mhurhangee/patent-ind-claim-en huggingface dataset:
A handgun converter comprising: a body , having a handgun-engaging assembly for holding a handgun ; wherein said handgun-engaging assembly comprises: a front engaging member in the front of the converter , for cradling a front of said handgun ; and a rear engagement member for engaging an external portion of the rear portion of the frame of said handgun , thereby fastening said handgun to the handgun converter ; wherein said handgun-engaging assembly is configured to allow for a degree of flexibility of said handgun within said body in order to provide shock absorption during a recoil movement of said handgun wherein said flexibility is effected relatively to said body , and said flexibility is present in said rear engaging member being fixed to the body wherein the rear engaging member comprises a flexing element configured to allow for a backwards movement of the handgun mounted in the front engaging member . a body , having a handgun-engaging assembly for holding a handgun ; wherein said handgun-engaging assembly comprises: a front engaging member in the front of the converter , for cradling a front of said handgun ; and a rear engagement member for engaging an external portion of the rear portion of the frame of said handgun , thereby fastening said handgun to the handgun converter ; wherein said handgun-engaging assembly is configured to allow for a degree of flexibility of said handgun within said body in order to provide shock absorption during a recoil movement of said handgun wherein said flexibility is effected relatively to said body , and a front engaging member in the front of the converter , for cradling a front of said handgun ; and a rear engagement member for engaging an external portion of the rear portion of the frame of said handgun , thereby fastening said handgun to the handgun converter ; wherein said handgun-engaging assembly is configured to allow for a degree of flexibility of said handgun within said body in order to provide shock absorption during a recoil movement of said handgun wherein said flexibility is effected relatively to said body , and said flexibility is present in said rear engaging member being fixed to the body wherein the rear engaging member comprises a flexing element configured to allow for a backwards movement of the handgun mounted in the front engaging member .
A microelectronic package comprising: a microelectronic die having an active surface , an opposing back surface , and at least two opposing sides extending between the microelectronic die active surface and the microelectronic die back surface, wherein the microelectronic die includes an active area , and an interposer area between the active area and at least one side; an interposer formed within the interposer area of the microelectronic die and proximate the at least one microelectronic die side, wherein the interposer includes a front surface and a back surface ; and a build-up layer formed proximate the microelectronic die active surface, an encapsulation material adjacent the at least one microelectronic die side , wherein the encapsulation material forms a back surface substantially planar to the interposer back surface and substantially planar to the microelectronic die back surface; and a stacked microelectronic die attached to the interposer. a microelectronic die having an active surface , an opposing back surface , and at least two opposing sides extending between the microelectronic die active surface and the microelectronic die back surface, wherein the microelectronic die includes an active area , and an interposer area between the active area and at least one side; an interposer formed within the interposer area of the microelectronic die and proximate the at least one microelectronic die side, wherein the interposer includes a front surface and a back surface ; and a build-up layer formed proximate the microelectronic die active surface, an encapsulation material adjacent the at least one microelectronic die side , wherein the encapsulation material forms a back surface substantially planar to the interposer back surface and substantially planar to the microelectronic die back surface; and a stacked microelectronic die attached to the interposer.
A pneumatic tire comprising a circumferential main groove on a tread portion, wherein an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, an area ratio S (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is not greater than 0.15, a groove depth D (mm) of the circumferential main groove is greater than 6 mm, and S/D > 0.85 is satisfied. an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, an area ratio S (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is not greater than 0.15, a groove depth D (mm) of the circumferential main groove is greater than 6 mm, and S/D > 0.85 is satisfied.
