mhurhangee/ep-ind-claims huggingface dataset:
A hearing assistance device comprising: - a housing component including a transceiver and processing circuitry arranged in a compact block structure; - an antenna element (30, 80) contained within a housing component; - a small feed loop mounted on the compact block structure and electrically connected to the transceiver; - wherein the small feed loop and the antenna element (30, 80) are provided as metallic band elements, and wherein the band elements in an area of electromagnetic coupling are arranged in substantially parallel planes; and - wherein the circumference of the small feed loop is between 5 and 20% of a wavelength of the signal emitted by the antenna element (30, 80). - a housing component including a transceiver and processing circuitry arranged in a compact block structure; - an antenna element (30, 80) contained within a housing component; - a small feed loop mounted on the compact block structure and electrically connected to the transceiver; - wherein the small feed loop and the antenna element (30, 80) are provided as metallic band elements, and wherein the band elements in an area of electromagnetic coupling are arranged in substantially parallel planes; and - wherein the circumference of the small feed loop is between 5 and 20% of a wavelength of the signal emitted by the antenna element (30, 80).
Container provided with a sealing lid, comprising a jar, a lid for closing the jar, a rubber sealing ring, intended to be interposed between an upper edge of the jar and a lower flange of the lid, and a wire-shaped hooking element for hooking the lid to the jar in order to close the container, the jar being provided, in the proximity of its upper edge, with a collar radially projecting from the jar side surface so as to define below a circumferential step-like seat, and said wire-shaped hooking element being shaped with a pair of pivoting ends rotatably received inside respective holes in the lid and with two curvilinear locking portions, in an intermediate position with respect to said pivoting ends, so as to be rotatable about said pivoting ends between a lowered position in which the two curvilinear locking portions are stably received in said circumferential step-like seat, abutting against the lower surface of the collar, and a raised position in which the two curvilinear locking portions do not interfere with the jar, wherein said two curvilinear locking portions, when the wire-shaped hooking element is in said lowered position, embrace the side surface of the jar for about half of its circumference, between the two curvilinear locking portions an engagement portion being centrally arranged in an intermediate position of the wire-shaped element, forwardly projecting therefrom.
A resettable shield-activated injection training device, comprising: an outer housing comprising a proximal end and a distal end; a plunger slidable relative to the outer housing between a retracted position and an extended position; and a safety shield comprising an extended locked position, an extended unlocked position, and a retracted position, the safety shield being slidable relative to the outer housing between an extended position and a retracted position; a rotatable reset component, said reset component configured to mechanically interact with the safety shield, such that when the reset component rotates, the safety shield is unlocked and released from its extended locked position after use of the device to an unlocked position; wherein the reset component comprises a safety shield locking tab configured to mechanically interact with the safety shield, to lock the safety shield in an extended position; wherein the plunger is retained in a pre-fired position until the safety shield is in the retracted position and wherein an application of an axial force on the plunger toward the proximal end of the outer housing rotates the reset component, unlocks the safety shield and resets the device. an outer housing comprising a proximal end and a distal end; a plunger slidable relative to the outer housing between a retracted position and an extended position; and a safety shield comprising an extended locked position, an extended unlocked position, and a retracted position, the safety shield being slidable relative to the outer housing between an extended position and a retracted position; a rotatable reset component, said reset component configured to mechanically interact with the safety shield, such that when the reset component rotates, the safety shield is unlocked and released from its extended locked position after use of the device to an unlocked position; wherein the reset component comprises a safety shield locking tab configured to mechanically interact with the safety shield, to lock the safety shield in an extended position; wherein the plunger is retained in a pre-fired position until the safety shield is in the retracted position and wherein an application of an axial force on the plunger toward the proximal end of the outer housing rotates the reset component, unlocks the safety shield and resets the device.
Method for the preparation of purified polymer granules by extraction of residual material containing polymer granules selected from poly(aryl ether)sulfones, polyamides, polyesters, polycarbonates and polyketones, in which the polymer granules are maintained at a temperature of 170 to 225°C in a fluidized bed with superheated steam and carrying out the treatment in the fluidized bed for a period of 2.5 to 10 hours and removing the residuals.
A compound of Formula or a pharmaceutically acceptable salt thereof: wherein R 1 is NHC CH 2 CH 3, NHC CH(CH 3) 2, NHC (CH 2) 3 CH 3, NHC CH 2 CH(CH 3) 2, or NHC (CH 2) 4 CH 3.
