mhurhangee/patent-ind-claim-en huggingface dataset:
A robot cleaner comprising: a main body ; a traveling unit to allow the main body to travel; a cleaning unit to suction foreign substances around the main body during the traveling; a sensor unit that is rotatable to sense an obstacle using light reflected or scattered by the obstacle; and a controller to control the traveling unit so as to travel along a traveling path and to control the cleaning unit so as to perform cleaning, characterized in that the sensor unit comprises a first mode and a second mode that are set to differ from each other in sensitivity with respect to the reflected or scattered light, and the controller is configured to change the sensitivity of the sensor unit according to a traveling mode, setting the sensitivity of the sensor unit to the first mode during traveling and setting the sensitivity of the sensor unit to the second mode different from the first mode during searching for a recharging base, wherein when the sensor unit is in the second mode, the controller is further configured to control the robot cleaner to search for the recharging base according to a reflectance of light reflected by a reflective sheet attached to the recharging base and received by the sensor unit . a main body ; a traveling unit to allow the main body to travel; a cleaning unit to suction foreign substances around the main body during the traveling; a sensor unit that is rotatable to sense an obstacle using light reflected or scattered by the obstacle; and a controller to control the traveling unit so as to travel along a traveling path and to control the cleaning unit so as to perform cleaning, characterized in that the sensor unit comprises a first mode and a second mode that are set to differ from each other in sensitivity with respect to the reflected or scattered light, and the controller is configured to change the sensitivity of the sensor unit according to a traveling mode, setting the sensitivity of the sensor unit to the first mode during traveling and setting the sensitivity of the sensor unit to the second mode different from the first mode during searching for a recharging base, wherein when the sensor unit is in the second mode, the controller is further configured to control the robot cleaner to search for the recharging base according to a reflectance of light reflected by a reflective sheet attached to the recharging base and received by the sensor unit .
A system comprising: a vent hood configured to receive air from a cooking environment , the vent hood including a filter ; a post-filter air quality sensor configured to provide an air quality signal indicative of sensed air quality parameters of air after exiting the filter ; a vent hood controller configured to indicate an alert that the filter requires servicing, based on a comparison of the sensed air quality parameters to baseline air quality parameters indicating a lack of filter efficiency; and a pre-filter air quality sensor configured to provide the baseline air quality parameters as a pre-filter signal indicative of the baseline air quality parameters of the air before entering the filter , characterised in that the vent hood controller is further configured to infer the baseline air quality parameters as a historical average of the sensed air quality parameters measured by the post-filter air quality sensor . a vent hood configured to receive air from a cooking environment , the vent hood including a filter ; a post-filter air quality sensor configured to provide an air quality signal indicative of sensed air quality parameters of air after exiting the filter ; a vent hood controller configured to indicate an alert that the filter requires servicing, based on a comparison of the sensed air quality parameters to baseline air quality parameters indicating a lack of filter efficiency; and a pre-filter air quality sensor configured to provide the baseline air quality parameters as a pre-filter signal indicative of the baseline air quality parameters of the air before entering the filter , characterised in that the vent hood controller is further configured to infer the baseline air quality parameters as a historical average of the sensed air quality parameters measured by the post-filter air quality sensor .
Use of a housing apparatus , which has a casing body delimiting an interior space and a mounting support , in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body , wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction , wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface , characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support , which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body . which has a casing body delimiting an interior space and a mounting support , in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body , wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction , wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface , characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support , which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body . in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body , wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction , wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface , characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support , which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body .
A levitation system , comprising: at least one levitation device having a plurality of vibration actuators , and a band structure , shaped as a loop and being coupled to said vibration actuators ; and a controller , having an electronic circuit and a non-volatile memory medium readable by said circuit, wherein said memory medium stores program instructions which, when read by said circuit, cause said circuit to synchronize vibrations of said vibration actuators to generate in said band structure traveling mechanical waves. at least one levitation device having a plurality of vibration actuators , and a band structure , shaped as a loop and being coupled to said vibration actuators ; and a controller , having an electronic circuit and a non-volatile memory medium readable by said circuit, wherein said memory medium stores program instructions which, when read by said circuit, cause said circuit to synchronize vibrations of said vibration actuators to generate in said band structure traveling mechanical waves.
