mhurhangee/patent-ind-claim-en huggingface dataset:
A molding support device for an injection molding machine (M) for performing a molding support to an injection molding machine (M) to inject plasticized molten resin with a screw to fill a metal mold with the resin, comprising: a basic data input unit (Fi) configured to input basic data (Do) including molding conditions data (Dm) related to at least molding conditions and screw data (Ds) related to the form of the screw; a calculation formula data setting unit (Fs) configured to set solid phase rate calculation formula data (Dc) to calculate, based on the basic data (Do), the solid phase rate (Xc) of the molten resin in a heating cylinder ; a calculation processing function unit (Fc) including a solid phase rate calculation processing unit (Fcp) to use calculation processing based on the basic data (Do) and the solid phase rate calculation formula data (Dc) to calculate an estimated solid phase rate (Xcs) of the molten resin at the end of measurement; and an output processing function unit (Fd) configured to perform display processing to display information related to the estimated solid phase rate (Xcs) on a display ; wherein the molding conditions data (Dm) includes data related to the type of resin material to be used. a basic data input unit (Fi) configured to input basic data (Do) including molding conditions data (Dm) related to at least molding conditions and screw data (Ds) related to the form of the screw; a calculation formula data setting unit (Fs) configured to set solid phase rate calculation formula data (Dc) to calculate, based on the basic data (Do), the solid phase rate (Xc) of the molten resin in a heating cylinder ; a calculation processing function unit (Fc) including a solid phase rate calculation processing unit (Fcp) to use calculation processing based on the basic data (Do) and the solid phase rate calculation formula data (Dc) to calculate an estimated solid phase rate (Xcs) of the molten resin at the end of measurement; and an output processing function unit (Fd) configured to perform display processing to display information related to the estimated solid phase rate (Xcs) on a display ; wherein the molding conditions data (Dm) includes data related to the type of resin material to be used.
A method for manufacturing a biological electrode , characterized by : a step of adding fumed silica to an aggregated silver powder and mixing to obtain a mixed silver powder in which the silver powder and the fumed silica are dispersed, and a step of forming a conductive rubber body containing a silicone rubber and the mixed silver powder. a step of adding fumed silica to an aggregated silver powder and mixing to obtain a mixed silver powder in which the silver powder and the fumed silica are dispersed, and a step of forming a conductive rubber body containing a silicone rubber and the mixed silver powder.
Single-axle drive , comprising: - a motor , - a two-stage transmission connected to the motor , which has a pinion , an intermediate shaft and a gear wheel , wherein the pinion and the intermediate shaft form a first transmission stage and the intermediate shaft and the gear wheel form a second transmission stage, - a first housing , and - a second housing , wherein - the pinion and a rotor of the motor are arranged on a motor shaft , - the motor is arranged in the first housing , and - the gear wheel is arranged in the second housing , characterised in that - the pinion and the intermediate shaft are arranged in the first housing , and - the first housing and the second housing are connected to one another in a reversibly detachable manner. - a motor , - a two-stage transmission connected to the motor , which has a pinion , an intermediate shaft and a gear wheel , wherein the pinion and the intermediate shaft form a first transmission stage and the intermediate shaft and the gear wheel form a second transmission stage, - a first housing , and - a second housing , wherein - the pinion and a rotor of the motor are arranged on a motor shaft , - the motor is arranged in the first housing , and - the gear wheel is arranged in the second housing , characterised in that - the pinion and the intermediate shaft are arranged in the first housing , and - the first housing and the second housing are connected to one another in a reversibly detachable manner.
Vehicle architecture for controlling and regulating an electrical drive of an electric or hybrid vehicle, having power electronics which are connected to the electrical drive , on the one hand, and to a battery system , wherein the power electronics are set up in such a manner that they control a torque requirement of the electrical drive [page 4, line 28 ff.], and a battery management system which is assigned to the battery system , wherein the battery management system is set up in such a manner that it monitors the battery system and controls a cooling system of the battery system [page 3, line 9 ff., line 15 ff.], the vehicle architecture comprises a master control device , or a control device is equipped with a master functionality, to which functionalities of at least the battery management system and of the power electronics of the electrical drive are transferred, characterized in that the master control device is connected to for receiving operating parameters [page 5, lines 4-11; Fig. 1], the battery management system , the power electronics and to a navigation system , wherein the master control device is configured to determine an operating strategy of the electric or hybrid vehicle by globally coordinating and matching the operating parameters [page 5, lines 4-11; Fig. 1]; wherein the master control device acts on the battery management system on the basis of the received operating parameters of the navigation system in order to control the cooling system [page 7, lines 1-11; page 8, lines 13-25], and wherein the master control device acts on the power electronics , which are used to regulate the electrical drive , on the basis of the received operating parameters of the navigation system in order to reduce the torque of the electrical drive [page 8, lines 13-25; Claims 2, 3].