Handheld machine tool apparatus, particularly a jigsaw and/or reciprocating saw apparatus, having a locating unit which has at least one antenna (28a-f, 30a-f, 68d, 68f, 70d, 70f, 72f, 74f, 76f, 78f) provided for the purpose of sending and receiving a signal and detecting objects outside a workpiece , wherein the locating unit is provided for the purpose of detecting objects inside the workpiece , characterized in that the locating unit has not only the first antenna (28a-f, 68d, 68f, 72f, 76f) but also a second antenna (30a-f, 70d, 70f, 74f, 78f), which is provided for the purpose of receiving the signal in a second polarization, which is different from a polarization of the first antenna (28a-f, 68d, 68f, 72f, 76f).
An induction-heating device adapted to heat a product comprising: a housing defining a non-electrically conductive induction housing ; a non-electrically conductive product container for holding the product, said product container being removably received in said induction housing; an induction coil adjacent to said induction housing for generating an electromagnetic field into said product container; an electrically conductive target member in said product container; and an electronic circuitry mounted in said housing and connected to said induction coil, said electronic circuitry being configured to heat said target member during a heating cycle for a predetermined time period in response to said electromagnetic field from said induction coil to heat and or melt the product; said induction-heating device characterised in that said electrically conductive target member comprises a disc shaped member having an outer peripheral surface where heat originates due to the concentration of flux lines from said induction coil. a housing defining a non-electrically conductive induction housing ; a non-electrically conductive product container for holding the product, said product container being removably received in said induction housing; an induction coil adjacent to said induction housing for generating an electromagnetic field into said product container; an electrically conductive target member in said product container; and an electronic circuitry mounted in said housing and connected to said induction coil, said electronic circuitry being configured to heat said target member during a heating cycle for a predetermined time period in response to said electromagnetic field from said induction coil to heat and or melt the product; said induction-heating device characterised in that said electrically conductive target member comprises a disc shaped member having an outer peripheral surface where heat originates due to the concentration of flux lines from said induction coil.
A non-volatile resistive random access memory (ReRAM) switching layer composition, characterised in that the ReRAM switching layer composition includes 10 weight% of aluminium doped zinc oxide in chitosan.
A platform suitable for being interposed between two adjacent blades of a fan , the platform comprising: - a passage wall for defining a fan air flow passage; - a bottom wall having a main surface for bearing against a fan disk ; the platform having axial and radial retention surfaces arranged at the two axial ends of the platform , a radial retention surface being arranged at the upstream axial end of the platform and radially offset from the main surface of the bottom wall in the direction in which the bottom wall bears against the disk , the bottom wall having an inclined surface inclined relative to the main surface of the bottom wall and connecting the main surface of the bottom wall in continuous manner with the radial retention surface arranged at the upstream axial end of the platform , characterized in that the inclined surface is configured to bear against a chamfered surface of the tooth of the fan disk . - a passage wall for defining a fan air flow passage; - a bottom wall having a main surface for bearing against a fan disk ;
A method comprising: receiving, by an in-vehicle computing system with an in-vehicle access application having a proximity mode of operation and a tolling mode of operation, a vehicle status signal from a vehicle communication bus , wherein the in-vehicle computing system is included in a vehicle ; determining, by the in-vehicle computing system based on a first state of the vehicle status signal at a first point in time, that the vehicle is in a stopped position; responsive to determining that the vehicle is in the stopped position, activating the proximity mode of operation of the in-vehicle access application , wherein in the proximity mode of operation, the in-vehicle access application detects an access device in proximity to the vehicle , and establishes a wireless communication channel between the in-vehicle computing system and the access device using an integrated wireless transceiver that is part of the vehicle , wherein in the proximity mode of operation, the in-vehicle access application further initiates a timer to record a duration of time that the vehicle is in the stopped position, wherein power to the timer is maintained when the vehicle is turned off; and communicating, by the in-vehicle computing system, the duration of time to an automated parking meter station in a parking area when the vehicle leaves the parking area. receiving, by an in-vehicle computing system with an in-vehicle access application having a proximity mode of operation and a tolling mode of operation, a vehicle status signal from a vehicle communication bus , wherein the in-vehicle computing system is included in a vehicle ; determining, by the in-vehicle computing system based on a first state of the vehicle status signal at a first point in time, that the vehicle is in a stopped position; responsive to determining that the vehicle is in the stopped position, activating the proximity mode of operation of the in-vehicle access application , wherein in the proximity mode of operation, the in-vehicle access application detects an access device in proximity to the vehicle , and establishes a wireless communication channel between the in-vehicle computing system and the access device using an integrated wireless transceiver that is part of the vehicle , wherein in the proximity mode of operation, the in-vehicle access application further initiates a timer to record a duration of time that the vehicle is in the stopped position, wherein power to the timer is maintained when the vehicle is turned off; and communicating, by the in-vehicle computing system, the duration of time to an automated parking meter station in a parking area when the vehicle leaves the parking area.
