mhurhangee/ep-ind-claims huggingface dataset:
A shock attenuating ground covering comprising: a plurality of interconnected shock attenuating tiles, each of the shock attenuating tiles comprising; a plate having an upper side for bearing a load; and a plurality of shock absorbing modules, wherein each of the shock absorbing modules comprises a plurality of resilient members depending downward from an underside of the plate with their remote ends joined, wherein each of the shock absorbing modules is integrally formed with the plate; characterised in that it comprises further a cover supported by an upper surface of the interconnected shock attenuating tiles, wherein the cover comprises: a first repeating array of spaced apart first tiles interconnected by first bridge portions, wherein the first tiles and the first bridge portions define first spaces therebetween; and a second repeating array of spaced apart second tiles interconnected by second bridge portions, wherein the second tiles and the second bridge portions define second spaces therebetween; wherein the second tiles are received in the first spaces and the first tiles are received in the second spaces; whereby the cover presents a weight bearing surface for traffic thereon and the interconnected shock attenuating tiles provide cushioning thereunder. a plate having an upper side for bearing a load; and a plurality of shock absorbing modules, wherein each of the shock absorbing modules comprises a plurality of resilient members depending downward from an underside of the plate with their remote ends joined, wherein each of the shock absorbing modules is integrally formed with the plate; characterised in that it comprises further a cover supported by an upper surface of the interconnected shock attenuating tiles, wherein the cover comprises: a first repeating array of spaced apart first tiles interconnected by first bridge portions, wherein the first tiles and the first bridge portions define first spaces therebetween; and a second repeating array of spaced apart second tiles interconnected by second bridge portions, wherein the second tiles and the second bridge portions define second spaces therebetween; wherein the second tiles are received in the first spaces and the first tiles are received in the second spaces; whereby the cover presents a weight bearing surface for traffic thereon and the interconnected shock attenuating tiles provide cushioning thereunder.
A compound cemtirestat disulfide which is 2,2'-(disulfanediylbis(5 H -[1,2,4]triazino[5,6- b]indole-3,5-diyl))diacetic acid of formula I: or a pharmaceutically acceptable form thereof selected from the group a mono- or dibasic salt, mono- or diesters, amides, or combinations thereof.
Method for controlling an electro-optical functional layer by means of a control unit, wherein the functional layer is applied to a substrate, and wherein the transmissive and/or reflective properties of the electro-optical functional layer can be changed by applying an electric field, wherein the control unit comprises a supply voltage input and a feed output, as well as voltage measuring means and an energy storage device, comprising the steps of: • measuring a voltage (Vin) actually available at the supply voltage input, • if the available voltage (Vin) is greater than a reference value (Vref), controlling the electro-optical functional layer by means of an alternating voltage via the feed output, wherein the energy storage device is charged at least in portions, • if the available voltage (Vin) is less than or equal to a reference value (Vref), controlling the electro-optical functional layer by means of a direct voltage via the feed output, wherein at least part of the energy for the control is obtained from the energy storage device, • wherein the direct voltage is less than the peak value of the alternating voltage. • measuring a voltage (Vin) actually available at the supply voltage input, • if the available voltage (Vin) is greater than a reference value (Vref), controlling the electro-optical functional layer by means of an alternating voltage via the feed output, wherein the energy storage device is charged at least in portions, • if the available voltage (Vin) is less than or equal to a reference value (Vref), controlling the electro-optical functional layer by means of a direct voltage via the feed output, wherein at least part of the energy for the control is obtained from the energy storage device, • wherein the direct voltage is less than the peak value of the alternating voltage.
