mhurhangee/ep-ind-claims huggingface dataset:
A leg protection device for vehicle occupants comprising: an airbag (90; 90A; 90B; 90B'; 90C) installed in a vehicle member in front of a vehicle seat; and a gas generator for inflating the airbag, wherein the airbag is provided with a first chamber (104; 116) into which gas from the gas generator is first introduced and a plurality of second chambers (106, 106U; 118, 120) which communicate with the first chamber (104, 116) through gas inlets and into which the gas passing through the first chamber (104; 116) is introduced, wherein the first chamber (104; 116) and the second chambers (106, 106U; 118, 120) are arranged to extend along said vehicle member when the airbag (90; 90A; 90B; 90B'; 90C) is inflated, wherein said airbag (90A; 90B; 90B'; 90C) comprises a front panel arranged to face a vehicle occupant and a rear panel arranged to face said vehicle member, wherein the inside of the airbag (90; 90A; 90B; 90B'; 90C) is divided into said first chamber (104; 116) and said second chambers (106, 106U; 118, 120) by a plurality of partition panels (96; 96') connecting the front panel and the rear panel, wherein the partition panels (96; 96') are spaced apart in the vertical direction, and wherein the lowest partition panel (96; 96') is provided with at least one vent hole for allowing the communication of gas. an airbag (90; 90A; 90B; 90B'; 90C) installed in a vehicle member in front of a vehicle seat; and a gas generator for inflating the airbag, wherein the airbag is provided with a first chamber (104; 116) into which gas from the gas generator is first introduced and a plurality of second chambers (106, 106U; 118, 120) which communicate with the first chamber (104, 116) through gas inlets and into which the gas passing through the first chamber (104; 116) is introduced, wherein the first chamber (104; 116) and the second chambers (106, 106U; 118, 120) are arranged to extend along said vehicle member when the airbag (90; 90A; 90B; 90B'; 90C) is inflated, wherein said airbag (90A; 90B; 90B'; 90C) comprises a front panel arranged to face a vehicle occupant and a rear panel arranged to face said vehicle member, wherein the inside of the airbag (90; 90A; 90B; 90B'; 90C) is divided into said first chamber (104; 116) and said second chambers (106, 106U; 118, 120) by a plurality of partition panels (96; 96') connecting the front panel and the rear panel, wherein the partition panels (96; 96') are spaced apart in the vertical direction, and wherein the lowest partition panel (96; 96') is provided with at least one vent hole for allowing the communication of gas.
A vibratory flow meter for correcting for entrained gas present as bubbles in a flow material, comprising: a flow meter assembly configured to generate a vibrational response for the flow material; a bubble size sensor configured to generate a bubble measurement signal for the flow material; and meter electronics coupled to the flow meter assembly and to the bubble size sensor and configured to receive the vibrational response and the bubble measurement signal, determine a bubble size of bubbles in the flow material using at least the bubble measurement signal, determine one or more flow characteristics of the flow material using at least the vibrational response and the bubble size. a flow meter assembly configured to generate a vibrational response for the flow material; a bubble size sensor configured to generate a bubble measurement signal for the flow material; and meter electronics coupled to the flow meter assembly and to the bubble size sensor and configured to receive the vibrational response and the bubble measurement signal, determine a bubble size of bubbles in the flow material using at least the bubble measurement signal, determine one or more flow characteristics of the flow material using at least the vibrational response and the bubble size.
