mhurhangee/patent-ind-claim-en huggingface dataset:
A device for recovering exhaust heat, extending between an exhaust gas inlet and a gas outlet , and including: - a valve defining a direct gas passage between the exhaust gas inlet and the gas outlet , the valve comprising a valve body including the gas outlet and housing a gate movable around a pivot link between a closing off position and a released position of the direct gas passage , and - a heat exchanger comprising an exchanger inlet communicating with the valve upstream from the gate , and an exchanger outlet communicating with the valve downstream from the gate , - the valve including a tube comprising the exhaust gas inlet , the tube extending partially inside the valve body , up to a distal end mouth edge , said mouth edge extending in a plane, characterized in that - the gate has a planar contact surface , intended to come into direct contact with said mouth edge of the tube when the gate is in the closing off position, - the recovery device includes an intermediate pipe extending between the tube and the heat exchanger , - the recovery device includes, at the inlet of the intermediate pipe , an upstream deflector able to guide the gas coming from the exhaust gas inlet toward the direct gas passage , - the upstream deflector is formed by a part of the intermediate pipe , extending in the tube , and - the recovery device comprises a downstream deflector , arranged in the tube downstream from the inlet of the intermediate pipe , and in which the upstream deflector advances in the tube over a height greater than that of the downstream deflector . - a valve defining a direct gas passage between the exhaust gas inlet and the gas outlet , the valve comprising a valve body including the gas outlet and housing a gate movable around a pivot link between a closing off position and a released position of the direct gas passage , and - a heat exchanger comprising an exchanger inlet communicating with the valve upstream from the gate , and an exchanger outlet communicating with the valve downstream from the gate , - the valve including a tube comprising the exhaust gas inlet , the tube extending partially inside the valve body , up to a distal end mouth edge , said mouth edge extending in a plane, - the gate has a planar contact surface , intended to come into direct contact with said mouth edge of the tube when the gate is in the closing off position, - the recovery device includes an intermediate pipe extending between the tube and the heat exchanger , - the recovery device includes, at the inlet of the intermediate pipe , an upstream deflector able to guide the gas coming from the exhaust gas inlet toward the direct gas passage , - the upstream deflector is formed by a part of the intermediate pipe , extending in the tube , and - the recovery device comprises a downstream deflector , arranged in the tube downstream from the inlet of the intermediate pipe , and in which the upstream deflector advances in the tube over a height greater than that of the downstream deflector .
A terminal device comprising: means configured to receive a synchronization signal block composed of a synchronization signal and PBCH, New Radio-Physical Downlink Control Channel, NR-PDCCH, and NR-Physical Downlink Shared Channel, NR-PDSCH, the synchronization signal block comprising a synchronization signal and New Radio Physical Broadcast Channel, NR-PBCH; means configured to receive a reference signal for demodulating the NR-PBCH; means configured to acquire a Master Information Block, MIB, included in the NR-PBCH and a System Information Block, SIB, included in the NR-PDSCH, wherein the NR-PDSCH is scheduled by the NR-PDCCH, wherein the NR-PDCCH is located in a common search space and wherein a Cyclic Redundancy Check, CRC, which is scrambled by System Information Radio Network Temporary Identifier, SI-RNTI, is added to the NR-PDCCH; and means configured to decode the scheduled NR-PDSCH in a slot determined based on the MIB and a time index of the synchronization signal block, wherein the terminal device belongs to a terminal group including one or more terminal devices grouped by a predetermined beam, wherein the terminal group is a group including the one or more terminal devices that recognized the same time index of the synchronization signal block related to the predetermined beam, wherein the time index of the synchronization signal block is based on a sequence of the reference signal for demodulating the NR-PBCH, and wherein the MIB includes subcarrier interval information for the SIB. means configured to receive a synchronization signal block composed of a synchronization signal and PBCH, New Radio-Physical Downlink Control Channel, NR-PDCCH, and NR-Physical Downlink Shared Channel, NR-PDSCH, the synchronization signal block comprising a synchronization signal and New Radio Physical Broadcast Channel, NR-PBCH; means configured to receive a reference signal for demodulating the NR-PBCH; means configured to acquire a Master Information Block, MIB, included in the NR-PBCH and a System Information Block, SIB, included in the NR-PDSCH, wherein the NR-PDSCH is scheduled by the NR-PDCCH, wherein the NR-PDCCH is located in a common search space and wherein a Cyclic Redundancy Check, CRC, which is scrambled by System Information Radio Network Temporary Identifier, SI-RNTI, is added to the NR-PDCCH; and means configured to decode the scheduled NR-PDSCH in a slot determined based on the MIB and a time index of the synchronization signal block, wherein the terminal device belongs to a terminal group including one or more terminal devices grouped by a predetermined beam, wherein the terminal group is a group including the one or more terminal devices that recognized the same time index of the synchronization signal block related to the predetermined beam, wherein the time index of the synchronization signal block is based on a sequence of the reference signal for demodulating the NR-PBCH, and wherein the MIB includes subcarrier interval information for the SIB.
