mhurhangee/ep-ind-claims huggingface dataset:
An automatic vacuum cleaner, comprising: a first movement part and a second movement part capable of together moving along an inclined cleaning surface; a movement unit provided to at least one of the first movement part and the second movement part; a cleaning member provided to at least one of the first movement part and the second movement part; and a detection unit which detects states of the cleaning surface, characterized in that movement speeds of the first movement part and the second movement part are varied according to the states of the cleaning surface, and the automatic vacuum cleaner further comprises at least one fixed adhesion unit and a first suction motor communicating with the fixed adhesion unit. a first movement part and a second movement part capable of together moving along an inclined cleaning surface; a movement unit provided to at least one of the first movement part and the second movement part; a cleaning member provided to at least one of the first movement part and the second movement part; and a detection unit which detects states of the cleaning surface, characterized in that movement speeds of the first movement part and the second movement part are varied according to the states of the cleaning surface, and the automatic vacuum cleaner further comprises at least one fixed adhesion unit and a first suction motor communicating with the fixed adhesion unit.
A method for updating slot-state, the method comprising: Determining, by a communication node, an update period of a slot-state table, wherein the update period comprises x consecutive time slots, wherein x is an integer no less than 1 and no more than a total number of time slots comprised in a communication frame; and Updating, by the communication node, the slot-state table at an end of each update period; characterized in that the method further comprises: buffering, by the communication node, Frame Information, FI, received in the time slots in each update period, and information about the time slots where the FI is located; and updating, by the communication node, the slot-state table at the end of each update period comprises: inputting, by the communication node, the respective FI received in the time slots in each update period, and the information about the time slots where the FI is located to an iterative state update algorithm sequentially in an order that they are received, at the end of the update period, and updating the slot-state table in the iterative state update algorithm. Determining, by a communication node, an update period of a slot-state table, wherein the update period comprises x consecutive time slots, wherein x is an integer no less than 1 and no more than a total number of time slots comprised in a communication frame; and Updating, by the communication node, the slot-state table at an end of each update period; characterized in that the method further comprises: buffering, by the communication node, Frame Information, FI, received in the time slots in each update period, and information about the time slots where the FI is located; and updating, by the communication node, the slot-state table at the end of each update period comprises: inputting, by the communication node, the respective FI received in the time slots in each update period, and the information about the time slots where the FI is located to an iterative state update algorithm sequentially in an order that they are received, at the end of the update period, and updating the slot-state table in the iterative state update algorithm. buffering, by the communication node, Frame Information, FI, received in the time slots in each update period, and information about the time slots where the FI is located; and updating, by the communication node, the slot-state table at the end of each update period comprises: inputting, by the communication node, the respective FI received in the time slots in each update period, and the information about the time slots where the FI is located to an iterative state update algorithm sequentially in an order that they are received, at the end of the update period, and updating the slot-state table in the iterative state update algorithm.
A process for the selective hydrodesulfurization of a naphta charge containing olefins and organosulfur compounds, comprising the following steps: a) under hydrodesulfurization conditions, contacting the naphtha charge in a reactor charged with a hydrorefining catalyst and a flow of hydrogen and optionally at least one added non-reactive compound, wherein the H 2 molar fraction in the flow of hydrogen and at least one added non-reactive compound ranges from 0.2 to 1.0 and the H 2 S concentration at the reactor intake is limited to a maximum of 0.1% by volume to produce an effluent; b) removing H 2 S from the effluent of step a) to obtain a partially hydrodesulfurized naphtha; and c) channelling the partially hydrodesulfurized naphtha obtained in step b) to a second reaction stage, using a reactor charged with a second hydrorefining catalyst, under second hydrodesulfurization conditions, and contacting the partially desulfurized naphtha with a flow of hydrogen and at least one added non-reactive compound, wherein the molar fraction of H 2 in the flow of hydrogen and at least one added non-reactive compound ranges from 0.2 to 0.7 and the H 2 S concentration at the reactor intake is limited to a maximum of 0.05% by volume, to recover a hydrodesulfurized naphtha; wherein the molar fraction of H 2 in step c) is lower than the molar fraction of H 2 in step a). a) under hydrodesulfurization conditions, contacting the naphtha charge in a reactor charged with a hydrorefining catalyst and a flow of hydrogen and optionally at least one added