396results about How to "Free rotation" patented technology

Optical fiber and cable management apparatus includes a base for mounting on a wall or other surface at a subscriber premises, and a drum region extending axially upward from the base. The drum region includes an outer cylindrical wall for supporting a length of a first fiber optic cable wound about the outer wall, an inner cylindrical wall disposed radially inward of the outer wall to define an annular fiber routing region between the two walls, and a cable entry port in the outer wall for receiving an end portion of the first fiber optic cable so that fibers of the cable may be routed through the fiber routing region. An interface compartment disposed atop the drum is constructed to interface a first set of fibers routed within the compartment, with a second set of fibers associated with a second fiber optic cable that is routed to the apparatus.

A non-permeable pipe connector structure, the design of which effectively prevents external material (such as vapor and miscellaneous substances, etc.) intrusion. To obstruct the intrusion of external matter into the pipe connector, a ball bearing holder is disposed at the pipe connector, enabling even greater ball bearing durability and, furthermore, free rotation. A protective flange is disposed as the bottom surface of the ball bearing holder such that when the coupling nipple and the connector base are fastened together, the protective flange effectively blocks external matter, thereby precluding entry to avert subsequent damage to the bearings. Furthermore, a rubber sealing ring sleeved onto the annular groove prevents vaporous or acid and alkaline substance intrusion into the bearings, and has safe defensive effectiveness.

A multi-angle adjusting socket body and improved structure of its tools mainly comprises a connecting shaft with one end formed as a multi-angular socket for inserting a tool, a locking sleeve with elasticity and pressing forces for positioning the tool, the tool having one end formed as a sleeving section in ball shape, another end formed as a driving part, a turning concave part and a plurality of indentations are disposed on the circumference of the tool between the sleeving section and the driving part, accordingly, when the sleeving section of the tool is inserted into the multi-angular socket and is used in straight manner, the positioning piece of the locking sleeve presses against on the positioning indentation, so that the operation is performed more stably and firmly, when the tool is used in angular manner, the positioning piece presses against on the turning concave part, thus the tool can be adjusted in different angles.

There is provided a quick connection terminal device which can visually and auditively display the connecting completion of a wire and which can suppress increase in the number of components. When the connection of a wire 110 to a terminal plate 1 is completed, a manipulation portion 31 of a release lever 30 is moved downward from an initial position, whereby it is possible to visually display the connecting completion of the wire. In addition, it is possible to display the connecting completion of the wire with sound (collision sound) generated when the manipulation portion 31 collides with the surface of a device body 100. Furthermore, by using the release lever 30 for cutting off the connection of the wire 110 in common to display the connecting completion of the wire 110, it is possible to suppress increase in the number of components.

A self-locking nut comprises a slotted nut and a locking nut and is assembled by complementary asymmetrical threading. After the locking nut is threaded onto the neck of the slotted nut, the assembled self-locking nut turns freely as it is threaded onto the shaft of a bolt. Once the forward face of the slotted nut contacts the material being fastened, additional turns clamp the material to the desired torque. Now, when additional torque is applied to the locking nut, its internal thread slides forward along the shallow incline of the asymmetrical external thread on the neck of the slotted nut, thereby exerting a compressive radial force on the slotted neck.

The compressive radial force contracts the slots of the slotted nut, thus constricting the circumference of the slotted nut around the bolt shaft. As the slotted nut constricts, the female crests of its internal threads are forced more tightly against the male crests of the external threads of the bolt shaft, thereby locking the female threads of the slotted neck to the male threads of the bolt. This produces a strong 360-degree mechanical metal-to-metal connection, and does not damage or deform the threads of the bolt.