An optical transmission system comprising: a plurality of light supply devices configured to output signal beams (112D, 312D); a plurality of light receiving devices configured to receive the signal beams (112D, 312D); and an optical fiber cable configured to transmit the signal beams (112D, 312D), wherein the light receiving devices are further configured to perform MIMO communication and receive the signal beams (112D, 312D) having signals different from one another, the signal beams (112D, 312D) being output from the light supply devices and transmitted through a single core or cladding of the optical fiber cable, characterized in that the signal beams (112D, 312D) are feed beams, wherein the light supply devices are configured to output the feed beams with signals different from one another superimposed thereon by modulation, wherein the light receiving devices are configured to convert the feed beams transmitted thereto into electric powers, and wherein the optical transmission system comprises: an electric power combiner configured to combine the electric powers obtained by the conversion by the light receiving devices; and a data processing unit configured to obtain signals superimposed on the feed beams received by the light receiving devices, and based on the obtained signals, obtain the signals superimposed by the light supply devices on the feed beams. a plurality of light supply devices configured to output signal beams (112D, 312D); a plurality of light receiving devices configured to receive the signal beams (112D, 312D); and an optical fiber cable configured to transmit the signal beams (112D, 312D), wherein the light receiving devices are further configured to perform MIMO communication and receive the signal beams (112D, 312D) having signals different from one another, the signal beams (112D, 312D) being output from the light supply devices and transmitted through a single core or cladding of the optical fiber cable, characterized in that the signal beams (112D, 312D) are feed beams, wherein the light supply devices are configured to output the feed beams with signals different from one another superimposed thereon by modulation, wherein the light receiving devices are configured to convert the feed beams transmitted thereto into electric powers, and wherein the optical transmission system comprises: an electric power combiner configured to combine the electric powers obtained by the conversion by the light receiving devices; and a data processing unit configured to obtain signals superimposed on the feed beams received by the light receiving devices, and based on the obtained signals, obtain the signals superimposed by the light supply devices on the feed beams. an electric power combiner configured to combine the electric powers obtained by the conversion by the light receiving devices; and a data processing unit configured to obtain signals superimposed on the feed beams received by the light receiving devices, and based on the obtained signals, obtain the signals superimposed by the light supply devices on the feed beams.
Method for cooling a fuel cell assembly comprising membrane-electrode units disposed between bipolar plates, wherein with the aid of a coolant, in particular with the aid of a deionate, heat is conducted away from the fuel cell assembly, characterised in that a non-ionic surfactant, which has a cloud point below 30°C and in particular below 20°C, is added to the coolant to reduce the surface tension of the bipolar plates, wherein polyethylene-polypropylene glycol monododecyl ether is used as surfactant.
Breech mechanism for a rifle having a closure-actuation device which can be displaced in the longitudinal direction of the rifle and a closure body which contains an extractor on its front side and can be moved by the closure-actuation device between a locking position and an unlocking position, wherein the closure-actuation device is connected to the closure body via a control element which can be moved transversely to the closure body and is designed as a plug connector and which runs through a continuous control opening in the closure body, characterisedin that an unlocking ramp is arranged on the control opening and in that the control element cooperates with the unlocking ramp on the closure body for displacement thereof from an upper locking position to a lower unlocking position.
A clamp comprising: a bar having a top surface and a bottom surface; a fixed jaw fixed relative to the bar; and a movable assembly configured to selectively move along the bar, the movable assembly comprising: a movable jaw positioned to move with the movable assembly relative to the fixed jaw; an actuator configured to incrementally move the movable assembly along the bar towards the fixed jaw and to apply a clamp force to a clamp load; and a release lever configured to disengage the movable assembly from the bar to permit free sliding of the movable assembly along the bar towards or away from the fixed jaw, and to release a clamp force when actuated; characterised in that the release lever is movable between a first position engaging the bar, a second position where the release lever disengages the bar to permit the movable assembly to freely slide along the bar, and a third position engaging the bar, the third position being opposite the first position with the second position therebetween. a bar having a top surface and a bottom surface; a fixed jaw fixed relative to the bar; and a movable assembly configured to selectively move along the bar, the movable assembly comprising: a movable jaw positioned to move with the movable assembly relative to the fixed jaw; an actuator configured to incrementally move the movable assembly along the bar towards the fixed jaw and to apply a clamp force to a clamp load; and a release lever configured to disengage the movable assembly from the bar to permit free sliding of the movable assembly along the bar towards or away from the fixed jaw, and to release a clamp force when actuated; characterised in that the release lever is movable between a first position engaging the bar, a second position where the release lever disengages the bar to permit the movable assembly to freely slide along the bar, and a third position engaging the bar, the third position being opposite the first position with the second position therebetween.
A travel assisting method for a vehicle having a processor, comprising: generating a vehicle speed command value for controlling a vehicle speed of a subject vehicle based on vehicle information of the subject vehicle; calculating the vehicle speed command value at a predetermined time ahead of a current time based on information of a feature existing ahead of the subject vehicle in a travelling direction, as a look-ahead vehicle speed command value; and controlling the subject vehicle based on the look-ahead vehicle speed command value, wherein the processor: detects a lighting state of a traffic light located around the subject vehicle and included in the feature; characterized in that when the lighting state indicates a stop instruction, sets the predetermined time longer than that when the lighting state indicates an instruction other than the stop instruction. generating a vehicle speed command value for controlling a vehicle speed of a subject vehicle based on vehicle information of the subject vehicle; calculating the vehicle speed command value at a predetermined time ahead of a current time based on information of a feature existing ahead of the subject vehicle in a travelling direction, as a look-ahead vehicle speed command value; and controlling the subject vehicle based on the look-ahead vehicle speed command value, wherein the processor: detects a lighting state of a traffic light located around the subject vehicle and included in the feature; characterized in that when the lighting state indicates a stop instruction, sets the predetermined time longer than that when the lighting state indicates an instruction other than the stop instruction. detects a lighting state of a traffic light located around the subject vehicle and included in the feature; characterized in that when the lighting state indicates a stop instruction, sets the predetermined time longer than that when the lighting state indicates an instruction other than the stop instruction.