A humanized antibody that specifically binds to human transferrin receptor, wherein the antibody comprises a heavy chain variable domain of SEQ ID NO: 24 and a light chain variable domain of SEQ ID NO: 37.
A detection system for inspecting an inspection target from different directions comprising: a plurality of terahertz light sources each being configured to irradiate the inspection target with terahertz waves; and a plurality of terahertz-wave detecting devices each being configured to detect the terahertz waves outputted from a plurality of terahertz light sources, wherein the plurality of terahertz light sources comprises a first terahertz light source configured to output the terahertz waves in a first on/off pattern with a first cycle, and a second terahertz light source configured to output the terahertz waves in a second on/off pattern with a second cycle which is different from the first cycle, the plurality of terahertz wave detecting devices comprises a first terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the first on/off pattern; and a second terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the second on/off pattern. a plurality of terahertz light sources each being configured to irradiate the inspection target with terahertz waves; and a plurality of terahertz-wave detecting devices each being configured to detect the terahertz waves outputted from a plurality of terahertz light sources, wherein the plurality of terahertz light sources comprises a first terahertz light source configured to output the terahertz waves in a first on/off pattern with a first cycle, and a second terahertz light source configured to output the terahertz waves in a second on/off pattern with a second cycle which is different from the first cycle, the plurality of terahertz wave detecting devices comprises a first terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the first on/off pattern; and a second terahertz-wave detecting device configured to detect the terahertz waves in synchronization with the second on/off pattern.
An apparatus for forming a panel comprising a first face sheet , a second face sheet , and a core sheet between said first face sheet and said second face sheet, said apparatus comprising: a molding tool defining a forming cavity shaped to correspond to said panel; a heating system positioned adjacent to said forming cavity and configured to heat said forming cavity; and a pressurization system configured to pressurize a cavity volume between said molding tool and said panel and pressurize a panel volume between said first face sheet and said second face sheet, characterized in that the apparatus further comprises: an outer caul plate assembly positioned within said forming cavity adjacent to said molding tool ; and an inner caul plate assembly positioned within said forming cavity between said outer caul plate assembly and said panel ; wherein said pressurization system is configured to: pressurize a first pressure zone defined between said inner caul plate assembly and said outer caul plate assembly; and pressurize a second pressure zone defined between said first face sheet and said second face sheet . a molding tool defining a forming cavity shaped to correspond to said panel; a heating system positioned adjacent to said forming cavity and configured to heat said forming cavity; and a pressurization system configured to pressurize a cavity volume between said molding tool and said panel and pressurize a panel volume between said first face sheet and said second face sheet, characterized in that the apparatus further comprises: an outer caul plate assembly positioned within said forming cavity adjacent to said molding tool ; and an inner caul plate assembly positioned within said forming cavity between said outer caul plate assembly and said panel ; wherein said pressurization system is configured to: pressurize a first pressure zone defined between said inner caul plate assembly and said outer caul plate assembly; and pressurize a second pressure zone defined between said first face sheet and said second face sheet . an outer caul plate assembly positioned within said forming cavity adjacent to said molding tool ; and an inner caul plate assembly positioned within said forming cavity between said outer caul plate assembly and said panel ; wherein said pressurization system is configured to: pressurize a first pressure zone defined between said inner caul plate assembly and said outer caul plate assembly; and pressurize a second pressure zone defined between said first face sheet and said second face sheet . pressurize a first pressure zone defined between said inner caul plate assembly and said outer caul plate assembly; and pressurize a second pressure zone defined between said first face sheet and said second face sheet .
