mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding component comprising a pair of sliding parts that relatively slide on each other, one of the sliding parts being a stationary-side seal ring, the other of the sliding parts being a rotating-side seal ring, the seal rings each having a sliding face (S) formed radially for sealing sealed fluid from leaking, wherein one of an inner peripheral side and an outer peripheral side of the sliding parts is a sealed-fluid side and the other of the inner peripheral side and the outer peripheral side of the sliding parts is a leakage side, the sliding face (S) of at least one sliding part of the pair of sliding parts is provided with dynamic pressure generation grooves spaced in a non-communicating manner from the sealed-fluid side and the leakage side by lands (R) of both sliding faces (S), and is provided with fluid introduction holes between leakage-side ends of the dynamic pressure generation grooves and the leakage side, for communicating the dynamic pressure generation grooves and the leakage side, and each of the fluid introduction holes is configured such that a dynamic-pressure-generation-groove-side opening thereof open to a corresponding one of the dynamic pressure generation grooves is axially displaced from a leakage-side opening thereof open to the leakage side, characterized in that the circumferential length of the leakage-side ends of the dynamic pressure generation grooves is made longer than the circumferential length of the other portions of the dynamic pressure generation grooves . one of an inner peripheral side and an outer peripheral side of the sliding parts is a sealed-fluid side and the other of the inner peripheral side and the outer peripheral side of the sliding parts is a leakage side, the sliding face (S) of at least one sliding part of the pair of sliding parts is provided with dynamic pressure generation grooves spaced in a non-communicating manner from the sealed-fluid side and the leakage side by lands (R) of both sliding faces (S), and is provided with fluid introduction holes between leakage-side ends of the dynamic pressure generation grooves and the leakage side, for communicating the dynamic pressure generation grooves and the leakage side, and each of the fluid introduction holes is configured such that a dynamic-pressure-generation-groove-side opening thereof open to a corresponding one of the dynamic pressure generation grooves is axially displaced from a leakage-side opening thereof open to the leakage side, characterized in that the circumferential length of the leakage-side ends of the dynamic pressure generation grooves is made longer than the circumferential length of the other portions of the dynamic pressure generation grooves .
A container for pourable food products made by sealing and folding a wrapping material; the container comprising: a front wall ; two triangular shaped side walls ; a back wall ; a trapezoidal shaped bottom wall ; and at least one seal ; the side walls and the bottom wall each having at least one line of weakness for preferentially folding the container so that the bottom wall can be moved closer to the front wall , thereby flattening the container , the flattening of the container causing the food product inside the container to be poured out through an opening (A); characterized in that said front wall is provided with the opening (A) and that the container has a structure in the shape of a pyramid with a trapezoidal base. the container comprising: a front wall ; two triangular shaped side walls ; a back wall ; a trapezoidal shaped bottom wall ; and at least one seal ; the side walls and the bottom wall each having at least one line of weakness for preferentially folding the container so that the bottom wall can be moved closer to the front wall , thereby flattening the container , the flattening of the container causing the food product inside the container to be poured out through an opening (A); characterized in that said front wall is provided with the opening (A) and that the container has a structure in the shape of a pyramid with a trapezoidal base.
Motor-operated manual pressing tool , in particular a crimping tool, comprising a fixed holding part in which two compression jaws are mounted which are pivotable about a pivot axis in each case, which compression jaws form a working region on one side of the pivot axis and form an impingement region on the other side, which impingement region extends in the longitudinal direction of the compression jaws , it being possible for an impinging part to act on the impingement region in order to carry out a compression action, which impinging part can be moved relative to the impingement region , and, in a plan view of the manual pressing tool , in which the pivot axis is indicated by dots, a threaded spindle , which is axially fixed in a longitudinal extension direction of the compression jaws and is driven by an electric motor, extends as far as an overlap of the impingement region, which overlap is provided so as to be transverse with respect to a longitudinal axis of the threaded spindle , the threaded spindle providing motorised impingement of a displacement part, which can be made to act on the impinging part so as to transmit force, characterised in that the pressing tool is designed to be like an elongated rod, having the electric motor, the threaded spindle and a gear mechanism in a rod-like arrangement one behind the other between the electric motor and the threaded spindle , and in that the threaded spindle extends longitudinally centrally between impingement regions of the compression jaws .
