mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sensing a respective position of the installation location (F1, ..., Fi) of slave units (SE1, ..., SEi) in a respective operating region (A1, ..., Ai) of a system (A), comprising a number i of adjacent operating regions (A1, ..., Ai) each having a slave unit (SE1, ..., SEi), wherein each operating region (A1, ..., Ai) during operation of the installation (A) should have a respective predetermined physical state, for the purpose of which the individual slave units (SE1, ..., SEi) have an operating function for achieving or changing the physical state in the operating region (A1, ..., Ai) in question of the system (A), and wherein a respective sensor (S1, ..., Si), in order to sense a measurement variable (T) proportional to the physical state, and an evaluation device is provided in the operating region (A1, ..., Ai) in question , having the following steps: a. allocation or determining of a network address (Ni) of a slave unit (SE1, ..., SEi) by means of an auto-addressing method by means of the evaluation device; b. activating or changing of the operating function of this respective slave unit in order to reach or change the physical state in the operating region (A1, ..., Ai) in question; c. sensing of a detectable state change in the operating units (A1, ..., Ai) by measuring the respective measurement variables (T) as a function of time by means of the sensors (S1, ..., Si); d. associating of the installation location (F1, ..., Fi) in the operating region (A1, ..., Ai) with the greatest measured change of the measurement variable (T) with the network address (Ni) of the respective slave unit by means of the evaluation device. a. allocation or determining of a network address (Ni) of a slave unit (SE1, ..., SEi) by means of an auto-addressing method by means of the evaluation device; b. activating or changing of the operating function of this respective slave unit in order to reach or change the physical state in the operating region (A1, ..., Ai) in question; c. sensing of a detectable state change in the operating units (A1, ..., Ai) by measuring the respective measurement variables (T) as a function of time by means of the sensors (S1, ..., Si); d. associating of the installation location (F1, ..., Fi) in the operating region (A1, ..., Ai) with the greatest measured change of the measurement variable (T) with the network address (Ni) of the respective slave unit by means of the evaluation device.
A method for wireless communications performed by a user equipment, UE, comprising: obtaining access to a shared radio frequency spectrum band for a transmission opportunity; performing data transmission on an autonomous uplink transmission over the shared radio frequency spectrum band during a first portion of the transmission opportunity; characterized in that the method further comprises transmitting , during the autonomous uplink transmission, a physical layer scheduling request comprising a transmission size parameter for a second portion of the transmission opportunity, the transmission size parameter being a buffer size indication configured to indicate an amount of data to be transmitted in a scheduled uplink transmission during the second portion of the transmission opportunity; receiving an uplink grant for the second portion of the transmission opportunity based at least in part on the scheduling request; and performing the scheduled uplink transmission over the shared radio frequency spectrum band during the second portion of the transmission opportunity according to the uplink grant. obtaining access to a shared radio frequency spectrum band for a transmission opportunity; performing data transmission on an autonomous uplink transmission over the shared radio frequency spectrum band during a first portion of the transmission opportunity; characterized in that the method further comprises transmitting , during the autonomous uplink transmission, a physical layer scheduling request comprising a transmission size parameter for a second portion of the transmission opportunity, the transmission size parameter being a buffer size indication configured to indicate an amount of data to be transmitted in a scheduled uplink transmission during the second portion of the transmission opportunity; receiving an uplink grant for the second portion of the transmission opportunity based at least in part on the scheduling request; and performing the scheduled uplink transmission over the shared radio frequency spectrum band during the second portion of the transmission opportunity according to the uplink grant.