A method for receiving ultra-reliable and low latency communication URLLC data from time-frequency resources, applied to a receiving device, wherein the time-frequency resources comprise enhanced mobile broadband eMBB data and the URLLC data, the time-frequency resources further comprise an orthogonal frequency division multiplexing OFDM symbol, the OFDM symbol comprises an indication resource element RE, the indication RE indicates whether URLLC control information exists in the OFDM symbol, and the method comprises: when the indication RE indicates that the URLLC control information exists in the OFDM symbol, detecting the URLLC control information in the OFDM symbol; and receiving the URLLC data based on the detected URLLC control information, wherein that the indication RE indicates whether URLLC control information exists in the OFDM symbol comprises: when the indication RE comprises a first data symbol, the URLLC control information exists in the OFDM symbol; or when the indication RE comprises a second data symbol, the URLLC control information does not exist in the OFDM symbol; or wherein that the indication RE indicates whether URLLC control information exists in the OFDM symbol comprises: when a value of energy on the indication RE is greater than or equal to a preset threshold, the URLLC control information exists in the OFDM symbol; or when a value of energy on the indication RE is less than a preset threshold, the URLLC control information does not exist in the OFDM symbol. when the indication RE indicates that the URLLC control information exists in the OFDM symbol, detecting the URLLC control information in the OFDM symbol; and receiving the URLLC data based on the detected URLLC control information, wherein that the indication RE indicates whether URLLC control information exists in the OFDM symbol comprises: when the indication RE comprises a first data symbol, the URLLC control information exists in the OFDM symbol; or when the indication RE comprises a second data symbol, the URLLC control information does not exist in the OFDM symbol; or wherein that the indication RE indicates whether URLLC control information exists in the OFDM symbol comprises: when a value of energy on the indication RE is greater than or equal to a preset threshold, the URLLC control information exists in the OFDM symbol; or when a value of energy on the indication RE is less than a preset threshold, the URLLC control information does not exist in the OFDM symbol. when the indication RE comprises a first data symbol, the URLLC control information exists in the OFDM symbol; or when the indication RE comprises a second data symbol, the URLLC control information does not exist in the OFDM symbol; or wherein that the indication RE indicates whether URLLC control information exists in the OFDM symbol comprises: when a value of energy on the indication RE is greater than or equal to a preset threshold, the URLLC control information exists in the OFDM symbol; or when a value of energy on the indication RE is less than a preset threshold, the URLLC control information does not exist in the OFDM symbol.
A method for roasting coffee beans comprising the steps of a) heating the coffee beans by a heating rate between 20°C/minute and 40°C/minute until the temperature of the coffee beans is between 160°C and 220°C, and b) heating the coffee beans by a heating rate between 1°C/min and 10°C/minute, said heating steps being performed in the same roasting chamber, wherein step b) is performed after step a). a) heating the coffee beans by a heating rate between 20°C/minute and 40°C/minute until the temperature of the coffee beans is between 160°C and 220°C, and b) heating the coffee beans by a heating rate between 1°C/min and 10°C/minute, said heating steps being performed in the same roasting chamber, wherein step b) is performed after step a).
A method for wireless communication implemented by a user equipment, UE, comprising: monitoring for a transmission over a set of periodically scheduled resources of a downlink shared channel in an unlicensed spectrum without receiving a corresponding dynamic scheduling grant; receiving the transmission, wherein the transmission indicates a listen-before-talk, LBT, configuration for the UE for accessing the unlicensed spectrum; and transmitting a message based at least in part on the LBT configuration. monitoring for a transmission over a set of periodically scheduled resources of a downlink shared channel in an unlicensed spectrum without receiving a corresponding dynamic scheduling grant; receiving the transmission, wherein the transmission indicates a listen-before-talk, LBT, configuration for the UE for accessing the unlicensed spectrum; and transmitting a message based at least in part on the LBT configuration.
