34 results about "Upward shift" patented technology

A cup holder includes a holder body having a peripheral wall surrounding an accommodation space, a tray provided in the accommodation space and vertically shiftably supported by the peripheral wall, and a height adjuster configured to vertically shift the tray. The height adjuster includes at least one rack gear extending vertically on the peripheral wall, at least one pinion gear rotatably supported by the tray and meshing with the rack gear, and an energizing member provided at the tray and energizing to rotate the pinion gear for upward shift of the tray.

A multistage transmission includes a lost motion mechanism for regulating the operation for a downward shift in acceleration and for an upward shift in deceleration. Regulating rods are integrally moved with a control rod. A cutout into which a pin can be fitted together with a cam groove of the slidingly touched cam rod is formed corresponding to each cam groove in the regulating rods. The cutout of the regulating rods corresponding to the cam groove of the cam rod for normal rotation is formed longer than the corresponding cam groove on the reverse side to a moving direction of the control rod in an upward shift in a state in which shifted speed is established. The cutout of the regulating rods corresponding to the cam groove of the cam rod for reverse rotation is formed longer than thecorresponding cam groove on the reverse side to a moving direction.

An improved method and composition for producing aluminum hydroxide crystals from precipitation liquor, involves the addition of an emulsified crystal growth modifier comprising a C8-C10 fatty acid, precursors, salts or blends thereof. The emulsified crystal growth modifier also facilitates an upward shift in particle size distribution of aluminum hydroxide and an upward shift in oxalate ball size.

Disclosed herein are an apparatus and method for controlling the edge shape of a strip in a twin-roll strip casting process, which improve the quality of the strip by using cameras to photograph the edge portions of the strip being cast by strip casting, analyzing the photographs, and then controlling edge dams according to the edge shape of the strip. The apparatus comprises: an edge dam driving unit which is attached to edge dams attached to both sides of casting rolls so as to control the pressing force of the edge dams against the casting rolls and the upward shift of the edge dams according to the wear and upward shift rate of the edge dams; cameras which are disposed at the strip outlet side of the casting rolls so as to photograph the edge portions of the strip; and a control unit which analyzes the edge shape of the strip from images photographed by the cameras and outputs a signal controlling the wear and upward shift of the edge dams.

A product diverting mechanism used in a packaging system, which is effective to increase the speed at which the products are successively diverted, includes a force applicator for applying a force, including a force component acting in a horizontal direction, to the products transported from a preceding station, in a direction transverse to a direction of transport of the products, a suppressor disposed above a transporter for suppressing an upward shift of the products which occurs when the force applicator applies the force to the products, and an elevator for moving the suppressor up and down. The suppressor is lowered during an operation to divert the products so as to contact an upper surface of the products.

The present invention provides a pharmaceutical composition comprising at least one pharmaceutically acceptable bismuth-containing compound, at least one pharmaceutically acceptable non-clay-derived suspending agent, and water. The suspension reduced the upward shift in pH compared to an otherwise similar suspension comprising a clay-derived suspending agent. Such compositions are useful in the prevention and treatment of gastrointestinal diseases and / or disorders.

A multistage transmission includes a lost motion mechanism for regulating the operation for a downward shift in acceleration and for an upward shift in deceleration. Regulating rods are integrally moved with a control rod. A cutout into which a pin can be fitted together with a cam groove of the slidingly touched cam rod is formed corresponding to each cam groove in the regulating rods. The cutout of the regulating rods corresponding to the cam groove of the cam rod for normal rotation is formed longer than the corresponding cam groove on the reverse side to a moving direction of the control rod in an upward shift in a state in which shifted speed is established. The cutout of the regulating rods corresponding to the cam groove of the cam rod for reverse rotation is formed longer than the corresponding cam groove on the reverse side to a moving direction.

The invention discloses a false-locking preventing mechanism of an automobile door lock. The false-locking preventing mechanism comprises a pawl, a false-locking preventing rotary arm and an opening arm. The pawl comprises a backward-forward extending rotary shaft, a left rotary block and a right rotary block, wherein the left rotary block and the right rotary block are fixedly arranged on two sides of the rotary shaft. The pawl is provided with a driving shifting block which is located on the lower side of a rotary shaft axis and used for upward shifting a driven shifting block. The false-locking preventing rotary arm is provided with a left-right extending pin shaft hole, the driven shifting block is arranged on the false-locking preventing rotary arm located on one side of the pin shaft hole, the driving shifting block is in transmission connection with the driven shifting block, a resetting block for backward shifting the opening arm is arranged on the false-locking preventing rotary arm located on the other side of the pin shaft hole, and both the driven shifting block and the resetting block rotate around the axis of the pin shaft hole backward and forward. The opening arm is provided with a protrusion for abutting against the lower surface of the left rotary block and enabling the pawl to achieve rotary resetting, and the position of the resetting block shifting the opening arm backward is located on the lower side of the protrusion on the opening arm. The false-locking preventing mechanism of the automobile door lock is a door lock with a novel structure and a false-locking preventing function and enables a side door lock beside an automobile driver to have the false-locking preventing function.

The invention relates to a method for improving the exposure area of ​​a 4-inch plate produced by a step-by-step compacting machine. The exposure area is input in the exposure area of ​​the mask plate, and a coordinate system is established according to the exposure area; Expose at the step distance in the direction to get the compact version; shift up the top line of the exposed compact version to obtain the coordinates after the upward shift; at the same time, shift down the bottom row of the exposed compact version, Get the coordinates after the downward shift; take the coordinates after the upward shift as the origin, and expose the compact version after the upward shift according to the step distance of the X-axis and Y-axis directions; take the coordinates after the downward shift as At the origin, exposure is performed on the compact version shifted down according to the step distance in the X-axis and Y-axis directions. The invention improves the production area of ​​4-inch mask, meets market demand, increases economic benefits, breaks through the limitation of equipment, and solves the problem that the Y-direction length cannot exceed 76mm under the limitation of 4-inch plate frame and focus.

The invention provides a gas-making workshop integrated control system for synthesis ammonia production and a use method thereof. The system comprises a workshop coordination control station, subsystem optimization control stations corresponding to a plurality of gas-making furnaces and I / O (Input / Output) stations, wherein the subsystem optimization control stations are connected with a plant-level dispatching station by the workshop coordination control station via signals; when in use, the subsystem optimization control stations firstly reckon dummy parameters such as flame layer upward shift, flame layer downward shift, oxide layer thickness increase, oxide layer thickness decrease, deflected burning, scabbing and the like according to the procedure parameters measured by actual instrument clusters, and then carry out optimization control with a self-learning function on subsystems according to the actual procedure parameters and the dummy parameters; and the workshop coordination control station realizes coordination between a gas-making workshop and the whole synthesis ammonia production process according to the signal of the plant-level dispatching station and the operation conditions of the subsystems. The system and the use method have the following beneficial effects: the parameter measuring points are more comprehensive, and the optimization controllability of singlefurnace operation is more perfect; and moreover, the system and the method have stronger coordination with all parts of the whole process, and are beneficial to gas making and stable operation of thewhole process in high efficiency and low consumption states.