mhurhangee/ep-ind-claims huggingface dataset:
An airflow sensor, comprising a sensing circuit module, a first sealing piece and a second sealing piece, wherein the sensing circuit module comprises a circuit board and a sensing component disposed on the circuit board, the circuit board comprises a first surface and a second surface disposed at two opposite sides of the circuit board, the first sealing piece is disposed to cover at least a part of the first surface the second sealing piece is disposed to cover at least a part of the second surface, a first accommodating cavity is defined and formed between the first sealing piece and the circuit board, the sensing component is received in the first accommodating cavity, the first sealing piece comprises a first waterproof air-permeable portion, the first waterproof air-permeable portion is used to form airflow communication between the first accommodating cavity and an outside of the airflow sensor, and to prevent liquid outside the airflow sensor from entering the first accommodating cavity, a connecting soldering pad electrically connected with the sensing component is disposed at the circuit board, the airflow sensor is electrically connected with other circuitry components through the connecting soldering pad, the connecting soldering pad is not covered by either the first sealing piece or the second sealing piece.
A block copolymer comprising a first block having a structural unit represented by Structural Formula 1 below and a second block having a structural unit represented by Structural Formula 3 below: where in the Structural Formula 1, R represents a hydrogen atom or an alkyl group; X represents a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein the X 1 represents an oxygen or a sulfur atom; Y represents a monovalent substituent that includes an aromatic ring structure to which a linear chain including 8 or more chain-forming atoms is connected; and where in the Structural Formula 3, X 2 represents a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -,-C(=O)-X 2 - or -X 2 -C(=O)-, wherein the X 2 represents a single bond, an oxygen atom, or a sulfur atom; and each of R 1 to R 5 independently represents a hydrogen atom, an alkyl group, a haloalkyl group, a halogen atom or a crosslinking functional group, wherein one or more crosslinking functional groups are included in positions marked as R 1 to R 5, wherein the crosslinking functional group is an azide-containing functional group, a sulfur-containing functional group, or a functional group containing one or more unsaturated double bonds. where in the Structural Formula 1, R represents a hydrogen atom or an alkyl group; X represents a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein the X 1 represents an oxygen or a sulfur atom; Y represents a monovalent substituent that includes an aromatic ring structure to which a linear chain including 8 or more chain-forming atoms is connected; and where in the Structural Formula 3, X 2 represents a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -,-C(=O)-X 2 - or -X 2 -C(=O)-, wherein the X 2 represents a single bond, an oxygen atom, or a sulfur atom; and each of R 1 to R 5 independently represents a hydrogen atom, an alkyl group, a haloalkyl group, a halogen atom or a crosslinking functional group, wherein one or more crosslinking functional groups are included in positions marked as R 1 to R 5, wherein the crosslinking functional group is an azide-containing functional group, a sulfur-containing functional group, or a functional group containing one or more unsaturated double bonds.
A flexible 3-ply veneer panel, comprising: a face veneer comprising a thickness from 0.38 mm to 0.76mm; a metal mesh contacting the face veneer, wherein the metal mesh comprises metal wires with a diameter from 0.023 mm to 0.048 mm, and wherein the metal mesh comprises between 325 wires-per-2.54-cm and 500 wires-per-2.54-cm; a backing layer contacting the metal mesh; and an adhesive material bonding the face veneer to the metal mesh and the backing layer, wherein the flexible 3-ply veneer panel comprises microcracks. a face veneer comprising a thickness from 0.38 mm to 0.76mm; a metal mesh contacting the face veneer, wherein the metal mesh comprises metal wires with a diameter from 0.023 mm to 0.048 mm, and wherein the metal mesh comprises between 325 wires-per-2.54-cm and 500 wires-per-2.54-cm; a backing layer contacting the metal mesh; and an adhesive material bonding the face veneer to the metal mesh and the backing layer, wherein the flexible 3-ply veneer panel comprises microcracks.
