mhurhangee/ep-ind-claims huggingface dataset:
An apparel drying assembly comprising: a vertically oriented panel having a passage; a plurality of projections, each of the plurality of projections pivotally mounted to the vertically oriented panel having an inlet in fluid communication with the passage of the panel, at least one outlet, and an internal passage communicating the inlet to the at least one outlet, and oriented in to at least one position adapted to receive an apparel; and a source of pressurized air having an outlet in fluid communication with each inlet of the plurality of projections via the passage of the panel; wherein the pressurized air passes through the passage of the panel, into each inlet of the plurality of projections, through each internal passage, and out each of the at least one outlet to contact and at least partially dry the apparel received by the projection; and characterized in that: each of the pivotally mounted projections comprises a retracted position, wherein in the retracted position, a surface of each of the plurality of projections is substantially coplanar with a surface of the vertically oriented panel. a vertically oriented panel having a passage; a plurality of projections, each of the plurality of projections pivotally mounted to the vertically oriented panel having an inlet in fluid communication with the passage of the panel, at least one outlet, and an internal passage communicating the inlet to the at least one outlet, and oriented in to at least one position adapted to receive an apparel; and a source of pressurized air having an outlet in fluid communication with each inlet of the plurality of projections via the passage of the panel; wherein the pressurized air passes through the passage of the panel, into each inlet of the plurality of projections, through each internal passage, and out each of the at least one outlet to contact and at least partially dry the apparel received by the projection; and characterized in that: each of the pivotally mounted projections comprises a retracted position, wherein in the retracted position, a surface of each of the plurality of projections is substantially coplanar with a surface of the vertically oriented panel.
A composite material for use as a radiofrequency component comprising: a low temperature fireable outer material, the low temperature fireable outer material having a garnet structure having a composition C 2 BiD 2 V 3 O 12, C being Li, Na, K, or combinations thereof, and D being Mg, Zn, Co, Ni, Cu, or combinations thereof or having a scheelite structure, being based on bismuth vanadate (BiVO 4) or being Li 0.5 Bi 0.5 Mo 0.4 W 0.6 O 4 or Li 0.5 Sm 0.5 MoO 4; and a high dielectric inner material located within the outer material, the high dielectric inner material having a dielectric constant above 30, the low temperature fireable outer material and the high dielectric inner material being configured to be co-fired together at temperature between 650-900 °C without the use of adhesive or glue. a low temperature fireable outer material, the low temperature fireable outer material having a garnet structure having a composition C 2 BiD 2 V 3 O 12, C being Li, Na, K, or combinations thereof, and D being Mg, Zn, Co, Ni, Cu, or combinations thereof or having a scheelite structure, being based on bismuth vanadate (BiVO 4) or being Li 0.5 Bi 0.5 Mo 0.4 W 0.6 O 4 or Li 0.5 Sm 0.5 MoO 4; and a high dielectric inner material located within the outer material, the high dielectric inner material having a dielectric constant above 30, the low temperature fireable outer material and the high dielectric inner material being configured to be co-fired together at temperature between 650-900 °C without the use of adhesive or glue.
An ultrasonic flowmeter device configured to determine the flow velocity of a fluid flowing in a line, comprising a plurality of ultrasonic transducers (16a-e) having a plurality of measuring paths (18a-d) at each of which two of the ultrasonic transducers (16a-e) are arranged opposite to one another with the flow therebetween at a mutual axial distance (Δx) in the longitudinal direction of the line, and comprising an evaluation unit which is configured to calculate the flow velocity from time of flight differences of ultrasonic signals along the respective measuring paths (18a-d) in the direction with the flow and against the flow, the measuring paths (18a-d) having a different axial offset (Δx), characterized in that the evaluation unit is configured to estimate, from the plurality of measurements on the plurality of measuring paths (18a-d), at least one characteristic value of a function which describes the oscillatory dependence of the time of flight difference on the axial distance (Δx) of the ultrasonic transducer (16a-e) by linear adaption or reconstruction of the oscillation, and to calculate the flow velocity from the characteristic value.
System, particularly for the cultivation of plants, comprising a water reserve, characterised by the fact that it also includes a device for control of the flow to the exterior of the reserve container, comprising a floating regulator placed inside the reserve to monitor its level, said floating regulator defines a chamber having at least one top inlet orifice in fluid communication with the reserve volume, at least one calibrated bottom orifice with a reduced cross-section connected to the exterior of the container, such that the floating regulator authorises water to be evacuated to the exterior of the container through the outlet orifice at constant flow as long as the water level in the reserve is higher than the height of the inlet orifice and cuts off the water evacuation to the exterior of the container through the outlet orifice when the water level is below the inlet orifice to define a water reserve.