The camera driver is provided with a camera part that comprises an image pickup element, a lens that forms an object image on the image pickup surface of the image pickup element and a lens barrel that holds the lens; a fixed unit, at least a portion of which is made of a magnetic substance and which comprises a protruding part provided with a shape that is at least a portion of a spherical surface; a movable unit that comprises a first movable part comprising an attraction magnet that generates a magnetic attraction force on the magnetic substance and a contact surface with a conical shape into which the protruding part fits as a result of the magnetic attraction force, and which rotates freely with respect to the center of the sphere of the spherical surface of the protruding part, and a second movable part, which is equipped with the camera part and fixed to the first movable part, and which comprises a fall-off prevention regulating surface provided with a prescribed intervening gap that allows free rotation with respect to the fixed unit when the first movable part rotates; a detector that detects the slant angle of the camera part with respect to the fixed unit and the rotation angle of the camera part around the optical axis of the lens; a first driving part that slants the camera part with respect to the fixed unit; and a second driving part that rotates the camera part with respect to the fixed unit around the center of the optical axis.

The invention discloses a product display implementation method. The product display implementation method includes that (1) shooting a product from multiple angles to obtain pictures of the product from multiple angles with the same proportion; (2) storing the pictures taken from multiple angles with the same proportion in different file storage files according to a set naming rule; pre-defining the association between a touch gesture and the display effect of a 3D display space pattern of the product; (3) receiving and identifying the gesture of a user, inquiring the pre-defined association, and acquiring the corresponding display effect of the display space pattern; acquiring the corresponding regulated pictures with the same proportion; splicing the selected pictures with the same proportion to form a product display space pattern and/or switching. The product display implementation method fully displays the product through the multi-angle pictures of the product; the product display implementation method breaks through the traditional static picture display, realizes to randomly rotate, amplify, knock, open and close the product and brings a brand new and more real interactive experiment for the client.

A hydrodynamic torque converter wherein the housing is connected to the output element of an engine in the power train of a motor vehicle and receives a coaxial hub which is rotatable by the turbine wheel in the housing or by a clutch disk forming part of a lockup clutch and being axially movably but non-rotatably mounted on the hub. The lockup clutch further comprises a piston which is rotatably and axially movably mounted on the hub, and a laimina which is non-rotatably but axially movably mounted in the housing and extends radially inwardly between the piston and the clutch disk. The clutch is engaged when the piston is moved axially of the housing to thus urge the lamina against the clutch disk and to thus bias the clutch disk against an adjacent wall of the housing so that the clutch disc then transmits torque between the housing and the hub to thus bypass the torque transmitting connection between the housing and the hub by way of a satator wheel in the housing and the turbine wheel.

The invention discloses an orchard self-propelled lifting operation platform which comprises a hydraulic system, a traveling mechanism and an engine (13). The orchard self-propelled lifting operation platform is characterized by being provided with a rotary device, a lifting device, an operating platform and an operation table. The rotary device comprises a rotary component and a rotary upright column (3), the rotary component comprises a hydraulic motor (15), a worm and gear reducing mechanism (16) and a slewing ring bearing (14), and the rotary upright column can perform a 360-degree stable rotation on a base plate through the slewing ring bearing. The lifting device comprises a support arm (6), a lifting arm (5) and a lifting oil cylinder (4), and the operation table (9) can ascend or descend in a range from 1m to 6m. Each of the four corners of the base plate is respectively provided with a support leg (12) and a support leg controlling oil cylinder (19). The orchard self-propelled lifting operation platform has the advantages of being flexible in moving and traveling, free in lifting and rotating, and convenient and safe to operate.

A display apparatus includes a base, a display screen part supported on the base turnably, a driving part for turning the display screen part in accordance with an inputted control signal, a turning prevention mechanism for preventing turning of the display screen part, a judgment part for judging on the basis of the inputted control signal whether the display apparatus is operated or not, and a controller for producing a signal for operating the turning prevention mechanism to prevent turning of the display screen part when it is judged that there is no operation to the display screen part and producing a signal for releasing operation of the turning prevention mechanism when it is judged that there is operation to the display screen part.