A method, comprising: determining a current path cost in a routing topology from a particular node in a shared media communication network to a root node of the routing topology via a current parent node; determining, for each reachable potential parent node of the particular node, a respective path cost from the particular node to the root node via each potential parent and a respective link metric from the particular node to each potential parent node; determining a set of acceptable parent nodes selected from the potential parent nodes, wherein acceptable parent nodes have a respective path cost that is less than the current path cost plus a cost increase, and also have a respective link metric from the particular node that is within a link metric range; characterized in that the method further comprises determining, for each acceptable parent node of the set, a respective number of child nodes of the corresponding acceptable parent node; and selecting a new parent node for the particular node in the routing topology based on giving preference to acceptable parent nodes having a greater respective number of child nodes. determining a current path cost in a routing topology from a particular node in a shared media communication network to a root node of the routing topology via a current parent node; determining, for each reachable potential parent node of the particular node, a respective path cost from the particular node to the root node via each potential parent and a respective link metric from the particular node to each potential parent node; determining a set of acceptable parent nodes selected from the potential parent nodes, wherein acceptable parent nodes have a respective path cost that is less than the current path cost plus a cost increase, and also have a respective link metric from the particular node that is within a link metric range; characterized in that the method further comprises determining, for each acceptable parent node of the set, a respective number of child nodes of the corresponding acceptable parent node; and selecting a new parent node for the particular node in the routing topology based on giving preference to acceptable parent nodes having a greater respective number of child nodes.
Cast part for a one-piece planet carrier, characterised in that the cast part comprises a base body, from which unfinished bolts protrude, wherein the unfinished bolts each have a form from which each bolt is producible for a planet wheel in different positions, that is to say at different radial distances from an axis of rotation of the planet carrier, on the base body, wherein the base body is of disc-shaped form wherein the unfinished bolts protrude approximately perpendicularly or perpendicularly from the base body and wherein the unfinished bolts and the bolts are oriented parallel to the axis of rotation of the planet carrier and the unfinished bolts each have, viewed from the axial direction, a base surface 102, extended in an oval shape in the radial direction, at the attachment to the base body.
A propulsion system (1, 1') for an aircraft, comprising at least one rotor and a nacelle fairing extending around said at least one rotor with respect to an axis of rotation of said rotor, this nacelle fairing comprising: - an upstream section forming an inlet section of the nacelle fairing; - a downstream section wherein a downstream end forms an outlet section of the nacelle fairing; and - an intermediate section connecting said upstream and downstream sections; the downstream section comprising a radially inner wall and a radially outer wall made of a deformable shape-memory material, characterised in that the downstream section comprises at least one actuator mechanism with at least one cylinder configured to cooperate with means (24, 24') embedded in an inner surface of the radially outer wall so as to vary an outer diameter of the outlet section between a determined minimum diameter (D BFc) and determined maximum diameter (D BFd). - an upstream section forming an inlet section of the nacelle fairing; - a downstream section wherein a downstream end forms an outlet section of the nacelle fairing; and - an intermediate section connecting said upstream and downstream sections;
A dispenser for tissue paper comprising a housing, the housing comprising a first seat for a first roll or a first stack of tissue paper and a second seat for a second roll or a second stack of tissue paper, wherein the housing is provided with a first dispensing position and a second dispensing position, from which first and second dispensing positions (12, 14) tissue paper is graspable for dispensing thereof, and wherein the dispenser comprises a blocking arrangement for selectively blocking either the first dispensing position or the second dispensing position, characterized in that the dispenser comprises a sensor device arranged to sense at least one position of the blocking arrangement, wherein the sensor device is connected to a control unit arranged to indicate a tissue paper filling state of the dispenser based on the sensed at least one position of the blocking arrangement.
A method for encoding sample adaptive offset, SAO, values in a video encoding process comprising: selecting an edge offset type for a current pixel value; selecting an edge offset sub-class of one or more edge offset sub-classes associated with the edge offset type for the current pixel value; generating an interpolated pixel value using a weighted combination of two neighboring pixel values of the current pixel value; selecting an offset value for the current pixel value based on the edge offset sub-class; and applying the offset value to the current pixel value to form an SAO compensated value, wherein if the offset value, when added to the current pixel value, results in an SAO compensated value that exceeds the interpolated pixel value, the SAO compensated value is set to the interpolated pixel value. selecting an edge offset type for a current pixel value; selecting an edge offset sub-class of one or more edge offset sub-classes associated with the edge offset type for the current pixel value; generating an interpolated pixel value using a weighted combination of two neighboring pixel values of the current pixel value; selecting an offset value for the current pixel value based on the edge offset sub-class; and applying the offset value to the current pixel value to form an SAO compensated value, wherein if the offset value, when added to the current pixel value, results in an SAO compensated value that exceeds the interpolated pixel value, the SAO compensated value is set to the interpolated pixel value.
