mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a light emitting diode, hereafter abbreviated as LED, die; a reflective cavity housing the LED die, the cavity having walls, the cavity having an opening for light to exit; and a substantially rectangular light guide formed of a solid material having at least a first truncated corner seen in a top down view, the truncated corner having a face, the light guide adapted for supplying light as a backlight, the light guide emitting light through a top surface of the light guide; the opening of the reflective cavity opposing the face of the truncated corner such that light exiting the opening of the reflective cavity is coupled into the light guide through the face of the corner, characterized in that the LED die is at least 1 mm from the face of the truncated corner, the opening having a cross-sectional area of at least 4 mm 2, the reflective cavity is a metal reflective cavity, at least one wall of the reflective cavity extends over a portion of a bottom surface of the light guide and acts as a reflector for reflecting light in the light guide towards the top surface of the light guide; and the walls of the reflective cavity provide a heat sink for the LED die. a light emitting diode, hereafter abbreviated as LED, die; a reflective cavity housing the LED die, the cavity having walls, the cavity having an opening for light to exit; and a substantially rectangular light guide formed of a solid material having at least a first truncated corner seen in a top down view, the truncated corner having a face, the light guide adapted for supplying light as a backlight, the light guide emitting light through a top surface of the light guide; the opening of the reflective cavity opposing the face of the truncated corner such that light exiting the opening of the reflective cavity is coupled into the light guide through the face of the corner, characterized in that the LED die is at least 1 mm from the face of the truncated corner, the opening having a cross-sectional area of at least 4 mm 2, the reflective cavity is a metal reflective cavity, at least one wall of the reflective cavity extends over a portion of a bottom surface of the light guide and acts as a reflector for reflecting light in the light guide towards the top surface of the light guide; and the walls of the reflective cavity provide a heat sink for the LED die.
A capsule for protecting an electronic device for an earth moving machine, the capsule comprising walls (15a-15d) enclosing an inner chamber configured for housing an electronic device; characterized in that the capsule comprises a slot antenna arranged in at least one of the walls (15a-15d), and the at least one of the walls (15a-15d) in which the slot antenna is arranged is a cover, wherein the cover can be removably coupled to one or more of the walls (15a-15d) of the capsule, and wherein the cover comprises an electrically conductive material wherein the slot antenna is arranged.
A refill unit comprising: an inverted container for holding a fluid; the inverted container having a neck portion located on the bottom of the inverted container; a pump housing secured to the neck of the inverted container to pump liquid; the pump housing having an annular collar for securing to the neck of the inverted container; characterized by: an air chamber located within the pump housing; a vent valve located at least partially within the air chamber; one or more air passageways in the collar for providing air to the air chamber; a compressible liquid pump chamber located in the housing; a liquid inlet valve for allowing liquid to flow from the container into the compressible pump chamber; and a liquid outlet valve located downstream of the pump chamber. an inverted container for holding a fluid; the inverted container having a neck portion located on the bottom of the inverted container; a pump housing secured to the neck of the inverted container to pump liquid; the pump housing having an annular collar for securing to the neck of the inverted container; characterized by: an air chamber located within the pump housing; a vent valve located at least partially within the air chamber; one or more air passageways in the collar for providing air to the air chamber; a compressible liquid pump chamber located in the housing; a liquid inlet valve for allowing liquid to flow from the container into the compressible pump chamber; and a liquid outlet valve located downstream of the pump chamber. an air chamber located within the pump housing; a vent valve located at least partially within the air chamber; one or more air passageways in the collar for providing air to the air chamber; a compressible liquid pump chamber located in the housing; a liquid inlet valve for allowing liquid to flow from the container into the compressible pump chamber; and a liquid outlet valve located downstream of the pump chamber.
