mhurhangee/ep-ind-claims huggingface dataset:
A low pressure vehicle braking arrangement (1; 101; 201) comprising a low pressure braking member being connectable to a vehicle, the low pressure braking member being movable from a rest position to a braking position when connected to a vehicle, wherein the low pressure braking member is configured to, in the braking position, interact with the ground and generate a retaining force, wherein the low pressure braking member is flexible and held in a at least partly folded configuration in said rest position and arranged to, upon activation of the vehicle braking arrangement (1; 101; 201), assume an unfolded configuration upon movement from said rest position to said braking position, characterized in that the low pressure braking member is roll-folded in the rest position.
A process for preparing silane in a reaction vessel having a reaction mixture therein, the vessel having one or more baffles, the baffles creating two or more reaction zones connected in series, wherein a baffle defines a lower reaction zone and an upper reaction zone, the upper reaction zone being cooled, the process comprising: introducing a hydride feed comprising a hydride into the reaction vessel; introducing a feed gas comprising a halosilane into the reaction vessel to bubble the feed gas through the reaction mixture, the hydride reacting with the halosilane to produce silane and a halide salt; discharging a product gas comprising silane from the reaction vessel; discharging an effluent comprising the halide salt from the reaction vessel; and agitating the reaction mixture. introducing a hydride feed comprising a hydride into the reaction vessel; introducing a feed gas comprising a halosilane into the reaction vessel to bubble the feed gas through the reaction mixture, the hydride reacting with the halosilane to produce silane and a halide salt; discharging a product gas comprising silane from the reaction vessel; discharging an effluent comprising the halide salt from the reaction vessel; and agitating the reaction mixture.
A steering control system for a commercial vehicle, the commercial vehicle comprising a braking system and a steering system, the braking system being configured to brake dissymetrically side wheels of the vehicle, the steering system being configured to steer the vehicle in response to a steering signal (112, 113), the steering control system comprising: - a selection module configured to select a first steering mode or a second steering mode, wherein the first steering mode relates to a steering of the vehicle by turning vehicle wheels and the second steering mode relates to a steering of the vehicle by generating a braking signal (21, 22) for at least one vehicle wheel resulting in a yaw moment applied to the vehicle; and - a control module configured to generate a first steering signal indicating a steering demand if the first steering mode is selected and a second steering signal indicating a steering demand if the second steering mode is selected, and - the control module being further configured to provide the first steering signal to the steering system and the second steering signal to the braking system to brake the vehicle dissymetrically and thereby steer the vehicle as a result of the yaw moment, characterized in that the control module is configured to use the second steering mode not only as a backup system to enable a steering in case the regular steering system fails, but also as a normal operational mode. - a selection module configured to select a first steering mode or a second steering mode, wherein the first steering mode relates to a steering of the vehicle by turning vehicle wheels and the second steering mode relates to a steering of the vehicle by generating a braking signal (21, 22) for at least one vehicle wheel resulting in a yaw moment applied to the vehicle; and - a control module configured to generate a first steering signal indicating a steering demand if the first steering mode is selected and a second steering signal indicating a steering demand if the second steering mode is selected, and - the control module being further configured to provide the first steering signal to the steering system and the second steering signal to the braking system to brake the vehicle dissymetrically and thereby steer the vehicle as a result of the yaw moment,
A radio communication apparatus comprising: circuitry (104, 105), which, in operation: calculates a sequence number using a hopping pattern that defines a variation of sequence numbers over time, the sequence number being calculated differently by whether a CoMP, Coordinated Multiple Point transmission and reception, mode or Non-CoMP mode is set, wherein, when the CoMP mode is set, a plurality of base stations or cells communicate with the radio communication apparatus in a coordinated manner between the plurality of base stations or cells; and generates a sequence used for a reference signal using the calculated sequence number; and a transmitter, which, in operation, transmits the reference signal using the generated sequence. calculates a sequence number using a hopping pattern that defines a variation of sequence numbers over time, the sequence number being calculated differently by whether a CoMP, Coordinated Multiple Point transmission and reception, mode or Non-CoMP mode is set, wherein, when the CoMP mode is set, a plurality of base stations or cells communicate with the radio communication apparatus in a coordinated manner between the plurality of base stations or cells; and generates a sequence used for a reference signal using the calculated sequence number; and a transmitter, which, in operation, transmits the reference signal using the generated sequence.
