mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a substrate including a first area , a second area , and a bent area (BA) between the first and second areas; an inner wiring disposed in the first area ; an outer wiring disposed in the second area ; an inter-insulating layer which covers the inner wiring and the outer wiring and in which an opening corresponding to the bent area (BA) is defined; a first organic insulating layer , a portion of the first organic insulating layer being located in the opening (OP); a connection wiring disposed on the first organic insulating layer and electrically connecting the inner wiring and the outer wiring ; a conductive layer disposed between the inter-insulating layer and the first organic insulating layer and electrically connected to one of the inner wiring and the outer wiring ; and an inorganic protective layer (PVX) which partially covers the conductive layer and in which an opening corresponding to the bent area (BA) is defined; characterized in that an upper surface of an end portion of the inter-insulating layer which is adjacent to the opening (OP) of the inter-insulating layer is covered by the inorganic protective layer (PVX). a substrate including a first area , a second area , and a bent area (BA) between the first and second areas; an inner wiring disposed in the first area ; an outer wiring disposed in the second area ; an inter-insulating layer which covers the inner wiring and the outer wiring and in which an opening corresponding to the bent area (BA) is defined; a first organic insulating layer , a portion of the first organic insulating layer being located in the opening (OP); a connection wiring disposed on the first organic insulating layer and electrically connecting the inner wiring and the outer wiring ; a conductive layer disposed between the inter-insulating layer and the first organic insulating layer and electrically connected to one of the inner wiring and the outer wiring ; and an inorganic protective layer (PVX) which partially covers the conductive layer and in which an opening corresponding to the bent area (BA) is defined; characterized in that an upper surface of an end portion of the inter-insulating layer which is adjacent to the opening (OP) of the inter-insulating layer is covered by the inorganic protective layer (PVX).
An apparatus comprising: a port to couple to another device over a serial point-to-point link, wherein the port comprises: a replay buffer; and protocol circuitry adapted to: receive a flit in a sequence of flits to be sent on a point-to-point link; determine an error in the flit; store a copy of the flit in a first position within the replay buffer based on the error; characterized in that the protocol circuitry is further adapted to: receive a next flit in the sequence of flits; store a copy of the next flit in a second position within the replay buffer based on the error in the flit; and cause the copies of the flit and the next flit to be written to a register for access by software. a replay buffer; and protocol circuitry adapted to: receive a flit in a sequence of flits to be sent on a point-to-point link; determine an error in the flit; store a copy of the flit in a first position within the replay buffer based on the error; characterized in that the protocol circuitry is further adapted to: receive a next flit in the sequence of flits; store a copy of the next flit in a second position within the replay buffer based on the error in the flit; and cause the copies of the flit and the next flit to be written to a register for access by software. receive a flit in a sequence of flits to be sent on a point-to-point link; determine an error in the flit; store a copy of the flit in a first position within the replay buffer based on the error; characterized in that the protocol circuitry is further adapted to: receive a next flit in the sequence of flits; store a copy of the next flit in a second position within the replay buffer based on the error in the flit; and cause the copies of the flit and the next flit to be written to a register for access by software.
Process for producing a balance wheel for a timepiece comprising a felloe , a hub and at least one arm connecting the hub to said felloe , the felloe , the hub and the arm being made of a metal alloy, said process comprising the following steps: a) making a mould having the negative shape of the balance wheel b) getting hold of a metal alloy, which has a thermal expansion coefficient of less than 25 ppm/°C and being able to be in an at least partly amorphous state when it is heated to a temperature between its glass transition temperature and its crystallisation temperature c) putting the metal alloy into the mould, said metal alloy being heated to a temperature between its glass transition temperature and its crystallisation temperature so as to be hot moulded and to form a balance wheel d) cooling said metal alloy to obtain a balance wheel made of said metal alloy e) releasing the balance wheel obtained in step d) from its mould. the process being characterised in that it includes a step to over-mould first inertia adjusting components in the felloe , said first inertia adjusting components being made of a first material having a density that is greater than the density of said metal alloy. a) making a mould having the negative shape of the balance wheel b) getting hold of a metal alloy, which has a thermal expansion coefficient of less than 25 ppm/°C and being able to be in an at least partly amorphous state when it is heated to a temperature between its glass transition temperature and its crystallisation temperature c) putting the metal alloy into the mould, said metal alloy being heated to a temperature between its glass transition temperature and its crystallisation temperature so as to be hot moulded and to form a balance wheel d) cooling said metal alloy to obtain a balance wheel made of said metal alloy e) releasing the balance wheel obtained in step d) from its mould.
