mhurhangee/ep-ind-claims huggingface dataset:
A radio transceiving device (210, 220), comprising: a modulation unit (211, 221), configured to modulate transmit data (215, 225) onto a time-frequency resource (219, 229) based on a transmit waveform (217, 227), wherein the transmit waveform is a transmit pulse, a transmit window or a transmit filter; a demodulation unit (212, 222), configured to demodulate receive data (216, 226) from the time-frequency resource (219, 229) based on a receive waveform (218, 228), wherein the receive waveform is a receive pulse, a receive window or a receive filter, wherein the transmit data (215, 225) and the receive data (216, 226) are arranged on the time-frequency resource (219, 229) in a time-division duplexing, TDD, manner; and a waveform adaptation unit (213, 223) configured to adapt the transmit waveform (217, 227) and the receive waveform (218, 228) based on a set of distinct transmit and receive waveforms (214, 224) and according to a downlink-uplink channel reciprocity. a modulation unit (211, 221), configured to modulate transmit data (215, 225) onto a time-frequency resource (219, 229) based on a transmit waveform (217, 227), wherein the transmit waveform is a transmit pulse, a transmit window or a transmit filter; a demodulation unit (212, 222), configured to demodulate receive data (216, 226) from the time-frequency resource (219, 229) based on a receive waveform (218, 228), wherein the receive waveform is a receive pulse, a receive window or a receive filter, wherein the transmit data (215, 225) and the receive data (216, 226) are arranged on the time-frequency resource (219, 229) in a time-division duplexing, TDD, manner; and a waveform adaptation unit (213, 223) configured to adapt the transmit waveform (217, 227) and the receive waveform (218, 228) based on a set of distinct transmit and receive waveforms (214, 224) and according to a downlink-uplink channel reciprocity.
A microscope slide for a tissue sample, said slide comprising: an elongate planar substrate, said substrate comprising a first major surface having a sample-affixing area within which a tissue sample may be affixed; a first positive control sample affixed on said first major surface at a first location adjacent to said sample-affixing area; a second positive control sample affixed on said first major surface at a second location adjacent to said sample-affixing area; wherein the first and second locations are spaced such that quality of the staining of said first and second positive control samples is indicative of the quality of the staining of the tissue sample, characterised in that said first and second locations are on opposing sides of said sample-affixing area. an elongate planar substrate, said substrate comprising a first major surface having a sample-affixing area within which a tissue sample may be affixed; a first positive control sample affixed on said first major surface at a first location adjacent to said sample-affixing area; a second positive control sample affixed on said first major surface at a second location adjacent to said sample-affixing area;
A method comprising, by one or more computing systems (700, 802) of a social-networking system: determining a physical location (401, 609) of a device (122, 802) associated with a particular user; calculating, for a user-location pair comprising the particular user and the determined physical location, a novelty score for the user-location pair based at least in part on the occurrence frequency of the user-location pair, wherein the calculated novelty score is inversely related to an estimate of how familiar the particular user is with the determined physical location (401, 609); surfacing one or more pieces of content (601 - 604; 611 - 616), which are tailored to the estimated familiarity of the determined physical location, to the device (122, 802) based on the novelty score, wherein the method further involves reducing, by the social-networking system, the novelty score for the determined physical location if the particular user has been tagged in a photo in the determined physical location. determining a physical location (401, 609) of a device (122, 802) associated with a particular user; calculating, for a user-location pair comprising the particular user and the determined physical location, a novelty score for the user-location pair based at least in part on the occurrence frequency of the user-location pair, wherein the calculated novelty score is inversely related to an estimate of how familiar the particular user is with the determined physical location (401, 609); surfacing one or more pieces of content (601 - 604; 611 - 616), which are tailored to the estimated familiarity of the determined physical location, to the device (122, 802) based on the novelty score, wherein the method further involves reducing, by the social-networking system, the novelty score for the determined physical location if the particular user has been tagged in a photo in the determined physical location.
