mhurhangee/ep-ind-claims huggingface dataset:
A reception apparatus comprising: a reception unit for receiving first reception signals (16401A, 16401B) and second reception signals (16402A, 16402B) each obtained by receiving a plurality of signals transmitted from a plurality of antennas (312A, 312B) at the same time at the same frequency; and a demodulation unit demodulating the first reception signals (16401A, 16401B) and the second reception signals (16402A, 16402B), wherein the first reception signals (16401A, 16401B) are acquired by receiving a first transmission signal z1 and a second transmission signal z2, where the first transmission signal z1 and the second transmission signal z2 are generated for each of a plurality of slots by performing a precoding process represented by one matrix, selected regularly from among N matrices by hopping between the N matrices for each of the plurality of slots, on a first modulated signal s1 and a second modulated signal s2, and N is an integer greater or equal to 3, the second reception signals (16402A, 16402B) are acquired by receiving a first transmission signal z3 and a second transmission signal z4, where the first transmission signal z3 and the second transmission signal z4 are generated, by performing a precoding process represented by one precoding matrix selected from among a plurality of matrices based on information fed back by the reception apparatus, on a first modulated signal s1 and a second modulated signal s2. a reception unit for receiving first reception signals (16401A, 16401B) and second reception signals (16402A, 16402B) each obtained by receiving a plurality of signals transmitted from a plurality of antennas (312A, 312B) at the same time at the same frequency; and a demodulation unit demodulating the first reception signals (16401A, 16401B) and the second reception signals (16402A, 16402B), wherein the first reception signals (16401A, 16401B) are acquired by receiving a first transmission signal z1 and a second transmission signal z2, where the first transmission signal z1 and the second transmission signal z2 are generated for each of a plurality of slots by performing a precoding process represented by one matrix, selected regularly from among N matrices by hopping between the N matrices for each of the plurality of slots, on a first modulated signal s1 and a second modulated signal s2, and N is an integer greater or equal to 3, the second reception signals (16402A, 16402B) are acquired by receiving a first transmission signal z3 and a second transmission signal z4, where the first transmission signal z3 and the second transmission signal z4 are generated, by performing a precoding process represented by one precoding matrix selected from among a plurality of matrices based on information fed back by the reception apparatus, on a first modulated signal s1 and a second modulated signal s2.
An electronic article surveillance system comprising: an EAS device configured for modifying an activation state of an EAS tag; and an EAS range finder system configured for providing an operational indication when said EAS device is within an operational distance from said EAS tag, for detecting or modifying the activation state of the EAS tag, characterized in that said EAS range finder system comprises a light source for providing an output that is visible on an article carrying said tag, said output having a first visible characteristic when said EAS device is outside of said operational distance and a second visible characteristic different from said first visible characteristic when said EAS device is within said operational distance, wherein said light source is included in a barcode scanner and said barcode scanner comprises a mirror configured to reflect said light source on said article carrying said tag, and wherein said EAS range finder system comprises a controller configured to control said mirror for establishing said first and second visible characteristic.
Luminaire, in particular a damp-proof luminaire, comprising - a trough-shaped housing, - a light-permeable cover which is so arranged on the housing, that an inner space of the luminaire is formed from the housing and the cover, - a light source comprising LEDs arranged in the inner space of the light source, characterized in that the trough-shaped housing comprises a first housing part which consists of plastic, and a second housing part which forms a heat sink for the LEDs, wherein the first housing part and the second housing part are elastically and tightly connected with each other. - a trough-shaped housing, - a light-permeable cover which is so arranged on the housing, that an inner space of the luminaire is formed from the housing and the cover, - a light source comprising LEDs arranged in the inner space of the light source,
Lamp (1; 1'; 1"; 10), in particular a retrofit-lamp, having an LED strip which comprises at least two contact regions (3, 3'), having a contacting device which comprises at least two contacts (5, 5') which contact the contact regions (3, 3') of the LED strip, having a reflector designed and arranged to reflect, in operation, light emitted by the LED strip in a predetermined range, wherein at least one of the contacts (5, 5') is at least partially formed by the reflector and an additional conducting spacing part is formed which is provided between the reflector and LED strip, and wherein the contact regions (3, 3') of the LED strip are disposed spaced apart from each other at the ends of the LED strip.