An intestinal barrier sleeve comprising an expanding anchor section coupled to a tubular section at an interface therebetween at a proximal end of the tubular section , the expanding section expandable from at least one collapsed position to at least one expanded position, wherein in the collapsed position the expanding anchor section has a compact shape that allows the sleeve to be placed into a subject's gastrointestinal tract endoscopically and in the expanded position the expanding anchor section retains the sleeve in the subject's stomach near the gastrointestinal tract, and wherein the expanding anchor section has a conical shape with a hole therein at a narrow end of the conical shape, and wherein the conical shape is in communication with a lumen of the tubular section through the hole, the expanding section comprises a plurality of petal-like elements extending radially from the narrow end of the conical shape, and the expanding section comprises a webbing , and wherein the petal-like elements are coupled to each other with the webbing ; characterised in that the expanding anchor section comprises a plurality of backbone elements extending radially from the narrow end of the conical shape, and in that the backbone elements are joined to the petal-like elements .
A sanitary washing device comprising: a heating part ; a nozzle configured to jet water heated by the heating part toward human private parts; a controlling part configured to control at least one of the heating part and the nozzle ; and a monitoring part , characterized in that : the monitoring part being configured to diagnose a failure of the controlling part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the controlling part fails; and the controlling part being configured to diagnose a failure of the monitoring part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the monitoring part fails. a heating part ; a nozzle configured to jet water heated by the heating part toward human private parts; a controlling part configured to control at least one of the heating part and the nozzle ; and a monitoring part , characterized in that : the monitoring part being configured to diagnose a failure of the controlling part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the controlling part fails; and the controlling part being configured to diagnose a failure of the monitoring part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the monitoring part fails. the monitoring part being configured to diagnose a failure of the controlling part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the controlling part fails; and the controlling part being configured to diagnose a failure of the monitoring part and to prohibit at least one of heating in the heating part and jetting from the nozzle when the monitoring part fails.
A rotating structure comprising: a pouch coupled to a container and wound around a circumference of the container; and a raw material provided inside the pouch, wherein the raw material expands the pouch by being sublimated or evaporated while being heated, and the container is rotated according to expansion of the pouch , wherein there are a plurality of the pouches , and characterized in that the plurality of pouches rotate the container while expansion points of time of the plurality of pouches are differently formed according to the raw material inside the plurality of pouches . a pouch coupled to a container and wound around a circumference of the container; and a raw material provided inside the pouch, wherein the raw material expands the pouch by being sublimated or evaporated while being heated, and the container is rotated according to expansion of the pouch , wherein there are a plurality of the pouches , and characterized in that the plurality of pouches rotate the container while expansion points of time of the plurality of pouches are differently formed according to the raw material inside the plurality of pouches .
Harvester, in particular combine harvester, with a cutting unit and a cutting unit trough , with an inclined conveyor which has inclined conveyor means, wherein a flat plate with a front edge and with several elevations arranged in series is arranged in a transport region , wherein the elevations each possess a roof surface which widens from a rounded tip facing the front edge of the plate to a maximum dimension (B) and then tapers again, wherein the tapering part of the roof surface is continuously lowered to the surface of the flat plate , and wherein the elevations have roof surfaces which are lowered towards the tip and in the opposite region in each case to the surface of the flat plate , characterized in that side surfaces, which connect the roof surfaces with the surface of the plate , are arranged essentially at right angles to the roof surface. wherein the elevations each possess a roof surface which widens from a rounded tip facing the front edge of the plate to a maximum dimension (B) and then tapers again, wherein the tapering part of the roof surface is continuously lowered to the surface of the flat plate , and wherein the elevations have roof surfaces which are lowered towards the tip and in the opposite region in each case to the surface of the flat plate , characterized in that side surfaces, which connect the roof surfaces with the surface of the plate , are arranged essentially at right angles to the roof surface.
A laminated glazing comprising a first pane of glazing material joined to a second pane of glazing material by an interlayer structure comprising at least one ply of adhesive interlayer material , each of the first and second panes of glazing material having respectively a first major surface and a second opposing major surface, the laminated glazing being configured such that the second major surface of the first pane of glazing material faces the first major surface of the second pane of glazing material, wherein the laminated glazing comprises at least one device , the at least one device comprising transmitter means for emitting at least one (a first) beam of electromagnetic radiation , detector means for detecting electromagnetic radiation and a target having a reflective surface for the first beam of electromagnetic radiation, the reflective surface of the target being a non-specular reflective surface; wherein the transmitter means is configured to emit the first beam of electromagnetic radiation to illuminate the target such that electromagnetic radiation reflected from the reflective surface of the illuminated target follows at least one path towards the first major surface of the first pane of glazing material to illuminate a region thereof; and at least a portion of the electromagnetic radiation reflected off the region of the first major surface of the first pane of glazing material is detectable by the detector means to provide a detection signal; further wherein the transmitter means, the detector means and the target are between the first and second panes of glazing material. wherein the transmitter means is configured to emit the first beam of electromagnetic radiation to illuminate the target such that electromagnetic radiation reflected from the reflective surface of the illuminated target follows at least one path towards the first major surface of the first pane of glazing material to illuminate a region thereof; and at least a portion of the electromagnetic radiation reflected off the region of the first major surface of the first pane of glazing material is detectable by the detector means to provide a detection signal; further wherein the transmitter means, the detector means and the target are between the first and second panes of glazing material.
