mhurhangee/patent-ind-claim-en huggingface dataset:
A gate driving circuit comprising: a plurality of k stages, where k is a natural number greater than or equal to 2, configured to provide gate signals to gate lines of a display panel (DP), each stage (SRCk, CSRCk, DSRCk, ESRCk, GSRCk) comprising: an input circuit (210; 510; 610; 710; 910) configured to receive a previous carry signal from a previous stage (IN1) and to pre-charge a first node (N1); a first output circuit (220; 520; 620; 720; 920) configured to output a clock signal (CK) as a k-th gate signal (OUT) in response to a signal of the first node (N1); a second output circuit (230; 530; 630; 730; 930) configured to output the clock signal (CK) as a k-th carry signal (CR) in response to the signal of the first node (N1); a discharge hold circuit (240; 540; 640; 740; 940) configured to transmit the clock signal (CK) to a second node (N2) in response to the clock signal, and to discharge the second node (N2) with a second low voltage (VSS2) in response to the k-th carry signal (CR); a first pull down circuit (250;550;650; 750; 950) configured to discharge the k-th gate signal (OUT) with a first low voltage (VSS1) in response to a signal of the second node (N2) and a next carry signal from a next stage (IN2), and to discharge the first node (N1) and the k-th carry signal (CR) with the second low voltage (VSS2); and characterized in that each stage further comprises a discharge circuit (270;580;680; 780; 980) configured to discharge the k-th carry signal (CR) with the second low voltage (VSS2) in response to the previous carry signal (IN1). an input circuit (210; 510; 610; 710; 910) configured to receive a previous carry signal from a previous stage (IN1) and to pre-charge a first node (N1); a first output circuit (220; 520; 620; 720; 920) configured to output a clock signal (CK) as a k-th gate signal (OUT) in response to a signal of the first node (N1); a second output circuit (230; 530; 630; 730; 930) configured to output the clock signal (CK) as a k-th carry signal (CR) in response to the signal of the first node (N1); a discharge hold circuit (240; 540; 640; 740; 940) configured to transmit the clock signal (CK) to a second node (N2) in response to the clock signal, and to discharge the second node (N2) with a second low voltage (VSS2) in response to the k-th carry signal (CR); a first pull down circuit (250;550;650; 750; 950) configured to discharge the k-th gate signal (OUT) with a first low voltage (VSS1) in response to a signal of the second node (N2) and a next carry signal from a next stage (IN2), and to discharge the first node (N1) and the k-th carry signal (CR) with the second low voltage (VSS2); and characterized in that each stage further comprises a discharge circuit (270;580;680; 780; 980) configured to discharge the k-th carry signal (CR) with the second low voltage (VSS2) in response to the previous carry signal (IN1).
A variable displacement lubricant pump for providing pressurized lubricant, comprising - a static pump housing , - a shiftable control ring arranged within the pump housing and radially confining a substantially cylindrical pumping chamber , - an inlet chamber and an outlet chamber both being partially confined by the control ring and located at opposite lateral sides of the control ring , and - a lateral slide bearing located at the outlet-chamber-sided lateral side of the control ring and comprising • a first lateral slide bearing surface defined by the pump housing , • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring , and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces , characterized in that the control ring is provided with a drainage channel fluidically connecting the lateral slide bearing gap with the inlet chamber . - a static pump housing , - a shiftable control ring arranged within the pump housing and radially confining a substantially cylindrical pumping chamber , - an inlet chamber and an outlet chamber both being partially confined by the control ring and located at opposite lateral sides of the control ring , and - a lateral slide bearing located at the outlet-chamber-sided lateral side of the control ring and comprising • a first lateral slide bearing surface defined by the pump housing , • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring , and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces , characterized in that the control ring is provided with a drainage channel fluidically connecting the lateral slide bearing gap with the inlet chamber . • a first lateral slide bearing surface defined by the pump housing , • a second lateral slide bearing surface being opposite of the first lateral slide bearing surface and being defined by the control ring , and • a lateral slide bearing gap defined between the two lateral slide bearing surfaces ,
A probe pin , comprising: an elastic part extending and contracting along a center line in an extending direction; a first plate shaped plunger ; a second plate shaped plunger ; the first plunger comprising a first contact disposed on one side of the probe pin in the direction of the center line and having a rectangular cross section; and the second plunger comprising a second contact disposed on another side of the probe pin in the direction of the center line and having a rectangular cross section, wherein the first contact and the second contact are supported so as to be reciprocable via the elastic part and are electrically connected to each other, the first contact is an inclined surface which is disposed in an end face of the first contact in the extending direction and inclined along the thickness direction of the first plunger , characterized in that the first contact has an asymmetrical V shape with respect to a center of the first contact in the width direction of the first plunger , and an engagement projection is provided at one of end portions of the first contact in the width direction of the first plunger , the one of the end portions having a tip that is closer to the second contact in the extending direction than a tip of the other of the end portions, which engagement projection can engage in the width direction of the first plunger an inspection object contacted by the first contact . an elastic part extending and contracting along a center line in an extending direction; a first plate shaped plunger ; a second plate shaped plunger ; the first plunger comprising a first contact disposed on one side of the probe pin in the direction of the center line and having a rectangular cross section; and the second plunger comprising a second contact disposed on another side of the probe pin in the direction of the center line and having a rectangular cross section, wherein the first contact and the second contact are supported so as to be reciprocable via the elastic part and are electrically connected to each other, the first contact is an inclined surface which is disposed in an end face of the first contact in the extending direction and inclined along the thickness direction of the first plunger , characterized in that the first contact has an asymmetrical V shape with respect to a center of the first contact in the width direction of the first plunger , and an engagement projection is provided at one of end portions of the first contact in the width direction of the first plunger , the one of the end portions having a tip that is closer to the second contact in the extending direction than a tip of the other of the end portions, which engagement projection can engage in the width direction of the first plunger an inspection object contacted by the first contact .
