mhurhangee/ep-ind-claims huggingface dataset:
A retransmission method, comprising: receiving, by a transmitting device, feedback information transmitted by a receiving device, wherein the feedback information is transmitted by the receiving device based on first information; generating, by the transmitting device based on second information and the feedback information, data retransmitted this time; and transmitting, by the transmitting device based on third information, the data retransmitted this time to the receiving device, wherein the first information indicates the following information: a format of the feedback information, wherein the format of the feedback information comprises at least one of a bit sequence length of the feedback information; the second information indicates the following information: information about a length of the data retransmitted this time; and the third information indicates at least one of the following information: a puncturing rule, or a repetition mode, and characterized in that a time-frequency resource occupied by the feedback information is determined by the receiving device based on a first mapping relationship comprised in the first information, wherein the first mapping relationship is a mapping relationship between the time-frequency resource occupied by the feedback information and fourth information, and the fourth information comprises a time-frequency resource for initial transmission and a time-frequency resource for data retransmission. receiving, by a transmitting device, feedback information transmitted by a receiving device, wherein the feedback information is transmitted by the receiving device based on first information; generating, by the transmitting device based on second information and the feedback information, data retransmitted this time; and transmitting, by the transmitting device based on third information, the data retransmitted this time to the receiving device, wherein the first information indicates the following information: a format of the feedback information, wherein the format of the feedback information comprises at least one of a bit sequence length of the feedback information; the second information indicates the following information: information about a length of the data retransmitted this time; and the third information indicates at least one of the following information: a puncturing rule, or a repetition mode, and characterized in that a time-frequency resource occupied by the feedback information is determined by the receiving device based on a first mapping relationship comprised in the first information, wherein the first mapping relationship is a mapping relationship between the time-frequency resource occupied by the feedback information and fourth information, and the fourth information comprises a time-frequency resource for initial transmission and a time-frequency resource for data retransmission.
Method for controlling and/or monitoring a compressor system comprising one or more compressors (11, 12, 13) and one or more peripheral devices (14 to 21), wherein the compressors (11, 12, 13) and peripheral devices (14 to 21) are arranged and/or connected in a predetermined configuration, wherein the compressor system is controlled and/or monitored by way of a control/monitoring unit, characterized in that, based on one or more initial models (M 1, M 2,...) of the compressor system, which are based for example on a P&I diagram, optionally including the specification of the compressors (11, 12, 13) and of the peripheral devices (14 to 21), one or more derived models ( M̃ a, M̃ b,...) are created which take into account the operational relationships between the individual compressors (11, 12, 13) and peripheral devices (14 to 21) and optionally also dynamic processes, wherein the one or more derived models ( M̃ a, M̃ b,...) are in each case aspect-specific models which are created using an aspect-specific analysis algorithm from the one or more initial models (M 1, M 2,...) or from the one or more initial models (M 1, M 2,...) via one or more intermediate models (M 1 ', M 2 ',..., AAM 1, AAM 2,...), and in that the one or more derived models ( M̃ a, M̃ b,...) are used as a basis in subsequent control, monitoring, diagnostic or evaluation routines.
A heat spreading module for a portable electronic device configured such that a heat pipe is attached along a metal plate with which a heating element is brought into close contact, said heat pipe being arranged for transferring heat of a heated region of the metal plate with which the heating element is brought into close contact to a place on the metal plate apart from the heated region, wherein the heat pipe is configured such that a container is formed of a pipe made of metal, a portion of the container arranged on the heated region is a heated portion, and a portion of the container apart from the heated region is a heat dissipation portion arranged to dissipate heat to the metal plate, the metal plate has a hole portion having a predetermined length formed in a portion corresponding to the heated region, the heated portion is arranged inside the hole portion, and the heat dissipation portion is brought into close contact with a surface of the place on the metal plate apart from the heated region, the heated region being arranged to transfer heat from the heating element to the metal plate and the heated portion, characterized in that the heated portion is formed in a flat shape in such a manner that the container is squashed, and the heat dissipation portion is formed to be thicker than the heated portion having the flat shape, a heat transfer material thinner than the metal plate is provided on the heated region so as to close the hole portion such that a central portion in a width direction of the heat transfer material comes into close contact with a lower outer surface of the heated portion formed in the flat shape, both ends of said heat transfer material being pulled out of both sides of the heated portion through the hole portion to an upper surface side of the metal plate and joined to said upper surface of the metal plate, wherein a space between a lower surface of the heating element and an upper surface of the heat transfer material is filled with a thermal conductive material, and the heating element is arranged on an upper surface side of the heat pipe and comes into thermally contact with the heat transfer material so as to be capable of transferring heat.
