65results about How to "Steep slope" patented technology

A thin film transistor includes, as a buffer layer, a semiconductor layer which contains nitrogen and includes crystal regions in an amorphous structure between a gate insulating layer and source and drain regions, at least on the source and drain regions side. As compared to a thin film transistor in which an amorphous semiconductor is included in a channel formation region, on-current of a thin film transistor can be increased. In addition, as compared to a thin film transistor in which a microcrystalline semiconductor is included in a channel formation region, off-current of a thin film transistor can be reduced.

Method and device for the quantification and monitoring of cardiovascular function comprising continuous determination of significant individual cardiovascular function parameters through a multisensory, operator-independent platform during a sample period at rest, recording the data determined, continuously monitoring these data during pharmacological stress or exercise activity, comparing the memorized data with those determined during the same time span of the sample period and comparing the changes in cardiovascular function occurring during stress or exercise vs rest, and comparing the changes in cardiovascular function occurring during recovery vs rest and vs stress or exercise.

A method for modifying the spectrum of light rays passing through an objective lens to an electronic camera that includes providing an interference type filter within the objective lens. The interference type filter may be a coating on a separate optical element added to the objective lens or on a normal optical component of the objective lens. The interference filter coating is located along the optical axis where the light rays are substantially collimated and have a minimum light ray incidence angle with respect to the coating surface, which angle should not exceed 15 degrees for any of the light rays passing therethrough.

A magnetorheological actuator including a chamber, in particular a chamber at least sections of which are shaped like a hollow cylinder, containing a magnetorheological fluid, and further including a control element disposed in the chamber, wherein the control element suitable for applying the operating force of the actuator, wherein the control element is a threaded spindle or screw or threaded rod driven to rotate about its longitudinal axis, in particular about the screw axis, and including a spindle core and a thread disposed thereon, the thread surrounded by the magnetorheological fluid, is provided. A clutch having such an actuator is also provided.

A variable-reluctance resolver includes a rotor and a stator. The rotor includes axially connected first and second rotor portions. The first rotor portion has n salient poles provided about a center axis at uniform angular intervals, where n is an arbitrary integer not less than 3. The second rotor portion has (n-1) salient poles provided about the center axis at uniform angular intervals. The stator has a plurality of magnetic poles provided on an inner circumferential surface thereof. An excitation coil and output coils for shaft angle multipliers of n× and (n-1)× are provided on the magnetic poles in order to output sine and cosine outputs having a phase difference of 90 degrees therebetween. A rotational angle sensor includes the VR resolver and a calculation section for calculating a resolver signal for a shaft angle multiplier of 1× from signals output from the VR resolver.

The present invention provides methods of treating hepatitis virus infection. The methods generally involve administering a composition comprising an antiviral agent in a dosing regimen that achieves a multiphasic serum concentration profile of the antiviral agent. The dosing regiment includes dosing events that are less frequent than with currently available hepatitis therapies. The multiphasic antiviral agent serum concentration profile that is achieved using the methods of the invention effects an initial rapid drop in viral titer, followed by a further decrease in viral titer over time, to achieve a sustained viral response

The invention discloses a laminated sheet type bypass wave absorbing device which comprises a first cover body, a middle layer and a second cover body, wherein the first cover body, the middle layer and the second cover body are sequentially laminated. The middle layer comprises a sheet type capacitor unit and a sheet type inductance function device unit which are laminated in parallel. The invention further discloses a manufacturing method of the laminated sheet type bypass wave absorbing device. The laminated sheet type bypass wave absorbing device and the manufacturing method can meet the wave filtering requirements in different frequency bands, and the slope of an insertion loss characteristic curve is steeper. Compared with a wave absorbing device with a single capacitor or a single inductor, the laminated sheet type bypass wave absorbing device can more effectively absorb noise waves in an electronic circuit and restrain electromagnetic interference of the electronic circuit, and the interference resistant capacity of an electronic device and the reliability of a system are improved.

The sawtooth wave generation circuit includes: a switch circuit configured to switch a connection state thereof between a first connection state, in which a current from a current source is flowed from a first terminal of the output capacitor to a second terminal of the output capacitor, and a second connection state, in which a current from the current source is flowed from the second terminal of the output capacitor to the first terminal of the output capacitor; a switch control circuit configured such that, in each connection state of the switch circuit, if an output voltage has reached a predetermined threshold which is set in relation to an intermediate voltage, the switch control circuit controls the switch circuit to switch the connection state to the other connection state at least during a part of a predetermined period thereafter.

A signal adder circuit includes: an adding unit that includes at least a pair of amplification elements in which a constant current flows between ground terminals and a ground, input signals having different phases are input to input terminals, and output terminals to which a power supply voltage is applied are connected to each other; a gain control unit that is provided between the ground and each of the ground terminals of the amplification elements so as to adjust the amplitudes of the input signals having different phases; and a phase control unit that is provided between the ground and each of the ground terminals of the amplification elements so as to adjust the phases of the input signals having different phases.