A phacoemulsification system for treating an ocular condition at a surgical site, comprising: a hand-graspable body ; an irrigation system carried on the hand-graspable body and configured to convey an irrigation fluid for injection from a distal end of the hand-graspable body to the surgical site; and an aspiration system carried on the hand-graspable body and configured to convey an aspiration fluid into the distal end of the hand-graspable body from the surgical site, the aspiration system comprising: an aspiration motor , characterized in that it also comprises: an impeller pump comprising an impeller chamber , and a flexible impeller rotatably disposed in the impeller chamber and coupled to and rotatably driven by the aspiration motor , the flexible impeller being arranged to aspirate fluid and emulsified lens tissue from the surgical site. a hand-graspable body ; an irrigation system carried on the hand-graspable body and configured to convey an irrigation fluid for injection from a distal end of the hand-graspable body to the surgical site; and an aspiration system carried on the hand-graspable body and configured to convey an aspiration fluid into the distal end of the hand-graspable body from the surgical site, the aspiration system comprising: an aspiration motor , characterized in that it also comprises: an impeller pump comprising an impeller chamber , and a flexible impeller rotatably disposed in the impeller chamber and coupled to and rotatably driven by the aspiration motor , the flexible impeller being arranged to aspirate fluid and emulsified lens tissue from the surgical site. an impeller pump comprising an impeller chamber , and a flexible impeller rotatably disposed in the impeller chamber and coupled to and rotatably driven by the aspiration motor , the flexible impeller being arranged to aspirate fluid and emulsified lens tissue from the surgical site.
A 3-dimensional cluster of reaggregated cells comprising islet cells reaggregated from at least two donors.
A pivot drive comprising a drive apparatus and a pivotable tube, wherein the drive apparatus comprises a drive element , a gearbox , a coupling and a drive flange , wherein the drive flange is operatively connected to the pivotable tube, and by means of the drive element , the gearbox and the coupling a torque can be transmitted from the drive apparatus via the drive flange to the pivotable tube, wherein the drive apparatus is arranged within the pivotable tube and the drive apparatus has a coupling flange and a stop flange , wherein the stop flange is operatively connected to the coupling flange and the coupling flange and the stop flange each have a stop so that the rotary movement transmitted by the drive apparatus to the pivotable tube is limited by the stops and the coupling flange can be immovably connected to a base, characterized in that the coupling engages the coupling flange and the coupling flange has a connecting part for decoupling the coupling from the coupling flange .
A system for collecting diluted mononuclear cells to be treated with UV irradiation driven and adjusted by a microprocessor based controller, wherein the microprocessor-based controller is configured to: receive input of a target hematocrit for a mononuclear cell product to be collected in a first container comprising mononuclear cells and red blood cells, wherein hematocrit is determined by a ratio of the red blood cells per volume within the mononuclear cell product; rotate a chamber about a rotational axis and convey a volume of whole blood into an inlet region of the chamber for separation into a red blood cell constituent, a plasma constituent, and an interface carrying mononuclear cells between the red blood cell constituent and the plasma constituent; collect a first volume of red blood cells in a second container , wherein the first volume of red blood cells comprises a portion of total red blood cells in the volume of whole blood; collect a first volume of mononuclear cells, a second volume of red blood cells, and a volume of plasma in the first container , wherein the second volume of red blood cells comprises a portion of total red blood cells in the volume of whole blood; transfer a third volume of red blood cells from the second container into the first container if contents of the first container has an actual hematocrit less than the target hematocrit, wherein the third volume of red blood cells in combination with the second volume of red blood cells achieves the target hematocrit for the mononuclear cell product. receive input of a target hematocrit for a mononuclear cell product to be collected in a first container comprising mononuclear cells and red blood cells, wherein hematocrit is determined by a ratio of the red blood cells per volume within the mononuclear cell product; rotate a chamber about a rotational axis and convey a volume of whole blood into an inlet region of the chamber for separation into a red blood cell constituent, a plasma constituent, and an interface carrying mononuclear cells between the red blood cell constituent and the plasma constituent; collect a first volume of red blood cells in a second container , wherein the first volume of red blood cells comprises a portion of total red blood cells in the volume of whole blood; collect a first volume of mononuclear cells, a second volume of red blood cells, and a volume of plasma in the first container , wherein the second volume of red blood cells comprises a portion of total red blood cells in the volume of whole blood; transfer a third volume of red blood cells from the second container into the first container if contents of the first container has an actual hematocrit less than the target hematocrit, wherein the third volume of red blood cells in combination with the second volume of red blood cells achieves the target hematocrit for the mononuclear cell product.
