mhurhangee/ep-ind-claims huggingface dataset:
A bi-position locking device for a backrest of a rear seat of an automotive vehicle that can be folded about a transverse pivoting axis, comprising a strike intended to be linked to the structure of the said vehicle and including an attachment member intended for engaging with a bolt comprised in a lock linked to said backrest for securing said backrest to said structure of the vehicle; said strike being able, whilst remaining engaged with said lock, to slide in a strike support intended to be fixed on said structure along an arc-shaped course centred on the pivoting axis of said backrest; said device further comprising locking means (50, 52, 53, 54) of said strike on said support in one or other of its two end-of-travel positions corresponding to two different inclinations of said backrest; said locking means comprise a locking member movably mounted on said support between a locking position in which it is engaged on said strike so as to lock it on said support, and an unlocking position in which this member is separated from said strike, said locking member is constituted by a hook pivotally mounted on said support along a transverse axis and comprising a set of at least one tooth (51A, 51B) provided to be inserted in the one or the other of two sets (35, 36) of at least one notch (35A, 35B, 36A, 36B) arranged on said strike and separated by an angular sector corresponding to the sliding course of said strike, characterized in that said locking means include a cam pivotally mounted on said support between a first position in which it forces said hook against said strike with its tooth or teeth (35, 36) which are housed in one of the two sets (35, 36) of notches (35A, 35B, 36A, 36B) and a second position in which it does not exert any force on said hook, and in that said locking means include an unlocking pull, the actuation of which is able to cause the pivoting of said cam towards said second position, and also an elastic return means able to entrain said hook apart from said strike during the actuation of said pull.
Electrodes for a touch sensor, comprising a plurality of strip electrodes (31DP; 33SP) arranged along an arrangement direction (D1; D2) which is one direction, with spaces therebetween; wherein: each of the strip electrodes (31DP; 33SP) is an aggregate of a plurality of electrode wires (31L; 33L) disposed with spaces therebetween; for each of the strip electrodes (31DP; 33SP), a total area occupied by the electrode wires of the respective strip electrode is the same; the plurality of strip electrodes (31DP; 33SP) include an end strip electrode (31DE; 33SE) and another strip electrode (31DM; 33SM) other than the end strip electrode (31DE; 33SE), the end strip electrode being located at one end in the arrangement direction; characterized in that when a ratio of a total area of the electrode wires of each of the strip electrodes to an area of the respective strip electrode is defined as an area ratio in the respective strip electrode, the area ratio in the end strip electrode is different from the area ratio in the other strip electrode, wherein the respective area of each of the strip electrodes includes the respective electrode wires and the respective spaces therebetween. each of the strip electrodes (31DP; 33SP) is an aggregate of a plurality of electrode wires (31L; 33L) disposed with spaces therebetween; for each of the strip electrodes (31DP; 33SP), a total area occupied by the electrode wires of the respective strip electrode is the same; the plurality of strip electrodes (31DP; 33SP) include an end strip electrode (31DE; 33SE) and another strip electrode (31DM; 33SM) other than the end strip electrode (31DE; 33SE), the end strip electrode being located at one end in the arrangement direction; characterized in that when a ratio of a total area of the electrode wires of each of the strip electrodes to an area of the respective strip electrode is defined as an area ratio in the respective strip electrode, the area ratio in the end strip electrode is different from the area ratio in the other strip electrode, wherein the respective area of each of the strip electrodes includes the respective electrode wires and the respective spaces therebetween.
A method in which a terminal transmits a multimedia broadcast multicast service, MBMS, interest indication message in a wireless communication system, the method comprising: receiving MBMS scheduling information from a base station; selecting at least one beam from among a plurality of beams; determining whether an MBMS service of interest is provided through the selected at least one beam based on the MBMS scheduling information; transmitting, to the base station, an MBMS interest indication message including the MBMS service of interest and the selected at least one beam, based on the terminal determining that the MBMS service of interest is not provided through the selected at least one beam; and receiving updated MBMS scheduling information from the base station in response to the MBMS interest indication message. receiving MBMS scheduling information from a base station; selecting at least one beam from among a plurality of beams; determining whether an MBMS service of interest is provided through the selected at least one beam based on the MBMS scheduling information; transmitting, to the base station, an MBMS interest indication message including the MBMS service of interest and the selected at least one beam, based on the terminal determining that the MBMS service of interest is not provided through the selected at least one beam; and receiving updated MBMS scheduling information from the base station in response to the MBMS interest indication message.