An inflatable bladder hand orthosis comprising: a splint comprising: a palmar splint section adapted to be aligned with at least a portion of a palm of a hand of a human subject; and a wrist and forearm splint section integral with or connected to said palmar splint section, said wrist and forearm splint section extending from said palmar splint section to a distance corresponding to at least a portion of a forearm of said human subject; and an inflatable bladder adapted to be aligned with metacarpophalangeal, MCP, joints of the fingers of said hand, said inflatable bladder being inflatable by introduction of a fluid within an interior chamber of said inflatable bladder, a bladder support connected to said palmar splint section and comprising a bladder connecting surface opposite to a surface of said bladder support facing said palmar splint section; and said inflatable bladder is arranged on said bladder connecting surface, characterized in that the bladder support is pivotally connected to the palmar splint section. a splint comprising: a palmar splint section adapted to be aligned with at least a portion of a palm of a hand of a human subject; and a wrist and forearm splint section integral with or connected to said palmar splint section, said wrist and forearm splint section extending from said palmar splint section to a distance corresponding to at least a portion of a forearm of said human subject; and a palmar splint section adapted to be aligned with at least a portion of a palm of a hand of a human subject; and a wrist and forearm splint section integral with or connected to said palmar splint section, said wrist and forearm splint section extending from said palmar splint section to a distance corresponding to at least a portion of a forearm of said human subject; and an inflatable bladder adapted to be aligned with metacarpophalangeal, MCP, joints of the fingers of said hand, said inflatable bladder being inflatable by introduction of a fluid within an interior chamber of said inflatable bladder, a bladder support connected to said palmar splint section and comprising a bladder connecting surface opposite to a surface of said bladder support facing said palmar splint section; and said inflatable bladder is arranged on said bladder connecting surface, characterized in that the bladder support is pivotally connected to the palmar splint section.
Method for organizing data items, wherein the method comprises the following steps: - associating a communication event received by a communication device with the data item; - generating a graphical element for each data item; - associating the graphical element to the corresponding data item; - determining geographical location data of a geographical location of the communication device; and - linking the geographical location data with the data item; characterized in, that the method further comprises the step of displaying a map in conjunction with the graphical elements, where the graphical elements are positioned according to the geographical location data linked with the data item representing the geographical location, where the communication device received the communication event. - associating a communication event received by a communication device with the data item; - generating a graphical element for each data item; - associating the graphical element to the corresponding data item; - determining geographical location data of a geographical location of the communication device; and - linking the geographical location data with the data item;
A bone plate template comprising: a first surface; a second surface opposite the first surface; a first portion; and a second portion that is wider than the first portion and asymmetrical about a longitudinal axis extending between the first and second portions (104, 106), characterized in that the bone plate template further comprises a bending section (108; 508) separating the first and second portions (104, 106), the bending section allowing the second portion to be moved to first and second positions with respect to the first portion, wherein when the second portion is in the first position the first surface is a bone contacting surface and when the second portion is in the second position the second surface is the bone contacting surface. a first surface; a second surface opposite the first surface; a first portion; and a second portion that is wider than the first portion and asymmetrical about a longitudinal axis extending between the first and second portions (104, 106), characterized in that the bone plate template further comprises a bending section (108; 508) separating the first and second portions (104, 106), the bending section allowing the second portion to be moved to first and second positions with respect to the first portion, wherein when the second portion is in the first position the first surface is a bone contacting surface and when the second portion is in the second position the second surface is the bone contacting surface.
