mhurhangee/ep-ind-claims huggingface dataset:
Holding device for insertion into an initially open container can which is sealed after filling by fitting lid, characterised in that the holding device is designed in two parts and comprises a second part and a first part detachably connected thereto, the first part of which comprises a connecting section for connecting the second part to the first part as well as a plurality of support arms, at least two of which are formed as upper support arms and are supported in the region of the narrowed end on a peripheral wall of the container can, and at least two of which are lower support arms and are supported on the peripheral wall of the container can in a place that is nearer to the bottom of the container can than the connecting section.
A communication method, performed by an access point, AP, device, the method comprising: generating a wireless communication message frame, the wireless communication message frame comprising information about devices that are to access a channel, and an access order of the devices; transmitting, when information about an available transmission channel is obtained, the wireless communication message frame to start a data transmission procedure, and instructing the devices to sequentially transmit communication data through the transmission channel according to the access order in the data transmission procedure; transmitting a message frame for ending the data transmission procedure, if no communication data transmitted by a target device is detected in a first preset time period within a transmission time of the target device comprised in the wireless communication message frame, the first preset time period starting after communication data transmission of a previous device of the target device in the access order is completed; after transmitting the message frame for ending the data transmission procedure, generating a new wireless communication message frame, a data transmission time period indicated in the new wireless communication message frame being less than or equal to a remaining transmission time period of the data transmission procedure. generating a wireless communication message frame, the wireless communication message frame comprising information about devices that are to access a channel, and an access order of the devices; transmitting, when information about an available transmission channel is obtained, the wireless communication message frame to start a data transmission procedure, and instructing the devices to sequentially transmit communication data through the transmission channel according to the access order in the data transmission procedure; transmitting a message frame for ending the data transmission procedure, if no communication data transmitted by a target device is detected in a first preset time period within a transmission time of the target device comprised in the wireless communication message frame, the first preset time period starting after communication data transmission of a previous device of the target device in the access order is completed; after transmitting the message frame for ending the data transmission procedure, generating a new wireless communication message frame, a data transmission time period indicated in the new wireless communication message frame being less than or equal to a remaining transmission time period of the data transmission procedure.
Elastic coupling, in particular elastic shaft coupling, comprising a metallic outer part, a metallic inner part and elastic buffers (3, 4; 3', 4') arranged so as to be spaced apart from each other between the outer part and the inner part, the outer part comprising radially inwardly projecting elevations (1.1) which define buffer contact surfaces and the inner part comprising radially outwardly projecting elevations (2.1) which define buffer contact surfaces, and the elastic buffers (3,4; 3' 4') are arranged in at least two groups which are radially spaced apart form each other, characterised in that at least one annular intermediate part separately produced from the elastic buffers (3, 4; 3', 4') being arranged between the adjacent buffer groups and being connected torsionally resiliently both to the outer part and to the inner part via the elastic buffers (3, 4; 3', 4'), wherein the annular intermediate part comprises radially inwardly projecting elevations (5.1) which define buffer contact surfaces and radially outwardly projecting elevations (5.2) which define buffer contact surfaces.
A memory apparatus, comprising: a magnetic tunnel junction, MTJ, to store a logic value as a magnetization orientation; a controller to apply a sequence of electrical pulses to the MTJ during a read operation, wherein the controller is implemented to provide time between the electrical pulses to permit the MTJ to relax towards the magnetization orientation between the electrical pulses and to generate the sequence of electrical pulses to provide successively decreasing current through the MTJ; and a sensor to determine the logic value stored in the MTJ based on a total charge flow through the MTJ during the read operation. a magnetic tunnel junction, MTJ, to store a logic value as a magnetization orientation; a controller to apply a sequence of electrical pulses to the MTJ during a read operation, wherein the controller is implemented to provide time between the electrical pulses to permit the MTJ to relax towards the magnetization orientation between the electrical pulses and to generate the sequence of electrical pulses to provide successively decreasing current through the MTJ; and a sensor to determine the logic value stored in the MTJ based on a total charge flow through the MTJ during the read operation.
