mhurhangee/ep-ind-claims huggingface dataset:
A method of shutting down a fuel cell stack having at least two fuel cells (2, 3, 4) stacked in series, each fuel cell (2, 3, 4) having a cathode side and an anode side, the method comprising: stopping generation of electricity from the stack; and allowing the stack to cool over a cooldown period; characterized in that the method further comprises the step of: maintaining a temperature difference between the cathode side and the anode side of each fuel cell (2, 3, 4) during the cooldown period, wherein the direction of the temperature difference in each fuel cell (2,3,4) is the same. stopping generation of electricity from the stack; and allowing the stack to cool over a cooldown period; maintaining a temperature difference between the cathode side and the anode side of each fuel cell (2, 3, 4) during the cooldown period, wherein the direction of the temperature difference in each fuel cell (2,3,4) is the same.
A hollow rack bar configured to mesh with a pinion gear, the rack bar comprising a hollow shaft portion, and a rack toothed portion provided on the hollow shaft portion, wherein the rack toothed portion comprises a plurality of rack teeth configured to mesh with the pinion gear, wherein the rack teeth are provided side by side in an axial direction of the hollow shaft portion, each of the rack teeth comprising a contact face arranged obliquely relative to the axial direction to contact the pinion gear, characterized in that the hollow rack bar further comprises a dummy toothed portion having at least one dummy tooth provided on at least one side of the rack toothed portion in the axial direction such that the dummy tooth is arranged parallel to and next to the rack teeth, and wherein the dummy tooth is designed such that a whole height of the dummy tooth is smaller than a whole height of each of the rack teeth.
An assembly comprising: an LED housing; an adapter having a lower end coupled to the LED housing and extending therefrom; a hood, wherein the adaptor has an upper end adapted to be received within the hood; a connection mechanism for connecting the adapter to the hood; and a mounting conduit, said connection mechanism comprising: a plurality of bayonet tabs configured on one of said adapter and said hood; and a plurality of bayonet slots engageable with said plurality of bayonet tabs, said plurality of bayonet slots configured on one of said adapter and said hood that does not contain the plurality of bayonet tabs, wherein said plurality of bayonet tabs are aligned with said plurality of bayonet slots, subsequent to which, said adapter is partially rotated with respect to said hood to facilitate the reception of said plurality of bayonet tabs within said plurality of slots, thereby providing a connection between said adapter and said hood; wherein said hood is mounted at an end of the mounting conduit, thereby facilitating connection between said LED housing and said mounting conduit. an LED housing; an adapter having a lower end coupled to the LED housing and extending therefrom; a hood, wherein the adaptor has an upper end adapted to be received within the hood; a connection mechanism for connecting the adapter to the hood; and a mounting conduit, a plurality of bayonet tabs configured on one of said adapter and said hood; and a plurality of bayonet slots engageable with said plurality of bayonet tabs, said plurality of bayonet slots configured on one of said adapter and said hood that does not contain the plurality of bayonet tabs, wherein said plurality of bayonet tabs are aligned with said plurality of bayonet slots, subsequent to which, said adapter is partially rotated with respect to said hood to facilitate the reception of said plurality of bayonet tabs within said plurality of slots, thereby providing a connection between said adapter and said hood;
Support arrangement for supporting a dinghy on a carrier boat, the support arrangement comprising: - a base structure (12, 34) for attachment to the carrier boat; and - two carrying members, for receiving a dinghy having two rear conical pontoon ends pointing in the same direction, wherein the two carrying members are rotatably arranged with respect to the base structure (12, 34) along a longitudinal axis of the base structure such that the dinghy can be moved between a substantially horizontal orientation and an upright orientation with said rear conical pontoon ends received in the respective carrying member. - a base structure (12, 34) for attachment to the carrier boat; and - two carrying members, for receiving a dinghy having two rear conical pontoon ends pointing in the same direction, wherein the two carrying members are rotatably arranged with respect to the base structure (12, 34) along a longitudinal axis of the base structure such that the dinghy can be moved between a substantially horizontal orientation and an upright orientation with said rear conical pontoon ends received in the respective carrying member.