Agrochemical aqueous compositions containing at least one solid organic agrochemically active ingredient that is insoluble in water and a carboxylated water soluble polymer in which a) at least 85% by moles of the monomer units derive from ethylenically unsaturated C 3 -C 5 mono carboxylic acids, bi-carboxylic acids or anhydride thereof and from 0 to 15% by moles of the monomer units derive from one or more non-carboxylated ethylenically unsaturated monomers, b) from 5% to 55% of the carboxylic acid groups of the polymer are esterified with at least one polyalkoxylated polystyrylphenol.
A method of communication, comprising: receiving a radiofrequency signal at an access point, wherein the radio frequency signal includes at least a first parameter and a second parameter, characterized by: determining a beacon transmit power for the access point based on the first parameter; determining a beacon burst transmit power for the access point based on the second parameter; transmitting a beacon signal based on the beacon transmit power; and transmitting a beacon burst signal based on the beacon burst transmit power. receiving a radiofrequency signal at an access point, wherein the radio frequency signal includes at least a first parameter and a second parameter, characterized by: determining a beacon transmit power for the access point based on the first parameter; determining a beacon burst transmit power for the access point based on the second parameter; transmitting a beacon signal based on the beacon transmit power; and transmitting a beacon burst signal based on the beacon burst transmit power. determining a beacon transmit power for the access point based on the first parameter; determining a beacon burst transmit power for the access point based on the second parameter; transmitting a beacon signal based on the beacon transmit power; and transmitting a beacon burst signal based on the beacon burst transmit power.
An adhesive composition comprising • a dye, • a sprayable adhesive comprising one or more propellants selected from liquefied hydrocarbons and compressed gases, and • a curable epoxy resin; wherein the dye is chosen from triarylmethane compounds; wherein the adhesive composition is sprayable and has an initial color; wherein the adhesive composition is capable of changing color to a final color upon contacting a curing composition comprising one or more curing agents; wherein the one or more curing agents are suitable to cure the curable epoxy resin; and wherein the initial color is different from the final color. • a dye, • a sprayable adhesive comprising one or more propellants selected from liquefied hydrocarbons and compressed gases, and • a curable epoxy resin; wherein the dye is chosen from triarylmethane compounds; wherein the adhesive composition is sprayable and has an initial color; wherein the adhesive composition is capable of changing color to a final color upon contacting a curing composition comprising one or more curing agents; wherein the one or more curing agents are suitable to cure the curable epoxy resin; and wherein the initial color is different from the final color.
A connecting element for connecting a pipe end to a component of an air-conditioning system, comprising a base body with a passage opening for conveying through a refrigerant, a receptacle bore for receiving the pipe end, wherein the receptacle bore is arranged on a face side of the base body and corresponds to the passage bore, as well as a connection piece that is arranged on the other face side of the base body and corresponds to the passage bore on this side, wherein the connection piece and the base body consist of the same material and are realized in one piece, and wherein two sealing elements (12, 13) are arranged on the connection piece, wherein at least one sealing element (12, 13) and the connection piece are realized in one piece, wherein the connection piece comprises a pipe section and a radial flange, wherein a first seal is assigned to the pipe section, characterized in that the second seal is assigned to the radial flange.
A cable comprising: a wiring assembly comprising a plurality of wires bundled together by a sleeve; a connector assembly comprising a connector having a plurality of connections for respective ones of the plurality of wires, the connector assembly capturing an end of the wiring assembly; and characterized by circuitry configured to authenticate a device connected to the cable by the connector. a wiring assembly comprising a plurality of wires bundled together by a sleeve; a connector assembly comprising a connector having a plurality of connections for respective ones of the plurality of wires, the connector assembly capturing an end of the wiring assembly; and characterized by circuitry configured to authenticate a device connected to the cable by the connector.
