73results about How to "Simplified suppression" patented technology

A position detector includes a magnet, a pair of Hall effect devices, and a processing circuit for detecting relative positions of the magnet and the pair of Hall effect devices. The processing circuit detects a difference in magnitude between output values of the Hall effect devices, as position outputs, with an input value to each of the Hall effect devices being controlled such that a sum of magnitudes of respective output values of the Hall effect devices is constant.

A control device that controls an image display device that forms an image on the basis of an image signal includes: an acquiring unit that acquires, from the image display device, individual information for specifying a control form of the image display device connected to the control device; and a control unit that controls the image display device on the basis of the acquired individual information.

A pressure-sensitive adhesive optical film of the present invention comprises an optical film; and a pressure-sensitive adhesive layer laminated on at least one side of the optical film, wherein the pressure-sensitive adhesive layer is formed from an acrylic pressure-sensitive adhesive comprising a (meth)acrylic polymer comprising 30 to 99.99% by weight of an alkyl (meth)acrylate monomer unit and 0.01 to 15% by weight of a functional group-containing monomer unit, and the (meth)acrylic polymer in the acrylic pressure-sensitive adhesive is crosslinked by electron beam irradiation. The pressure-sensitive adhesive optical film has a high level of reworkability, durability and workability.

A luminescence display panel 20 includes: a flexible transparent substrate 1; a transparent electrode 3 formed on the transparent substrate 1, over a luminescence region and a non-luminescence region; and auxiliary electrodes 5a and 5b formed on the transparent electrode 3, over the non-luminescence region. Electric insulation layers 7a, 7c, and 7d are formed over the non-luminescence region of the transparent electrode 3, so as to cover the auxiliary electrodes 5a and 5b. An organic luminescence part 9 is formed on the transparent electrode, at least over the luminescence region. A rear electrode 11 is formed on the organic luminescence part 9.

A liquid ejecting apparatus of the invention includes: a pressure-generating chamber having an inside space whose volume is changeable, into which a liquid is supplied and which is communicated with a nozzle, a resonance frequency of said pressure-generating chamber having a period of Tc; a signal-generating unit that generates a driving signal having: a first signal-element for causing the pressure-generating chamber to expand, a second signal-element for causing the pressure-generating chamber to contract from an expanding state thereof in order to eject a drop of the liquid through the nozzle, and a third signal-element for causing the pressure-generating chamber to expand to an original state before outputting the first signal-element after the drop of the liquid is ejected; and a pressure-generating unit that causes the pressure-generating chamber to expand and contract, based on the driving signal. The third signal-element has: a first-step element for causing the pressure-generating chamber to expand to an intermediate contracting state, which is smaller than the original state before outputting the first signal-element; and a second-step element for causing the pressure-generating chamber of the intermediate contracting state to the original state before outputting the first signal-element. The first-step element and the second-step element are substantially discontinuous in at least one of applying time or inclination.

The present invention provides a simple and sensitive technology for the detection of CpG methylation in DNA without chemical modification of sample DNA by bisulfite treatment or PCR amplification. Signal generation is based on an Abscription (Abortive Transcription) technology in which DNA signal generators called Abortive Promoter Cassettes (APCs) are bound to target mCpG sites via mCpG target specific probes based on methyl binding polypeptides or methyl binding domains thereof. RNA polymerase produces uniform, short RNA molecules from synthetic promoters in APCs as signals of the presence of methylated CpGs. Detection of CpG methylation and hypermethylation of DNA targets such as CpG islands provides a convenient means for detecting and monitoring cancer in a subject.

A display support mechanism capable of inclining a display screen by a prescribed angle without employing a round shaft as an axis of rotation is obtained. This display support mechanism comprises a support shaft provided in the form of a plate, a display screen support member, supporting a display screen, having a sectoral first hole receiving the platelike support shaft and a base support member having a sectoral second hole receiving the platelike support shaft, while the display screen support member is rotatable about the support shaft serving as an axis of rotation in the total angular range of the sectoral first hole of the display screen support member and the sectoral second hole of the base support member.