A method of treating a porous work piece, comprising: spreading successive layers of a metal powder and selectively consolidating the metal powder of each layer using an electron beam to form a work piece having surface porosity; infiltrating a liquid metallic alloy into the surface porosity; and isothermally solidifying the liquid metallic alloy to at least partially fill the surface porosity, including diffusing at least one constituent of the liquid metallic alloy into the work piece such that there is a concentration gradient of that constituent in the work piece, wherein the liquid metallic alloy is a silver-aluminum alloy, and the work piece comprises an alloy of titanium-aluminum. spreading successive layers of a metal powder and selectively consolidating the metal powder of each layer using an electron beam to form a work piece having surface porosity; infiltrating a liquid metallic alloy into the surface porosity; and isothermally solidifying the liquid metallic alloy to at least partially fill the surface porosity, including diffusing at least one constituent of the liquid metallic alloy into the work piece such that there is a concentration gradient of that constituent in the work piece, wherein the liquid metallic alloy is a silver-aluminum alloy, and the work piece comprises an alloy of titanium-aluminum.
Method for obtaining a rigid or elastomeric agro-material, in particular an agro-binder or agro-composite, from agricultural by-products or products derived from the animal and/or plant kingdom wherein: - a mixture is obtained of a plant-based pectic compound presented in the form of flax scutching dust or hemp stripping dust, a gel, and a solvent, - the mixture is subjected to a microwave heat treatment so as to obtain said agro-material. - a mixture is obtained of a plant-based pectic compound presented in the form of flax scutching dust or hemp stripping dust, - the mixture is subjected to a microwave heat treatment so as to obtain said agro-material.
A process for the preparation of a molecular sieve adsorbent for adsorptive dehydration of alcohols, said process comprising the steps of: a) obtaining a molecular sieve adsorbent represented by the chemical formula: (Na 2 O) 6 ·(Al 2 O 3) 6 ·(SiO 2) 12 ·(M 2/n O 2) x ·wH 2 O, where M is the element selected from Si, Al, Zr, and Ti; n is its valance, the values of x varies from 0.001 to 0.1, and w is the number of moles of water; b) activating the molecular sieve adsorbent at a temperature in the range of 350 to 450°C, to eliminate physically adsorbed water, for a period ranging from 3 to 6 hours; c) cooling the activated molecular sieve adsorbent under vacuum in the range of 10 -2 to 10 -4 torr; d) treating the activated adsorbent with an alkoxide of element M in a dry solvent; e) drying the treated activated adsorbent of step (d) in static conditions at a temperature in the range of 15 to 40 °C; f) converting the alkoxide of element M deposited on modified adsorbent into metal oxide (M 2/n O 2) by calcining the same in a temperature range of 450 to 600°C, for a period ranging from 3 to 8 hours and; g) obtaining the adsorbent by cooling the calcined product of step (f) at ambient temperature in static condition. a) obtaining a molecular sieve adsorbent represented by the chemical formula: (Na 2 O) 6 ·(Al 2 O 3) 6 ·(SiO 2) 12 ·(M 2/n O 2) x ·wH 2 O, where M is the element selected from Si, Al, Zr, and Ti; n is its valance, the values of x varies from 0.001 to 0.1, and w is the number of moles of water; b) activating the molecular sieve adsorbent at a temperature in the range of 350 to 450°C, to eliminate physically adsorbed water, for a period ranging from 3 to 6 hours; c) cooling the activated molecular sieve adsorbent under vacuum in the range of 10 -2 to 10 -4 torr; d) treating the activated adsorbent with an alkoxide of element M in a dry solvent; e) drying the treated activated adsorbent of step (d) in static conditions at a temperature in the range of 15 to 40 °C; f) converting the alkoxide of element M deposited on modified adsorbent into metal oxide (M 2/n O 2) by calcining the same in a temperature range of 450 to 600°C, for a period ranging from 3 to 8 hours and; g) obtaining the adsorbent by cooling the calcined product of step (f) at ambient temperature in static condition.