The invention provides an efficient medical instrument warehouse logistics platform, which comprises a conveying frame and a fixing plate, wherein a mounting plate is bolted to the left side of the bottom of the conveying frame; a supporting plate is bolted to the bottom of the mounting plate; a conveying mechanism is arranged on the inner side of the conveying frame; first supporting legs are bolted to the front and the back of the bottom of the conveying frame from left to right in sequence; and the fixing plate is arranged on the right side of the conveying frame. Through the cooperation ofa base, first fixing blocks, movable rods, hydraulic rods and second fixing blocks, the rapid falling of the material under the assistance of first rollers is facilitated, and the lag of the materialin a blanking process is prevented; and meanwhile, through the cooperation of a motor, a driving wheel, a driven wheel, a first rotating shaft, a speed sensor, second rollers and a second rotating shaft, a user monitors the speed of a conveyor belt through the speed sensor, so that a situation that the conveying effect of the conveying mechanism on the material can be affected by the too fast ortoo slow speed of the conveyor belt is prevented.

The invention relates to a time delay circuit and a voltage-controlled oscillator. The time delay circuit comprises an amplifying unit, a regulating unit and a load unit, wherein the amplifying unit is coupled to an input end and an output end of the time delay circuit, the regulating unit is coupled to the output end of the time delay circuit, power supply voltage and control voltage respectively, and the load unit is coupled to the output end of the time delay circuit and the power supply voltage; the regulating unit is suitable for regulating charging and discharging current of the time delay circuit; the amplifying unit is suitable for amplifying output voltage of the time delay circuit; and the load unit is suitable for providing negative impedance for the regulating unit. Through the time delay circuit and the voltage-controlled oscillator, phase noises of the time delay circuit can be reduced, and low voltage gain is realized.

The present invention concerns measures for the space-optimized determination of printing-related measured values. With the aid of a tone value and/or color gradient in a control patch and a suitable measuring device, it is possible to obtain, in a smaller amount of space, adequate or even detailed information about the printing process. Correcting values necessary for the automatic control of the printing operation can be determined on the basis of the information thus obtained, which can be also be continuously acquired due to the space-optimized tone value and/or color gradients.

The invention provides a side-open button. The side-open button comprises a plug, a plug seat, a holding space, a plug clamping portion and a pair of guiding faces, wherein the plug is provided with a plug side strip mounting portion and a pair of leg portions with plug seat clamping portions, the plug seat is provided with a plug seat side strip mounting portion, the holding space is formed to hold the pair of leg portions, a plug clamping portion is formed to clamp the plug seat clamping portions of the leg portions when the plug is inserted into the plug seat along the insertion direction, and a pair of guiding faces are formed to be capable of optionally sliding oppositely to and interacting with the plug seat clamping portion of the plug by extending towards the inner surface of the holding space. Each of the guiding faces is provided with a guiding portion and a contracting portion, each contracting portion is arranged between the guiding portion and the plug clamping portion, and an inclined angle between each contracting portion and the insertion direction is larger than that between each guiding portion and the insertion direction.

The present disclosure relates to a two-track surface acoustic wave (SAW) device that has a reduced size compared to a traditional two-track SAW device by eliminating an internal ground connection node of the traditional two-track SAW device. The internal ground connection node is eliminated by coupling an internal ground interconnection to an external ground connection node through an interconnecting ground grating, which is part of one of two SAW tracks of the two-track SAW device. The internal ground interconnection is located in an internal region of the two-track SAW device that is defined by the two SAW tracks and by two electrical interconnections between the two SAW tracks.

The invention relates to a high-stability parallel double-gate-plate gate valve. The high-stability parallel double-gate-plate gate valve comprises a valve deck, a valve body and a valve element structure; the valve element structure comprises a valve rod, a wedge-shaped block, a thread pressing sleeve and an opposite opening ring; the wedge-shaped block comprises a conical face located in the wedge-shaped block; expanding blocks are arranged in the wedge-shaped block, and are connected with sealing disks; the wedge-shaped block is provided with a limiting shaft in a penetrating manner; and the bottom of the valve body is fixedly connected with a cushion block. The cushion block can limit the positions of the two sealing disks when being closed in place, and then the reliability and stability of sealing are improved. The high-stability parallel double-gate-plate gate valve has the beneficial effects of being high in stability, capable of saving force during pushing and long in servicelife.

The invention discloses a hopper self-locking system, which comprises a rail and a hopper arranged on the rail, wherein the middle part of the hopper is provided with a hopper base; the hopper base comprises a hopper framework; a hopper anti-skid device is welded on two sides of the hopper framework respectively; the middle part of the hopper framework is provided with a pulley sliding plate; a push rod is connected between the hopper anti-skid devices and the pulley sliding plate; one end of the push rod is connected to the pulley sliding plate; and the hopper anti-skid device is provided with an anti-skid device body, a safety shaft-1, a safety shaft seat board and a return spring. When the hopper of the hopper self-locking system slides down wholly because a steel wire rope is fractured suddenly, the linkage of the push rod and the safety shaft is formed because the pulley sliding plate is driven by the return spring. Because the safety shaft is pushed out for a certain distance at the same time, the outstretched section of the safety shaft can be blocked by a stop block so that the hopper cannot slide down to ensure that the hopper is basically stopped at the original position and is prevented from sliding down and being broken at a special moment.