Compound of the formula in which A is 3,5-bis(difluoromethyl)-1H-pyrazol-1-yl, L 1 is CH 2, Y is O, p is 0, X is carbon, R 2 is H, G is where the bond identified by "v" is bonded directly to X and where the bond identified by "w" is bonded directly to Q, R G1 is H, Q is where the bond identified by "x" is bonded directly to G and where the bond identified by "y" is bonded directly to L 2, R 5 is H, L 2 is a direct bond, R 1 is 2-chloro-6-[(methylsulfonyl)oxy]phenyl, and salts, metal complexes and N-oxides of the compound of the formula. A is 3,5-bis(difluoromethyl)-1H-pyrazol-1-yl, L 1 is CH 2, Y is O, p is 0, X is carbon, R 2 is H, G is where the bond identified by "v" is bonded directly to X and where the bond identified by "w" is bonded directly to Q, R G1 is H, Q is where the bond identified by "x" is bonded directly to G and where the bond identified by "y" is bonded directly to L 2, R 5 is H, L 2 is a direct bond, R 1 is 2-chloro-6-[(methylsulfonyl)oxy]phenyl,
A spray gun for atomizing a liquid by an airflow, comprising: a first shell; a fan module, received in the first shell, for generating an atomized airflow, the fan module comprising a brushless motor and a fan driven to rotate by the brushless motor; a sleeve, formed or mounted on the first shell; a nozzle assembly, disposed at an end of the sleeve away from the fan module and provided with a liquid outlet; a spray bar assembly, received in the sleeve and configured to move along a longitudinal axis of the spray bar assembly to open or close the liquid outlet; and a handle for an operator to hold, characterized in that a maximum outer diameter D1 of the fan module is more than or equal to 30 mm and less than or equal to 45 mm, and a rotation axis of the brushless motor is coincident with the longitudinal axis of the spray bar assembly; or the maximum outer diameter D1 is greater than 45 mm and less than or equal to 80 mm, the rotation axis of the brushless motor is parallel to the longitudinal axis of the spray bar assembly at a distance L1 satisfying (D1-45)/2+2.5 mm≤L1≤20 mm, and the rotation axis of the brushless motor being further away from the handle than the longitudinal axis of the spray bar assembly in a direction perpendicular to the longitudinal axis. a first shell; a fan module, received in the first shell, for generating an atomized airflow, the fan module comprising a brushless motor and a fan driven to rotate by the brushless motor; a sleeve, formed or mounted on the first shell; a nozzle assembly, disposed at an end of the sleeve away from the fan module and provided with a liquid outlet; a spray bar assembly, received in the sleeve and configured to move along a longitudinal axis of the spray bar assembly to open or close the liquid outlet; and a handle for an operator to hold, characterized in that a maximum outer diameter D1 of the fan module is more than or equal to 30 mm and less than or equal to 45 mm, and a rotation axis of the brushless motor is coincident with the longitudinal axis of the spray bar assembly; or the maximum outer diameter D1 is greater than 45 mm and less than or equal to 80 mm, the rotation axis of the brushless motor is parallel to the longitudinal axis of the spray bar assembly at a distance L1 satisfying (D1-45)/2+2.5 mm≤L1≤20 mm, and the rotation axis of the brushless motor being further away from the handle than the longitudinal axis of the spray bar assembly in a direction perpendicular to the longitudinal axis.
Storage device with at least one storage container having a height axis, which has a container housing of rectangular layout, on which in the upper region of its front side is supported a coupling bar that can rotate about an axis of rotation at right angles to the height axis, which comprises a coupling structure designed for the locally non-removable coupling of an additional object placed on the upper side of the container housing, characterised in that the coupling bar is a pivot bar having only one arm, which is provided with a single bar arm projecting away from the axis of rotation on one side and comprising the coupling structure, and able to swivel about a swivel angle restricted to 90° by stop means arranged on the container housing exclusively between an inactive readiness position with the bar arm aligned at right angles to the height axis, and an active coupling position serving for the coupling of an additional object placed on the upper side of the container housing with the bar arm upright projecting upwardly in the axial direction of the height axis.
A body cleaning device, comprising: a body cleaning assembly, the body cleaning assembly being formed by a helmet and a lower cover, a surface of the helmet including a plurality of silicon brushes perpendicular to thereon, the lower cover including a plurality of first magnetic components; a head massage assembly, the head massage assembly being formed by a groove and an upper cover, the groove being engaged with the upper cover, the groove including a skirt body and a bottom portion, the skirt body surrounding the upper cover and engages with the upper cover, wherein the bottom portion of the groove is provided with a plurality of protruding cylinders, the upper cover being provided with a plurality of second magnetic components, so that the body cleaning assembly is assembled with the head massage assembly by the plurality of first magnetic components and the plurality of second magnetic components; and a facial cleaning assembly, a surface of the facial cleaning assembly being provided with a plurality of facial silicon brushes, wherein the facial cleaning assembly accommodates in an accommodating space which is formed by the helmet of the body cleaning assembly and the groove of the head massage assembly. a body cleaning assembly, the body cleaning assembly being formed by a helmet and a lower cover, a surface of the helmet including a plurality of silicon brushes perpendicular to thereon, the lower cover including a plurality of first magnetic components; a head massage assembly, the head massage assembly being formed by a groove and an upper cover, the groove being engaged with the upper cover, the groove including a skirt body and a bottom portion, the skirt body surrounding the upper cover and engages with the upper cover, wherein the bottom portion of the groove is provided with a plurality of protruding cylinders, the upper cover being provided with a plurality of second magnetic components, so that the body cleaning assembly is assembled with the head massage assembly by the plurality of first magnetic components and the plurality of second magnetic components; and a facial cleaning assembly, a surface of the facial cleaning assembly being provided with a plurality of facial silicon brushes, wherein the facial cleaning assembly accommodates in an accommodating space which is formed by the helmet of the body cleaning assembly and the groove of the head massage assembly.