A circulating hot water system with a hot water flow circuit defined by pipework leading out from and back to a heater , the system including the heater and a pump to drive circulation of hot water in the flow circuit; the heater being operable to act on the flow circuit to heat water flowing therein and having a heat output which is controllably variable, and the system comprising multiple user points on the flow circuit, at least some of the user points being outlet user points where an outlet can be opened to take hot water out of the system, the hot water flow circuit having a main flow circuit and a branch from the main flow circuit leading to a said outlet user point ; characterised in that the branch comprises an outflow branch conduit and a return flow branch conduit , branch circulation being provided by communication, adjacent to the outlet user point, between the outflow branch conduit and the return flow branch conduit, the branch return flow conduit returning to the main flow circuit, and in that the system comprises a shut-off or flow restrictor , operable when hot water is taken out at a said outlet user point to stop or restrict return flow back to the heater in a return conduit of the flow circuit. the heater being operable to act on the flow circuit to heat water flowing therein and having a heat output which is controllably variable, and the system comprising multiple user points on the flow circuit, at least some of the user points being outlet user points where an outlet can be opened to take hot water out of the system, the hot water flow circuit having a main flow circuit and a branch from the main flow circuit leading to a said outlet user point ; characterised in that the branch comprises an outflow branch conduit and a return flow branch conduit , branch circulation being provided by communication, adjacent to the outlet user point, between the outflow branch conduit and the return flow branch conduit, the branch return flow conduit returning to the main flow circuit, and in that the system comprises a shut-off or flow restrictor , operable when hot water is taken out at a said outlet user point to stop or restrict return flow back to the heater in a return conduit of the flow circuit.
A product of an essential oil of Eucalyptus globulus leaves or of an extract with phenolic compounds obtained from the residual water of the hydrodistillation of Eucalyptus globulus leaves for use in the anti-inflammatory treatment in non-topical application in the absence of cytotoxicity wherein it comprises up to 0.3 mg/mL of the essential oil of Eucalyptus globulus leaves or up to 50 μg/mL of the extract with phenolic compounds obtained from the residual water of the hydrodistillation of Eucalyptus globulus leaves.
A dynamoelectric machine comprising: a shaft ; a rotor that is fixed to said shaft ; a stator that has a stator core that is disposed so as to surround an outer circumference of said rotor and in which a plurality of slots that extend axially are formed so as to be spaced apart circumferentially; and a first bracket and a second bracket that hold circumferential edge portions of said stator core from two axial ends using a plurality of holding means and that envelope said stator core , a pair of first stays that are formed on said first bracket being fixed to a mount body by a fastening means that penetrates through a pair of penetrating apertures (A1) that are respectively formed on said first stays , wherein said pair of penetrating apertures (A1) are formed at positions such that an approximate perpendicular bisector (V) of a straight line (L) that connects centers of said penetrating apertures (A1) intersects an axis of said shaft ; and one of said holding means is disposed on said perpendicular bisector near said shaft , and said stator core is formed such that the number of slots are greater than or equal to two slots per phase per pole in number, and pitches (C1, C2) between radial center lines of opening portions of respective adjacent slots are formed at a nonuniform pitch (C1, C2) by changing circumferential width dimensions of teeth that define said slots ; and said holding means that is disposed on said perpendicular bisector (V) near said shaft is disposed on a radial center line of a wide tooth ; and a second stay is formed on the second bracket , and a line extending radially through a center of gravity (G) of said dynamoelectric machine intersects the distance between the second stay and a first stay facing the second stay such that the distance (Y2) between the first stay and the radially extending line is the same as the distance (Y1) between the second stay and the radially extending line.
