mhurhangee/ep-ind-claims huggingface dataset:
A saccharification method for a plant biomass, comprising a pulverization step that comprises preliminarily mixing and simultaneously pulverizing a solid catalyst and a solid substrate, and a step of hydrolyzing the raw material obtained by the pulverization step, wherein the solid substrate is a plant biomass or a polysaccharide derived from a plant biomass, in which a median diameter of a mixture of the solid catalyst and the solid substrate as the reaction raw material after the pulverization step is 1 to 30 μm.
A voltage source including two electrically conductive terminals (101, 102) with an electrolyte between them, characterized in that said electrolyte is a mixture in which the main component in percentage by weight is ash produced in a power plant or an incineration plant, and that at least one of said electrically conductive terminals is made of a graphite chalk.
A method of communication between a calling device and a called device over a communications network, the method comprising: during an attempt by a caller using a calling device to call a callee using a called device over a communications network and prior to the callee answering the call, the called device determining if an identifier of the caller using the calling device is accessible at the called device; if an identifier of the caller using the calling device, other than the telephone number of the calling device, is determined not to be accessible at the called device, transmitting from the called device to the calling device a notification indicating that no identifier of the caller is accessible at the called device: characterized by prior to transmitting the notification from the called device, the called device providing the callee with the option manually to decide whether or not to transmit the notification, and receiving input from the callee whether or not to transmit the notification to the calling device. during an attempt by a caller using a calling device to call a callee using a called device over a communications network and prior to the callee answering the call, the called device determining if an identifier of the caller using the calling device is accessible at the called device; if an identifier of the caller using the calling device, other than the telephone number of the calling device, is determined not to be accessible at the called device, transmitting from the called device to the calling device a notification indicating that no identifier of the caller is accessible at the called device: characterized by prior to transmitting the notification from the called device, the called device providing the callee with the option manually to decide whether or not to transmit the notification, and receiving input from the callee whether or not to transmit the notification to the calling device.
A connecting unit, comprising: a wiring board that has a main face and a side face substantially perpendicular to the main face, and includes a heat dissipating plate and a first terminal; and a connector that has a through hole for passing the first terminal therethrough, wherein the first terminal is disposed in an intermediate layer of the wiring board and is projected outwardly from the side face; and wherein the connector is connected to the wiring board, the first terminal passes through the through hole, and wherein a second terminal, having a flat plate shape, is provided on the main face of the wiring board; wherein the connector includes an electric wire for connecting to the second terminal; and wherein the electric wire is connected to the second terminal, wherein electronic parts are mounted on the wiring board, wherein a first circuit pattern for large-current circuit-connecting purposes is electrically connected to the first terminal via a through hole, the first circuit pattern being connected to at least some of the electronic parts to form a large-current circuit, wherein a second circuit pattern for small-current circuit-connecting purposes is electrically connected to the second terminal, the second circuit pattern being connected to at least some of the electronic parts to form a small-current circuit, and wherein the connecting unit is suitable for connecting the wiring board to a wire harness via the connector. a wiring board that has a main face and a side face substantially perpendicular to the main face, and includes a heat dissipating plate and a first terminal; and a connector that has a through hole for passing the first terminal therethrough, wherein the first terminal is disposed in an intermediate layer of the wiring board and is projected outwardly from the side face; and wherein the connector is connected to the wiring board, the first terminal passes through the through hole, and wherein a second terminal, having a flat plate shape, is provided on the main face of the wiring board; wherein the connector includes an electric wire for connecting to the second terminal; and wherein the electric wire is connected to the second terminal, wherein electronic parts are mounted on the wiring board, wherein a first circuit pattern for large-current circuit-connecting purposes is electrically connected to the first terminal via a through hole, the first circuit pattern being connected to at least some of the electronic parts to form a large-current circuit, wherein a second circuit pattern for small-current circuit-connecting purposes is electrically connected to the second terminal, the second circuit pattern being connected to at least some of the electronic parts to form a small-current circuit, and wherein the connecting unit is suitable for connecting the wiring board to a wire harness via the connector.