A vehicle seat (10, 26) including a seat cushion and a seat back, the vehicle seat comprising: a panel member that structures a portion of a frame of the seat cushion, which is adapted to support buttocks of a passenger, a front surface portion of the panel member being disposed at a front part of the vehicle seat, and a face of the front surface portion facing toward a front side of the vehicle seat (10, 26); and an energy absorbing member (22, 32) that is provided along the face of the front surface portion, and the energy absorbing member (22, 32) is configured to irreversibly deform by being pushed toward a rear side of the vehicle seat (10, 26), wherein the panel member is formed by a metal plate, and the panel member has a bottom surface portion that extends in a front-rear direction and a transverse direction of the vehicle seat (10, 26), an inclined surface portion that extends from a front end of the bottom surface portion so as to incline toward an upper side while heading toward the seat front side, a peak surface portion that extends from a front end of the inclined surface portion toward the seat front side, the peak surface portion being substantially parallel to the front-rear direction and the transverse direction of the vehicle seat, and the front surface portion, which extends toward a lower side from a front end of the peak surface portion. a panel member that structures a portion of a frame of the seat cushion, which is adapted to support buttocks of a passenger, a front surface portion of the panel member being disposed at a front part of the vehicle seat, and a face of the front surface portion facing toward a front side of the vehicle seat (10, 26); and an energy absorbing member (22, 32) that is provided along the face of the front surface portion, and the energy absorbing member (22, 32) is configured to irreversibly deform by being pushed toward a rear side of the vehicle seat (10, 26), wherein the panel member is formed by a metal plate, and the panel member has a bottom surface portion that extends in a front-rear direction and a transverse direction of the vehicle seat (10, 26), an inclined surface portion that extends from a front end of the bottom surface portion so as to incline toward an upper side while heading toward the seat front side, a peak surface portion that extends from a front end of the inclined surface portion toward the seat front side, the peak surface portion being substantially parallel to the front-rear direction and the transverse direction of the vehicle seat, and the front surface portion, which extends toward a lower side from a front end of the peak surface portion.
A switchgear cabinet for exhaust gas measuring facilities, comprising a cabinet body in which measuring appliances (32, 34, 36) for the analysis of sample gases are arranged and which includes two side walls (14, 16), a bottom, a cover and a rear wall, and a door for opening and closing a front side of said cabinet body, characterized in that said cabinet body includes a second rear wall, wherein between said first rear wall and said second rear wall a channel for heat dissipation is formed, and that the measuring appliances (32, 34, 36) for the exhaust gas analysis rest against the first rear wall.
An active energy ray-curable inkjet ink, which comprises an isoindoline-based pigment, said pigment having a specific electric conductance, measured by DIN ISO 787/14, of 150 μS/cm or less; wherein the isoindoline-based pigment comprises a pigment precursor and a by-product in an amount of 5% by weight or less.
A method of planning and/or operating a cellular network, wherein a plurality of base stations provide resources to a number of users, the method characterized by, a. determining for a base station a power-bandwidth characteristic curve, which describes the interdependence relationship, B p out ( P S), between transmit power P S and bandwidth B p out, wherein B p out is the bandwidth required by the base station to provide resources to U users, such that the service requirement DR u of each user u is satisfied with a given cell outage probability p out; b. evaluating the slope B p out '( P S) of the curve being the derivative B p out ( P S); and c. if a change of resources is requested for the base station, then: c1. determining, based on the evaluation, whether to change B p out or P S for the base station; c2. performing resource allocation to the base station according to the determination. a. determining for a base station a power-bandwidth characteristic curve, which describes the interdependence relationship, B p out ( P S), between transmit power P S and bandwidth B p out, wherein B p out is the bandwidth required by the base station to provide resources to U users, such that the service requirement DR u of each user u is satisfied with a given cell outage probability p out; b. evaluating the slope B p out '( P S) of the curve being the derivative B p out ( P S); and c. if a change of resources is requested for the base station, then: c1. determining, based on the evaluation, whether to change B p out or P S for the base station; c2. performing resource allocation to the base station according to the determination. c1. determining, based on the evaluation, whether to change B p out or P S for the base station; c2. performing resource allocation to the base station according to the determination.
