66results about How to "Does not affect sliding" patented technology

The invention discloses a table with a segmentable telescopic table top, which comprises a table top with a fixed shape, two sets of table legs, a movable table bracket, two movable rails, and at least one movable table top that can be fitted on two beams. Owing to adopting the connection between the desktop and the movable table bracket through movable rails, the movable table bracket can be completely pulled out of the desktop while maintaining the connection with the desktop; The supporting legs of the tabletop are changed from four before stretching out to six after stretching. Therefore, the table of the present invention has the advantages that the tabletop can be stretched out in multiple sections, the support of the table legs is stable, and the size of the tabletop after stretching out can be doubled compared with the original tabletop. The advantages of the table make the table adaptable to the use demands of different numbers of people, and the number of people who can use the table after stretching out can be doubled or even more than the number of people who use the original table.

The invention discloses an automatic bean vermicelli folding device and a bending method, and belongs to the technical field of food packaging. The device comprises a working platform, a stopping lever mechanism and a bending mechanism, wherein the stopping lever mechanism comprises a stopping and pressing lever and a stopping and pressing cylinder; the bending mechanism comprises a sliding supporting plate, a left bending mechanism and a right bending mechanism; the sliding supporting plate can be slidably mounted on the working platform under the effect of a power mechanism; a left bending mechanism comprises a left bending plate and a left bending cylinder driving the left bending plate correspondingly; and the right bending mechanism comprises a right bending plate and a right bending cylinder driving the right bending plate correspondingly. The method comprises the following steps: feeding; moving the bending mechanism backwards; applying a force to bean vermicelli by using a bending pushing groove so that the bean vermicelli is bent to be U-shaped; bending rightwards; bending leftwards; resetting the right bending plate; clamping and taking materials; resetting the left bending plate; enabling the stopping and pressing lever to drop; taking the materials and moving the materials out; resetting the stopping and pressing lever; and resetting the bending mechanism. The automatic bean vermicelli folding device is high in degree of automation, high in folding processing efficiency and accurate and fast in action; and the bean vermicelli folded by the method is clean and sanitary and consistent in overall dimension, the number of burrs on the periphery is small, and the whole folded bean vermicelli is attractive in appearance.

The invention relates to a slide. The slide comprises an upper-layer slide body, a lower-layer slide body and a pair of oppositely-arranged fixed guide rails, the two sides of the upper-layer slide body are slidably connected to the pair of fixed guide rails, the two sides of the lower-layer slide body are slidably connected to the pair of fixed guide rails, and the upper-layer slide body and thelower-layer slide body can slide independently. Therefore, a complex matching structure does not need to be designed, and the structure of the slide is simplified. When one of the upper-layer slide body and the lower-layer slide body and a corresponding sliding guide rail are damaged, the replacement is convenient, and the replacement cost is reduced. Moreover, the upper-layer slide body and the lower-layer slide body do not influence each other to slide, so that the movement stability of the upper-layer slide body and the lower-layer slide body is improved. Moreover, when the slide is stretched, the upper-layer slide body and the lower-layer slide body can move in opposite directions relative to the fixed guide rails, so that the upper-layer slide body and the lower-layer slide body are of a symmetrical structure relative to the fixed guide rails, the fixed guide rails are stressed in a relatively balanced manner, and the fixed guide rails can be protected.

The invention discloses a food processor cover-closing safety protection device. In order to solve the problem of misoperation after cleaning, the existing food processor commonly adopts a rotary knob type and snap joint type protection structure, so that the personal safety under the condition of misopration is protected, but the protection structure is complex, and food cups cannot be taken and placed once the protection structure is failed. The food processor cover-closing safety protection device is characterized in that at least one lock catch is arranged on an outer edge of a cup cover; an arc-shaped groove for locating the lock catch is formed between an upper cover close to the cup cover and a top face of a main body; a safety stop lever capable of being moved up and down is arranged in the main body; a trigger rod capable of being moved up and down is arranged in a base, and is linked with the safety stop lever; an upper end of the trigger rod is a movable end contacted with a bottom part of the food cup; an elastic support piece is arranged between a lower part of the trigger rod and the base. The food processor cover-closing safety protection device cannot work if no food cup is placed on the base, so that the misoperation after cleaning is effectively prevented.

The invention belongs to the technical field of new energy sources, and relates to a wind power generation device, in particular to a mechanical brake for a rocker arm type wind power motor. In orderto solve the problem that the cost is high as the mechanical brake for the wind power motor is complex in structure and large in size in the prior art, the technical scheme is as follows: the mechanical brake comprises a sliding shaft. A passive pincers body and an active pincers body are arranged on the sliding shaft, the passive pincers body is fixedly connected to the active pincers body, a brake pad I is arranged on the passive pincers body, a brake pad II is arranged on the active pincers body, the passive pincers body is fixedly connected to the brake pad I, the active pincers body is movably connected to the brake pad II, a linear transmission mechanism is arranged on the brake pad II, a rocker arm for driving the linear transmission mechanism to move is arranged on the linear transmission mechanism, and an electric push rod is hinged to the rocker arm. The mechanical brake is used for braking the wind power generation device.

An automatic sealing mechanism for a hole cover comprises a fixing sliding seat which is of a U-shaped frame structure, and a through hole is formed in the bottom of the U-shaped frame structure; the end, facing a hole, of the through hole is provided with a first protruded circular ring, and the end, back on to the hole, of the through hole is provided with a second protruded circular ring sleeved with a sealing ring; the two side walls of the U-shaped frame structure are each provided with two sliding grooves which are formed in a spaced mode, the sliding grooves comprise the long sliding grooves and the oblique sliding grooves, and the long sliding grooves are in parallel with the bottom of the U-shaped frame structure; one ends of the oblique sliding grooves are connected with the long sliding grooves in a transition mode, and the other ends of the oblique sliding grooves are obliquely formed by facing the bottom of the U-shaped frame structure; the two side walls of a sealing sliding plate are each provided with a sliding strip, and the positions, corresponding to the two sides of the sliding strips, of the side wall of the sealing sliding plate are each provided with a guiding sliding column; the guiding sliding columns are slidably installed in the sliding grooves in a limited mode, and a connecting block is arranged on the surface, back on to the sealing ring, of the sealing sliding plate; and the telescopic end of an electric push rod is movably installed on the connecting block, and the fixed end of the electric push rod is movably installed on the cabin wall. The automatic sealing mechanism is suitable for automatic sealing of the hole cover.