mhurhangee/patent-ind-claim-en huggingface dataset:
External door handle assembly of a motor vehicle, which comprises a grip carrier that can be fastened to the door inner side , a grip element mounted on the grip carrier and a recess housing which can be mounted from the door outer side through a door opening , which extends in the mounted state as far as the grip carrier arranged on the door inner side and which accommodates at least in sections the grip element which can be actuated from the door outer side , wherein the grip element has a push button configured to trigger an electronic door opening process and able to be actuated from the door outer side , wherein the grip element further comprises a grip body configured to trigger a mechanical door opening process and pivotably connecting the grip element to the grip carrier , wherein the push button is mounted rotatably relative to the grip body , wherein the grip body is movement-coupled to the push button and is configured to be actuatable via the push button from the door outer side , wherein the push button is configured as a two-armed lever having a lever-arm-like push section and a lever-arm-like release section serving to activate an electronic switching element , wherein the push section and the release section extend from a pivot point in opposite directions and the lever-like push button is mounted rotatably about the pivot point on the grip body , and wherein the grip body has a lever-arm-like active section , which in the rest position of the unactuated push section of the push button is arranged at a distance from the push section , wherein in order to release the electronic door opening process the push section of the push button is arranged pivoted in the direction of the unpivoted active section of the grip body , wherein as a result of the pivoting of the push button into an actuation position, the release section of the push button activates the electronic switch element , characterized in that in order to trigger the mechanical door opening process, the active section of the grip body and the push section of the push button are pivoted into an emergency actuation position in which the push section is arranged pivoted beyond the actuation position and in which the push section is arranged to abut against the active section , wherein in the emergency actuation position, an actuation section of the grip element movement-coupled to the grip body activates a mechanical switch element .
Process for making a tank for containing water comprising the step of: - executing an excavation (S) in a terrain (T) with the formation of an excavation surface; wherein the execution of said excavation (S) determines the formation of the excavation surface with at least one tilted lateral surface (S2); - arranging at least one shaped compact body on at least one portion of said excavation surface with the formation of a solidified shaped surface; - extending a flexible waterproofing layer on said solidified shaped surface; - coating said flexible waterproofing layer with at least one coating layer to at least partially reproduce said solidified shaped surface; characterized in that : - said at least one shaped compact body is made of lightened material provided with specific weight lower than 1000 Kg/m 3 ; - the arranging said at least one shaped compact body on said tilted lateral surface (S2) provides for shaping said shaped compact body to determine a lateral surface of said solidified shaped surface. - executing an excavation (S) in a terrain (T) with the formation of an excavation surface; wherein the execution of said excavation (S) determines the formation of the excavation surface with at least one tilted lateral surface (S2); - arranging at least one shaped compact body on at least one portion of said excavation surface with the formation of a solidified shaped surface; - extending a flexible waterproofing layer on said solidified shaped surface; - coating said flexible waterproofing layer with at least one coating layer to at least partially reproduce said solidified shaped surface; characterized in that : - said at least one shaped compact body is made of lightened material provided with specific weight lower than 1000 Kg/m 3 ; - the arranging said at least one shaped compact body on said tilted lateral surface (S2) provides for shaping said shaped compact body to determine a lateral surface of said solidified shaped surface.
A mold, adapted to molding a small-sized part, and comprising a casing adapted to being mounted on a press platen , the casing comprising a housing configured to receiving an insert ; the insert being configured to be integrated into the casing and comprising a housing for a die comprising a molding surface for the part; a device for heating the die; characterized in that the heating device comprises: a rod made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface being substantially centered with respect to the rod; and a coil made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator so that when the coil is supplied with an electric current, it generates an induced current in the rod , heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface . the insert being configured to be integrated into the casing and comprising a housing for a die comprising a molding surface for the part; a device for heating the die; characterized in that the heating device comprises: a rod made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface being substantially centered with respect to the rod; and a coil made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator so that when the coil is supplied with an electric current, it generates an induced current in the rod , heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface . a rod made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface being substantially centered with respect to the rod; and a coil made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator so that when the coil is supplied with an electric current, it generates an induced current in the rod , heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface .
A method of wireless communication, the method comprising: identifying , by a user equipment, UE, an indicator that signals a type of multiplexing and a periodicity for transmission, by a base station, of remaining minimum system information, RMSI, wherein the type of multiplexing is for multiplexing the RMSI with a synchronization signal, SS, block, and wherein the indicator is identified as one or more bits in a master information block, MIB, of a physical broadcast channel, PBCH, and wherein the type of multiplexing and the periodicity are jointly coded in the one or more bits ; determining , by the UE, the type of multiplexing and the periodicity based on the indicator; and processing , by the UE, the transmission of RMSI based on the type of multiplexing and the periodicity. identifying , by a user equipment, UE, an indicator that signals a type of multiplexing and a periodicity for transmission, by a base station, of remaining minimum system information, RMSI, wherein the type of multiplexing is for multiplexing the RMSI with a synchronization signal, SS, block, and wherein the indicator is identified as one or more bits in a master information block, MIB, of a physical broadcast channel, PBCH, and wherein the type of multiplexing and the periodicity are jointly coded in the one or more bits ; determining , by the UE, the type of multiplexing and the periodicity based on the indicator; and processing , by the UE, the transmission of RMSI based on the type of multiplexing and the periodicity.
