mhurhangee/patent-ind-claim-en huggingface dataset:
A stripper solution for removing photoresist from substrates comprising: 20 wt.% to 90 wt.% dimethyl sulfoxide; 1 wt.% to 7 wt.% of quaternary ammonium hydroxide; 1 wt.% to 75 wt.% of alkanolamine; 0.001 wt.% to 7 wt.% of one or more corrosion inhibitors; and water; wherein the solution exhibits a freezing point below 0 degrees Celsius; wherein the alkanolamine has at least two carbon atoms, at least one amino substituent and at least one hydroxyl substituent, the amino and hydroxyl substituents being attached to two different carbon atoms, and wherein the quaternary ammonium hydroxide is essentially free of tetramethylammonium hydroxide and includes choline hydroxide. 20 wt.% to 90 wt.% dimethyl sulfoxide; 1 wt.% to 7 wt.% of quaternary ammonium hydroxide; 1 wt.% to 75 wt.% of alkanolamine; 0.001 wt.% to 7 wt.% of one or more corrosion inhibitors; and water; wherein the solution exhibits a freezing point below 0 degrees Celsius; wherein the alkanolamine has at least two carbon atoms, at least one amino substituent and at least one hydroxyl substituent, the amino and hydroxyl substituents being attached to two different carbon atoms, and wherein the quaternary ammonium hydroxide is essentially free of tetramethylammonium hydroxide and includes choline hydroxide.
A surgical tool for separating a femoral cup having a neck and an outer hemispherical surface of the femoral cup , from an acetabular ball in an implanted hip prosthesis comprising: a first handle and a second handle connected by a fulcrum pin in a hinged relationship, each handle having a proximal end and a distal end; the first handle having a femoral engagement component at the distal end thereof and the second handle having an acetabular engagement element at the distal end thereof; the fulcrum pin being disposed between the distal and proximal ends of each handle whereby movement of the proximal ends towards one another causes the distal ends to move away from one another; the femoral engagement component being sized to engage the neck of a femoral cup , or an outer hemispherical surface of the femoral cup , or both the neck and the outer hemispherical surface of the femoral cup or a proximal end of a femoral implant , characterized in that the first and second handles are urged apart by a spring ; and the acetabular engagement element is a pivotable partial engagement ring configured to engage a circumferential edge of an acetabular cup . a first handle and a second handle connected by a fulcrum pin in a hinged relationship, each handle having a proximal end and a distal end; the first handle having a femoral engagement component at the distal end thereof and the second handle having an acetabular engagement element at the distal end thereof; the fulcrum pin being disposed between the distal and proximal ends of each handle whereby movement of the proximal ends towards one another causes the distal ends to move away from one another; the femoral engagement component being sized to engage the neck of a femoral cup , or an outer hemispherical surface of the femoral cup , or both the neck and the outer hemispherical surface of the femoral cup or a proximal end of a femoral implant , characterized in that the first and second handles are urged apart by a spring ; and the acetabular engagement element is a pivotable partial engagement ring configured to engage a circumferential edge of an acetabular cup .
A UE , comprising: a receiving circuitry configured to receive indication information carried by NPDCCH, which indicates subcarriers of NPUSCH assigned for the UE, wherein if subcarrier spacing of NPUSCH is 3.75kHz, the receiving circuitry uses the indication information to indicate one subcarrier from a set of subcarriers and if subcarrier spacing of NPUSCH is 15 kHz, the receiving circuitry uses the indication information to indicate a set of one or more allocated subcarrier or subcarriers according to a predefined mapping table, wherein the table includes entries for single subcarrier's allocation and entries for multiple subcarriers' allocation. a receiving circuitry configured to receive indication information carried by NPDCCH, which indicates subcarriers of NPUSCH assigned for the UE, wherein if subcarrier spacing of NPUSCH is 3.75kHz, the receiving circuitry uses the indication information to indicate one subcarrier from a set of subcarriers and if subcarrier spacing of NPUSCH is 15 kHz, the receiving circuitry uses the indication information to indicate a set of one or more allocated subcarrier or subcarriers according to a predefined mapping table, wherein the table includes entries for single subcarrier's allocation and entries for multiple subcarriers' allocation.
