mhurhangee/ep-ind-claims huggingface dataset:
A dynamic adaptable environment resource apparatus (210,510,824,1010,1414,1614,2001) comprising: a plurality of environment sensors configured to collect home status data; a graphical interface configured to receive and/or display resource schedule data; a processor configured to: process the resource schedule data and the home status data and issue communications to implement at least one adaptive environment schedule, the at least one adaptive environment schedule changing based on the processed resource schedule data and the processed home status data, receive a user request to initiate a temporary override of the at least one adaptive environment schedule, implement the temporary override schedule based on the temporary override of the at least one adaptive environment schedule without adjusting the at least one adaptive environment schedule, the temporary override schedule being a different schedule from the least one adaptive environment schedule and including a specified time period for the duration of the temporary override schedule, and return to the at least one adaptive environment schedule after completion of the specified time period of the temporary override schedule, wherein home status data collected from the plurality of environment sensors during the temporary override of the at least one adaptive environment schedule does not change the at least one adaptive environment schedule. process the resource schedule data and the home status data and issue communications to implement at least one adaptive environment schedule, the at least one adaptive environment schedule changing based on the processed resource schedule data and the processed home status data, receive a user request to initiate a temporary override of the at least one adaptive environment schedule, implement the temporary override schedule based on the temporary override of the at least one adaptive environment schedule without adjusting the at least one adaptive environment schedule, the temporary override schedule being a different schedule from the least one adaptive environment schedule and including a specified time period for the duration of the temporary override schedule, and return to the at least one adaptive environment schedule after completion of the specified time period of the temporary override schedule, wherein home status data collected from the plurality of environment sensors during the temporary override of the at least one adaptive environment schedule does not change the at least one adaptive environment schedule.
A composition comprising a glycogen synthase kinase-3 inhibitor for use in increasing hematopoietic stem cell or progenitor cell engraftment in a mammalian subject, wherein the glycogen synthase kinase-3 inhibitor inhibits the expression or activity of glycogen synthase kinase-3.
Piston of an internal combustion engine, having a piston head with annular grooves and a combustion chamber depression, and a piston skirt with a pin bore for receiving a pin, characterized in that both a combustion chamber depression edge and a combustion chamber depression base of the combustion chamber depression are formed by a melted and solidified region, wherein the combustion chamber depression edge is formed by a material having a predeterminable co-efficient of thermal expansion and the material situated behind the combustion chamber depression edge has a co-efficient of thermal expansion which is higher than it, or the combustion chamber depression base is formed by a material having a predeterminable co-efficient of thermal expansion and the material situated below the combustion chamber depression base has a co-efficient of thermal expansion which is higher than it.
A method for processing communication signals, the method comprising: initializing a microwave communication link between a first chip and a second chip via one or more relay chips by communicating over a wireline communication bus; and communicating data between said first chip and said second chip via said microwave communication link; wherein said initializing comprises adjusting beamforming parameters of a first antenna array communicatively coupled to said first chip, and of a second antenna array communicatively coupled to said second chip; characterized by determining, by the first chip, whether the first antenna array and the second antenna array are in line of sight of one another; when the first chip determines that the first antenna array and the second antenna array are in light of sight of one another, wirelessly transmitting the data, by the first antenna array directly to the second antenna array; and when the first chip determines that the first antenna array and the second antenna array are not in light of sight of one another, wirelessly transmitting the data, by the first antenna array to a third antenna array (232a, 232b) of the relay chip, the relay chip relaying the data to the second chip by transmitting the data by the third antenna array (232a, 232b) to the second antenna array. initializing a microwave communication link between a first chip and a second chip via one or more relay chips by communicating over a wireline communication bus; and communicating data between said first chip and said second chip via said microwave communication link; wherein said initializing comprises adjusting beamforming parameters of a first antenna array communicatively coupled to said first chip, and of a second antenna array communicatively coupled to said second chip; characterized by determining, by the first chip, whether the first antenna array and the second antenna array are in line of sight of one another; when the first chip determines that the first antenna array and the second antenna array are in light of sight of one another, wirelessly transmitting the data, by the first antenna array directly to the second antenna array; and when the first chip determines that the first antenna array and the second antenna array are not in light of sight of one another, wirelessly transmitting the data, by the first antenna array to a third antenna array (232a, 232b) of the relay chip, the relay chip relaying the data to the second chip by transmitting the data by the third antenna array (232a, 232b) to the second antenna array.