To provide a portable watch in which a crown can be held so as not to be turned carelessly utilizing engagement of screws without being restricted by a function of a watch movement, durability is improved, and a screw lock operation for the crown is light. The present invention is premised on a portable watch in which a crown, which is connected to a winding stem transmitting a turning force to a watch movement in a case band, is engaged with a male screw section of a pipe attached to the case band, whereby a crown is held so as not to be turned. The crown includes: a crown shaft that moves the winding stem in association with the crown shaft; and a crown head that turns this shaft. A turning force receiving section is provided on a peripheral part of a shaft end of a crown shaft arranged outside the pipe. A female screw section and a turning force transmission section are provided in the crown head. The female screw section is detachably engaged with the male screw section. The turning force transmission force is detachably fitted into the turning force receiving section following movement along an axial direction of the crown shaft in a state in which the engagement of both the screw sections are released.

The invention discloses an ultra-low frequency modal test gravitational equilibrium system which comprises a horizontal motivation modal suspension device, a vertical servo modal suspension device, an installation base, a support and a movable adjustment base. The horizontal motivation modal suspension device is installed on the installation base. The vertical servo modal suspension device is arranged above the horizontal motivation modal suspension device through the support. The movable adjustment base is arranged below the installation base. The horizontal motivation modal suspension device comprises a gas floating ring installation board, a proximity switch, a gas floating ring, a floating panel and a rope-clamping assembly. The vertical servo modal suspension device comprises a machine frame, an installation framework, a movable cross beam, a guiding rod, a main rod, an air bearing, a limiting device, a laser displacement sensor, a load sensor, a floating system and a magnetic system. Plane motion of the ultra-low modal test gravitational equilibrium system is not influenced by restriction, a friction force or an inertia force basically.

A valve, such as a liquid level sight glass gage valve, has a valve unit and a passageway that extends through the valve unit. The passageway has a stem receiving area, a seal receiving area, and a bonnet receiving area that has a non-circular inner perimeter. A packing assembly is provided to isolate the bonnet receiving area from the fluid path. A bonnet is located within the bonnet receiving areas and has a non-circular outside surface for mating relationship with the non-circular inner perimeter of the valve unit. A valve stem is in sealing relationship with the packing assembly and selectively engages a valve seat. The stem threadably engages the bonnet. A bonnet nut is threadably received on the valve unit for securing the bonnet within the valve unit and allowing axial movement of the bonnet against the packing assembly, thereby effecting compression of the packing.

The present invention provides a planetary gear speed reducer which realizes high-efficiency torque transmission and can improve load capacity. The planetary gear speed reducer (100) of the invention is provided with the following components: an eccentric shaft (132) which is provided with an eccentric member (134); a pair of eccentric bearings (154) which rotatably support the eccentric shaft (132); an auxiliary bearing component (148) which is equipped separately from the eccentric bearing (154) and supports the eccentric shaft (132); an outer gear (142) which is interlocked with the eccentric member (134) and swings; an inner gear (144) which is internally engaged with the outer gear (142); and a gear rack component (156) which is synchronous with a self rotation component of the outer gear (142), wherein, the auxiliary bearing component (148) is supported by a bearing pin (152) which is formed separately with the inner teeth of the inner gear (144).

A device for aligning a flatted object to a desired orientation. The flatted object has a substantially circular perimeter and a flatted chord portion and may be a silicon wafer or a cover for an electrostatic chuck. The device includes multiple conically shaped rollers that center and rotationally align the object, each roller having a bottom lip for supporting the object. Centering rollers are mounted so that they contact the circular perimeter of the object when it is in the desired orientation. Rotational alignment rollers are mounted so that they contact the flatted chord portion of the object when it is in the desired orientation. When placed on the alignment device, the flatted object passively moves to the desired orientation under the force of gravity.

The invention provides a foldable display device which comprises a machine body, a main display screen and an auxiliary display screen, wherein the main display screen and the auxiliary display screenare connected through a folding mechanism, and then folding and unfolding of the main display screen and the auxiliary display screen can be achieved; and after being unfolded, the main display screen and the auxiliary display screen are combined as a large screen.