A device for supporting at least one upper arm of a user, wherein the device has a. at least one arm support element with an arm shell for mounting on the upper arm, b. at least one passive actuator, which has a first end and a second end and is configured to apply a force to the at least one arm support element, c. at least one deflector element against which the at least one actuator rests, and d. at least one counter bearing for the force to be applied, characterized in that the type, shape, position and/or orientation of the at least one deflector element relative to the arm support element can be changed in such a way that the force which can be applied by the actuator can be adjusted. a. at least one arm support element with an arm shell for mounting on the upper arm, b. at least one passive actuator, which has a first end and a second end and is configured to apply a force to the at least one arm support element, c. at least one deflector element against which the at least one actuator rests, and d. at least one counter bearing for the force to be applied,
A multispecific protein consisting of three polypeptide chains, each chain comprise a variable domain fused to a CH1 or Cκ domain (a V-(CH1/Cκ) unit), wherein a first (central) chain comprises two V-(CH1/Cκ) units and a human Fc domain interposed between the units, the second chain comprises one V-(CH1/Cκ) unit and a human Fc domain, and the third chain comprises one V-(CH1/Cκ) unit, wherein one of the V-(CH1/Cκ) units of the central chain is bound, by CH1-Cκ dimerization, to the V-(CH1/Cκ) unit of the second chain thereby forming a first antigen binding domain and a dimeric Fc domain, and wherein the other of the V-(CH1/Cκ) units of the central chain is bound, by CH1-Cκ dimerization, to the V-(CH1/Cκ) unit of the third chain thereby forming a second antigen binding domain, and wherein the Fc domain comprises N-linked glycosylation at residue N297 (Kabat EU numbering) and binds to a human CD16 polypeptide, wherein the multispecific protein is a trimer with a dimeric Fc domain having the domain arrangement: wherein one V 1 is a light chain variable domain and the other V 1 is a heavy chain variable domain, wherein one V 2 is a light chain variable domain and the other V 2 is a heavy chain variable domain, wherein the V 1 pair will form a first ABD, and the V 2 pair will form a second ABD and wherein an Fc domain is fused to a CK domain via a hinge region. wherein the multispecific protein is a trimer with a dimeric Fc domain having the domain arrangement: wherein one V 1 is a light chain variable domain and the other V 1 is a heavy chain variable domain, wherein one V 2 is a light chain variable domain and the other V 2 is a heavy chain variable domain, wherein the V 1 pair will form a first ABD, and the V 2 pair will form a second ABD and wherein an Fc domain is fused to a CK domain via a hinge region.
A contact detection device, comprising: a base with a particular shape; a foamed synthetic resin body covering the base, the foamed synthetic resin body comprising a piece of foamed synthetic resin (11, 12, 13) or a plurality of pieces of foamed synthetic resin (11, 12, 13) being stacked and bonded together, wherein the base and the foamed synthetic resin body are arranged to be opposite each other with a predetermined volume space therebetween; a reinforced layer formed on an inner surface of the foamed synthetic resin body facing the predetermined volume space and/or formed on an inner surface of the base facing the predetermined volume space to prevent compressed air in the volume space from leaking through the base and/or the foamed synthetic resin body to open air; and at least one flow sensor detecting a flow rate from the volume space to open air. a base with a particular shape; a foamed synthetic resin body covering the base, the foamed synthetic resin body comprising a piece of foamed synthetic resin (11, 12, 13) or a plurality of pieces of foamed synthetic resin (11, 12, 13) being stacked and bonded together, wherein the base and the foamed synthetic resin body are arranged to be opposite each other with a predetermined volume space therebetween; a reinforced layer formed on an inner surface of the foamed synthetic resin body facing the predetermined volume space and/or formed on an inner surface of the base facing the predetermined volume space to prevent compressed air in the volume space from leaking through the base and/or the foamed synthetic resin body to open air; and at least one flow sensor detecting a flow rate from the volume space to open air.
A dual-core support structure for a free-standing structure, the dual-core support structure comprising: an inner core; an outer core; wherein each core (10,20) is a six-sided construction and the inner core fits within the outer core; characterised in that: each core (10,20) is formed by hollow vertical and horizontal conduits (11,21) that are interconnected, so as to form an open six-sided body that has an outer shape of a cuboid; and the dual-core support structure comprises core-connecting conduits, and and the interconnecting conduits connect the hollow conduits of the inner core with the hollow conduits of the outer core. an inner core; an outer core;
Method for making an object secure, comprising steps consisting in: - creating a multi-layer graphic signature by superposing, in partial or total transparency, a first graphic element on a first layer and a second graphic element on a second layer, of which at least one graphic element (20, 21) comprises a random graphic element, and - storing the said graphic signature on or in the object, characterized in that - the relative position of the first graphic element and of the second graphic element is random. - creating a multi-layer graphic signature by superposing, in partial or total transparency, a first graphic element on a first layer and a second graphic element on a second layer, of which at least one graphic element (20, 21) comprises a random graphic element, and - storing the said graphic signature on or in the object, characterized in that - the relative position of the first graphic element and of the second graphic element is random.
