mhurhangee/patent-ind-claim-en huggingface dataset:
Two-wheeler pneumatic tyre , preferably a bicycle tyre, particularly preferably a racing bike tyre and/or a mountain bike tyre, having a tread , a tyre carcass, tyre sidewalls , and in each axial half of the tyre a bead region having a tyre bead with a core , wherein the two-wheeler pneumatic tyre has in the bead regions a protective layer which is disposed axially outside the carcass and has strength members embedded in rubber material; • wherein the tyre carcass is formed from a first carcass ply and a second carcass ply , each having strength members; • wherein the second carcass ply is disposed in a vertex of the two-wheeler pneumatic tyre radially within the first carcass ply , and extends from the vertex of the two-wheeler pneumatic tyre over the tyre sidewalls into both bead regions , and in the latter wraps the respective core from axially inside to axially outside, and ends in a second carcass ply end radially within a tread end of the tread; • wherein the first carcass ply extends from the vertex of the two-wheeler pneumatic tyre over the tyre sidewalls into both bead regions , and in the latter wraps the respective core from axially inside to axially outside; and - wherein the protective layer in each of the two axial halves is guided from the bead region over the respective tyre sidewall to below the tread , characterized in that • the first carcass ply is guided from the respective bead region in a first carcass ply turn-up over the respective tyre sidewall to below the tread , and at the latter ends in each case in a first carcass ply end . • wherein the tyre carcass is formed from a first carcass ply and a second carcass ply , each having strength members; • wherein the second carcass ply is disposed in a vertex of the two-wheeler pneumatic tyre radially within the first carcass ply , and extends from the vertex of the two-wheeler pneumatic tyre over the tyre sidewalls into both bead regions , and in the latter wraps the respective core from axially inside to axially outside, and ends in a second carcass ply end radially within a tread end of the tread; • wherein the first carcass ply extends from the vertex of the two-wheeler pneumatic tyre over the tyre sidewalls into both bead regions , and in the latter wraps the respective core from axially inside to axially outside; and - wherein the protective layer in each of the two axial halves is guided from the bead region over the respective tyre sidewall to below the tread , characterized in that - wherein the protective layer in each of the two axial halves is guided from the bead region over the respective tyre sidewall to below the tread , characterized in that • the first carcass ply is guided from the respective bead region in a first carcass ply turn-up over the respective tyre sidewall to below the tread , and at the latter ends in each case in a first carcass ply end .
A device for determining at least one piece of information on a position of at least one transmitter , comprising an antenna device , a control device , a signal processing device and a data processing device , wherein the antenna device comprises several different directional characteristics , wherein the directional characteristics each relate to at least a set of spatially different receive sensitivities of the antenna device , wherein the antenna device is configured to receive at least one respective signal from the transmitter with different directional characteristics, wherein the antenna device comprises a feed network , the feed network causing different directional characteristics of the antenna device , wherein the feed network is configured to output signals received from the antenna device in a manner partitioned in correspondence with the directional characteristics , wherein the antenna device is configured such that the directional characteristics each comprise a global maximum which is located each in a certain sector, determined by a pair of an azimuth angle and a co-elevation angle, in an irradiation region associated to the antenna device , wherein the antenna device is configured such that the directional characteristics each comprise a side maximum which is located each in a sector differing from that sector where the global maximum is located, and which comprises a predeterminable level distance to a level of the global maximum, wherein the signal processing device is configured to process the signals received from the antenna device and establish a respective amplitude value of a field strength of the signal received, wherein the data processing device is configured to establish the information on the position of the transmitter based on the directional characteristics and the amplitude values established from the respective associated signals received, and wherein the data processing device is configured to establish a statement on a direction of the transmitter relative to the antenna device as information on the position of the transmitter from the amplitude values established in a vector form and data on the directional characteristics , characterized in that the control device is configured to switch the different directional characteristics, which are caused by the feed network , for receiving signals emanating from the transmitter , the feed network being configured to set a desired directional characteristic of the directional characteristics at a multibeam antenna of the antenna device , and the respectively desired directional characteristic being switched, for the signal processing device , by establishing a connection between a signal input of the feed network of the respectively desired directional characteristic and the signal processing device .
