mhurhangee/ep-ind-claims huggingface dataset:
An item of furniture comprising a furniture carcass, at least one door wing (3a, 3b), in particular a folding-sliding-door, movably supported relative to the furniture carcass, and a guide system for guiding the door wing (3a, 3b) relative to the furniture carcass, the guide system comprising: - a first guide configured to guide the at least one door wing (3a, 3b) along a front face of the furniture carcass, - at least one second guide extending transversely to the first guide and being configured to guide the at least one door wing (3a, 3b) along a sidewall of the furniture carcass, - wherein the guide system includes at least one deflection element (15a, 15b) for supporting the at least one door wing (3a, 3b) at least in a transition region between the first and the second guide (7a, 7b), wherein by the at least one deflection element (15a, 15b), a collision between the at least one door wing (3a, 3b) and the furniture carcass, in particular the sidewall of the furniture carcass, and/or a cover arranged on the furniture carcass can be prevented in the transition region, - wherein the item of furniture includes at least two door wings (3a, 3b) movably supported relative to the furniture carcass, the door wings (3a, 3b) being hingedly connected to each other via a vertically extending axis in a mounted position, wherein the at least two door wings (3a, 3b) are movable by the guide system between a first position, in which the door wings (3a, 3b) are aligned substantially coplanar to each other, and a second position, in which the door wings (3a, 3b) are aligned substantially parallel to each other, characterized in that at least two deflection elements (15a, 15b) are provided, a first deflection element being engageable with the first door wing and a second deflection element being engageable with the second door wing. - a first guide configured to guide the at least one door wing (3a, 3b) along a front face of the furniture carcass, - at least one second guide extending transversely to the first guide and being configured to guide the at least one door wing (3a, 3b) along a sidewall of the furniture carcass, - wherein the guide system includes at least one deflection element (15a, 15b) for supporting the at least one door wing (3a, 3b) at least in a transition region between the first and the second guide (7a, 7b), wherein by the at least one deflection element (15a, 15b), a collision between the at least one door wing (3a, 3b) and the furniture carcass, in particular the sidewall of the furniture carcass, and/or a cover arranged on the furniture carcass can be prevented in the transition region, - wherein the item of furniture includes at least two door wings (3a, 3b) movably supported relative to the furniture carcass, the door wings (3a, 3b) being hingedly connected to each other via a vertically extending axis in a mounted position, wherein the at least two door wings (3a, 3b) are movable by the guide system between a first position, in which the door wings (3a, 3b) are aligned substantially coplanar to each other, and a second position, in which the door wings (3a, 3b) are aligned substantially parallel to each other,
Housing for at least one electric or electronic unit, the housing surrounding a housing interior comprising a storage space, the electric or electronic unit being arrangeable in the storage space, the housing comprising a housing upper part, which delimits the housing interior, the housing comprising at least one intermediate ceiling portion (9a; 9b; 9c; 9d; 9e), which is arranged in the housing interior below the housing upper part and, together with the housing upper part, encloses at least one intermediate space (26a; 26b; 26c; 26d; 26e), the intermediate ceiling portion (9a; 9b; 9c; 9d; 9e) having at least one cooling air passage (17a; 17b; 17c; 17d; 17e), through which cooling air can flow from the storage space into the intermediate space (26a; 26b; 26c; 26d; 26e), the housing upper part having at least one cooling air outlet (18a; 18b; 18c; 18d; 18e), through which the cooling air can escape outwardly from the intermediate space (26a; 26b; 26c; 26d; 26e), and the intermediate ceiling portion (9a; 9b; 9c; 9d; 9e) forming a catching arrangement for dripping water, which infiltrates the intermediate space (26a; 26b; 26c; 26d; 26e) through the cooling air outlet (18a; 18b; 18c; 18d; 18e), characterized in that the housing has a plurality of intermediate ceiling portions (9a; 9b; 9c; 9d; 9e), the intermediate ceiling portions (9a; 9b; 9c; 9d; 9e) being interconnected by web connections, each web connection being arranged between two adjacent intermediate ceiling webs (12a; 13b; 12b; 13c; 12c; 13e; 12d; 13e) of two adjacent intermediate ceiling portions (9a; 9b; 9c; 9d; 9e), the two adjacent intermediate ceiling webs (12a; 13b; 12b; 13c; 12c; 13e; 12d; 13e), together with the web connection, forming a receptacle, in which the electric or electronic unit can be arranged.
