mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, via network interface circuitry of one or more computing devices, a request from a mobile access point that is installed on a vehicle; determining, by processing circuitry of the one or more computing devices, characteristics of a captive portal to present in response to the request based on: a current location of the vehicle and mobile access point, a predetermined route of the vehicle, and characteristics of a user device on behalf of which the request was sent; and providing, by the processing circuitry via the network interface circuitry, the captive portal with the determined characteristics in response to the request. receiving, via network interface circuitry of one or more computing devices, a request from a mobile access point that is installed on a vehicle; determining, by processing circuitry of the one or more computing devices, characteristics of a captive portal to present in response to the request based on: a current location of the vehicle and mobile access point, a predetermined route of the vehicle, and characteristics of a user device on behalf of which the request was sent; and providing, by the processing circuitry via the network interface circuitry, the captive portal with the determined characteristics in response to the request.
A battery pack comprising: a base plate including one surface on which two or more battery module assemblies respectively having a plurality of battery cells arranged therein are mounted in a separated state from each other with a predetermined interval therebetween; a cover member coupled at one surface of the base plate in a state that the module assemblies are incorporated therein; and a reinforcement supporting member positioned at a separation part between the battery module assemblies while supporting a mounting state of the cover member for the base plate , wherein a mutual separation distance of the battery module assemblies has a size of 150 % to 500 % with respect to a width of the reinforcement supporting member. a base plate including one surface on which two or more battery module assemblies respectively having a plurality of battery cells arranged therein are mounted in a separated state from each other with a predetermined interval therebetween; a cover member coupled at one surface of the base plate in a state that the module assemblies are incorporated therein; and a reinforcement supporting member positioned at a separation part between the battery module assemblies while supporting a mounting state of the cover member for the base plate , wherein a mutual separation distance of the battery module assemblies has a size of 150 % to 500 % with respect to a width of the reinforcement supporting member.
A method for producing hydrogen sulphide from hydrogen and elemental sulphur, comprising the following steps: (a) Contacting sulphur with a solid catalyst comprising at least one metal, selected from metals of groups VIB and VIII of the Periodic Table of Elements, in the form of metal sulphide, at a temperature ranging from 120 to 160°C; (b) Circulating the mixture of sulphur and of catalyst resulting from step (a) in a reaction area, wherein said mixture is contacted with hydrogen, the reaction area having a temperature at the point of intake of catalyst greater than or equal to 150°C and a temperature at the point of outlet of the catalyst less than or equal to 300°C, and a pressure less than or equal to 3.10 5 Pa; (c) Separating the catalyst and the off-gas containing hydrogen sulphide; and (d) Recycling the catalyst to step (a). (a) Contacting sulphur with a solid catalyst comprising at least one metal, selected from metals of groups VIB and VIII of the Periodic Table of Elements, in the form of metal sulphide, at a temperature ranging from 120 to 160°C; (b) Circulating the mixture of sulphur and of catalyst resulting from step (a) in a reaction area, wherein said mixture is contacted with hydrogen, the reaction area having a temperature at the point of intake of catalyst greater than or equal to 150°C and a temperature at the point of outlet of the catalyst less than or equal to 300°C, and a pressure less than or equal to 3.10 5 Pa; (c) Separating the catalyst and the off-gas containing hydrogen sulphide; and (d) Recycling the catalyst to step (a).
A surgical instrument , comprising: a longitudinal shaft assembly, comprising: a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a drive assembly, comprising: a motor comprising a drive output; a control circuit configured to control the motor ; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source ; wherein the motor comprises an energized condition and a de-energized condition, wherein when the motor is in the energized condition, the control circuit supplies the power source to the motor in a series circuit configuration, wherein when the motor is in the de-energized condition, the control circuit disconnects the power source from the motor , and wherein when the motor is in the de-energized condition, an electromagnetic lock is engaged. a longitudinal shaft assembly, comprising: a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a drive assembly, comprising: a motor comprising a drive output; a control circuit configured to control the motor ; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source ; a motor comprising a drive output; a control circuit configured to control the motor ; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source ; wherein the motor comprises an energized condition and a de-energized condition, wherein when the motor is in the energized condition, the control circuit supplies the power source to the motor in a series circuit configuration, wherein when the motor is in the de-energized condition, the control circuit disconnects the power source from the motor , and wherein when the motor is in the de-energized condition, an electromagnetic lock is engaged.