An integrated circuit device, comprising: a semiconductor chip having one or more electronic components associated therewith and having a back surface; a heat conductive layer including an adhesive metal layer formed over the back surface of the chip; a barrier metal layer formed on the adhesive metal layer; a primary metal layer configured to act as heat distribution layer and having a thickness of at least 0.0127 mm (0.5 mils) formed on the barrier metal layer; and a die attach material formed on the heat conductive layer attaching the chip to an underlying leadframe or other mounting substrate; wherein the barrier metal layer comprises one of nickel, copper and titanium tungsten. a semiconductor chip having one or more electronic components associated therewith and having a back surface; a heat conductive layer including an adhesive metal layer formed over the back surface of the chip; a barrier metal layer formed on the adhesive metal layer; a primary metal layer configured to act as heat distribution layer and having a thickness of at least 0.0127 mm (0.5 mils) formed on the barrier metal layer; and a die attach material formed on the heat conductive layer attaching the chip to an underlying leadframe or other mounting substrate; wherein the barrier metal layer comprises one of nickel, copper and titanium tungsten.
A method comprising: (a) receiving a notification from a control entity by a first radio module, wherein the control entity notifies a critical signaling status of a second radio module co-located with the first radio module; stopping uplink transmission for a period of time, characterized by the method further comprising ignoring uplink transmission opportunity granted by a base station; and (c) transmitting a coexistence indicator from the first radio module to the base station, wherein the coexistence indicator informs that the first radio module will stop uplink transmission and ignore uplink transmission opportunity granted by the base station. (a) receiving a notification from a control entity by a first radio module, wherein the control entity notifies a critical signaling status of a second radio module co-located with the first radio module; stopping uplink transmission for a period of time, ignoring uplink transmission opportunity granted by a base station; and (c) transmitting a coexistence indicator from the first radio module to the base station,
A refrigerator appliance comprising: a cabinet; an ice maker attached to the cabinet; a dispenser recess defined on the refrigerator appliance in selective communication with the ice maker; and a dispenser conduit disposed within the dispenser recess, the dispenser conduit comprising a chute wall defining an ice passage permitting ice therethrough, a fluid inlet (220, 230) positioned radially outward from the ice passage in fluid communication with a fluid source selectively supplying a fluid flow thereto, characterized by a manifold channel extending within the chute wall about at least a portion of the ice passage, the manifold channel being in downstream fluid communication with the fluid inlet (220, 230), and a plurality of discrete fluid outlets (222, 232) defined through the chute wall in downstream fluid communication with the manifold channel, the plurality of discrete fluid outlets (222, 232) being circumferentially spaced apart along the manifold channel. a cabinet; an ice maker attached to the cabinet; a dispenser recess defined on the refrigerator appliance in selective communication with the ice maker; and a dispenser conduit disposed within the dispenser recess, the dispenser conduit comprising a chute wall defining an ice passage permitting ice therethrough, a fluid inlet (220, 230) positioned radially outward from the ice passage in fluid communication with a fluid source selectively supplying a fluid flow thereto, an ice passage permitting ice therethrough, a fluid inlet (220, 230) positioned radially outward from the ice passage in fluid communication with a fluid source selectively supplying a fluid flow thereto, characterized by a manifold channel extending within the chute wall about at least a portion of the ice passage, the manifold channel being in downstream fluid communication with the fluid inlet (220, 230), and a plurality of discrete fluid outlets (222, 232) defined through the chute wall in downstream fluid communication with the manifold channel, the plurality of discrete fluid outlets (222, 232) being circumferentially spaced apart along the manifold channel. a manifold channel extending within the chute wall about at least a portion of the ice passage, the manifold channel being in downstream fluid communication with the fluid inlet (220, 230), and a plurality of discrete fluid outlets (222, 232) defined through the chute wall in downstream fluid communication with the manifold channel, the plurality of discrete fluid outlets (222, 232) being circumferentially spaced apart along the manifold channel.