A single rear bicycle brake control cable core is employed to operate the rear brake of a freestyle bicycle that employs a rotatable coupling that allows the handlebars, front wheel, and front wheel fork of a bicycle to be rotated through a complete revolution about the axis of the head tube of the bicycle frame. The single brake control cable core is looped about a roller which may be a pulley attached to the cable-engaging end of the handlebar-mounted rear brake lever, so that the point of contact between the control cable loop relative to the brake lever is not fixed. Cable sheaths surround portions of the cable core and are seated in a cable segment connector that in turn is rotatably mounted in a cable coupler attached to a handlebar-mounted brake lever assembly body. The coupler rotates about its own axis to maintain the unsheathed, proximal portions of the loop adjacent the pulley in coplanar alignment with the pulley. The brake lever rotates relative to the brake lever assembly body so as to move the pulley closer to or further from the cable coupler. Because the control cable loop passes about the pulley, tension on the cable brake line allows the gyroscopic system to self-adjust the balance of its bearing unit. Preferably, a toggle link is provided between the cable-engaging end of the brake lever and the cable core loop. The pulley is mounted at the end of the toggle link, remote from the brake lever.

In a method for operating a belt retractor, the belt retractor comprising a belt tensioner drive and with a pre-tensioner drive which can both exert a torque onto a belt spool in a direction for winding a safety belt, the pre-tensioner drive is prevented from exerting a torque onto the belt spool through the activation of the belt tensioner drive. In a belt retractor for a safety belt, having a belt spool, a pre-tensioner drive with a drive motor, which can turn the belt spool in the winding direction for the purpose of pre-tensioning the safety belt, and with a belt tensioner drive which can drive the belt spool for the purpose of a belt tensioning, a safety mechanism is provided, which through an activation of the belt tensioner drive prevents the pre-tensioner drive from driving the belt spool in the winding direction.

The invention discloses a USB connector which is provided with a body. A plug is arranged at the front end of the body, and a rotating shaft is externally protruded on the rear end thereof; the plug is connected with a connection wire which passes through the inner part of the body and passes out from the center of the rotating shaft; a positioning block is arranged on the rotating shaft; a shell is provided with a hollow inner part to contain the rotating shaft; an angle positioning device is arranged in the shell and provided with at least a shaft seat to support the rotating shaft to rotate; a blocking wall is extended and protruded integrally by the shaft seat; the blocking wall is positioned on the rotating path of the positioning block to limit the rotating range of the positioning block; and an antiskid block is fixed in the shell and penetrated on the rotating shaft to limit the free rotation of the rotating shaft by friction.

The invention discloses a technology for baking and grinding high-moisture chalk through a vertical mill and belongs to the field of cement raw materials prepared by adopting high-moisture chalk raw materials. Clammy chalk with the moisture more than 25% is fed onto an inner refiner plate of the vertical mill from a feeding mouth of the vertical mill; hot wind passes through a wind chamber, a wind ring and a chamber above the refiner plate from a hot wind inlet and discharges out of the vertical mill from a hot wind outlet; zone control is performed on the moisture of materials inside the mill; the moisture of the materials is dried step by step; a powder selecting machine, the feeding mouth and the hot wind outlet are arranged at the upper part of the vertical mill; the refiner plate and mill grinding rollers are arranged inside the vertical mill; a cloth scraping plate is arranged above the refiner plate; a retaining ring is arranged at the edge of the refiner plate; the height of the retaining ring exceeds 150 mm; the wind chamber is arranged below the refiner plate; the wind chamber is communicated with the chamber above the refiner plate through the wind ring; the hot wind inlet of the mill, a material scraping device and a feeding back port are arranged in the wind chamber, the feeding back port is connected with the feeding mouth through an outer circulating system of the mill. The invention provides a simpler and energy-saving preparation technology and device for preparing the cement raw materials by adopting the high-moisture chalk raw materials.

This wind turbine is enclosed in a housing structure with a bell shaped opening and a stack effect created on the roof. One side of the housing, facing the wind, opens up to receive air. The air that enters the housing is divided into multiple chambers. The chambers and turning vanes guide the air directly to the blades and help in minimizing air turbulence. The blades are angled to receive the maximum amount of the air. The air rotates the blades turning the rotor, converting mechanical rotation into electrical power. There is a horizontal rotor attached to vertical shaft which is used to generate electrical energy. The stack effect on the roof creates a negative air flow aiding in turning the rotor.