A method for wireless communication at a user equipment, UE (115-c), comprising: receiving (1505, 1605, 1705) a resource configuration for reception of a downlink transmission within a repetition window, the resource configuration including an indicator of a repetition window size for the downlink transmission; monitoring (610, 1510), in accordance with the resource configuration, one or more transmission time intervals, TTIs, (310, 410, 510) of the repetition window (305, 405, 505) for reception of the downlink transmission; attempting (615, 1515) to decode the downlink transmission during the one or more TTIs of the repetition window (305, 405, 505) based at least in part on the repetition window size and transmitting an indication of a capability of the UE, the capability indicating a maximum repetition window size supported by the UE, a timing within the repetition window for which the UE supports transmission of a first repetition of the grant-free downlink transmission, or combinations of the same, wherein the downlink transmission is a grant-free downlink transmission and wherein monitoring the one or more TTIs of the repetition window for reception of the grant-free downlink transmission comprises: monitoring for a first repetition of the grant-free downlink transmission during any TTI of the repetition window, wherein the repetition window comprises a plurality of TTIs. receiving (1505, 1605, 1705) a resource configuration for reception of a downlink transmission within a repetition window, the resource configuration including an indicator of a repetition window size for the downlink transmission; monitoring (610, 1510), in accordance with the resource configuration, one or more transmission time intervals, TTIs, (310, 410, 510) of the repetition window (305, 405, 505) for reception of the downlink transmission; attempting (615, 1515) to decode the downlink transmission during the one or more TTIs of the repetition window (305, 405, 505) based at least in part on the repetition window size and transmitting an indication of a capability of the UE, the capability indicating a maximum repetition window size supported by the UE, a timing within the repetition window for which the UE supports transmission of a first repetition of the grant-free downlink transmission, or combinations of the same, wherein the downlink transmission is a grant-free downlink transmission and wherein monitoring the one or more TTIs of the repetition window for reception of the grant-free downlink transmission comprises: monitoring for a first repetition of the grant-free downlink transmission during any TTI of the repetition window, wherein the repetition window comprises a plurality of TTIs.
A method for compensating stray light caused by an object in a scene that is sensed by a time-of-flight camera, the method comprising: receiving an image of the scene from the time-of-flight camera; characterised by: controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image. receiving an image of the scene from the time-of-flight camera; characterised by: controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image. controlling the time-of-flight camera to capture a reference image of the scene using a code modulated signal for illumination such that a measurement range of the time-of-flight camera is limited to a distance range around the object; modifying the image of the scene or an image derived therefrom using the reference image to obtain a compensated image of the scene; and outputting the compensated image.
An assembly comprising: a longitudinal beam configured to be mounted laterally on an engine core of a turbofan, oriented parallel to a longitudinal axis of the turbofan, an opening cowl for a fairing of the engine core, and a deployment mechanism mounted on the longitudinal beam for moving the opening cowl between an open position and a closed position, and comprising a first pivoting arm extending between a first end connected to the longitudinal beam by a first hinge and a second end connected to the opening cowl by a second hinge, and characterized in that the deployment mechanism further comprises a retaining rod extending between a first end, connected by a first joint to the pivoting arm between the first and second ends (611, 613) of the pivoting arm, and a second end, connected by a second joint to the opening cowl. a longitudinal beam configured to be mounted laterally on an engine core of a turbofan, oriented parallel to a longitudinal axis of the turbofan, an opening cowl for a fairing of the engine core, and a deployment mechanism mounted on the longitudinal beam for moving the opening cowl between an open position and a closed position, and comprising a first pivoting arm extending between a first end connected to the longitudinal beam by a first hinge and a second end connected to the opening cowl by a second hinge, and
A die for forming a honeycomb structure, comprising: a plate-like die main body having an introducing portion provided on the side of one surface thereof and having a plurality of back holes extending in a thickness direction for the introduction of a forming material and a forming portion provided on the side of the other surface thereof and having intersecting slits connected to the back holes to form the forming material into a honeycomb shape; and a back plate detachably attached to the surface of the introducing portion and having a plurality of through holes connected to the back holes of the introducing portion, wherein the positions of the back holes in the die main body correspond to alternate intersections of the slits, characterized in that the opening portions of the through holes of the back plate in the surface thereof remote from the die main body have an enlarging shape such that they enlarge toward said surface of the back plate, and the outermost peripheral portions of the opening portions of all the adjacent through holes of the back plate come in contact with each other. a plate-like die main body having an introducing portion provided on the side of one surface thereof and having a plurality of back holes extending in a thickness direction for the introduction of a forming material and a forming portion provided on the side of the other surface thereof and having intersecting slits connected to the back holes to form the forming material into a honeycomb shape; and a back plate detachably attached to the surface of the introducing portion and having a plurality of through holes connected to the back holes of the introducing portion, wherein the positions of the back holes in the die main body correspond to alternate intersections of the slits, characterized in that the opening portions of the through holes of the back plate in the surface thereof remote from the die main body have an enlarging shape such that they enlarge toward said surface of the back plate, and the outermost peripheral portions of the opening portions of all the adjacent through holes of the back plate come in contact with each other.