An antenna assembly, comprising: a blade antenna for communicating a first signal; a planar antenna array for communicating a second signal, the planar antenna array comprising: an array of antenna elements, the array of antenna elements comprising a plurality antenna elements arranged in rows using the blade antenna as a conductive ground plane; a Rotman lens, formed by using the blade antenna as the conductive ground plane, the Rotman lens having a set of Rotman lens array ports and a set of Rotman lens beam ports, each element of a respective row of the antenna elements communicatively coupled to a respective one port of the set of Rotman lens array ports; a signal processor, having: a set of signal processor first ports, each signal processor first port communicatively coupled to a respective one of the set of Rotman lens beam ports; a second signal processor port, the second signal processor port for communicating the second signal; and wherein the signal processor is configured to selectively couple the second signal processor port to one or more of the signal processor first ports. a blade antenna for communicating a first signal; a planar antenna array for communicating a second signal, the planar antenna array comprising: an array of antenna elements, the array of antenna elements comprising a plurality antenna elements arranged in rows using the blade antenna as a conductive ground plane; a Rotman lens, formed by using the blade antenna as the conductive ground plane, the Rotman lens having a set of Rotman lens array ports and a set of Rotman lens beam ports, each element of a respective row of the antenna elements communicatively coupled to a respective one port of the set of Rotman lens array ports; an array of antenna elements, the array of antenna elements comprising a plurality antenna elements arranged in rows using the blade antenna as a conductive ground plane; a Rotman lens, formed by using the blade antenna as the conductive ground plane, the Rotman lens having a set of Rotman lens array ports and a set of Rotman lens beam ports, each element of a respective row of the antenna elements communicatively coupled to a respective one port of the set of Rotman lens array ports; a signal processor, having: a set of signal processor first ports, each signal processor first port communicatively coupled to a respective one of the set of Rotman lens beam ports; a second signal processor port, the second signal processor port for communicating the second signal; and wherein the signal processor is configured to selectively couple the second signal processor port to one or more of the signal processor first ports. a set of signal processor first ports, each signal processor first port communicatively coupled to a respective one of the set of Rotman lens beam ports; a second signal processor port, the second signal processor port for communicating the second signal; and wherein the signal processor is configured to selectively couple the second signal processor port to one or more of the signal processor first ports.
Transistor having a source section, a drain section, a gate section, and a floating gate, wherein the floating gate is provided at a location situated between the source section and the drain section in a cutout of the gate section, characterized in that the distance between the cutout and the drain section is smaller than the distance between the cutout and the source section.
Container with a container body having a container wall and a receiving space for goods to be packed, said container having a discharge opening for discharging the goods to be packed and a container closure for closing the discharge opening, wherein the container closure has a lid that can assume a closed position in which the lid closes the discharge opening, and wherein the lid can be displaced from the closed position into an open position in which the discharge opening is opened, wherein a child-resistant closure is provided that has a first locking element arranged on the lid to cooperate with a container-side second locking element, wherein the first and second locking elements (18, 19) can assume a reciprocal locking position in which the lid is fixed in the closed position and the first and second locking elements (18, 19) are displaceable relative to one another from the locking position into a release position, in which the lid can be moved to the open position, wherein an operative element is provided which can be displaced from a resting position into an operative position in order to displace the first and second locking elements (18, 19) relative to one another from the locking position into the release position, the second locking element being arranged outside the container wall and at a radial distance from the container wall, wherein a protruding retaining portion is provided extending outwards from the container wall, wherein the second locking element is arranged at the retaining portion, wherein at the retaining portion an elastically displaceable resilient tongue is provided at which the operative element is arranged, and wherein the operative element is displaceable into the operative position as a result of resilient properties of the resilient tongue, from which operative position it can return automatically to the resting position.
A sunscreen composition comprising at the most 12% organic sunscreens comprising (i) 0.1 to 5% of a UVA sunscreen; (ii) 0.1 to 10% of a UVB sunscreen; (iii) 0.1 to 10% of a non-ionic linear polymer having a molecular weight higher than 8000 and HLB value from 7 to 18 selected from the group of poly vinyl alcohol, modified cellulose and poly(propylene oxide-co-ethylene oxide); (iv) 4 to 25 % fatty acid; and (v) 40 to 80% water, characterized in that: - the UVA sunscreen comprises a dibenzoylmethane, triazine, or triazone derivative; and - the non-ionic linear polymer (iii) comprises poly vinyl alcohol. (i) 0.1 to 5% of a UVA sunscreen; (ii) 0.1 to 10% of a UVB sunscreen; (iii) 0.1 to 10% of a non-ionic linear polymer having a molecular weight higher than 8000 and HLB value from 7 to 18 selected from the group of poly vinyl alcohol, modified cellulose and poly(propylene oxide-co-ethylene oxide); (iv) 4 to 25 % fatty acid; and (v) 40 to 80% water, - the UVA sunscreen comprises a dibenzoylmethane, triazine, or triazone derivative; and - the non-ionic linear polymer (iii) comprises poly vinyl alcohol.
