mhurhangee/ep-ind-claims huggingface dataset:
A fire extinguisher cover for covering a motor vehicle having at least one battery on fire, comprising a sheet with at least one opening for receiving a fire extinguishing fluid, the cover characterized by, a casing assembly attached to the sheet, the casing assembly comprising: a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet; and at least one drawstring running through the plurality of casings; wherein, the at least one drawstring is arranged to be tightened to achieve a tight abutment between the casing assembly, the ground and the vehicle tires when the vehicle is covered by the sheet, and the fire-extinguishing fluid is run through the at least one opening to fill up between the vehicle and the sheet resulting in said fluid reaching the battery for extinguishing the fire emanating therefrom. a casing assembly attached to the sheet, the casing assembly comprising: a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet; and at least one drawstring running through the plurality of casings; a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet; and at least one drawstring running through the plurality of casings; wherein, the at least one drawstring is arranged to be tightened to achieve a tight abutment between the casing assembly, the ground and the vehicle tires when the vehicle is covered by the sheet, and the fire-extinguishing fluid is run through the at least one opening to fill up between the vehicle and the sheet resulting in said fluid reaching the battery for extinguishing the fire emanating therefrom.
A method performed by a first base station, BS, in a wireless communication system, the method comprising: receiving, from a second BS, a retrieve user equipment, UE, context request message which includes (i) a cause informing a radio access network, RAN-based notification area, RNA, update for a UE, and (ii) a signaling radio bearer, SRB1 configuration associated with the second BS, wherein the first BS and the second BS are located in a same RNA, and wherein the cause informing the RNA update is transmitted, from the UE, via a Radio Resource Control connection resume request message; if the UE remains within the same RNA and there is no data transmission between the UE and the first BS, deciding to keep the role of anchor BS and skipping transfer of a UE context for the UE to the second BS; generating an RRC message to keep the UE in RRC inactive state based on the SRB 1 configuration for the second BS;; and transmitting, to the second BS, a response message in response to the retrieve UE context request message, wherein the response message includes a container which piggybacks an RRC message requesting the UE to move to an RRC inactive state, wherein the RRC message is to be transparently forwarded to the UE via the second BS. receiving, from a second BS, a retrieve user equipment, UE, context request message which includes (i) a cause informing a radio access network, RAN-based notification area, RNA, update for a UE, and (ii) a signaling radio bearer, SRB1 configuration associated with the second BS, wherein the first BS and the second BS are located in a same RNA, and wherein the cause informing the RNA update is transmitted, from the UE, via a Radio Resource Control connection resume request message; if the UE remains within the same RNA and there is no data transmission between the UE and the first BS, deciding to keep the role of anchor BS and skipping transfer of a UE context for the UE to the second BS; generating an RRC message to keep the UE in RRC inactive state based on the SRB 1 configuration for the second BS;; and transmitting, to the second BS, a response message in response to the retrieve UE context request message, wherein the response message includes a container which piggybacks an RRC message requesting the UE to move to an RRC inactive state, wherein the RRC message is to be transparently forwarded to the UE via the second BS.
A data retransmission method, wherein the method comprises: receiving, by a receiving apparatus, a first data frame sent by a transmitting apparatus, wherein the first data frame comprises an initial codeword and a check codeword, the check codeword is obtained after the initial codeword is encoded based on a first check matrix, and the initial codeword has a plurality of codeword groups; recognizing, by the receiving apparatus, at least one erroneous codeword group in the initial codeword; sending, by the receiving apparatus, an error indication message to the transmitting apparatus, wherein the error indication message carries an identifier of the at least one erroneous codeword group; obtaining, by the receiving apparatus, a second data frame sent by the transmitting apparatus based on the error indication message, wherein the second data frame comprises a partial sub check codeword and does not comprise a complete sub check codeword, the partial sub check codeword is a part of a sub check codeword, and the sub check codeword is obtained after the at least one erroneous codeword group is encoded based on a second check matrix; and decoding, by the receiving apparatus, the partial sub check codeword, the initial codeword, and the check codeword by using a third check matrix, to obtain the initial codeword, wherein the third check matrix is obtained based on the first check matrix, the second check matrix, and a location of the at least one erroneous codeword group in the initial codeword. receiving, by a receiving apparatus, a first data frame sent by a transmitting apparatus, wherein the first data frame comprises an initial codeword and a check codeword, the check codeword is obtained after the initial codeword is encoded based on a first check matrix, and the initial codeword has a plurality of codeword groups; recognizing, by the receiving apparatus, at least one erroneous codeword group in the initial codeword; sending, by the receiving apparatus, an error indication message to the transmitting apparatus, wherein the error indication message carries an identifier of the at least one erroneous codeword group; obtaining, by the receiving apparatus, a second data frame sent by the transmitting apparatus based on the error indication message, wherein the second data frame comprises a partial sub check codeword and does not comprise a complete sub check codeword, the partial sub check codeword is a part of a sub check codeword, and the sub check codeword is obtained after the at least one erroneous codeword group is encoded based on a second check matrix; and decoding, by the receiving apparatus, the partial sub check codeword, the initial codeword, and the check codeword by using a third check matrix, to obtain the initial codeword, wherein the third check matrix is obtained based on the first check matrix, the second check matrix, and a location of the at least one erroneous codeword group in the initial codeword.
