mhurhangee/ep-ind-claims huggingface dataset:
Use of a hydrophobized motor vehicle component for a piste grooming vehicle, comprising a motor vehicle component body and at least one hydrophobic silane layer which is an at least partial coating of the surface of the motor vehicle component body, wherein the at least one hydrophobic silane layer includes a hydrophobic silane or consists of such a silane and the silane is a fluoric silane.
A method for producing a protein by means of a microorganism, comprising the method steps of (a) introducing an expression construct into a microorganism, which expression construct comprises a promoter and a nucleic acid coding for the protein; (b) expressing the protein in the microorganism, the microorganism belonging to the species Bacillus pumilus and the microorganism being sporulation-inhibited, preferably by means of a modification of the gene spoIV (yqfD), more particularly by means of a deletion of the gene spoIV (yqfD) or parts thereof. (a) introducing an expression construct into a microorganism, which expression construct comprises a promoter and a nucleic acid coding for the protein; (b) expressing the protein in the microorganism, the microorganism belonging to the species Bacillus pumilus and
A compound of formula I: or a pharmaceutically acceptable salt thereof; wherein: R 1 is hydrogen, C 1-6 aliphatic, or C 1-3 aliphatic substituted with one or more halogens; R 2 is C 1-6 aliphatic; R 3 and R 5 are each independently C 1-6 aliphatic; and - the following applies: R 4 is -T-Y wherein -T- is CH 2 and -Y is acyl selected from the group consisting of carboxylic acid, ester, amide, and carbamate. R 1 is hydrogen, C 1-6 aliphatic, or C 1-3 aliphatic substituted with one or more halogens; R 2 is C 1-6 aliphatic; R 3 and R 5 are each independently C 1-6 aliphatic; and - the following applies: R 4 is -T-Y wherein -T- is CH 2 and -Y is acyl selected from the group consisting of carboxylic acid, ester, amide, and carbamate.
A method comprising: designating a first outroute for supplying at least multicast traffic within a beam (210, 410) of a satellite communication system, wherein the beam includes a plurality of outroutes and the plurality of outroutes carry both multicast and unicast traffic; comparing traffic loads of each outroute of the plurality of outroutes within the beam, including the first outroute; determining if variations in the traffic loads of the plurality of outroutes exceed a predetermined threshold; performing a load balancing routine, when the variations exceed the predetermined threshold, to redistribute the traffic loads of the plurality of outroutes by moving at least one terminal (140, 214, 414) to a second outroute within the beam; and excluding, from the load balancing routine, any terminal within the first outroute and within all other outroutes of the plurality of outroutes that is actively receiving the multicast traffic. designating a first outroute for supplying at least multicast traffic within a beam (210, 410) of a satellite communication system, wherein the beam includes a plurality of outroutes and the plurality of outroutes carry both multicast and unicast traffic; comparing traffic loads of each outroute of the plurality of outroutes within the beam, including the first outroute; determining if variations in the traffic loads of the plurality of outroutes exceed a predetermined threshold; performing a load balancing routine, when the variations exceed the predetermined threshold, to redistribute the traffic loads of the plurality of outroutes by moving at least one terminal (140, 214, 414) to a second outroute within the beam; and excluding, from the load balancing routine, any terminal within the first outroute and within all other outroutes of the plurality of outroutes that is actively receiving the multicast traffic.
A fire resistant glazing comprising at least one clear intumescent interlayer comprising an alkali metal silicate waterglass and at least two glass panes wherein the interlayer comprises a particulate material characterised in that the particulate material absorbs hydrogen and is dispersed throughout the interlayer.
A diagnostic apparatus comprising a microfluidic chip comprising first and second measurement parts for respectively measuring an amount of hemoglobin and an active degree of an enzyme within a blood sample wherein the micro fluidic chip comprises: a sample inlet port for inputting the blood sample; a sample dissolution part for converting the blood sample into lysate; a passage through which the lysate is moved into the first and second measurement parts; wherein the sample dissolution part comprises a matrix comprising a detergent characterised in that the microfluidic chip comprises lines electrically connected to the first and second measurement parts respectively, and the second measurement part of the microfluidic chip comprises an electrode and an electron transport medium. a sample inlet port for inputting the blood sample; a sample dissolution part for converting the blood sample into lysate; a passage through which the lysate is moved into the first and second measurement parts; wherein the sample dissolution part comprises a matrix comprising a detergent characterised in that the microfluidic chip comprises lines electrically connected to the first and second measurement parts respectively, and the second measurement part of the microfluidic chip comprises an electrode and an electron transport medium.