An apparatus , comprising: an array of pixels , configured to detect radiation, provided on a flexible substrate ; a conductive shape memory material coupled to the flexible substrate; drive circuitry configured to apply a current to the conductive shape memory material in order to change a shape of the conductive shape memory material and the flexible substrate; characterised in that the apparatus further comprises: one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors. an array of pixels , configured to detect radiation, provided on a flexible substrate ; a conductive shape memory material coupled to the flexible substrate; drive circuitry configured to apply a current to the conductive shape memory material in order to change a shape of the conductive shape memory material and the flexible substrate; characterised in that the apparatus further comprises: one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors. one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors.
Filter drum for a vacuum and/or pressure filtration device for the filtration of a suspension (S), which comprises a solid and a liquid, comprising: - a drive shaft - via which the filter drum is rotatably supportable und rotatably drivable, - a filter drum body , - which is formed in a manner separated from the drive shaft , - to which the drive shaft extends centrally, and - which comprises a first and a second drum end wall as well as a drum jacket wall which extends between the first and the second drum end wall along the drive shaft and via which the first and the second drum end wall are connected to each other, and - a first and a second clamping ring set - by which the first and the second drum end wall, respectively, are fixedly connected to the drive shaft via radial clamping so that a driving torque applied to the drive shaft is transmittable from the drive shaft to the first and/or the second drum end wall and, thereby, to the filter drum body , via the first and/or the second clamping ring set in a respectively corresponding manner. - a drive shaft - via which the filter drum is rotatably supportable und rotatably drivable, - via which the filter drum is rotatably supportable und rotatably drivable, - a filter drum body , - which is formed in a manner separated from the drive shaft , - to which the drive shaft extends centrally, and - which comprises a first and a second drum end wall as well as a drum jacket wall which extends between the first and the second drum end wall along the drive shaft and via which the first and the second drum end wall are connected to each other, and - which is formed in a manner separated from the drive shaft , - to which the drive shaft extends centrally, and - which comprises a first and a second drum end wall as well as a drum jacket wall which extends between the first and the second drum end wall along the drive shaft and via which the first and the second drum end wall are connected to each other, and - a first and a second clamping ring set - by which the first and the second drum end wall, respectively, are fixedly connected to the drive shaft via radial clamping so that a driving torque applied to the drive shaft is transmittable from the drive shaft to the first and/or the second drum end wall and, thereby, to the filter drum body , via the first and/or the second clamping ring set in a respectively corresponding manner. - by which the first and the second drum end wall, respectively, are fixedly connected to the drive shaft via radial clamping so that a driving torque applied to the drive shaft is transmittable from the drive shaft to the first and/or the second drum end wall and, thereby, to the filter drum body , via the first and/or the second clamping ring set in a respectively corresponding manner.
A method for securing a semiconductor device, comprising: receiving a first opcode command for a chip; obfuscating the first opcode command as a second opcode command; generating a key based on a physically unclonable function (PUF) of the chip; and controlling transfer of the first opcode command obfuscated as the second opcode command and the key for storage in the chip, wherein the first opcode command obfuscated as the second opcode command has a same syntax as the second opcode command and performs a different function from the second opcode command and wherein the key includes a value indicating a type of obfuscation performed to obfuscate the first opcode command as the second opcode command. receiving a first opcode command for a chip; obfuscating the first opcode command as a second opcode command; generating a key based on a physically unclonable function (PUF) of the chip; and controlling transfer of the first opcode command obfuscated as the second opcode command and the key for storage in the chip, wherein the first opcode command obfuscated as the second opcode command has a same syntax as the second opcode command and performs a different function from the second opcode command and wherein the key includes a value indicating a type of obfuscation performed to obfuscate the first opcode command as the second opcode command.