A microscope, comprising a device for reducing the chromatic spread angle of light diffracted at an acousto-optical element , the device comprising the acousto-optical element which is disposed in a beam path of an incident light beam , which generates the diffracted light from the incident light beam , said diffracted light emanating from a virtual interaction point of the acousto-optical element , wherein the microscope comprises a laser light source emitting pulsed light for specimen illumination, the laser light source providing the incident light beam with a pulse duration ≤ 1000 fs, characterized in that the device comprises two focusing optical units , wherein the first focusing optical unit is disposed in the beam path upstream of the acousto-optical element and the second focusing optical unit is disposed in the diffracted light , and a focus of the incident light beam is situated downstream of the first focusing optical unit in the acousto-optical element and the virtual interaction point is located in the front focus of the second focusing optical unit . the device comprising the acousto-optical element which is disposed in a beam path of an incident light beam , which generates the diffracted light from the incident light beam , said diffracted light emanating from a virtual interaction point of the acousto-optical element , the acousto-optical element which is disposed in a beam path of an incident light beam , which generates the diffracted light from the incident light beam , said diffracted light emanating from a virtual interaction point of the acousto-optical element , wherein the microscope comprises a laser light source emitting pulsed light for specimen illumination, the laser light source providing the incident light beam with a pulse duration ≤ 1000 fs, characterized in that the device comprises two focusing optical units , wherein the first focusing optical unit is disposed in the beam path upstream of the acousto-optical element and the second focusing optical unit is disposed in the diffracted light , and a focus of the incident light beam is situated downstream of the first focusing optical unit in the acousto-optical element and the virtual interaction point is located in the front focus of the second focusing optical unit . wherein the first focusing optical unit is disposed in the beam path upstream of the acousto-optical element and the second focusing optical unit is disposed in the diffracted light , and a focus of the incident light beam is situated downstream of the first focusing optical unit in the acousto-optical element and the virtual interaction point is located in the front focus of the second focusing optical unit .
A chalk reel comprising: a housing defining a chalk chamber and an opening from the chalk chamber; a spool positioned within the chalk chamber; and a line wound on the spool and extending through the opening, the line having a width of dimension X; wherein the spool comprises an axial hub and a sidewall ; wherein the sidewall comprises a plurality of apertures extending through the sidewall from a first face distal from the axial hub to a second face proximal to the axial hub ; and characterized in that each of the plurality of apertures has a maximum width of dimension Y, and wherein the dimension Y is less than or equal to twice dimension X. a housing defining a chalk chamber and an opening from the chalk chamber; a spool positioned within the chalk chamber; and a line wound on the spool and extending through the opening, the line having a width of dimension X; wherein the spool comprises an axial hub and a sidewall ; wherein the sidewall comprises a plurality of apertures extending through the sidewall from a first face distal from the axial hub to a second face proximal to the axial hub ; and characterized in that each of the plurality of apertures has a maximum width of dimension Y, and wherein the dimension Y is less than or equal to twice dimension X.