A TDMA radio communication system using a multiple sub-carrier modulation method, said TDMA radio communication system comprising at least one base station and a terminal station, wherein said base station is adapted to select only those sub-carriers capable of providing such a transmission rate not less than a predetermined value in said terminal station, on the basis of the reception conditions of each sub-carrier of said terminal station, the base station being characterised by being adapted to modulate the selected sub-carriers using a modulation level or a coding rate allotted by the base station in accordance with the reception conditions of the selected sub-carriers and the position of said terminal station with respect to said base station so as to perform communication.
Shock absorber for use in a heel section of an insole of a shoe comprising: a first elastic member having a first elasticity; and a second elastic member having a second elasticity, which second elastic member is arranged to be integrated with the first elastic member; wherein the second elastic member has a greater elasticity than the first elastic member, the shock absorber being characterized in that the second elastic member is arranged to be removable from the first elastic member. a first elastic member having a first elasticity; and a second elastic member having a second elasticity, which second elastic member is arranged to be integrated with the first elastic member; wherein the second elastic member has a greater elasticity than the first elastic member, the shock absorber being characterized in that the second elastic member is arranged to be removable from the first elastic member.
An automated external defibrillator, comprising: a first electrode pad; a second electrode pad, the first and/or second electrode pad configured to obtain at least a portion of an electrocardiogram signal from an individual; and a controller in communication with the first electrode pad and the second electrode pad, the controller configured to: (i) receive, during an active CPR protocol, a signal indicative of motion or lack of motion of the individual; (ii) analyze the received signal to determine whether the individual is undergoing motion; (iii) provide a direction to begin or continue chest compressions if the controller determines from the received signal that the individual is not undergoing motion; (iv) analyze, by the controller, a received ECG signal to determine whether the individual could benefit from a shock delivered from the AED; (v) interrupt the active CPR protocol, if the individual is not undergoing motion and if the individual could benefit from a shock delivered from the AED; and (vi) deliver, via the first and/or second electrode pad, a shock to the individual, or request a CPR-free heart rhythm analysis. a first electrode pad; a second electrode pad, the first and/or second electrode pad configured to obtain at least a portion of an electrocardiogram signal from an individual; and a controller in communication with the first electrode pad and the second electrode pad, the controller configured to: (i) receive, during an active CPR protocol, a signal indicative of motion or lack of motion of the individual; (ii) analyze the received signal to determine whether the individual is undergoing motion; (iii) provide a direction to begin or continue chest compressions if the controller determines from the received signal that the individual is not undergoing motion; (iv) analyze, by the controller, a received ECG signal to determine whether the individual could benefit from a shock delivered from the AED; (v) interrupt the active CPR protocol, if the individual is not undergoing motion and if the individual could benefit from a shock delivered from the AED; and (vi) deliver, via the first and/or second electrode pad, a shock to the individual, or request a CPR-free heart rhythm analysis.
A detachable bi-layered glove is comprising an outer glove layer and an inner glove layer that is separated by an adhesive layer, the glove being characterized in that the adhesive layer includes a wetting agent, a latex coagulating agent, a synthetic organic polymer and water, wherein the wetting agent is used in an amount ranging between 0.40% to 0.80% by weight of the adhesive layer, wherein the latex coagulating agent is used in an amount ranging between 17.00% to 20.00% by weight of the adhesive layer, wherein the synthetic organic polymer is used in an amount ranging between 10.00% to 14.00% by weight of the adhesive layer and wherein water is used in an amount ranging between 65.20% to 72.60% by weight of the adhesive layer.
A polyamide molding composition comprising at least one transparent polyesteramide in a proportion by weight of from 70 to 99.99% by weight; at least one further polymer in a proportion by weight of from 0 to 30% by weight; at least one photochromic dye in a proportion by weight of from 0.01 to 2% by weight; and also optionally further dyes and/or additives wherein the transmittance of the transparent polyesteramide, of the further polymer and of the polyamide molding composition is at least 80% in the range from 200 to 800 nm, when the polyesteramide in pure form, the molding composition in pure form or the polyamide molding composition take the form of a thin plaque of thickness 2 mm.