Modular system having multiple transport pallets (10a to 10f, 10h), wherein each transport pallet (10a to 10f, 10h) has a transport surface for goods for transport, which is formed by at least one plate and/or by multiple slats extending parallel to one another and connected to one another, and has multiple cuboidal spacer blocks , which are arranged at a distance from one another on a bottom side that faces away from the transport surface and which leave free intermediate spaces for engagement of an industrial truck, characterized in that at least some of the spacer blocks are in each case provided with a first through-channel for connecting rods that extends parallel to the transport surface from one outer surface to an outer surface which faces away from the latter, in that the first through-channels in each case extend in a first spatial direction , in that at least some of the spacer blocks are in each case provided with a second through-channel for connecting rods that extends parallel to the transport surface from one outer surface to an outer surface which faces away from the latter, in that the second through-channels in each case extend in a second spatial direction , which extends transversely to the first spatial direction , in that at least some of the through-channels in each case extend through the centre points of the outer surfaces , and in that the modular system has connecting rods for passage through the through-channels , and connecting elements for connection of the connecting rods .
An optical cable which comprises: - an optical core consisting of at least one optical fiber , protected or unprotected by a protective sheath ; - around this optical core , a sheath called "external sheath" ; - at least one mechanical reinforcing element which has a thickness smaller than its width and which is disposed between the optical core and the external sheath ; characterized by the fact that: - said at least one mechanical reinforcing element has an angular extent less than 360°, preferably less than 180°; - said at least one mechanical reinforcing element is disposed according to a circular arc configuration whose concavity is directed towards said optical core; - said at least one mechanical reinforcing element is secured to the surrounding medium, but is simply in contact with said optical core when it touches it. - an optical core consisting of at least one optical fiber , protected or unprotected by a protective sheath ; - around this optical core , a sheath called "external sheath" ; - at least one mechanical reinforcing element which has a thickness smaller than its width and which is disposed between the optical core and the external sheath ; - said at least one mechanical reinforcing element has an angular extent less than 360°, preferably less than 180°; - said at least one mechanical reinforcing element is disposed according to a circular arc configuration whose concavity is directed towards said optical core; - said at least one mechanical reinforcing element is secured to the surrounding medium, but is simply in contact with said optical core when it touches it.
A method for receiving demodulation-reference signals, DM-RSs, for vehicle-to-vehicle, V2V, communication by a V2V device in a wireless communication system, the method comprising: receiving a configuration for at least one common DM-RS for a first transmission time interval, TTI, and a second TTI following the first TTI; and receiving a first DM-RS and the common DM-RS in the first TTI from a first device, and receiving the common DM-RS and a second DM-RS in the second TTI from a second device according to the configuration, wherein each of the first TTI and the second TTI is composed of a number of orthogonal frequency division multiplexing, OFDM, symbols smaller than a number of OFDM symbols of a subframe, and symbol structures of the first TTI and the second TTI are configured to match symbol structures of the subframe, and wherein the first DM-RS and the common DM-RS are used to perform channel estimation for the first TTI, and wherein the common DM-RS and the second DM-RS are used to perform the channel estimation for the second TTI. receiving a configuration for at least one common DM-RS for a first transmission time interval, TTI, and a second TTI following the first TTI; and receiving a first DM-RS and the common DM-RS in the first TTI from a first device, and receiving the common DM-RS and a second DM-RS in the second TTI from a second device according to the configuration, wherein each of the first TTI and the second TTI is composed of a number of orthogonal frequency division multiplexing, OFDM, symbols smaller than a number of OFDM symbols of a subframe, and symbol structures of the first TTI and the second TTI are configured to match symbol structures of the subframe, and wherein the first DM-RS and the common DM-RS are used to perform channel estimation for the first TTI, and wherein the common DM-RS and the second DM-RS are used to perform the channel estimation for the second TTI.