An oven comprising a cavity provided inside an casing and confining a cooking chamber, a front wall having a frame surrounding the outer periphery of the cavity, and a door that is hinged from an inner pane to the casing sealing the outer periphery in the closed position, and in such a way that it abuts against the frame characterized in that the frame is formed from a one-piece metal sheet adapted to the casing, that a bottom profile with a drip collection channel is bent to extend forward under the inner pane and formed in the depression structure on the upper part of the front wall facing the inner pane therein; the bottom profile comprises a bottom bending extension bent backwards towards the cavity at a distance from the drip collection channel and on which an air duct is provided and the air duct extends across the width of the bottom profile and is in the form of a staggered hole.
Use of a coolness-enhancing compound to enhance a cooling sensation of a flavored product or a body care product, wherein the coolness-enhancing compound is selected from the group consisting of: (E/Z)-2-methyl-2-butenal, (E/Z)-2-isopropyl-5-methyl-2-hexenal, and any combination thereof.
A septum activator (111, 150) comprising: an outer tubular body (113, 152) having a plurality of openings (120, 122, 158, 160) therein; an inner tubular body (115, 154) disposed within the outer tubular body and having a plurality of openings (118, 158, 160) therein, the inner tubular body having a first position relative to the outer tubular body and a second position relative to outer tubular body; wherein in the first position, the plurality of openings of the inner tubular body do not overlap with the plurality of openings in the outer tubular body; wherein in the second position, the plurality of openings of the inner tubular body overlap with the plurality of openings of the outer tubular body characterized in that a seal is disposed on an outer surface of the septum activator; and one or more vents are disposed on the seal, the one or more vents each permit the passage of air but not blood, wherein each of the one or more vents has a cross sectional area of less than or equal to 0.0193548 mm 2. an outer tubular body (113, 152) having a plurality of openings (120, 122, 158, 160) therein; an inner tubular body (115, 154) disposed within the outer tubular body and having a plurality of openings (118, 158, 160) therein, the inner tubular body having a first position relative to the outer tubular body and a second position relative to outer tubular body; wherein in the first position, the plurality of openings of the inner tubular body do not overlap with the plurality of openings in the outer tubular body; wherein in the second position, the plurality of openings of the inner tubular body overlap with the plurality of openings of the outer tubular body characterized in that a seal is disposed on an outer surface of the septum activator; and one or more vents are disposed on the seal, the one or more vents each permit the passage of air but not blood, wherein each of the one or more vents has a cross sectional area of less than or equal to 0.0193548 mm 2.
Colored interference pigments having metallic luster comprising, on the surface of a thin platelet-like metal substrate, a layer of an anti-corrosive treatment in a non-aqueous system, and, thereon, an intermediate binder layer comprising hydrated tin oxide (first layer) obtained by the hydrolysis of a water soluble tin salt; and thereon, a hydrated iron oxide layer (second layer, wherein the layer of an anti-corrosive treatment in a non-aqueous system is a hydrated metal oxide layer obtained from the following steps: Treating the surface of the thin platelet-like metal substrate with phosphoric acids compounds and/or boric acids compounds, followed by coating one or more hydrated metal oxide layers of one or more metals selected from the group consisting of silicon, aluminum, zirconium and titanium by the sol-gel method. an intermediate binder layer comprising hydrated tin oxide (first layer) obtained by the hydrolysis of a water soluble tin salt; and thereon, a hydrated iron oxide layer (second layer, wherein the layer of an anti-corrosive treatment in a non-aqueous system is a hydrated metal oxide layer obtained from the following steps: Treating the surface of the thin platelet-like metal substrate with phosphoric acids compounds and/or boric acids compounds, followed by coating one or more hydrated metal oxide layers of one or more metals selected from the group consisting of silicon, aluminum, zirconium and titanium by the sol-gel method.
A layered denture comprising: a base comprising a first material having a first pocket and a second pocket; an artificial dentition structure in said first pocket wherein said first pocket is configured to support said artificial dentition structure; a support layer of a reinforcement material applied in the second pocket; and a covering layer of a second material in a remaining cavity formed by the support layer, characterized in that said artificial dentition structure comprises: a root approximating structure of a first tooth dentition material; a dentin layer of a second tooth dentition material; and an enamel layer of a third tooth dentition material. a base comprising a first material having a first pocket and a second pocket; an artificial dentition structure in said first pocket wherein said first pocket is configured to support said artificial dentition structure; a support layer of a reinforcement material applied in the second pocket; and a covering layer of a second material in a remaining cavity formed by the support layer, a root approximating structure of a first tooth dentition material; a dentin layer of a second tooth dentition material; and an enamel layer of a third tooth dentition material.