A radiation-curable formulation comprising at least one condensation resin synthesized from urea or urea derivatives a1) and ketones or aldehydes a2) selected from C-H acidic aldehydes and ketones or mixtures thereof with formaldehyde, at least one radiation-curable compound having at least 2 acryloyl or methacryloyl groups, at least one radiation-curable compound having free acid groups, at least one (meth)acrylic acid alkyl ester whose alkyl radical has at least 8 carbon atoms, optionally at least one coatings auxiliary and/or additive, preferably for modifying the wetting properties and/or flow properties, and optionally at least one photoinitiator, the formulation having an acid number to DIN EN ISO 3682 (potentiometric) of 10 to 100 mg KOH/g, based on the sum of components to. at least one condensation resin synthesized from urea or urea derivatives a1) and ketones or aldehydes a2) selected from C-H acidic aldehydes and ketones or mixtures thereof with formaldehyde, at least one radiation-curable compound having at least 2 acryloyl or methacryloyl groups, at least one radiation-curable compound having free acid groups, at least one (meth)acrylic acid alkyl ester whose alkyl radical has at least 8 carbon atoms, optionally at least one coatings auxiliary and/or additive, preferably for modifying the wetting properties and/or flow properties, and optionally at least one photoinitiator, the formulation having an acid number to DIN EN ISO 3682 (potentiometric) of 10 to 100 mg KOH/g, based on the sum of components to.
A mobile computing device for updating firmware of the mobile computing device in a pre-boot environment, the mobile computing device comprising: a capsule management module configured to extract a firmware update from a capsule previously generated by an operating system of the mobile computing device; a plurality of hardware components (120,122,124); a power management module configured to: determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and an update module configured to apply the firmware update in response to configuration of the component based on the power policy. a capsule management module configured to extract a firmware update from a capsule previously generated by an operating system of the mobile computing device; a plurality of hardware components (120,122,124); a power management module configured to: determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and determine a power policy of the mobile computing device as a function of the firmware update, the power policy defining power levels of the plurality of hardware components of the mobile computing device; and configure a hardware component of the plurality of hardware components based on the power policy; and an update module configured to apply the firmware update in response to configuration of the component based on the power policy.
A transmission device for driving a fuel pump for a turbomachine from a drive shaft of said turbomachine, comprising an epicyclic gear reducer comprising three elements, a central sun gear, an outer ring gear and a planet carrier, the planets of which engage with the sun gear and the ring gear, a first of the three elements being intended to be connected to the drive shaft and a second of the three elements being intended to be coupled to a shaft of the pump, said three elements being rotated about a shaft of the reducer, the device further comprisingfirst electrical means arranged so as to rotatably drive the third of said elements of the reducer, in such a way as to modify a rotational speed ratio between the first and the second of said elements, characterised in that the device comprises second electrical means coupled to the first or the second of said elements of the reducer, the first and second electrical means being arranged so as to transfer electrical power reversibly from one to the other.
A system comprising: a tracking controller configured to receive registration messages from a plurality of nodes (110, 120, 130) connected to the tracking controller via a packet switched network, the registration messages comprising static images that each represent a video feed from a node in the plurality of nodes, to transmit the static images to a monitoring entity (160, 170) for viewing a video feed, along with information identifying each registered node, and to receive a response from the monitoring entity, the response selecting a video feed represented by a static image from a first node of the plurality of nodes, wherein the response identifies multiple candidate paths for streaming the selected video feed from the first node to the monitoring entity across a packet switched network; and a connection controller connected to the tracking controller and configured to identify the first node based on the received response, to forward the response to the first node, to receive a confirmation from the first node that confirms one of the candidate paths, and to forward the confirmation to the monitoring entity in order to establish a peer-to-peer connection to stream the selected video feed directly between the first node and the monitoring entity; wherein the tracking controller and the connection controller are connected to the monitoring entity via a packet switched network. a tracking controller configured to receive registration messages from a plurality of nodes (110, 120, 130) connected to the tracking controller via a packet switched network, the registration messages comprising static images that each represent a video feed from a node in the plurality of nodes, to transmit the static images to a monitoring entity (160, 170) for viewing a video feed, along with information identifying each registered node, and to receive a response from the monitoring entity, the response selecting a video feed represented by a static image from a first node of the plurality of nodes, wherein the response identifies multiple candidate paths for streaming the selected video feed from the first node to the monitoring entity across a packet switched network; and a connection controller connected to the tracking controller and configured to identify the first node based on the received response, to forward the response to the first node, to receive a confirmation from the first node that confirms one of the candidate paths, and to forward the confirmation to the monitoring entity in order to establish a peer-to-peer connection to stream the selected video feed directly between the first node and the monitoring entity; wherein the tracking controller and the connection controller are connected to the monitoring entity via a packet switched network.
