mhurhangee/ep-ind-claims huggingface dataset:
A suite in particular for an airplane cabin comprising: - a seat, - an ottoman, and - a storage cabinet, - said suite further comprising a movable table capable of taking: - a stored state in which said movable table extends in a vertical plane, said movable table then being arranged between the cabinet and the ottoman, and - a deployed state in which said movable table extends in a horizontal plane, characterized in that: - the table is mounted on a carriage movable in translation between a stored position in which the carriage is arranged with the table between the ottoman and the storage cabinet and a deployed position in which the carriage is brought closer to the seat, - the carriage being arranged inside a storage box when the carriage is in the stored position, - the storage box being arranged between the cabinet and the ottoman, this storage box being open towards the seat, so that the trolley -table assembly can be pulled rearward towards the seat, so as to move the carriage from the stored position to the deployed position. - a seat, - an ottoman, and - a storage cabinet, - said suite further comprising a movable table capable of taking: - a stored state in which said movable table extends in a vertical plane, said movable table then being arranged between the cabinet and the ottoman, and - a deployed state in which said movable table extends in a horizontal plane, - the table is mounted on a carriage movable in translation between a stored position in which the carriage is arranged with the table between the ottoman and the storage cabinet and a deployed position in which the carriage is brought closer to the seat, - the carriage being arranged inside a storage box when the carriage is in the stored position, - the storage box being arranged between the cabinet and the ottoman, this storage box being open towards the seat, so that the trolley -table assembly can be pulled rearward towards the seat, so as to move the carriage from the stored position to the deployed position.
An arginine-glycine-aspartic acid -containing cyclic peptidomimetic of the general formula I: wherein the arginine residue is linked via its α-amino group to the backbone C=O; X is -NH-R-, -O-R-, or -S-R-, wherein R is a hydrocarbylene radical derived from ethane, ethene or cyclopropane; and A 1 is an amino acid residue bearing an amino group on its side chain, linked via its carboxyl group to the backbone NH and via its side chain amino group to the α-carboxyl group of the aspartic acid residue, said amino acid is selected from diaminopropionic acid (Dap), ornithine (Orn) or lysine (Lys). the arginine residue is linked via its α-amino group to the backbone C=O; X is -NH-R-, -O-R-, or -S-R-, wherein R is a hydrocarbylene radical derived from ethane, ethene or cyclopropane; and A 1 is an amino acid residue bearing an amino group on its side chain, linked via its carboxyl group to the backbone NH and via its side chain amino group to the α-carboxyl group of the aspartic acid residue, said amino acid is selected from diaminopropionic acid (Dap), ornithine (Orn) or lysine (Lys).
A method of production of blast furnace coke characterized by drying mixed coal, then, or simultaneously with the drying, classifying it into fine-grained coal and coarse-grained coal, wherein the fine-grained coal has a particle size of 0.5 mm or less, then adding to the fine-grained coal at a temperature of 80 to 350°C a caking additive comprising one or more of a heavy distillate of tar, soft pitch, and petroleum pitch, wherein each of these caking additives is solid at room temperature, agglomerating it by hot pressing, then mixing the clumps of coal and the coarse-grained coal and charging and carbonizing the mixture in a coke oven.
A driving assist method performed by a controller that executes driving assist control in which a target route of a host vehicle is generated and in which a lane change assist is performed that assists in a lane change based on the target route, the driving assist method comprising: determining whether or not the lane change has been executed; determining whether or not the lane change is a lane change in a direction toward a preset location due to a driver's operation upon determining that the lane change has been executed; characterised by: determining whether or not a position index value is equal to or less than a first threshold value upon determining that the lane change is a lane change in the direction toward the preset location due to the driver's operation, the position index value being a distance from the host vehicle to the preset location; and prohibiting an autonomous lane change in a direction away from the preset location upon determining that the position index value is equal to or less than the first threshold value. determining whether or not the lane change has been executed; determining whether or not the lane change is a lane change in a direction toward a preset location due to a driver's operation upon determining that the lane change has been executed; characterised by: determining whether or not a position index value is equal to or less than a first threshold value upon determining that the lane change is a lane change in the direction toward the preset location due to the driver's operation, the position index value being a distance from the host vehicle to the preset location; and prohibiting an autonomous lane change in a direction away from the preset location upon determining that the position index value is equal to or less than the first threshold value. determining whether or not a position index value is equal to or less than a first threshold value upon determining that the lane change is a lane change in the direction toward the preset location due to the driver's operation, the position index value being a distance from the host vehicle to the preset location; and prohibiting an autonomous lane change in a direction away from the preset location upon determining that the position index value is equal to or less than the first threshold value.