The invention discloses an audio howling suppression method, device and system and a neural network training method, and the method comprises the steps: obtaining a plurality of continuously collectedfirst audio frames in a time domain; converting the plurality of first audio frames into a plurality of second audio frames respectively, wherein the second audio frames are audio signals in a frequency domain, and each of the plurality of second audio frames comprises a plurality of frequency points; determining howling frequency points with howling signals in the plurality of second audio frames, wherein the howling signals are continuous, single-frequency and high-energy signals; in the second audio frame with the howling signal, removing the audio signal of the howling frequency point; inputting the frequency point signal near the howling frequency point in the plurality of second audio frames into the howling frequency point restoration neural network model, and outputting the restored howling frequency point replacement audio signal to replace the audio signal at the howling frequency point position. Howling signals are suppressed relatively easily and simply, fault of audio signals is avoided, and distortion of the audio signals is reduced.

A vehicle, such as a motorcycle, includes one or more stationary funnels through which air is delivered to an intake port of an engine. One or more movable funnels are arranged on an inlet side of the one or more stationary funnels and cooperating with the stationary funnels to deliver air to the intake port of the engine. A parallel linkage rotatably supports the stationary funnels and includes an upper linkage member and a lower linkage member.

A process of quantifying the extent of degradation present in a human DNA sample is described. The process makes use of a real time PCR system to separately quantitate within a sample a first retrotransposon interspersed element and a relatively longer second retrotransposon interspersed element, where the longer element is expected to be disrupted at a faster pace than is the shorter element as the sample degrades. In one embodiment, the process makes use of the appearance of the relatively young (on an evolutionary scale) Alu Yb-lineage subfamily sequences appearing in every human genome and their virtual absence in non-human samples. In a preferred embodiment, the process quantifies longer 290 bp sequences of “SVA” elements and shorter 80 bp sequences of Alu Yb8-lineage. Newly designed primers and TaqMan probes that are useful in the process are presented. A related process additionally quantifies male specific human DNA.

This nitride-based semiconductor laser element includes a semiconductor element layer made of a nitride-based semiconductor having an emitting-side cavity facet and a reflecting-side cavity facet, and a facet coating film formed on the emitting-side cavity facet. The facet coating film has a first dielectric film made of aluminum nitride formed in contact with the emitting-side cavity facet, a second dielectric film made of aluminum oxynitride formed on a side of the first dielectric film opposite to the emitting-side cavity facet, a third dielectric film made of aluminum oxide formed on a side of the second dielectric film opposite to the first dielectric film, a fourth dielectric film made of aluminum oxynitride formed on a side of the third dielectric film opposite to the second dielectric film, and a fifth dielectric film made of aluminum oxide formed on a side of the fourth dielectric film opposite to the third dielectric film.

A positive-reinforced method of training a dog to chew or mouth only appropriate household items and chew toys. The method includes scent-training the dog (or puppy) to recognize a particular distinctive scent not normally found in nature as applied to an acceptable chewing object. The dog is introduced to the distinctive scent and encouraged to chew the marked acceptable chewing object. Each time the dog recognizes the scent, the dog is encouraged to chew the scented chewing object or some other acceptable chewing object marked with the distinctive scent and rewarded. The dog is tested with at least one unmarked object. The dog is trained once the dog can discriminate between the scent-marked object or objects and the unmarked object or objects. From there, the scent may be applied to other household items that are acceptable chewing/mouthing items (e.g., other chew toys). By absence of the scent, the dog recognizes that it cannot chew on unacceptable items (e.g., furniture, shoes). The scent may be applied to acceptable chewing/mouthing items in liquid form or as a gel. The scent is aromatic to dogs but not to people. The invention also includes the chemical composition of the scent used in the method training. The preferred chemical composition comprises of one part animal secretion, one part disparate animal secretion, and three parts aqueous solution.

A laminated stator core 10 and a manufacturing method thereof, the method including producing a plurality of core sheets 15 and 16 from a strip 33, ends 34 of the strip 33 being a part of a product without being cut twice, and rotating and laminating the core sheets. A laminated stator core formed by core sheets blanked from a magnetic strip, both ends of the magnetic strip being one of the sides of the core sheets, wherein the identically shaped core sheets each have a rotor space in the center thereof, each rotor space having a center located off-center in one direction with respect to each center of the core sheets, and the core sheets are rotated by a predetermined angle before being laminated with the rotor spaces vertically aligned.

Provided is a plating method of a circuit substrate comprising a conductive pattern in which a metal layer containing at least silver and copper is exposed on an outer surface. The plating method comprises: step (A) of treating the circuit substrate with a first liquid agent containing an oxidizing agent; step (B) of treating the circuit substrate after the step (A) with a second liquid agent which dissolves copper oxide, and thereby removing copper oxide from the conductive pattern's surface; step (C) of treating the circuit substrate after the step (B) with a third liquid agent whose rate of dissolving silver oxide (I) at 25° C. is 1000 times or more faster than its rate of dissolving copper (0) at 25° C., and thereby removing silver oxide from the conductive pattern's surface; and step (D) of performing electroless plating on the conductive pattern of the circuit substrate after the step (C).