Ultrasonic transducer, for an ultrasonic flowmeter, wherein the ultrasonic transducer comprises at least one electro-acoustic element, at least one housing, at least one acoustic window and at least one control unit, wherein the electro-acoustic element is arranged within the housing on the acoustic window such that, during operation, an ultrasonic signal generated by the electro-acoustic element leaves the housing through the acoustic window, wherein the electro-acoustic element has at least two electro-acoustic discs, wherein the at least two electro-acoustic discs are arranged one above the other, and wherein at least one electro-acoustic disc can be excited separately, at least temporarily, by the control unit characterized in that the ultrasonic transducer is operated using the method according to claim 10. wherein the electro-acoustic element is arranged within the housing on the acoustic window such that, during operation, an ultrasonic signal generated by the electro-acoustic element leaves the housing through the acoustic window, wherein the electro-acoustic element has at least two electro-acoustic discs, wherein the at least two electro-acoustic discs are arranged one above the other, and wherein at least one electro-acoustic disc can be excited separately, at least temporarily, by the control unit characterized in that the ultrasonic transducer is operated using the method according to claim 10.
A pharmaceutical composition for use in treating a human subject having spinal muscular atrophy, wherein the pharmaceutical composition is administered into the cerebrospinal fluid in the intrathecal space of the human subject and the pharmaceutical composition comprises (i) an antisense compound comprising an antisense oligonucleotide complementary to intron 7 of a pre-mRNA encoding human SMN2 and (ii) a pharmaceutically acceptable diluent or carrier, wherein the antisense oligonucleotide has a nucleobase sequence consisting of the nucleobase sequence of SEQ ID NO: 1, wherein each nucleoside of the antisense oligonucleotide comprises a modified sugar moiety, wherein each modified sugar moiety is a 2'-O-methoxyethyl sugar moiety and wherein each internucleoside linkage is a phosphorothioate linkage.
Hand-held power tool, in particular sander, for simultaneously driving multiple, preferably for driving three, in particular tiltable sanding discs (12, 14, 16) which are driven in a rotating and/or oscillating and/or randomly circular manner, having at least one housing part which has sanding-disc-receptacle regions and/or openings in which or projecting through which are arranged sanding-disc receptacles and/or output shafts for driving the sanding discs (12, 14, 16), wherein the at least one housing part has between at least two adjacent sanding-disc-receptacle regions and/or openings a depression, in particular a concave depression, characterized in that the depression forms at least a part of an air-guiding channel, in particular a part of an air-guiding channel for extraction of dust by suction, and there is an increase in the dimension of the depression in the housing part from a centre region of the housing part radially outwards in the direction of a periphery of the housing part.
Method for determining the soiling of a suction roll of a machine for producing a fibrous web, in particular a paper, board, tissue or pulp web, comprising the steps of a. Flowing a fluid through a measuring surface A of the roll shell, whereby either the pressure or the flow rate of the fluid is kept constant. b. Determining a characteristic variable K, whereby the characteristic variable K consists of the resulting flow velocity for flow at constant pressure and the resulting pressure drop for flow at constant flow velocity. c. Provide one or more reference variables d. Determination of a degree of contamination of the suction roll by comparison of the characteristic variable K with the reference variable or variables. a. Flowing a fluid through a measuring surface A of the roll shell, whereby either the pressure or the flow rate of the fluid is kept constant. b. Determining a characteristic variable K, whereby the characteristic variable K consists of the resulting flow velocity for flow at constant pressure and the resulting pressure drop for flow at constant flow velocity. c. Provide one or more reference variables d. Determination of a degree of contamination of the suction roll by comparison of the characteristic variable K with the reference variable or variables.
An array substrate, comprising: a main substrate comprising a central display region and a peripheral wiring region, a plurality of conducting wire terminals are disposed in the peripheral wiring region; and at least one flexible circuit board bonded on the peripheral wiring region of the main substrate, characterized in that the at least one flexible circuit board comprises a base substrate made of a soft cloth including polytetrafluoroethylene; and a flexible driving circuit structure formed on the base substrate. a main substrate comprising a central display region and a peripheral wiring region, a plurality of conducting wire terminals are disposed in the peripheral wiring region; and at least one flexible circuit board bonded on the peripheral wiring region of the main substrate, characterized in that the at least one flexible circuit board comprises a base substrate made of a soft cloth including polytetrafluoroethylene; and a flexible driving circuit structure formed on the base substrate.