Roller electrode assembly for applying a high-frequency electric alternating field to two plastic sections of at least one workpiece (5a, 5b) for joining the sections by plastic high-frequency welding, characterized by a core which consists at least partially of electrically conductive material and is surrounded by a tire which can be filled with a protective gas and consists of a dielectric material.
A method for use in a receiver, the method comprising: receiving a signal for providing a sequence of received symbols, the received signal having an associated signal frame structure; and synchronizing to frame timing in the received signal by autocorrelating groups of the received symbols spaced at least two signal frames apart and shifted forward or backward by s samples. receiving a signal for providing a sequence of received symbols, the received signal having an associated signal frame structure; and synchronizing to frame timing in the received signal by autocorrelating groups of the received symbols spaced at least two signal frames apart and shifted forward or backward by s samples.
Device for fastening a wire rope, with clamping jaws, which can be pressed onto the wire rope with tensioning screws, whereby pairwise provided clamping jaws (3a, 3b or 4a, 4b) are formed, characterized in that the device is formed by two pairs of clamping jaws (3a, 3b or 4a, 4b), whereby their clamping jaws (3a, 3b or 4a, 4b) are shaped each with an approximately trapezoidal cross-section, and the device in the assembled state forms a prismatic body with an approximately quadrangular cross-section, which is provided with separating joints running diagonally between the clamping jaws (3a, 3b; 4a, 4b), whereby inner narrow sides of the clamping jaws (3a, 3b or 4a, 4b) are appropriate to encompass the wire rope in two mutually perpendicular diametrical planes and outer broad sides serve as support surfaces for the clamping screws (7a, 7b or 8a, 8b) of the respective pair of clamping jaw (3a, 3b), which are arranged in two rows, whereby the clamping screws of the respective pair of clamping jaws (3a, 3b) are guided in a space-saving manner through the interspaces between the clamping screws of the other pair of clamping jaw (4a, 4b).
An encased adhesive tape, comprising: an adhesive tape composite (60, 60A) that includes a plurality of adhesive tapes and a plurality of connecting components, the plurality of adhesive tapes each including a base film and being arranged adjacent to one another in a longitudinal direction of the base film, the plurality of connecting components being band-shaped and each being arranged between the plurality of adhesive tapes, the base film being a film that is band-shaped and on which an adhesive layer is disposed; and a housing that is connected to one end of the adhesive tape composite (60, 60A) in the longitudinal direction, and houses the adhesive tape composite (60, 60A), characterized in that each of the plurality of adhesive tapes includes a non-adhesive region in which the adhesive layer is not disposed, in an end portion out of end portions of the base film in the longitudinal direction, the end portion being on the same side as the one end of the adhesive tape composite (60, 60A). an adhesive tape composite (60, 60A) that includes a plurality of adhesive tapes and a plurality of connecting components, the plurality of adhesive tapes each including a base film and being arranged adjacent to one another in a longitudinal direction of the base film, the plurality of connecting components being band-shaped and each being arranged between the plurality of adhesive tapes, the base film being a film that is band-shaped and on which an adhesive layer is disposed; and a housing that is connected to one end of the adhesive tape composite (60, 60A) in the longitudinal direction, and houses the adhesive tape composite (60, 60A), characterized in that each of the plurality of adhesive tapes includes a non-adhesive region in which the adhesive layer is not disposed, in an end portion out of end portions of the base film in the longitudinal direction, the end portion being on the same side as the one end of the adhesive tape composite (60, 60A).
An industrial furnace for heating products such as steel products, the furnace comprising a thermally-insulated enclosure and a plurality of burners arranged in the enclosure for heating the products passing from one end of the enclosure to the other, the burners being distributed over a plurality of temperature-regulated heating areas (Z1, Z2, Z3), the furnace further comprising recovery means designed for recovering heat energy from recovery fumes by means of a first combustion performed by the burners in such a manner as to improve energy efficiency of the furnace; the furnace being characterized in that the recovery means comprise a rotary regenerator associated with each heating area (Z1, Z2, Z3), each of the rotary regenerators being suitable for receiving a predetermined flow rate of recovery fumes via a first duct, for receiving a predetermined flow rate of supply air via a second duct, for preheating said supply air in order to supply the burners of the associated heating area with a predetermined flow rate of preheated combustion air via a third duct, and for discharging exhaust fumes via a fourth duct, wherein the predetermined flow rate of recovery fumes received by each rotary regenerator is regulated by first regulator means comprising a first valve mounted on the fourth duct of said rotary regenerator.