A control method for a multi-split air conditioner, comprising following operations: (S10) acquiring an indoor temperature of each room where an indoor unit in a group corresponding to the multi-split air conditioner is located; the control method comprising (S20) when an indoor temperature of a room satisfies an overheating condition or an overcooling condition, acquiring a target indoor unit corresponding to a first target room, the first target room having its indoor temperature satisfying the overheating condition or the overcooling condition; characterized in that the method comprises (S30) controlling other indoor units except the target indoor unit in the multi-split air conditioner to be shut down; (S40) switching an operation mode of the target indoor unit; and in that the overheating condition comprises that in a heating mode, the indoor temperature of the room is greater than a set temperature corresponding to the room, and a first temperature difference between the indoor temperature of the room and the set temperature corresponding to the room is greater than a first preset threshold; the overcooling condition comprises that in a cooling mode, the indoor temperature of the room is lower than the set temperature corresponding to the room, and a second temperature difference between the indoor temperature of the room and the set temperature corresponding to the room is greater than a second preset threshold. (S10) acquiring an indoor temperature of each room where an indoor unit in a group corresponding to the multi-split air conditioner is located; the control method comprising (S20) when an indoor temperature of a room satisfies an overheating condition or an overcooling condition, acquiring a target indoor unit corresponding to a first target room, the first target room having its indoor temperature satisfying the overheating condition or the overcooling condition; characterized in that the method comprises (S30) controlling other indoor units except the target indoor unit in the multi-split air conditioner to be shut down; (S40) switching an operation mode of the target indoor unit; and in that the overheating condition comprises that in a heating mode, the indoor temperature of the room is greater than a set temperature corresponding to the room, and a first temperature difference between the indoor temperature of the room and the set temperature corresponding to the room is greater than a first preset threshold; the overcooling condition comprises that in a cooling mode, the indoor temperature of the room is lower than the set temperature corresponding to the room, and a second temperature difference between the indoor temperature of the room and the set temperature corresponding to the room is greater than a second preset threshold.
A method for managing supply of power to at least one device executed by an apparatus supplying power to the at least one device comprising steps of: measuring (S400, S610) individual power consumption of at least one device connected to the apparatus; determining (S210) a priority of each of the at least one device when the sum of measured power consumption exceeds an allowable power; and controlling (S220, S225) the supply of power to each of the at least one device, based on the determined priority, wherein determining of the priority of each of the at least one device comprises: determining (S320, S330, S370) whether a type of each of the at least one device is a type of stably consuming power, a type of periodically consuming power, or a type of aperiodically consuming power based on a power consumption pattern of the at least one device; and determining the priority of each of the at least one device based on the determination whether the type of the each of the at least one device is the type of stably consuming power, the type of periodically consuming power, or the type of aperiodically consuming power, and the cumulative connection time of the at least one device. measuring (S400, S610) individual power consumption of at least one device connected to the apparatus; determining (S210) a priority of each of the at least one device when the sum of measured power consumption exceeds an allowable power; and controlling (S220, S225) the supply of power to each of the at least one device, based on the determined priority, wherein determining of the priority of each of the at least one device comprises: determining (S320, S330, S370) whether a type of each of the at least one device is a type of stably consuming power, a type of periodically consuming power, or a type of aperiodically consuming power based on a power consumption pattern of the at least one device; and determining the priority of each of the at least one device based on the determination whether the type of the each of the at least one device is the type of stably consuming power, the type of periodically consuming power, or the type of aperiodically consuming power, and the cumulative connection time of the at least one device. determining (S320, S330, S370) whether a type of each of the at least one device is a type of stably consuming power, a type of periodically consuming power, or a type of aperiodically consuming power based on a power consumption pattern of the at least one device; and determining the priority of each of the at least one device based on the determination whether the type of the each of the at least one device is the type of stably consuming power, the type of periodically consuming power, or the type of aperiodically consuming power, and the cumulative connection time of the at least one device.
A thermal pad , comprising a pad body , wherein the pad body is provided with a hollowed-out part , and the hollowed-out part is filled with a liquid metal material layer ; wherein in a thickness direction of the pad body , the pad body comprises two pad surfaces that are disposed facing away from each other, and the hollowed-out part is disposed on the pad surface ; the hollowed-out part penetrates through the pad body .; and each pad surface is provided with the hollowed-out part , and a depth of the hollowed-out part is less than a thickness of the pad body . in a thickness direction of the pad body , the pad body comprises two pad surfaces that are disposed facing away from each other, and the hollowed-out part is disposed on the pad surface ; the hollowed-out part penetrates through the pad body .; and each pad surface is provided with the hollowed-out part , and a depth of the hollowed-out part is less than a thickness of the pad body .