A method for producing a layered food product , which comprises at least a first, essentially plate-shaped food product part , namely a first pastry part, and a plate-shaped covering arranged thereon, which consists of a covering composition, is a fat-based mass, a chocolate-based mass, a compound-based mass, a sugar-based mass, a fondant-based mass, a jelly, a jam, a fruit-based mass and/or a water- and sugar-based mass that hardens in a different way, characterized by the following steps: - producing or providing the plate-shaped covering in a form , the covering having on at least one side at least one area projecting from a plane , the form determining the profile of the at least one projecting area on one side of the covering ; - heating the projecting area ; - producing or providing at least one food product part ; - positioning the food product part on the side of the covering with the heated projecting area ; - producing the connection between the food product part and the covering , in particular pressing the food product part onto the heated projecting area , wherein the at least one projecting area is selectively heated by a heating device so that the plate-shaped base layer of the plate-shaped covering is not softened and does not deform. - producing or providing the plate-shaped covering in a form , the covering having on at least one side at least one area projecting from a plane , the form determining the profile of the at least one projecting area on one side of the covering ; - heating the projecting area ; - producing or providing at least one food product part ; - positioning the food product part on the side of the covering with the heated projecting area ; - producing the connection between the food product part and the covering , in particular pressing the food product part onto the heated projecting area ,
A writing instrument comprising a body and a writing tip that is mounted on the body , the body and the writing tip extending along an axial direction (X), the writing tip presenting a distal end portion having a cross-section perpendicular to the axial direction (X) that is U-shaped.
A cell comprising: an intermediate layer containing CeO 2 with which a rare earth element (excluding Ce) forms a solid solution; a first electrode layer , the intermediate layer and the first electrode layer being disposed in this order on a surface of one side of a solid electrolyte layer containing Zr, and the first electrode layer comprises at least one of a LaMnO 3 -based oxide, a LaFeO 3 -based oxide, and a LaCoO 3 -based oxide; and a second electrode layer disposed on a surface on another side opposite the surface of the one side of the solid electrolyte layer , wherein the intermediate layer comprises a first layer located closer to the solid electrolyte layer and a second layer disposed on the first layer and located closer to the first electrode layer , and a mass concentration of the rare earth element of the first layer is greater than a mass concentration of the rare earth element of the second layer , wherein the rare earth elements of the first layer and the second layer are the same, and/or a molar concentration of the rare earth element of the first layer is greater than a molar concentration of the rare earth element of the second layer . an intermediate layer containing CeO 2 with which a rare earth element (excluding Ce) forms a solid solution; a first electrode layer , the intermediate layer and the first electrode layer being disposed in this order on a surface of one side of a solid electrolyte layer containing Zr, and the first electrode layer comprises at least one of a LaMnO 3 -based oxide, a LaFeO 3 -based oxide, and a LaCoO 3 -based oxide; and a second electrode layer disposed on a surface on another side opposite the surface of the one side of the solid electrolyte layer , wherein the intermediate layer comprises a first layer located closer to the solid electrolyte layer and a second layer disposed on the first layer and located closer to the first electrode layer , and a mass concentration of the rare earth element of the first layer is greater than a mass concentration of the rare earth element of the second layer , wherein the rare earth elements of the first layer and the second layer are the same, and/or a molar concentration of the rare earth element of the first layer is greater than a molar concentration of the rare earth element of the second layer .