A Railway Signal Safety Communication Protocol I, RSSP-I, safety communication method based on dual-system synchronization, characterized by: adopting 0×01 for both active machine and standby machine protocol interaction types in a message header of a Real-time Safety Data, RSD, message, and adopting 0×82 for both message types of an active machine and a standby machine; changing data sent by the active machine and the standby machine into a plurality of copies of completely same data by adopting a redundancy technology; and sending the plurality of copies of completely same data to a receiving end by the active machine and the standby machine; wherein dual-system refers to the active machine and the standby machine pair. adopting 0×01 for both active machine and standby machine protocol interaction types in a message header of a Real-time Safety Data, RSD, message, and adopting 0×82 for both message types of an active machine and a standby machine; changing data sent by the active machine and the standby machine into a plurality of copies of completely same data by adopting a redundancy technology; and sending the plurality of copies of completely same data to a receiving end by the active machine and the standby machine; wherein dual-system refers to the active machine and the standby machine pair.
A seal system for a gas turbine engine comprising: a segmented annular seal support including a plurality of carriage arc segments arranged circumferentially in circumferential carriage joints; and a segmented annular seal retained by the segmented annular seal support including seal arc segments radially supported by carriage arc segments of the plurality of carriage arc segments and arranged end-to-end in circumferential seal joints, wherein the circumferential seal joints are circumferentially offset from the circumferential carriage joints; characterised in that each of the carriage arc segments includes a radially inner side wall, first and second axial side walls (70b, 70c) that extend radially-outwardly from the radially inner side wall, and a third axial side wall that extends radially-inwardly from the radially inner side wall; and in that the radially inner side wall defines a periphery and rails located at the periphery. a segmented annular seal support including a plurality of carriage arc segments arranged circumferentially in circumferential carriage joints; and a segmented annular seal retained by the segmented annular seal support including seal arc segments radially supported by carriage arc segments of the plurality of carriage arc segments and arranged end-to-end in circumferential seal joints, wherein the circumferential seal joints are circumferentially offset from the circumferential carriage joints; characterised in that each of the carriage arc segments includes a radially inner side wall, first and second axial side walls (70b, 70c) that extend radially-outwardly from the radially inner side wall, and a third axial side wall that extends radially-inwardly from the radially inner side wall; and in that the radially inner side wall defines a periphery and rails located at the periphery.
An apparatus for tempering plastics material preforms with a tempering mould for tempering an outer wall of the plastics material preforms, wherein the tempering mould has at least one first mould part which is movable and wherein the first mould part can contact a first wall portion of the plastics material preform at least for a time, in order to temper this wall portion, wherein the apparatus has a supply unit in order to supply the plastics material preforms to the tempering mould, and this supply unit has a holding device for holding the plastics material preforms as well as a movement device which, in order to supply the plastics material preforms into the tempering mould, produces a relative movement between the plastics material preform and at least one portion of at least one mould part in a longitudinal direction of the plastics material pre-form, characterized in that the apparatus for tempering the plastic preforms is arranged between a blow moulding machine and a heating device and the preheated plastic preforms can be cooled or additionally heated in certain areas with respect to the heating temperature and the apparatus is capable of producing oval containers.
A method, comprising: inserting a mandrel into a molding tool; injecting a urethane or polyurethane foam material composition into the molding tool; closing the molding tool for a period of time; and generating approximately 5% to approximately 20% overvolume pressure; wherein the urethane or polyurethane foam material composition expands and cures to form a component having a negative space extending longitudinally in the component during the period of time; wherein the urethane or polyurethane foam material composition forms, based at least in part on the generation of the overvolume pressure, a skin on at least one surface of the component during expansion and curing during the period of time, the at least one surface of the component on which the skin is formed comprising an interior surface of the negative space in contact with the mandrel during the period of time; and wherein the mandrel includes at least one surface feature that forms a corresponding internal surface feature on the skin of the interior surface of the negative space of the component. inserting a mandrel into a molding tool; injecting a urethane or polyurethane foam material composition into the molding tool; closing the molding tool for a period of time; and generating approximately 5% to approximately 20% overvolume pressure; wherein the urethane or polyurethane foam material composition expands and cures to form a component having a negative space extending longitudinally in the component during the period of time; wherein the urethane or polyurethane foam material composition forms, based at least in part on the generation of the overvolume pressure, a skin on at least one surface of the component during expansion and curing during the period of time, the at least one surface of the component on which the skin is formed comprising an interior surface of the negative space in contact with the mandrel during the period of time; and wherein the mandrel includes at least one surface feature that forms a corresponding internal surface feature on the skin of the interior surface of the negative space of the component.