mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication apparatus comprising: circuitry (107, 103) configured to receive a request packet (S11, S12) from a first wireless communication device serving as a data transmission source, the request packet including first duration information and second duration information, wherein the first duration information is included in a legacy signaling, L-SIG, portion and the second duration information is included in a duration field of a media access control, MAC, header, wherein the first and second duration information each correspond to end times of response packet transmissions, set a network allocation vector, NAV, based on the second duration information, detect a response packet (S20, S27), from a second wireless communication device serving as a data transmission destination, responding to the request packet, and reset the NAV, when the wireless communication apparatus does not detect the response packet during a time after an expiration of a first duration indicated by the first duration information (S20, S27) but before an expiration of a second duration indicated by the second duration information. receive a request packet (S11, S12) from a first wireless communication device serving as a data transmission source, the request packet including first duration information and second duration information, wherein the first duration information is included in a legacy signaling, L-SIG, portion and the second duration information is included in a duration field of a media access control, MAC, header, wherein the first and second duration information each correspond to end times of response packet transmissions, set a network allocation vector, NAV, based on the second duration information, detect a response packet (S20, S27), from a second wireless communication device serving as a data transmission destination, responding to the request packet, and reset the NAV, when the wireless communication apparatus does not detect the response packet during a time after an expiration of a first duration indicated by the first duration information (S20, S27) but before an expiration of a second duration indicated by the second duration information.
A method for recycling of tile material comprising compressed mineral fibre material and being in the form of at least one of waste material generated during manufacturing of tiles, residual material generated during installation of tiles, and tiles obtained from installed tile systems after end of life, comprising collecting the tile material, conversion of the tile material into a plurality of body members, characterized in that the method further comprises the steps of: assembling a baseboard by arranging the plurality of body members on a carrier layer and fixing them thereto, and conversion of the baseboard into at least two tiles. collecting the tile material, conversion of the tile material into a plurality of body members, characterized in that the method further comprises the steps of: assembling a baseboard by arranging the plurality of body members on a carrier layer and fixing them thereto, and conversion of the baseboard into at least two tiles. assembling a baseboard by arranging the plurality of body members on a carrier layer and fixing them thereto, and conversion of the baseboard into at least two tiles.
A vacuum insulated glass window unit comprising: first and second substantially parallel substrates (2, 3) each comprising glass, a plurality of spacers and a seal provided between the first and second substrates (2, 3), a space, defined at least by the seal, located between the first and second substrates (2, 3) and being at a pressure less than atmospheric pressure, a getter recess defined in the first substrate for receiving an originally positioned getter, and a getter structure (14'; 15; 36) on the second substrate, located substantially opposite the getter recess in the first substrate, said getter structure (14'; 15; 36) on the second substrate designed to increase getter material surface area provided on the second substrate after getter activation, characterised in that the getter structure (14'; 15; 36) on the second substrate comprises a recess having a base and at least one sidewall defined in the second substrate, and wherein the at least one sidewall of the recess is roughened and/or provided with a rough surface, which is more rough than the interior major surface of the second substrate. first and second substantially parallel substrates (2, 3) each comprising glass, a plurality of spacers and a seal provided between the first and second substrates (2, 3), a space, defined at least by the seal, located between the first and second substrates (2, 3) and being at a pressure less than atmospheric pressure, a getter recess defined in the first substrate for receiving an originally positioned getter, and a getter structure (14'; 15; 36) on the second substrate, located substantially opposite the getter recess in the first substrate, said getter structure (14'; 15; 36) on the second substrate designed to increase getter material surface area provided on the second substrate after getter activation, characterised in that the getter structure (14'; 15; 36) on the second substrate comprises a recess having a base and at least one sidewall defined in the second substrate, and wherein the at least one sidewall of the recess is roughened and/or provided with a rough surface, which is more rough than the interior major surface of the second substrate.