A method for indicating by a first user equipment an end of transmitting data frames in order to enable a UMTS terrestrial radio access network to assign a common packet channel to another user equipment in a mobile communication system, the user equipment transmitting plurality of data frames having data to be transmitted over a common packet channel with associated control frames, the method comprising the steps of: determining, by the first user equipment, whether the transmission data is completely transmitted through the data frames; constructing a specific control frame having transport format combination indicator bits by said first user equipment, wherein said transport format combination indicator bits indicate that no data is included in the data frame when transmission of the data frames is completed; and transmitting the constructed frame over the common packet channel to the UMTS terrestrial radio access network. determining, by the first user equipment, whether the transmission data is completely transmitted through the data frames; constructing a specific control frame having transport format combination indicator bits by said first user equipment, wherein said transport format combination indicator bits indicate that no data is included in the data frame when transmission of the data frames is completed; and transmitting the constructed frame over the common packet channel to the UMTS terrestrial radio access network.
A method of positioning a braided fibre sleeve relative to a tool surface, the braided fibre sleeve comprising a longitudinal axis and biaxially oriented tows (2,3) arranged at acute angles relative to the longitudinal axis, the method comprising: applying tension to a plurality of axial threads disposed along the longitudinal axis, such tension forming a tensioned braided fibre sleeve; positioning the tensioned braided fibre sleeve relative to a tool surface; and releasing tension on the plurality of axial threads, wherein the step of applying tension to the plurality of axial threads comprises applying tension to at least one of the plurality of axial threads at an angle of greater than zero degrees relative to the longitudinal axis, further comprising, following the step of releasing the tension on the axial threads, removing the axial threads from the braided fibre sleeve. applying tension to a plurality of axial threads disposed along the longitudinal axis, such tension forming a tensioned braided fibre sleeve; positioning the tensioned braided fibre sleeve relative to a tool surface; and releasing tension on the plurality of axial threads, wherein the step of applying tension to the plurality of axial threads comprises applying tension to at least one of the plurality of axial threads at an angle of greater than zero degrees relative to the longitudinal axis, further comprising, following the step of releasing the tension on the axial threads, removing the axial threads from the braided fibre sleeve.
A stand-alone thermo regulated casing (100, 200, 300, 400) comprising: • a storage chamber (101, 201, 301, 401), covered with a thermally insulating material layer, and provided with a support for a product to be stored; • a regulation chamber (110, 210, 310, 410), separated from the storage chamber (101, 201, 301, 401) by a partition wall provided with two air ports (112a-112b, 213a-213b), and comprising - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material; characterised by • a heating means (116, 117, 118-119, 221) for the phase change material. • a storage chamber (101, 201, 301, 401), covered with a thermally insulating material layer, and provided with a support for a product to be stored; • a regulation chamber (110, 210, 310, 410), separated from the storage chamber (101, 201, 301, 401) by a partition wall provided with two air ports (112a-112b, 213a-213b), and comprising - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material; characterised by - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material; • a heating means (116, 117, 118-119, 221) for the phase change material.
A quality-of-life monitoring system for monitoring human subjects, the system comprising: one or more contactless sensor units configured to measure physiological data pertaining to a sleep quality of life assessment of the monitored subject; an input device configured to capture subjective responses from the monitored subject pertaining to the sleep quality-of-life; and a data analysis unit operable to: set a target sleep quality of life index for the monitored subject; receive, from the input device, the captured subjective responses; receive, from the one or more contactless sensors, the measured physiological data; analyze the measured physiological data and the captured subjective responses to generate a quantitative sleep quality of life index; generate suggested interventions to affect the sleep quality of life index of the monitored subject; wherein the suggested interventions comprise increasing the monitored subject's allowed sleep time, if the generated sleep quality of life index is greater than the target sleep quality of life index, and reducing the monitored subject's allowed sleep time, if the generated sleep quality of life index is not greater than the target sleep quality of life index. one or more contactless sensor units configured to measure physiological data pertaining to a sleep quality of life assessment of the monitored subject; an input device configured to capture subjective responses from the monitored subject pertaining to the sleep quality-of-life; and a data analysis unit operable to: set a target sleep quality of life index for the monitored subject; receive, from the input device, the captured subjective responses; receive, from the one or more contactless sensors, the measured physiological data; analyze the measured physiological data and the captured subjective responses to generate a quantitative sleep quality of life index; generate suggested interventions to affect the sleep quality of life index of the monitored subject; wherein the suggested interventions comprise increasing the monitored subject's allowed sleep time, if the generated sleep quality of life index is greater than the target sleep quality of life index, and reducing the monitored subject's allowed sleep time, if the generated sleep quality of life index is not greater than the target sleep quality of life index. set a target sleep quality of life index for the monitored subject; receive, from the input device, the captured subjective responses; receive, from the one or more contactless sensors, the measured physiological data; analyze the measured physiological data and the captured subjective responses to generate a quantitative sleep quality of life index; generate suggested interventions to affect the sleep quality of life index of the monitored subject; wherein the suggested interventions comprise increasing the monitored subject's allowed sleep time, if the generated sleep quality of life index is greater than the target sleep quality of life index, and reducing the monitored subject's allowed sleep time, if the generated sleep quality of life index is not greater than the target sleep quality of life index.
