mhurhangee/ep-ind-claims huggingface dataset:
Ski binding, in particular a binding for a touring, Telemark and/or cross-country ski, for fixing a ski boot comprising a front sole and a heel, said ski binding comprising: - a front retaining element, able to cooperate with the front sole of the boot, - a rear retaining element able to cooperate with a projection on the rear part of the front sole and/or with the rear sole of the boot, said rear retaining element being able to pivot, while raising or lowering its rear part, in the vertical plane about a horizontal axis, which may be a physical or virtual axis, orthogonal to the direction of the ski, between a so-called upper position, or idle position, and a so-called lower position, or engaged position, - a tensioning element that acts between the rear retaining element and the ski and/or the front retaining element, able to tension the boot on the binding and to enable the heel to be freely lifted, said binding further comprising: - a tensioning link placed under the rear retaining stirrup and connected to the latter, so as to enable said tensioning link to pivot in the vertical plane about a horizontal axis orthogonal to the direction of the ski, with respect to said rear retaining stirrup, - a retraction stop placed on the ski or the front retaining element, able to cooperate with the tensioning link, said fixation being characterized in that said tensioning link bears in service on the retraction stop at a bearing point that is situated in front of the connection point between this link and the retaining stirrup, in side view and with reference to the direction of movement of the ski, so as to enable the rear retaining stirrup to move back, tensioning said tensioning element, when the heel of the boot exerts a downwardly directed pressure on the rear retaining stirrup situated in the idle position. - a front retaining element, able to cooperate with the front sole of the boot, - a rear retaining element able to cooperate with a projection on the rear part of the front sole and/or with the rear sole of the boot, said rear retaining element being able to pivot, while raising or lowering its rear part, in the vertical plane about a horizontal axis, which may be a physical or virtual axis, orthogonal to the direction of the ski, between a so-called upper position, or idle position, and a so-called lower position, or engaged position, - a tensioning element that acts between the rear retaining element and the ski and/or the front retaining element, able to tension the boot on the binding and to enable the heel to be freely lifted, - a tensioning link placed under the rear retaining stirrup and connected to the latter, so as to enable said tensioning link to pivot in the vertical plane about a horizontal axis orthogonal to the direction of the ski, with respect to said rear retaining stirrup, - a retraction stop placed on the ski or the front retaining element, able to cooperate with the tensioning link,
A method for editing media files which are recorded synchronously, the method comprising: receiving a plurality of media files which are recorded synchronously; displaying in a time-aligned manner a plurality of media streams corresponding to the media files on a screen; detecting a touch input; selecting a portion of one of the plurality of media streams corresponding to a position where the touch input is detected and where the portion is displayed; and while the touch input is maintained: detecting a movement of the touch input; automatically scrolling the plurality of media streams along a timeline of the media files based on the detected movement of the touch input; detecting dragging of the touch input and selecting additional portions of the plurality of media streams corresponding to positions of the dragged touch input where the additional portions are displayed; and continuously adding the selected portions of the plurality of media streams to an edited media stream. receiving a plurality of media files which are recorded synchronously; displaying in a time-aligned manner a plurality of media streams corresponding to the media files on a screen; detecting a touch input; selecting a portion of one of the plurality of media streams corresponding to a position where the touch input is detected and where the portion is displayed; and while the touch input is maintained: detecting a movement of the touch input; automatically scrolling the plurality of media streams along a timeline of the media files based on the detected movement of the touch input; detecting dragging of the touch input and selecting additional portions of the plurality of media streams corresponding to positions of the dragged touch input where the additional portions are displayed; and detecting a movement of the touch input; automatically scrolling the plurality of media streams along a timeline of the media files based on the detected movement of the touch input; detecting dragging of the touch input and selecting additional portions of the plurality of media streams corresponding to positions of the dragged touch input where the additional portions are displayed; and continuously adding the selected portions of the plurality of media streams to an edited media stream.