Sealing tape for sealing connection joints in dry walls, comprising a central web which has two longitudinal edges, wherein a sealing profile is arranged along each longitudinal edge, which sealing profile has a first profile portion which is arranged along the associated longitudinal edge and a first thickness (d 1) in the transverse direction of the central web, and has a second profile portion which adjoins the first profile portion and forms the end of the sealing profile remote from the central web and which has a second thickness (d 2) in the transverse direction of the central web, wherein the second thickness (d 2) is lower than the first thickness (d 1), wherein the sealing tape is overall U-shaped in cross-section, and wherein the legs of the U merge into the central web and are formed by the two profile portions (4, 5), wherein inner sides (7, 8) of the legs of the U are each formed together by a surface of the first profile portion and a surface of the second profile portion, and the inner sides (7, 8) of the legs are each designed to be flat and are formed by inner surfaces of the profile portions (4, 5), wherein the transition from the first to the second profile portion (4, 5) forms a shoulder serving as an aid in the positioning of components for dry walls.
A dual-polarization antenna equipped with an isolation providing device, comprising: a plurality of dual-polarization antenna parts including a transmission antenna device and a reception antenna device that is physically or electrically orthogonal to the transmission antenna device; at least one transmission antenna device adapted to output a transmission signal provided through a feeder from a first port; at least one reception antenna adapted to receive a reception signal and provides the same to a second port; a first coupler adapted to distribute a part of a transmission signal provided to the first port; characterized by an equalizer adapted to equalize a signal distributed in the first coupler to a predetermined waveform in a frequency range identical to the operating frequency band of the transmission signal; a second coupler adapted to receive an output from the equalizer and to couple the same with a signal output to a second port and a conductor adapted to form a signal delivery path among the first coupler, the equalizer, and the second coupler, wherein a coupling performance of the first and second couplers, a length of the conductor, and a functional characteristic of the equalizer are designed to enable a signal that is transferred to the second port through the signal delivery path using the conductor for coupling, to have a substantially identical size, to have a difference of 180 degrees in phase, and to have an identical shape in an entire operating frequency band, in comparison with a signal that is output from the at least one transmission antenna device and is erroneously input to the at least one reception antenna device.
Dialysis machine having a housing which includes a main section whose top side forms a housing cover, and on the front side of which a front door is situated, and a monitor or touchscreen which is positioned, at least in portions, above the main section, characterized in that the front door comprises an extended door section which, in the closed state of the front door, protrudes upwardly beyond a housing opening and also beyond the top side forming the housing cover of the main section of the housing, and the monitor or touchscreen is situated, preferably in an integrated manner, on the front door in the upwardly protruding extended door section, so that the monitor or touchscreen extends, at least in portions, above the housing cover also in the closed state of the front door.
An exhaust-air guide of a fuel cell stack, especially in a motor vehicle, with a cooling device, in which air is conveyed in accordance with the jet pump principle, characterised in that the cooling device is a cooler structure belonging to the functional environment of the fuel cell stack and is passed through by ambient air, in that a heat carrier medium is guided through the cooler structure, the heat carrier medium exchanging heat with the ambient air, and in that the exhaust air of the fuel cell stack is guided to a point upstream of, or into, said cooler structure in such a way that the exhaust air flows through the cooler structure in the flow direction and in so doing entrains ambient air in accordance with the jet pump principle.
A method for improving multimedia delivery over a wireless internet protocol, IP, network, comprising the steps of: generating multiple versions of a multimedia packet; sending, by a source or a media gateway, at least two of the multiple versions of a multimedia packet to a base station in a wireless network; and selecting, by the base station, an appropriate version of the at least two of the multiple versions of a multimedia packet to send to a mobile station at a given time, wherein the multiple versions of a multimedia packet are generated by one of: a server, an end-terminal, the media gateway or in a transcoding function in the network. generating multiple versions of a multimedia packet; sending, by a source or a media gateway, at least two of the multiple versions of a multimedia packet to a base station in a wireless network; and selecting, by the base station, an appropriate version of the at least two of the multiple versions of a multimedia packet to send to a mobile station at a given time, wherein the multiple versions of a multimedia packet are generated by one of: a server, an end-terminal, the media gateway or in a transcoding function in the network.
