mhurhangee/ep-ind-claims huggingface dataset:
Method for occupant restraint control on board of a vehicle, the method comprising the steps: capturing information on a position and / or movement of the occupant relative to a cabin of the vehicle by means of a cabin monitoring system on board of the vehicle; capturing, by means of one or more sensors on board of the vehicle, information on a state of motion of the vehicle; correlating the information on the position and/or movement of the occupant relative to the cabin with the information on the state of motion of the vehicle to determine whether the position and / or movement of the occupant is due to a voluntary or involuntary movement of the occupant; activating one or more pre-crash restraint systems for the occupant if the correlation of the previous step indicates an involuntary movement of the occupant. capturing information on a position and / or movement of the occupant relative to a cabin of the vehicle by means of a cabin monitoring system on board of the vehicle; capturing, by means of one or more sensors on board of the vehicle, information on a state of motion of the vehicle; correlating the information on the position and/or movement of the occupant relative to the cabin with the information on the state of motion of the vehicle to determine whether the position and / or movement of the occupant is due to a voluntary or involuntary movement of the occupant; activating one or more pre-crash restraint systems for the occupant if the correlation of the previous step indicates an involuntary movement of the occupant.
Compound of formula: wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8 are each independently selected from: -H, -(C 1 -C 12)-alkyl, -O-(C 1 -C 12) -alkyl.
A temperature sensor for a rotating electric machine, comprising: a thermal sensing element that has a thermal sensing body and a conductive wire drawn from the thermal sensing body; an external cable that has a core wire and an insulating film with which the core wire is coated; a connecting portion that electrically connects the conductive wire and the core wire; and an insulating tube in which the conductive wire, the connecting portion, and a part of the external cable are inserted, wherein the insulating tube is formed from a resin material, by which the insulating tube is shrunken in a radial direction of the insulating tube and elongated in an axial direction of the insulating tube when heated, the insulating tube has an external cable side end portion that is fixed to the insulating film by thermal shrinkage in the radial direction, and the insulating tube has a thermal sensing body side end portion that presses the thermal sensing body by thermal elongation in the axial direction. a thermal sensing element that has a thermal sensing body and a conductive wire drawn from the thermal sensing body; an external cable that has a core wire and an insulating film with which the core wire is coated; a connecting portion that electrically connects the conductive wire and the core wire; and an insulating tube in which the conductive wire, the connecting portion, and a part of the external cable are inserted, wherein the insulating tube is formed from a resin material, by which the insulating tube is shrunken in a radial direction of the insulating tube and elongated in an axial direction of the insulating tube when heated, the insulating tube has an external cable side end portion that is fixed to the insulating film by thermal shrinkage in the radial direction, and the insulating tube has a thermal sensing body side end portion that presses the thermal sensing body by thermal elongation in the axial direction.
A method for collecting urine, the method comprises providing a urine collector made of a flexible sheet, the sheet comprising a central collection area, a front flap extending forward from the central collection area, and a rear part extending rearward from the central collection area, each of two side wings (3A, 3B) extending sideways outward from the central collection area between the front flap and rear part, two rear wings (2A, 2B) extending sideways from the rear part; wherein the sheet when lying flat in a plane has a front edge region and an opposite rear edge region and two side edge regions (1A, 1B) between the front edge region and the rear edge region, each of the rear wings (2A, 2B), side wings (3A, 3B), and front flap being provided with sticky material; the method comprising with the sticky material, respectively, fastening the front flap to a front of a toilet bowl, fastening the side wings (3A, 3B) to an edge of the toilet bowl in a front half of the toilet bowl, and fastening the rear wings (2A, 2B) to the edge of the toilet bowl towards the rear of the toilet relatively to the side wings; positioning the collection area as the lowest part of the urine collector; collecting urine in the collection area; detaching only the front flap from the front of the toilet bowl and lifting the front flap for elevating the collection area relatively to the rear part and causing the collected urine to flow over the rear part into a sampling container provided separate from the sheet at the rear part and sampling a volume of urine in the sampling container; detaching the side wings (3A, 3B) and the rear wings (2A, 2B) from the toilet bowl and flushing the urine collector out of the toilet bowl.