A process for separating monoethylene glycol from a mixture comprising monoethylene glycol and 1,2-butanediol, said process comprising the steps of: (a) providing a first stream comprising monoethylene glycol and 1,2-butanediol to a first distillation zone operated at a first pressure and under conditions to remove a first bottoms stream comprising 1,2-butanediol and to remove a first azeotrope of monoethylene glycol and 1,2-butanediol from the first distillation zone as a first overheads stream; (b) withdrawing said first overheads stream from said first distillation zone; and (c) providing said first overheads stream to a second distillation zone operated at a second pressure higher than said first pressure and under conditions to remove a second bottoms stream comprising monoethylene glycol and providing a second azeotrope of monoethylene glycol and 1,2-butanediol as a second overheads stream; (d) withdrawing said second overheads stream from the second distillation zone and providing it to the first distillation zone as at least a portion of the first stream comprising monoethylene glycol and 1,2-butanediol, (e) wherein the mixture comprising monoethylene glycol and 1,2-butanediol is initially provided to at least one of the first distillation zone and the second distillation zone. (a) providing a first stream comprising monoethylene glycol and 1,2-butanediol to a first distillation zone operated at a first pressure and under conditions to remove a first bottoms stream comprising 1,2-butanediol and to remove a first azeotrope of monoethylene glycol and 1,2-butanediol from the first distillation zone as a first overheads stream; (b) withdrawing said first overheads stream from said first distillation zone; and (c) providing said first overheads stream to a second distillation zone operated at a second pressure higher than said first pressure and under conditions to remove a second bottoms stream comprising monoethylene glycol and providing a second azeotrope of monoethylene glycol and 1,2-butanediol as a second overheads stream; (d) withdrawing said second overheads stream from the second distillation zone and providing it to the first distillation zone as at least a portion of the first stream comprising monoethylene glycol and 1,2-butanediol, (e) wherein the mixture comprising monoethylene glycol and 1,2-butanediol is initially provided to at least one of the first distillation zone and the second distillation zone.
A combustor assembly for a gas turbine engine comprising a main casing, said combustor assembly comprising: a combustor device coupleable to the main casing comprising: a liner having inlet and outlet portions; and a burner assembly positioned adjacent to said liner inlet portion; a transition duct comprising a conduit having inlet and outlet sections, said inlet section being fitted over said liner outlet portion; and a flow conditioner associatable with said main casing and associated with said transition duct conduit for supporting said conduit inlet section, wherein said flow conditioner comprises a perforated sleeve having first and second ends, said first end being fixedly coupleable to the main casing, and said sleeve second end and said transition duct conduit inlet section being movable relative to one another, characterized in that said flow conditioner further comprises a roller bearing coupled to said sleeve second end for engaging an outer surface of said transition duct conduit inlet section. a combustor device coupleable to the main casing comprising: a liner having inlet and outlet portions; and a burner assembly positioned adjacent to said liner inlet portion; a liner having inlet and outlet portions; and a burner assembly positioned adjacent to said liner inlet portion; a transition duct comprising a conduit having inlet and outlet sections, said inlet section being fitted over said liner outlet portion; and a flow conditioner associatable with said main casing and associated with said transition duct conduit for supporting said conduit inlet section, wherein said flow conditioner comprises a perforated sleeve having first and second ends, said first end being fixedly coupleable to the main casing, and said sleeve second end and said transition duct conduit inlet section being movable relative to one another, characterized in that said flow conditioner further comprises a roller bearing coupled to said sleeve second end for engaging an outer surface of said transition duct conduit inlet section.
A pressure detection device comprising: a pressure detection unit configured to detect a pressure to be transmitted to a pressure detection portion; and a flow channel unit having a flow channel formed therein, the pressure detection unit being disposed on the flow channel unit, wherein the pressure detection unit includes: the pressure detection portion; and a thin film-like protective portion disposed in contact with the pressure detection portion, the protective portion breaking contact between the pressure detection portion and a fluid, characterized in that said protective portion is formed of a conductive fluororesin material including a fluororesin material and a conductive material dispersed in the fluororesin material, and is connected to a ground portion (13, 16) maintained at a ground potential. a pressure detection unit configured to detect a pressure to be transmitted to a pressure detection portion; and a flow channel unit having a flow channel formed therein, the pressure detection unit being disposed on the flow channel unit, wherein the pressure detection unit includes: the pressure detection portion; and a thin film-like protective portion disposed in contact with the pressure detection portion, the protective portion breaking contact between the pressure detection portion and a fluid, characterized in that said the pressure detection portion; and a thin film-like protective portion disposed in contact with the pressure detection portion, the protective portion breaking contact between the pressure detection portion and a fluid, characterized in that said protective portion is formed of a conductive fluororesin material including a fluororesin material and a conductive material dispersed in the fluororesin material, and is connected to a ground portion (13, 16) maintained at a ground potential.