An organic photosensitive optoelectronic device comprising: two electrodes in superposed relation; a mixed photoactive layer located between the two electrodes, wherein the mixed photoactive layer comprises at least one donor material having a highest occupied molecular orbital (HOMO) energy and at least one acceptor material having a lowest unoccupied molecular orbital (LUMO) energy, wherein the at least one donor material and the at least one acceptor material form a mixed donor-acceptor heterojunction; a photoactive layer adjacent to and interfacing with the mixed photoactive layer, wherein the photoactive layer comprises a material having a LUMO energy within 0.3 eV of the LUMO energy of the at least one acceptor material; and a buffer layer adjacent to and interfacing with the mixed photoactive layer; characterised in that the buffer layer comprises a metal oxide; the photoactive layer has a thickness less than 10 nm; and the mixed photoactive layer comprises the at least one donor material and the at least one acceptor material at a donor:acceptor volume ratio ranging from 1:4 to 1:25. two electrodes in superposed relation; a mixed photoactive layer located between the two electrodes, wherein the mixed photoactive layer comprises at least one donor material having a highest occupied molecular orbital (HOMO) energy and at least one acceptor material having a lowest unoccupied molecular orbital (LUMO) energy, wherein the at least one donor material and the at least one acceptor material form a mixed donor-acceptor heterojunction; a photoactive layer adjacent to and interfacing with the mixed photoactive layer, wherein the photoactive layer comprises a material having a LUMO energy within 0.3 eV of the LUMO energy of the at least one acceptor material; and a buffer layer adjacent to and interfacing with the mixed photoactive layer; characterised in that the buffer layer comprises a metal oxide; the photoactive layer has a thickness less than 10 nm; and the mixed photoactive layer comprises the at least one donor material and the at least one acceptor material at a donor:acceptor volume ratio ranging from 1:4 to 1:25.
An apparatus for high data rate communication comprising - at least a signal de-multiplexer and a signal multiplexer wherein the signal de-multiplexer and the signal multiplexer connected to a modem unit via signal lines; - a reference control unit; - an antenna , wherein - the modem unit comprises a plurality of intermediate frequency (IF) modems ; - combiners and splitters , wherein the combiners and the splitters are connected via signal channels to the plurality of IF modems ; - and a RF-front end unit , wherein the combiners and the splitters are connected via an inphase signal line and a quadrature signal line to the RF-front end unit , characterized in that the IF modem comprises a two channel modulator, a two channel demodulator and a two channel IF transceiver with a fixed phase relationship between the two channels and a transformation module is preceding each IF modem , wherein the IF modem and the RF-front end unit form a double conversion architecture. - at least a signal de-multiplexer and a signal multiplexer wherein the signal de-multiplexer and the signal multiplexer connected to a modem unit via signal lines; - a reference control unit; - an antenna , wherein - the modem unit comprises a plurality of intermediate frequency (IF) modems ; - combiners and splitters , wherein the combiners and the splitters are connected via signal channels to the plurality of IF modems ; - and a RF-front end unit , wherein the combiners and the splitters are connected via an inphase signal line and a quadrature signal line to the RF-front end unit , characterized in that the IF modem comprises a two channel modulator, a two channel demodulator and a two channel IF transceiver with a fixed phase relationship between the two channels and a transformation module is preceding each IF modem , wherein the IF modem and the RF-front end unit form a double conversion architecture.