A blade tip of a turbine rotor blade for a gas turbine engine, the turbine rotor blade including an airfoil and a root portion for mounting the airfoil along a radial axis to a rotor disk inboard of a turbine shroud, a pressure sidewall and a suction sidewall that join together at a leading edge and a trailing edge, the pressure sidewall and suction sidewall extending from the root portion to the blade tip, and a squealer tip cavity formed at the blade tip, the blade tip comprising: a trailing edge trench originating at an aft end of the squealer tip cavity, wherein the trailing edge trench generally extends toward the trailing edge of the blade tip; and a tip plate that extends between the outer radial edge of the pressure sidewall to the outer radial edge of the suction sidewall, wherein the squealer tip cavity is formed on a first side by a pressure tip wall that extends radially outwardly from the tip plate, traversing from the leading edge to the trailing edge such that the pressure tip wall resides approximately adjacent to the termination of the pressure sidewall, and on a second side by a suction tip wall that extends radially outwardly from the tip plate, traversing from the leading edge to the trailing edge such that the suction tip wall resides approximately adjacent to the termination of the suction sidewall (30; and characterized in that the trailing edge trench is a first trailing edge trench, extending from the squealer tip cavity to a position that is forward of the trailing edge of the blade tip and a second trailing edge trench is formed downstream of the downstream termination point of the first trailing edge trench. a trailing edge trench originating at an aft end of the squealer tip cavity, wherein the trailing edge trench generally extends toward the trailing edge of the blade tip; and a tip plate that extends between the outer radial edge of the pressure sidewall to the outer radial edge of the suction sidewall, wherein the squealer tip cavity is formed on a first side by a pressure tip wall that extends radially outwardly from the tip plate, traversing from the leading edge to the trailing edge such that the pressure tip wall resides approximately adjacent to the termination of the pressure sidewall, and on a second side by a suction tip wall that extends radially outwardly from the tip plate, traversing from the leading edge to the trailing edge such that the suction tip wall resides approximately adjacent to the termination of the suction sidewall (30; and characterized in that the trailing edge trench is a first trailing edge trench, extending from the squealer tip cavity to a position that is forward of the trailing edge of the blade tip and a second trailing edge trench is formed downstream of the downstream termination point of the first trailing edge trench.
Illumination system, with a plurality of operating devices (12, 13) for operating lamps (14, 15), wherein the lamps (14, 15) are assigned to a common subscriber group of the illumination system, with a main control device to which the operating devices (12, 13) are connected via a DALI control bus, with an extender which is connected to the main control device via the DALI control bus and is addressed via an address, and with a plurality of sensors (19 - 21), characterised in that the plurality of sensors (19 - 21) each comprise at least one element for producing a signal characteristic of the brightness and are connected to the extender, wherein: the extender delivers sensor data supplied by the brightness sensors (19 - 21) via its address or data derived from the sensor data as data to the main control device, and the main control device is configured to send light-control commands for increasing the brightness to the operating devices (12, 13) when it receives data indicating too low a brightness at least at one of the sensors (19 - 21), and is furthermore configured to send light-control commands for reducing the brightness to the operating devices (12, 13) when it receives data indicating too high a brightness at all sensors (19 - 21). the extender delivers sensor data supplied by the brightness sensors (19 - 21) via its address or data derived from the sensor data as data to the main control device, and the main control device is configured to send light-control commands for increasing the brightness to the operating devices (12, 13) when it receives data indicating too low a brightness at least at one of the sensors (19 - 21), and is furthermore configured to send light-control commands for reducing the brightness to the operating devices (12, 13) when it receives data indicating too high a brightness at all sensors (19 - 21).
A process for the preparation of clevidipine butyrate comprising the step: (i) reacting a compound of formula: with methyl 3-amino crotonate to obtain clevidipine butyrate, wherein the step (i) is carried out in the presence of at least an organic solvent or a solvent mixture comprising an organic solvent; and wherein the compound of formula is prepared by esterification of a compound of formula or a salt thereof: with a compound of formula L-CH 2 OCO-n-Pr, wherein L is a leaving group. (i) reacting a compound of formula: with methyl 3-amino crotonate to obtain clevidipine butyrate, wherein the step (i) is carried out in the presence of at least an organic solvent or a solvent mixture comprising an organic solvent; and wherein the compound of formula is prepared by esterification of a compound of formula or a salt thereof: with a compound of formula L-CH 2 OCO-n-Pr, wherein L is a leaving group.
A lubricant additive concentrate comprising from 30 to 80 mass% oil of lubricating viscosity and from 20 to 70 mass% of additive; wherein from 30 to 90 mass% of said additive comprises, on an active ingredient basis (i) hybrid overbased colloidal detergent derived from sulfonate surfactant and hydroxybenzoate surfactant; and (ii) polyalkenyl succinimide dispersant derived from a polyalkene having a number average molecular weight (M n) of from 1300 to 2500 daltons; and wherein the mass ratio of said polyalkenyl succinimide dispersant (ii) to said hybrid overbased colloidal detergent (i) in said lubricant additive concentrate is from 25:1 to 1:1.
Sliding mechanism of horizontal aspect for the seat pan of a seat relatively to a plate forming a support of the seat pan in the upper portion of the legs (2, 3) of the seat, including guiding means for the sliding of the seat pan relatively to the supporting plate and means for returning the seat pan to a stable rest position when it undergoes sliding, characterized in that said return means consist of an elastic part in a synthetic material.