A microfluidic device comprising: - first and second substrates (1220, 1230) integrated with one another along surfaces thereof to form a stack of substrates, - a first microfluidic channel (910, 1210, 1310, 1410) including a first inlet portion, a first cuvette portion, and a first outlet portion, - a first fluidic valve (960, 970, 980) in fluid communication fluidly connected to the outlet portion; - a fluidic well disposed upstream with respect to the first cuvette portion in fluid communication with the first inlet portion, - said well having an internal volume and an aperture connecting said internal volume with an ambient medium surrounding the well, characterized in that - at least one of said first inlet and outlet portions (910A, 910B) traverses both of said first and second substrates (1220, 1230); - said well is equipped with a flap element dimensioned to reversibly close the aperture from inside the well when in a rest position, and to reversibly open said aperture in response to a force applied to the flap element from the ambient medium inwardly to the internal volume, - the microfluidic device further comprises a second fluidic valve disposed upstream with respect to said well and configured to deliver an auxiliary fluid into the well along a channel connecting the second fluidic valve with the well. - first and second substrates (1220, 1230) integrated with one another along surfaces thereof to form a stack of substrates, - a first microfluidic channel (910, 1210, 1310, 1410) including a first inlet portion, a first cuvette portion, and a first outlet portion, - a first fluidic valve (960, 970, 980) in fluid communication fluidly connected to the outlet portion; - a fluidic well disposed upstream with respect to the first cuvette portion in fluid communication with the first inlet portion, - said well having an internal volume and an aperture connecting said internal volume with an ambient medium surrounding the well, - at least one of said first inlet and outlet portions (910A, 910B) traverses both of said first and second substrates (1220, 1230); - said well is equipped with a flap element dimensioned to reversibly close the aperture from inside the well when in a rest position, and to reversibly open said aperture in response to a force applied to the flap element from the ambient medium inwardly to the internal volume, - the microfluidic device further comprises a second fluidic valve disposed upstream with respect to said well and configured to deliver an auxiliary fluid into the well along a channel connecting the second fluidic valve with the well.
A structural modular composite beam comprising: a pair of modular fiber reinforced plastic flanges comprising; a body formed of a plurality of elongate elements arranged in an array such that the longitudinal axes of the elongate elements are substantially parallel to one another, wherein the dimensions of the body are substantially determined by the number and arrangement of the elongate elements in the array; and a skin member (20, 30) at least partially surrounding a plurality of the elongate elements in the array, characterized in that the skin member comprises a socket to receive, in use, a shear web inserted and fitted into the respective socket in each of the two modular flanges and attached by means of an adhesive; wherein the pair of modular flanges are attached to each other by the shear web. a pair of modular fiber reinforced plastic flanges comprising; a body formed of a plurality of elongate elements arranged in an array such that the longitudinal axes of the elongate elements are substantially parallel to one another, wherein the dimensions of the body are substantially determined by the number and arrangement of the elongate elements in the array; and a skin member (20, 30) at least partially surrounding a plurality of the elongate elements in the array, characterized in that the skin member comprises a socket to receive, in use, a shear web inserted and fitted into the respective socket in each of the two modular flanges and attached by means of an adhesive; wherein the pair of modular flanges are attached to each other by the shear web.
Connector for medical fluid lines and the like, comprising a hollow body within which a connector (2; 3) accessible at one end of the body is coaxially housed, and unidirectional coupling means (12, 13) configured to lock the connector (2; 3) in rotation with respect to the body in a direction corresponding to the screwing of said connector (2; 3) and a complementary connector to be coupled therewith, and to enable free rotation of said connector (2; 3) in the opposite direction, characterized in that said connector (2; 3) is configured during use so as to inviolably obstruct the passage through said body permanently thereby providing a safety cap.
A torque reaction tool comprising: a first arm having an end with a longitudinally extending cavity, and an opposite end with a first socket drive element disposed perpendicular to a longitudinal axis of the cavity; a second arm having an end portion slidably disposed within the cavity, and an opposite end with a second socket drive element thereon, oriented in the same direction as the first socket drive element; and a first fastener, disposed in a first threaded hole in the first arm that extends into the cavity, the first fastener being adjustable to engage the end portion of the second arm to restrict sliding movement of the second arm relative to the first arm; characterized in that the end portion of the second arm has a width that is not more than 90 percent of a width of the cavity, such that the end portion of the second arm is configured to rotationally bind within the cavity in response to torque applied about the first socket drive element or the second socket drive element, when coupled respectively to a first socket and a second socket positioned respectively over a second fastener and a third fastener. a first arm having an end with a longitudinally extending cavity, and an opposite end with a first socket drive element disposed perpendicular to a longitudinal axis of the cavity; a second arm having an end portion slidably disposed within the cavity, and an opposite end with a second socket drive element thereon, oriented in the same direction as the first socket drive element; and a first fastener, disposed in a first threaded hole in the first arm that extends into the cavity, the first fastener being adjustable to engage the end portion of the second arm to restrict sliding movement of the second arm relative to the first arm; characterized in that the end portion of the second arm has a width that is not more than 90 percent of a width of the cavity, such that the end portion of the second arm is configured to rotationally bind within the cavity in response to torque applied about the first socket drive element or the second socket drive element, when coupled respectively to a first socket and a second socket positioned respectively over a second fastener and a third fastener.