A hand power tool that is driven via an electric motor (20), the electric motor (20) having a commutator (28) which is formed of disklike annular segments or laminations (32), is made more secure against contact spark development by providing that at least one of the laminations (32) has at least one central recess (42, 44, 46).

The present invention provides a fuel cell having a blocked passage and showing capability of inhibiting desiccation and flooding of the membrane electrode assembly. The fuel cell comprises: a laminated body comprising at least a membrane electrode assembly which includes: an electrolyte membrane, an anode catalyst layer arranged on one surface of the electrolyte membrane, and a cathode catalyst layer arranged on the other surface of the electrolyte membrane; and a pair of separators sandwiching the laminated body, wherein, between the pair of separators, along the laminated body side surface of at least one separator, an inlet passage is provided for getting through a reaction gas supplied to the laminated body and an outlet passage is provided for getting through a reaction gas having passed through the laminated body; the inlet passage is blocked at a downstream end of the reaction gas being supplied to the laminated body and the outlet passage is blocked at an upstream end of the reaction gas having passed through the laminated body; the inlet passage and the outlet passage are arranged separately from each other along the separator; and the depth of the upstream region of the inlet passage is larger than that of the downstream region of the inlet passage.

A display base including a torque limiter capable of inhibiting the number of components from increase and the torque limiter are obtained. This display base includes a driving source turning a display screen portion and a transmission gear portion for transmitting driving force of the driving source to a turning portion. The transmission gear portion includes a torque limiter having a driven gear member integrally provided with a plurality of support sections formed concentrically with rotational axis, a drive gear member fitted onto an outer peripheral surface of each of the support sections of the driven gear member, and a spring member pressing the support sections against the drive gear member by being press-fitted into an inner peripheral surface of each of the support sections of the driven gear member.

To simultaneously suppress halation and discharging current flowing in the unlikely event of discharge, and easily perform potential regulating for a spacer, an image displaying apparatus comprises: a rear plate having electron-emitting devices arranged in matrix; a face plate having a substrate, light-emitting members arranged in matrix on the substrate, metal backs each covering at least one member and mutually arranged in matrix at gaps, ribs having first striped portions respectively positioned among the members and protruding toward the rear plate, and a resistive wiring including a resistor between the substrate and the ribs and electrically connecting the metal backs, and positioned oppositely to the rear plate; and a spacer positioned between the rear plate and the ribs to mutually support the rear and face plates, wherein the rib has a spacer connection wiring abutting against the spacer, and the spacer connection wiring is electrically connected to the resistive wiring.

The invention discloses a method for determining a q-axis current compensation value of a permanent magnet synchronous motor and a pulsation suppression method. The method comprises the following steps: synchronously acquiring a q-axis current feedback signal iq and a rotor position signal theta m, determining a position interval of a rotor based on the theta m, accumulating the interval times by1 and performing synchronous averaging on the iq, and repeatedly acquiring until the accumulated value of the interval times is greater than a threshold value and all the intervals are not overlappedto form a circle of the rotor; performing fast Fourier transform on the synchronous average value corresponding to each interval arranged in sequence to obtain frequency domain characteristic information, determining the amplitude and the phase angle of a to-be-compensated spatial frequency component from the frequency characteristic information, and constructing a q-axis current compensation function; and obtaining a q-axis current compensation value based on the position of the actual compensation moment of the motor rotor and the current compensation function. Time domain information is converted into a space domain, time lag is avoided, the whole process does not affect the dynamic performance of the system, extra devices are not needed, structures and parameters of all control links do not need to be adjusted, and operation is easy.

The invention discloses a full-duplex radio-frequency self-interference suppression method and device, wherein the method comprises the steps of: obtaining locally transmitted radio-frequency signalsand locally received baseband analog signals, so that a self-interference channel model is established; reconstructing digital interference signals through digital excitation by utilizing the self-interference channel model, and converting the digital interference signals into analog self-interference signals through a DAC; and eliminating the analog self-interference signals from the locally received baseband analog signals, so that full-duplex radio-frequency self-interference suppression is completed. By means of the method, the self-interference signals in baseband analog received signalscan be effectively suppressed; the self-interference signal suppression process is simplified; and the suppression precision is improved.