A method for fabricating a gas turbine engine component (60; 60a; 60b) including a geometrically segmented coating section, the coating section including a wall, the method comprising: depositing a coating on the J wall, wherein the wall includes a first side and a second side opposite the first side, the second side includes an array of cells, and a cooling passage (78; 178) that extends through the wall and the coating to an encapsulation over the cooling passage, said encapsulation closes the cooling passage and thus prevents any coating material from entering into the cooling passage during the fabrication process, and the coating is deposited in the array of cells; removing a portion of the coating along the array of cells; and removing the encapsulation to open the cooling passage (78; 178). depositing a coating on the J wall, wherein the wall includes a first side and a second side opposite the first side, the second side includes an array of cells, and a cooling passage (78; 178) that extends through the wall and the coating to an encapsulation over the cooling passage, said encapsulation closes the cooling passage and thus prevents any coating material from entering into the cooling passage during the fabrication process, and the coating is deposited in the array of cells; removing a portion of the coating along the array of cells; and removing the encapsulation to open the cooling passage (78; 178).
Process for the production of a ceramic sintered shaped body containing 3 mol% Y 2 O 3 -stabilized zirconia (3Y-TZP), which sintered shaped body might contain 0.2 to 20 mass% of α-Al 2 O 3 and/or 2 to 15 mass% of unstabilized zirconia, including the steps of: - dispersion of a submicron powder with a fraction of at least 65 mass% of the Y 2 O 3 -stabilized zirconia in water with the aid of a suitable stabilizer to form a slurry with a solids content of 65 mass% to 70 mass%, - comminution of the dispersed submicron powder by means of grinding media having a diameter of less than or equal to 100 μm to the following particle sizes: - d95 of 0.25 μm to less than 0.42 μm, measured by means of sedimentation analysis, - shaping of the dispersion of the comminuted submicron powder by means of slipcasting in plaster molds to form a body, wherein the green density is more than 60% of the theoretical sintered density without isostatic pressing of the body, and - sintering of the body to form the sintered shaped body. - dispersion of a submicron powder with a fraction of at least 65 mass% of the Y 2 O 3 -stabilized zirconia in water with the aid of a suitable stabilizer to form a slurry with a solids content of 65 mass% to 70 mass%, - comminution of the dispersed submicron powder by means of grinding media having a diameter of less than or equal to 100 μm to the following particle sizes: - d95 of 0.25 μm to less than 0.42 μm, measured by means of sedimentation analysis, - d95 of 0.25 μm to less than 0.42 μm, measured by means of sedimentation analysis, - shaping of the dispersion of the comminuted submicron powder by means of slipcasting in plaster molds to form a body, wherein the green density is more than 60% of the theoretical sintered density without isostatic pressing of the body, and - sintering of the body to form the sintered shaped body.
Photobioreactor for cultivating biomass by means of photosynthesis, wherein the biomass has algae, wherein light and optionally carbon dioxide and/or food substances can be supplied inside the bioreactor to an aqueous culture suspension containing biomass, and wherein the photobioreactor has at least the following components: - a photosynthesis member, - a system or compensation container, - a system pump, - a control unit and - a separating and harvesting device, wherein the photobioreactor is configured as a self-sufficient total system, characterised in that the total system is arranged in a container or in a frame which has the corresponding dimensions and which can be stacked accordingly. - a photosynthesis member, - a system or compensation container, - a system pump, - a control unit and - a separating and harvesting device,
An apparatus for extracorporeal blood filtration, the apparatus including a filtration device comprising a housing having inlet and outlet ports and a filter medium disposed in a blood flow path between the inlet and outlet ports, the filter medium comprising a non-woven fabric having porous beads dispersed therein and carrying a porous screen on at least the downstream side thereof, wherein the porous beads are anchored to the fibres of the non-woven fabric by means of adhesive and the diameter of the porous beads is greater than the diameter of the pores of the porous screen or screens.
An alignment device comprising: a suction ring configured to be applied to a patient's eye; a conical holding device comprising a mechanism that releasably engages the suction ring; a semi-circular light source comprising multiple light emitters that are arranged in a pattern with respect to each other, so that the light emitters apply light in the pattern to an eye of a patient; and a viewing device that detects light reflected from said eye when the pattern of light is applied to the eye by the light emitters; whereby the viewing device and the light source are configured to indicate whether said suction ring is centered on said eye based on the orientation and position of the detected light. a suction ring configured to be applied to a patient's eye; a conical holding device comprising a mechanism that releasably engages the suction ring; a semi-circular light source comprising multiple light emitters that are arranged in a pattern with respect to each other, so that the light emitters apply light in the pattern to an eye of a patient; and a viewing device that detects light reflected from said eye when the pattern of light is applied to the eye by the light emitters; whereby the viewing device and the light source are configured to indicate whether said suction ring is centered on said eye based on the orientation and position of the detected light.