A sealing material, which is characterized by comprising an ultraviolet-curable component and an ultraviolet polymerization initiator, wherein in cases where the sealing material further comprises a thermoplastic elastomer which is not ultraviolet-curable, its content is not higher than 5 weight % based on the total amount of resin components, and wherein the sealing material comprises an acrylate as the ultraviolet-curable component in a ratio of not less than 50 weight % based on the total amount of the resin components wherein the acrylate has a weight-average molecular weight of 500 to 50,000 and has a glass transition temperature of -70 to 0 °C after ultraviolet curing, and wherein the sealing material has a melt-viscosity at 120°C of 1,000 to 50,000 mPa·s.
A method for producing a methacrylic acid ester, which comprises the following steps: a dehydration reaction step: a step of having acetone undergo a dehydration reaction in the presence of a dehydration reaction catalyst to obtain a reaction mixture containing propyne, propadiene, and water, wherein the dehydration reaction catalyst is a catalyst containing silicon and at least one selected from the group consisting of Group 1 metal elements and Group 2 metal elements; a propyne/propadiene separation step: a step of separating a mixture containing propyne and propadiene as main components from the reaction mixture obtained in the dehydration reaction step; a propyne purification step: a step of separating the mixture containing propyne and propadiene as main components separated in the propyne/propadiene separation step into a liquid, gas, or gas-liquid mixture containing propyne as a main component, and a liquid, gas, or gas-liquid mixture containing propadiene as a main component; and a carbonylation reaction step: a step of bringing the liquid, gas, or gas-liquid mixture containing propyne as a main component obtained in the propyne purification step into contact with carbon monoxide and an alcohol having 1 to 3 carbon atoms in the presence of a catalyst containing at least one selected from the group consisting of Group 8 metal elements, Group 9 metal elements, and Group 10 metal elements to obtain a methacrylic acid ester. a dehydration reaction step: a step of having acetone undergo a dehydration reaction in the presence of a dehydration reaction catalyst to obtain a reaction mixture containing propyne, propadiene, and water, wherein the dehydration reaction catalyst is a catalyst containing silicon and at least one selected from the group consisting of Group 1 metal elements and Group 2 metal elements; a propyne/propadiene separation step: a step of separating a mixture containing propyne and propadiene as main components from the reaction mixture obtained in the dehydration reaction step; a propyne purification step: a step of separating the mixture containing propyne and propadiene as main components separated in the propyne/propadiene separation step into a liquid, gas, or gas-liquid mixture containing propyne as a main component, and a liquid, gas, or gas-liquid mixture containing propadiene as a main component; and a carbonylation reaction step: a step of bringing the liquid, gas, or gas-liquid mixture containing propyne as a main component obtained in the propyne purification step into contact with carbon monoxide and an alcohol having 1 to 3 carbon atoms in the presence of a catalyst containing at least one selected from the group consisting of Group 8 metal elements, Group 9 metal elements, and Group 10 metal elements to obtain a methacrylic acid ester.