A method for producing a solid electrolyte for a lithium battery comprising at least one zone (5, 10) made from lithiated glass-ceramic material, characterized in that the lithiated glass-ceramic material zone (5, 10) is achieved by melting of at least a part of a lithiated ceramic material, performed by a laser beam irradiation operation and followed by a recrystallization heat treatment
A breather device that separates engine oil contained in blow-by gas, the breather device comprising: a first route through which the blow-by gas flows; an acceleration route that is connected to a downstream side of the first route and has a smaller channel cross-sectional area than the first route; a branching route that is connected to a downstream side of the acceleration route, includes a wall portion that is orthogonal to the acceleration route, and is branched into two routes by the wall portion; and a turn-back route that is connected to one of the branched routes of the branching route and is turned back in a manner to be parallel to the acceleration route and to have a reverse advancing direction from that of the acceleration route, characterized in that the breather device further comprising: a merging route that is formed on a downstream side of the branching route and that merges the two branched routes of the branching route. a first route through which the blow-by gas flows; an acceleration route that is connected to a downstream side of the first route and has a smaller channel cross-sectional area than the first route; a branching route that is connected to a downstream side of the acceleration route, includes a wall portion that is orthogonal to the acceleration route, and is branched into two routes by the wall portion; and a turn-back route that is connected to one of the branched routes of the branching route and is turned back in a manner to be parallel to the acceleration route and to have a reverse advancing direction from that of the acceleration route, characterized in that the breather device further comprising: a merging route that is formed on a downstream side of the branching route and that merges the two branched routes of the branching route.
A multirotor wind turbine comprising a yaw arrangement, a tower, two or more energy generating units, and a load carrying structure comprising first and second arms extending from the yaw arrangement, the energy generating units being carried by the arms, and the yaw arrangement being carried by the tower, the yaw arrangement comprising: - an outer wall part arranged coaxially with the tower and forming a closed ring extending circumferentially about an outer surface of the tower, thereby forming a space between the tower and the outer wall part, the outer wall part and the outer surface of the tower being rotatable relative to each other, wherein the arms of the load carrying structure are hollow, thereby forming an interior space inside the arms, characterised in that a passage is defined between the interior space of each of the arms and the space formed between the tower and the outer wall part. - an outer wall part arranged coaxially with the tower and forming a closed ring extending circumferentially about an outer surface of the tower, thereby forming a space between the tower and the outer wall part, the outer wall part and the outer surface of the tower being rotatable relative to each other, wherein the arms of the load carrying structure are hollow, thereby forming an interior space inside the arms, characterised in that a passage is defined between the interior space of each of the arms and the space formed between the tower and the outer wall part.
An aircraft including a central body, at least a wing (2a, 2b) and a connection set to attach the wing to the central body, said wing comprising a lifting surface and a control surface connected together by a hinge, said central body comprising at least a servo-motor to actuate the control surface of the wing, said connection set comprising: an attachment mechanism (3, 4, 5, 6) between the wing (2a, 2b) and the central body; and a torque coupling mechanism (7, 8), wherein the torque coupling mechanism (7, 8) comprises a first part which is the edge or a reinforcement of the edge of the wing, and a second part, mounted to the servo-motor of the central body so that the tilt angle of the control surface is in a one-to-one relationship with the rotation angle of the servo-motor, the first part and the second part being slidably engaged together while the wing is attached to the central body so that the first part remains detachable from the second part, the axis of the servo-motor is aligned with the hinge of the control surface when the torque coupling mechanism is engaged, so that the control surface is directly actuated by the servo-motor through the first and second parts of the torque coupling mechanism; characterized in that the wing comprises bars (3, 4) and the central body comprises receptacles (5, 6) for the bars, the attachment between the wing and the central body been made by sliding the bars into the receptacles. an attachment mechanism (3, 4, 5, 6) between the wing (2a, 2b) and the central body; and a torque coupling mechanism (7, 8), wherein the torque coupling mechanism (7, 8) comprises a first part which is the edge or a reinforcement of the edge of the wing, and a second part, mounted to the servo-motor of the central body so that the tilt angle of the control surface is in a one-to-one relationship with the rotation angle of the servo-motor, the first part and the second part being slidably engaged together while the wing is attached to the central body so that the first part remains detachable from the second part, the axis of the servo-motor is aligned with the hinge of the control surface when the torque coupling mechanism is engaged, so that the control surface is directly actuated by the servo-motor through the first and second parts of the torque coupling mechanism; characterized in that the wing comprises bars (3, 4) and the central body comprises receptacles (5, 6) for the bars, the attachment between the wing and the central body been made by sliding the bars into the receptacles.