A method, comprising: receiving road friction information indicating road friction estimates for a plurality of regions surrounding a vehicle; determining a predicted trajectory for an object within the plurality of regions surrounding the vehicle; and modifying operation of the vehicle based on the predicted trajectory for the object; characterized in that the predicted trajectory for the object is determined based in part on the road friction estimates for the plurality of regions surrounding the vehicle, availability of the road friction estimates to the object, and a probability that the object engages in safe or risky behavior. receiving road friction information indicating road friction estimates for a plurality of regions surrounding a vehicle; determining a predicted trajectory for an object within the plurality of regions surrounding the vehicle; and modifying operation of the vehicle based on the predicted trajectory for the object; characterized in that the predicted trajectory for the object is determined based in part on the road friction estimates for the plurality of regions surrounding the vehicle, availability of the road friction estimates to the object, and a probability that the object engages in safe or risky behavior.
An antenna for a terminal comprising: a metal frame for surrounding four sides of the terminal, a circuit board positioned within the metal frame and at least two radiation units (202, 40) arranged on the circuit board, wherein two gaps (A. B) are formed in the side, with a smaller length, of the metal frame, and the two gaps (A, B) divide the metal frame into a bottom frame and a side frame; wherein a signal feed point is arranged on the circuit board, and the signal feed point is connected with the bottom frame through a first radiation unit; and wherein at least two first grounding points are also arranged on the circuit board, the at least two first grounding points being positioned on one side of the signal feed point, the at least two first grounding points being connected with the bottom frame through a second radiation unit, and the bottom frame being configured to generate low-frequency resonance; characterized in that: the antenna further comprises a fourth radiation unit which is connected with a side, far away from the bottom frame, of the signal feed point, and the fourth radiation unit is configured to generate high-frequency resonance. a metal frame for surrounding four sides of the terminal, a circuit board positioned within the metal frame and at least two radiation units (202, 40) arranged on the circuit board, wherein two gaps (A. B) are formed in the side, with a smaller length, of the metal frame, and the two gaps (A, B) divide the metal frame into a bottom frame and a side frame; wherein a signal feed point is arranged on the circuit board, and the signal feed point is connected with the bottom frame through a first radiation unit; and wherein at least two first grounding points are also arranged on the circuit board, the at least two first grounding points being positioned on one side of the signal feed point, the at least two first grounding points being connected with the bottom frame through a second radiation unit, and the bottom frame being configured to generate low-frequency resonance; characterized in that: the antenna further comprises a fourth radiation unit which is connected with a side, far away from the bottom frame, of the signal feed point, and the fourth radiation unit is configured to generate high-frequency resonance.
A refrigerated appliance comprising: a cabinet; a drawer shiftably mounted in the cabinet, said drawer including front, rear, bottom and opposing side walls (30, 31) that collectively define a refrigerated compartment; an icemaker unit mounted to one of the front, rear and opposing side walls (30, 31) of the drawer, said icemaker unit including a housing and an ice cube mold; a refrigeration system including a compressor, a condenser and an evaporator; characterized in that a mounting plate is attached to the housing below the ice cube mold, with the evaporator being sandwiched between the housing and the mounting plate proximate to and below the ice cube mold, said refrigeration system being selectively operable to provide freezing temperatures to form ice cubes in the ice cube mold and establish refrigerated temperatures above 32°F (0°C) in the refrigerated compartment. a cabinet; a drawer shiftably mounted in the cabinet, said drawer including front, rear, bottom and opposing side walls (30, 31) that collectively define a refrigerated compartment; an icemaker unit mounted to one of the front, rear and opposing side walls (30, 31) of the drawer, said icemaker unit including a housing and an ice cube mold; a refrigeration system including a compressor, a condenser and an evaporator;
Basic module (1, 18, 22, 33, 36, 41) for a switchgear cabinet system (69, 72) having a plurality of interface units and connection elements for a plurality of functional modules (55, 73), wherein the connection elements are designed to engage with module connection elements of functional modules (55, 73), wherein each connection element has at least one data connection (11, 47, 48), wherein each interface unit is connected to at least one respective data connection (11, 47, 48) of a connection element, wherein the interface units are connected to each other by way of a data bus, wherein the basic module (1, 18, 22, 33, 36, 41) has a first field bus connection, wherein the data bus is connected to the first field bus connection in order to connect the interface units to a field bus, characterized in that at least one connection element has a further data connection in the form of a serial peripheral interface connection for the purpose of communication with a functional module (55, 73). having a plurality of interface units and connection elements for a plurality of functional modules (55, 73), wherein the connection elements are designed to engage with module connection elements of functional modules (55, 73), wherein each connection element has at least one data connection (11, 47, 48), wherein each interface unit is connected to at least one respective data connection (11, 47, 48) of a connection element, wherein the interface units are connected to each other by way of a data bus, wherein the basic module (1, 18, 22, 33, 36, 41) has a first field bus connection, wherein the data bus is connected to the first field bus connection in order to connect the interface units to a field bus, characterized in that at least one connection element has a further data connection in the form of a serial peripheral interface connection for the purpose of communication with a functional module (55, 73).