Method for microbiome analysis, characterised in that a quantifiable standard is added to a sample, which standard comprises at least one bacterial isolate comprising at least two bacterial species, and the sample is subsequently analysed together with the standard, the microbiome analysis comprising at least the steps of - amplifying universal marker genes, - nucleic acid sequencing, - performing sequence analysis, and - at least one quantification step by quantitative real-time PCR. - amplifying universal marker genes, - nucleic acid sequencing, - performing sequence analysis, and - at least one quantification step by quantitative real-time PCR.
A steering control device for controlling drive of a motor for imparting a power to a steering system of a vehicle, the steering control device comprising a steering control device main unit arranged to: calculate a self-aligning torque (Ms) using a vehicle speed signal received from a vehicle speed detection means, a steering angle signal received from a steering angle detection means for generating a steering angle signal corresponding to a steering angle (θh) of the steering system, and a vehicle model containing a predetermined frequency characteristic representing a rate of the steering system from the steering angle to the self-aligning torque of a steered wheel of the steering system; the device main unit further characterised by being arranged to: obtain a road surface reaction force torque (M R) by adding the calculated self-aligning torque to a caster-trail caused torque (M F); calculate a reaction force command current by multiplying the calculated road surface reaction force torque by a predetermined gain which varies based on a speed of the vehicle; calculate a basic assist command current based on the vehicle speed signal and one of a steering torque received from a steering torque detection means and the road surface reaction force torque; set a drive torque of the motor based on a result obtained by subtracting the reaction force command current from the basic assist command current. obtain a road surface reaction force torque (M R) by adding the calculated self-aligning torque to a caster-trail caused torque (M F); calculate a reaction force command current by multiplying the calculated road surface reaction force torque by a predetermined gain which varies based on a speed of the vehicle; calculate a basic assist command current based on the vehicle speed signal and one of a steering torque received from a steering torque detection means and the road surface reaction force torque; set a drive torque of the motor based on a result obtained by subtracting the reaction force command current from the basic assist command current.
A polymer possessing a linear backbone selected from the homopolymers belonging to the family of polyfluorenes, polycarbazoles, polyanilines, polyphenylenes, polyisothionaphthenes, polyacetylenes, polyphenylene vinylenes, and copolymers thereof, said backbone bearing at least one side group possessing at least one nitroxide function in NO' radical form.
Weft yarn operating device for a gripper loom, of the type comprising: respective clamping grippers for each one of the waiting weft yarns, said clamping grippers being mounted on a same and single support which is suited to be arranged at the edge of the fabric being woven; a first motor means (Ms) which moves said support in order to bring the clamping gripper of a weft yarn to be inserted into the shed in correspondence of a work station; a second motor means (Mp) which opens said clamping gripper in opposition to retaining means which maintain the clamping gripper in a closed position; and weft yarn directing means (6, 7) which, during a beating step of the gripper loom, convey the weft yarn into said open clamping gripper characterised in that said support is pivoted about a rotation axis and said clamping grippers are mounted on said support along a circumference arc whose centre lies on said rotation axis and in that yarn-guide means, integral with said support, are furthermore provided to cause all said weft yarns clamped by said clamping grippers to pass through a convergence area arranged in close proximity to said rotation axis of the support.
A neuromodulation system, comprising: a shaft including a proximal portion and a distal portion, wherein the shaft is configured to intravascularly locate the distal portion at a treatment site within a blood vessel of a human patient; a neuromodulation assembly at the distal portion of the shaft; and a nerve monitoring assembly at the distal portion of the shaft and transformable between a delivery state and a deployed state, wherein the nerve monitoring assembly comprises a stimulation electrode array and a recording electrode array, and wherein, in the deployed state, the stimulation electrode array and the recording electrode array are spaced laterally apart from one another and at least a portion of the neuromodulation assembly is between the stimulation and recording electrode arrays, wherein: the stimulation electrode array comprises a first anode loop and a first cathode loop, the first cathode loop being between the first anode loop and the neuromodulation assembly; and the recording electrode array comprises a second anode loop and a second cathode loop. a shaft including a proximal portion and a distal portion, wherein the shaft is configured to intravascularly locate the distal portion at a treatment site within a blood vessel of a human patient; a neuromodulation assembly at the distal portion of the shaft; and a nerve monitoring assembly at the distal portion of the shaft and transformable between a delivery state and a deployed state, wherein the nerve monitoring assembly comprises a stimulation electrode array and a recording electrode array, and wherein, in the deployed state, the stimulation electrode array and the recording electrode array are spaced laterally apart from one another and at least a portion of the neuromodulation assembly is between the stimulation and recording electrode arrays, wherein: the stimulation electrode array comprises a first anode loop and a first cathode loop, the first cathode loop being between the first anode loop and the neuromodulation assembly; and the recording electrode array comprises a second anode loop and a second cathode loop. the stimulation electrode array comprises a first anode loop and a first cathode loop, the first cathode loop being between the first anode loop and the neuromodulation assembly; and the recording electrode array comprises a second anode loop and a second cathode loop.