A building unit made from a light concrete material containing at least 50 % by volume expanded plastic material, said building unit being a wall unit having substantially the form of a plate, characterised in that the wall unit is provided with an internal reinforcement net and with two lifting devices arranged at an edge of the wall unit, each of the lifting devices having the form of an angled steel rod which is anchored directly to the reinforcement net in the wall unit in at least six points, the ends of the steel rod forming hooks which are bent at least partially around a part of the reinforcement net.
A process for the production of an anhydrosugar alcohol, comprising: (a) mixing a pentitol or hexitol sugar alcohol or monoanhydrosugar alcohol starting material with a solvent to form a starting material solution, and, optionally, stirring said starting material solution; (b) heating said starting material solution; (c) pressurizing said starting material solution; and (d) forming an anhydrosugar alcohol mixture in the presence of a catalyst selected from the goup consisting of at least one solid acid catalyst and at least one soluble acid catalyst; (e) purifying the anhydrosugar alcohol mixture by vacuum distillation using a wiped film evaporator resulting in a first anhydrosugar alcohol distillate and (f) the first anhydrosugar alcohol distillate is subjected to melt crystalisation. (a) mixing a pentitol or hexitol sugar alcohol or monoanhydrosugar alcohol starting material with a solvent to form a starting material solution, and, optionally, stirring said starting material solution; (b) heating said starting material solution; (c) pressurizing said starting material solution; and (d) forming an anhydrosugar alcohol mixture in the presence of a catalyst selected from the goup consisting of at least one solid acid catalyst and at least one soluble acid catalyst; (e) purifying the anhydrosugar alcohol mixture by vacuum distillation using a wiped film evaporator resulting in a first anhydrosugar alcohol distillate and (f) the first anhydrosugar alcohol distillate is subjected to melt crystalisation.
A rubber composition comprising, based on parts by weight per 100 parts by weight of elastomer (phr): at least one conjugated diene-based elastomer including at least one conjugated diene-based elastomer that contains one or more functional groups reactive with hydroxyl groups contained on silica, wherein said functionalized diene-based elastomer contains at least one functional group comprising at least one of amine, siloxy and carboxyl groups reactive with said hydroxyl groups contained on said silica; from 5 to 60 phr of at least one of soybean oil and canola oil; from 1 to 30 phr of a styrene-alphamethylstyrene resin; from 30 to 140 phr of a reinforcing filler comprising: silica, or a combination of carbon black and silica; and a silica coupling agent reactive with hydroxyl groups contained on the silica and another different moiety interactive with carbon-to-carbon double bonds of the conjugated diene-based elastomer; wherein the rubber composition is free of oil extended elastomer and is exclusive of added petroleum based rubber processing oil. at least one conjugated diene-based elastomer including at least one conjugated diene-based elastomer that contains one or more functional groups reactive with hydroxyl groups contained on silica, wherein said functionalized diene-based elastomer contains at least one functional group comprising at least one of amine, siloxy and carboxyl groups reactive with said hydroxyl groups contained on said silica; from 5 to 60 phr of at least one of soybean oil and canola oil; from 1 to 30 phr of a styrene-alphamethylstyrene resin; from 30 to 140 phr of a reinforcing filler comprising: silica, or a combination of carbon black and silica; and silica, or a combination of carbon black and silica; and a silica coupling agent reactive with hydroxyl groups contained on the silica and another different moiety interactive with carbon-to-carbon double bonds of the conjugated diene-based elastomer;
A clothes treating apparatus, comprising: a body; a drum accommodated in the body; a steam generator communicated with inside of the drum, and configured to inject steam into the drum; a reservoir configured to be mounted to a reservoir accommodation portion and to store liquid to be supplied to the steam generator, and having an outlet at a bottom surface thereof; a closure having a check valve, and configured to close the outlet; and wherein the steam generator comprises: a container; and a heater installed in the container, characterized in that the clothes treating apparatus (100 further comprises a supplementary reservoir formed on a bottom surface of the reservoir accommodation portion and configured to temporarily