An audio system comprising an audio signal generating means for output of an audio signal, and a remote control device for control of the audio signal generating means, the audio signal generating means having means arranged for including an identification signal within the audio output and serving to identify the audio signal generating means from which the audio signal is output, the remote control device being arranged to receive the identification signal and to identify the audio signal generating means from which the audio signal is output.
An automatic fluid injection device, the device comprising a base body, for coming into contact with an injection zone, a support assembly slidably mounted relative to the base body and supporting an actuator mechanism (5, 6, 7) that is controlled by power supply means, at least a priming piston ensuring the moving of said support assembly relative to said base body, at least one fluid reservoir, each containing an injection piston, arranged in said base body, a needle assembly fixed relative to the base body and comprising an insertion actuator, needle movement means (9, 9'), a priming needle for associating with each reservoir and penetrating into said reservoir before moving said piston, and an injection needle for penetrating into the injection zone and for injecting the content(s) of said reservoir(s) into said injection zone, said device including at least one actuator button triggering the priming, the insertion of the injection needle into the injection zone, the administration of fluid and then the retraction of the injection needle.
An over-voltage protection device for a resonant wireless power transmission device, the over-voltage protection device comprising: an amplifier for amplifying a transmission signal; a resonance signal generator for generating a wireless resonance signal according to the transmission signal amplified by the amplifier; a voltage detector for sensing a peak voltage of the wireless resonance signal generated by the resonance signal generator; and a controller for monitoring the peak voltage detected by the voltage detector to determine whether the voltage repetitively increases and decreases with periodicity when the voltage is greater than a reference voltage and controlling the amplifier to decrease an output of the transmission device by a value according to a result of the determination for reducing transmission power of said transmission device. an amplifier for amplifying a transmission signal; a resonance signal generator for generating a wireless resonance signal according to the transmission signal amplified by the amplifier; a voltage detector for sensing a peak voltage of the wireless resonance signal generated by the resonance signal generator; and a controller for monitoring the peak voltage detected by the voltage detector to determine whether the voltage repetitively increases and decreases with periodicity when the voltage is greater than a reference voltage and controlling the amplifier to decrease an output of the transmission device by a value according to a result of the determination for reducing transmission power of said transmission device.
Metal-containing trimanganese tetraoxide combined particles obtained by a process comprising a crystallization step of crystallizing trimanganese tetraoxide not by means of manganese hydroxide or under conditions where the crystal growth of manganese hydroxide is suppressed, from a manganese salt aqueous solution containing manganese ions and a metal element other than manganese and lithium being Mg, wherein in the crystallization step metal-substituted trimanganese tetraoxide is crystallized under conditions which satisfy a pH of at least 6 and at most 9 and an oxidation-reduction potential of at least 0 mV and at most 300 mV, wherein the metal-containing trimanganese tetraoxide combined particles are particles in which manganese in the crystal structure of trimanganese tetraoxide is substituted by Mg, which are represented by the following formula: A x Mn 3-x O 4 wherein A is Mg, and x is at most 1 and at least 0.01, which have a tap density of at least 1.1 g/cm 3, and wherein the coefficient of variation of the standard deviation of the particle size is at most 50%. a crystallization step of crystallizing trimanganese tetraoxide not by means of manganese hydroxide or under conditions where the crystal growth of manganese hydroxide is suppressed, from a manganese salt aqueous solution containing manganese ions and a metal element other than manganese and lithium being Mg, wherein in the crystallization step metal-substituted trimanganese tetraoxide is crystallized under conditions which satisfy a pH of at least 6 and at most 9 and an oxidation-reduction potential of at least 0 mV and at most 300 mV, wherein the metal-containing trimanganese tetraoxide combined particles are particles in which manganese in the crystal structure of trimanganese tetraoxide is substituted by Mg, which are represented by the following formula: A x Mn 3-x O 4 wherein A is Mg, and x is at most 1 and at least 0.01, which have a tap density of at least 1.1 g/cm 3, and wherein the coefficient of variation of the standard deviation of the particle size is at most 50%.
Electrical vehicle charging system for charging an electrical vehicle with a DC current, comprising a charger, an air conditioning device and a control device, whereby the charger is configured for delivering the DC current to the electrical vehicle, the air conditioning device is configured for heating and/or cooling the charging system, the air conditioning device and/or the charger emits a noise, and characterized in that the control device is configured for controlling delivery of the DC current according to the noise.