A linear motor for a linear compressor, comprising: - an inner stator formed by arranging a plurality of first core blocks in a circumference direction to be insulated from each other; - an outer stator formed by arranging a plurality of second core blocks in a circumference direction at predetermined intervals, and winding coils around the second core blocks of the outer stator; and - a plurality of permanent magnets positioned between the inner stator and the outer stator with a predetermined gap, and reciprocated linearly due to a mutual electromagnetic force, characterized in that the plurality of first core blocks is arranged by stacking the first core blocks; each coil is wound around the inner and outer circumference of a corresponding second core block so that the adjacent second core blocks have opposite current directions. - an inner stator formed by arranging a plurality of first core blocks in a circumference direction to be insulated from each other; - an outer stator formed by arranging a plurality of second core blocks in a circumference direction at predetermined intervals, and winding coils around the second core blocks of the outer stator; and - a plurality of permanent magnets positioned between the inner stator and the outer stator with a predetermined gap, and reciprocated linearly due to a mutual electromagnetic force,
A valve for a dispenser, the valve comprising: - a valve body comprising: - an outer surface and an inner passageway extending about a longitudinal axis, wherein the inner passageway comprises a first passageway opening and a second passageway opening and a passageway surface extending from the first passageway opening to the second passageway opening; and - a first valve body surface and a second valve body surface opposite the first valve body surface, wherein the first valve body surface comprises an upper portion extending from the outer surface toward the longitudinal axis and a lower portion extending from the inner passageway toward the outer surface; - a valve stem extending through the inner passageway, wherein the valve stem comprises an outer stem surface and an inner stem surface opposite the outer stem surface, wherein the inner stem surface defines a channel; and - a resilient member disposed on at least a portion of the first valve body surface, wherein the resilient member is made from a resilient polymeric material and has a non-linear compression profile and the resilient member is a multi-piece member. - a valve body comprising: - an outer surface and an inner passageway extending about a longitudinal axis, wherein the inner passageway comprises a first passageway opening and a second passageway opening and a passageway surface extending from the first passageway opening to the second passageway opening; and - a first valve body surface and a second valve body surface opposite the first valve body surface, wherein the first valve body surface comprises an upper portion extending from the outer surface toward the longitudinal axis and a lower portion extending from the inner passageway toward the outer surface; - an outer surface and an inner passageway extending about a longitudinal axis, wherein the inner passageway comprises a first passageway opening and a second passageway opening and a passageway surface extending from the first passageway opening to the second passageway opening; and - a first valve body surface and a second valve body surface opposite the first valve body surface, wherein the first valve body surface comprises an upper portion extending from the outer surface toward the longitudinal axis and a lower portion extending from the inner passageway toward the outer surface; - a valve stem extending through the inner passageway, wherein the valve stem comprises an outer stem surface and an inner stem surface opposite the outer stem surface, wherein the inner stem surface defines a channel; and - a resilient member disposed on at least a portion of the first valve body surface, wherein the resilient member is made from a resilient polymeric material and has a non-linear compression profile and the resilient member is a multi-piece member.
A method for hot-fill sterilization of a container (34, 41, 61) comprising: providing a hot-filled container comprising a hot-fill liquid and a plurality of inclusions disposed within the container; and subjecting the hot-filled container to an inversion sequence, the inversion sequence comprising a first inversion of the container until a base of the container is located at an angle of up to 180 degrees relative to vertical, wherein the first inversion occurs over a time period of at least three seconds, and a second inversion of the container, in the opposite direction, back to an angle less than 90 degrees relative to vertical, wherein the inversion sequence, repeated at least once, prevents the inclusions from agglomerating in the container and allows the hot-fill liquid to sterilize the container. providing a hot-filled container comprising a hot-fill liquid and a plurality of inclusions disposed within the container; and subjecting the hot-filled container to an inversion sequence, the inversion sequence comprising a first inversion of the container until a base of the container is located at an angle of up to 180 degrees relative to vertical, wherein the first inversion occurs over a time period of at least three seconds, and a second inversion of the container, in the opposite direction, back to an angle less than 90 degrees relative to vertical, wherein the inversion sequence, repeated at least once, prevents the inclusions from agglomerating in the container and allows the hot-fill liquid to sterilize the container.
A method for managing a Device to Device, D2D, communication group, comprising: upon receiving a group establishing request sent by a first device, establishing, by a network-side device, a D2D communication group, and issuing a shared key generated for the D2D communication group to all devices in the D2D communication group, wherein the group establishing request is used for the network-side device to establish the D2D communication group, and the shared key is used for D2D communication of all the devices; characterized in that, upon receiving a communication ending message sent by the first device to the network-side device and a second device within the D2D communication group, determining, by the network-side device, that the D2D communication of the D2D communication group ends, and deleting the D2D communication group and the shared key, wherein the first and second device are mobile terminals. upon receiving a group establishing request sent by a first device, establishing, by a network-side device, a D2D communication group, and issuing a shared key generated for the D2D communication group to all devices in the D2D communication group, wherein the group establishing request is used for the network-side device to establish the D2D communication group, and the shared key is used for D2D communication of all the devices; characterized in that, upon receiving a communication ending message sent by the first device to the network-side device and a second device within the D2D communication group, determining, by the network-side device, that the D2D communication of the D2D communication group ends, and deleting the D2D communication group and the shared key, wherein the first and second device are mobile terminals.