An electron emitter comprising: an emitter body having a planar emitter surface formed by a plurality of planar elongate rungs connected together through a plurality of planar turns from a first emitter end to a second emitter end with each turn connecting adjacent ends of two corresponding rungs so as to form a planar serpentine emitter pattern; and a plurality of elongate legs extending from the plurality of planar turns; characterized in that each leg includes a linker that is connected to a corresponding planar turn, and each linker connects two corner regions of the corresponding turn, each corner region being formed from an intersection of a planar elongate rung and a base of a planar turn. an emitter body having a planar emitter surface formed by a plurality of planar elongate rungs connected together through a plurality of planar turns from a first emitter end to a second emitter end with each turn connecting adjacent ends of two corresponding rungs so as to form a planar serpentine emitter pattern; and a plurality of elongate legs extending from the plurality of planar turns; characterized in that each leg includes a linker that is connected to a corresponding planar turn, and each linker connects two corner regions of the corresponding turn, each corner region being formed from an intersection of a planar elongate rung and a base of a planar turn.
A supply device for a screening machine, comprising a conveying channel with a channel bottom, a feed region and an ejection edge, as well as a vibration transducer system coupled to the conveying channel, wherein vibrations of the conveying channel excited by the vibration transducer system have components in a longitudinal direction (x) and in a transverse direction (y) of the channel bottom and in a direction (z) perpendicular to the channel bottom, wherein the components are phase-shifted in the longitudinal direction (x) and transverse direction (y) in relation to each other, characterized in that the vibration transducer system is coupled to the conveying channel such that a dynamic force generated by the vibration transducer system spaced from a main axis of inertia of the conveying channel acts thereon.
Kids rehab chair made from wood with two support pads, an abduction wedge in the middle of the seat plate and a footboard attached around the front chair legs, characterised in that the support pad insertion system (2.1 and 4 - 4.4) consists of more than two pilot pins (4.2) on each support pad and by slits (2.1) in the back plate, which are adjustable by reinserting and screwing together horizontally and vertically.
Dual-face protective device against blasts, fragments, bullets, ricochets and vehicles, for places open to the public, comprising a sandwich panel comprising two outer layers (201, 211) produced from material with low hardness, at least two inner layers (202, 212) produced from material with high hardness, each in contact with one of said outer layers, and at least one inner layer (203, 213) produced from material with low hardness and in contact with inner layers produced from material with high hardness, and two barricades each disposed aslant with respect to the sandwich panel and attached to the sandwich panel, provided with an edge in contact with the substrate or a ground, and forming blast diverters.
A method for authenticating a wireless data communication between a first and second device (100, 200), the method comprising: determining a distance value from a round-trip time of flight of at least one beacon transmitted wirelessly between the first and second devices (100,200); determining a further distance value from a relative multipath delay of the at least one beacon; comparing the distance value and the further distance value; and authenticating a wireless data communication if the first distance value is not greater than the further distance value according to the comparison. determining a distance value from a round-trip time of flight of at least one beacon transmitted wirelessly between the first and second devices (100,200); determining a further distance value from a relative multipath delay of the at least one beacon; comparing the distance value and the further distance value; and authenticating a wireless data communication if the first distance value is not greater than the further distance value according to the comparison.
An apparatus for stimulating tissue comprising an electric source and an ultrasound device, characterized in that: the electric source is a non-invasive electric source and is capable of generating an electric field of less than 100,000 Hz across a region of neural tissue beneath skin; and the ultrasound device is configured to generate a mechanical field across the region of neural tissue beneath the skin in the presence of the electric field, whereby the combined effects of the electric field and the mechanical field generate a stimulating current in said neural tissue beneath the skin. the electric source is a non-invasive electric source and is capable of generating an electric field of less than 100,000 Hz across a region of neural tissue beneath skin; and the ultrasound device is configured to generate a mechanical field across the region of neural tissue beneath the skin in the presence of the electric field, whereby the combined effects of the electric field and the mechanical field generate a stimulating current in said neural tissue beneath the skin.
An accessory configured to be connectable to a game controller that includes at least an infrared camera, the accessory comprising: a housing having an opening, wherein the housing is configured to be connectable to the game controller; a movable operation section (22A-22D; 41) at least a portion of which is exposed on an outside of the housing; a movable portion (23A-23D; 44) at a position inside the housing, wherein the movable portion (23A-23D; 44) is connected to the movable operation section (22A-22D; 41) and a position and/or an attitude of the movable portion changes in response to the movable operation section being operated, characterized in that the accessory further comprises: a reference marker at a position inside the housing and different from the position of the movable portion (23A-23D, 44) the reference marker being a reference for the position and/or the attitude of the movable portion (23A-23D,44) that is capable of changing in response to the movable operation section (22A-22D,41) being operated, wherein at least a portion of the movable portion (23A-23D,44) is formed by a member visible through the opening and adapted to being identified by the infrared camera. a housing having an opening, wherein the housing is configured to be connectable to the game controller; a movable operation section (22A-22D; 41) at least a portion of which is exposed on an outside of the housing; a movable portion (23A-23D; 44) at a position inside the housing, wherein the movable portion (23A-23D; 44) is connected to the movable operation section (22A-22D; 41) and a position and/or an attitude of the movable portion changes in response to the movable operation section being operated, characterized in that the accessory further comprises: a reference marker at a position inside the housing and different from the position of the movable portion (23A-23D, 44) the reference marker being a reference for the position and/or the attitude of the movable portion (23A-23D,44) that is capable of changing in response to the movable operation section (22A-22D,41) being operated, wherein at least a portion of the movable portion (23A-23D,44) is formed by a member visible through the opening and adapted to being identified by the infrared camera.