Device for avoiding surface flaws, caused by metal dust, on a metal strip to be coated in a continuous hot-dip coating process, wherein at least some segments of the metal strip to be coated can be conveyed through the device in the direction of movement of the strip, comprising a blowing/sucking unit , wherein the blowing/sucking unit comprises a plurality of blow-in openings for applying protective gas to the metal strip , wherein a plurality of blow-in openings are arranged on a first side of the metal strip and a plurality of blow-in openings are arranged on a second side of the metal strip , wherein the blowing/sucking unit comprises a plurality of suction openings for extracting protective gas loaded with metal vapour and/or metal dust, wherein a plurality of suction openings are arranged on the first side of the metal strip and a plurality of suction openings are arranged on the second side of the metal strip , characterized in that the blowing/sucking unit comprises a blow-in region , in which the blow-in openings are arranged, and a suction region , which is arranged after the blow-in region looking in the direction of movement of the strip, in which the suction openings are arranged, and the blow-in region and the suction region are arranged free of overlapping.
A memory device comprising: a plurality of data storage memory cells , the plurality of data storage memory cells configured to be accessed for data storage and retrieval based on commands received by the memory device; a plurality of detection memory cells , each detection memory cell of the plurality of detection memory cells configured to detect tampering attempts by being pre-programmed to a respective initial predetermined state, wherein, upon being pre-programmed to the predetermined state, each detection memory cell of the plurality of detection memory cells is configured such as to maintain the respective initial predetermined state upon receipt of subsequent commands directed to the memory device ; a plurality of reference bits, each reference bit of the plurality of reference bits permanently storing the initial predetermined state of a respective one of the plurality of detection memory cells ; and comparator circuitry coupled to the plurality of detection memory cells and the plurality of reference bits , the comparator circuitry configured to compare a current state of each detection memory cell of the plurality of detection memory cells with a corresponding reference bit of the plurality of reference bits (451, 452, 453, 454, 455, 456. a plurality of data storage memory cells , the plurality of data storage memory cells configured to be accessed for data storage and retrieval based on commands received by the memory device; a plurality of detection memory cells , each detection memory cell of the plurality of detection memory cells configured to detect tampering attempts by being pre-programmed to a respective initial predetermined state, wherein, upon being pre-programmed to the predetermined state, each detection memory cell of the plurality of detection memory cells is configured such as to maintain the respective initial predetermined state upon receipt of subsequent commands directed to the memory device ; a plurality of reference bits, each reference bit of the plurality of reference bits permanently storing the initial predetermined state of a respective one of the plurality of detection memory cells ; and comparator circuitry coupled to the plurality of detection memory cells and the plurality of reference bits , the comparator circuitry configured to compare a current state of each detection memory cell of the plurality of detection memory cells with a corresponding reference bit of the plurality of reference bits (451, 452, 453, 454, 455, 456.
A light control sheet comprising: a first transparent electrode layer ; a second transparent electrode layer ; a light control layer including a resin layer positioned between the first transparent electrode layer and the second transparent electrode layer , and a liquid crystal composition containing liquid crystal molecules, the resin layer having voids dispersed therein, the liquid crystal composition filling the voids ; and a first orientation layer interposed between the first transparent electrode layer and the light control layer and configured to increase a haze of the light control layer during application of a voltage between the first transparent electrode layer and the second transparent electrode layer , wherein the light control layer has a first surface in contact with the first orientation layer , characterized in that a percentage of a total area of all the voids at the first surface to an area of the first surface is an area ratio of the voids at the first surface , and the area ratio is 49% or more. a first transparent electrode layer ; a second transparent electrode layer ; a light control layer including a resin layer positioned between the first transparent electrode layer and the second transparent electrode layer , and a liquid crystal composition containing liquid crystal molecules, the resin layer having voids dispersed therein, the liquid crystal composition filling the voids ; and a first orientation layer interposed between the first transparent electrode layer and the light control layer and configured to increase a haze of the light control layer during application of a voltage between the first transparent electrode layer and the second transparent electrode layer , wherein the light control layer has a first surface in contact with the first orientation layer , characterized in that a percentage of a total area of all the voids at the first surface to an area of the first surface is an area ratio of the voids at the first surface , and the area ratio is 49% or more.
A system for improving hydrophilicity of a contact lens, the system comprising an aqueous solution, sterilized by heating, which contains a low-molecular weight hyaluronic acid having a molecular weight of not higher than 80,000, or a salt or derivative thereof, and which has a pH of 6.0-8.0 and an osmotic pressure of 220-380 mOsm, and the system further comprising a contact lens immersed in said aqueous solution.
Delivery vehicle for delivering consignments at different locations on a delivery route, having at least one receiving device for receiving the consignments , having at least one sensor device for separately capturing delivery information for the consignments received via the receiving device , having at least one storage device for storing the received consignments during the delivery of other consignments , and having at least one conveying device for conveying the received consignments from the receiving device to storage positions of the storage device and from the storage positions of the storage device to a dispensing device for dispensing the consignments at the particular location for delivery of the consignments .