A replacement tube, comprising: a closed cell foam formed in a cylindrical tube and flexible to absorb pressure pulsations in a chamber of a suction manifold or in another device; and characterised by comprising a reinforcement device fixed along a length of the closed cell foam and extending at least a majority of the length of the closed cell foam to support the closed cell foam from flexing and collapsing along the length of the closed cell foam; wherein the reinforcement device comprises a perforated C-shaped sheet embedded in the closed cell foam and extending circumferentially more than halfway around a central axis of the closed cell foam. a closed cell foam formed in a cylindrical tube and flexible to absorb pressure pulsations in a chamber of a suction manifold or in another device; and a reinforcement device fixed along a length of the closed cell foam and extending at least a majority of the length of the closed cell foam to support the closed cell foam from flexing and collapsing along the length of the closed cell foam; wherein the reinforcement device comprises a perforated C-shaped sheet embedded in the closed cell foam and extending circumferentially more than halfway around a central axis of the closed cell foam.
A boring machine ram, comprising: a ram body, a jacket mounted in a rotary manner on the ram body by means of a plurality of bearings (17, 18), each comprising a radially inner portion (17a, 18a) coupled to the jacket so that it rotates with the jacket, and a fixed radially outer portion (17b, 18b), and a bar mounted in the jacket in such a way that it rotates with the jacket, the ram comprising at least one circuit for a cooling fluid, characterized in that said circuit comprises at least one section configured in such a way that the cooling fluid comes into direct contact with the radially inner portion (17a, 18a) of at least one of the bearings (17, 18). a ram body, a jacket mounted in a rotary manner on the ram body by means of a plurality of bearings (17, 18), each comprising a radially inner portion (17a, 18a) coupled to the jacket so that it rotates with the jacket, and a fixed radially outer portion (17b, 18b), and a bar mounted in the jacket in such a way that it rotates with the jacket, the ram comprising at least one circuit for a cooling fluid, characterized in that said circuit comprises at least one section configured in such a way that the cooling fluid comes into direct contact with the radially inner portion (17a, 18a) of at least one of the bearings (17, 18).
Bandage for enclosing a leg region or arm region of a living being, having: an elongate, tubular bandage part which is at least partially slit once in the longitudinal direction and which in an applied state is adapted to elastically enclose the leg region or arm region; and a fastener part which has fastener elements and is fixedly connected to one end of the slit region of the bandage part so as to releasably close the slit region by way of an overlapping connection of the adjacent ends of the slit region by means of the fastener elements (22, 22'), characterized in that the bandage part in the longitudinal direction has dissimilar compression zones (K1, K2) having in each case dissimilar radial compression strengths transverse to the longitudinal direction, wherein the bandage part is produced from at least one blank of a stretch material, and wherein the stretch material - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2). an elongate, tubular bandage part which is at least partially slit once in the longitudinal direction and which in an applied state is adapted to elastically enclose the leg region or arm region; and a fastener part which has fastener elements and is fixedly connected to one end of the slit region of the bandage part so as to releasably close the slit region by way of an overlapping connection of the adjacent ends of the slit region by means of the fastener elements (22, 22'), characterized in that the bandage part in the longitudinal direction has dissimilar compression zones (K1, K2) having in each case dissimilar radial compression strengths transverse to the longitudinal direction, wherein the bandage part is produced from at least one blank of a stretch material, and wherein the stretch material - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2). - comprises elastomer threads of dissimilar thicknesses which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2), - and/or wherein the stretch material comprises elastomer threads with dissimilar preloads which generate dissimilar compression strengths in the respective dissimilar compression zones (K1, K2).