A remote station, i.e., a mobile station, comprising: a storing means for storing data for transmission; a generating means for generating an access request message when the storing means contains data for transmission; an access request transmitting means for transmitting the access request message; a monitoring means for monitoring a plurality of grant channels, the plurality of grant channels including one or more individual grant channels and one or more common grant channels; a receiving means for receiving an access grant on one of the plurality of grant channels, the access grant being one of an individual grant directed to the remote station and received on one of the one or more individual grant channels or a common grant received on one of the one or more common grant channels; and a data transmitting means for transmitting at least a portion of the data at the data storing means in response to the access grant wherein the receiving means is further configured to receive an ACK command, a NAK command and an ACK-and-Continue command; and wherein in response to the ACK-and-Continue command the data transmitting means transmits an additional portion of data from the data buffer in response to a previously received access grant; in response to an ACK command, the data transmitting means ceases transmitting data from the data buffer in response to a previously received access grant and wherein the data transmitting means transmits a limited portion of data from the storing means autonomously, subsequent to receiving an ACK and in response to a NAK command, the transmitting means retransmits data from the storing means that was previously transmitted in response to a previously received access grant. a storing means for storing data for transmission; a generating means for generating an access request message when the storing means contains data for transmission; an access request transmitting means for transmitting the access request message; a monitoring means for monitoring a plurality of grant channels, the plurality of grant channels including one or more individual grant channels and one or more common grant channels; a receiving means for receiving an access grant on one of the plurality of grant channels, the access grant being one of an individual grant directed to the remote station and received on one of the one or more individual grant channels or a common grant received on one of the one or more common grant channels; and
A door opening mechanism enabling opening particularly refrigerator doors, comprising - at least one body, - at least one driving unit providing actuation to open a door by rotating a shaft, - at least one reducer enabling reducing the speed of the rotational motion generated by the driving unit thereby increasing the torque thereof, and - at least one gear rack at least a portion of which engages the reducer, actuated by the reducer, enabling opening a refrigerator door by pushing said door in at least a part of said actuation, comprising at least one bracket, characterized by - at least two buttons whose state can be changed by being contacted by the bracket, placed so as to be able to contact the bracket at the points where the actuation of the gear rack is intended to be terminated, wherein the bracket is arranged to press on the buttons at the points where the actuation of the gear rack is intended to be terminated. - at least one body, - at least one driving unit providing actuation to open a door by rotating a shaft, - at least one reducer enabling reducing the speed of the rotational motion generated by the driving unit thereby increasing the torque thereof, and - at least one gear rack at least a portion of which engages the reducer, actuated by the reducer, enabling opening a refrigerator door by pushing said door in at least a part of said actuation, comprising at least one bracket, characterized by - at least two buttons whose state can be changed by being contacted by the bracket, placed so as to be able to contact the bracket at the points where the actuation of the gear rack is intended to be terminated, wherein the bracket is arranged to press on the buttons at the points where the actuation of the gear rack is intended to be terminated.
A mixing tool, in particular a mixing blade, having a scraping section on which a scraping edge for scraping mixed material from a wall of a mixing container of the mixing device is arranged, the scraping section being formed from a metallic core which is surrounded by a plastic jacket, and the scraping edge being formed by at least one hard metal element, characterized in that between the at least one hard metal element and the metal core an adhesive which glues the scraping edge to the scraping section is arranged, and that the at least one hard metal element has a recess in which the metal core is partially arranged.
An inkjet head comprising: an ink ejector in which an opening of a nozzle which ejects ink is provided in an ink ejecting surface and which includes an operation element which performs an operation to eject ink from the opening of the nozzle; an exterior member in which the ink ejector including the ink ejecting surface is stored inside; a driving substrate on which a driving circuit is provided to drive the operation element; an ink tank which stores ink supplied to the ink ejector; a cover member which fits with the exterior member in an upper edge of the exterior member and which covers at least a portion of the driving substrate, the cover member being provided between the ink tank and the driving substrate; and a heat dissipating member which comes into contact with the cover member and the ink tank, the heat dissipating member being provided between the cover member and the ink tank, wherein, the ink tank is provided with a predetermined surface positioned along the driving substrate and facing the cover member, and the ink tank is provided in a manner that heat of the driving substrate is transmitted to the predetermined surface. an ink ejector in which an opening of a nozzle which ejects ink is provided in an ink ejecting surface and which includes an operation element which performs an operation to eject ink from the opening of the nozzle; an exterior member in which the ink ejector including the ink ejecting surface is stored inside; a driving substrate on which a driving circuit is provided to drive the operation element; an ink tank which stores ink supplied to the ink ejector; a cover member which fits with the exterior member in an upper edge of the exterior member and which covers at least a portion of the driving substrate, the cover member being provided between the ink tank and the driving substrate; and a heat dissipating member which comes into contact with the cover member and the ink tank, the heat dissipating member being provided between the cover member and the ink tank, wherein, the ink tank is provided with a predetermined surface positioned along the driving substrate and facing the cover member, and the ink tank is provided in a manner that heat of the driving substrate is transmitted to the predetermined surface.
