporting frame of the rocking chair (or bed) is composed of a pair of tracks, a pair of centrally pivoted supporting rods, a pair of fixing holders respectively fixed to one end of each track to form a rotary link at one end of supporting rod, a pair of slide ways respectively fixed to another end of each track, a pair of slide holders on the slots of slide ways to form a rotary link at another end of supporting rod, and a pair of lining pads matched with tracks.

The invention discloses a tracheal cannula adapter and a tracheal cannula. The tracheal cannula adapter comprises a cylindrical adapter head; a plurality of annular flanges are arranged on the inner wall of the adapter head; the inner diameter of each annular flange is gradually reduced from bottom to top; the annular flanges are integrally formed; an annular groove is formed between every two adjacent annular flanges; and the diameter of each annular groove is gradually reduced from bottom to top. The trachea cannula adapter can effectively solve the problems that an existing metal trachea cannula is diverse in size and cannot be connected with different instruments such as a breathing machine, a breathing air bag, a disposable heat and moisture exchanger and a filter for use.

The invention provides a feeding mechanism used for coupling of multi-path single-mode COB module lenses. The feeding mechanism comprises a lens feed assembly and a lens clamp assembly. The lens feedassembly is mainly composed of a loading case and a material stirring structure. A loading trough where the lenses are loaded is formed on the one side of the loading case, the lenses are placed in the loading trough side by side and are limited in the loading trough through a limiting structure arranged on the loading case, and therefore the lenses are prevented from moving out from the side faceof the loading trough. The material stirring structure comprises a material stirring block and a material stirring block drive portion driving the material stirring block to move, the material stirring block is inserted into the loading trough and stirs out the lenses from the top end of the loading case to the upper portion in sequence, and the lens clamp assembly clamps and moves the stirred-out lenses to the corresponding coupling positions to be coupled. The feeding mechanism is suitable for feeding operation of micro lenses, and feeding efficiency is effectively improved; and meanwhile,through an inner trough arranged in the loading trough, inner arc faces arranged on lens clamping jaws and the like, the situation that the phenomena of friction, colliding and the like happen in theprocess of feeding the plane parts of the lenses, and damage is caused can be avoided.

The invention discloses a movable three-dimensional wind power generation device. The movable three-dimensional wind power generation device comprises a base, a wind collection device and walking wheels arranged at the bottom of the base, wherein the base is of a plate-shaped structure and comprises a mounting layer and a stable layer, the upper end, close to the wind collection device, of the base is provided with a lifting frame, the lifting frame is fixedly connected to the mounting layer, the end, away from the mounting layer, of the lifting frame is provided with a connecting plate, and the connecting plate is used for being connected with the wind collection device. The wind collection device is in a hollow rectangle shape, and comprises a shell, wherein the shell is fixedly connected to the connecting plate and is internally provided with a plurality of transverse partition plates, the hollow cavity of the shell is partitioned into several wind collection inner cavities by the partition plates, each wind collection inner cavity is internally provided with a wind collection cylinder, each wind collection cylinder comprises a wind collection hood body, a wind collection pipeline and a wind turbine generator, each wind collection hood body is fixedly connected with the corresponding wind collection pipeline, an open end of each wind collection hood body communicates with the corresponding wind collection pipeline, and through the wind collection pipelines, wind power is collected and guided to the wind turbine generators.