A hand-held information processing terminal, comprising: a main body portion; a direction input portion arranged at a position on a main surface of the main body portion, which can be reached for operation by one hand of a user when the user holds the main body portion with both hands; a pointing stick arranged at a position on the main surface of the main body portion, which can be reached for operation by the other hand of the user when the user holds the main body portion with both hands, for sensing a direction in accordance with an input operation by the user; a display module arranged on said main surface between said direction input portion and said pointing stick;_and a plurality of first operation buttons arranged at a position which can be reached for operation by the other hand of the user when the user holds the main body portion with both hands and which is on the same side as the pointing stick on the main surface of the main body portion, said plurality of first operation buttons being further arranged at positions corresponding to vertices of a rhombus comprising an uppermost operation button, a lowermost operation button, an innermost operation button, and an outermost operation button, wherein said pointing stick is arranged at a position that is closer to said display module than the innermost operation button and on a line of flow of the movement of the thumb of the other hand in extension of a direction in which the thumb moves while touching the uppermost or the outermost operation button. a main body portion; a direction input portion arranged at a position on a main surface of the main body portion, which can be reached for operation by one hand of a user when the user holds the main body portion with both hands; a pointing stick arranged at a position on the main surface of the main body portion, which can be reached for operation by the other hand of the user when the user holds the main body portion with both hands, for sensing a direction in accordance with an input operation by the user; a display module arranged on said main surface between said direction input portion and said pointing stick;_and a plurality of first operation buttons arranged at a position which can be reached for operation by the other hand of the user when the user holds the main body portion with both hands and which is on the same side as the pointing stick on the main surface of the main body portion, said plurality of first operation buttons being further arranged at positions corresponding to vertices of a rhombus comprising an uppermost operation button, a lowermost operation button, an innermost operation button, and an outermost operation button, wherein said pointing stick is arranged at a position that is closer to said display module than the innermost operation button and on a line of flow of the movement of the thumb of the other hand in extension of a direction in which the thumb moves while touching the uppermost or the outermost operation button.
A fuel tank for a vehicle, comprising: a tank main body in which an upper tank part and a lower tank part are mutually joined to form a closed space in which fuel is housed; and a sub-tank fixed to a bottom surface part of the lower tank part by spot welding, wherein the lower tank part consists of the bottom surface part, a sidewall part and a curved portion having an R shape as a joint portion between the bottom surface part and the sidewall part; a plurality of rows of the spot welding are set along a longitudinal direction (y) of the lower tank part with an interval (W S) therebetween in a width direction (x) of said sub-tank; at least one bead positioned between the rows of the spot welding and extending continuously along the longitudinal direction of the lower tank part is formed on the bottom surface part of the lower tank part; a lower surface of said sub-tank has no portion that is not brought into contact with the bottom surface part of the lower tank part except for the bead; characterized in that a length of the bead (L B) is set to a length being 80% or more of a length of a flat portion of the bottom surface part of the lower tank part in the longitudinal direction; the bead has no discontinuous portion, and in a periphery of extension in a longitudinal direction of the bead, no other bead in a different direction is formed; and a width of the bead (W B) is set to a length being 50% or more of the interval of the rows of the spot welding which are adjacent with the bead therebetween. a tank main body in which an upper tank part and a lower tank part are mutually joined to form a closed space in which fuel is housed; and a sub-tank fixed to a bottom surface part of the lower tank part by spot welding, wherein the lower tank part consists of the bottom surface part, a sidewall part and a curved portion having an R shape as a joint portion between the bottom surface part and the sidewall part; a plurality of rows of the spot welding are set along a longitudinal direction (y) of the lower tank part with an interval (W S) therebetween in a width direction (x) of said sub-tank; at least one bead positioned between the rows of the spot welding and extending continuously along the longitudinal direction of the lower tank part is formed on the bottom surface part of the lower tank part; a lower surface of said sub-tank has no portion that is not brought into contact with the bottom surface part of the lower tank part except for the bead; characterized in that a length of the bead (L B) is set to a length being 80% or more of a length of a flat portion of the bottom surface part of the lower tank part in the longitudinal direction; the bead has no discontinuous portion, and in a periphery of extension in a longitudinal direction of the bead, no other bead in a different direction is formed; and a width of the bead (W B) is set to a length being 50% or more of the interval of the rows of the spot welding which are adjacent with the bead therebetween.