An electrical connector system , comprising: a first connector body having a terminal receiving cavity formed therein, the terminal receiving cavity being defined in part by a rigid floor having a rigid lock nib extending from the rigid floor into the terminal receiving cavity and a flexible beam extending into the terminal receiving cavity overlying the rigid floor , said flexible beam having at least one fixed end secured to the first connector body and a contact portion , a terminal having a first end configured to connect with a corresponding mating terminal , a second end configured to be secured to a wire, and a body portion intermediate the first and second ends , said body portion having a bottom surface defining a rigid lock edge , said body portion having a top surface having a first portion forward of the rigid lock edge and a second portion rearward of the rigid lock edge , wherein the terminal is received in the terminal receiving cavity characterized in that the contact portion has a first terminal hold down bump extending into the terminal receiving cavity and a second terminal hold down bump extending into the terminal receiving cavity distinct from the first terminal hold down bump such that the first terminal hold down bump engages the first portion of the top surface and the second terminal hold down bump engages the second portion of the top surface , thereby biasing the terminal towards the rigid floor and wherein the rigid lock nib engages the rigid lock edge , thereby preventing the terminal from being inadvertently withdrawn from the terminal receiving cavity . a first connector body having a terminal receiving cavity formed therein, the terminal receiving cavity being defined in part by a rigid floor having a rigid lock nib extending from the rigid floor into the terminal receiving cavity and a flexible beam extending into the terminal receiving cavity overlying the rigid floor , said flexible beam having at least one fixed end secured to the first connector body and a contact portion , a terminal having a first end configured to connect with a corresponding mating terminal , a second end configured to be secured to a wire, and a body portion intermediate the first and second ends , said body portion having a bottom surface defining a rigid lock edge , said body portion having a top surface having a first portion forward of the rigid lock edge and a second portion rearward of the rigid lock edge , wherein the terminal is received in the terminal receiving cavity characterized in that the contact portion has a first terminal hold down bump extending into the terminal receiving cavity and a second terminal hold down bump extending into the terminal receiving cavity distinct from the first terminal hold down bump such that the first terminal hold down bump engages the first portion of the top surface and the second terminal hold down bump engages the second portion of the top surface , thereby biasing the terminal towards the rigid floor and wherein the rigid lock nib engages the rigid lock edge , thereby preventing the terminal from being inadvertently withdrawn from the terminal receiving cavity .
Method for removing brittle-hard material by means of laser radiation, wherein a removal depression forms in the material as a result of the removal, the surfaces of which removal depression, also referred to as flanks, have a diffractive and refractive effect on the laser radiation introduced and, as a result, radiation portions of said laser radiation generate interference diffraction patterns within the removal depression , which, as soon as said radiation portions impinge again on the surfaces of the removal depression and penetrate into the material volume, bring about there a removal that is spatially variable along the surfaces and as a consequence roughen the surface and induce cracks in the material volume, wherein a wavelength mixture comprising at least two wavelengths is used as laser radiation for the removal, characterized in that the at least two wavelengths are selected in such a way that interference diffraction patterns are established on account of the diffraction and refraction both along the surfaces of the removal depression and in the material volume in comparison to laser radiation with only one of the wavelengths in such a way that spatial positions of interference maxima of the one wavelength(s) fall into interference minima of the other wavelength(s), wherein the power of the laser radiation which is detected by the focusing effect of the entry edge, defined as a spatially extended region of the surface of the workpiece, where an unaltered part of the surface of the workpiece merges into the part of the surface in which the removal of material has taken place and a removal depression has been created is adjusted in such a way that the intensity in the material which is reached by the focusing of the entry edge does not reach a threshold (ρ damage ) for the damage to the material .
Use of an antibody directed against bacterial antigen comprising a structural motif defined by the formula: on a bacterial antigen for the in vitro detection of glandular epithelial cells, nervous tissue or tumor tissue cells derived from these tissues.
Transporting apparatus for transporting a disabled person or a person with reduced mobility which is suitable for transporting a person between ground and an access zone of a transporting vehicle through an access space of the transporting vehicle, said transporting apparatus comprising removing means arranged for enabling said person to overcome a difference in level between said ground and said access zone , said removing means comprising a loading ramp and a dragging carriage connected to said loading ramp to be dragged to slide thereupon, said transporting apparatus further comprising fixing means arranged for fixing said loading ramp to a step of stairs of said access space , said fixing means comprising a supporting plate , that can be substantially L-shaped and is arranged for being fitted to said step , and abutting means arranged for coming to abut, in an operating configuration (O), against walls of said access space and wall portions of said transporting vehicle bordering with said access space , said abutting means comprising frontal abutting means arranged for abutting on said wall portions , said transporting apparatus of a disabled person or of a person with reduced mobility being characterised in that said frontal abutting means comprises frontal abutting arm means connected to said supporting plate so as to be able to rotate between said operating configuration (O) and a disengagement position (D), in which said frontal abutting arm means is spaced out from said wall portions , said frontal abutting arm means being lockable on said supporting plate in said operating configuration (O).
