mhurhangee/ep-ind-claims huggingface dataset:
A disposable diaper having a transverse and longitudinal dimension comprising a backsheet, a topsheet and an absorbent core disposed therebetween, said absorbent core comprising at least a first and second absorbent structures (15, 15') comprising respectively a substrate layer (16, 16') and an absorbent layer (17, 17') comprising absorbent polymer particles (50, 50'), supported by said substrate layer, each of said absorbent layer having: i. a transverse and longitudinal dimension (M, N); ii. a pair of opposing longitudinal edges extending in said longitudinal dimension; iii. a pair of opposing transverse edges extending in said transverse dimension; iv. a front, crotch and back regions (21, 23, 22) arranged sequentially in said longitudinal dimension; v. two longitudinal regions delimited by the central longitudinal axis (x) of the absorbent layer; wherein the absorbent layer of said first absorbent structure comprises two or more channels having a width of at least 3 mm, or of at least 4% of the transverse dimension of the absorbent layer, which are substantially free of said absorbent polymeric particles and which extend through the thickness of said absorbent layer; wherein the absorbent layer of said second absorbent structure is free of said channels, wherein each longitudinal region of said absorbent layer of said first absorbent structure comprises at least one longitudinal channel extending in the longitudinal dimension of the absorbent layer and being at least present in said crotch region and/or front region with the proviso that said absorbent layer is free of channels extending up to the longitudinal and transverse edges of said absorbent layer; and wherein the first absorbent structure faces toward the topsheet of said diaper, and characterised in that the absorbent core comprises an acquisition system in direct contact with the absorbent structure and disposed between the topsheet and the wearer facing side of the absorbent structure, and the acquisition system fills in the channels or part thereof i. a transverse and longitudinal dimension (M, N); ii. a pair of opposing longitudinal edges extending in said longitudinal dimension; iii. a pair of opposing transverse edges extending in said transverse dimension; iv. a front, crotch and back regions (21, 23, 22) arranged sequentially in said longitudinal dimension; v. two longitudinal regions delimited by the central longitudinal axis (x) of the absorbent layer;
A radio relay apparatus (10, 20) that is capable of flying and moving in an upper airspace, the radio relay apparatus (10, 20) comprising: a first antenna for transmitting and receiving a radio signal of a feeder link to and from a gateway station on a communication network side provided on the ground or on the sea; a second antenna for transmitting and receiving a radio signal of a service link to and from a terminal apparatus; a relay processing section for relaying the radio signal of the feeder link and the radio signal of the service link, the relay processing section being provided between the first antenna and the second antenna; an information acquisition section for acquiring monitoring information, and an information communication section for transmitting the monitoring information to the communication network side via the feeder link, and characterized in that the information communication section comprises: a monitoring antenna for transmitting and receiving the radio signal of the service link for a service-link signal path between the second antenna and the relay processing section; and a signal conversion section for converting between a reverse link signal or a forward link signal of the service link transmitted and received via the monitoring antenna, and a data signal of the monitoring information or a data signal of the control information. a first antenna for transmitting and receiving a radio signal of a feeder link to and from a gateway station on a communication network side provided on the ground or on the sea; a second antenna for transmitting and receiving a radio signal of a service link to and from a terminal apparatus; a relay processing section for relaying the radio signal of the feeder link and the radio signal of the service link, the relay processing section being provided between the first antenna and the second antenna; an information acquisition section for acquiring monitoring information, and an information communication section for transmitting the monitoring information to the communication network side via the feeder link, and characterized in that the information communication section comprises: a monitoring antenna for transmitting and receiving the radio signal of the service link for a service-link signal path between the second antenna and the relay processing section; and a signal conversion section for converting between a reverse link signal or a forward link signal of the service link transmitted and received via the monitoring antenna, and a data signal of the monitoring information or a data signal of the control information. a monitoring antenna for transmitting and receiving the radio signal of the service link for a service-link signal path between the second antenna and the relay processing section; and a signal conversion section for converting between a reverse link signal or a forward link signal of the service link transmitted and received via the monitoring antenna, and a data signal of the monitoring information or a data signal of the control information.
A filling shoe for rotary tablet presses, comprising a filling shoe housing, which can be positioned above a die plate of a rotor of the rotary tablet press, with at least one discharge opening for a raw product to be compressed, and with a seal for sealing the gap between the die plate and the filling shoe housing, which seal is replaceably fastened or fastenable to a bottom wall of the filling shoe housing that contains the discharge opening, characterized in that the seal in the mounted state is releasable and replaceably fastened to the underside of the bottom wall by means of magnetic holding force, wherein to magnetic elements are secured to the seal or to the bottom wall for applying the magnetic holding force.