Method for determining current set points (I qsoll, I dsoll) for generating a desired target motor torque (M soll) at a permanent-magnet-excited electric motor, wherein the desired target motor torque (M soll) is the sum of a permanent flux torque (M pm) and a reluctance torque (M reluktanz), wherein by means of a control device: - a present operating point and the desired target motor torque (M soll) are obtained, - a coefficient (K pm) is determined in an operating-point-dependent manner for a permanent flux torque component, wherein an operating-point-dependent characteristic map is used for determining the coefficient (K pm), wherein associated coefficients (K pm) are stored in the characteristic map for different operating points, wherein these coefficients (K pm) were generated in advance by numerically solving the motor torque equation for different operating points, - by means of the determined coefficient (K pm) the permanent flux torque (M pm) and the reluctance torque (M reluktanz) are determined from the desired target motor torque (M soll), - a torque-forming current set point (I qsoll) is determined starting from the determined permanent flux torque (M pm), - a magnetic-field-weakening current set point (I dsoll) is determined starting from the determined reluctance torque (M reluktanz), and - the determined current set points (I qsoll, I dsoll) are provided for regulation. - a present operating point and the desired target motor torque (M soll) are obtained, - a coefficient (K pm) is determined in an operating-point-dependent manner for a permanent flux torque component, wherein an operating-point-dependent characteristic map is used for determining the coefficient (K pm), wherein associated coefficients (K pm) are stored in the characteristic map for different operating points, wherein these coefficients (K pm) were generated in advance by numerically solving the motor torque equation for different operating points, - by means of the determined coefficient (K pm) the permanent flux torque (M pm) and the reluctance torque (M reluktanz) are determined from the desired target motor torque (M soll), - a torque-forming current set point (I qsoll) is determined starting from the determined permanent flux torque (M pm), - a magnetic-field-weakening current set point (I dsoll) is determined starting from the determined reluctance torque (M reluktanz), and - the determined current set points (I qsoll, I dsoll) are provided for regulation.
Method for transmitting information between an electric motor and a motor control unit wherein, as information, motion state information of the electric motor on the one hand and additional information on the other hand is transmitted via two transmission channels, and wherein the motion state information is in the form of two base signals (B1, B2) and wherein the additional information is transmitted with the aid of the base signals (B1, B2), wherein at least two transfer signals (T1, T2) are used for transmitting the information, wherein each transfer signal (T1, T2) is transmitted via a separate transfer channel, wherein a phase relationship (Δt D) is given between the two base signals (B1, B2), wherein one of the two base signals is used unchanged as one of the transfer signals and wherein the other base signal is converted into the other transfer signal by manipulation of the phase relationship.
A toner comprising: toner particles each including a surface layer that contains an organic silicon polymer, the organic silicon polymer including a unit represented by formula or below: wherein, in formula, L represents a methylene group, an ethylene group, or a phenylene group, wherein, an average thickness Dav. of the surface layers measured by observation of cross sections of the toner particles with a transmission electron microscope is 5.0 nm or more and 150.0 nm or less, a silicon concentration determined by electron spectroscopy for chemical analysis performed on surfaces of the toner particles is 2.5 atomic% or more, the toner has a shape factor SF-2 of 140 or more and 260 or less, and the toner has an average circularity of 0.970 or more and 0.990 or less. toner particles each including a surface layer that contains an organic silicon polymer, the organic silicon polymer including a unit represented by formula or below: wherein, in formula, L represents a methylene group, an ethylene group, or a phenylene group, wherein, an average thickness Dav. of the surface layers measured by observation of cross sections of the toner particles with a transmission electron microscope is 5.0 nm or more and 150.0 nm or less, a silicon concentration determined by electron spectroscopy for chemical analysis performed on surfaces of the toner particles is 2.5 atomic% or more, the toner has a shape factor SF-2 of 140 or more and 260 or less, and the toner has an average circularity of 0.970 or more and 0.990 or less. wherein, in formula, L represents a methylene group, an ethylene group, or a phenylene group, wherein, an average thickness Dav. of the surface layers measured by observation of cross sections of the toner particles with a transmission electron microscope is 5.0 nm or more and 150.0 nm or less, a silicon concentration determined by electron spectroscopy for chemical analysis performed on surfaces of the toner particles is 2.5 atomic% or more, the toner has a shape factor SF-2 of 140 or more and 260 or less, and the toner has an average circularity of 0.970 or more and 0.990 or less.
