108results about How to "Good stopping effect" patented technology

A multi-layer crack stop structure is described, disposed entirely in a die, entirely in a scribe line region outside the die, or partially in the die and partially in the scribe line region. The multi-layer crack stop structure is formed by stacking multiple layers of hollow crack stop units. The multi-layer crack stop structure can effectively prevent some damages like chipping, delamination or peeling-off from occurring to the active circuit region when the wafer is being sawn or when the die is subject to thermal cycles for testing, so that a better die can be obtained and the reliability of the packaged die can be significantly improved.

A nano-silver wound dressing consists of a skin contact layer made from hydrophilic cloth and directly contacting wound on surface of skin, a disinfecting (or bactericidal) antitoxic layer made from activated charcoal cloth impregnated with nanocrystalline silver, a blood absorbing and styptic layer made from non-woven cloth with superabsorbent polymer, an isolation layer made from composite fabric with pore size less than 5 μm, and an elastic bandage for fixing a main body on the site of wound. Edges of the isolation layer and the skin contact layer are integrated to form a main body while the disinfecting (or bactericidal) antitoxic layer as well as the blood absorbing and styptic layer are separated from each other and both enclosed inside the main body.

Described herein is a bicycle brake assembly which comprises a torsion spring attached to brake arms by bosses. The torsion spring simultaneously attaches to a slide bolt, while the slide bolt attaches to a slide member. When the rider applies pressure upon the bike handlebar levers, the tension from the bicycle cable pulls the slide bolt and engaged slide member upward. The torsion spring attached to the slide bolt flexes, thereby pulling the upper brake arms toward each other. The lower brake arm movement towards the bicycle rim results in abutment of brake shoes against the bicycle rim.

Ammunition which includes a bullet having an effective caliber that is larger than its nominal caliber, comprised of a bullet body with a longitudinal cavity in the forward end, and one or more bores extending from the cavity to bore openings on the exterior of the bullet. In use, target media is gathered in the cavity and ejected under force through the bore openings, increasing the damage done by the bullet. Optional embodiments include filled, irritant payload, and jacketed embodiments.

A water stopping apparatus for causing a water stopping material to penetrate exposed core wires of a sheathed wire forming a wire harness includes a pair of dies which can abut against each other in a mutually opposed condition, thereby forming a pressurizing space in which an exposed portion of the core wires of the wire harness can be mounted, a filling portion for filling a water stopping material in the pressurizing space in which the exposed portion of the core wires is mounted, and a pressurizing portion for supplying pressurized gas into the pressurizing space to pressurize the same.

A cutter includes a main body and a cutting unit. The main body is lengthwise defined to have a dispensing section, a holding section and a storage section in sequence. The holding section is gradually contracted toward two ends and defined to be a stop portion, and the storage section is bored with a through hole. The cutting section has one side formed with a pointed end and another side provided with a cutting edge. The main body is integrally covered on the cutting unit, leaving the pointed end and the cutting edge exposed and letting the pointed end located at a central upper edge of the dispensing section. By so designing, the cutter of this invention can easily cut off and remove various kinds of packaging members, able to elevate efficiency of removing packaging members from a packing box and integral in functional design.

The present invention relates to a device for controlling movement of a fluid sample along a flow path and a corresponding method. The device comprises a working electrode (2) arranged to contact the fluid sample when the fluid sample moves along the flow path, and a reference electrode (3) arranged to contact the fluid sample when the fluid sample moves along the flow path. At least a portion of the reference electrode is arranged abreast of or downstream at least a portion of the working electrode. The present invention is advantageous in that it provides a device wherein a fluid sample may be transported and accurately controlled, with respect to e.g. timing, volumes and flow rates, over greater distances compared to prior art.