Coupling device for a connecting rod for attaching a component to a fuselage structure of an aircraft and/or for stiffening the fuselage structure , the coupling device having: a first coupling element , and a second coupling element , which can be coupled to the first coupling element , wherein the first coupling element has an elongate body , which has a first channel structure on a lateral surface along a first longitudinal axis , wherein the second coupling element has a hollow-cylindrical portion , which, on an inner face along a second longitudinal axis , has a second channel structure complementing the first channel structure , wherein the hollow-cylindrical portion has a radial cutout through which the elongate body can be inserted into the second channel structure from outside the hollow-cylindrical portion in a radial direction, wherein the second coupling element has a closure body , which is designed to close the radial cutout , can be positioned removably in the cutout and completes the second channel structure on a radially internal face, and wherein the second coupling element also has a securing element , which can be pushed onto the hollow-cylindrical portion in order to secure the closure body on the hollow-cylindrical portion . a first coupling element , and a second coupling element , which can be coupled to the first coupling element , wherein the first coupling element has an elongate body , which has a first channel structure on a lateral surface along a first longitudinal axis , wherein the second coupling element has a hollow-cylindrical portion , which, on an inner face along a second longitudinal axis , has a second channel structure complementing the first channel structure , wherein the hollow-cylindrical portion has a radial cutout through which the elongate body can be inserted into the second channel structure from outside the hollow-cylindrical portion in a radial direction, wherein the second coupling element has a closure body , which is designed to close the radial cutout , can be positioned removably in the cutout and completes the second channel structure on a radially internal face, and wherein the second coupling element also has a securing element , which can be pushed onto the hollow-cylindrical portion in order to secure the closure body on the hollow-cylindrical portion .
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and azadirachtin, wherein the ratio of sabadilla alkaloids to azadirachtin is from 1:110 to 1:1, all plus or minus 10%
A composite cooling film comprising an antisoiling layer (160, 1260; 208, 408) secured to a first major surface of a reflective microporous layer , wherein the reflective microporous layer comprises a first fluoropolymer and is diffusely reflective of electromagnetic radiation over a majority of wavelengths in the range of 400 to 2500 nanometers, and wherein the antisoiling layer has an outwardly facing antisoiling surface (162; 202, 402) opposite the reflective microporous layer.
A transparent rare earth aluminum garnet ceramic represented by general formula R 3 Al 5 O 12 , R being an element selected from the group consisting of rare earth elements having an atomic number of 65 to 71, the transparent rare earth aluminum garnet ceramic comprising Si and Y as sintering aids, wherein the transparent rare earth aluminum garnet ceramic contains 5 ppm by mass to 250 ppm by mass of Si in terms of metal and 20 ppm by mass to 600 ppm by mass of Y in terms of metal.
An audio/video content receiver configured to receive media content from a content source, the media content being arranged as a plurality of media channels, the audio/video content receiver comprising a host module , the host module comprising means for assigning logical channel indices to the media channels to allow selection, at the host module, of one or more of the media channels for reproduction by selecting the corresponding logical channel index, the host module comprising means for storing channel association data associating the logical channel indices with the media channels the host module being connectable to a conditional access module, CAM, and being arranged to have an encrypted communication link with the CAM; the host module comprising means for acquiring first channel association data from a data path and means for receiving second channel association data from the CAM; the host module comprising means for forming a local channel list from the first channel association data and the second channel association data when the host module is operating in a first mode of operation; the host module comprising means for detecting a conflict of logical channel index between the first channel association data and the second channel association data; and the host module comprises means for providing one or more unused logical channel indices to the CAM in the case of a conflict.