A road safety barrier with a plurality of metal cables , arranged along the side of a carriageway, for re-directing a vehicle in a case of impact, comprising: a plurality of poles which are fixed to the ground , which are distanced from one another and which are arranged one following another along the side of a carriageway; a plurality of metal cables which are supported by the poles of the plurality of poles , so that each metal cable of the plurality of metal cables is parallel to and at a predefined distance from the remaining metal cables of the plurality of metal cables in order to re-direct a vehicle in a case of impact; characterised in that : each metal cable of the plurality of metal cables is fixed to each pole of the plurality of poles , and is wound at least once about the lateral surface of the pole . a plurality of poles which are fixed to the ground , which are distanced from one another and which are arranged one following another along the side of a carriageway; a plurality of metal cables which are supported by the poles of the plurality of poles , so that each metal cable of the plurality of metal cables is parallel to and at a predefined distance from the remaining metal cables of the plurality of metal cables in order to re-direct a vehicle in a case of impact; characterised in that : each metal cable of the plurality of metal cables is fixed to each pole of the plurality of poles , and is wound at least once about the lateral surface of the pole .
Method for producing alkali metal bicarbonate particles by crystallization from a solution of alkali metal carbonate and/or bicarbonate (solution hereinafter referred to as: "the solution") in the presence of an additive in the solution, characterized in that : - the additive is selected from hydroxypropyl guar, alginic acid or its salts such as the sodium or calcium or copper salts, and carboxymethylcellulose; - the additive is present in the solution at a concentration of at least 1 ppm, advantageously of at least 5 ppm, more advantageously of at least 10 ppm. - the additive is selected from hydroxypropyl guar, alginic acid or its salts such as the sodium or calcium or copper salts, and carboxymethylcellulose; - the additive is present in the solution at a concentration of at least 1 ppm, advantageously of at least 5 ppm, more advantageously of at least 10 ppm.
A resin-impregnated boron nitride body, comprising: 30 to 90 volume% of a boron nitride body wherein the boron nitride is polymer-derived boron nitride; and 10 to 70 volume% of a resin. 30 to 90 volume% of a boron nitride body wherein the boron nitride is polymer-derived boron nitride; and 10 to 70 volume% of a resin.
A magnetometer system comprising: a sensor cell comprising alkali metal vapor; a laser system configured to provide an optical pump beam through the sensor cell in a pulsed manner based on a timing signal to facilitate precession of the alkali metal vapor in response to an external magnetic field and to provide an optical probe beam through the sensor cell in a pulsed manner based on the timing signal, the optical pump beam is circularly-polarized, the optical probe beam is linearly-polarized; and a detection system configured to detect the precession of the alkali metal vapor in response to a detection beam corresponding to the optical probe beam exiting the sensor cell , to calculate an amplitude and direction of the external magnetic field based on the detected precession of the alkali metal vapor, and to generate the timing signal based on the detected precession of the alkali metal vapor. a sensor cell comprising alkali metal vapor; a laser system configured to provide an optical pump beam through the sensor cell in a pulsed manner based on a timing signal to facilitate precession of the alkali metal vapor in response to an external magnetic field and to provide an optical probe beam through the sensor cell in a pulsed manner based on the timing signal, the optical pump beam is circularly-polarized, the optical probe beam is linearly-polarized; and a detection system configured to detect the precession of the alkali metal vapor in response to a detection beam corresponding to the optical probe beam exiting the sensor cell , to calculate an amplitude and direction of the external magnetic field based on the detected precession of the alkali metal vapor, and to generate the timing signal based on the detected precession of the alkali metal vapor.
An endoscopic device having at least one flexible endoscope shaft and having at least one kink protector assigned to the endoscope shaft , which comprises at least one base body , which is designed conically and/or cylindrically at least in sections and which has a main extension direction and a main extension along the main extension direction , and the kink protector comprises at least one quick connector , which is configured to selectively connect to a tube and which has at least one fin situated at least substantially perpendicularly on the base body , characterized in that the fin has an extension , which extends along the main extension direction of the base body at least over 50% of the main extension of the base body .
A random access resource allocation method, comprising: receiving, by a target network device, a cell handover request that is sent (S405) by a source network device and that is used to request to hand over a terminal device from the source network device to the target network device, wherein the cell handover request comprises mobility state information of the terminal device and a measurement report of the terminal device; and allocating (S406), by the target network device, a random access resource to the terminal device based on the mobility state information and beam information that is included in the measurement report. receiving, by a target network device, a cell handover request that is sent (S405) by a source network device and that is used to request to hand over a terminal device from the source network device to the target network device, wherein the cell handover request comprises mobility state information of the terminal device and a measurement report of the terminal device; and allocating (S406), by the target network device, a random access resource to the terminal device based on the mobility state information and beam information that is included in the measurement report.