A fluid ejection controller interface, comprising: output logic configured to receive control data packets (103, 200, 402, 504), each control data packet (103, 200, 402, 504) including a set of primitive data bits, and a set of random bits in a header of the control data packet (103, 200, 402, 504), wherein the number of bits in the set of random bits is variable; and characterized in that the fluid ejection controller interface comprises: counter logic configured to cause the output logic to output modified control data packets (105, 514) of fixed burst period with the set of random bits removed.
A patch, comprising: a support for a patch or patch preparation, comprising: a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, wherein the undercoat agent layer contains a binder resin and porous inorganic particles having an average particle diameter of from 1 μm to 15 μm, wherein the measurement of an average particle diameter of porous inorganic particles is performed with a three-dimensional measuring X-ray CT apparatus, and an average particle diameter is calculated from particle size distribution of any 100 particles that can be observed in any region in a three-dimensional stereoscopic image, wherein the binder resin is a PET resin, an ethylene-vinyl alcohol copolymer resin, or a polyethylene resin, wherein the same resin as that used in the base material is used for the binder resin; and a pressure-sensitive adhesive layer placed on one surface of the support to be adjacent to the undercoat agent layer. a support for a patch or patch preparation, comprising: a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, wherein the undercoat agent layer contains a binder resin and porous inorganic particles having an average particle diameter of from 1 μm to 15 μm, wherein the measurement of an average particle diameter of porous inorganic particles is performed with a three-dimensional measuring X-ray CT apparatus, and an average particle diameter is calculated from particle size distribution of any 100 particles that can be observed in any region in a three-dimensional stereoscopic image, wherein the binder resin is a PET resin, an ethylene-vinyl alcohol copolymer resin, or a polyethylene resin, wherein the same resin as that used in the base material is used for the binder resin; and a pressure-sensitive adhesive layer placed on one surface of the support to be adjacent to the undercoat agent layer.
A method of reserving time for communication between a source station and a destination station, comprising, at the source station: configuring at least one antenna for a direct link establishment; switching to a listening mode and waiting for an allocated time period for transmission; sending, if a network-allocation-vector, NAV, is equal to zero, a request to send frame to the destination station based on the allocated time period for transmission; and receiving a denial to send, DTS, frame transmitted from the destination station, the DTS frame including: a duration field; a receive address field including a copy of a transmit address field of the RTS frame, a NAV source address field including an address of a first station of a neighboring network, and a NAV destination address field including an address of a second station of the neighboring network. configuring at least one antenna for a direct link establishment; switching to a listening mode and waiting for an allocated time period for transmission; sending, if a network-allocation-vector, NAV, is equal to zero, a request to send frame to the destination station based on the allocated time period for transmission; and receiving a denial to send, DTS, frame transmitted from the destination station, the DTS frame including: a duration field; a receive address field including a copy of a transmit address field of the RTS frame, a NAV source address field including an address of a first station of a neighboring network, and a NAV destination address field including an address of a second station of the neighboring network. a duration field; a receive address field including a copy of a transmit address field of the RTS frame, a NAV source address field including an address of a first station of a neighboring network, and a NAV destination address field including an address of a second station of the neighboring network.
Coupling device for tractors for hooking up trailers and in particular agricultural implements, the coupling device having a hook which is connected to a displaceable cassette for extending and retracting the hook, wherein the cassette is mounted in a lower part, and the hook is lockable to the cassette in the retracted state by means of a locking mechanism, characterized in that the cassette has two spaced-apart, flexurally rigid profiles which are connected by means of a connecting part which receives the hook, the profiles and the connecting part being formed integrally as a cast part.
A method for producing ready-to-use food having a desired shape of single pieces comprising vegetables or fruit in combination with further parts formed from vegetables, fruit, meat, fish, other seafood, poultry, game, pastries or all of these ingredients, comprising the steps: • sorting out products, which are too large, • assembling the ingredients to form input products of deep-frozen single pieces, • continuous or clocked introduction of the input products into at least one mold cavity and • producing the desired shape of the food by pressing the frozen input products in the mold cavity to form a frozen end product, which is ready-to-bake or ready-to-cook, characterized in that • a first mixture of single pieces is combined to form a first pre-product and at least a second mixture of single pieces is combined to form a second pre-product and all pre-products are subsequently placed into the mold cavity and are pressed to form the food, wherein • the first pre-product encompasses a concave section, into which the second pre-product is placed. • sorting out products, which are too large, • assembling the ingredients to form input products of deep-frozen single pieces, • continuous or clocked introduction of the input products into at least one mold cavity and • producing the desired shape of the food by pressing the frozen input products in the mold cavity to form a frozen end product, which is ready-to-bake or ready-to-cook, characterized in that • a first mixture of single pieces is combined to form a first pre-product and at least a second mixture of single pieces is combined to form a second pre-product and all pre-products are subsequently placed into the mold cavity and are pressed to form the food, wherein • the first pre-product encompasses a concave section, into which the second pre-product is placed.