non-reactive compound, wherein the H 2 molar fraction in the flow of hydrogen and at least one added non-reactive compound ranges from 0.2 to 1.0 and the H 2 S concentration at the reactor intake is limited to a maximum of 0.1% by volume to produce an effluent; b) removing H 2 S from the effluent of step a) to obtain a partially hydrodesulfurized naphtha; and c) channelling the partially hydrodesulfurized naphtha obtained in step b) to a second reaction stage, using a reactor charged with a second hydrorefining catalyst, under second hydrodesulfurization conditions, and contacting the partially desulfurized naphtha with a flow of hydrogen and at least one added non-reactive compound, wherein the molar fraction of H 2 in the flow of hydrogen and at least one added non-reactive compound ranges from 0.2 to 0.7 and the H 2 S concentration at the reactor intake is limited to a maximum of 0.05% by volume, to recover a hydrodesulfurized naphtha;
An information push method, comprising: receiving voice information and facial feature information of a target object; identifying a first content in the voice information; determining the target object corresponding to the facial feature information, and determining a second content consistent with the first content; pushing the second content to the target object; further comprising: after receiving the voice information and the facial feature information of the target object, performing voiceprint processing on the voice information, and when determining the target object corresponding to the facial feature information comprising: determining a first target object corresponding to processed voiceprint information; determining a second target object corresponding to the facial feature information; and wherein pushing the second content to the target object comprises pushing the second content corresponding to the voice information to the second target object in a case where the first target object is the same as the second target object. receiving voice information and facial feature information of a target object; identifying a first content in the voice information; determining the target object corresponding to the facial feature information, and determining a second content consistent with the first content; pushing the second content to the target object; further comprising: after receiving the voice information and the facial feature information of the target object, performing voiceprint processing on the voice information, and when determining the target object corresponding to the facial feature information comprising: determining a first target object corresponding to processed voiceprint information; determining a second target object corresponding to the facial feature information; and wherein pushing the second content to the target object comprises pushing the second content corresponding to the voice information to the second target object in a case where the first target object is the same as the second target object. after receiving the voice information and the facial feature information of the target object, performing voiceprint processing on the voice information, and when determining the target object corresponding to the facial feature information comprising: determining a first target object corresponding to processed voiceprint information; determining a second target object corresponding to the facial feature information; and wherein pushing the second content to the target object comprises pushing the second content corresponding to the voice information to the second target object in a case where the first target object is the same as the second target object. determining a first target object corresponding to processed voiceprint information; determining a second target object corresponding to the facial feature information; and wherein pushing the second content to the target object comprises pushing the second content corresponding to the voice information to the second target object in a case where the first target object is the same as the second target object.
Roof covering element comprising a liquid-cooled solar panel, comprising a first photovoltaic layer which is provided with photovoltaic cells, a heat-discharging layer lying against the rear side of the first photovoltaic layer, wherein the heat-discharging layer is provided with one or more heat-absorbing elements through which liquid which discharges heat absorbed by the heat-absorbing elements flows during operation, a heat-insulating layer arranged against the heat-discharging layer, and a transparent cover layer arranged on the first photovoltaic layer at some distance therefrom, wherein the edges of the cover layer are formed such that the edges co-act with adjacent roof covering elements when the upper side of the cover layer replaces a number of covering elements of a roof, wherein each heat-absorbing element comprises a first and second panel (13-1, 13-2) disposed some distance from each other, and wherein the first and/or second panel is manufactured from aluminium, characterized in that a liquid-tight space is formed between the first and second panels of each heat-absorbing element, which space comprises channels through which liquid flows during use of the solar panel for the purpose of absorbing the heat absorbed by the first panel, and recesses are arranged in the second panel, wherein the first panel is connected to the second panel at the position of the recesses and wherein each channel lies between successive recesses, the width of each channel is greater than the height thereof, the width of each recess is smaller than the width of each of the channels and the channels run substantially parallel to each other, and wherein the channels are mutually connected in harp configuration.