A photocurable resin composition comprising a polyol acrylate compound, a compound including, in the molecule thereof, an acrylic or methacrylic group and a carboxyl group, a siloxane compound represented by one of the following general formulae, or, and a photoradical generating agent: wherein R 1 represents a C 1-4 alkyl group or a C 6-10 aryl group which may be the same as or different from one another; G represents a substituent having a glycidyl group; and a represents a number from 3 to 6, wherein R 2 represents a C 1-4 alkyl group or a C 6-10 aryl group which may be the same as or different from one another; R 3 represents a residue in which vinyl groups have been removed from a compound having two to four vinyl groups in a single molecule and having a molecular weight of 1000 or less; G represents a substituent having a glycidyl group; b represents a number from 2 to 5; and c represents a number from 2 to 4; wherein R 9 represents a C 1-4 alkyl group or a C 6-10 aryl group; R 11 represents a hydrogen atom or a methyl group; R 13 represents an acrylic group or a methacrylic group; R 14 represents a hydrogen atom, an acrylic group, a methacrylic group, or a residue in which one hydroxyl group has been removed from a dibasic acid; R 10 and R 12 may be bonded; if R 10 and R 12 are not bonded, R 10 represents a C 2-10 divalent linking group, and R 12 represents a hydrogen atom or a methyl group; if R 10 and R 12 are bonded, R 10 represents a trivalent or tetravalent linking group, and R 12 represents a methylene group or a methine group; f represents a number from 1 to 6; and g represents a number from 0 to 5 that makes f+g take a number from 3 to 6.
Apparatus of containment and transport of objects comprising a main hollow body provided with outer side walls and a pair of gripping and support elements coupled to said outer side walls, each gripping and support element being configured to rotate on the outer side walls independently from the other gripping and support element, thus switching from a first vertical position in which each gripping and support element is fixed to the main hollow body to a second vertical position rotated by 180° from the first vertical position, in which each gripping and support element is resting on the ground; whereby each gripping and support element comprises first upper gripping and support portion and 1 second lower portion characterised in that the second lower portions are connected to the side edges of the bottom region of the main hollow body; and in that the lower ends of the second lower portions have an outer protuberance configured to fit in a seat in the outside surface of the bottom when each gripping and support element is in the second vertical position.
A porch-mounted tendon tension monitoring apparatus (10, 110) comprising: a tendon top connector assembly (12, 112), a pair of substantially parallel mounting flanges (24, 26) separated by an axial distance; and a plurality of sensors (28, 128) positioned between said pair of substantially parallel mounting flanges (24, 26), characterised in that the plurality of sensors comprise a plurality of variable reluctance measurement technology sensors (28, 128) configured to measure changes in the axial distance between said mounting flanges (24, 26); and wherein the tendon tension monitoring apparatus includes one or more cylindrical compression cells (40, 140) positioned between and supporting said mounting flanges.
A wireless lighting control system comprising: a plurality of lighting devices (100A-D); a plurality of smart devices (200A-D) each having a display unit; a wireless communications network; a first lighting device of said plurality of lighting devices is configured to act as a master and to be electrically connected with a first smart device of said plurality of smart devices; and a plurality of second lighting devices of said plurality of lighting devices each configured to act as slaves and to be electrically connected with a plurality of second smart devices of said plurality of smart devices, respectively, characterised in that the first smart device is configured such that a user sets groups of light devices of said plurality of second lighting devices and sets control pattern information for each group in the first smart device, said first smart device is configured to transmit said control pattern information to each group of lighting devices through said wireless communications network, wherein at least one of said plurality of second lighting units or the display unit of at least one said plurality of second smart devices is controlled based on the control pattern information according to the corresponding group. a plurality of lighting devices (100A-D); a plurality of smart devices (200A-D) each having a display unit; a wireless communications network; a first lighting device of said plurality of lighting devices is configured to act as a master and to be electrically connected with a first smart device of said plurality of smart devices; and a plurality of second lighting devices of said plurality of lighting devices each configured to act as slaves and to be electrically connected with a plurality of second smart devices of said plurality of smart devices, respectively, characterised in that the first smart device is configured such that a user sets groups of light devices of said plurality of second lighting devices and sets control pattern information for each group in the first smart device, said first smart device is configured to transmit said control pattern information to each group of lighting devices through said wireless communications network, wherein at least one of said plurality of second lighting units or the display unit of at least one said plurality of second smart devices is controlled based on the control pattern information according to the corresponding group.
