mhurhangee/ep-ind-claims huggingface dataset:
Watch comprising, fixed to a case, a wristlet comprising, between a first end and a second end opposite to each other, at least one extending strand, said wristlet comprising on said second end a buckle which includes at least one stop surface arranged to cooperate, in a fastened position, either with a case assembled to said wristlet on said first end thereof, or with a second complementary stop surface comprised in said wristlet in proximity to said first end, said buckle arranged to encircle said case at least on a first side of said case, said buckle being formed by said at least one extending strand, or by an added buckle, said stop surface being arranged to cooperate, in at least one fastened position, with at least one first complementary stop surface of said first side of said case, said at least one extending strand, comprising a resilient strap with a substantially circular section, forming, at said second end of said wristlet, two strands (41, 42) arranged to extend substantially in parallel and joined at the distal end of said wristlet to form said buckle, said case comprising at least one longitudinal guide member for receiving said extending strand and/or said buckle in the form of parallel grooves for receiving two symmetrical portions of an extending strand, characterized in that said case comprises, on the side of said first end of said wristlet, a fixed and/or hinged insert, which includes a first complementary stop surface, and which is arranged to cooperate in a complementary manner with said stop surface comprised in an added buckle.
Mechanism (1, 1') for manually actuating rotation of a roller of a sheet material dispenser for dispensing a predetermined length of sheet material, said mechanism comprising: a frame member (10, 10') configured for attachment to a housing of the dispenser; a driven member configured for coupling with the roller; an actuating member configured to rotate about a rotation axis in a first direction through manual actuation by a user; a driver member coupled with the actuating member; whereby the rotation axis is movably mounted on the frame member (10, 10') so as to be movable between a first position (P1, P1') in which the driver member and the driven member are connected to one another to allow rotation of the roller caused by rotation of the actuating member in the first direction, and a second position (P2, P2') in which the driver member and the driven member are disconnected from one another to prevent rotation of the roller caused by rotation of the actuating member in the first direction, and in that the mechanism comprises a first urging member (20, 20') configured to urge the rotation axis in the first position (P1, P1'). a frame member (10, 10') configured for attachment to a housing of the dispenser; a driven member configured for coupling with the roller; an actuating member configured to rotate about a rotation axis in a first direction through manual actuation by a user; a driver member coupled with the actuating member; whereby the rotation axis is movably mounted on the frame member (10, 10') so as to be movable between a first position (P1, P1') in which the driver member and the driven member are connected to one another to allow rotation of the roller caused by rotation of the actuating member in the first direction, and a second position (P2, P2') in which the driver member and the driven member are disconnected from one another to prevent rotation of the roller caused by rotation of the actuating member in the first direction, and in that the mechanism comprises a first urging member (20, 20') configured to urge the rotation axis in the first position (P1, P1').
A media sharing method utilizing a wireless local area networking communication protocol, a first mobile electronic device storing a photo or video, at least one facial pattern characteristic of a user of a second mobile electronic device, and a wireless service having a photo or video sharing function, the method characterized by: the first mobile electronic device detecting at least one facial pattern characteristic on the photo or video; the first mobile electronic device confirming by scanning communication devices nearby whether there is a second mobile electronic device installed with the wireless service when the at least one facial pattern characteristic on the photo or video is detected; the first mobile electronic device comparing the at least one facial pattern characteristic on the photo or the video with the at least one facial pattern characteristic of the user of the second mobile electronic device when the second mobile electronic device installed with the wireless service is confirmed; and the first mobile electronic device sending the photograph or video to the second mobile electronic device using the wireless local area networking communication protocol when a result of comparing the at least one facial pattern characteristic on the photo or the video with the at least one facial pattern characteristic of the user of the second mobile electronic device produces a match. the first mobile electronic device detecting at least one facial pattern characteristic on the photo or video; the first mobile electronic device confirming by scanning communication devices nearby whether there is a second mobile electronic device installed with the wireless service when the at least one facial pattern characteristic on the photo or video is detected; the first mobile electronic device comparing the at least one facial pattern characteristic on the photo or the video with the at least one facial pattern characteristic of the user of the second mobile electronic device when the second mobile electronic device installed with the wireless service is confirmed; and the first mobile electronic device sending the photograph or video to the second mobile electronic device using the wireless local area networking communication protocol when a result of comparing the at least one facial pattern characteristic on the photo or the video with the at least one facial pattern characteristic of the user of the second mobile electronic device produces a match.