An electrochemical generator comprising first and second electrodes separated by an electrolytic solution, said first electrode being covered by a passivation layer, characterized in that the passivation layer comprises a compound formed by repetition of a pattern of the following formula: in which n is an integer comprised between 1 and 10, R 1 and R 2 are identical or different and chosen independently from the group formed by -CH 2 -, a cyclic or acyclic, linear or branched alkyl chain, R 3 is chosen from the group formed by -CH 3, a cyclic or acyclic, linear or branched alkyl chain and a group of the following formula: in which A' is a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, R 4 is chosen from the group formed by -CH 2 -, a cyclic or acyclic, linear or branched alkyl chain and, A is identical to or different from A' and represents a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, said pattern being devoid of hydroxyl functions and grafted onto said first electrode by group A and, when R 3 is a group of formula, by groups A and A'. n is an integer comprised between 1 and 10, R 1 and R 2 are identical or different and chosen independently from the group formed by -CH 2 -, a cyclic or acyclic, linear or branched alkyl chain, R 3 is chosen from the group formed by -CH 3, a cyclic or acyclic, linear or branched alkyl chain and a group of the following formula: in which A' is a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, R 4 is chosen from the group formed by -CH 2 -, a cyclic or acyclic, linear or branched alkyl chain and, A is identical to or different from A' and represents a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, said pattern being devoid of hydroxyl functions and grafted onto said first electrode by group A and, when R 3 is a group of formula, by groups A and A'. A' is a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, R 4 is chosen from the group formed by -CH 2 -, a cyclic or acyclic, linear or branched alkyl chain and, A is identical to or different from A' and represents a mono or polycyclic, aromatic hydrocarbonated group chosen from the group formed by phenyl, aryl groups, condensed polyaromatic groups, which may be substituted, said pattern being devoid of hydroxyl functions and grafted onto said first electrode by group A and, when R 3 is a group of formula, by groups A and A'.
Method for setting a gear in a gear mechanism of a power tool, in particular a power core drill, wherein the power tool includes an electric motor for generating and transmitting a torque to the gear mechanism and a control unit for setting the speed of the electric motor, and the gear mechanism includes an operating device for selecting a gear in the gear mechanism, a gearshift fork for engaging a gear in the gear mechanism and an actuator for converting a signal into a mechanical movement of the gearshift fork, wherein the operating device includes at least one signal transmitter and at least one sensor for receiving at least one signal from the at least one signal transmitter, comprising the method steps of - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism; - detecting a signal by the at least one sensor in accordance with the second position of the operating device; - sending a signal to the control unit; characterized by the method steps of - setting the speed of the electric motor from a first value to a second value by the control unit; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device; - sending a signal to the actuator; and - setting the gearshift fork, by means of the actuator, from a first position into a second position for changing from a first gear to a second gear. comprising the method steps of - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism; - detecting a signal by the at least one sensor in accordance with the second position of the operating device; - sending a signal to the control unit; - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism; - detecting a signal by the at least one sensor in accordance with the second position of the operating device; - sending a signal to the control unit; characterized by the method steps of - setting the speed of the electric motor from a first value to a second value by the control unit; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device; - sending a signal to the actuator; and - setting the gearshift fork, by means of the actuator, from a first position into a second position for changing from a first gear to a second gear. - setting the speed of the electric motor from a first value to a second value by the control unit; - positioning the operating device from the second position into a third position; - detecting a signal by the at least one sensor in accordance with the third position of the operating device; - sending a signal to the actuator; and - setting the gearshift fork, by means of the actuator, from a first position into a second position for changing from a first gear to a second gear.
A method making clear ice, comprising: providing a mold comprising: one or more sidewalls defining a cavity, a fluid inlet valve positioned to allow liquid inflow into the cavity, a fluid outlet valve positioned to allow liquid outflow from the cavity, and a coolant source in thermal communication with the one or more sidewalls; inserting a skewer through one or more apertures defined by the mold and into the cavity, the skewer being configured to be coupled to an item; circulating, using the fluid inlet and outlet valves, a fluid in the cavity defined by the one or more sidewalls; varying over time one or both of: a temperature of the coolant source or a fluid flow rate, through the fluid inlet valve, as a percentage of max flow, wherein varying the temperature comprises including an annealing period; retracting the skewer at a predetermined time, characterized by a coolant source temperature between about -2 °C and about 15 °C and the percentage max flow of about 0% to about 5%. providing a mold comprising: one or more sidewalls defining a cavity, a fluid inlet valve positioned to allow liquid inflow into the cavity, a fluid outlet valve positioned to allow liquid outflow from the cavity, and a coolant source in thermal communication with the one or more sidewalls; one or more sidewalls defining a cavity, a fluid inlet valve positioned to allow liquid inflow into the cavity, a fluid outlet valve positioned to allow liquid outflow from the cavity, and a coolant source in thermal communication with the one or more sidewalls; inserting a skewer through one or more apertures defined by the mold and into the cavity, the skewer being configured to be coupled to an item; circulating, using the fluid inlet and outlet valves, a fluid in the cavity defined by the one or more sidewalls; varying over time one or both of: a temperature of the coolant source or a fluid flow rate, through the fluid inlet valve, as a percentage of max flow, wherein varying the temperature comprises including an annealing period; retracting the skewer at a predetermined time, characterized by a coolant source temperature between about -2 °C and about 15 °C and the percentage max flow of about 0% to about 5%.
