mhurhangee/patent-ind-claim-en huggingface dataset:
Sulfur-cross-linkable rubber composition for a rail pad, wherein the polymeric component comprises a halogenated butyl rubber and at least one further rubber selected from the elastomers of the R or M groups, which contain at least one double bond, wherein the halogenated butyl rubber with 40 to 60 phr, in particular with 50 phr is contained, wherein at least one sulfur cross-linking agent iscontained, and wherein at least one heavy filler with a density of at least 4 g/cm 3 is contained, wherein the total amount of heavy filler with a density of at least 4 g/cm 3 is 50 to 100 phr, and wherein at least one light filler with a density of less than 4 g/cm 3 is contained, wherein the light fillers have a specific surface area (BET) of at most 50 m 2 /g.
An electric working machine , comprising: a motor ; an operation portion configured to be operated by an operator; a working portion configured to be driven by the motor and act on a work target; and a controller configured to control a maximum power that can be input to the motor to a first power when receiving an operation signal indicating an amount of operation to the operation portion , perform first switching control to switch the maximum power to a second power that is less than the first power when rotation speed of the motor becomes less than a first threshold due to a load on the working portion , characterized in that the controller is further configured to perform second switching control to switch the maximum power to a third power that is greater than the second power when a first period elapses from the first switching control, and perform third switching control to switch the maximum power to the first power when rotation speed of the motor becomes equal to or higher than a second threshold after performing the second switching control. a motor ; an operation portion configured to be operated by an operator; a working portion configured to be driven by the motor and act on a work target; and a controller configured to control a maximum power that can be input to the motor to a first power when receiving an operation signal indicating an amount of operation to the operation portion , perform first switching control to switch the maximum power to a second power that is less than the first power when rotation speed of the motor becomes less than a first threshold due to a load on the working portion , characterized in that the controller is further configured to perform second switching control to switch the maximum power to a third power that is greater than the second power when a first period elapses from the first switching control, and perform third switching control to switch the maximum power to the first power when rotation speed of the motor becomes equal to or higher than a second threshold after performing the second switching control. control a maximum power that can be input to the motor to a first power when receiving an operation signal indicating an amount of operation to the operation portion , perform first switching control to switch the maximum power to a second power that is less than the first power when rotation speed of the motor becomes less than a first threshold due to a load on the working portion , characterized in that the controller is further configured to perform second switching control to switch the maximum power to a third power that is greater than the second power when a first period elapses from the first switching control, and perform third switching control to switch the maximum power to the first power when rotation speed of the motor becomes equal to or higher than a second threshold after performing the second switching control.
An outdoor unit for an air conditioner, comprising: a first compressor ; a second compressor that has a capacity smaller than a capacity of the first compressor ; a first switching unit that switches a flow direction of a refrigerant discharged from the first compressor ; a second switching unit that switches a flow direction of the refrigerant discharged from the second compressor ; a first outdoor heat exchanger ; a second outdoor heat exchanger ; a gas-pipe connection port ; a liquid-pipe connection port ; and a controller , wherein the liquid-pipe connection port is coupled to a discharge pipe of the first compressor via the first outdoor heat exchanger and the first switching unit , and is coupled to a discharge pipe of the second compressor via the second outdoor heat exchanger and the second switching unit , characterized in that the first compressor and the second compressor have a combined suction pipe; and in that , in a cooling operation, the controller causes the first switching unit and the second switching unit to each perform a switching operation in such a manner that the gas-pipe connection port is coupled to the combined suction pipe of the first and second compressors via the first and second switching units . a first compressor ; a second compressor that has a capacity smaller than a capacity of the first compressor ; a first switching unit that switches a flow direction of a refrigerant discharged from the first compressor ; a second switching unit that switches a flow direction of the refrigerant discharged from the second compressor ; a first outdoor heat exchanger ; a second outdoor heat exchanger ; a gas-pipe connection port ; a liquid-pipe connection port ; and a controller , wherein the liquid-pipe connection port is coupled to a discharge pipe of the first compressor via the first outdoor heat exchanger and the first switching unit , and is coupled to a discharge pipe of the second compressor via the second outdoor heat exchanger and the second switching unit ,
A data sending method performed by a terminal device or by a function module in the terminal device which can invoke a program and execute the program, the method comprising: receiving , configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining , based on the configuration information, a non-scheduling resource for data transmission; starting , a first timer, when the terminal device receives grant resource indication information from the network device and sends uplink data on a grant resource indicated by the grant resource indication information, wherein the terminal device stops using the non-scheduling resource to send uplink data within duration of the first timer. receiving , configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining , based on the configuration information, a non-scheduling resource for data transmission; starting , a first timer, when the terminal device receives grant resource indication information from the network device and sends uplink data on a grant resource indicated by the grant resource indication information, wherein the terminal device stops using the non-scheduling resource to send uplink data within duration of the first timer.