Device for processing leaf-shaped or sheet-shaped goods having a machine frame, in which punching and/or cutting tools are mounted which perform a vertical stroke for cutting purposes, characterized in that the machine frame consists of two pieces, a lower stationary frame and a cassette-like housing which is mounted on the frame such that it can be moved transversely in a horizontal manner, the tool holders being mounted vertically movably in the cassette-like housing.
Method for modernizing a first elevator, wherein said first elevator is part of a group of elevators provided in a common elevator shaft, wherein said elevator shaft comprises, vertically, an upper zone, a lower zone, and an intermediate zone provided between the lower and upper zones, said elevator shaft comprising at least a first and a second (54b'; 56b') adjacent hoistways, said first elevator being provided in said first hoistway, a second elevator (4b'; 6b') being provided in the second hoistway, the second hoistway having a non-serviced zone corresponding to the intermediate zone, wherein the method comprises placing a car of the first elevator outside the intermediate zone, and installing a rescue elevator in the first hoistway, the rescue elevator comprising a rescue car having at least a rescue entry accessible from the second hoistway and a driving system (28, 129) of the rescue car.
A dockless vehicle-based electric fence control method, comprising: demarcating and forming, by a backend server, a non-parking area of a vehicle and a riding boundary of the vehicle by using a map engine tool, and storing longitude and latitude coordinates of the non-parking area and the riding boundary into a database of the backend server; when a ride comes to an end, sending, by a mobile terminal or intelligent hardware installed in a ridden vehicle, parking position coordinates of a current vehicle to the backend server; and receiving, by the backend server, the parking position coordinates of the vehicle, calling the database for comparison, determining whether the parking position coordinates of the current vehicle are located in the non-parking area and are beyond the riding boundary, and feeding back a determining result to the mobile terminal and/or the intelligent hardware; the control method characterised by determining the position in a real-time way and wirelessly sending, by the mobile terminal, current position coordinates of the ridden vehicle to the backend server; and receiving, by the backend server, the current position coordinates of the ridden vehicle sent by the mobile terminal, calculating a non-parking area and a riding boundary within a coverage near to the coordinates, and returning the non-parking area and the riding boundary to the mobile terminal for displaying. demarcating and forming, by a backend server, a non-parking area of a vehicle and a riding boundary of the vehicle by using a map engine tool, and storing longitude and latitude coordinates of the non-parking area and the riding boundary into a database of the backend server; when a ride comes to an end, sending, by a mobile terminal or intelligent hardware installed in a ridden vehicle, parking position coordinates of a current vehicle to the backend server; and receiving, by the backend server, the parking position coordinates of the vehicle, calling the database for comparison, determining whether the parking position coordinates of the current vehicle are located in the non-parking area and are beyond the riding boundary, and feeding back a determining result to the mobile terminal and/or the intelligent hardware; the control method characterised by determining the position in a real-time way and wirelessly sending, by the mobile terminal, current position coordinates of the ridden vehicle to the backend server; and receiving, by the backend server, the current position coordinates of the ridden vehicle sent by the mobile terminal, calculating a non-parking area and a riding boundary within a coverage near to the coordinates, and returning the non-parking area and the riding boundary to the mobile terminal for displaying.
A method for reporting indication information, comprising: reporting, by a user equipment, measurement capability indication information and indication information indicating a capability of receiving data transmission to a base station, wherein the measurement capability indication information is used for selecting a measurement set by the base station, wherein the measurement set comprises carriers on which the user equipment performs channel state information, CSI, measurement; and receiving, by the user equipment, the measurement set from the base station; wherein the indication information indicating the capability of receiving data transmission comprises information of carriers on which the user equipment supports concurrent receiving of data transmission, and the measurement capability indication information comprises indication information indicating a capability of the user equipment for measuring CSI. reporting, by a user equipment, measurement capability indication information and indication information indicating a capability of receiving data transmission to a base station, wherein the measurement capability indication information is used for selecting a measurement set by the base station, wherein the measurement set comprises carriers on which the user equipment performs channel state information, CSI, measurement; and receiving, by the user equipment, the measurement set from the base station; wherein the indication information indicating the capability of receiving data transmission comprises information of carriers on which the user equipment supports concurrent receiving of data transmission, and the measurement capability indication information comprises indication information indicating a capability of the user equipment for measuring CSI.