A method of growing plants comprising a nucleic acid molecule that encodes a protein which hybridizes under stringent conditions with the full complement of a sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO:3, and SEQ ID NO:5 in an area, said method comprising: applying one or more aryloxyalkanoate herbicides to said area to control weeds, including by preplant application of said herbicide to said area prior to planting said area with seeds for said plants. applying one or more aryloxyalkanoate herbicides to said area to control weeds, including by preplant application of said herbicide to said area prior to planting said area with seeds for said plants.
An uplink signal transmission method, implemented by a terminal, comprising: receiving signal sending indication information from an access network device, wherein the signal sending indication information instructs the terminal to send a physical uplink shared channel, PUSCH, in a symbol that is comprised in a second symbol set of an uplink subframe; wherein the signal sending indication information is sent through a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, by the access network device, and sending the PUSCH in the uplink subframe in an unlicensed spectrum based on the signal sending indication information; wherein the signal sending indication information is used to determine the symbol comprised in the second symbol set; wherein the second symbol set is one of candidate symbol sets comprised in a candidate symbol set group, and the candidate symbol set group comprises the following candidate symbol sets: the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe. receiving signal sending indication information from an access network device, wherein the signal sending indication information instructs the terminal to send a physical uplink shared channel, PUSCH, in a symbol that is comprised in a second symbol set of an uplink subframe; wherein the signal sending indication information is sent through a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, by the access network device, and sending the PUSCH in the uplink subframe in an unlicensed spectrum based on the signal sending indication information; wherein the signal sending indication information is used to determine the symbol comprised in the second symbol set; wherein the second symbol set is one of candidate symbol sets comprised in a candidate symbol set group, and the candidate symbol set group comprises the following candidate symbol sets: the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe. the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe.
Image lighting or display panel comprising a substrate supporting: - a light emitting organic layer partitioned in light emitting cells and sandwiched between two layers of electrodes, one of which is transparent, the other opaque, each cell corresponding to a cover zone of an electrode of each layer, - a layer of light extractors, made up of a transparent material, operating by reflection and comprising a light inlet section, a light outlet section positioned towards the outside of the panel, and side walls forming reflective diopters for light circulating inside the extractors and a closed reflective surface, the surface of said outlet section of an extractor being superior to the surface of said inlet section of the extractor, Where the light emitting layer zone of each cell is optically coupled to a plurality of extractors, Characterised in that the light inlet sections of the extractors are optically coupled to the light emitting layer via said transparent layer of electrodes and via a layer of hardened glue, said layer of hardened glue being at least present between the transparent layer of electrodes and the layer of light extractors, the inlet sections of the extractors penetrating in said layer of hardened glue; And in that the distance between the light emitting layer and the inlet sections of the extractors are inferior or equal to 2 μm. - a light emitting organic layer partitioned in light emitting cells and sandwiched between two layers of electrodes, one of which is transparent, the other opaque, each cell corresponding to a cover zone of an electrode of each layer, - a layer of light extractors, made up of a transparent material, operating by reflection and comprising a light inlet section, a light outlet section positioned towards the outside of the panel, and side walls forming reflective diopters for light circulating inside the extractors and a closed reflective surface, the surface of said outlet section of an extractor being superior to the surface of said inlet section of the extractor,
An agent comprising, as an active ingredient, a compound represented by the following formula or a pharmaceutically acceptable salt thereof: wherein R 1 represents a hydrogen atom or a carboxyl group; R 2 represents a hydrogen atom or a hydroxyl group; R 3 represents a hydrogen atom or a carboxyl group; and R 4 represents a hydrogen atom or a hydroxyl group; for use in a method that is: (i) a method for treatment or prevention of sensory neuropathy caused by cornea disease or corneal surgery; or (ii) a method for promoting regeneration of corneal sensory nerve. wherein the compound represented by the formula or a pharmaceutically acceptable salt thereof is parenterally administered topically into eyes. (i) a method for treatment or prevention of sensory neuropathy caused by cornea disease or corneal surgery; or (ii) a method for promoting regeneration of corneal sensory nerve.