A data receiving method, comprising: receiving (S304) control information; receiving (S304), data of a transport block, TB, on a first time-frequency resource; determining, an actual value m of a quantity of code block, CB, groups in the TB based on TB size, TBS, a maximum value CB max of a data size of a CB and a maximum quantity N Group_ max of CB groups for the TB, wherein information about the size of the TB is comprised in the control information, and wherein m is a positive integer, m is is determined as the smallest value in N Group_re and N Group_ max , N Group _max is a maximum quantity of CB groups for the TB, each of the m CB groups comprises at least one CB, and N Group _ re = ceil N CB _ re N CB _ min , N CB _ re = ceil TBS CB max , N CB _min is a minimum value of a quantity of CBs in one CB group; and obtaining (S305), m CB groups in the TB, and generating data of one TB by concatenating demodulated and decoded data of the m CB groups. receiving (S304) control information; receiving (S304), data of a transport block, TB, on a first time-frequency resource; determining, an actual value m of a quantity of code block, CB, groups in the TB based on TB size, TBS, a maximum value CB max of a data size of a CB and a maximum quantity N Group_ max of CB groups for the TB, wherein information about the size of the TB is comprised in the control information, and wherein m is a positive integer, m is is determined as the smallest value in N Group_re and N Group_ max , N Group _max is a maximum quantity of CB groups for the TB, each of the m CB groups comprises at least one CB, and N Group _ re = ceil N CB _ re N CB _ min , N CB _ re = ceil TBS CB max , N CB _min is a minimum value of a quantity of CBs in one CB group; and obtaining (S305), m CB groups in the TB, and generating data of one TB by concatenating demodulated and decoded data of the m CB groups.
A computer-implemented method for facilitating user communication in an online environment, the method comprising: associating a first user with a group profile, wherein the group profile is derived from monitoring interaction behavior of a plurality of users interacting with the online environment; constructing a linguistic profile for the group profile based on a linguistic analysis of users associated with said group profile, the linguistic profile being constructed based on chat messages sent among users associated with the group profile, the linguistic profile indicating a frequency of use for terms in messages or parts of messages sent between users associated with the group profile; generating, based on the linguistic profile and by operation of one or more computer processors, a list of expressions to present to the first user, wherein expressions in the list of expressions each comprise a chat message that may be sent by the first user to other users of the online environment; updating the linguistic profile as the use of language in the group evolves over time; receiving a selection from the first user of an expression in the list of expressions; and sending the selected expression to at least a second user of the online environment as a chat message. associating a first user with a group profile, wherein the group profile is derived from monitoring interaction behavior of a plurality of users interacting with the online environment; constructing a linguistic profile for the group profile based on a linguistic analysis of users associated with said group profile, the linguistic profile being constructed based on chat messages sent among users associated with the group profile, the linguistic profile indicating a frequency of use for terms in messages or parts of messages sent between users associated with the group profile; generating, based on the linguistic profile and by operation of one or more computer processors, a list of expressions to present to the first user, wherein expressions in the list of expressions each comprise a chat message that may be sent by the first user to other users of the online environment; updating the linguistic profile as the use of language in the group evolves over time; receiving a selection from the first user of an expression in the list of expressions; and sending the selected expression to at least a second user of the online environment as a chat message.
A 2-O-sulfation enzyme mutant, having a substitution of a leucine residue at position 321 with a basic amino acid residue in any one amino acid sequence of: (a) the amino acid sequence of SEQ ID NO: 2; (b) an amino acid sequence comprising one to thirty amino acid substitutions, deletions, insertions, or additions in the amino acid sequence of SEQ ID NO: 2; or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO: 2; or (d) the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; (e) an amino acid sequence comprising one to twenty amino acid substitutions, deletions, insertions, or additions in the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; or (f) an amino acid sequence having 90% or more identity to the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; and having a 2-O-sulfate transfer activity. (a) the amino acid sequence of SEQ ID NO: 2; (b) an amino acid sequence comprising one to thirty amino acid substitutions, deletions, insertions, or additions in the amino acid sequence of SEQ ID NO: 2; or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO: 2; or (d) the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; (e) an amino acid sequence comprising one to twenty amino acid substitutions, deletions, insertions, or additions in the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; or (f) an amino acid sequence having 90% or more identity to the amino acid sequence consisting of amino acid residues at positions 69 to 356 in the amino acid sequence of SEQ ID NO: 2; and