An oxygen carrying material comprising: about 20% to about 70% by weight of a primary active mass, the primary active mass comprising a composition having a metal or metal oxide selected from the group consisting of Fe, Co, Ni, Cu, Mo, Mn, Sn, Ru, Rh, and combinations thereof; about 5% to about 70% by weight of a primary support material, the primary support material comprising a composition having: (i) at least one metal, metal oxide, metal carbide, metal nitrate, metal halide, or combinations thereof; (ii) at least one ceramic or clay material, or salts thereof; (iii) at least one naturally occurring ore; or (iv) combinations thereof; and about 1% to about 35% by mass of a secondary support material, wherein the secondary support material comprises an oxide of Mg; wherein the primary support material composition and the secondary support material composition are different. about 20% to about 70% by weight of a primary active mass, the primary active mass comprising a composition having a metal or metal oxide selected from the group consisting of Fe, Co, Ni, Cu, Mo, Mn, Sn, Ru, Rh, and combinations thereof; about 5% to about 70% by weight of a primary support material, the primary support material comprising a composition having: (i) at least one metal, metal oxide, metal carbide, metal nitrate, metal halide, or combinations thereof; (ii) at least one ceramic or clay material, or salts thereof; (iii) at least one naturally occurring ore; or (iv) combinations thereof; and (i) at least one metal, metal oxide, metal carbide, metal nitrate, metal halide, or combinations thereof; (ii) at least one ceramic or clay material, or salts thereof; (iii) at least one naturally occurring ore; or (iv) combinations thereof; and about 1% to about 35% by mass of a secondary support material, wherein the secondary support material comprises an oxide of Mg; wherein the primary support material composition and the secondary support material composition are different.
Instrument transformer arrangement for monitoring one or more phase conductors (2a, 2b, 2c), having a voltage sensor and a current sensor, wherein the voltage sensor has a measuring electrode (1a, 1b, 1c) for detecting a voltage, wherein the measuring electrode (1a, 1b, 1c) is in the form of a ring and has a receptacle (9a, 9b, 9c), in which a probe (10a, 10b, 10c) of the current sensor is positioned, wherein the receptacle (9a, 9b, 9c) is formed as a cutout (9a, 9b, 9c) in the measuring electrode (1a, 1b, 1c) and is arranged on the outer lateral surface side on the measuring electrode (1a, 1b, 1c), characterized in that the measuring electrode (1a, 1b, 1c) and the probe (10a, 10b, 10c) are embedded in an insulating body (12, 12a), which is a post insulator of the phase conductor(s) (2a, 2b, 2c).
A valuable-medium processing apparatus comprising: a valuable-medium processing unit that processes a valuable medium; a storage unit that stores therein information pertaining to processing of the valuable medium; a display unit that displays the information pertaining to the processing of the valuable medium; an input unit for inputting the information pertaining to the processing of the valuable medium, characterised in that the valuable-medium processing apparatus comprises: a display control unit that causes the display unit to display information pertaining to a day on which the valuable medium was not processed by the valuable-medium processing unit; and a control unit that causes the valuable-medium processing unit to process, when a specific day displayed on the display unit was selected and inputted by using the input unit, the valuable medium, and stores a selected day and processing results of the valuable medium processed by the valuable-medium processing unit, in an associated form, in the storage unit. a valuable-medium processing unit that processes a valuable medium; a storage unit that stores therein information pertaining to processing of the valuable medium; a display unit that displays the information pertaining to the processing of the valuable medium; an input unit for inputting the information pertaining to the processing of the valuable medium, characterised in that the valuable-medium processing apparatus comprises: a display control unit that causes the display unit to display information pertaining to a day on which the valuable medium was not processed by the valuable-medium processing unit; and a control unit that causes the valuable-medium processing unit to process, when a specific day displayed on the display unit was selected and inputted by using the input unit, the valuable medium, and stores a selected day and processing results of the valuable medium processed by the valuable-medium processing unit, in an associated form, in the storage unit. a display control unit that causes the display unit to display information pertaining to a day on which the valuable medium was not processed by the valuable-medium processing unit; and a control unit that causes the valuable-medium processing unit to process, when a specific day displayed on the display unit was selected and inputted by using the input unit, the valuable medium, and stores a selected day and processing results of the valuable medium processed by the valuable-medium processing unit, in an associated form, in the storage unit.