Spacer fabric, in particular for a seat cushion, having - an upper fabric layer, - a lower fabric layer which is substantially parallel to the upper fabric layer, - a spacer layer which is arranged between the upper fabric layer and the lower fabric layer and formed by pile threads that extend substantially perpendicularly to the upper fabric layer and the lower fabric layer and connect these, wherein the pile threads are spaced apart from each other to form a free space, through which air can flow, and - a heating means on the upper fabric layer, characterized in that the heating means is formed with conductive threads made of a polymer material which is electrically conductive at ambient temperature and blocks current at a predetermined increased limit temperature, in that the conductive threads are incorporated in a thread structure of the upper fabric layer and in that at least a part of the pile threads is formed by the conductive threads. - an upper fabric layer, - a lower fabric layer which is substantially parallel to the upper fabric layer, - a spacer layer which is arranged between the upper fabric layer and the lower fabric layer and formed by pile threads that extend substantially perpendicularly to the upper fabric layer and the lower fabric layer and connect these, wherein the pile threads are spaced apart from each other to form a free space, through which air can flow, and - a heating means on the upper fabric layer, the heating means is formed with conductive threads made of a polymer material which is electrically conductive at ambient temperature and blocks current at a predetermined increased limit temperature, in that the conductive threads are incorporated in a thread structure of the upper fabric layer and in that at least a part of the pile threads is formed by the conductive threads.
A neural stimulation device comprising: • at least one neural electrode comprising at least two electrical contacts and intended to be implanted on at least one nerve; • a current pulse generator connected to the at least one neural electrode via a current distributor; • a storage element configured to contain a library of sequences, each sequence comprising a time series of current pulses associated with a configuration of electrical contacts; and • a sequencer configured to apply neural activation to the at least one neural electrode, said neural activation comprising at least two interleaved sequences of the library of sequences. • at least one neural electrode comprising at least two electrical contacts and intended to be implanted on at least one nerve; • a current pulse generator connected to the at least one neural electrode via a current distributor; • a storage element configured to contain a library of sequences, each sequence comprising a time series of current pulses associated with a configuration of electrical contacts; and • a sequencer configured to apply neural activation to the at least one neural electrode, said neural activation comprising at least two interleaved sequences of the library of sequences.
A system, relating to preventing delamination of magnetizable laminates exposed to direct sunlight and relating to preventing fouling of cutting blades during cutting of said magnetizable laminates, said system comprising: at least one flexible magnetizable laminate comprising at least two layers, said at least two layers comprises: at least one magnetizable layer structured and arranged to be capable of magnetization, at least one writeable layer comprising synthetic paper having a thickness of 127 micrometer (5 mil), and at least one adhesive structured and arranged to destructively bond said at least two layers together and being resistant to transfer from said at least one flexible magnetizable laminate to the said cutting blades during cutting of said at least one flexible magnetizable laminate; wherein the at least one flexible magnetizable laminate is resistant to delamination during use in direct sunlight. at least one magnetizable layer structured and arranged to be capable of magnetization, at least one writeable layer comprising synthetic paper having a thickness of 127 micrometer (5 mil), and at least one adhesive structured and arranged to destructively bond said at least two layers together and being resistant to transfer from said at least one flexible magnetizable laminate to the said cutting blades during cutting of said at least one flexible magnetizable laminate; wherein the at least one flexible magnetizable laminate is resistant to delamination during use in direct sunlight.