A method for automatic sleep test analysis, the method comprising: continuously monitoring, using a pulse oximeter, oxygen saturation values of a patient; continuously monitoring, using a capnograph, exhaled carbon dioxide (CO2) values of the patient; and computing and outputting a continuous integrated sleep score based on a sequential analysis of the oxygen saturation values and the exhaled CO2 values, wherein the continuous integrated sleep score is indicative of the patient's breathing-related sleep quality during at least a portion of the sleep test; further comprising detecting multiple events indicative of ineffective breathing exhibited in one or more of the oxygen saturation values and the CO2 values; and computing a weighting function for the detected events, wherein each event is assigned a suitable weight; wherein the suitable weight for each event is based on applying an integrative function to the oxygen saturation values and CO2 values over a duration of each event, wherein the integrative function comprises the following parameters: the oxygen saturation values and CO2 values over the duration of the event; baseline oxygen saturation and CO2 values measured prior to the event; and the duration of the event. continuously monitoring, using a pulse oximeter, oxygen saturation values of a patient; continuously monitoring, using a capnograph, exhaled carbon dioxide (CO2) values of the patient; and computing and outputting a continuous integrated sleep score based on a sequential analysis of the oxygen saturation values and the exhaled CO2 values, wherein the continuous integrated sleep score is indicative of the patient's breathing-related sleep quality during at least a portion of the sleep test; further comprising detecting multiple events indicative of ineffective breathing exhibited in one or more of the oxygen saturation values and the CO2 values; and computing a weighting function for the detected events, wherein each event is assigned a suitable weight; wherein the suitable weight for each event is based on applying an integrative function to the oxygen saturation values and CO2 values over a duration of each event, wherein the integrative function comprises the following parameters: the oxygen saturation values and CO2 values over the duration of the event; baseline oxygen saturation and CO2 values measured prior to the event; and the duration of the event. wherein the suitable weight for each event is based on applying an integrative function to the oxygen saturation values and CO2 values over a duration of each event, wherein the integrative function comprises the following parameters: the oxygen saturation values and CO2 values over the duration of the event; baseline oxygen saturation and CO2 values measured prior to the event; and the duration of the event. the oxygen saturation values and CO2 values over the duration of the event; baseline oxygen saturation and CO2 values measured prior to the event; and the duration of the event.
A three-dimensional 3D memory device (300; 400), comprising: a first semiconductor structure (302; 402) comprising a peripheral circuit (312; 442), an array of static random-access memory SRAM cells (314; 444), a first bonding layer (324; 432) comprising a plurality of first bonding contacts (326; 434); a second semiconductor structure (304; 404) comprising a substrate (348; 408; 608), a memory stack (333; 410) having an array of 3D NAND memory strings (338; 416) extending vertically through the memory stack (333; 410), and a second bonding layer (328; 428) comprising a plurality of second bonding contacts (330; 430); and a bonding interface (306; 406) between the first bonding layer (324; 434) and the second bonding layer and vertically between the first semiconductor structure (302; 402) and the second semiconductor structure (304; 404), wherein the first bonding contacts (326; 434) are in contact with the second bonding contacts (330; 430) at the bonding interface (306; 406); characterized in that the second semiconductor structure (304; 404) is formed such that the memory stack (333; 410) having the array of 3D NAND memory strings (338; 416) is arranged vertically between the second bonding layer (328; 428) and the substrate (348; 408; 608) of the second semiconductor structure (304; 404), wherein the peripheral circuit (312; 442) and the array of SRAM cells (314; 444) are stacked one over another. a first semiconductor structure (302; 402) comprising a peripheral circuit (312; 442), an array of static random-access memory SRAM cells (314; 444), a first bonding layer (324; 432) comprising a plurality of first bonding contacts (326; 434); a second semiconductor structure (304; 404) comprising a substrate (348; 408; 608), a memory stack (333; 410) having an array of 3D NAND memory strings (338; 416) extending vertically through the memory stack (333; 410), and a second bonding layer (328; 428) comprising a plurality of second bonding contacts (330; 430); and a bonding interface (306; 406) between the first bonding layer (324; 434) and the second bonding layer and vertically between the first semiconductor structure (302; 402) and the second semiconductor structure (304; 404), wherein the first bonding contacts (326; 434) are in contact with the second bonding contacts (330; 430) at the bonding interface (306; 406); characterized in that the second semiconductor structure (304; 404) is formed such that the memory stack (333; 410) having the array of 3D NAND memory strings (338; 416) is arranged vertically between the second bonding layer (328; 428) and the substrate (348; 408; 608) of the second semiconductor structure (304; 404), wherein the peripheral circuit (312; 442) and the array of SRAM cells (314; 444) are stacked one over another.