A pharmaceutical preparation obtained by storing an aqueous composition comprising a compound represented by Formula: wherein X represents a halogen atom, or a salt thereof, or a solvate of the compound or the salt thereof, in a package that blocks a ray with a wavelength of 300 to 335 nm. wherein X represents a halogen atom, or a salt thereof, or a solvate of the compound or the salt thereof, in a package that blocks a ray with a wavelength of 300 to 335 nm.
A link re-establishment method, characterized by comprising: receiving, by a control plane, CP, functional entity of a core network, a message from a target radio access node, RAN, wherein the message comprises a second message authentication code, MAC, generation parameter, and a MAC of user equipment, UE; and the message is sent by the target RAN based on a re-establishment request message, wherein the MAC is obtained based on a NAS integrity key and a first MAC generation parameter, and the first MAC generation parameter comprises a non-access stratum, NAS, count, and the second MAC generation parameter comprises a partial field of the NAS count; verifying, by the CP functional entity of the core network, the MAC based on the message to implement validity verification on the re-establishment request message; and when verification of the MAC succeeds, sending, by the CP functional entity of the core network, a context of the UE to the target RAN. receiving, by a control plane, CP, functional entity of a core network, a message from a target radio access node, RAN, wherein the message comprises a second message authentication code, MAC, generation parameter, and a MAC of user equipment, UE; and the message is sent by the target RAN based on a re-establishment request message, wherein the MAC is obtained based on a NAS integrity key and a first MAC generation parameter, and the first MAC generation parameter comprises a non-access stratum, NAS, count, and the second MAC generation parameter comprises a partial field of the NAS count; verifying, by the CP functional entity of the core network, the MAC based on the message to implement validity verification on the re-establishment request message; and when verification of the MAC succeeds, sending, by the CP functional entity of the core network, a context of the UE to the target RAN.
A compound according to Formula: for use in the treatment of cognitive disorders wherein the cognitive disorder is in relationship with age-related cognitive decline or is a neurodevelopmental disorder in relationship with patients diagnosed with a genetic disease such as Down syndrome or fragile X syndrome.
Method of manufacturing a guide rod for a pump for dispensing a fluid product, said rod comprising a cylindrical body surmounted by a head, said method comprising the following steps: - a plastic injection moulding step to form the cylindrical rod; - a step for correcting the shape, without the addition of materials, of an upper end of the rod so as to form said head by creating a shoulder at the junction between the head and body of the rod. - a plastic injection moulding step to form the cylindrical rod; - a step for correcting the shape, without the addition of materials, of an upper end of the rod so as to form said head by creating a shoulder at the junction between the head and body of the rod.
A cold source unit connected to a load apparatus and serving as a component of a refrigeration cycle apparatus, the cold source unit comprising: a compressor; and a controller to control the compressor, wherein when the controller detects overload on the compressor, the controller performs first start retry control of restarting the compressor after pausing the compressor for a first time period, wherein when the number of times of performing of the first start retry control exceeds a first criterion value, the controller performs second start retry control of restarting the compressor after pausing the compressor for a second time period longer than the first time period, characterized in that the cold source unit further comprises a heating apparatus to heat liquid refrigerant in the compressor, wherein when the controller performs the second start retry control, the controller causes the liquid refrigerant to be heated by the heating apparatus. a compressor; and a controller to control the compressor, wherein when the controller detects overload on the compressor, the controller performs first start retry control of restarting the compressor after pausing the compressor for a first time period, wherein when the number of times of performing of the first start retry control exceeds a first criterion value, the controller performs second start retry control of restarting the compressor after pausing the compressor for a second time period longer than the first time period, characterized in that the cold source unit further comprises a heating apparatus to heat liquid refrigerant in the compressor, wherein when the controller performs the second start retry control, the controller causes the liquid refrigerant to be heated by the heating apparatus.
A connection of two steel cord ends, said steel cord ends comprising filaments ending flush, said connection comprising one jointed section for connecting said steel cord ends to one another, characterised in that said connection further comprises a fixation section for immobilising the filaments relative to one another, said fixation section being near to said jointed section with a distance between said fixation section and said jointed section of at least a few millimetres and wherein said fixation section is present on a side of said jointed section.
Electrical switching device for an energy store of an electric vehicle, having a housing in which at least one switching section with two input contacts (32a, 32b) and at least one output contact is arranged, and having a rotary component, which is mounted relative to the housing between at least one of an off position, a prior position and an on position so as to be rotatable about a switching axis, the rotary component having at least one conductor with at least two conductor contacts (44a, 44b), which, in the prior position, electrically conductively connects the first input contact to the output contact and, in the on position, electrically connects the second input contact to the output contact of the at least one switching section, characterized in that an electrical coupling device is arranged between a drive device for the rotary component and the rotary component, and the electrical coupling device blocks a movement of the rotary component in the direction of the off-position under energization and releases it without energization.