An exoskeleton comprising: a torso brace configured to be coupled to a torso of a user ; a first leg support configured to be coupled to a leg of the user; a second leg support configured to be coupled to an opposing leg of the user; a first plurality of links coupling the torso brace to the first leg support, the first plurality of links including: a first link coupled to the torso brace at a first pivot point ; and a second link coupled to the leg support at a second pivot point , wherein the first link is coupled to the second link through a third pivot point located between the first and second pivot points, and wherein the first pivot point enables adduction of the first leg support and the third pivot point enables abduction of the first leg support; characterised in that the exoskeleton further comprises: a second plurality of links coupling the torso brace to the second leg support , the second plurality of links including a first link coupled to the torso brace at a fourth pivot point ; and a strap , wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace. a torso brace configured to be coupled to a torso of a user ; a first leg support configured to be coupled to a leg of the user; a second leg support configured to be coupled to an opposing leg of the user; a first plurality of links coupling the torso brace to the first leg support, the first plurality of links including: a first link coupled to the torso brace at a first pivot point ; and a second link coupled to the leg support at a second pivot point , a first link coupled to the torso brace at a first pivot point ; and a second link coupled to the leg support at a second pivot point , wherein the first link is coupled to the second link through a third pivot point located between the first and second pivot points, and wherein the first pivot point enables adduction of the first leg support and the third pivot point enables abduction of the first leg support; characterised in that the exoskeleton further comprises: a second plurality of links coupling the torso brace to the second leg support , the second plurality of links including a first link coupled to the torso brace at a fourth pivot point ; and a strap , wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace. a second plurality of links coupling the torso brace to the second leg support , the second plurality of links including a first link coupled to the torso brace at a fourth pivot point ; and a strap , wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace.
A process for the hydrogenation of the carbon-nitrogen triple bonds (nitrile groups) in hydrogenated acrylonitrile butadiene rubber (HNBR) and for the tandem hydrogenation of carbon-nitrogen triple bonds and carbon-carbon double bonds (olefinic groups) in nitrile butadiene rubber (NBR) in solution form, that being a copolymer comprising α,β-ethylenically unsaturated nitrile-group containing monomer unit, conjugated diene unit and optionally at least one further copolymerizable monomer, comprising subjecting the diene based nitrile rubber which is present in solution form to treatment with hydrogen in the presence of (a) an unsupported rhodium containing catalyst, wherein the unsupported rhodium containing catalyst (a) is tris-(triisopropylphosphine)-hydrido-rhodium, RhH(P i Pr 3 ) 3 , and (b) an additive of the general formula (II), preferably triphenylphosphine (TPP), R m B (II), wherein R is a C 1 -C 8 -alkyl group, preferably a C 1 -C 6 -alkyl group, a C 4 -C 8 -cycloalkyl group, preferably a C 4 -C 6 -cycloalkyl group, a C 6 -C 15 -aryl group, preferably a C 6 -C 12 -aryl group or a C 7 -C 15 -aralkyl group, preferably a C 7 -C 12 - aralkyl group, B is phosphorus, arsenic, sulfur, or a sulphoxide group, preferably phosphorus, and m is 2 or 3, preferably m is 2 when B is sulphur or sulphoxide, and m is 3 when B is phosphorus or arsenic, and x is 2, 3 or 4, preferably x is 3 when Q is halogen and preferably x is 4 when Q is hydrogen. (a) an unsupported rhodium containing catalyst, wherein the unsupported rhodium containing catalyst (a) is tris-(triisopropylphosphine)-hydrido-rhodium, RhH(P i Pr 3 ) 3 , and (b) an additive of the general formula (II), preferably triphenylphosphine (TPP), R m B (II), wherein R is a C 1 -C 8 -alkyl group, preferably a C 1 -C 6 -alkyl group, a C 4 -C 8 -cycloalkyl group, preferably a C 4 -C 6 -cycloalkyl group, a C 6 -C 15 -aryl group, preferably a C 6 -C 12 -aryl group or a C 7 -C 15 -aralkyl group, preferably a C 7 -C 12 - aralkyl group, B is phosphorus, arsenic, sulfur, or a sulphoxide group, preferably phosphorus, and m is 2 or 3, preferably m is 2 when B is sulphur or sulphoxide, and m is 3 when B is phosphorus or arsenic, and x is 2, 3 or 4, preferably x is 3 when Q is halogen and preferably x is 4 when Q is hydrogen. R is a C 1 -C 8 -alkyl group, preferably a C 1 -C 6 -alkyl group, a C 4 -C 8 -cycloalkyl group, preferably a C 4 -C 6 -cycloalkyl group, a C 6 -C 15 -aryl group, preferably a C 6 -C 12 -aryl group or a C 7 -C 15 -aralkyl group, preferably a C 7 -C 12 - aralkyl group, B is phosphorus, arsenic, sulfur, or a sulphoxide group, preferably phosphorus, and m is 2 or 3, preferably m is 2 when B is sulphur or sulphoxide, and m is 3 when B is phosphorus or arsenic, and x is 2, 3 or 4, preferably x is 3 when Q is halogen and preferably x is 4 when Q is hydrogen.