Casting starting device of a continuous casting line, which has a mould for forming a cast strand from a metal melt filled into the mould and a strand guide, arranged downstream of the mould for transporting the cast strand, the casting starting device comprising - a starting bar with a starting bar head, which is designed for closing off a mould outlet of the mould at a beginning of continuous casting and forms a first starting bar end of the starting bar, - a pulling-up device, releasably connected to a second starting bar end of the starting bar, for pulling up the starting bar at the second starting bar end, - and at least one connecting element for connecting a cast strand head of the cast strand to the starting bar head by a releasable connection of a first portion of the connecting element to the starting bar head and a fixed connection of a second portion of the connecting element to the cast strand head by the second portion being cast into the cast strand head during the beginning of continuous casting in the mould, - wherein the releasable connection of the connecting element to the starting bar head is a turning joint connection, which can be released by a pivoting movement of the starting bar head about a turning axis of the turning joint connection occurring during the pulling up of the starting bar, - wherein the releasable turning joint connection between a connecting element and the starting bar head is formed by a joint shaft bearing and a joint shaft mounted in the joint shaft bearing and running along the turning axis, wherein the joint shaft bearing is formed by the first portion of the connecting element and the joint shaft is a component part of the starting bar head. - a starting bar with a starting bar head, which is designed for closing off a mould outlet of the mould at a beginning of continuous casting and forms a first starting bar end of the starting bar, - a pulling-up device, releasably connected to a second starting bar end of the starting bar, for pulling up the starting bar at the second starting bar end, - and at least one connecting element for connecting a cast strand head of the cast strand to the starting bar head by a releasable connection of a first portion of the connecting element to the starting bar head and a fixed connection of a second portion of the connecting element to the cast strand head by the second portion being cast into the cast strand head during the beginning of continuous casting in the mould, - wherein the releasable connection of the connecting element to the starting bar head is a turning joint connection, which can be released by a pivoting movement of the starting bar head about a turning axis of the turning joint connection occurring during the pulling up of the starting bar, - wherein the releasable turning joint connection between a connecting element and the starting bar head is formed by a joint shaft bearing and a joint shaft mounted in the joint shaft bearing and running along the turning axis, wherein the joint shaft bearing is formed by the first portion of the connecting element and the joint shaft is a component part of the starting bar head.
A door skin comprising an exterior surface and an interior surface, the exterior surface containing a wood grain pattern formed therein, the wood grain pattern comprising: a) a plurality of grooves formed in the exterior surface of the door skin, the grooves being recessed from the exterior surface; and b) tonal portions formed in the exterior surface of the door skin, the tonal portions comprising a plurality of spaced depressions (34, 36, 38, 40), characterized in that the latitudinal and longitudinal spacings between the depressions (34, 36, 38, 40) have different widths and the depressions (34, 36, 38, 40) have different depths. a) a plurality of grooves formed in the exterior surface of the door skin, the grooves being recessed from the exterior surface; and b) tonal portions formed in the exterior surface of the door skin, the tonal portions comprising a plurality of spaced depressions (34, 36, 38, 40), characterized in that the latitudinal and longitudinal spacings between the depressions (34, 36, 38, 40) have different widths and the depressions (34, 36, 38, 40) have different depths.
A method for using an electronic device to provide information, the method comprising: performing, by the electronic device, an interactive service between the electronic device and at least one external device; obtaining, by the electronic device, first information which is stored in an object peripheral to the electronic device; generating, by the electronic device, second information that is to be provided to the at least one external device based on the obtained first information; determining, by the electronic device, a linking transmission method based on the type of the interactive service and the type of the first information, wherein the linking transmission method: links with the interactive service; is capable of transmitting the second information to the second device without interrupting the interactive service; and includes a communication method which is different from the communication method of the interactive service itself; converting, by the electronic device, the data format of the second information to a data format which can be transmitted via the linking transmission method; and transmitting, by the electronic device, the converted second information to the at least one external device via the linking transmission method. performing, by the electronic device, an interactive service between the electronic device and at least one external device; obtaining, by the electronic device, first information which is stored in an object peripheral to the electronic device; generating, by the electronic device, second information that is to be provided to the at least one external device based on the obtained first information; determining, by the electronic device, a linking transmission method based on the type of the interactive service and the type of the first information, wherein the linking transmission method: links with the interactive service; is capable of transmitting the second information to the second device without interrupting the interactive service; and includes a communication method which is different from the communication method of the interactive service itself; links with the interactive service; is capable of transmitting the second information to the second device without interrupting the interactive service; and includes a communication method which is different from the communication method of the interactive service itself; converting, by the electronic device, the data format of the second information to a data format which can be transmitted via the linking transmission method; and transmitting, by the electronic device, the converted second information to the at least one external device via the linking transmission method.