An information processing device configured to be connected with a game execution terminal and a management server, the information processing device comprising: a lobby display control unit configured to display an image of a lobby, a virtual space where a plurality of users exchange information, and to display objects associated with the plurality of users at predetermined positions in the lobby; and a room display control unit configured to display an image of a room, a virtual space where at least one of the plurality of users is allowed to form a group and where the users in the lobby can enter, wherein the room display control unit displays the image of the room along with the image of the lobby so that the user presented with the image of the room can know the objects in the lobby, the information processing device further comprising: a mediator unit configured to detect connection with a first game execution terminal and to mediate transmission and reception of game data directly between the first game execution terminal and a second game execution terminal connected to another information processing device, wherein exchange of game data is performed without mediation by the management server. a lobby display control unit configured to display an image of a lobby, a virtual space where a plurality of users exchange information, and to display objects associated with the plurality of users at predetermined positions in the lobby; and a room display control unit configured to display an image of a room, a virtual space where at least one of the plurality of users is allowed to form a group and where the users in the lobby can enter, wherein the room display control unit displays the image of the room along with the image of the lobby so that the user presented with the image of the room can know the objects in the lobby, the information processing device further comprising: a mediator unit configured to detect connection with a first game execution terminal and to mediate transmission and reception of game data directly between the first game execution terminal and a second game execution terminal connected to another information processing device, wherein exchange of game data is performed without mediation by the management server.
A method of operating a memory array, comprising: writing a first logic state to a ferroelectric memory cell; determining that the ferroelectric memory cell has stored the first logic state for a first time period; writing a second logic state to the ferroelectric memory cell based at least in part on the determining that the ferroelectric memory cell has stored the first logic state for the first time period, wherein the second logic state is different from the first logic state; and storing an indicator in a latch, wherein a value of the indicator indicates whether an intended logic state of the ferroelectric memory cell is the first logic state or the second logic state, wherein the latch comprises one latch of a plurality of latches, and wherein the intended logic state of the ferroelectric memory cell is based at least in part on the value being stored by a majority of the plurality of latches. writing a first logic state to a ferroelectric memory cell; determining that the ferroelectric memory cell has stored the first logic state for a first time period; writing a second logic state to the ferroelectric memory cell based at least in part on the determining that the ferroelectric memory cell has stored the first logic state for the first time period, wherein the second logic state is different from the first logic state; and storing an indicator in a latch, wherein a value of the indicator indicates whether an intended logic state of the ferroelectric memory cell is the first logic state or the second logic state, wherein the latch comprises one latch of a plurality of latches, and wherein the intended logic state of the ferroelectric memory cell is based at least in part on the value being stored by a majority of the plurality of latches.
A method to produce an escape route marking in a heatable and deformable support mold, wherein the escape route marking has a transparent cover, a support element and a photoluminescent material, and the method comprises the following steps: a. provide the heatable and deformable support mold, b. insert a support element into the support mold, c. arrange the photoluminescent material on the support element, c. arrange the transparent cover on the support element, e. heat and shape the escape route marking in the support mold and f. harden the escape route marking in the support mold in a predetermined position. a. provide the heatable and deformable support mold, b. insert a support element into the support mold, c. arrange the photoluminescent material on the support element, c. arrange the transparent cover on the support element, e. heat and shape the escape route marking in the support mold and f. harden the escape route marking in the support mold in a predetermined position.
A first anti-cancer agent (i), which is BVD-523 or a pharmaceutically acceptable salt thereof and a second anti-cancer agent (ii), which is a cyclin dependent kinase inhibitor or a pharmaceutically acceptable salt thereof, for use in treating or ameliorating the effects of cancer in a subject, wherein the CDK inhibitor is selected from the group consisting of palbociclib, LEE-011, pharmaceutically acceptable salts thereof, and combinations thereof.