Seal arrangement for a fixing of an attachment component, in particular of a pressure sensor, to a high-pressure fuel line, in particular a fuel distributor rail of an internal combustion engine, wherein the attachment component has a connector which has a radially encircling projection which extends axially over a partial area, wherein the high-pressure fuel line has a receptacle for the fixing of the attachment component, wherein the receptacle is arranged in an axial direction with respect to the connector of the attachment component, wherein a ring-shaped sealing element is arranged between the attachment component and the receptacle, characterized in that the sealing element, at its radially outer ring-shaped surface, bears at least partially against a radially inner ring-shaped surface of the projection of the connector of the attachment component, and the sealing element is compressed between the receptacle and the connector, and the diameter (d K) of the receptacle decreases in the axial direction, such that the projection is plastically deformed.
A method comprising: receiving as an input signal a phase-distorted signal or a transmitted-data signal, the phase-distorted signal having been distorted from a phase-equalized signal by transmission across a communication channel, the transmitted-data signal comprising transmitted data; generating a non-derivative version of the input signal by applying a delay operator in a continuous-time domain to the input signal; generating a first-order derivative version of the input signal by applying a derivative operator in a continuous-time domain to the input signal; generating a first product signal by multiplying the non-derivative version of the input signal by a first coefficient, the first coefficient being a positive number; generating a second product signal by multiplying the first-order derivative version of the input signal by a second coefficient, the second coefficient being a negative number; and generating an output signal by summing the first and second product signals. receiving as an input signal a phase-distorted signal or a transmitted-data signal, the phase-distorted signal having been distorted from a phase-equalized signal by transmission across a communication channel, the transmitted-data signal comprising transmitted data; generating a non-derivative version of the input signal by applying a delay operator in a continuous-time domain to the input signal; generating a first-order derivative version of the input signal by applying a derivative operator in a continuous-time domain to the input signal; generating a first product signal by multiplying the non-derivative version of the input signal by a first coefficient, the first coefficient being a positive number; generating a second product signal by multiplying the first-order derivative version of the input signal by a second coefficient, the second coefficient being a negative number; and generating an output signal by summing the first and second product signals.
Charging station, in particular for a cleaning device, comprising a station housing, a mains connection element, in particular a mains plug, for connecting the charging station to an electrical power supply, a charging means and at least one charging element for transferring energy to an accumulator, the station housing having at least two housing parts (8, 9) which can be moved relative to one another, of which a first housing part has the mains connection element and of which a second housing part has the charging element, so that the charging element can be moved relative to the mains connection element by moving one of the housing parts (8, 9), characterised in that the housing parts (8, 9) are arranged telescopically one inside the other such that the distance between the mains connection element and the charging element is variable.
Plug connector device with at least one wiring block which is configured to receive at least one multi-wire data cable and comprises at least one receiving region for receiving at least one wire of the at least one data cable, wherein the at least one receiving region is at least partially delimited by at least one at least partially deformable receiving element, wherein the at least one receiving element comprises at least one first receiving piece that is embodied to be at least partially deformable elastically and/or plastically, and wherein the at least one first receiving element comprises at least one second receiving piece having at least one holding lug, which is at least partially configured for fastening respectively one wire of the at least one data cable, characterised in that the at least one first receiving piece and the at least one second receiving piece have at least partly different rigidities.
A lever-type connector (1; 101) comprising: a housing to be fitted with a mating housing in a longitudinal direction; a lever pivotably mounted to the housing and fitting the housing with the mating housing by pivoting; and a cover mounted to the housing to cover an outer periphery of an electric cable drawn out from the housing, wherein the housing is provide with a deflectable lock arm, the lock arm having as a base end, a root part integrally mounted to the housing at a side where the housing faces the cover and holding the lever at a pivoting completion position of the lever, and the cover is provided with a protective wall arranged opposite to the root part of the lock arm, such that it faces the root part of the lock arm; characterised in that the protective wall is perpendicular to the longitudinal direction. a housing to be fitted with a mating housing in a longitudinal direction; a lever pivotably mounted to the housing and fitting the housing with the mating housing by pivoting; and a cover mounted to the housing to cover an outer periphery of an electric cable drawn out from the housing, wherein the housing is provide with a deflectable lock arm, the lock arm having as a base end, a root part integrally mounted to the housing at a side where the housing faces the cover and holding the lever at a pivoting completion position of the lever, and the cover is provided with a protective wall arranged opposite to the root part of the lock arm, such that it faces the root part of the lock arm; characterised in that the protective wall is perpendicular to the longitudinal direction.