Internal combustion engine for a motor vehicle, having a piston which has a coating (21, 22, 23, 24) with an emissivity of ε > 0.8 for thermal radiation, wherein a cylinder liner surface, which faces the coating (21, 22, 23, 24) of the piston, has a coating which has an emissivity of ε > 0.8 which is substantially equal to the emissivity of the coating (21, 22, 23, 24) of the piston, characterized in that the piston is manufactured from aluminium or from an aluminium alloy, wherein the coating (21, 22, 23, 24) is produced by black anodizing, wherein the coating (21, 22) is formed on an outer circumferential surface of the piston, specifically on a top land, on a ring land section and on an outer circumferential surface of a piston skirt.
Device for measuring a relative humidity level inside the enclosure of a case of a watch, the device comprising: - an emitter module provided with a source of light radiation capable of emitting light beams through the crystal of said case towards the enclosure of said case, the emitter module comprises an element for modulating said source of light radiation configured such that said emitter module emits light beams capable of ensuring a generation of at least one acoustic signal by a gaseous fluid containing the water vapour contained in the enclosure of the case; - a receiver module (6a, 6b, 6c) for receiving at least one acoustic signal from said enclosure, and - a control unit connected to said modules (5, 6) and which is configured to evaluate the water vapour content of a gaseous fluid contained inside said enclosure as a function of said at least one acoustic signal received by the receiver module (6a, 6b, 6c). - an emitter module provided with a source of light radiation capable of emitting light beams through the crystal of said case towards the enclosure of said case, the emitter module comprises an element for modulating said source of light radiation configured such that said emitter module emits light beams capable of ensuring a generation of at least one acoustic signal by a gaseous fluid containing the water vapour contained in the enclosure of the case; - a receiver module (6a, 6b, 6c) for receiving at least one acoustic signal from said enclosure, and - a control unit connected to said modules (5, 6) and which is configured to evaluate the water vapour content of a gaseous fluid contained inside said enclosure as a function of said at least one acoustic signal received by the receiver module (6a, 6b, 6c).
A decorative film for film insert molding, the decorative film having: a fluorine-based resin layer containing 100 to 80 parts by mass of a fluorine-based resin and 0 to 20 parts by mass of a methacrylic acid ester-based resin; an acrylic-based resin layer containing 50 to 0 parts by mass of a fluorine-based resin and 50 to 100 parts by mass of a methacrylic acid ester-based resin; and a decorative layer containing a thermoplastic resin laminated therein in this order, wherein the fluorine-based resin layer has a thickness of 20 μm to 40 μm, and the acrylic-based resin layer has a thickness of 14 μm to 40 μm, wherein the fluorine-based resin layer has a surface unevenness with a of 5 to 100 μm on a surface of the fluorine-based resin layer, the surface being on the side not in contact with the acrylic-based resin layer. a fluorine-based resin layer containing 100 to 80 parts by mass of a fluorine-based resin and 0 to 20 parts by mass of a methacrylic acid ester-based resin; an acrylic-based resin layer containing 50 to 0 parts by mass of a fluorine-based resin and 50 to 100 parts by mass of a methacrylic acid ester-based resin; and a decorative layer containing a thermoplastic resin laminated therein in this order, wherein the fluorine-based resin layer has a thickness of 20 μm to 40 μm, and the acrylic-based resin layer has a thickness of 14 μm to 40 μm, wherein the fluorine-based resin layer has a surface unevenness with a of 5 to 100 μm on a surface of the fluorine-based resin layer, the surface being on the side not in contact with the acrylic-based resin layer.
A chemically-strengthened glass sheet comprising: a smooth first side; and a rough second side, wherein the compressive stress values of the smooth first side and the rough second side are substantially in equipoise, and the difference between the compressive stress values of the smooth first side and the rough second side is less than 2%, and wherein the smooth first side has an RMS roughness less than 10 nm and the rough second side has an RMS roughness greater than 50 nm. a smooth first side; and a rough second side,