A backlight module including a backchassis, a liquid crystal panel and a light source arranged on the backchassis, wherein the backlight module further includes a position-limiting unit, the position-limiting unit is arranged on the backchassis and used for fixing the liquid crystal panel to a set position; the backchassis includes a first base plate and a bulge surrounding the periphery of the first base plate, the liquid crystal panel is supported on the bulge, the position-limiting unit includes a plurality of position-limiting blocks which are distributed on the bulge, and the plurality of position-limiting blocks are in contact with respective sides of the liquid crystal panel respectively to limit the liquid crystal panel within an area surrounded by the plurality of position-limiting blocks; wherein the backlight module further includes a reflector and a diffuser, the reflector includes a second base plate, side portions surrounding the periphery of the second base plate, the side portions extending obliquely and outwards from the edges of the second base plate, and tab portions extending horizontally and outwards from the upper edges of the side portions, wherein the tab portions are arranged on the bulge, the diffuser is supported on the tab portions, the liquid crystal panel is arranged on the diffuser, and the tab portions of the reflector and the diffuser are provided with position-limiting notches at positions corresponding to the plurality of position-limiting blocks. the backlight module further includes a position-limiting unit, the position-limiting unit is arranged on the backchassis and used for fixing the liquid crystal panel to a set position; the backchassis includes a first base plate and a bulge surrounding the periphery of the first base plate, the liquid crystal panel is supported on the bulge, the position-limiting unit includes a plurality of position-limiting blocks which are distributed on the bulge, and the plurality of position-limiting blocks are in contact with respective sides of the liquid crystal panel respectively to limit the liquid crystal panel within an area surrounded by the plurality of position-limiting blocks; wherein the backlight module further includes a reflector and a diffuser, the reflector includes a second base plate, side portions surrounding the periphery of the second base plate, the side portions extending obliquely and outwards from the edges of the second base plate, and tab portions extending horizontally and outwards from the upper edges of the side portions, wherein the tab portions are arranged on the bulge, the diffuser is supported on the tab portions, the liquid crystal panel is arranged on the diffuser, and the tab portions of the reflector and the diffuser are provided with position-limiting notches at positions corresponding to the plurality of position-limiting blocks.
A method for determining the influence of a condition on a biological sample comprising the steps of: a') dividing said biological sample into two identical parts A and B; b') subjecting said part A to said condition; c') contacting a solution comprising at least one fluorescent compound with parts A and B of said biological sample; d') measuring, for each sample part, the fluorescence emitted by said fluorescent compound at a time T selected from the times of the lag phase of the two-phase profile obtained for a biological sample of the same nature as the biological sample of said step (a') contacted with the same fluorescent compound as that of said step (c') in the absence of any condition likely to affect the fluorescence kinetic profile, e') comparing the values obtained in step (d') for part A and part B of said biological sample, characterised in that the excitation at time T is the only excitation to which the fluorescent compound is subjected during said method and has a duration lower than 1 second. a') dividing said biological sample into two identical parts A and B; b') subjecting said part A to said condition; c') contacting a solution comprising at least one fluorescent compound with parts A and B of said biological sample; d') measuring, for each sample part, the fluorescence emitted by said fluorescent compound at a time T selected from the times of the lag phase of the two-phase profile obtained for a biological sample of the same nature as the biological sample of said step (a') contacted with the same fluorescent compound as that of said step (c') in the absence of any condition likely to affect the fluorescence kinetic profile, e') comparing the values obtained in step (d') for part A and part B of said biological sample, characterised in that