Sensor arrangement, comprising a torque sensor for detecting the torque acting on a shaft, wherein the shaft of the torque sensor comprises two shaft segments , wherein a magnetic encoder is arranged on the first shaft segment and a stator packet with at least two magnetically conductive stator elements is arranged on the second shaft segment , which magnetically conductive stator elements conduct the magnetic field produced by the magnetic encoder of the first shaft segment and feed it directly or indirectly to one or a plurality of magnetic field sensor elements for torque detection, and comprising a rotation angle index unit , which is designed so that it can detect and/or identify the angular position of the shaft relative to a defined rotation angle and/or a defined rotation angle range, and which comprises an index magnet , which is attached to a support , characterized in that the support is fastened to the magnetic encoder .
A network replacement method, characterized by comprising: setting (S101) a second cell, which is for replacing a first cell, to reject each of all user equipments, UEs, to update a location area; adjusting (S102) a quality offset parameter value of the first cell to be less than a quality offset parameter value of the second cell; dividing all the UEs into a plurality of user groups; setting the second cell to permit the UEs of a first user group to update the location area by cancelling the location area update rejection setting of the first user group; and setting, at regular intervals, the second cell to permit the UEs of a further user group to update the location area by cancelling the location area update rejection setting of the further user group, until the location area update rejection settings of all the user groups are cancelled. setting (S101) a second cell, which is for replacing a first cell, to reject each of all user equipments, UEs, to update a location area; adjusting (S102) a quality offset parameter value of the first cell to be less than a quality offset parameter value of the second cell; dividing all the UEs into a plurality of user groups; setting the second cell to permit the UEs of a first user group to update the location area by cancelling the location area update rejection setting of the first user group; and setting, at regular intervals, the second cell to permit the UEs of a further user group to update the location area by cancelling the location area update rejection setting of the further user group, until the location area update rejection settings of all the user groups are cancelled.
A pulse wave detection device comprising: moving image obtaining means for obtaining a moving image taking a region including at least skin of a target; skin portion specifying means for specifying a skin portion of the target shown on the obtained moving image; pulse wave obtaining means for obtaining a pulse wave of the target from a temporal change of a predetermined color space component in the specified skin portion ; and output means for outputting the obtained pulse wave, characterized in that the predetermined color space component is a chromaticity component (Q) in a YIQ color space made of a brightness component (Y) and chromaticity components (I, Q). moving image obtaining means for obtaining a moving image taking a region including at least skin of a target; skin portion specifying means for specifying a skin portion of the target shown on the obtained moving image; pulse wave obtaining means for obtaining a pulse wave of the target from a temporal change of a predetermined color space component in the specified skin portion ; and output means for outputting the obtained pulse wave, characterized in that the predetermined color space component is a chromaticity component (Q) in a YIQ color space made of a brightness component (Y) and chromaticity components (I, Q).
A grease composition for a tapered roller bearing, comprising: (a) at least one compound selected from the group consisting of metallic salts each having a metallic group having a valence of 2 as an additive; (b) a base oil containing a synthetic hydrocarbon oil having a viscosity index of 110 or more and a pour point of -35°C or less in an amount of 60 mass% or more of the entire base oil; (c) a thickener; and (d) an antioxidant, wherein the thickener is a diurea compound represented by the following formula : R1-NHCONH-R2-NHCONH-R3 wherein R2 represents a divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, R1 and R3 may be the same or different and each represent an alkyl group having 6 to 30 carbon atoms or a cyclohexyl group, and the proportion of the number of moles of the cyclohexyl groups to the total number of moles of the cyclohexyl groups and the alkyl groups [{(the number of the cyclohexyl groups)/(the number of the cyclohexyl groups + the number of the alkyl groups)}×100] is 50 to 90% by mol. (a) at least one compound selected from the group consisting of metallic salts each having a metallic group having a valence of 2 as an additive; (b) a base oil containing a synthetic hydrocarbon oil having a viscosity index of 110 or more and a pour point of -35°C or less in an amount of 60 mass% or more of the entire base oil; (c) a thickener; and (d) an antioxidant, wherein the thickener is a diurea compound represented by the following formula : R1-NHCONH-R2-NHCONH-R3 wherein R2 represents a divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, R1 and R3 may be the same or different and each represent an alkyl group having 6 to 30 carbon atoms or a cyclohexyl group, and the proportion of the number of moles of the cyclohexyl groups to the total number of moles of the cyclohexyl groups and the alkyl groups [{(the number of the cyclohexyl groups)/(the number of the cyclohexyl groups + the number of the alkyl groups)}×100] is 50 to 90% by mol.