Positioning system including: a positioning device for positioning supporting means for supporting an article , and a supporting means for supporting an article , to be positioned, wherein the positioning device comprises: at least two scales for measuring the position of said supporting means , a base frame on which said at least two scales are mounted, and at least two read heads for reading said at least two scales , wherein each one of said at least two read heads is mounted at said supporting means and movable together with said supporting means in a motion direction along a linear line in reciprocating motion, and wherein each one of said at least two read heads is positioned such that at least one read head of said at least two read heads can read one scale of said at least two scales , when said at least two read heads are moved together with said supporting means in said motion direction , wherein said at least two scales are arranged spaced to each other in said direction in which said supporting means is movable, or wherein said at least two scales are arranged directly adjacent to each other in said direction in which said supporting means is movable. a positioning device for positioning supporting means for supporting an article , and a supporting means for supporting an article , to be positioned, wherein the positioning device comprises: at least two scales for measuring the position of said supporting means , a base frame on which said at least two scales are mounted, and at least two read heads for reading said at least two scales , wherein each one of said at least two read heads is mounted at said supporting means and movable together with said supporting means in a motion direction along a linear line in reciprocating motion, and wherein each one of said at least two read heads is positioned such that at least one read head of said at least two read heads can read one scale of said at least two scales , when said at least two read heads are moved together with said supporting means in said motion direction , at least two scales for measuring the position of said supporting means , a base frame on which said at least two scales are mounted, and at least two read heads for reading said at least two scales , wherein each one of said at least two read heads is mounted at said supporting means and movable together with said supporting means in a motion direction along a linear line in reciprocating motion, and wherein each one of said at least two read heads is positioned such that at least one read head of said at least two read heads can read one scale of said at least two scales , when said at least two read heads are moved together with said supporting means in said motion direction , wherein said at least two scales are arranged spaced to each other in said direction in which said supporting means is movable, or wherein said at least two scales are arranged directly adjacent to each other in said direction in which said supporting means is movable.
A substantially tubular intraluminal scaffold comprising: a plurality of hoop components configured as the primary radial load bearing elements of the intraluminal scaffold, the hoop components being formed as a continuous series of circumferentially oriented strut members and alternating arc members wherein the plurality of hoop components comprise a metallic outer structure that completely encapsulates a polymeric core, the polymeric core comprising a non-bioabsorbable polymer; and one or more connector elements interconnecting the plurality of hoop components , the connector elements comprise a continuous series of longitudinally oriented flexible strut members and alternating flexible arc members forming a substantially N-shaped configuration, wherein the one or more connector elements are formed from a polymeric material. a plurality of hoop components configured as the primary radial load bearing elements of the intraluminal scaffold, the hoop components being formed as a continuous series of circumferentially oriented strut members and alternating arc members wherein the plurality of hoop components comprise a metallic outer structure that completely encapsulates a polymeric core, the polymeric core comprising a non-bioabsorbable polymer; and one or more connector elements interconnecting the plurality of hoop components , the connector elements comprise a continuous series of longitudinally oriented flexible strut members and alternating flexible arc members forming a substantially N-shaped configuration, wherein the one or more connector elements are formed from a polymeric material.