A connecting rod for an external fixation device comprising: a telescopic housing having a housing body, wherein a first portion of the housing body comprises a first axial bore defined therethrough, and a second portion of the housing body comprises a second axial bore defined therethrough, the first and second axial bores having first and second longitudinal axes, respectively, and further wherein the first and second longitudinal axes are parallel and coplanar; first and second sleeves slidably disposed within the first and second axial bores, respectively, the first sleeve having an adjustment mechanism rotatably disposed on an end portion of the first sleeve ; and an elongated member threadably coupled to the adjustment mechanism , wherein rotating the adjustment mechanism causes the elongated member to translate along the first axis of the first axial bore; wherein the housing body comprises first and second apertures defined in the walls of first and second portions of the housing body, respectively, the first and second apertures being aligned along the first and second axes, respectively; and wherein a first fastener is disposed through the first aperture of the housing body and received in a fastener aperture defined in the first sleeve , and a second fastener is disposed through the second aperture of the housing body and received in a fastener aperture defined in the second sleeve , the first and second fasteners being operable to releasably couple the first and second sleeves to the housing body, respectively. a telescopic housing having a housing body, wherein a first portion of the housing body comprises a first axial bore defined therethrough, and a second portion of the housing body comprises a second axial bore defined therethrough, the first and second axial bores having first and second longitudinal axes, respectively, and further wherein the first and second longitudinal axes are parallel and coplanar; first and second sleeves slidably disposed within the first and second axial bores, respectively, the first sleeve having an adjustment mechanism rotatably disposed on an end portion of the first sleeve ; and an elongated member threadably coupled to the adjustment mechanism , wherein rotating the adjustment mechanism causes the elongated member to translate along the first axis of the first axial bore; wherein the housing body comprises first and second apertures defined in the walls of first and second portions of the housing body, respectively, the first and second apertures being aligned along the first and second axes, respectively; and wherein a first fastener is disposed through the first aperture of the housing body and received in a fastener aperture defined in the first sleeve , and a second fastener is disposed through the second aperture of the housing body and received in a fastener aperture defined in the second sleeve , the first and second fasteners being operable to releasably couple the first and second sleeves to the housing body, respectively.
An electrolyte for use in a bipolar, static, secondary zinc bromine electrochemical cell comprising: from 25 wt% to 70 wt% of ZnBr 2 ; from 5 wt% to 50 wt% of water; from 0.5 wt% to 5 wt% of a C 2-10 glycol; and one or more quaternary ammonium agents, wherein the electrolyte comprises from 0.05 wt% to 10 wt% of the one or more quaternary ammonium agents. from 25 wt% to 70 wt% of ZnBr 2 ; from 5 wt% to 50 wt% of water; from 0.5 wt% to 5 wt% of a C 2-10 glycol; and one or more quaternary ammonium agents, wherein the electrolyte comprises from 0.05 wt% to 10 wt% of the one or more quaternary ammonium agents.
- A footstep device for a vehicle , the device comprising at least one first step secured to a frame intended to be fixed to the vehicle as well as at least one arm comprising a second step fixed at a first end of the arm , the arm being pivotally mounted relative to the frame about a horizontal pin between an angular position, so-called raised position, and an angular position, so-called lowered position, in which the second step is substantially horizontal, the device being characterised in that it comprises a device for locking the second step in the raised position, a part of this locking device projecting above the first step in such a way that a pressure on the projecting part unlocks the locking device so that the second step pivots to its lowered position.
Use of a magnet for isolating macromolecules from a mixture in a vessel when the macromolecules adhere to paramagnetic beads to form a complex, wherein the magnet comprises: a. a solid core having an inner mass of the magnet , a top surface , and a bottom surface ; b. one or more cavities extending into the solid core at or near the top surface , the bottom surface , or both, for receiving a vessel with macromolecules in a mixture; wherein the one or more cavities each have a cavity wall and at least a portion of the cavity wall has a shape configured to form a magnetic field within a vessel when the vessel is in use and is placed in the one or more cavities ; c. at least one side wall , wherein the side wall is in communication with the top surface , and the bottom surface . a. a solid core having an inner mass of the magnet , a top surface , and a bottom surface ; b. one or more cavities extending into the solid core at or near the top surface , the bottom surface , or both, for receiving a vessel with macromolecules in a mixture; wherein the one or more cavities each have a cavity wall and at least a portion of the cavity wall has a shape configured to form a magnetic field within a vessel when the vessel is in use and is placed in the one or more cavities ; c. at least one side wall , wherein the side wall is in communication with the top surface , and the bottom surface .