store the liquid discharged through the outlet before the liquid is supplied to the steam generator; in that a position of the check valve, when the reservoir is mounted to the reservoir accommodation portion, is set to be higher than the heater, and in that the check valve is configured to be open only when the reservoir has been mounted to the reservoir accommodation portion and to allow introduction of external air into the reservoir via the valve hole when a level of the liquid inside the supplementary reservoir becomes lower than a height of the valve hole. a body; a drum accommodated in the body; a steam generator communicated with inside of the drum, and configured to inject steam into the drum; a reservoir configured to be mounted to a reservoir accommodation portion and to store liquid to be supplied to the steam generator, and having an outlet at a bottom surface thereof; a closure having a check valve, and configured to close the outlet; and wherein the steam generator comprises: a container; and a heater installed in the container, a container; and a heater installed in the container, in that the clothes treating apparatus (100 further comprises a supplementary reservoir formed on a bottom surface of the reservoir accommodation portion and configured to temporarily store the liquid discharged through the outlet before the liquid is supplied to the steam generator; in that a position of the check valve, when the reservoir is mounted to the reservoir accommodation portion, is set to be higher than the heater, and in that the check valve is configured to be open only when the reservoir has been mounted to the reservoir accommodation portion and to allow introduction of external air into the reservoir via the valve hole when a level of the liquid inside the supplementary reservoir becomes lower than a height of the valve hole.
Converting arrangement for a flat substrate, comprising: - first and second cylindrical rotary converting tool (16, 17), configured and able to cooperate to convert the substrate, - first and second lateral bearing (26, 27), holding the first tool for rotation (Rs), - third and fourth lateral bearing (29, 31), holding the second tool for rotation (Ri), - adjustment means in the form of spacers (43, 44, 46, 47) with inclined face and slidable to adjust the respective gap (e, e1, e2) between the first and third bearing (26, 29) and between the second and fourth bearing (27, 31), so as to adjust a radial gap between the two tools (16, 17), characterised in that the spacer is displaced by differential screw having a first thread cooperating with a threading of a portion solid with one of the bearings, and a second thread, different from the first thread and cooperating with a threading of the spacer. - first and second cylindrical rotary converting tool (16, 17), configured and able to cooperate to convert the substrate, - first and second lateral bearing (26, 27), holding the first tool for rotation (Rs), - third and fourth lateral bearing (29, 31), holding the second tool for rotation (Ri), - adjustment means in the form of spacers (43, 44, 46, 47) with inclined face and slidable to adjust the respective gap (e, e1, e2) between the first and third bearing (26, 29) and between the second and fourth bearing (27, 31), so as to adjust a radial gap between the two tools (16, 17),
A method performed by a central unit, CU, of a gNodeB, gNB, the gNB including the CU and at least one distributed unit, DU, the method comprising: receiving, from a DU of the gNB, an F1 interface establishment request message including a DU identity and cell configuration information; storing data included in the F1 interface establishment request message; identifying at least one cell based on the cell configuration information; transmitting, to the DU of the gNB, an F1 interface establishment response message including information on the at least one cell; and receiving, from the DU of the gNB, an initial transfer message through an F1 interface, the initial transfer message including a radio resource control, RRC, connection request message received on the at least one cell from a terminal. receiving, from a DU of the gNB, an F1 interface establishment request message including a DU identity and cell configuration information; storing data included in the F1 interface establishment request message; identifying at least one cell based on the cell configuration information; transmitting, to the DU of the gNB, an F1 interface establishment response message including information on the at least one cell; and receiving, from the DU of the gNB, an initial transfer message through an F1 interface, the initial transfer message including a radio resource control, RRC, connection request message received on the at least one cell from a terminal.