A thermosetting resin composition suitable for use as a resist layer of a printed circuit board which is characterized in that it contains a carboxyl group-containing polyimide and an oxirane ring-containing compound, and in that said carboxyl group-containing polyimide has such a structure where the chain of a terminal acid anhydride group-containing imide prepolymer is extended via a polyol compound, wherein said terminal acid anhydride group-containing imide prepolymer is obtainable by reacting an acid anhydride group in a tetracarboxylic acid dianhydride with an isocyanate group in a diisocyanate compound.
A two stage ceramic oxygen generating system for generating a low pressure product gas and a high pressure product gas comprising: a low pressure oxygen generating subsystem comprising a ceramic oxygen generating element for generating the product gas at a selected low pressure, an internal oven and a temperature controller, in the low pressure subsystem oxygen from ambient air is pumped to inside circuit; and a high pressure oxygen generating subsystem having an electrochemical gas generating system means using a separate ceramic membrane adapted to receive at least a portion of the low pressure product gas from the low pressure subsystem as an input feed stream to the ceramic membrane of the high pressure subsystem for generating the product gas at a desired pressure level greater than the pressure of the product gas from the low pressure subsystem, and further comprising a heat source and a temperature controller, in the high pressure subsystem oxygen is pumped from the inside circuit to oxygen storage to generate pressure on the outside of the ceramic membrane. a low pressure oxygen generating subsystem comprising a ceramic oxygen generating element for generating the product gas at a selected low pressure, an internal oven and a temperature controller, in the low pressure subsystem oxygen from ambient air is pumped to inside circuit; and a high pressure oxygen generating subsystem having an electrochemical gas generating system means using a separate ceramic membrane adapted to receive at least a portion of the low pressure product gas from the low pressure subsystem as an input feed stream to the ceramic membrane of the high pressure subsystem for generating the product gas at a desired pressure level greater than the pressure of the product gas from the low pressure subsystem, and further comprising a heat source and a temperature controller, in the high pressure subsystem oxygen is pumped from the inside circuit to oxygen storage to generate pressure on the outside of the ceramic membrane.
Use of an agent comprising a peptide sequence: pLGlu-LHis-LTrp-LSer-LHis-X-LTrp-LTyr-LPro- A wherein X is a D-amino acid residue selected from the group comprising: D-arginine; D-lysine; D-tyrosine; D-alanine; D-serine, and A is selected from the group consisting of: Z; or azaGly; or azaGly. Z; or DAla. Z; or Glu. Z; or DAla-Glu. Z; or DAla-DAla. Z; or βAla. Z; or Pro; or Pro. Z; or DAla-Gly. Z; and Gly. Z, wherein Z is NH 2 or NHET, pLGlu is pyroglutamate, and azaGly is azaglycine, in the manufacture of a medicament for treating a cancer. D-arginine; D-lysine; D-tyrosine; D-alanine; D-serine, and A is selected from the group consisting of: Z; or azaGly; or azaGly. Z; or DAla. Z; or Glu. Z; or DAla-Glu. Z; or DAla-DAla. Z; or βAla. Z; or Pro; or Pro. Z; or DAla-Gly. Z; and Gly. Z, wherein Z is NH 2 or NHET, pLGlu is pyroglutamate, and azaGly is azaglycine, Z; or azaGly; or azaGly. Z; or DAla. Z; or Glu. Z; or DAla-Glu. Z; or DAla-DAla. Z; or βAla. Z; or Pro; or Pro. Z; or DAla-Gly. Z; and Gly. Z, wherein Z is NH 2 or NHET, pLGlu is pyroglutamate, and azaGly is azaglycine,
Single-layer bead wire (20, 20', 20") for a tyre comprising: - a core comprising at least one yarn of a multifilament textile fibre embedded in an organic matrix, - an outer layer comprising a metal wire wound around and in contact with the core. - a core comprising at least one yarn of a multifilament textile fibre embedded in an organic matrix, - an outer layer comprising a metal wire wound around and in contact with the core.