A device (20, 120, 220) for tensioning barbed sutures comprising: a shaft (22, 122, 222) having a proximal end (24, 124, 224) and a distal end 26, 126, 226); a handle (28, 128, 228) connected with the proximal end (24, 124, 224) of said shaft (22, 122, 222); the distal end (26, 126, 226) of said shaft (22, 122, 222) including a pressure applying surface (34, 134, 234); at least one groove extending in and along the surface of the shaft from the pressure applying surface (34, 134, 234) at the distal end (26, 126, 226) of said shaft (22, 122, 222) toward the proximal end (24, 124, 224) of said shaft (22, 122, 222), wherein said at least one groove is adapted to receive a section of a barbed suture therein; characterised in that said shaft (22, 122, 222) has a first longitudinal axis and said handle (28, 128, 228) has a second longitudinal axis that is offset from the first longitudinal axis and said at least one groove extends in and along the surface of the shaft facing away from the second longitudinal axis of said handle. a shaft (22, 122, 222) having a proximal end (24, 124, 224) and a distal end 26, 126, 226); a handle (28, 128, 228) connected with the proximal end (24, 124, 224) of said shaft (22, 122, 222); the distal end (26, 126, 226) of said shaft (22, 122, 222) including a pressure applying surface (34, 134, 234); at least one groove extending in and along the surface of the shaft from the pressure applying surface (34, 134, 234) at the distal end (26, 126, 226) of said shaft (22, 122, 222) toward the proximal end (24, 124, 224) of said shaft (22, 122, 222), wherein said at least one groove is adapted to receive a section of a barbed suture therein; characterised in that said shaft (22, 122, 222) has a first longitudinal axis and said handle (28, 128, 228) has a second longitudinal axis that is offset from the first longitudinal axis and said at least one groove extends in and along the surface of the shaft facing away from the second longitudinal axis of said handle.
A transparent antistatic composition based on polymethyl methacrylate (PMMA), comprising: - 55% to 99.9% by weight of PMMA, and - 0.1% to 45% by weight of at least one polyamide block-containing and polyether block-containing copolymer (PEBA) comprising polyethylene glycol, with respect to the total composition weight, said copolymer being characterized in that it comprises in the range between 50% to 80% by weight of PEG with respect to the total weight of copolymer. - 55% to 99.9% by weight of PMMA, and - 0.1% to 45% by weight of at least one polyamide block-containing and polyether block-containing copolymer (PEBA) comprising polyethylene glycol,
A multi-layer insulated wire comprising: a conductor; an inner layer formed in periphery of the conductor 1; and an outer layer formed in periphery of the inner layer, wherein the inner layer is made of a resin composition containing a base polymer containing polyolefin as a main component, the outer layer is made of a cross-linked resin composition containing a base polymer so as to contain 80 or more and 250 or less parts by mass of metallic hydroxide per 100 parts by mass of the base polymer, and an expansion start temperature of the outer layer is equal to or higher than 200°C and equal to or lower than 344°C the main component of the outer layer is made of individual use or combination use of ethylene-vinyl acetate copolymer, ethylene-ethyl acrylate copolymer, ethylene-butene acrylate copolymer and ethylene-methyl acrylate copolymer, the metallic hydroxide contains any of magnesium hydroxide, aluminum hydroxide, hydrotalcite, calcium aluminate hydrate, calcium hydroxide and barium hydroxide, and the expansion start temperature of the outer layer is obtained by measure of a temperature at which a storage elastic modulus of the outer layer starts to increase at a frequency of 10 Hz, a skewness of 1% and a temperature increase rate of 55 °C/min., under conditions of a plate outer diameter of 25 mm and a contact load of 1 N with a sheet sample having a thickness of 1 mm, wherein a BET specific surface area of the metallic hydroxide is equal to or larger than 1 m 2 /g and equal to or smaller than 10 m 2 /g. a conductor; an inner layer formed in periphery of the conductor 1; and an outer layer formed in periphery of the inner layer, wherein the inner layer is made of a resin composition containing a base polymer containing polyolefin as a main component, the outer layer is made of a cross-linked resin composition containing a base polymer so as to contain 80 or more and 250 or less parts by mass of metallic hydroxide per 100 parts by mass of the base polymer, and an expansion start temperature of the outer layer is equal to or higher than 200°C and equal to or lower than 344°C the main component of the outer layer is made of individual use or combination use of ethylene-vinyl acetate copolymer, ethylene-ethyl acrylate copolymer, ethylene-butene acrylate copolymer and ethylene-methyl acrylate copolymer, the metallic hydroxide contains any of magnesium hydroxide, aluminum hydroxide, hydrotalcite, calcium aluminate hydrate, calcium hydroxide and barium hydroxide, and the expansion start temperature of the outer layer is obtained by measure of a temperature at which a storage elastic modulus of the outer layer starts to increase at a frequency of 10 Hz, a skewness of 1% and a temperature increase rate of 55 °C/min., under conditions of a plate outer diameter of 25 mm and a contact load of 1 N with a sheet sample having a thickness of 1 mm, wherein a BET specific surface area of the metallic hydroxide is equal to or larger than 1 m 2 /g and equal to or smaller than 10 m 2 /g.