An image processing device comprising: a control unit configured to detect a timing of a peak of a flickering component on a basis of a plurality of images photographed at different exposure times during a first photographing; and wherein the control unit is configured to control a second photographing after the first photographing, and to cause an exposure timing of the second photographing to be synchronized with the timing of the peak of the flickering component; wherein the control unit is further configured to control generation of a white balance gain for adjusting white balance; wherein the control unit generates the white balance gain for an image captured at a first exposure time (Tact) based on further white balance gains generated for images captured during test photographing at different exposure times (T1, T2). a control unit configured to detect a timing of a peak of a flickering component on a basis of a plurality of images photographed at different exposure times during a first photographing; and wherein the control unit is configured to control a second photographing after the first photographing, and to cause an exposure timing of the second photographing to be synchronized with the timing of the peak of the flickering component; wherein the control unit is further configured to control generation of a white balance gain for adjusting white balance; wherein the control unit generates the white balance gain for an image captured at a first exposure time (Tact) based on further white balance gains generated for images captured during test photographing at different exposure times (T1, T2).
A wireless apparatus for a wireless base station configured to communicate with a wireless terminal , the wireless apparatus comprising: a processor configured to perform first signal processing, the first signal processing including wireless signal processing among signal processing of the wireless base station ; an interface configured to perform signal transfer to and from a wireless control apparatus , the wireless control apparatus being configured to perform second signal processing different from the first signal processing; and a first transmitter configured to notify the wireless control apparatus of first information relating to the first signal processing, characterised in that the wireless apparatus is configured to perform processing that notifies the wireless terminal of configuration information relating to the first signal processing and/or the second signal processing, the configuration information relating to a split point of the signal processing of the wireless base station . a processor configured to perform first signal processing, the first signal processing including wireless signal processing among signal processing of the wireless base station ; an interface configured to perform signal transfer to and from a wireless control apparatus , the wireless control apparatus being configured to perform second signal processing different from the first signal processing; and a first transmitter configured to notify the wireless control apparatus of first information relating to the first signal processing, characterised in that the wireless apparatus is configured to perform processing that notifies the wireless terminal of configuration information relating to the first signal processing and/or the second signal processing, the configuration information relating to a split point of the signal processing of the wireless base station .
An apparatus for tensioning and threading an optical fiber , comprising: - a first roller ; - a second roller ; - a third roller ; and - a belt that wraps around the first and second rollers , wherein the belt is in direct physical contact with the first and second rollers , and wherein at least one of the first, second, and third rollers is actuatable such that the optical fiber is captured between the belt and the third roller characterized in that the first roller , the second roller , the third roller , and the belt are sized and positioned such that the optical fiber is moved through the apparatus for tensioning and threading an optical fiber at a speed of at least about 30 m/s, and further characterized in that said apparatus further comprises: - a compartment that houses the first, second, and third rollers as well as the belt , wherein the compartment is held under negative pressure - a first roller ; - a second roller ; - a third roller ; and - a belt that wraps around the first and second rollers , wherein the belt is in direct physical contact with the first and second rollers , and wherein at least one of the first, second, and third rollers is actuatable such that the optical fiber is captured between the belt and the third roller characterized in that the first roller , the second roller , the third roller , and the belt are sized and positioned such that the optical fiber is moved through the apparatus for tensioning and threading an optical fiber at a speed of at least about 30 m/s, and further characterized in that said apparatus further comprises: - a compartment that houses the first, second, and third rollers as well as the belt , wherein the compartment is held under negative pressure - a compartment that houses the first, second, and third rollers as well as the belt , wherein the compartment is held under negative pressure
A chlorine generator apparatus comprising: a housing adapted to be mounted in and through an opening in an exterior, user-accessible surface of a spa and a user replaceable electrode cartridge configured to be installable by a user into said housing and to thereafter be pulled out of the housing by the user and replaced; wherein the electrode cartridge comprises a handle grippable by the user to pull the electrode cartridge out of the housing and first and second electrodes positioned to extend into said housing ; and wherein the housing comprises: a wall fitting adapted to be installed into the opening in said user-accessible surface ; and a cap removably attachable to the wall fitting by a user to provide user access to the installed electrode cartridge . a housing adapted to be mounted in and through an opening in an exterior, user-accessible surface of a spa and a user replaceable electrode cartridge configured to be installable by a user into said housing and to thereafter be pulled out of the housing by the user and replaced; wherein the electrode cartridge comprises a handle grippable by the user to pull the electrode cartridge out of the housing and first and second electrodes positioned to extend into said housing ; and wherein the housing comprises: a wall fitting adapted to be installed into the opening in said user-accessible surface ; and a cap removably attachable to the wall fitting by a user to provide user access to the installed electrode cartridge . a wall fitting adapted to be installed into the opening in said user-accessible surface ; and a cap removably attachable to the wall fitting by a user to provide user access to the installed electrode cartridge .