Setting tool for driving fastening elements into a substrate, in particular a hand-held setting tool, comprising a holder , which is provided for holding a fastening element, a drive-in element , which is provided for transferring a fastening element held in the holder into the substrate along a setting axis, a drive, which is provided for driving the drive-in element toward the fastening element along the setting axis, characterized in that the drive comprises an excitation coil which is flowed through by current and generates a magnetic field which accelerates the drive-in element onto the fastening element, and a stop element , which supports the drive-in element against movement toward the excitation coil when the drive-in element is in a ready-to-set position, the drive-in element being spaced apart from the excitation coil in the ready-to-set position .
A concentrated solar thermal receiver (10; 10A) for receiving concentrated solar thermal energy from a concentrating array of solar reflectors , the receiver comprising a single layered array of tubes (24; 19) configured to carry a heat transfer fluid and defining in combination an exposed concentrated solar thermal energy receiving surface, the array of tubes (24; 19) having a fluid inlet communicating with at least one inlet conduit and a fluid outlet communicating with at least one outlet conduit , the fluid inlet comprising an operatively lower inlet header and the fluid outlet comprising an operatively upper outlet header , and the array of tubes (24; 19) extending between the inlet header and the outlet header ; characterised in that : the array of tubes (24; 19) are arranged in a serpentine configuration, and the array has predominantly transverse passes or components (26a-f), with each tube in the array having an upright or longitudinal component (26g-m) between successive transverse passes or components (26a-f), such that, in operation, the transverse components or passes are substantially horizontal and the array of tubes (24; 19) thereby defines a fluid flow path which is horizontal and upward.
Device for producing pellets, having a hollow outer cylinder with a first axis of rotation and an inner cylinder arranged in the outer cylinder and having a second axis of rotation , wherein between an inner surface of the outer cylinder and an outer surface of the inner cylinder a space with a wedge-shaped pressing gap is formed, into which a feed opening for material to be pelletized opens, wherein the outer cylinder and/or the inner cylinder have radial holes for pressing through the material to be pelletized, at least one conduit (27 to 29) for extracting air being connected to the space , characterized in that the space has an inner space and at least one outer space , in that the holes for pressing through the material to be pelletized open out in the region of the inner space , and in that the inner space is bounded on at least one side by an escutcheon .
A discharge head for an anti-skid insert installation tool, comprising: - a body comprising a main cavity and a supply cavity intersecting with the main cavity , and - a supply insert inserted into a receptive opening in the body , the supply insert comprising a supply cavity in communication with the supply cavity of the body , which supply cavity of the supply insert has a non-circular cross-section for conveying an anti-skid insert having a body with a respective non-circular cross-section, characterized in that : - the receptive opening in the body for the supply insert has a circular cross-section, - the discharge head comprises an actuation insert inserted into a receptive opening in the body , wherein the actuation insert comprises inner cavities forming the main cavity and the supply cavity of the body , and in that - the receptive opening in the body for the actuation insert has a circular cross-section. - a body comprising a main cavity and a supply cavity intersecting with the main cavity , and - a supply insert inserted into a receptive opening in the body , the supply insert comprising a supply cavity in communication with the supply cavity of the body , which supply cavity of the supply insert has a non-circular cross-section for conveying an anti-skid insert having a body with a respective non-circular cross-section, - the receptive opening in the body for the supply insert has a circular cross-section, - the discharge head comprises an actuation insert inserted into a receptive opening in the body , wherein the actuation insert comprises inner cavities forming the main cavity and the supply cavity of the body , and in that - the receptive opening in the body for the actuation insert has a circular cross-section.
A computer-implemented method comprising: attempting to establish a secure connection between a client and a server using a first security protocol, wherein the first security protocol is a Transport Layer Security, TLS, protocol that supports False Start; determining whether the secure connection was successfully established using the first security protocol; based on a determination that the secure connection was not successfully established using the first security protocol, storing information on the client identifying the server as not supporting the first security protocol, wherein the information is stored in temporary storage on the client to optimize establishing secure connections within a same communications session and wherein the information is stored in persistent storage on the client to optimize establishing secure connections across different communications sessions; and attempting to establish the secure connection between the client and the server using a second security protocol. attempting to establish a secure connection between a client and a server using a first security protocol, wherein the first security protocol is a Transport Layer Security, TLS, protocol that supports False Start; determining whether the secure connection was successfully established using the first security protocol; based on a determination that the secure connection was not successfully established using the first security protocol, storing information on the client identifying the server as not supporting the first security protocol, wherein the information is stored in temporary storage on the client to optimize establishing secure connections within a same communications session and wherein the information is stored in persistent storage on the client to optimize establishing secure connections across different communications sessions; and attempting to establish the secure connection between the client and the server using a second security protocol.