Two terminal tandem cell comprising: - a silicon bottom cell comprising a silicon layer , a rear contact configured to be linked to a first terminal and a front contact , - a perovskite top cell comprising a layer of perovskite and a capping layer , wherein the perovskite top cell comprises alternated back contacts made by a first carrier transport layer arranged on the front contact of the silicon bottom cell to produce a recombination layer or a tunnel junction interface and a second carrier transport layer configured to be linked to a second terminal and wherein an insulator layer is arranged on one side between the silicon bottom cell and the second carrier transport layer and on the other side between the first carrier transport layer and the second transport layer and wherein the first carrier transport layer and the second carrier transport layer have opposite doping type. - a silicon bottom cell comprising a silicon layer , a rear contact configured to be linked to a first terminal and a front contact , - a perovskite top cell comprising a layer of perovskite and a capping layer ,
Glaze for a ceramic article, comprising as component (in percentage by weight): 5 % - 15 % Graphane or C-doped Boron Nitride.
A key generation method, comprising: receiving , by a mobility management entity, MME, a redirection request message from an access and mobility management function, AMF, node, wherein the redirection request message comprises key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; and generating , by the MME, an encryption key and an integrity protection key for the voice service based on the key-related information. receiving , by a mobility management entity, MME, a redirection request message from an access and mobility management function, AMF, node, wherein the redirection request message comprises key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; and generating , by the MME, an encryption key and an integrity protection key for the voice service based on the key-related information.
A static random access memory SRAM , comprising: an array of storage cells arranged as rows and columns, and comprising word lines (302-312) that correspond to the rows and bit lines (322-328) that correspond to the columns; and a first sense amplifier including a first transistor and a second transistor , the first sense amplifier configured to: provide a first read of a first storage cell of the array of storage cells; based on the first read of the first storage cell failing to correctly read data stored in the first storage cell, increment a body bias of the first transistor a first time; and in response to the body bias of the first transistor being incremented, provide a second read of the first storage cell, wherein the first sense amplifier is further configured to: based on the second read failing to correctly read the data stored in the first storage cell, determine whether the body bias of the first transistor is at a maximum level; and based on the body bias of the first transistor being at the maximum level, incrementing a body bias of the second transistor . an array of storage cells arranged as rows and columns, and comprising word lines (302-312) that correspond to the rows and bit lines (322-328) that correspond to the columns; and a first sense amplifier including a first transistor and a second transistor , the first sense amplifier configured to: provide a first read of a first storage cell of the array of storage cells; based on the first read of the first storage cell failing to correctly read data stored in the first storage cell, increment a body bias of the first transistor a first time; and in response to the body bias of the first transistor being incremented, provide a second read of the first storage cell, wherein the first sense amplifier is further configured to: based on the second read failing to correctly read the data stored in the first storage cell, determine whether the body bias of the first transistor is at a maximum level; and based on the body bias of the first transistor being at the maximum level, incrementing a body bias of the second transistor . based on the second read failing to correctly read the data stored in the first storage cell, determine whether the body bias of the first transistor is at a maximum level; and based on the body bias of the first transistor being at the maximum level, incrementing a body bias of the second transistor .
Method of assembling a vane for the outlet guide vane assembly of a twin-spool aircraft turbojet , comprising: - a step to deposit a polymerisable resin on a junction face of a body of the said vane , - a step to position a cap of the vane on said junction face covered with said resin such that an external face of the cap and an external face of the body together form an intrados of this vane , - a step to arrange an inflatable bladder in contact with the intrados of the vane , - a step to inflate the bladder thus held in contact with the intrados in order to apply a force on the cap to force the cap into contact with said junction face of the body , this method being characterised in that it comprises: - a step to surround the bladder , the cap and the body with a pouch so as to hold the bladder in contact with the intrados , et - a heating step to polymerise the resin and thus fix the cap on the body of the vane . - a step to deposit a polymerisable resin on a junction face of a body of the said vane , - a step to position a cap of the vane on said junction face covered with said resin such that an external face of the cap and an external face of the body together form an intrados of this vane , - a step to arrange an inflatable bladder in contact with the intrados of the vane , - a step to inflate the bladder thus held in contact with the intrados in order to apply a force on the cap to force the cap into contact with said junction face of the body , this method being characterised in that it comprises: - a step to surround the bladder , the cap and the body with a pouch so as to hold the bladder in contact with the intrados , et - a heating step to polymerise the resin and thus fix the cap on the body of the vane . - a step to surround the bladder , the cap and the body with a pouch so as to hold the bladder in contact with the intrados , et - a heating step to polymerise the resin and thus fix the cap on the body of the vane .