Device for transmitting/receiving a wireless radio signal, device comprising: - a first interface (I1) for transmitting/receiving a radio signal according to a first transmission technology of NFC type; - a second interface for transmitting/receiving a radio signal according to a second transmission technology of Bluetooth type; - an adaptation stage (ADAPT) comprising means for extracting data from signals (chip) coming from the first interface and/or the second interface; device for transmitting/receiving characterized in that it takes the form of a chip (PA) with a thickness of about one millimeter and a diameter between one and four centimeters, and in which the NFC antenna (ANT1) is coiled and occupies the perimeter of the chip (PA), the Bluetooth signal is transmitted through the dedicated antenna (ANT2). - a first interface (I1) for transmitting/receiving a radio signal according to a first transmission technology of NFC type; - a second interface for transmitting/receiving a radio signal according to a second transmission technology of Bluetooth type; - an adaptation stage (ADAPT) comprising means for extracting data from signals (chip) coming from the first interface and/or the second interface;
A method implemented by a wireless device configured to communicate with a network node , method comprising: receiving (S142) signaling associated with causing the wireless device to transition to or remain in one of a radio resource control, RRC,_Inactive state and RRC_Idle state; and transitioning to or remain in (S144) one of a radio resource control, RRC,_Inactive state and RRC_Idle state based at least in part on the signaling; wherein the signaling indicates a configuration configured to cause the wireless device to transition to or remain in one of a radio resource control, RRC,_Inactive state and RRC_Idle state if a predefined criterion is met; and wherein the predefined criterion defines a predefined number of consecutive wake-up signal, WUS, occasions that have not been detected, or wherein the predefined criterion defines a predefined number of connected mode discontinuous reception, C_DRX, cycles during which physical downlink control channel data for the wireless device has not been received. receiving (S142) signaling associated with causing the wireless device to transition to or remain in one of a radio resource control, RRC,_Inactive state and RRC_Idle state; and transitioning to or remain in (S144) one of a radio resource control, RRC,_Inactive state and RRC_Idle state based at least in part on the signaling; wherein the signaling indicates a configuration configured to cause the wireless device to transition to or remain in one of a radio resource control, RRC,_Inactive state and RRC_Idle state if a predefined criterion is met; and wherein the predefined criterion defines a predefined number of consecutive wake-up signal, WUS, occasions that have not been detected, or wherein the predefined criterion defines a predefined number of connected mode discontinuous reception, C_DRX, cycles during which physical downlink control channel data for the wireless device has not been received.
A method of producing a polymer-coated oven board, in which a premade solid stretch-oriented heat-resisting film comprising polyethylene terephthalate (PET) and glycol-modified polyethylene terephthalate (PETG) is adhered to a board base by extrusion lamination, in which an adhesive layer comprising polyamide (PA) is extruded between the heat-resisting film and the board base.
A one-component water-reducing composition, being an admixture for addition to a hydraulic composition and comprising a mixture of - a thickener comprising (A) water-soluble cellulose ether, (B) defoamer, and (C) gum, with - (D) water-reducing agent and wherein - the amount of the water-soluble cellulose ether is 0.01 to 20% by weight based on the water-reducing agent; - the amount of the defoamer is 0.001 to 16% by weight based on the water-reducing agent, and - the amount of the gum, which is selected from diutan gum, welan gum, xanthan gum and gellan gum, is in the case of diutan gum, 0.005 to 2% by weight based on the water-reducing agent and, in the case of welan gum, xanthan gum or gellan gum, 0.01 to 20% by weight based on the water-reducing agent. - a thickener comprising (A) water-soluble cellulose ether, (B) defoamer, and (C) gum, with - (D) water-reducing agent - the amount of the water-soluble cellulose ether is 0.01 to 20% by weight based on the water-reducing agent; - the amount of the defoamer is 0.001 to 16% by weight based on the water-reducing agent, and - the amount of the gum, which is selected from diutan gum, welan gum, xanthan gum and gellan gum, is in the case of diutan gum, 0.005 to 2% by weight based on the water-reducing agent and, in the case of welan gum, xanthan gum or gellan gum, 0.01 to 20% by weight based on the water-reducing agent.