The invention relates to a refrigerator comprising a carcass (2) that delimits an interior, a door (6), on the internal side of which detent means (11) are arranged, said internal side facing the interior, a door bin (10) that has an opposite detent means (12), a detent means arrangement (13) that corresponds to the detent means (11) and the opposite detent means (12) and is used for vertically adjusting the door bin (10) in steps into several engaged positions, and an unlocking means (19) for releasing the door bin (10) from a current engaged position. In order to design a refrigerator (1) in which the door bin (10) can be put in a higher position even with only one hand while ensuring that the door bin is reliably prevented from accidentally sliding down, the detent means arrangement (13) is designed to adjust the door bin (10) upward when the unlocking means (19) is not actuated, and the door bin (10) is prevented from being adjusted downward when the unlocking means (19) is not actuated by mounting a stop lever (51) of an opposite detent means (12) of the detent means arrangement (13) in such a way that the stop lever (51) can be swiveled from a locking position into a releasing position in a direction running against a supporting force of the door bin on the detent means.

The invention relates to a fixing part for a refrigerator fin evaporator and a refrigerator provided with the fixing part. The fixing part comprises a clamping hook fixing part body; one end of the clamping hook fixing part body is installed on a refrigerator liner, the other end of the clamping hook fixing part body is provided with two elastic clamping hooks, and a pipeline cavity is formed between the two clamping hooks; the end, away from the refrigerator liner, of each clamping hook is provided with a bent part which is bent backwards to the interior of the pipeline cavity, a guide groove is formed between the bent parts of the two clamping hooks, and a pipeline of the fin evaporator can deform outwards by squeezing the clamping hooks along the guide groove and be clamped into the pipeline cavity; a stopping structure used for preventing the pipeline of the fin evaporator from escaping from the pipeline cavity is arranged on one of the bent parts, and by means of a detaching structure arranged on one of the clamping hooks, the corresponding clamping hook can deform outwards so that the interval of the guide groove can be enlarged. According to the structure of the fixing part, no-screw design is adopted, the assembly operation is reduced to installation in one direction and through one movement, the installation is simple, and the efficiency is high; no large gaps move in the upper side, the lower side, the left side or the right side, the fixing part is firm and reliable after being assembled, the fixing mode is high in universality, and meanwhile the detachment operation is simple and easy.

The disclosed power supply system is provided with a generation system (101), a power storage unit (107) which supplies power to the generation system (101) and to an external power load (105), and a control device (110) which, if it is predicted that the sum of the startup power of the generation system (101) at startup of said generation system (101) and the power consumed by the external power load (105) and/or the sum of the stopping power of the generation system (101) at stopping of generation by the generation system (101) and the power consumed by the external power load (105) will exceed the upper power limit of what can be received from a power system (104), performs controls such that power of the power storage unit (107) be supplied to the generation system (101) and/or the external power load (105) so that the amount of power supplied from the power system (104) does not exceed the upper power limit.

A spacer structure in sophisticated semiconductor devices is formed on the basis of a high-k dielectric material, which provides superior etch resistivity compared to conventionally used silicon dioxide liners. Consequently, a reduced thickness of the etch stop material may nevertheless provide superior etch resistivity, thereby reducing negative effects, such as dopant loss in the drain and source extension regions, creating a pronounced surface topography and the like, as are typically associated with conventional spacer material systems.

Bipolar transistors and methods for fabricating bipolar transistors are disclosed wherein an emitter-base dielectric stack is formed between emitter and base structures, comprising a carbide layer situated between first and second oxide layers. The carbide layer provides an etch stop for etching the overlying oxide layer, and the underlying oxide layer provides an etch stop for etching the carbide layer to form an emitter-base contact opening.

The invention discloses a municipal greening integrated construction device which comprises a watering vehicle, a water collecting tank, a pit filling machine, a vehicle stopper and a plurality of mist spray nozzles. The water collecting tank is arranged on the watering vehicle, a solar panel is connected with a side of the watering vehicle by supports, and a soil humidity sensor is arranged on the side of the watering vehicle and is positioned below the solar panel. The municipal greening integrated construction device has the advantages that a filter screen is arranged inside the water collecting tank, rainwater can be filtered by the filter screen, a heater is arranged at the bottom of the water collecting tank, water inside the water collecting tank can be heated by the heater in winters, and accordingly special vegetation can be protected in the winters; a watering disc is arranged on a side of a fixing plate, the top of the watering disc is in transmission connection with a motorby a conveyor belt, and accordingly the watering disc can be driven by the motor to rotate; the multiple mist spray nozzles are arranged on the watering disc and can be controlled by rotary switches,the rotary switches can rotate, accordingly, the directions of the mist spray nozzles can be changed, the municipal greening integrated construction device is wide in spraying range, and good spraying effects can be realized by the municipal greening integrated construction device.