An immunoparticle comprising a lipidated secondary antibody comprising a secondary antibody attached via a linker to a lipidated peptide, said lipidated secondary antibody is non-covalently attached to an outer surface of a lipid-based particle via said lipidated peptide, and wherein said lipidated secondary antibody non-covalently interacts with an Fc region of a primary antibody, wherein said primary antibody comprises an antigen recognition domain which binds a tissue or tumor specific antigen, and wherein said immunoparticle is loaded with a diagnostic or a therapeutic agent.
Landing gear of a light aircraft, i.e. weighing less than 5.7 tonnes, the landing gear consisting of at least one wheel attached to a chassis or to a fuselage of the aircraft by means of a connecting element , the wheel being connected to the connecting element via a system of two damping cylinders arranged between the wheel and the connecting element , said system of two damping cylinders being composed of two rods extending from a support part and of two struts mounted with the ability for damped sliding around the rods and secured to the connecting element , characterized in that the support part is attached to an axle of the wheel , and in that the two struts of the system of two damping cylinders are secured to the connecting element via a connecting part attached to the connecting element and connecting the two struts to one another.
A coformer salt of (2 S ,3 S )-methyl 7-fluoro-2-(4-fluorophenyl)-3-(1-methyl-1 H -1,2,4-triazol-5-yl)-4-oxo-1,2,3,4-tetrahydroquinoline-5-carboxylate which is [(1 S )- endo ]-(+)-3-bromo-10-camphor sulfonic acid salt of (2 S ,3 S )-methyl 7-fluoro-2-(4-fluorophenyl)-3-(1-methyl-1 H -1,2,4-triazol-5-yl)-4-oxo-1,2,3,4-tetrahydroquinoline-5-carboxylate, optionally as a solvate and additionally optionally as a hydrate thereof, wherein the coformer salt is in a crystalline form and exhibits solid state 13 C NMR spectrum with peaks at 210.3, 25.3, 21.8, 20.8, 19.5, and 18.5 ppm ± 0.2 ppm referenced to residual peaks from DMSO-d 6 .
A computer-readable medium having stored thereon computer-readable instructions that when executed by a controller cause the controller to: receive a sound signal from a sound generating device ; characterized in that : determine a level of the received sound signal; and when the determined level is below a predetermined threshold: determine a frequency of the received sound signal; and when the determined frequency is within a predetermined frequency range, start recording the received sound signal; and when the determined level is above the predetermined threshold: start recording the received sound signal. receive a sound signal from a sound generating device ; characterized in that : determine a level of the received sound signal; and when the determined level is below a predetermined threshold: determine a frequency of the received sound signal; and when the determined frequency is within a predetermined frequency range, start recording the received sound signal; and when the determined level is above the predetermined threshold: start recording the received sound signal. determine a level of the received sound signal; and when the determined level is below a predetermined threshold: determine a frequency of the received sound signal; and when the determined frequency is within a predetermined frequency range, start recording the received sound signal; and when the determined level is above the predetermined threshold: start recording the received sound signal. determine a frequency of the received sound signal; and when the determined frequency is within a predetermined frequency range, start recording the received sound signal; and when the determined level is above the predetermined threshold: start recording the received sound signal.
A control circuit (130; 230; 330; 430), comprising: at least one active pull down module designed to set a reverse bias voltage of an avalanche diode above a breakdown voltage and alternatively leave the reverse bias voltage of the avalanche diode floating above the breakdown voltage, wherein the at least one pull down module includes at least one first switch (34; 102; 202) controlled by at least one first control signal to connect and alternatively disconnect an anode of the avalanche diode to a first voltage supply ; and at least one quenching resistor designed to quench and then recharge the avalanche diode by setting the reverse bias voltage of the avalanche diode below the breakdown voltage and then resetting the reverse bias voltage of the avalanche diode above the breakdown voltage, upon absorbing of a photon, when the reverse bias voltage of the avalanche diode is above the breakdown voltage, wherein the at least one quenching resistor is arranged to connect a cathode of the avalanche diode to a second voltage supply ; and at least one passive pull up module designed to set the reverse bias voltage of the avalanche diode below the breakdown voltage upon absorbing of a photon, when the reverse bias voltage of the avalanche diode is left floating above the breakdown voltage, wherein the at least one passive pull up module includes at least one clamp diode , wherein the at least one clamp diode includes a cathode connected to a third supply voltage and an anode connected to the anode of the avalanche diode . at least one active pull down module designed to set a reverse bias voltage of an avalanche diode above a breakdown voltage and alternatively leave the reverse bias voltage of the avalanche diode floating above the breakdown voltage, wherein the at least one pull down module includes at least one first switch (34; 102; 202) controlled by at least one first control signal to connect and alternatively disconnect an anode of the avalanche diode to a first voltage supply ; and at least one quenching resistor designed to quench and then recharge the avalanche diode by setting the reverse bias voltage of the avalanche diode below the breakdown voltage and then resetting the reverse bias voltage of the avalanche diode above the breakdown voltage, upon absorbing of a photon, when the reverse bias voltage of the avalanche diode is above the breakdown voltage, wherein the at least one quenching resistor is arranged to connect a cathode of the avalanche diode to a second voltage supply ; and at least one passive pull up module designed to set the reverse bias voltage of the avalanche diode below the breakdown voltage upon absorbing of a photon, when the reverse bias voltage of the avalanche diode is left floating above the breakdown voltage, wherein the at least one passive pull up module includes at least one clamp diode , wherein the at least one clamp diode includes a cathode connected to a third supply voltage and an anode connected to the anode of the avalanche diode .