A transfer device for the transfer of fuel elements between an upper pool and a lower pool of a nuclear plant, e.g. an upper pool inside a reactor building and a lower pool of a fuel element store, with - a transfer pipe connecting the upper and lower pools (3, 4) and running at an inclination to the vertical, - one or a plurality of transfer cages into which in each case one or a plurality of fuel elements can be inserted for transport through the transfer pipe, - a pull cable device with a cable winch and a pull cable guided within the transfer pipe for purposes of raising and lowering the transfer cages within the transfer pipe, wherein at its upper end the transfer pipe can be blocked off with an upper blocking element, characterised in that beneath the upper blocking element the transfer pipe is provided with a cable inlet, through which the pull cable is guided out of the interior of the pipe to the cable winch. - a transfer pipe connecting the upper and lower pools (3, 4) and running at an inclination to the vertical, - one or a plurality of transfer cages into which in each case one or a plurality of fuel elements can be inserted for transport through the transfer pipe, - a pull cable device with a cable winch and a pull cable guided within the transfer pipe for purposes of raising and lowering the transfer cages within the transfer pipe, wherein
A travelling vehicle system comprising travelling vehicles, a travelling route and a ground controller, the travelling vehicles being adapted to travel along the travelling route in sections containing a curve under control of the ground controller, wherein the travelling vehicles comprise an obstacle sensor (S1, S2) for curved travel and a communication unit for communication with the ground controller, the travelling vehicles being configured and programmed to make a request for a travel permission to the ground controller via the communication unit before travelling in sections containing a curve, wherein the ground controller is configured to control travelling of the travelling vehicles, the ground controller comprising: a memory, wherein the ground controller is configured to store in the memory travel permissions for a section containing a curve that are already given to the travelling vehicles, and wherein the ground controller is configured to delete from the memory the travel permissions when the travelling vehicles leave the section; and a travel permission unit configured and programmed to, when a request for a permission to travel in the section is received from a travelling vehicle, reference the memory, give a first travel permission if a permission to travel has not been given to another travelling vehicle, and give a low-order travel permission permitting travel with a lower speed than the first travel permission if a permission to travel has been given to another travelling vehicle. a memory, wherein the ground controller is configured to store in the memory travel permissions for a section containing a curve that are already given to the travelling vehicles, and wherein the ground controller is configured to delete from the memory the travel permissions when the travelling vehicles leave the section; and a travel permission unit configured and programmed to, when a request for a permission to travel in the section is received from a travelling vehicle, reference the memory, give a first travel permission if a permission to travel has not been given to another travelling vehicle, and give a low-order travel permission permitting travel with a lower speed than the first travel permission if a permission to travel has been given to another travelling vehicle.
A method for distilling a liquid from a soiled liquid, comprising the steps: - automatically arranging in a distillation column of a distillation device a soiled fluid comprising a liquid by feeding the soiled fluid into the distillation column under a closed loop control; - heating the soiled fluid arranged in the distillation column for vaporizing the liquid; - liquefying a vaporized liquid by condensation; - accumulating the condensed liquid; - removing a distillation residue from the distillation column, characterized in that the soiled liquid is heated by a steam generated in a heating device of the distillation device, wherein a heat is evenly transferred to the soiled liquid from a steam container of the heating device to the soiled liquid, the steam container having a flat heating surface in contact with an outer surface of a flat bottom of the steam container. - automatically arranging in a distillation column of a distillation device a soiled fluid comprising a liquid by feeding the soiled fluid into the distillation column under a closed loop control; - heating the soiled fluid arranged in the distillation column for vaporizing the liquid; - liquefying a vaporized liquid by condensation; - accumulating the condensed liquid; - removing a distillation residue from the distillation column,
A neutralizer for an ion thruster of a spacecraft, comprising: a cathode for emission of electrons, a support with an opening inside which the cathode is supported by the support in a radially spaced manner, and an electrically conductive shielding which surrounds said opening and is electrically insulated from the support, characterized in that a ring is mounted between the shielding and the cathode and is electrically insulated from the shielding and radially spaced from the cathode. a cathode for emission of electrons, a support with an opening inside which the cathode is supported by the support in a radially spaced manner, and an electrically conductive shielding which surrounds said opening and is electrically insulated from the support, characterized in that a ring is mounted between the shielding and the cathode and is electrically insulated from the shielding and radially spaced from the cathode.