Heat transfer and storage medium compounded with silica sand, characterized in that , it is compounded by adding silica sand in heat transfer and storage molten salt system, the proportion of the silica sand in the heat transfer and storage medium is 10-40% by weight; the adding silica sand in heat transfer and storage molten salt system includes the follow steps: adding raw materials of heat transfer and storage molten salt system into a molten salt tank with interlayer and heating to molten state, then adding silica sand in proportion, continuously heating and stirring till making the compounded system uniform; the heat transfer and storage molten salt system are nitrate molten salt system or carbonate molten salt system, the nitrate molten salt system is binary nitrate molten salt system, ternary nitrate molten salt system or multiple nitrate molten salt system. the heat transfer and storage molten salt system are nitrate molten salt system or carbonate molten salt system, the nitrate molten salt system is binary nitrate molten salt system, ternary nitrate molten salt system or multiple nitrate molten salt system.
Connection component with a valve, in particular a 3/2 directional-control valve, having a valve housing and a valve piston , which is guided so as to be longitudinally movable therein and can be moved by means of an actuating solenoid device along an actuating axis between a first and a second piston position, in which a pressure supply is connected to a work port (A) or this work port (A) is connected to a return in a fluid-conducting manner, characterised in that according to a predefinable assignment plan, in addition to the work port (A), a plurality of pressure supply ports (P) and a plurality of return ports (T) emerge from the valve housing in at least one plane transverse to the actuating axis in such a manner that, irrespective of a selected possible connection position of the valve housing to a connection component , individual ports (A, P, T) of the valve housing come into fluid-conducting connection with assignable connection points (A', P', T') of the connection component and the remaining ports (P, T) of the valve housing can be closed in a fluid-tight manner by wall parts of the connection component ; and in that the connection component has the assignment plan with individual connection points (A', P', T'), of which a work port connection point (A') is located at the central point of the assignment plan and, viewed from the central point, a pressure supply port connection point (P') and a return port connection point (T') are located on a horizontal and vertical plane, respectively, in the connection component .
A method for producing a substance having antimicrobial, antiviral, and immunostimulatory activities, particularly towards dendritic cells, comprising extracting chopped potato sprouts with water, separating the aqueous extract from the pellet, adding a salt agent to the extract, concentrating the obtained saline solution using ultrafiltration through a 300-kD filter, freezing the solution for 24 hours, thawing and filtering the solution, removing the pellet, precipitating the crude substance from the solution using an acidic salt agent, re-solubilizing the crude substance with alkali, dializing the alkaline solution against distilled water on a filter, and purifying the substance from the resulting solution using gel permeation chromatography, wherein the molecular weight of the substance is 500 kDa to 17,000 kDa.
A puncture sealant containing a synthetic rubber latex, two or more emulsifiers, and no tackifier and a ratio of gelation of 0.05% or more at -25°C in Maron mechanical stability test based on JIS K6387-1 : 2011, wherein the emulsifier comprises 50% by mass or less of oleic acid or salt thereof based on the total amount of the emulsifier and at least one emulsifier having a higher melting point than the melting point of oleic acid or salt thereof concerned, and wherein the synthetic rubber latex is at least one selected from the group consisting of SBR latex, NBR latex, MBR latex, BR latex, carboxyl-modified NBR latex, and carboxyl-modified SBR latex. wherein the emulsifier comprises 50% by mass or less of oleic acid or salt thereof based on the total amount of the emulsifier and at least one emulsifier having a higher melting point than the melting point of oleic acid or salt thereof concerned, and wherein the synthetic rubber latex is at least one selected from the group consisting of SBR latex, NBR latex, MBR latex, BR latex, carboxyl-modified NBR latex, and carboxyl-modified SBR latex.