A method for decoding data based on Hybrid Automatic Repeat Request HARQ, comprising: unsuccessfully decoding, by a first node device, uplink user data; indicating, by the first node device based on a network transmission capability around the first node device and computing capabilities of respective node devices, to switch the decoding node device for the uplink user data to a second node device; and sending, by the first node device, HARQ process information, user identification information and the data decoded unsuccessfully to the second node device, such that the second node device combines and decodes uplink user data retransmitted by a user after the switching with the unsuccessfully decoded data received from the first node device. unsuccessfully decoding, by a first node device, uplink user data; indicating, by the first node device based on a network transmission capability around the first node device and computing capabilities of respective node devices, to switch the decoding node device for the uplink user data to a second node device; and sending, by the first node device, HARQ process information, user identification information and the data decoded unsuccessfully to the second node device, such that the second node device combines and decodes uplink user data retransmitted by a user after the switching with the unsuccessfully decoded data received from the first node device.
A method of operating a cartridge chip installed in an imaging device comprising: causing, by the cartridge chip not responding to a command transmitted by the imaging device, the imaging device to enter an error condition; monitoring the timing or sequence of communication signals received from the imaging device during at least a portion of the error condition; and operating, based on the timing or sequence of the communication signals received from the imaging device during said portion of the error condition, in a first mode of operation compatible with a first type of imaging device or in a second mode of operation compatible with a second type of imaging device, the first mode of operation differing from the second mode of operation. causing, by the cartridge chip not responding to a command transmitted by the imaging device, the imaging device to enter an error condition; monitoring the timing or sequence of communication signals received from the imaging device during at least a portion of the error condition; and operating, based on the timing or sequence of the communication signals received from the imaging device during said portion of the error condition, in a first mode of operation compatible with a first type of imaging device or in a second mode of operation compatible with a second type of imaging device, the first mode of operation differing from the second mode of operation.
A hand-held handle dispenser comprising: a main frame having a handle, an adhesive tape roll provided at a rear side of the main frame for delivering an adhesive tape, an application roller provided at the front side of the main frame for applying the adhesive tape on a parcel and a cutting blade for cutting the adhesive tape, characterized in that it further comprises a cartridge for storing at least one insert strip and transport and affixing means (26, 28; 32, 34) for conveying said at least one insert strip from the cartridge to the application roller and affixing it against the adhesive tape.
A method for dynamically assigning a multimedia broadcast/multicast service, MBMS, bearer to a Multicast Channel, MCH, in a communication network, the method comprising: at a logical server: receiving a MBMS configuration for the communication network; receiving a request for a MBMS bearer within a service area, wherein the request specifies a QoS requirement for the MBMS bearer; inspecting the MBMS configuration to determine if an existing MCH in the service area meets the QoS requirement for the MBMS bearer; based on the inspecting, assigning the MBMS bearer to the existing MCH or assigning the MBMS bearer to a new MCH. at a logical server: receiving a MBMS configuration for the communication network; receiving a request for a MBMS bearer within a service area, wherein the request specifies a QoS requirement for the MBMS bearer; inspecting the MBMS configuration to determine if an existing MCH in the service area meets the QoS requirement for the MBMS bearer; based on the inspecting, assigning the MBMS bearer to the existing MCH or assigning the MBMS bearer to a new MCH. receiving a MBMS configuration for the communication network; receiving a request for a MBMS bearer within a service area, wherein the request specifies a QoS requirement for the MBMS bearer; inspecting the MBMS configuration to determine if an existing MCH in the service area meets the QoS requirement for the MBMS bearer; based on the inspecting, assigning the MBMS bearer to the existing MCH or assigning the MBMS bearer to a new MCH.
Regulating method for a charged internal combustion engine, wherein, in the regulating method, an operating point of the compressor in a compressor map is adjusted by a compressor position regulator as a function of a throttle valve regulation deviation (dDK) in that both a first manipulated variable (αVBP) for actuating the compressor bypass valve and a second manipulated variable (αWG) for actuating the turbine bypass valve are calculated by the compressor position regulator, characterized in that, in the regulating method, the operating point of the compressor is corrected by a correction regulator as a function of an air mass regulation deviation (dmL) in that both a first correction variable (KORR1) for correcting the first manipulated variable (αVBP) and a second correction variable (KORR2) for correcting the second manipulated variable (αWG) are calculated by the correction regulator.