Process for manufacturing a metallic case of a pyrotechnical igniter comprising a wall comprising at least one weakness zone and an inner surface in the case with at least one part facing said at least one weakness zone, which manufacturing process consists in: - positioning the case on a die comprising a plane zone, - striking the wall with at least one punch in such a manner as to, in a single striking movement: - deform at least the part of the inner surface facing said at least one weakness zone and comprise at least one initially curved zone in order to place it on said plane zone, and to form a plane inner surface in this manner, and to - form said at least one weakness zone. - positioning the case on a die comprising a plane zone, - striking the wall with at least one punch in such a manner as to, in a single striking movement: - deform at least the part of the inner surface facing said at least one weakness zone and comprise at least one initially curved zone in order to place it on said plane zone, and to form a plane inner surface in this manner, and to - form said at least one weakness zone. - deform at least the part of the inner surface facing said at least one weakness zone and comprise at least one initially curved zone in order to place it on said plane zone, and to form a plane inner surface in this manner, and to - form said at least one weakness zone.
An induction heating assembly for an aerosol generating device, the induction heating assembly comprising a heating chamber for receiving, in use, an aerosol generating article, and an induction coil assembly (14; 32; 36; 40; 44; 48) substantially surrounding the heating chamber, the induction coil assembly (14; 32; 36; 40; 44; 48) comprising an electrically insulating layer and an electrically conductive track (22; 34; 42; 46; 50), wherein the induction coil assembly (14; 32; 36; 40; 44; 48) has a substantially tubular construction and wherein at least part of the induction coil assembly (14; 32; 36; 40; 44; 48) overlaps with another part of the induction coil assembly (14; 32; 36; 40; 44; 48) in an axial direction, wherein the induction coil assembly (14; 32; 36; 40; 44; 48) has a spiral construction such that it winds around the heating chamber at a continuously increasing distance from a central axis of the induction coil assembly (14; 32; 36; 40; 44; 48), characterized in that the electrically insulating layer is interposed between adjacent turns of the electrically conductive track (22; 34; 42; 46; 50).
A method for detecting link quality, comprising: receiving in a high layer above a physical layer, by a terminal device, a first event reported by the physical layer, wherein the first event indicates that qualities of one or more signals in a first signal set are poor enough to meet a first condition, and the one or more signals in the first signal set comprise a channel state information reference signal, CSI-RS; wherein the qualities of the one or more signals in the first signal set are poor enough to meet the first condition, in case that a block error rate of each signal in the first signal set is greater than or equal to a second value; starting or restarting, by the terminal device, a second timer, whenever the first event is received in the high layer, and receiving in the high layer, by the terminal device, the first event within a duration of the second timer; adding, by the terminal device, 1 to a counter, when the terminal device receives the first event in the high layer within the duration of the second timer; clearing, by the terminal device, the counter, when the terminal device does not receive the first event in the high layer within the duration of the second timer; and determining in the high layer, by the terminal device, based on a counting condition of the counter, that a second event occurs, wherein the second event indicates that qualities of one or more links for the one or more signals in the first signal set are poor enough to meet a second condition. receiving in a high layer above a physical layer, by a terminal device, a first event reported by the physical layer, wherein the first event indicates that qualities of one or more signals in a first signal set are poor enough to meet a first condition, and the one or more signals in the first signal set comprise a channel state information reference signal, CSI-RS; wherein the qualities of the one or more signals in the first signal set are poor enough to meet the first condition, in case that a block error rate of each signal in the first signal set is greater than or equal to a second value; starting or restarting, by the terminal device, a second timer, whenever the first event is received in the high layer, and receiving in the high layer, by the terminal device, the first event within a duration of the second timer; adding, by the terminal device, 1 to a counter, when the terminal device receives the first event in the high layer within the duration of the second timer; clearing, by the terminal device, the counter, when the terminal device does not receive the first event in the high layer within the duration of the second timer; and determining in the high layer, by the terminal device, based on a counting condition of the counter, that a second event occurs, wherein the second event indicates that qualities of one or more links for the one or more signals in the first signal set are poor enough to meet a second condition.
An apparatus comprising: a fluid path (10, 122) including a reactive moiety configured to immobilize an analyte (1a, 1b, 14a, 14b, 14c) upon activation; and a power supply configured to apply a voltage along at least a portion of the fluid path (10, 122) to resolve the analyte (1a, 1b, 14a, 14b, 14c) within the fluid path (10, 122) based on size. a fluid path (10, 122) including a reactive moiety configured to immobilize an analyte (1a, 1b, 14a, 14b, 14c) upon activation; and a power supply configured to apply a voltage along at least a portion of the fluid path (10, 122) to resolve the analyte (1a, 1b, 14a, 14b, 14c) within the fluid path (10, 122) based on size.