Doctor for a paper machine comprising at least one blade for scraping the surface of a paper pulp roller and detection means which are associated with the blade and which, like the blade, are exposed to wear due to the contact with the roller, the detection means comprising a wearing element which is arranged in the blade and which is exposed to wear and a reading element associated with the wearing element, characterized in that the reading element excites the wearing element with a magnetic signal and the wearing element responds with a magnetic response signal which is received by the reading element, said magnetic response signal comprising a specific frequency varying with the wear of the wearing element, such that the frequency of the magnetic response signal is representative of the wear of said wearing element and therefore of the blade.
A sliding assembly, comprising two pull-out guides which can be fixed to opposite side walls and which each comprise a stationary guide rail, a middle rail movably mounted on the guide rail, and a running rail movably mounted on the middle rail, wherein a first sliding element is retained on the two running rails of the two pull-out guides, and a second sliding element is retained on the two middle rails of the two pull-out guides, characterized in that the sliding elements (5, 6) are formed as drawers.
A method for securely generating a quantum state (Ef) by a quantum server delegated by a client, said generation method comprising the following steps: a) preparing, by the quantum server, in an initial quantum state, encoded data in degrees of freedom and of photons emitted by a pair of quantum bits, where the degree of freedom or of each emitted photon is entangled with the quantum bit emitting the photon; b) sending, by the quantum server, to the client the photons coming from the pair of quantum bits in the initial quantum state; c) activating or not, by the client, an interaction between the photons emitted by the initial quantum bit pair to generate a new quantum state (Ec); d) masking to the quantum server or not, by the client, the time data of said activation or non-activation and of said interaction or non-interaction between the photons emitted by the pair of quantum bits so that said activation or non-activation and interaction or non-interaction remain private; e) measuring the degrees of freedom and of the photons in the quantum state (Ec) generated in step c); f) obtaining, following step e), a final quantum state (Ef) of the quantum bits. a) preparing, by the quantum server, in an initial quantum state, encoded data in degrees of freedom and of photons emitted by a pair of quantum bits, where the degree of freedom or of each emitted photon is entangled with the quantum bit emitting the photon; b) sending, by the quantum server, to the client the photons coming from the pair of quantum bits in the initial quantum state; c) activating or not, by the client, an interaction between the photons emitted by the initial quantum bit pair to generate a new quantum state (Ec); d) masking to the quantum server or not, by the client, the time data of said activation or non-activation and of said interaction or non-interaction between the photons emitted by the pair of quantum bits so that said activation or non-activation and interaction or non-interaction remain private; e) measuring the degrees of freedom and of the photons in the quantum state (Ec) generated in step c); f) obtaining, following step e), a final quantum state (Ef) of the quantum bits.
A polymerization process in which ethylenically unsaturated zwitterionic monomers are polymerized by a living radical polymerization process in the presence of an initiator of formula and a catalyst.
Filter component for motor vehicle air conditioning, comprising: a filtration part made of a material able to filter air; a noise reduction part made of a material able to reduce noise characterized in that one of the filtration part and noise reduction part is formed as a structural component of the filter component, the structural component comprising a receiving part for receiving another material, and the other one of the filtration part and noise reduction part filling the receiving part, wherein the structural component is a plate component having a cavity formed in the interior thereof and defining a volume having a length direction, a width direction and a height direction which are perpendicular to each other, and wherein the cavity is the receiving part wherein the plate component further comprises at least one first compartment wall therein, for dividing the cavity into at least two compartments, the cavity being filled with noise reduction material to form the noise reduction part. a filtration part made of a material able to filter air; a noise reduction part made of a material able to reduce noise characterized in that one of the filtration part and noise reduction part is formed as a structural component of the filter component, the structural component comprising a receiving part for receiving another material, and the other one of the filtration part and noise reduction part filling the receiving part,
A voltage stabilizing system configured to operatively stabilize the power voltage (Ubatt) provided by an electric power storage to an electrical system and a starter motor during crank of an engine in a vehicle, which stabilizing system comprises a starter switch arrangement and a control unit arrangement configured to operatively actuate said starter switch arrangement to establish and terminate a communication of electric power between the power storage and the starter motor of the vehicle to crank the engine, wherein; the control unit is configured to operatively establish said communication of power such that the power provided from the power storage to the starter motor is repeatedly turned off for a period of time (Δt_off) each time the power voltage (Ubatt) drops below a reference voltage (Uref) during crank of the engine.