A vehicle headrest comprising: a main body portion having a front surface arranged to support a back of a head of a user, the main body portion comprising: i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, wherein the cushion layer comprises acoustic channels for controlling a radiation pattern of acoustic energy radiated from the speakers, wherein the speakers are arranged so as to direct acoustic energy in diverging directions, relative to each other, characterized in that the cushion layer is further configured to inhibit acoustic energy from passing through the cushion layer so that substantially all of the acoustic energy radiated from the first and second speakers passes through the acoustic channels and hooks around a front portion of the cushion layer towards the user's ears, wherein the acoustic channels are arranged so as to direct acoustic energy in diverging directions, relative to each other. a main body portion having a front surface arranged to support a back of a head of a user, the main body portion comprising: i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, i.) first and second speakers (102; 208a, 208b) disposed within the main body portion, and ii.) a cushion layer configured to surround the speakers and provide cushioning for a user's head, wherein the cushion layer comprises acoustic channels for controlling a radiation pattern of acoustic energy radiated from the speakers, wherein the speakers are arranged so as to direct acoustic energy in diverging directions, relative to each other, characterized in that the cushion layer is further configured to inhibit acoustic energy from passing through the cushion layer so that substantially all of the acoustic energy radiated from the first and second speakers passes through the acoustic channels and hooks around a front portion of the cushion layer towards the user's ears, wherein the acoustic channels are arranged so as to direct acoustic energy in diverging directions, relative to each other.
A brake drum, in particular for a utility vehicle, comprising a shell portion that has a friction face which is arranged with rotational symmetry with respect to an axis of rotation (x), an attachment portion which has a mounting section, wherein the shell portion and the attachment portion are made of different materials and are connected to one another characterized in that the shell portion and the attachment portion are produced separately from one another, wherein the shell portion has a first connection section and the attachment portion has a second connection section, wherein the first and second connection sections (10, 12) are connected to one another in a materially bonded manner by means of a weld.
A method for the small scale production of LNG comprising: configuring a prime mover to be in operable communication with a multi-stage compressor; configuring the prime mover to be in fluid communication with an absorption chiller; configuring the absorption chiller to be in fluid communication with the multi-stage compressor; operating the absorption chiller using waste heat from the prime mover; compressing a stream of natural gas in the multi-stage compressor; pre-cooling the compressed stream of natural gas using cooling fluid from the absorption chiller; characterised in that splitting the pre-cooled stream of natural gas into a first portion and a second portion; liquefying the first portion of the stream of natural gas with a refrigerant recycle stream in a main heat exchanger; providing refrigeration by cooling the second portion in a turbo-expander; splitting the liquefied first portion of the stream of natural gas into a third portion and fourth portion; using an expansion valve to cool the third portion of the stream of natural gas such that the third portion forms a two-phase stream, the third portion being a refrigerant recycle stream; sub-cooling the fourth portion of the natural gas stream in a sub-cooler using the two-phase stream; delivering the sub-cooled, liquefied fourth portion to a storage tank; separating liquid heavies out of the expanded second portion of the stream of natural gas; delivering the separated liquid heavies to the storage tank; and compressing the refrigerant recycle stream in the multi-stage compressor; configuring a prime mover to be in operable communication with a multi-stage compressor; configuring the prime mover to be in fluid communication with an absorption chiller; configuring the absorption chiller to be in fluid communication with the multi-stage compressor; operating the absorption chiller using waste heat from the prime mover; compressing a stream of natural gas in the multi-stage compressor; pre-cooling the compressed stream of natural gas using cooling fluid from the absorption chiller; splitting the pre-cooled stream of natural gas into a first portion and a second portion; liquefying the first portion of the stream of natural gas with a refrigerant recycle stream in a main heat exchanger; providing refrigeration by cooling the second portion in a turbo-expander; splitting the liquefied first portion of the stream of natural gas into a third portion and fourth portion; using an expansion valve to cool the third portion of the stream of natural gas such that the third portion forms a two-phase stream, the third portion being a refrigerant recycle stream; sub-cooling the fourth portion of the natural gas stream in a sub-cooler using the two-phase stream; delivering the sub-cooled, liquefied fourth portion to a storage tank; separating liquid heavies out of the expanded second portion of the stream of natural gas; delivering the separated liquid heavies to the storage tank; and compressing the refrigerant recycle stream in the multi-stage compressor;
A modeling material for forming a photofabrication model in ink-jet three dimensional printing method, comprising curable resin ingredients to with a weighted average of SP value of 9.0 to as calculated by the method by Fedors disclosed in the description, and a photopolymerization initiator, wherein the curable resin ingredient is a monofunctional ethylenically unsaturated monomer, the curable resin ingredient is a polyfunctional ethylenically unsaturated monomer containing no urethane group, the curable resin ingredient is a urethane group-containing ethylenically unsaturated monomer, and the content of is 50 to 90%, the content of is 3 to 25%, the content of is 5 to 35%, and the content of is 0.1 to 10% on the basis of the weight of the modeling material, and the water-swelling ratio of a photocured product of the modeling material is not more than 1% by weight, as determinined by ASTM D570.