An image formation processing system comprising: an image formation portion for forming an image on a sheet; a sheet receiving portion for receiving a plurality of sheets with images transferred thereto from the image formation portion; a bookbinding section having a gathering portion arranged to receive a plurality of sheets with images transferred thereto from the image formation portion, while gathering the sheets received in the shape of a bundle to form a sheet bundle, and a front cover bonding portion for bonding a front cover to an end face of the sheet bundle with an adhesive; and transport means for conveying the sheet from the image formation portion to the bookbinding section and the sheet receiving portion, wherein the bookbinding section is disposed downstream of the image formation portion in a sheet transport direction, while the sheet receiving portion is disposed downstream of the bookbinding section in a sheet transport direction, the transport means having a first transport path extending from the image formation portion to the bookbinding section, a second transport path for coupling to the first transport path while reaching the gathering portion, a third transport path for coupling to the first transport path while reaching the sheet receiving portion, and switching means for selectively connecting the first transport path to the second transport path or the third transport path, and wherein the front cover bonding portion is provided on the third transport path. an image formation portion for forming an image on a sheet; a sheet receiving portion for receiving a plurality of sheets with images transferred thereto from the image formation portion; a bookbinding section having a gathering portion arranged to receive a plurality of sheets with images transferred thereto from the image formation portion, while gathering the sheets received in the shape of a bundle to form a sheet bundle, and a front cover bonding portion for bonding a front cover to an end face of the sheet bundle with an adhesive; and transport means for conveying the sheet from the image formation portion to the bookbinding section and the sheet receiving portion, wherein the bookbinding section is disposed downstream of the image formation portion in a sheet transport direction, while the sheet receiving portion is disposed downstream of the bookbinding section in a sheet transport direction, the transport means having a first transport path extending from the image formation portion to the bookbinding section, a second transport path for coupling to the first transport path while reaching the gathering portion, a third transport path for coupling to the first transport path while reaching the sheet receiving portion, and switching means for selectively connecting the first transport path to the second transport path or the third transport path, and wherein the front cover bonding portion is provided on the third transport path.
A guide wheel for a gas turbine power plant comprising: a core flow channel having a channel intake flow cross-section, a channel discharge flow cross-section and a discharge guide vane for the flow deflection in a circumferential direction between a vane entry and a vane discharge of the discharge guide vane that is arranged between the channel intake and discharge cross-section, and a bypass flow channel that surrounds the core flow channel and merges with it at its channel discharge flow cross section, wherein in at least one first axial section (AO-AI) between the channel intake and discharge flow cross-section a radial extension of the core flow channel in the circumferential direction varies, in particular periodically, and/or the flow cross-section diverges in the flow-through direction, characterized in that the maximum flow cross-section - at least essentially - is arranged centered between the vane discharge and channel discharge cross-section.
A controller cover utilized for a game controller which a user holds and moves to thereby output operation information in accordance with the motion, the controller cover comprising: a main body portion made of an elastic material, for attachment to an outer surface of said game controller; and a shock absorbing portion formed in a region of said main body portion, said main body portion including: a contact portion having an inner surface for contacting an outer surface of said game controller and a non-contact portion having an inner surface whereby, when the controller cover is attached to game controller said non-contact portion inner surface does not contact said outer surface of the game controller when at rest, thus providing a clearance space between the inner surface of the non-contact portion and the outer surface of the game controller, the controller cover being characterised in that said shock absorbing portion is formed at said non-contact portion such that when said controller cover is attached to a game controller and said controller cover suffers an impact, said non-contact portion is capable of deforming towards the outer surface of the game controller and thus absorb the energy of the impact. a main body portion made of an elastic material, for attachment to an outer surface of said game controller; and a shock absorbing portion formed in a region of said main body portion, a contact portion having an inner surface for contacting an outer surface of said game controller and a non-contact portion having an inner surface whereby, when the controller cover is attached to game controller said non-contact portion inner surface does not contact said outer surface of the game controller when at rest, thus providing a clearance space between the inner surface of the non-contact portion and the outer surface of the game controller,
Electric heating device, particularly for heating a temperature-control medium in an automotive vehicle, comprising a housing which comprises pipe connections for the connection of pipes conducting the temperature-control medium and which encloses a circulation chamber into which heating ribs are projecting, each provided with a U-shaped recess, which open towards a unitary connection chamber which is separated from the circulation chamber by a partition wall provided in the area of the open ends of the U-shaped recesses, wherein the heating ribs are provided one after the other and offset relative to one another and are arranged alternatingly near a wall, so that a meandering flow channel is formed in the circulation chamber, characterized in that a gap which permits a bypass flow is formed between a longitudinal side wall of the housing, which delimits the circulation chamber, and the heating rib, opposite to the flow channel.