A carmine food coloring composition comprising a dispersion of carmine lake and a solution of carmine lake in a ratio of from about 5:95 to about 50:50 of dispersed pigment to dissolved pigment.
A frequency converting element comprising: a mixer (106; 1106; 4106) having first and second input nodes and an output node (112; 1112); a plurality of passive voltage boosters (502, 504, 506) cascaded in series, wherein each passive voltage booster comprises a charge pump having sampling capacitors and switches; wherein an input node of the charge pump of a first passive voltage booster is coupled to the output node of the mixer, and wherein the charge pump of the first passive voltage booster receives a mixer output signal at the input node of the charge pump of the first passive voltage booster, and the charge pumps of the plurality of passive voltage boosters output an amplified version of the mixer output signal, respectively. a mixer (106; 1106; 4106) having first and second input nodes and an output node (112; 1112); a plurality of passive voltage boosters (502, 504, 506) cascaded in series, wherein each passive voltage booster comprises a charge pump having sampling capacitors and switches; wherein an input node of the charge pump of a first passive voltage booster is coupled to the output node of the mixer, and wherein the charge pump of the first passive voltage booster receives a mixer output signal at the input node of the charge pump of the first passive voltage booster, and the charge pumps of the plurality of passive voltage boosters output an amplified version of the mixer output signal, respectively.
A sensor (102, 202, 402, 502) for detecting bubbles in gas phase present in a liquid (208, 408, 527) flowing through a flow path (204, 406, 508), said sensor comprising: - a heating element (106, 210) for heating the liquid, which heating element is provided with a predetermined level of power at least during detecting, - a transducer arrangement (108, 112, 212) arranged for generating a measurement signal representing a measurement value indicative for the temperature of the heating element, and - a comparator arrangement for comparing the measurement value of the measurement signal with a predetermined threshold level, wherein the predetermined threshold level corresponds to a reference temperature attainable by the heating element in response to said predetermined level of power and to a minimum velocity attainable by the liquid in the flow path, and for generating an output signal when the measurement value of the measurement signal exceeds the predetermined threshold level. - a heating element (106, 210) for heating the liquid, which heating element is provided with a predetermined level of power at least during detecting, - a transducer arrangement (108, 112, 212) arranged for generating a measurement signal representing a measurement value indicative for the temperature of the heating element, and - a comparator arrangement for comparing the measurement value of the measurement signal with a predetermined threshold level, wherein the predetermined threshold level corresponds to a reference temperature attainable by the heating element in response to said predetermined level of power and to a minimum velocity attainable by the liquid in the flow path, and for generating an output signal when the measurement value of the measurement signal exceeds the predetermined threshold level.
An integrated circuit operable to interface with an external debug tool with which a user supplies debug commands, wherein the integrated circuit comprises: programmable circuitry comprising: a debug master coupled to the debug tool and is adapted to receive commands from the debug tool; hardwired system-on-chip circuitry comprising: system-on-chip interconnects coupled to the debug master implemented in the programmable circuitry; a microprocessor subsystem having processing circuitry, cache, and a memory coherency control unit configured to maintain coherency during memory access operations to the cache, wherein the microprocessor subsystem is coupled to the system-on-chip interconnects with a bus; and a command translator interposed in the bus between the system-on-chip interconnects and the microprocessor subsystem, wherein the command translator is adapted to translate commands received from the debug master and to provide corresponding translated commands to the memory coherency control unit over the bus. programmable circuitry comprising: a debug master coupled to the debug tool and is adapted to receive commands from the debug tool; hardwired system-on-chip circuitry comprising: system-on-chip interconnects coupled to the debug master implemented in the programmable circuitry; a microprocessor subsystem having processing circuitry, cache, and a memory coherency control unit configured to maintain coherency during memory access operations to the cache, wherein the microprocessor subsystem is coupled to the system-on-chip interconnects with a bus; and a command translator interposed in the bus between the system-on-chip interconnects and the microprocessor subsystem, wherein the command translator is adapted to translate commands received from the debug master and to provide corresponding translated commands to the memory coherency control unit over the bus. system-on-chip interconnects coupled to the debug master implemented in the programmable circuitry; a microprocessor subsystem having processing circuitry, cache, and a memory coherency control unit configured to maintain coherency during memory access operations to the cache, wherein the microprocessor subsystem is coupled to the system-on-chip interconnects with a bus; and a command translator interposed in the bus between the system-on-chip interconnects and the microprocessor subsystem, wherein the command translator is adapted to translate commands received from the debug master and to provide corresponding translated commands to the memory coherency control unit over the bus.