A method for Minimizing Drive Test,MDT, logging measurement configuration performed by a system side device, the method comprising: • generating MDT logging measurement configuration information; and • sending the MDT logging measurement configuration information to an active User Equipment, UE, and/or an idle UE according to a predetermined rule, wherein • the MDT logging measurement configuration information comprises: a logging Identifier, ID, a measurement triggering condition, a measurement variable, a report variable, and a measurement stop condition, wherein the measurement stop condition comprises that: the UE has a charge level below a predetermined threshold and the measurement automatically stops, or the UE has no storage space. • generating MDT logging measurement configuration information; and • sending the MDT logging measurement configuration information to an active User Equipment, UE, and/or an idle UE according to a predetermined rule, wherein • the MDT logging measurement configuration information comprises: a logging Identifier, ID, a measurement triggering condition, a measurement variable, a report variable, and a measurement stop condition, wherein the measurement stop condition comprises that: the UE has a charge level below a predetermined threshold and the measurement automatically stops, or the UE has no storage space.
Sterilizable single-use surgical instrument consisting of an implant for bone fusion and an implant sleeve completely enclosing the implant for bone fusion, wherein the implant for bone fusion has a distal implant portion, a proximal implant portion and a coupling portion which has a polygonal cross-sectional profile and is located between the distal and proximal implant portion, wherein the implant sleeve consists of a protective cap and a handle portion which are designed to be connectable to one another, wherein a first bore running in the longitudinal direction is provided in the protective cap and is arranged to receive the proximal implant portion of the implant for bone fusion, wherein a second bore running in the longitudinal direction is provided in the handle portion and is arranged to receive the distal implant portion of the implant for bone fusion, characterized in that a coupling region having a through opening with a polygonal cross section is provided in the second bore in the handle portion, into which opening the coupling portion of the implant for bone fusion engages in a form-fitting and force-fitting manner.
Valve device for a compressed air system which has a pressure medium inlet which can be connected to a pressure medium source, at least one pressure medium outlet which can be connected to a consumer, and at least one ventilation means which leads to atmosphere, the valve device having a valve piston which is arranged movably in a housing and, for opening and closing an inlet valve, has an aeration piston which is arranged separately with respect to the valve piston, the valve device having an electromechanical linear drive which drives the valve piston in a linear manner in order to control pressures which prevail at the pressure medium outlet, for example brake pressures in a brake system, in a manner which is dependent on an electric control signal which is fed to the linear drive, characterized in that the valve device is of pressure-equalized construction, to which end passage openings are provided in the valve piston and the aeration piston.
A video decoding device that performs decoding processing on blocks of a compressed video, the decoding processing including motion compensation processing for any blocks compressed based on one or more reference pictures, the video decoding device comprising: a memory that stores reference pictures; a compensation unit including an input buffer for storing one or more of the reference pictures and operable to sequentially perform the motion compensation processing block by block with reference to the stored reference pictures, characterized by the input buffer having a capacity that sufficiently stores reference pictures corresponding to two blocks; and a reference picture transfer unit operable to sequentially transfer reference pictures corresponding to two consecutive blocks from the memory to the input buffer such that (i) reference pictures corresponding to a first block from among the two consecutive blocks are transferred during a first two consecutive time slots and (ii) reference pictures corresponding to a second block from among the two consecutive blocks are transferred during a second two consecutive time slots, wherein the first two consecutive time slots and the second two consecutive time slots overlap each other by one time slot, wherein a time slot has a predetermined time period. a memory that stores reference pictures; a compensation unit including an input buffer for storing one or more of the reference pictures and operable to sequentially perform the motion compensation processing block by block with reference to the stored reference pictures, characterized by the input buffer having a capacity that sufficiently stores reference pictures corresponding to two blocks; and a reference picture transfer unit operable to sequentially transfer reference pictures corresponding to two consecutive blocks from the memory to the input buffer such that (i) reference pictures corresponding to a first block from among the two consecutive blocks are transferred during a first two consecutive time slots and (ii) reference pictures corresponding to a second block from among the two consecutive blocks are transferred during a second two consecutive time slots, wherein the first two consecutive time slots and the second two consecutive time slots overlap each other by one time slot, wherein a time slot has a predetermined time period.