Gateway for data communication in a vehicle, having: - a first communication interface, which uses a first communication protocol, and - a second communication interface, which uses a second communication protocol, the communication protocol of the first communication interface being USB and the communication protocol of the second communication interface corresponding to an Ethernet standard for vehicle technology, wherein the gateway is configured to transmit data from the first to the second communication interface and to transmit data from the second communication interface to the first communication interface , and wherein the gateway comprises a media converter for converting quality of service information from the first to the second communication protocol and from the second to the first communication protocol, wherein the first communication protocol contains a temporal association of data by means of time stamps and the gateway is set up to assign the time stamps to the converted data when converting the data from the first communication protocol to the second communication protocol. - a first communication interface, which uses a first communication protocol, and - a second communication interface, which uses a second communication protocol, the communication protocol of the first communication interface being USB and the communication protocol of the second communication interface corresponding to an Ethernet standard for vehicle technology, wherein the gateway is configured to transmit data from the first to the second communication interface and to transmit data from the second communication interface to the first communication interface , and wherein the gateway comprises a media converter for converting quality of service information from the first to the second communication protocol and from the second to the first communication protocol, wherein the first communication protocol contains a temporal association of data by means of time stamps and the gateway is set up to assign the time stamps to the converted data when converting the data from the first communication protocol to the second communication protocol.
An atomizer comprising a liquid storage assembly , an air adjusting assembly and a liquid adjusting assembly , wherein the air adjusting assembly comprises an air adjusting seat and an air adjusting ring , the air adjusting ring is defined with an air intaking hole , the air adjusting seat is defined with an air intaking slot corresponding to the air intaking hole , when the air adjusting ring is rotated, the air intaking hole and the air intaking slot are caused to be communicated with each other or staggered from each other, characterized in that the liquid adjusting assembly comprises a liquid adjusting seat , an inner sleeve pipe and a liquid barrier ring , the air adjusting seat , the air adjusting ring and the liquid adjusting seat are disposed at a top end of the liquid storage assembly , the liquid barrier ring is disposed at a bottom end of the liquid storage assembly , the inner sleeve pipe is disposed in the liquid storage assembly , a top end of the inner sleeve pipe is connected with the liquid adjusting seat , a bottom end of the inner sleeve pipe is connected with the liquid barrier ring , the bottom end of the liquid storage assembly is defined with a second liquid intaking hole , the liquid barrier ring is defined with a first liquid intaking hole corresponding to the second liquid intaking hole , when the liquid adjusting seat is rotated, the liquid barrier ring is brought to rotate by the inner sleeve pipe , to cause the first liquid intaking hole and the second liquid intaking hole to be communicated with each other or staggered from each other.
A device for controlling and cleaning wired audio headsets, each audio headset comprising a headband, two earphones and an electrical cable connected to the earphones and ending in a plug, characterised in that said device comprises: - impedance control means ; - audio control means ; - means for cleaning said headsets; - means (5; 5') for winding up the cable of the headset and wherein the impedance control, audio control, cleaning and headset cable winding means are disposed in different successive positions, said device having conveying means capable of routing the headsets to the different positions, comprising two conveyor belts parallel to each other, one called the first conveyor , being capable of receiving the headband/earphones assembly of the headset positioned astride said first conveyor and the other one, called second conveyor , the socket of said headset, said two conveyor belts being synchronised and spaced apart from each other so as to allow the cable to be freely suspended under the action of its weight between the two conveyor belts . - impedance control means ; - audio control means ; - means for cleaning said headsets; - means (5; 5') for winding up the cable of the headset