A method for performing charging processing on a data service of a user, comprising: sending (S202, S303, S307, S353, S357, S503, S508, S523, S528, S543, S550, S563, S570, S603, S608, S623, S628, S643, S650, S663, or S670), by a charging trigger device to a charging processing device , a charging request message comprising charging data of the data service, quality of service, QoS, that is of the data service and that corresponds to the charging data, and a guarantee status of the QoS, wherein the guarantee status is from a radio access network and indicates whether the QoS is guaranteed or not, and wherein the charging data comprises usage data of the data service and/or a requested quota of the data service; and receiving (S204, S305, S309, S355, S359, S505, S510, S525, S530, S545, S552, S565, S572, S605, S610, S625, S630, S645, S652, S665, or S672), by the charging trigger device from the charging processing device , a charging response message comprising a charging processing result of the charging request message. sending (S202, S303, S307, S353, S357, S503, S508, S523, S528, S543, S550, S563, S570, S603, S608, S623, S628, S643, S650, S663, or S670), by a charging trigger device to a charging processing device , a charging request message comprising charging data of the data service, quality of service, QoS, that is of the data service and that corresponds to the charging data, and a guarantee status of the QoS, wherein the guarantee status is from a radio access network and indicates whether the QoS is guaranteed or not, and wherein the charging data comprises usage data of the data service and/or a requested quota of the data service; and receiving (S204, S305, S309, S355, S359, S505, S510, S525, S530, S545, S552, S565, S572, S605, S610, S625, S630, S645, S652, S665, or S672), by the charging trigger device from the charging processing device , a charging response message comprising a charging processing result of the charging request message.
An antenna system for an automotive vehicle comprising: an outside antenna that is located outside of the automotive vehicle; an inside antenna that includes an RF radiating cable and that is located inside of the automotive vehicle; and a wireless communication module ; wherein the inside antenna is connected between the outside antenna and the wireless communication module such that all signals received and transmitted by the outside antenna are received and transmitted through the inside antenna . an outside antenna that is located outside of the automotive vehicle; an inside antenna that includes an RF radiating cable and that is located inside of the automotive vehicle; and a wireless communication module ; wherein the inside antenna is connected between the outside antenna and the wireless communication module such that all signals received and transmitted by the outside antenna are received and transmitted through the inside antenna .
A biopsy device, comprising: (a) a body; (b) a needle extending distally from the body; (c) a cutter movable relative to the needle and in communication with the needle for transporting tissue samples; (d) a visual inspection area disposed in the body proximally of the cutter and in communication with the needle to receive a tissue sample cut by the cutter for visual inspection by a user; (e) a valve configured to alternate between an open configuration and a closed configuration; and (f) a tissue sample holder disposed proximally of the valve, the valve being disposed proximally of the visual inspection area and distally of the tissue sample holder , wherein the valve is configured to permit visual inspection of the sample disposed in the visual inspection area when the valve is in the closed configuration and to permit the tissue sample to be passed into the tissue sample holder when the valve is in the open configuration. (a) a body; (b) a needle extending distally from the body; (c) a cutter movable relative to the needle and in communication with the needle for transporting tissue samples; (d) a visual inspection area disposed in the body proximally of the cutter and in communication with the needle to receive a tissue sample cut by the cutter for visual inspection by a user; (e) a valve configured to alternate between an open configuration and a closed configuration; and (f) a tissue sample holder disposed proximally of the valve, the valve being disposed proximally of the visual inspection area and distally of the tissue sample holder , wherein the valve is configured to permit visual inspection of the sample disposed in the visual inspection area when the valve is in the closed configuration and to permit the tissue sample to be passed into the tissue sample holder when the valve is in the open configuration.