A machine for producing bobbins of yarn, comprising a plurality of winding stations mutually aligned on at least one operating front, wherein: each winding station comprises at least one feed zone for feeding a plurality of yarns toward a corresponding underlying plurality of mutually superimposed winding positions; each winding position comprises a support for a tube on which one of said yarns is wound to form a bobbin, a motorized winding roller (43A-43D) arranged to be in contact with the winding bobbin, and a traversing device (45A-45D), to distribute the yarn in helical turns around the bobbin being formed; each winding station comprises at least four mutually superimposed winding positions, with four paths for respective yarns from the feed zone to the winding positions; characterized in that: the four winding positions (17A-17D) are divided into two pairs, each of which comprises a respective motorization system, separate and independent with respect to the other pair; and each motorization system comprises a first motor (59; 67) for rotation of the respective two motorized winding rollers (43A-43D) and a second motor (75; 83) for operation of the two respective traversing devices (45A-45D). each winding station comprises at least one feed zone for feeding a plurality of yarns toward a corresponding underlying plurality of mutually superimposed winding positions; each winding position comprises a support for a tube on which one of said yarns is wound to form a bobbin, a motorized winding roller (43A-43D) arranged to be in contact with the winding bobbin, and a traversing device (45A-45D), to distribute the yarn in helical turns around the bobbin being formed; each winding station comprises at least four mutually superimposed winding positions, with four paths for respective yarns from the feed zone to the winding positions;
Security-related device of an automation system having • at least one arithmetic unit for calculating a first signature specific to the device, • at least one receive unit for receiving a second signature stored in a central security-related unit (F-CPU) of the automation system and • comparison means for verifying if the two signatures (A, B) are identical, wherein provision is made for the security-related device to begin a security operation if the signatures (A, B) are identical and to switch to a secure stop state if the signatures (A, B) do not match, and wherein the device has a commissioning and/or test mode for setting component parameters, wherein the component parameters of the device can be sent via the receive unit by means of a commissioning and/or test application. • at least one arithmetic unit for calculating a first signature specific to the device, • at least one receive unit for receiving a second signature stored in a central security-related unit (F-CPU) of the automation system and • comparison means for verifying if the two signatures (A, B) are identical,
A multilayer board for reducing solid-borne sound radiation with improved mechanical stability when subjected to a load, comprising - a first cover layer, - a second cover layer, and - at least one core layer, wherein the at least one core layer is arranged between the first cover layer and the second cover layer, and wherein the at least one core layer comprises at least one first sloped slot (4a,b), wherein the sloped slot is a slot which extends at an angle into the core layer, further comprising a first side and a second side, wherein the at least one first sloped slot (4a,b) on the first side of the at least one core layer is open, and on the second side which is arranged opposite the first side is not open. - a first cover layer, - a second cover layer, and - at least one core layer, wherein the at least one core layer is arranged between the first cover layer and the second cover layer, and wherein the at least one core layer comprises at least one first sloped slot (4a,b), wherein the sloped slot is a slot which extends at an angle into the core layer, further comprising a first side and a second side, wherein the at least one first sloped slot (4a,b) on the first side of the at least one core layer is open, and on the second side which is arranged opposite the first side is not open.