Dry vacuum pump comprising: - a drive device comprising a drive shaft at one end of which is fixed at least one drive wheel provided to set in motion at least one belt ; - at least two parallel rotors each having a rotor shaft provided with a rotor element , this rotor shaft being able to be driven in rotation by the belt and being equipped at one of its axial ends with a toothed wheel , characterized in that the drive wheel and the belt are smooth; each shaft of the rotor comprises at least one smooth section arranged to co-operate with the belt , and the toothed wheels of the shafts of the rotor are dimensioned and arranged to mesh with one another. - a drive device comprising a drive shaft at one end of which is fixed at least one drive wheel provided to set in motion at least one belt ; - at least two parallel rotors each having a rotor shaft provided with a rotor element , this rotor shaft being able to be driven in rotation by the belt and being equipped at one of its axial ends with a toothed wheel , the drive wheel and the belt are smooth; each shaft of the rotor comprises at least one smooth section arranged to co-operate with the belt , and the toothed wheels of the shafts of the rotor are dimensioned and arranged to mesh with one another.
Method for operating an ETCS, European Train Control System, rail vehicle with a GSM-R communication device in an on-board unit with at least one GSM-R mobile radio antenna for a GSM-R mobile radio network with at least one connected GSM-R mobile radio device , in which, by means of a mobile multiplexer with a control logic upstream of the mobile radio device , commands from an ETCS application unit and from further application units (10 to 12) connected on the input side are recorded according to priority and a GSM-R network control and a connection set-up in the GSM-R mobile radio network are initiated as a function of the application units (9 to 12) according to priority via the GSM-R mobile radio device .
A distributed control system , comprising: a plurality of controllers , each controller of the plurality of controllers being in communication with the remaining controllers of the plurality of controllers , each controller being configured to control at least one device , each controller being further configured to and characterised by : initiate a first timer, in response to a received signal, the first timer having a length that is unique with respect to the first timer lengths of the remaining controllers of the plurality of controllers ; send a first notification signal, upon the expiration of the first timer, to the remaining controllers notifying the remaining controllers of an intent to send a command signal; and send the command signal to the at least one device , wherein the controller is configured to cancel sending the first notification signal and the command signal if the first notification signal is received from one of the remaining controllers of the plurality of controllers prior to the expiration of the first timer. initiate a first timer, in response to a received signal, the first timer having a length that is unique with respect to the first timer lengths of the remaining controllers of the plurality of controllers ; send a first notification signal, upon the expiration of the first timer, to the remaining controllers notifying the remaining controllers of an intent to send a command signal; and send the command signal to the at least one device , wherein the controller is configured to cancel sending the first notification signal and the command signal if the first notification signal is received from one of the remaining controllers of the plurality of controllers prior to the expiration of the first timer.
A sulfur-based positive-electrode active material comprising doped nitrogen atoms obtainable by heat-treating a starting material comprising a chain organic compound and sulfur under an atmosphere of a nitrogen atom-doping gas, wherein the nitrogen atom-doping gas is ammonia gas.
A longitudinal multi-stage electrically driving power assembly, the longitudinal multi-stage electrically driving power assembly comprising an electric motor and a plurality of sets of gearboxes , each of the gearboxes is a single-stage reduction gearbox or a multi-stage reduction gearbox, the gearboxes are connected in series to form a gearbox assembly, characterized in that an output shaft of the electric motor and an input shaft of the gearbox assembly are integrally manufactured, and an output shaft of the last connected gearbox is the output shaft of the entire power assembly.