A rotating device, comprising a fixing platform and a rotating platform, wherein a top end of the fixing platform and a bottom end of the rotating platform are rotatably connected via a rotating shaft, a first bearing, and a second bearing the rotating shaft is connected to and extends through an inner ring of the first bearing, characterized in that the fixing platform comprises a carbon brush arranged around the rotating shaft and a first magnetic member arranged around the second bearing; the rotating platform comprises a second magnetic member matched with the first magnetic member and a rotor conductive ring matched with and connected to the carbon brush, the rotor conductive ring is arranged around the first bearing; an outer ring of the first bearing is connected to the fixing platform, an inner ring of the second bearing is connected to the fixing platform, and an outer ring of the second bearing is connected to the rotating platform, such that the rotating platform is rotatable around the rotating shaft with respect to the fixing platform via the first bearing and the second bearing arranged in an upper position and a lower position, and wherein power supply and continuous transmission of communication signal of the rotating platform and the fixing platform are achieved via the carbon brush and the rotor conductive ring. the fixing platform comprises a carbon brush arranged around the rotating shaft and a first magnetic member arranged around the second bearing; the rotating platform comprises a second magnetic member matched with the first magnetic member and a rotor conductive ring matched with and connected to the carbon brush, the rotor conductive ring is arranged around the first bearing; an outer ring of the first bearing is connected to the fixing platform, an inner ring of the second bearing is connected to the fixing platform, and an outer ring of the second bearing is connected to the rotating platform, such that the rotating platform is rotatable around the rotating shaft with respect to the fixing platform via the first bearing and the second bearing arranged in an upper position and a lower position, and wherein power supply and continuous transmission of communication signal of the rotating platform and the fixing platform are achieved via the carbon brush and the rotor conductive ring.
Method of diagnosing lung cancer in a patient by detecting marker protein AKR1C4 in a patient comprising the step of detecting antibodies binding said marker protein, detecting said marker protein or antigenic fragments thereof in a sample of the patient.
Fitness, exercise and massage roller, which roller has a substantially cylindrical shape and a hollow opening around its imaginary center axis, which roller comprises a longitudinal opening and which roller is configured to be located around a bar via the longitudinal opening, characterized in that the roller comprises two or more frame parts (11,12), which are at least part-circular in their outer form and configured to form the cylindrical shape of the roller, that at least one of the frame elements (11, 12) is separable or turnable from connection with the other frame elements (11, 12) such, that the longitudinal opening is formed and that the roller comprises adjusting rotation elements located in the hollow opening and configured to provide rotatable and adjustable fastening of the roller around the bar and that the adjusting rotation elements are configured to adjust or self/auto-adjust cross-sectional inner dimensions of the hollow opening to correspond to cross-sectional outer dimensions of the bar.
A system for the detection of aflatoxin in food, the system comprising: at least one source of radiation for irradiating a food sample that is capable of generating corresponding fluorescent emissions, wherein said at least one source comprises a Wood lamp for the emission of ultraviolet radiation; a device for the acquisition of images of said sample, wherein said acquisition device is a digital camera; wherein said images are digital images that define a first plurality of pixels, an emission level associated with the fluorescence being associated with each pixel, characterized in that it comprises a processing unit configured for defining, based on the emission levels, a number of selected pixels to which an estimated presence of aflatoxin corresponds, obtained by correlating the number of selected pixels to digital data corresponding to a calibration curve capable of correlating values of a selected number of pixels to quantity values of aflatoxin, and for supplying information indicating a quantity of aflatoxin present in the food sample based on said number of selected pixels, wherein a first luminous intensity related to the red chromatic component R, a second luminous intensity related to the green chromatic component G and a third luminous intensity related to the blue chromatic component B, are associated with each pixel; said processing unit being adapted to compare said luminous intensities to each other and to select pixels having associated at least one of the said first and second luminous intensities, higher than the third luminous intensity in such a way as to obtain said selected pixels. at least one source of radiation for irradiating a food sample that is capable of generating corresponding fluorescent emissions, wherein said at least one source comprises a Wood lamp for the emission of ultraviolet radiation; a device for the acquisition of images of said sample, wherein said acquisition device is a digital camera;
Overload coupling for a wind turbine generator, including a pipe and a gear- or generator-side hub (1, 2), wherein the hub (1, 2) has an axially oriented ring flange, so that the pipe can be rotated in a torque-dependent manner against the ring flange, characterised in that the overload coupling is electrically insulating and the pipe is made of an electrically insulating material, wherein the pipe has an annular circumferential sliding surface in an axial section, which rests directly on a corresponding sliding surface of the ring flange.