An apparatus for growing invertebrates that breathe gas comprising a growing chamber (111; 201; 301; 401) which have an inner wall (203; 305) for limiting the movements of the invertebrates, and the apparatus further comprises a rotating mechanism (103, 104) for rotating the growing chamber (111; 201; 301; 401), characterised in that, inside the growing chamber (111; 201; 301; 401) are bodies (202; 302; 402) for increasing the inner surface area of the growing chamber (111; 201; 301; 401) and said bodies (202; 302; 402) are configured to be movable in respect to said inner wall (203; 305), and the bodies (202; 302; 402) are spherical, and the bodies (202; 302; 402) are configured to move freely when the growing chamber (111; 201; 301; 401) is rotated, and the growing chamber (111; 201; 301; 401) and the bodies (202; 302; 402) are configured to have spaces for air between the bodies (202; 302; 402) and the inner wall (203; 305) when food is spread at least partly on the surfaces of the bodies (202; 302; 402) and the inner wall (203; 305).
An electrostatic loudspeaker comprising: a flexible multi-layer panel incorporating: a flexible electrically insulating middle membrane; a first flexible electrically conducting outer membrane; and a second flexible electrically conducting outer membrane; wherein the middle membrane is sandwiched between the first and second electrically conducting outer membranes (3, 4); and signal generating means for applying an alternating electrical voltage across the first and second electrically conducting outer membranes (3, 4) to initiate vibration due to variation of the electrostatic forces acting between the first and second outer membranes (3, 4); wherein the first and second electrically conducting outer membranes are electrically connected to the signal generating means and the three membranes (2, 3, 4) are sandwiched so as to be capable of vibrating relative to one another and at least one of the first and second outer membranes (3, 4) being permeable to air displaced by such vibration. a flexible multi-layer panel incorporating: a flexible electrically insulating middle membrane; a first flexible electrically conducting outer membrane; and a second flexible electrically conducting outer membrane; wherein the middle membrane is sandwiched between the first and second electrically conducting outer membranes (3, 4); and a flexible electrically insulating middle membrane; a first flexible electrically conducting outer membrane; and a second flexible electrically conducting outer membrane; wherein the middle membrane is sandwiched between the first and second electrically conducting outer membranes (3, 4); and signal generating means for applying an alternating electrical voltage across the first and second electrically conducting outer membranes (3, 4) to initiate vibration due to variation of the electrostatic forces acting between the first and second outer membranes (3, 4); wherein the first and second electrically conducting outer membranes are electrically connected to the signal generating means and the three membranes (2, 3, 4) are sandwiched so as to be capable of vibrating relative to one another and at least one of the first and second outer membranes (3, 4) being permeable to air displaced by such vibration.
A communication translation device comprising: - a first communication interface of capacitive coupling type, which makes it possible to carry out first communication to exchange confidential information with a user device; - a second communication interface of radiofrequency type, which makes it possible to set up an encrypted radiofrequency type link with the user device using the confidential information; said translation device characterised by: - a processing and memory unit, which makes it possible to receive, via the second communication interface, the authentication information contained in the user device and intended for an access control device. - a third communication interface of contactless type compliant with IS014443 using an electromagnetic field supplied by a contactless reader of the control device to communicate the authentication information that was received earlier from the user device. - a first communication interface of capacitive coupling type, which makes it possible to carry out first communication to exchange confidential information with a user device; - a second communication interface of radiofrequency type, which makes it possible to set up an encrypted radiofrequency type link with the user device using the confidential information; said translation device characterised by: - a processing and memory unit, which makes it possible to receive, via the second communication interface, the authentication information contained in the user device and intended for an access control device. - a third communication interface of contactless type compliant with IS014443 using an electromagnetic field supplied by a contactless reader of the control device to communicate the authentication information that was received earlier from the user device.
A method for defining a subframe structure in a cell, wherein the cell communicates with a UE in the cell via downlink transmissions and uplink receptions, wherein the downlink transmissions and uplink receptions are organized into radio frames; comprising: constructing a radio frame containing multiple subframes; wherein a subframe in the radio frame contains at least an uplink control part; the subframe in the radio frame also contains a downlink control part, and the at least uplink control part contains at least: a first symbol, which is allocated with resources for the UE to transmit reference signals for the cell to determine a beam set of the UE, and a second symbol, which is allocated with resources for the UE to transmit HARQ ACK/NACK signaling and is not allocated with resources for the UE to transmit the reference signals for the cell to determine the beam set of the UE. constructing a radio frame containing multiple subframes; wherein a subframe in the radio frame contains at least an uplink control part; the subframe in the radio frame also contains a downlink control part, and the at least uplink control part contains at least: a first symbol, which is allocated with resources for the UE to transmit reference signals for the cell to determine a beam set of the UE, and a second symbol, which is allocated with resources for the UE to transmit HARQ ACK/NACK signaling and is not allocated with resources for the UE to transmit the reference signals for the cell to determine the beam set of the UE.