An endoluminal prosthesis comprising: a scaffold having a plurality of circumferential rings patterned from a non-degradable material, said scaffold being configured to expand from a crimped configuration to an expanded configuration, wherein attachment points on at least some adjacent circumferential rings are joined by circumferentially separable axial links ; wherein at least some of the axial links comprise a first segment and a second segment , wherein the first and second segments are divided by an axially extending dividing line , are circumferentially interlocked to inhibit circumferential separation thereof while the scaffold is in the crimped configuration, and are configured to circumferentially unlock when the scaffold is in the expanded configuration; wherein the circumferential rings separate at the attachment points while each segment of the axial link remains attached to said attachment points after the segments have unlocked; and wherein said scaffold is configured to form one continuous loop after all separable axial links have been separated. a scaffold having a plurality of circumferential rings patterned from a non-degradable material, said scaffold being configured to expand from a crimped configuration to an expanded configuration, wherein attachment points on at least some adjacent circumferential rings are joined by circumferentially separable axial links ; wherein at least some of the axial links comprise a first segment and a second segment , wherein the first and second segments are divided by an axially extending dividing line , are circumferentially interlocked to inhibit circumferential separation thereof while the scaffold is in the crimped configuration, and are configured to circumferentially unlock when the scaffold is in the expanded configuration; wherein the circumferential rings separate at the attachment points while each segment of the axial link remains attached to said attachment points after the segments have unlocked; and wherein said scaffold is configured to form one continuous loop after all separable axial links have been separated.
A battery pack comprising: a pack housing having an internal space; at least one cell stack body accommodated in the internal space of the pack housing ; at least one electronic component accommodated in the internal space of the pack housing ; a connecting member electrically connected to at least one of the at least one cell stack body and the at least one electronic component ; and a partition wall partitioning the internal space and accommodating at least a portion of the connecting member , wherein the connecting member includes a first connecting member connected to the at least one electronic component , a second connecting member connected to at least one cell stack body and at least one electronic component , and a third connecting member connected to at least one cell stack body and at least one electronic component , wherein the partition wall includes a void accomodating a first connecting member , and a recess accomodating a second connecting member and a third connecting member , and the partition wall includes an upper surface , a side surface extended from each of two ends of the upper surface , and a recessed surface inward from the side surface defining a portion of the recess . a pack housing having an internal space; at least one cell stack body accommodated in the internal space of the pack housing ; at least one electronic component accommodated in the internal space of the pack housing ; a connecting member electrically connected to at least one of the at least one cell stack body and the at least one electronic component ; and a partition wall partitioning the internal space and accommodating at least a portion of the connecting member , wherein the connecting member includes a first connecting member connected to the at least one electronic component , a second connecting member connected to at least one cell stack body and at least one electronic component , and a third connecting member connected to at least one cell stack body and at least one electronic component , wherein the partition wall includes a void accomodating a first connecting member , and a recess accomodating a second connecting member and a third connecting member , and the partition wall includes an upper surface , a side surface extended from each of two ends of the upper surface , and a recessed surface inward from the side surface defining a portion of the recess .
An electric power steering device intended to be mounted to a vehicle, the electric power steering device having a rotating machine and a control unit , and being configured to mesh with a gear along a rack shaft , the electric power steering device comprising a breathing device ; the rotating machine including a motor housing and an output shaft , a distal end of the output shaft protruding from an end surface of the motor housing and being intended to mesh with the gear of the vehicle, the breathing device comprising a ventilation part , which is provided to the electric power steering device , and is arranged so as to protrude from an inside of the electric power steering device to an outside of the electric power steering device , the ventilation part being configured to provide a breathing action through ventilation between the inside and the outside of the electric power steering device , the control unit being configured to drive the rotating machine , characterized in that : the control unit and the rotating machine being integrated with each other so as to have waterproof structure, the rotating machine being intended to be arranged so that its axial direction is in the horizontal, the electric power steering device being intended to be mounted along the rack shaft and at a position closer to the ground than said rack shaft wherein the ventilation part having a tubular shape, and the breathing device are arranged at a position close to the power supply connector , or wherein the ventilation part is formed of a gap defined between a terminal and a connector housing in said power supply connector provided on an end surface of the control unit on a side opposite to an output shaft of the rotating machine , so configured that a pipe or tube can be added to a distal end portion of the ventilation part to extend along, or be fixed together with, a vehicle side harness comprising a vehicle side power supply connector to the inside of the vehicle cabin. the control unit and the rotating machine being integrated with each other so as to have waterproof structure, the rotating machine being intended to be arranged so that its axial direction is in the horizontal, the electric power steering device being intended to be mounted along the rack shaft and at a position closer to the ground than said rack shaft wherein the ventilation part having a tubular shape, and the breathing device are arranged at a position close to the power supply connector , or wherein the ventilation part is formed of a gap defined between a terminal and a connector housing in said power supply connector provided on an end surface of the control unit on a side opposite to an output shaft of the rotating machine , so configured that a pipe or tube can be added to a distal end portion of the ventilation part to extend along, or be fixed together with, a vehicle side harness comprising a vehicle side power supply connector to the inside of the vehicle cabin.