A 2,4-bis(nitrogen-containing group)-substituted pyrimidine compound or a pharmaceutically acceptable salt or a stereoisomer thereof, said compound is:
Allergen exposure system comprising an allergen injection device , an air inlet duct and an exposure room containing an air containing allergen particles obtained by mixing a flow of allergen particles from the allergen injection device and a flow of air devoid of allergens fed in through the air inlet duct , this exposure room being designed to accommodate patients inhaling the air containing allergen particles to cause an allergic provocation, said allergen exposure system being characterized in that the allergen injection device is a capillary wave atomizer that produces a flow of allergen particles in the form of a nebulisate; in that the exposure system comprises a mixing chamber , contained by walls , separate from the air inlet duct and the exposure room , in which occurs said mixture between the flow of allergen particles and the flow of air devoid of allergens; in that the said mixing chamber comprises: - at least one allergen inlet , connected to the outlet of the allergen injection device and through which the flow of allergen particles penetrates, - at least one air inlet , connected to the air inlet duct and through which the flow of air devoid of allergens penetrates, - at least one diffusion outlet connected to the exposure room and through which a flow of air containing allergen particles , obtained by mixing in the mixing chamber the flow of air devoid of allergens and the flow of allergen particles , escapes towards the exposure room ; and in that the mixing chamber comprises an inlet zone having a larger section than that of the air inlet duct and into which the flow of air devoid of allergens entering through the air inlet emerges, causing an expansion of the flow of air devoid of allergens when it enters the chamber . - at least one allergen inlet , connected to the outlet of the allergen injection device and through which the flow of allergen particles penetrates, - at least one air inlet , connected to the air inlet duct and through which the flow of air devoid of allergens penetrates, - at least one diffusion outlet connected to the exposure room and through which a flow of air containing allergen particles , obtained by mixing in the mixing chamber the flow of air devoid of allergens and the flow of allergen particles , escapes towards the exposure room ;
A device for lubricating elements of an accessory drive system for an aircraft, comprising a pinion having a pinion shank which is hollow and which has an axis of rotation (R-R'), said device comprises: • A shaft , disposed inside the pinion shank and extending along the axis of rotation (R-R'), said device being characterized in that it further comprises: • A space (E) between the shaft and the pinion shank , allowing the displacement of the oil, • An oil tank , disposed opposite said space (E), at a first end of the pinion shank , • An oil outlet line , disposed opposite the space (E), at a second end of the pinion shank , wherein the pinion shank and the shaft are arranged so as to form together a pump adapted to push oil from the tank to the oil outlet line , upon rotation of the pinion shank around the shaft , the oil outlet line opening out on the pinion allowing its lubrication. • A shaft , disposed inside the pinion shank and extending along the axis of rotation (R-R'), said device being characterized in that it further comprises: • A space (E) between the shaft and the pinion shank , allowing the displacement of the oil, • An oil tank , disposed opposite said space (E), at a first end of the pinion shank , • An oil outlet line , disposed opposite the space (E), at a second end of the pinion shank ,
A high strength steel sheet comprising: a chemical composition containing, in mass%, C: 0.05% to 0.30%, Si: 0.6% to 2.0%, Mn: 1.3% to 3.0%, P: 0.10% or less, S: 0.030% or less, Al: 2.0% or less, N: 0.010% or less, one or more of Ti, Nb, and V: 0.01% to 1.0% each, optionally one or more of Mo, Ta, and W: 0.005% to 0.50% each, optionally one or more of Cr, Ni, and Cu: 0.01% to 1.0% each, optionally Sb: 0.005% to 0.050%, and optionally one or both of Ca and REM: 0.0005% to 0.01% each, with a balance being Fe and incidental impurities; and a microstructure containing a ferrite microstructure of 50% or more in area ratio; and a precipitate with a particle size of less than 20 nm, wherein Fe is precipitated in an amount of 0.04 mass% or more and C* defined by the following Expression and C* p defined by the following Expression meet conditions of the following Expressions to : C* = Ti / 48 + Nb / 93 + V / 51 + Mo / 96 + Ta / 181 + W / 184 × 12 C* p = Ti p / 48 + Nb p / 93 + V p / 51 + Mo p / 96 + Ta p / 181 + W p / 184 × 12 C* ≥ 0.035 − 0.015 ≤ C − C* ≤ 0.03 C* p / C* ≥ 0.3 where [M] denotes a content of an element M in the high strength steel sheet in mass%, and [M] p denotes a content, with respect to the whole high strength steel sheet, of the element M contained in the precipitate with the particle size of less than 20 nm in mass%, [M] and [M] p being 0 in the case where the element M is not contained in the high strength steel sheet. a chemical composition containing, in mass%, C: 0.05% to 0.30%, Si: 0.6% to 2.0%, Mn: 