A wireless IC device (1a; 1b; 1c; 1d) comprising: a flexible sheet (10; 21) provided with a wireless IC chip and radiation plates (11; 25); and a feeder circuit, wherein the wireless IC chip is connected to the feeder circuit, wherein the feeder circuit is formed on the sheet (10; 21) and has a predetermined resonant frequency and a predetermined impedance, wherein the feeder circuit and the radiation plates (11; 25) are coupled with each other, wherein a transmitting signal is radiated from the radiation plates (11; 25) and a received signal is supplied to the wireless IC chip by the feeder circuit, and wherein the feeder circuit comprises a first electrode pattern and a second electrode pattern, wherein one end of the first electrode pattern is formed L-shaped by cranking the first electrode pattern and one end of the second electrode pattern is formed L-shaped by cranking the second electrode pattern, wherein the one end of the first electrode pattern is opposed to the one end of the second electrode pattern, wherein the wireless IC chip is electrically connected with the electrode patterns (15a, 15b) by stepping over both, the one end of the first electrode pattern and the one end of the second electrode pattern, and wherein a cutout for adjusting the resonant frequency and the impedance is formed in the first and second electrode patterns (15a, 15b) of the feeder circuit, wherein the cutout is formed at the inner corner of the L-shaped electrode patterns (15a, 15b). a flexible sheet (10; 21) provided with a wireless IC chip and radiation plates (11; 25); and a feeder circuit, wherein the wireless IC chip is connected to the feeder circuit, wherein the feeder circuit is formed on the sheet (10; 21) and has a predetermined resonant frequency and a predetermined impedance, wherein the feeder circuit and the radiation plates (11; 25) are coupled with each other, wherein a transmitting signal is radiated from the radiation plates (11; 25) and a received signal is supplied to the wireless IC chip by the feeder circuit, and wherein the feeder circuit comprises a first electrode pattern and a second electrode pattern, wherein one end of the first electrode pattern is formed L-shaped by cranking the first electrode pattern and one end of the second electrode pattern is formed L-shaped by cranking the second electrode pattern, wherein the one end of the first electrode pattern is opposed to the one end of the second electrode pattern, wherein the wireless IC chip is electrically connected with the electrode patterns (15a, 15b) by stepping over both, the one end of the first electrode pattern and the one end of the second electrode pattern, and wherein a cutout for adjusting the resonant frequency and the impedance is formed in the first and second electrode patterns (15a, 15b) of the feeder circuit, wherein the cutout is formed at the inner corner of the L-shaped electrode patterns (15a, 15b).
A battery pack, comprising: a case assembly comprising a case, a thermally conductive beam and a temperature control component, the thermally conductive beam being disposed in the case and connected to the case, and the temperature control component being disposed in a bottom region of the case; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover, the case and the thermally conductive beam enclose and form a first chamber; and a plurality of battery cells integrally forming a battery assembly, the battery assembly being disposed in the first chamber and located above the temperature control component; and a thermal barrier layer disposed between a bottom surface of the battery assembly and an top surface of the temperature control component, wherein a thermal conductivity coefficient of the thermal barrier layer is smaller than a thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover; a ratio of the thermal conductivity coefficient of the thermal barrier layer to the thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ranges from 0.001 to 0.5. a case assembly comprising a case, a thermally conductive beam and a temperature control component, the thermally conductive beam being disposed in the case and connected to the case, and the temperature control component being disposed in a bottom region of the case; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover, the case and the thermally conductive beam enclose and form a first chamber; and a plurality of battery cells integrally forming a battery assembly, the battery assembly being disposed in the first chamber and located above the temperature control component; and a thermal barrier layer disposed between a bottom surface of the battery assembly and an top surface of the temperature control component, wherein a thermal conductivity coefficient of the thermal barrier layer is smaller than a thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover; a ratio of the thermal conductivity coefficient of the thermal barrier layer to the thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ranges from 0.001 to 0.5.