A method of assisting motion of an ankle joint, comprising: determining a desired peak force or integral power to be generated by a wearable robotic system during a current gait cycle of a user; detecting a heel strike of the user; characterised in that the method comprises monitoring real-time measurements of a rotational velocity of the ankle of the user to detect a first change in direction of the measured rotational velocity of the ankle joint after the detection of the heel strike; generating an actuation profile according to which the wearable robotic system is actuated so as to deliver the desired peak force or integral power to the body of the user, wherein a peak amplitude of the actuation profile is selected based on: the desired peak force or integral power to be generated during the current gait cycle, and an adjustment configured to account for a difference between a peak force or an integral power generated by the wearable robotic system during at least one preceding gait cycle of the user and a desired peak force or desired integral power to be generated during the at least one preceding gait cycle; and in response to detecting the first change in direction of the measured rotational velocity of the ankle joint, actuating the wearable robotic system according to the actuation profile to assist with a plantarflexion motion of the ankle joint of the user. determining a desired peak force or integral power to be generated by a wearable robotic system during a current gait cycle of a user; detecting a heel strike of the user; monitoring real-time measurements of a rotational velocity of the ankle of the user to detect a first change in direction of the measured rotational velocity of the ankle joint after the detection of the heel strike; generating an actuation profile according to which the wearable robotic system is actuated so as to deliver the desired peak force or integral power to the body of the user, wherein a peak amplitude of the actuation profile is selected based on: the desired peak force or integral power to be generated during the current gait cycle, and an adjustment configured to account for a difference between a peak force or an integral power generated by the wearable robotic system during at least one preceding gait cycle of the user and a desired peak force or desired integral power to be generated during the at least one preceding gait cycle; and in response to detecting the first change in direction of the measured rotational velocity of the ankle joint, actuating the wearable robotic system according to the actuation profile to assist with a plantarflexion motion of the ankle joint of the user.
A hinge for pieces of furniture comprising a first hinge portion or body suitable for being coupled with either a structure, such as a side or an upright of a piece of furniture, or a door movable with respect to such structure, a link member subject to a spring and connected to such first hinge portion and suitable for being connected to a second hinge portion coupled with the other of said structure and said door, said link member comprising first and second interconnected elements (5, 6) connected to the first and second hinge portions (2, 4) respectively, a dampening element being provided, suitable for braking at least the closing movement of the hinge whereby the door moves towards the structure of the piece of furniture, such dampening element being associated with the second interconnected element of the link member, such dampening element being a rotating damper suitable for co-operating with a gear element integral with the first interconnected element of the link member, the second interconnected element comprising a first component part hinged (at 31) on the first interconnected element, said second interconnnected element comprises a second component part adjustably inserted in said first component part, characterized in that said second component part contains the rotating damper, said rotating damper being alternatively stably and continuously locked with the gear element or being selectively unlockable from the latter, the rotating damper of said dampening element, contained inside the second component part of the second interconnected element, being integral with a body placed inside said second component part, said body including parallel arms delimiting one inner cavity wherein the rotating damper is placed, such rotating damper being integral with such parallel arms, said body being subject to the action exerted by a cam screw of the hinge drivable outside said second interconnected element and suitable for defining the use of the hinge alternatively as a dampening or non-dampening hinge.
A medicated fish feed for use in preventing or treating parasite infection in a plurality of fish in need thereof, wherein the medicated fish feed comprises fish feed granules or pellets coated with a composition comprising an active neonicotinoid and a carrier having an apparent digestibility coefficient of at least 90% (as defined and measured according to the description), wherein the active neonicotinoid comprises imidacloprid or a veterinary acceptable salt thereof, wherein the carrier comprises a processed/cooked corn protein concentrate and fish oil, and wherein the daily dose comprises 1 to 12 mg/kg imidacloprid.
Oligonucleotide of sequence SEQ ID N° 1: 5'-CTAGAGATCCCTCAGA - 3', or the complementary sequence thereof of sequence SEQ ID N° 2: 5'- TCTGAGGGATCTCTAG - 3' useful as probe to detect and quantify all HIV-1 circulating forms and their precursors SIVcpz/SIVgor.