83results about How to "Improve sliding effect" patented technology

An electronic device includes a display screen and a slide mechanism. The display screen includes first and second display panels, and a housing for receiving the second display panel. The slide mechanism includes two slide rails connected to the housing, and a slide frame connected slidably to the two slide rails and coupled to the second display panel. One of the slide rails has first and second positioning recesses. The slide frame has rollers connected to the slide rails. The slide frame can bring the second display panel to move between an initial position where the second display panel is on a rear face of the first display panel and a retaining unit is retained in the first positioning recess, and an open position where the second display panel is exposed from one side of the housing and the retaining unit is retained in the second positioning recess.

The invention relates to a slidable spherical hinge support with great anti-pulling force, comprising a base, a top plate, a support bottom plate, a spherical hinge supporting structure, a force transfer piece and an anti-pulling piece, wherein the spherical hinge supporting structure is positioned in the base; the base and the top plate are integrated into a whole to form a support shell; the support bottom plate is positioned below and fixed with the support shell; the support shell is provided with an inner cavity; the spherical hinge supporting structure, the force transfer piece and the anti-pulling piece are all positioned inside the inner cavity of the support shell, wherein the spherical hinge supporting structure is positioned on the bottom of the inner cavity and is supported on the support bottom plate; the top surface of the spherical hinge supporting structure supports the force transfer piece; a base and a vertical main body of the force transfer piece form a reverse T shape structure as a whole; the anti-pulling piece is arranged around the vertical main body of the force transfer piece and is supported on the base of the force transfer piece; the upper surface of the anti-pulling piece is limited by the inner surface of the top of the support shell; the vertical main body of the force transfer piece passes out from the top surfaces of the anti-pulling piece and the support shell, and is used to be connected with other construction pieces. The spherical hinge support has great anti-pulling force, which is suitable for building structures.

An electronic device includes first and second screens, and a slide mechanism. The first screen includes a housing and a first display panel. The second screen is disposed behind the housing, and includes a second display panel. The slide mechanism includes two slide rails connected to the housing, and a slide frame connected slidably to the slide rails and coupled to the second display panel. One of the slide rails has first and second positioning recesses. The slide frame can bring the second display panel to move between an initial position where the second display panel is located on a rear face of the housing and a retaining unit is retained in the first positioning recess, and an open position where the second display panel is exposed from one side of the housing and the retaining unit is retained in the second positioning recess.

Sliding parts are provided wherein a plurality of pumping areas for generating pumping action via the relative rotational sliding of a stationary ring and a rotating ring is discontinuously formed in a circumferential direction on a sealing face of one of the stationary ring and rotating ring so as to communicate with a sealed fluid-containing space. The pumping areas are provided with intake pumping areas operating in a direction in which the sealed fluid is drawn in and outflow pumping areas operating in a direction in which the sealed fluid is expelled. A plurality of dynamic pressure-generating grooves for generating dynamic pressure via the relative rotational sliding of the stationary ring and the rotating ring are formed in a circumferential direction on a sealing face of the other of the stationary ring and the rotating ring so as to communicate with the sealed fluid-containing space.

The present invention relates to a movable door device with rollers, in particular to a movable glass door device with a good slide-guiding property. The movable glass door device comprises a piece of movable door glass and a roller runner which is respectively arranged on the upper edge or the lower edge of the movable door glass; wherein, the upper edge or the lower edge of the movable door glass is vertically connected with a slide-guiding plate; the opening of the roller runner faces backwards; the upper and the lower runner plates of the roller runner are respectively connected with a roller; the horizontally arranged slide-guiding plate of the movable door glass are inserted between the rollers, which are respectively arranged on the upper and the lower sides of the slide-guiding plate; and the upper or the lower edge of the movable door glass is respectively inserted into a groove arranged in the upper or the lower runner plate of the roller runner. The present invention mainly resolves the technical problem that the arrangement of the slide-guiding structure of the prior movable glass door requires the movable door glass to have a certain thickness. When the movable glass door device is used, the slide-guiding structures of the upper and the lower ends of the movable glass door device can have the same slide-guiding effect.

Sliding parts are provided where a plurality of dynamic pressure-generating grooves for generating dynamic pressure via the relative rotational sliding of the stationary ring and the rotating ring are formed in a circumferential direction on a sealing face of one of a stationary ring and the rotating ring so as to communicate with a sealed fluid-containing space, and pumping areas for generating pumping action via the relative rotational sliding of the stationary ring and the rotating ring are formed within the dynamic pressure-generating grooves.

The invention discloses a method for avoiding the idle run and slide of the wheels of railway motor trolley, comprising following steps: centralized processing and output the measured each axial speed including axial speed, inter-axial sliding speed difference, and inter-axial idle run speed difference; selecting the lower one of speed and controlling speed of driver as limited speed; calculating the limited speed difference between limited speed and each axial speed; selecting the larger one of limited speed difference and inter-axial idle run speed difference as idle speed difference; selecting the larger one of limited speed difference and inter-axial sliding speed difference as sliding speed difference; using the idle speed difference to calculate the de-loading coefficient in the drawing condition and processing the de-loading process; using the sliding speed difference to calculate the de-loading coefficient in the braking condition and processing the de-loading process; and processing the spreading-sand process when the spreading-sand value set by driver equals to the idle run speed difference or sliding speed difference. The invention has stable property, simple structure, lower cost and better effects to avoid the idle run and slide.

The invention provides a telegraph pole transportation drawing head. The telegraph pole transportation drawing head comprises a sleeve containing a pole head of a telegraph pole. After the front end face of the sleeve is closed, the bottom wall of the sleeve extends forwards to form a sliding plate. A rib plate is axially and fixedly arranged on the axial symmetric line between the outer wall of the sleeve and the sliding plate. A plurality of fixing through holes are formed in a rib plate body from front to back. When the telegraph pole transportation drawing head is implemented specifically, the fracture surface of the sliding plate is of an arc-shaped V shape, gradually shrinks and extends upwards in an inclined mode, the valley bottom of the V shape and the bottom face of the rib plate are fixedly connected into a whole, and the forefront end face of the rib plate protrudes from the front end face of the sliding plate and is of a vertical arc-shaped structure. When the telegraph pole transportation drawing head is used, due to the fact that the shape of the sliding plate is similar to that of the bottom face of a bow, when the telegraph pole is drawn to slide forwards on soil, especially on soft soil, the resistance is small, effort is saved, and the sliding effect is good. The telegraph pole transportation drawing head can be bound with cables and drawing is quite convenient.