An in vitro method for identifying whether or not a livestock animal and/or its offspring, one or more livestock cells or embryo has or may have one or more genetic alteration in the Prolactin Receptor (PRLR) gene which is linked to an increased tolerance to heat, an increased resistance to ticks, and/or a desirable coat texture the method comprising: a. observing the nucleic acid sequence of the PRLR gene to identify whether or not it includes one or more genetic alteration and/or a genetic marker in linkage disequilibrium therewith. a. observing the nucleic acid sequence of the PRLR gene to identify whether or not it includes one or more genetic alteration and/or a genetic marker in linkage disequilibrium therewith.
A packaging laminate comprising: - a core layer having at least one through-hole which on one side is covered by a barrier film and - an outer layer of a polymeric material, wherein said outer polymeric layer and said barrier film are laminated to each other in a manner such that said polymeric layer and said barrier film are separated from each other along parallel, visually detectable air-filled channels formed by these two layers within the area of said at least one through-hole, characterized in that said visually detectable air-filled channels extend in a direction parallell to opposite longitudinal edges of said core layer. - a core layer having at least one through-hole which on one side is covered by a barrier film and - an outer layer of a polymeric material, wherein said outer polymeric layer and said barrier film are laminated to each other in a manner such that said polymeric layer and said barrier film are separated from each other along parallel, visually detectable air-filled channels formed by these two layers within the area of said at least one through-hole, characterized in that said visually detectable air-filled channels extend in a direction parallell to opposite longitudinal edges of said core layer.
A method for operating an electronic device having a plurality of antennas including a first antenna and a second antenna, the method comprising: communicating with a first external electronic device through the first antenna based on a first communication scheme during each time period of a plurality of consecutive time periods; communicating with the first external electronic device through the second antenna based on the first communication scheme, during first time periods of the plurality of consecutive time periods; and communicating with a second external electronic device through the second antenna based on a second communication scheme, during second time periods of the plurality of consecutive time periods; wherein the plurality of consecutive time periods alternate between first time periods and second time periods. communicating with a first external electronic device through the first antenna based on a first communication scheme during each time period of a plurality of consecutive time periods; communicating with the first external electronic device through the second antenna based on the first communication scheme, during first time periods of the plurality of consecutive time periods; and communicating with a second external electronic device through the second antenna based on a second communication scheme, during second time periods of the plurality of consecutive time periods; wherein the plurality of consecutive time periods alternate between first time periods and second time periods.
A cooling assembly for cooling an engine in a generator, the cooling assembly including: an axial fan that directs air toward a radiator of an engine to cool the radiator; a plurality of static vanes located between the axial fan and the radiator, the plurality of static vanes each including an inner end that is joined to an inner end of each of the other static vanes, the plurality of static vanes each including an outer end having a member that attaches said static vane to an outer ring, where each member extends in the direction of the rotation axis of the axial fan between said outer ring and said static vane, characterized in that the static vanes have a zero pitch angle at the inner end of the static vanes and a non-zero pitch angle at the outer end of the static vanes, where the pitch angle is an angle formed by a chord of the static vane and the rotation axis of the axial fan. an axial fan that directs air toward a radiator of an engine to cool the radiator; a plurality of static vanes located between the axial fan and the radiator, the plurality of static vanes each including an inner end that is joined to an inner end of each of the other static vanes, the plurality of static vanes each including an outer end having a member that attaches said static vane to an outer ring, where each member extends in the direction of the rotation axis of the axial fan between said outer ring and said static vane,