A service processing method, comprising: obtaining a client service, wherein the client service has a plurality of code blocks; mapping the plurality of code blocks of the client service to a flexible Ethernet, FlexE, subslot, wherein the FlexE subslot is obtained from at least two FlexE subslots into which a FlexE slot is divided, the FlexE subslot is defined by using, as a period, bandwidth required by the client service or a quantity of the at least two FlexE subslots; generating a FlexE subslot overhead, wherein the FlexE subslot overhead comprises a quantity of FlexE subslots and information about the client service carried in the FlexE subslot; and sending, through at least one physical channel, the client service mapped to the FlexE subslot and the FlexE subslot overhead. obtaining a client service, wherein the client service has a plurality of code blocks; mapping the plurality of code blocks of the client service to a flexible Ethernet, FlexE, subslot, wherein the FlexE subslot is obtained from at least two FlexE subslots into which a FlexE slot is divided, the FlexE subslot is defined by using, as a period, bandwidth required by the client service or a quantity of the at least two FlexE subslots; generating a FlexE subslot overhead, wherein the FlexE subslot overhead comprises a quantity of FlexE subslots and information about the client service carried in the FlexE subslot; and sending, through at least one physical channel, the client service mapped to the FlexE subslot and the FlexE subslot overhead.
A medical device (1, 1', 1′′′), comprising: an enclosure (10, 10', 10′′′) defining a cavity for containing agent; a lumen for receiving a pressurized gas; a source of the pressurized gas; and a barrier positioned between the cavity and the lumen, the barrier including a passage extending through the barrier for storing agent, wherein rotation of the barrier relative to the lumen establishes fluid communication between the passage and the lumen for delivering agent from the passage to the lumen, wherein the barrier includes a first opening and a second opening located on opposite ends of the barrier and connected via the passage; the device characterized in that the lumen is a flexible catheter capable of traversing a tortuous body lumen. an enclosure (10, 10', 10′′′) defining a cavity for containing agent; a lumen for receiving a pressurized gas; a source of the pressurized gas; and a barrier positioned between the cavity and the lumen, the barrier including a passage extending through the barrier for storing agent, wherein rotation of the barrier relative to the lumen establishes fluid communication between the passage and the lumen for delivering agent from the passage to the lumen, wherein the barrier includes a first opening and a second opening located on opposite ends of the barrier and connected via the passage; the device characterized in that the lumen is a flexible catheter capable of traversing a tortuous body lumen.
A position and orientation recognition processing apparatus for recognizing a position and orientation of an object, comprising: a model data acquisition unit configured to acquire three-dimensional model data indicating a three-dimensional shape of an object; a measurement unit configured to acquire measurement data including three-dimensional position information of the object; a position and orientation recognition unit configured to recognize a position and orientation of the object based on the three-dimensional model data and the measurement data; a similarity score calculation unit configured to calculate a similarity score indicating a degree of similarity between the three-dimensional model data and the measurement data in a position and orientation recognition result of the object; a reliability calculation unit configured to calculate an index (D1, D2) indicating a feature of a three-dimensional shape of the object in the position and orientation recognition result of the object, wherein the feature of the three-dimensional shape of the object is a dispersion of a frequency distribution of quantized normal directions with respect to respective faces, and calculate a reliability of the similarity score based on the index (D1, D2); and an integrated score calculation unit configured to calculate an integrated score indicating a quality of the position and orientation recognition result of the object based on the similarity score and the reliability. a model data acquisition unit configured to acquire three-dimensional model data indicating a three-dimensional shape of an object; a measurement unit configured to acquire measurement data including three-dimensional position information of the object; a position and orientation recognition unit configured to recognize a position and orientation of the object based on the three-dimensional model data and the measurement data; a similarity score calculation unit configured to calculate a similarity score indicating a degree of similarity between the three-dimensional model data and the measurement data in a position and orientation recognition result of the object; a reliability calculation unit configured to calculate an index (D1, D2) indicating a feature of a three-dimensional shape of the object in the position and orientation recognition result of the object, wherein the feature of the three-dimensional shape of the object is a dispersion of a frequency distribution of quantized normal directions with respect to respective faces, and calculate a reliability of the similarity score based on the index (D1, D2); and an integrated score calculation unit configured to calculate an integrated score indicating a quality of the position and orientation recognition result of the object based on the similarity score and the reliability.