A secondary battery comprising: a pouch; an electrode assembly mounted within the pouch and having a structure in which electrodes and separators are alternately laminated, wherein a tab connection part in which electrode tabs expanded from ends of the electrodes overlap each other to be gathered to one side is provided; a lead comprising a first lead having one end connected to the tab connection part and a second lead having one end connected to the first lead and the other end extending to the outside of the pouch, wherein each of the first lead and the second lead is fixed to an inner surface of the pouch; and an adhesion unit having conductivity and coupling the first lead and the second lead to each other, wherein, when the pouch is expanded due to an increase of a gas pressure within the pouch, the first lead and the second lead is separated from each other, wherein a high-voltage decomposition material that is decomposed to generate a gas when a high voltage raised above charging voltage due to overcharging is applied to accelerate the increase of the gas pressure is contained in the adhesion unit, wherein the adhesion unit comprises: metal particles imparting conductivity; an adhesion material imparting an adhesive property; and the high-voltage decomposition material generating a gas when the high voltage is applied. a pouch; an electrode assembly mounted within the pouch and having a structure in which electrodes and separators are alternately laminated, wherein a tab connection part in which electrode tabs expanded from ends of the electrodes overlap each other to be gathered to one side is provided; a lead comprising a first lead having one end connected to the tab connection part and a second lead having one end connected to the first lead and the other end extending to the outside of the pouch, wherein each of the first lead and the second lead is fixed to an inner surface of the pouch; and an adhesion unit having conductivity and coupling the first lead and the second lead to each other, wherein, when the pouch is expanded due to an increase of a gas pressure within the pouch, the first lead and the second lead is separated from each other, wherein a high-voltage decomposition material that is decomposed to generate a gas when a high voltage raised above charging voltage due to overcharging is applied to accelerate the increase of the gas pressure is contained in the adhesion unit, wherein the adhesion unit comprises: metal particles imparting conductivity; an adhesion material imparting an adhesive property; and the high-voltage decomposition material generating a gas when the high voltage is applied. metal particles imparting conductivity; an adhesion material imparting an adhesive property; and the high-voltage decomposition material generating a gas when the high voltage is applied.
Globe valve having a valve seat arranged at an angle in a metallic fitting housing having an inlet and outlet, wherein provision is made of a metallic closure part of conical configuration on the outer contour thereof, wherein the seal line between the closure part and the valve seat in the fitting housing is formed as an intersection of three cones, wherein two cones are positioned in a through opening in the fitting housing in such a way that the valve seat is formed as a marginal seat, wherein the shape of a second seat face (12, 12') of the valve seat may be formed as a cone having an opening angle a, wherein said cone is rotated by an angle β toward the surface of the passage opening, wherein, from the centre of the passage opening, the tip of the cone is displaced by a distance a in the direction perpendicular to the passage opening and by a distance b in parallel, wherein the cone has a height c, wherein a first seat face (11, 11') of the valve seat is formed by a further cone with an opening angle δ, said cone being rotated by an angle γ toward the surface of the passage opening and the tip of said cone being at a distance d parallel to the passage opening and e perpendicular thereto, wherein the height of said cone is f, characterized in that the components of the seat are produced by means of a layer construction method, in that the fitting housing and the closure part are produced from corrosion-resistant, abrasion-resistant materials, and in that the valve seat is implemented in a T-shaped configuration, and a spindle is oriented perpendicular to the throughflow.