The invention discloses a rail-mounted crane end stopper, which is installed at the end of a rail (11), and is characterized in that: the rail-mounted crane end stopper includes: a front baffle (10), an inclined Support (8), connecting plate (9), rail pressure steel block (1) and friction material (2); wherein, the upper part of the front baffle (10) and the upper part of the diagonal brace (8) are fixed by the connecting plate (9) , the lower part of the front baffle (10) and the lower part of the diagonal brace (8) are fixedly connected to the rail-pressing steel block (1), and the lower end of the rail-pressing steel block (1) is provided with a friction material (2). The invention is the last line of defense for the windproof braking of the crane, which enables the crane to brake safely.

The invention relates to a cutting and chamfering control device and a pipe cutting machine, in particular to the cutting and chamfering control device used for cutting and chamfering thin-wall round pipes and the pipe cutting machine used for installing, clamping and cutting a plurality of thin-wall round pipes in one step. The cutting and chamfering control device comprises a linear guide rail and a cutting and chamfering assembly, wherein the cutting and chamfering assembly is glidingly arranged on the linear guide rail, and is connected with a chambering control assembly, the chambering control assembly comprises a support frame which is provided with a vertical plate and is fixedly arranged on the cutting and chamfering assembly, an axially fixed and rotatable screw rod is arranged on the vertical plate, a regulating handle is fixedly arranged on the screw rod, the screw rod pulls the vertical plate, and one end of the screw rod can slide relative to the linear guide rail and is connected with a stop support rod assembly through screw threads. The pipe cutting machine comprises at least one group of cutting and chambering control devices. On the basis of meeting the material pipe cutting requirements, the precision of inner and outer edge chambering of the two end surfaces of cut openings can be precisely controlled, the requirement of installing, clamping and cutting a plurality of large-pipe-diameter and long-dimension materials pipes in one step is met, and in addition, the roundness of the cut material pipes can be ensured.

The invention discloses an electromagnetic brake capable of preventing accidental moving of an elevator car and a braking method. The electromagnetic brake comprises a shell body, an upward moving brake connected to a rope clamping device as well as a downward moving brake connected to a speed limiter steel wire rope and safety tongs, wherein the upward moving brake and the downward moving brake are installed in the shell body and connected to a running circuit of the elevator car in parallel. The electromagnetic brake capable of preventing the accidental moving of the elevator car disclosed by the invention has the advantages that the structure is simple; design is novel; two groups of electric magnets and relevant mechanical components are reduced to brake accidental upward moving and accidental downward moving of an elevator respectively; braking effects are good; a safety coefficient is high; a two-stage braking mechanism is adopted for the accidental moving which can hardly be predicted, so that safety performance is ensured; and the electromagnetic brake disclosed by the invention effectively prevents continuous ascending or descending of the elevator car taking place after an elevator car door or a floor door is opened and can effectively ensure safety of people who take the elevator.

The invention discloses a castor locking and loosening device for a loaded mobile vehicle. The castor locking and loosening device comprises a bottom plate, a pedal unit and an intermediate transmission unit, wherein castors are arranged at two ends of the bottom plate; the pedal unit is arranged on the bottom plate and positioned between one pair of castors; the intermediate transmission unit is arranged on the bottom plate and is used for connecting the pedal unit and the castors; and the motion of the pedal unit is turned into a freely moving state and a locking state of the castors. The castor locking and loosening device disclosed by the invention can overcome the defects existing in the existing mobile vehicle brake devices and has the advantages of simple structure and convenience in use.