A method for recovering nutrients from hydrolysed urine, comprising the steps of: a) adding a cation exchanger comprising sorbed magnesium to the hydrolysed urine; b) mixing the cation exchanger with the hydrolysed urine, and c) adjusting the pH of the mixture to a pH of above 9, such as to release at least a part of the sorbed magnesium from the cation exchanger to the urine solution of the mixture, precipitate phosphorus in the urine solution, and sorb at least part of the ammonium to the cation exchanger, thereby providing a nutrient sludge comprising precipitated phosphorus and a cation exchanger comprising sorbed ammonium; d) filtering the nutrient sludge, and optionally e) drying the filtrate to provide a fertilizer comprising cation exchanger, ammonium and phosphorus wherein the cation exchanger is selected from the group consisting of zeolite; peat; processed coconut shell, and combinations thereof, said combinations preferably being selected from zeolite and peat; zeolite and processed coconut shell; zeolite, peat and processed coconut shell, and peat and processed coconut shell. a) adding a cation exchanger comprising sorbed magnesium to the hydrolysed urine; b) mixing the cation exchanger with the hydrolysed urine, and c) adjusting the pH of the mixture to a pH of above 9, such as to release at least a part of the sorbed magnesium from the cation exchanger to the urine solution of the mixture, precipitate phosphorus in the urine solution, and sorb at least part of the ammonium to the cation exchanger, thereby providing a nutrient sludge comprising precipitated phosphorus and a cation exchanger comprising sorbed ammonium; d) filtering the nutrient sludge, and optionally e) drying the filtrate to provide a fertilizer comprising cation exchanger, ammonium and phosphorus
A carriage for use with a surgical guide , comprising: a housing having: a proximal end ; a distal end opposed to the proximal end; opposed first and second side surfaces extending between the proximal and distal ends; and opposed first and second facial surfaces extending between the proximal and distal ends and the first and second side surfaces; a guide-receiving opening extending through the housing and through the first and second side surfaces, the guide-receiving opening being configured to receive an arm of a surgical guide along which the carriage is configured to translate; and a bullet-receiving opening extending through the housing and through the proximal and distal ends, the bullet-receiving opening being configured to be open towards the first facial surface to receive a bullet for use with a surgical guide associated with the carriage, and wherein the bullet-receiving opening is configured to hold a received bullet in a locked position in which said received bullet cannot translate between the two side surfaces or between the two facial surfaces; characterized in that the bullet-receiving opening is configured to receive a bullet by passing the bullet from an outside environment, through the first facial surface, and into the bullet-receiving opening. a housing having: a proximal end ; a distal end opposed to the proximal end; opposed first and second side surfaces extending between the proximal and distal ends; and opposed first and second facial surfaces extending between the proximal and distal ends and the first and second side surfaces; a proximal end ; a distal end opposed to the proximal end; opposed first and second side surfaces extending between the proximal and distal ends; and opposed first and second facial surfaces extending between the proximal and distal ends and the first and second side surfaces; a guide-receiving opening extending through the housing and through the first and second side surfaces, the guide-receiving opening being configured to receive an arm of a surgical guide along which the carriage is configured to translate; and a bullet-receiving opening extending through the housing and through the proximal and distal ends, the bullet-receiving opening being configured to be open towards the first facial surface to receive a bullet for use with a surgical guide associated with the carriage, and wherein the bullet-receiving opening is configured to hold a received bullet in a locked position in which said received bullet cannot translate between the two side surfaces or between the two facial surfaces; characterized in that the bullet-receiving opening is configured to receive a bullet by passing the bullet from an outside environment, through the first facial surface, and into the bullet-receiving opening.