A method of culturing a Thraustochytrid microorganism comprising the steps of (a) growing, using a fed-batch method, one or more microorganisms in a medium comprising a first carbon to nitrogen ratio from 30:1 to 60:1 in a container; (b) culturing the microorganisms until the culture reaches a threshold indicator, wherein the threshold indicator is the concentration of nutrient in the culture medium, wherein the nutrient is carbon and wherein the carbon concentration is reduced to zero or near zero; (c) harvesting a portion of the culture while maintaining the majority of the culture in the container, wherein the harvested portion comprises from 5% to 20% of the culture; and (d) adding fresh medium comprising a second carbon to nitrogen ratio from 70:1 to 95:1 to the container comprising the majority of the culture comprising the microorganisms, wherein the fresh medium comprises carbon and nitrogen. (a) growing, using a fed-batch method, one or more microorganisms in a medium comprising a first carbon to nitrogen ratio from 30:1 to 60:1 in a container; (b) culturing the microorganisms until the culture reaches a threshold indicator, wherein the threshold indicator is the concentration of nutrient in the culture medium, wherein the nutrient is carbon and wherein the carbon concentration is reduced to zero or near zero; (c) harvesting a portion of the culture while maintaining the majority of the culture in the container, wherein the harvested portion comprises from 5% to 20% of the culture; and (d) adding fresh medium comprising a second carbon to nitrogen ratio from 70:1 to 95:1 to the container comprising the majority of the culture comprising the microorganisms, wherein the fresh medium comprises carbon and nitrogen.
A novel vacuum packaging machine suitable for sealing a packaging bag , wherein the novel vacuum packaging machine comprises: a machine body , a vacuum chamber enabling a packaging bag to be vertically placed being provided in the machine body ; a vacuum cover provided on the machine body and corresponding to the vacuum chamber ; a bag hanging assembly provided at the upper part of the vacuum chamber ; and a heat-sealing assembly comprising a heating part and a heat-sealing strip ; the heating part being provided in the vacuum chamber , and the heat-sealing strip being provided on an inner side wall of the vacuum cover and corresponding to the heating part ; characterised in that the novel vacuum packaging machine further comprises a horizontal telescoping part installed to the machine body , a telescoping end of the horizontal telescoping part is provided with the heating part and can drive the heating part to reciprocate away from and close to the heat-sealing strip , wherein the heating part comprises a heater and a position-limiting member ; the telescoping end of the telescoping part is provided with a fixing block for installing the heater , the position-limiting member is installed between the heater and the fixing block , so that the heater and the position-limiting member are stationary relative to each other during a heat-sealing process. a machine body , a vacuum chamber enabling a packaging bag to be vertically placed being provided in the machine body ; a vacuum cover provided on the machine body and corresponding to the vacuum chamber ; a bag hanging assembly provided at the upper part of the vacuum chamber ; and a heat-sealing assembly comprising a heating part and a heat-sealing strip ; the heating part being provided in the vacuum chamber , and the heat-sealing strip being provided on an inner side wall of the vacuum cover and corresponding to the heating part ; characterised in that the novel vacuum packaging machine further comprises a horizontal telescoping part installed to the machine body , a telescoping end of the horizontal telescoping part is provided with the heating part and can drive the heating part to reciprocate away from and close to the heat-sealing strip , wherein the heating part comprises a heater and a position-limiting member ; the telescoping end of the telescoping part is provided with a fixing block for installing the heater , the position-limiting member is installed between the heater and the fixing block , so that the heater and the position-limiting member are stationary relative to each other during a heat-sealing process.
An insulating composition comprising silica particles (A), a resin (B), and a curing agent (C), wherein: when an aqueous solution of the silica particles (A) having an SiO 2 concentration of 3.8% by mass is heated at 121°C for 20 hours, the amount of Na ions eluted from the silica particles (A) is 40 ppm/SiO 2 or less, the silica particles (A) contain a polyvalent metal oxide such that the ratio by mole of a polyvalent metal M to Si is 0.001 to 0.02; the mass ratio of Na 2 O/SiO 2 in the silica particles is 700 to 1,300 ppm; and the silica particles have, on the surfaces thereof, a layer having a thickness of 0.1 to 1.5 nm and an Na 2 O/SiO 2 mass ratio of 10 to 400 ppm, and have an average particle diameter of 5 to 40 nm. when an aqueous solution of the silica particles (A) having an SiO 2 concentration of 3.8% by mass is heated at 121°C for 20 hours, the amount of Na ions eluted from the silica particles (A) is 40 ppm/SiO 2 or less, the silica particles (A) contain a polyvalent metal oxide such that the ratio by mole of a polyvalent metal M to Si is 0.001 to 0.02; the mass ratio of Na 2 O/SiO 2 in the silica particles is 700 to 1,300 ppm; and the silica particles have, on the surfaces thereof, a layer having a thickness of 0.1 to 1.5 nm and an Na 2 O/SiO 2 mass ratio of 10 to 400 ppm, and have an average particle diameter of 5 to 40 nm.