A chilling unit comprising a machine chamber being a housing with a rectangular bottom and accommodating therein devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers, each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes, each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box, the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump, wherein the plurality of refrigerant circuit-side control boxes and the pump control box are located next to each other in the machine chamber in a longitudinal direction thereof alongside one of longitudinal sides of the machine chamber. a machine chamber being a housing with a rectangular bottom and accommodating therein devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers, each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes, each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box, the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump, devices forming each of a plurality of systems of refrigerant circuits, a plurality of heat-medium heat exchangers, each being configured to exchange heat between refrigerant and a heat medium serving as a heat delivering medium through the plurality of systems of refrigerant circuits, and each being configured to serve as a part of the devices forming the refrigerant circuits, a plurality of refrigerant circuit-side control boxes, each including an electric device configured to drive and control the devices forming the refrigerant circuits, and a pump and a pump control box, the pump being configured to apply a pressure to the heat medium to deliver the heat medium, the pump control box including electric devices configured to drive and control the pump, wherein the plurality of refrigerant circuit-side control boxes and the pump control box are located next to each other in the machine chamber in a longitudinal direction thereof alongside one of longitudinal sides of the machine chamber.
Compounds of the Formula I: or a salt thereof, wherein: each R 1 and R 4 are independently H, or COR 5; R 2 and R 3 are COR 5; and each R 5 is independently selected from the group C 3 - C 7 straight- or branched-chain alkyl, C 4 - C 10 alkylcycloalkyl, and C 3 - C 7 cycloalkyl; for use in treating cancer in a patient in need thereof. each R 1 and R 4 are independently H, or COR 5; R 2 and R 3 are COR 5; and each R 5 is independently selected from the group C 3 - C 7 straight- or branched-chain alkyl, C 4 - C 10 alkylcycloalkyl, and C 3 - C 7 cycloalkyl;
A dental sand blasting gun, comprising a sand blasting handle and a sand powder tank, wherein the sand blasting handle is communicated with the sand powder tank, and the sand powder tank is communicated with a gas supply device of a dental chair through a dental chair hose, and the gas supply device supplies compressed air to the sand powder tank through the dental chair hose, a lower end of the sand powder tank is provided with a gas inlet hole, and a gas inlet end of the gas inlet hole is communicated with the dental chair hose, characterised in that the lower end of the sand powder tank is provided with a first gas outlet hole and a second gas outlet hole, wherein a gas outlet end of the first gas outlet hole is communicated with an inner cavity of the sand powder tank, and a gas outlet end of the second gas outlet hole is communicated with the sand blasting handle through a purging pipe; and a gas inlet end of the first gas outlet hole and a gas inlet end of the second gas outlet hole are communicated with a gas outlet end of the gas inlet hole through a reversing valve, wherein the reversing valve is configured to control the gas inlet hole to be communicated with the first gas outlet hole or the second gas outlet hole. a sand blasting handle and a sand powder tank, wherein the sand blasting handle is communicated with the sand powder tank, and the sand powder tank is communicated with a gas supply device of a dental chair through a dental chair hose, and the gas supply device supplies compressed air to the sand powder tank through the dental chair hose, a lower end of the sand powder tank is provided with a gas inlet hole, and a gas inlet end of the gas inlet hole is communicated with the dental chair hose, characterised in that the lower end of the sand powder tank is provided with a first gas outlet hole and a second gas outlet hole, wherein a gas outlet end of the first gas outlet hole is communicated with an inner cavity of the sand powder tank, and a gas outlet end of the second gas outlet hole is communicated with the sand blasting handle through a purging pipe; and a gas inlet end of the first gas outlet hole and a gas inlet end of the second gas outlet hole are communicated with a gas outlet end of the gas inlet hole through a reversing valve, wherein the reversing valve is configured to control the gas inlet hole to be communicated with the first gas outlet hole or the second gas outlet hole.
Exoskeleton glove provided with an individual linkage mechanism (4, 5, 6, 7) for at least a finger or a thumb, wherein the linkage mechanism comprises a series of linkages (8, 11, 15, 19) concatenated through joints (10, 17, 20), a first linkage being attached to the glove, and a last linkage at a farthest end from the glove being provided with a thimble, wherein a cable guided within or alongside the linkage mechanism connects the last linkage and/or the thimble to the first linkage so as to transfer a force through the cable acting on the last linkage and/or the thimble (18, characterized in that at or near the first linkage a spring-loaded pulley is provided for winding or unwinding the cable, and that the pulley is connected with a magnetic brake.