An anchor delivery system comprising: a tip comprising a distal portion and a proximal portion, the proximal portion defining a cavity therein with a wall of the cavity having threads, and an eyelet defined in the distal portion of the tip in communication with the cavity; and a plug having a threaded outer portion and an internal cannulation configured for receipt of an inner shaft of a delivery device, the plug disposed within the cavity of the tip such that threads of the threaded outer portion are engaged with the threads of the cavity, the plug being rotatable and axially moveable through the cavity by rotation of the inner shaft to engage a suture threaded through the eyelet; and wherein, when the inner shaft of the delivery device is disposed within the cannulation of the plug, a length of the inner shaft is selected such that a gap is formed between a distal end of the inner shaft and a distal end of the cannulation, characterized by the gap providing a crushable zone such that a distal end of the plug is deformable when the plug is engaged with the suture in the eyelet. a tip comprising a distal portion and a proximal portion, the proximal portion defining a cavity therein with a wall of the cavity having threads, and an eyelet defined in the distal portion of the tip in communication with the cavity; and a plug having a threaded outer portion and an internal cannulation configured for receipt of an inner shaft of a delivery device, the plug disposed within the cavity of the tip such that threads of the threaded outer portion are engaged with the threads of the cavity, the plug being rotatable and axially moveable through the cavity by rotation of the inner shaft to engage a suture threaded through the eyelet; and wherein, when the inner shaft of the delivery device is disposed within the cannulation of the plug, a length of the inner shaft is selected such that a gap is formed between a distal end of the inner shaft and a distal end of the cannulation, characterized by the gap providing a crushable zone such that a distal end of the plug is deformable when the plug is engaged with the suture in the eyelet.
A straddle type vehicle comprising a seat on which an occupant can sit, a pair of right and left footboards provided diagonally below and in front of the seat in a side view of the vehicle body, and allowing the occupant to place his or her feet thereon, a projecting portion provided between the footboards and projecting upward, a pair of right and left engagement portions for fixing a load mounted on the projecting portion, provided on an upper face side of the pair of footboards, characterized in that a pair of right and left insertion holes in which the engagement portions are inserted is formed in a center portion in the right and left direction of the footboards, a pair of right and left insertion trenches communicating with the insertion holes and in which the engagement portions are inserted is formed in a portion from the center portion in the right and left direction to an inside portion of the upper face of the footboards, and upper edges of the engagement portions are disposed at the same height as the upper faces of the footboards.
A charged particle beam irradiation apparatus that irradiates a particle beam, which is radiated from a particle beam generation unit, to a subject to be irradiated via a ridge filter exhibiting a cyclic thickness distribution for causing the particle beam to exhibit a desired energy distribution, wherein the ridge filter has the bottoms of respective ridges thereof arranged at different angles.
A seal assembly for sealing between a first member and a second member of a track joint, the first member being able to pivot about an axis of the joint relative to the second member, the first member having a first seal cavity and the second member having a second seal cavity wherein first and second seal cavities (20, 22) form a substantially contiguous combined seal cavity, the seal assembly being characterised in that it comprises: a resilient seal ring having an annular seal body; a first seal lip projecting from the annular seal body; a second seal lip projecting from the annular seal body; a third seal lip projecting axially from the annular seal body; wherein the annular seal body has an axial dimension sufficient to span the first and second seal cavities (20, 22), and, in use, the first seal lip abuts a portion of a first sidewall of the first seal cavity and the second seal lip abuts a portion of a first sidewall of the second seal cavity. a resilient seal ring having an annular seal body; a first seal lip projecting from the annular seal body; a second seal lip projecting from the annular seal body; a third seal lip projecting axially from the annular seal body; wherein the annular seal body has an axial dimension sufficient to span the first and second seal cavities (20, 22), and, in use, the first seal lip abuts a portion of a first sidewall of the first seal cavity and the second seal lip abuts a portion of a first sidewall of the second seal cavity.