A catheter comprising: an outer tube member having a lumen extending in a longitudinal direction; a handle provided on a proximal side of the outer tube member; a plurality of electrodes provided on the outer tube member; conducting wires connected to one or more of the electrodes and disposed in the lumen, the conducting wires each having a coating; and an operating wire having a distal end portion fixed to a distal end portion of the outer tube member, wherein a first connection point , at which one of said conducting wires is connected to one of the electrodes, and a second connection point , at which another conducting wire of said conducting wires is connected to another of the electrodes, are disposed at different locations in a circumferential direction of the outer tube member, and said one of the conducting wires connected to the first connecting point and said another conducting wire of the conducting wires connected to the second connecting point are disposed in the same lumen of the outer tube member. an outer tube member having a lumen extending in a longitudinal direction; a handle provided on a proximal side of the outer tube member; a plurality of electrodes provided on the outer tube member; conducting wires connected to one or more of the electrodes and disposed in the lumen, the conducting wires each having a coating; and an operating wire having a distal end portion fixed to a distal end portion of the outer tube member, wherein a first connection point , at which one of said conducting wires is connected to one of the electrodes, and a second connection point , at which another conducting wire of said conducting wires is connected to another of the electrodes, are disposed at different locations in a circumferential direction of the outer tube member, and said one of the conducting wires connected to the first connecting point and said another conducting wire of the conducting wires connected to the second connecting point are disposed in the same lumen of the outer tube member.
A damper device comprising: a first rotary member including a first engaging portion and an annular chamber filled with a viscous fluid in an interior thereof; a second rotary member including a second engaging portion , the second rotary member being rotatable relatively to the first rotary member ; a plurality of elastic members disposed in alignment in a circumferential direction in the interior of the annular chamber , the plurality of elastic members elastically coupling the first rotary member and the second rotary member in a rotational direction; and a plurality of end seat members , each of the plurality of end seat members being disposed between one of the plurality of elastic members and at least one of the first engaging portion and the second engaging portion , the each of the plurality of end seat members including a communicating groove penetrating therethrough in the circumferential direction, characterised in that the communicating groove is provided on at least one of two corners at which an outer peripheral surface and lateral surfaces intersect in the each of the plurality of end seat members . a first rotary member including a first engaging portion and an annular chamber filled with a viscous fluid in an interior thereof; a second rotary member including a second engaging portion , the second rotary member being rotatable relatively to the first rotary member ; a plurality of elastic members disposed in alignment in a circumferential direction in the interior of the annular chamber , the plurality of elastic members elastically coupling the first rotary member and the second rotary member in a rotational direction; and a plurality of end seat members , each of the plurality of end seat members being disposed between one of the plurality of elastic members and at least one of the first engaging portion and the second engaging portion , the each of the plurality of end seat members including a communicating groove penetrating therethrough in the circumferential direction, characterised in that the communicating groove is provided on at least one of two corners at which an outer peripheral surface and lateral surfaces intersect in the each of the plurality of end seat members .
An image sensor system comprising: a plurality of sensor elements corresponding to a plurality of pixels, each sensor element corresponding to a different pixel of the plurality of pixels; a photo-sensitive layer coupled to the plurality of sensor elements; a plurality of floating diffusion regions in communication with the photo-sensitive layer, each floating diffusion region of the plurality of floating diffusion regions corresponding to a sensor element of the plurality of sensor elements and configured to be selectively enabled; and a plurality of bridges , each bridge coupled to two floating diffusion regions of the plurality of floating diffusion regions, the two floating diffusion regions corresponding to different pixels, each of the plurality of bridges configured to be individually and selectively enabled and, when enabled, to allow a sharing of charge between the respective two floating diffusion regions. a plurality of sensor elements corresponding to a plurality of pixels, each sensor element corresponding to a different pixel of the plurality of pixels; a photo-sensitive layer coupled to the plurality of sensor elements; a plurality of floating diffusion regions in communication with the photo-sensitive layer, each floating diffusion region of the plurality of floating diffusion regions corresponding to a sensor element of the plurality of sensor elements and configured to be selectively enabled; and a plurality of bridges , each bridge coupled to two floating diffusion regions of the plurality of floating diffusion regions, the two floating diffusion regions corresponding to different pixels, each of the plurality of bridges configured to be individually and selectively enabled and, when enabled, to allow a sharing of charge between the respective two floating diffusion regions.