Method for transmitting data in a packet-oriented communications network according to an Ethernet AVB standard IEEE 802.1BA with a guaranteed maximum transmission time for the data packets in the communications network of a motor vehicle, in which a certain quality of service is reserved, before data transmission, using a reservation request from the sender (2, T) of the data to a recipient (2, L) of the data, the reservation request comprising, as parameters of the requested quality of service, the data rate of the data stream and the latency, and the requested quality of service for the communication connection between the sender (2, T) and the recipient (2, L) in the network being guaranteed for the data stream in the event of a confirmation of the reservation request, characterized in that a usage time in a data header of the data packets is adapted as the parameter by the sender (2, T) on the basis of the topology of the communications network and/or the resources of the communication connection, which usage time indicates the time from which the data transmitted in the data stream via the communications network can be used in the recipient (2, L).
Sensor element for measuring pressure and temperature, comprising: - a main body having a membrane and an edge zone that is arranged around the membrane, - an electrically conductive layer, having a first region that is arranged over the membrane of the main body, and a second region that is arranged over the edge zone of the main body, - wherein the membrane is configured as a pressure-sensitive zone of the main body such that the membrane undergoes deformation as a function of a pressure difference between the upper side and the underside of the membrane, - wherein the edge zone is configured as a pressure-insensitive zone of the main body, - wherein the electrically conductive layer in the second region is structured such that, in the second region of the electrically conductive layer, at least one temperature-dependent resistor is formed, wherein the electrically conductive layer in the first region is structured such that the electrically conductive layer, in the first region, comprises at least one pressure-dependent resistor, characterized in that the electrically conductive layer, in the first region and in the second region, is formed of the same material. - a main body having a membrane and an edge zone that is arranged around the membrane, - an electrically conductive layer, having a first region that is arranged over the membrane of the main body, and a second region that is arranged over the edge zone of the main body, - wherein the membrane is configured as a pressure-sensitive zone of the main body such that the membrane undergoes deformation as a function of a pressure difference between the upper side and the underside of the membrane, - wherein the edge zone is configured as a pressure-insensitive zone of the main body, - wherein the electrically conductive layer in the second region is structured such that, in the second region of the electrically conductive layer, at least one temperature-dependent resistor is formed, wherein the electrically conductive layer in the first region is structured such that the electrically conductive layer, in the first region, comprises at least one pressure-dependent resistor, characterized in that
Assembly (100, 200, 300, 400, 500, 600) of a hinge for connecting a leaf to a frame such that said connection can pivot about an articulation axis in an articulated manner, comprising a mounting part which can be mounted on a mounting face of the leaf or of the frame, wherein the mounting part has a bore which extends approximately parallel to the articulation axis, has a central longitudinal axis and comprises at least one lateral opening, comprising a hinge flap which comprises a fastening part, the fastening part of which hinge flap extends with clearance through the opening into the bore and comprises at least one thickened portion arranged in the bore, comprising at least one horizontal adjustment means by means of which the fastening part is pivotable about the central longitudinal axis, and comprising at least one vertical adjustment means by means of which the hinge flap can be moved parallel to the hinge axis relative to the mounting part, the one vertical adjustment means comprises a vertical adjustment screw (30, 31) which is screwed into an internal thread in the bore and interacts with the thickened portion of the hinge flap or which is fixedly fitted on the mounting part in the direction of the central longitudinal axis and interacts with a thread that is provided on the thickening.