An agricultural harvester having a threshing mechanism, a separating mechanism, a grain cleaning mechanism, a chassis and a return pan, the return pan comprising: a generally planar and rectangular upper surface disposed in a generally horizontal orientation underneath the separating mechanism and above the grain cleaning mechanism, wherein the upper surface defines a rear end of the return pan and is configured to receive grain from the separating mechanism and to convey the received grain forwardly, and wherein the upper surface further defines a front end of the return pan configured to discharge forwardly conveyed grain onto the cleaning mechanism; and a first sensor (212, 404) supported at the upper surface and extending only partway across the width of the return pan wherein the first sensor (212, 404) is configured to generate a signal indicating a relative quantity of grain passing adjacent the first sensor (212, 404); wherein a region of the upper surface is upstream of the first sensor (212, 404); characterized in that the region of the upper surface upstream of the first sensor (212, 404) comprises a first portion (220, 400, 402) with a first inclined surface that is configured to use gravity to steer grain laterally toward an inlet of the first sensor (212, 404). a generally planar and rectangular upper surface disposed in a generally horizontal orientation underneath the separating mechanism and above the grain cleaning mechanism, wherein the upper surface defines a rear end of the return pan and is configured to receive grain from the separating mechanism and to convey the received grain forwardly, and wherein the upper surface further defines a front end of the return pan configured to discharge forwardly conveyed grain onto the cleaning mechanism; and a first sensor (212, 404) supported at the upper surface and extending only partway across the width of the return pan wherein the first sensor (212, 404) is configured to generate a signal indicating a relative quantity of grain passing adjacent the first sensor (212, 404); wherein a region of the upper surface is upstream of the first sensor (212, 404); characterized in that the region of the upper surface upstream of the first sensor (212, 404) comprises a first portion (220, 400, 402) with a first inclined surface that is configured to use gravity to steer grain laterally toward an inlet of the first sensor (212, 404).
Aircraft including at least one pressure-relief device including at least one fixed part as well as at least one mobile wall configured to occupy a closed position in which the mobile wall blocks an opening and isolates interior and exterior zones (ZI, ZE) on respective opposite sides of the mobile wall as well as an open position in which the mobile wall at least partly frees the opening, the mobile wall having an interior face oriented toward the interior zone and an exterior face (F36') oriented toward the exterior zone, the pressure-relief device including at least one articulation connecting the mobile wall and the fixed part as well at least one retaining system configured to retain the mobile wall in the closed position as long as a pressure in the interior zone is lower than a given pressure value, the mobile wall having at least one edge (36.1 to 36.4), the mobile wall being configured to be deformed so that the mobile wall occupies a given deformed state if the pressure in the interior zone is at the given pressure value, characterized in that the retaining system includes at least one first slot (50.1) through the mobile wall opening at the level of the edge of the mobile wall as well as, for each slot (50.1), a first retaining element (52.1) fastened to the fixed part, the first retaining element (52.1) and the first slot (50.1) being configured so that: - the first retaining element (52.1) is accommodated in the first slot (50.1) and retains the mobile wall in the closed position as long as the mobile wall is not in the given deformed state, - the first retaining element (52.1) is no longer accommodated in the first slot (50.1) and no longer retains the mobile wall in the closed position as soon as the mobile wall is in the given deformed state, in that each retaining element (52.1, 52.2) takes the form of a screw that includes a body (56.1) screwed into the fixed part as well as a milled head (56.2), and in that each slot (50.1, 50.2) has an edge surface that is flared from the interior face to the exterior face (F36') of the mobile wall, the head (56.2) having a section greater than the smallest section of the slot (50.1, 50.2) in which the retaining element (52.1, 52.2) is accommodated. - the first retaining element (52.1) is accommodated in the first slot (50.1) and retains the mobile wall in the closed position as long as the mobile wall is not in the given deformed state, - the first retaining element (52.1) is no longer accommodated in the first slot (50.1) and no longer retains the mobile wall in the closed position as soon as the mobile wall is in the given deformed state,
A line for the continuous processing of a non-magnetic metal strip, the processing line comprising a coating section and a galvannealing section disposed downstream of the coating section and comprising an induction heating apparatus intended for heating said non-magnetic metal strip, characterized in that the heating apparatus comprises at least one cross-flow inductor, screens which are adapted to move laterally over the width of the strip so as to affect the temperature transverse profile of the strip and in that the heating apparatus further comprises at least one system for measuring, without contact, the temperature of the strip which controls the positions of the screens for adjusting the overheating of the edges of the strip.