A drive circuit of a recording head having a recording element, the drive circuit supplying a load element for recording operation of the recording element with an output signal (Vout) of electric power according to operation of the load element, and the drive circuit comprising: a voltage amplifier that amplifies a voltage of an analog drive waveform signal for operation of the recording element to generate a drive voltage signal (Vd), wherein the voltage amplifier includes amplifiers (311, 311a, 312, 312a-312d), and characterized in that among the amplifiers (311, 311a, 312, 312a-312d), at least one of subsequent-stage amplifiers which are a second and subsequent amplifiers from an upstream side includes a signal feedback unit that returns a signal to be output to an input side of the subsequent-stage amplifiers. a voltage amplifier that amplifies a voltage of an analog drive waveform signal for operation of the recording element to generate a drive voltage signal (Vd), wherein the voltage amplifier includes amplifiers (311, 311a, 312, 312a-312d), and characterized in that among the amplifiers (311, 311a, 312, 312a-312d), at least one of subsequent-stage amplifiers which are a second and subsequent amplifiers from an upstream side includes a signal feedback unit that returns a signal to be output to an input side of the subsequent-stage amplifiers.
A movable data center comprising: a shipping container; a preconfigured data processing system operatively disposed in the container for processing data, wherein the data processing system is accessible from outside the container via a data link; a power distribution system operatively disposed in the container for distributing power to the data processing system via a power distribution link; and a cooling system operatively disposed in the shipping container for transferring heat from inside the container to outside the container via an air tight access port; wherein the data processing system is assembled to a rack that is disposed in the shipping container, the rack being secured to the container with a shock absorbing mount, the shock absorbing mount including a base support and a top restraint and wherein the base support includes a self damping resilient spring. a shipping container; a preconfigured data processing system operatively disposed in the container for processing data, wherein the data processing system is accessible from outside the container via a data link; a power distribution system operatively disposed in the container for distributing power to the data processing system via a power distribution link; and a cooling system operatively disposed in the shipping container for transferring heat from inside the container to outside the container via an air tight access port; wherein the data processing system is assembled to a rack that is disposed in the shipping container, the rack being secured to the container with a shock absorbing mount, the shock absorbing mount including a base support and a top restraint and wherein the base support includes a self damping resilient spring.
A system for measuring plant attributes during harvesting of a row crop with a row unit comprising: a plant attribute sensor (103, 108, 110) configured to be mounted on the row unit; a digital a priori plant location map; and an ECU coupled to the plant attribute sensor (103, 108, 110) and a localization circuit, the ECU configured to retrieve and use the a priori plant location map to anticipate the presence of a plant to be harvested and to use the anticipated presence of a plant to improve accuracy of a plant measurement, wherein the plant measurement is provided by the plant attribute sensor (103, 108, 110), wherein the ECU is configured to create a sensor sampling window based upon a comparison of the location of the row unit and its sensor (103, 108, 110) which is provided to the ECU by the localization circuit with the locations of each plant the row unit is approaching, provided by the a priori plant map, wherein the ECU is further configured to receive data from the plant attribute sensor (103, 108, 110) during the sensor sampling window and to reject data from the plant attribute sensor (103, 108, 110) outside of the sensor sampling window by beginning sampling the sensor (103, 108, 110) just as or slightly before each plant arrives at the row unit and stopping sampling the sensor (103, 108, 110) just after the row unit passes over the plant location and the plant has been processed. a plant attribute sensor (103, 108, 110) configured to be mounted on the row unit; a digital a priori plant location map; and an ECU coupled to the plant attribute sensor (103, 108, 110) and a localization circuit, the ECU configured to retrieve and use the a priori plant location map to anticipate the presence of a plant to be harvested and to use the anticipated presence of a plant to improve accuracy of a plant measurement, wherein the plant measurement is provided by the plant attribute sensor (103, 108, 110), wherein the ECU is configured to create a sensor sampling window based upon a comparison of the location of the row unit and its sensor (103, 108, 110) which is provided to the ECU by the localization circuit with the locations of each plant the row unit is approaching, provided by the a priori plant map, wherein the ECU is further configured to receive data from the plant attribute sensor (103, 108, 110) during the sensor sampling window and to reject data from the plant attribute sensor (103, 108, 110) outside of the sensor sampling window by beginning sampling the sensor (103, 108, 110) just as or slightly before each plant arrives at the row unit and stopping sampling the sensor (103, 108, 110) just after the row unit passes over the plant location and the plant has been processed.