1.3% to 3.0%, P: 0.10% or less, S: 0.030% or less, Al: 2.0% or less, N: 0.010% or less, one or more of Ti, Nb, and V: 0.01% to 1.0% each, optionally one or more of Mo, Ta, and W: 0.005% to 0.50% each, optionally one or more of Cr, Ni, and Cu: 0.01% to 1.0% each, optionally Sb: 0.005% to 0.050%, and optionally one or both of Ca and REM: 0.0005% to 0.01% each, with a balance being Fe and incidental impurities; and a microstructure containing a ferrite microstructure of 50% or more in area ratio; and a precipitate with a particle size of less than 20 nm, wherein Fe is precipitated in an amount of 0.04 mass% or more and C* defined by the following Expression and C* p defined by the following Expression meet conditions of the following Expressions to : C* = Ti / 48 + Nb / 93 + V / 51 + Mo / 96 + Ta / 181 + W / 184 × 12 C* p = Ti p / 48 + Nb p / 93 + V p / 51 + Mo p / 96 + Ta p / 181 + W p / 184 × 12 C* ≥ 0.035 − 0.015 ≤ C − C* ≤ 0.03 C* p / C* ≥ 0.3 where [M] denotes a content of an element M in the high strength steel sheet in mass%, and [M] p denotes a content, with respect to the whole high strength steel sheet, of the element M contained in the precipitate with the particle size of less than 20 nm in mass%, [M] and [M] p being 0 in the case where the element M is not contained in the high strength steel sheet.
A system in a computing device for providing an authorization token with a trust indication, the system comprising: one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: an identity validator configured to: receive a token request , from an authorization token manager of a first computing environment , that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: an identity validator configured to: receive a token request , from an authorization token manager of a first computing environment , that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. an identity validator configured to: receive a token request , from an authorization token manager of a first computing environment , that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and receive a token request , from an authorization token manager of a first computing environment , that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment.
An induction hob comprising a cover plate with an inductor, said inductor comprised of an induction coil , spacers for enabling an air gap between the induction coil and the cover plate , and a temperature probe , characterized in that a spacer comprises, either at its side that cooperates with a cover plate and, respectively, with an electrical insulation means by means of which an inductor is tightly connected to the lower surface of the cover plate , and/or at its side that cooperates with an induction coil which is arranged with a spacing (t) from the cover plate and, respectively, from said insulation means , wherein a temperature probe is arranged in the central region of the induction coil to which is connected an element for transfer of heat from a container with medium to be heated, wherein said element for heat transfer is formed as an element comprising one or several legs , at least one groove configured to accommodate the leg of the element which is connected to a temperature probe arranged in the central region of the induction coil .
Dishwasher (100; 200) comprising: a housing ; a compartment within the housing ; an opening arranged in the compartment configured to allow the insertion and/or removal of dishware, glassware, utensils and/or crockery to be cleaned and/or treated into/from the housing ; a door configured to close the opening and create a sealed compartment during use; and a plurality of racks (400; 500) arranged, preferably slidably installed, within the compartment configured to receive dishware, utensils and/or crockery to be cleaned and/or treated during use of the dishwasher (100; 200), wherein a first rack is a top rack (400; 500), and wherein the top rack (400; 500) includes a plurality of engagement elements attached to a central body (408; 508, 509) of the top rack (400; 500) along its length, characterized in that the top rack (400; 500) includes an actuator (405; 505, 506) configured to rotate the central body (408; 508, 509) of the top rack (400; 500) which runs along its length and to alter a shape of the engagement elements . a housing ; a compartment within the housing ; an opening arranged in the compartment configured to allow the insertion and/or removal of dishware, glassware, utensils and/or crockery to be cleaned and/or treated into/from the housing ; a door configured to close the opening and create a sealed compartment during use; and a plurality of racks (400; 500) arranged, preferably slidably installed, within the compartment configured to receive dishware, utensils and/or crockery to be cleaned and/or treated during use of the dishwasher (100; 200), wherein a first rack is a top rack (400; 500), and wherein the top rack (400; 500) includes a plurality of engagement elements attached to a central body (408; 508, 509) of the top rack (400; 500) along its length, characterized in that the top rack (400; 500) includes an actuator (405; 505, 506) configured to rotate the central body (408; 508, 509) of the top rack (400; 500) which runs along its length and to alter a shape of the engagement elements .