A polyester-based film for laminating a metal plate constituted by two layers of Layer A and Layer B, wherein a resin constituting Layer A is a polyester-based resin having a total content of ethylene terephthalate units and diethylene terephthalate units of not less than 95% by mol and not more than 98% by mol, in 100% by mol of total constituent units of the polyester, the resin constituting Layer A comprises not less than 2% by mol and riot more than 5% by mol of ethylene isophthalate units, in 100% by mol of the total constituent units of the polyester, and a resin constituting Layer B comprises 80 to 100% by mass of a polyester-based resin having ethylene terephthalate units of not less than 80% by mol, in 100% by mol of the total constituent units of the polyester, and 0 to 20% by mass of a polyester-based resin having composition different from composition of the polyester-based resin, and Layer B is used as a layer to be laminated on the metal plate side, the total thicknesses of Layer A and Layer B is not less than 10 μm and not more than 25 μm, and Layer A and Layer B has a thickness ratio from 85:15 to 95:5.
A composite component having a tubular support element made of fibre composite material, at least one clamping seat being provided on the outer side of the composite component, a pressure distribution element made of an elastically deformable material being provided on the outer side of the support element, which is made of fibre composite material, in the area of the clamping seat, the elasticity of the elastically deformable material being greater than the elasticity of the fibre composite material, a clamping element being fixable to the pressure distribution element in a friction-locking manner at the clamping seat by applying a clamping force, the pressure distribution element being a pressure distribution layer surrounding the support element in particular cylindrically or in the shape of a cylinder segment, the pressure distribution layer selectively covering the fibre composite material of the support element in the area of the clamping seat only, characterised in that the outer surface of the pressure distribution layer is flush with the outer surface of the support element, which is made of fibre composite material, at the outer edges and that the elastically deformable material of the pressure distribution element is baked into the support element during curing of the fibre composite material.
A combination of a top cover and a soft throttling valve body, the valve body comprising a valve inlet, a valve outlet, a main valve element arranged between inlet and outlet, being biased by a resetting spring to a closed position, and having a top plate section, a throttling section, and a stem section connecting the throttling section with the top plate section, the top cover comprising one or more fluid conduits for transferring a pilot fluid flow from a zone next the valve inlet to the soft throttling valve body, the pilot fluid flow being controlled by a pilot valve and being transferred for setting a degree of opening of a main valve situated in the soft throttling valve body, wherein the top cover comprises a follower arrangement arranged to throttle the pilot fluid flow by means of an orifice, the follower arrangement being arranged to throttle the pilot fluid flow depending on a degree of opening of the main valve, characterized in that when the pilot valve is energized the pilot flow to the follower arrangement is established via the fluid conduit connecting the zone next the valve inlet with the follower arrangement, the pilot flow flows through the orifice into the pressure chamber above the top plate section, in which the pressure will not reach a level of n the pressure in the zone next the valve inlet, but a level between the pressure at the valve inlet and the valve outlet so that this pressure generates a force on the main valve element that can overcome an upwards force from a resetting spring biasing the main valve element to the closed position and the upwards force from the main valve element because the area of the top plate section is approximately twice the area of the throttling section.
A conveyor assembly for linked sausage strands, comprising: an operating platform supported by a frame; a carriage slidably mounted to the operating platform; a plurality of rotational members (16, 28, 30) mounted to the operating platform; a continuous conveying chain mounted to the rotational members (16, 28, 30); a plurality of hooks secured to the chain; characterized in that the carriage has a plate; and a drop point sprocket mounted to the plate of the carriage so that movement of the carriage moves the drop point sprocket along a length of a smoke stick.
A process for the preparation of thrombin serum suitable for use in the preparation of a wound healant, tissue healant or cosmetic composition, comprising the steps of: a) Collecting whole blood in a tube comprising a cell selector gel, preferably a thixotropic gel, wherein the tube does not comprise citrate; b) Centrifuging said tube until liberation of thrombin serum, and c) Collecting said thrombin serum suitable for use in the preparation of a wound healant, tissue healant or cosmetic composition, wherein the thrombin serum is prepared without using a coagulation agent. a) Collecting whole blood in a tube comprising a cell selector gel, preferably a thixotropic gel, wherein the tube does not comprise citrate; b) Centrifuging said tube until liberation of thrombin serum, and c) Collecting said thrombin serum suitable for use in the preparation of a wound healant, tissue healant or cosmetic composition, wherein the thrombin serum is prepared without using a coagulation agent.