System for biological fermentation, said system comprising: - a feedstock tank connected to a bioreactor, wherein the bioreactor has a slurry/liquid inflow, a slurry/liquid outflow and a gas outflow; - a feeding valve to control the feeding and hence slurry/liquid inflow from the feedstock tank to the bioreactor; - a computer unit which controls the opening and closing of the feeding valve, wherein the feeding from the feedstock tank to the bioreactor is driven by a higher pressure in the feedstock tank than in the bioreactor; and wherein mass balance control is ensured by control of opening and closing of the feeding valve in relation to a set point value of the mass quantity on the computer unit and wherein the system also comprises - a waste receiving tank; and - a discharging valve and/or a discharging pump to control the discharging of slurry/liquid waste and hence slurry/liquid outflow from the bioreactor to the waste receiving tank, wherein the computer unit also controls the opening and closing of the discharging valve and/or the controlling of the discharging pump in relation to a set point value of the mass quantity on the computer unit, and wherein the discharging from the bioreactor to the waste receiving tank is driven by a higher pressure in the bioreactor than in the waste receiving tank or directly by controlling the discharging pump and the optional discharging valve. - a feedstock tank connected to a bioreactor, wherein the bioreactor has a slurry/liquid inflow, a slurry/liquid outflow and a gas outflow; - a feeding valve to control the feeding and hence slurry/liquid inflow from the feedstock tank to the bioreactor; - a computer unit which controls the opening and closing of the feeding valve, wherein the feeding from the feedstock tank to the bioreactor is driven by a higher pressure in the feedstock tank than in the bioreactor; and wherein mass balance control is ensured by control of opening and closing of the feeding valve in relation to a set point value of the mass quantity on the computer unit and wherein the system also comprises - a waste receiving tank; and - a discharging valve and/or a discharging pump to control the discharging of slurry/liquid waste and hence slurry/liquid outflow from the bioreactor to the waste receiving tank, wherein the computer unit also controls the opening and closing of the discharging valve and/or the controlling of the discharging pump in relation to a set point value of the mass quantity on the computer unit, and wherein the discharging from the bioreactor to the waste receiving tank is driven by a higher pressure in the bioreactor than in the waste receiving tank or directly by controlling the discharging pump and the optional discharging valve.
An adjustable support arm comprising: a) a base assembly ; and b) an arm assembly releasably coupled to the base assembly ; c) an adjustable panning insert positioned between the arm assembly and the base assembly , wherein the adjustable panning insert comprises an outer wall , an inner wall , a first end , a second end and characterized in that , the adjustable panning insert further comprises: first and second splines positioned in a stacked orientation around the inner wall of the adjustable panning insert ; and first and second projections extending from the second end of the adjustable panning insert , wherein the first projection is spaced apart from the second projection . a) a base assembly ; and b) an arm assembly releasably coupled to the base assembly ; c) an adjustable panning insert positioned between the arm assembly and the base assembly , wherein the adjustable panning insert comprises an outer wall , an inner wall , a first end , a second end and characterized in that ,
A media server system comprising: a computer, including a media server which can receive requests from media device clients for media content ; and a media content bot provided within a social messaging environment that supports chat, which media content bot has means to: support an interaction with at least one user as part of a group chat ; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content . a computer, including a media server which can receive requests from media device clients for media content ; and a media content bot provided within a social messaging environment that supports chat, which media content bot has means to: support an interaction with at least one user as part of a group chat ; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content . support an interaction with at least one user as part of a group chat ; and in response to the interaction with the at least one user, access the media server for determining one or more recommended items of media content comprising music or video, and for providing the recommended media content items to a media device (102; 272) for playback at the media device; wherein the media content bot has means for recognizing music commands within the context of a particular discussion in the group chat for the determining of the one or more recommended items of media content .
A vehicle comprising at least one tire and comprising a device for reducing a rolling noise of the at least one tire , the tire rolling on a roadway on a tire contact patch , wherein the device comprises at least one sound absorption element attached to the vehicle in front of, behind and/or laterally of the tire contact patch in the direction of travel (F) of the vehicle and having at least one resonance frequency and a curved first absorber membrane facing the tire contact patch , characterized in that essentially the entire first absorber membrane is oriented normally to a direction of sound propagation (S) emanating from the tire contact patch , and the sound absorption element is located at a distance from the tire contact patch which corresponds to a multiple of half a wavelength (λ) assigned to the resonance frequency.
A polypeptide comprising a leader peptide operably linked to a protein or polypeptide of interest, wherein the leader peptide has an amino acid sequence as set forth in SEQ ID NO: 1, wherein the leader peptide is not native to the protein or polypeptide of interest.
A method for manufacturing a water absorption treatment material that is composed of a plurality of grains that bond to each other upon absorbing a liquid, the method comprising: a granulation step of forming a substantially cylindrical granule that constitutes each of the grains by granulating a granulation material; and a pressure application step of applying pressure to the granule formed in the granulation step from a longitudinal direction of the granule so as to reduce a length of the granule. a granulation step of forming a substantially cylindrical granule that constitutes each of the grains by granulating a granulation material; and a pressure application step of applying pressure to the granule formed in the granulation step from a longitudinal direction of the granule so as to reduce a length of the granule.
Key for operating a locking apparatus of a motor vehicle, having a housing , a cover plate arranged on the housing , a key body which can be at least partially inserted in the housing , and a securing device for securing the key body that has been inserted in the housing , wherein the cover plate includes a first support element which is designed to support the securing device , characterized in that the securing device has an aperture which is designed so that a key body which is inserted in the housing protrudes through the aperture .