mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a cooking appliance by a control terminal, the cooking appliance comprising - a control interface, - a receiving means designed to contain both a certain quantity of food and fat, - a means for shaking the food contained in the receiving means, the receiving means and the shaking means being designed to be moved against one another so as to automatically coat the food with a film of fat by stirring the food with the fat within said receiving means and - a main heating means which is designed to generate a heating flow above the receiving means oriented so as to substantially hit at least some of the food, characterised in that the control method comprises the following steps: - selecting on the terminal a control instruction (Ins) comprising at least one datum relative to a type of food selected; - transferring to the control interface according to the communication protocol (com) of said control instruction (Ins) comprising at least the datum relative to the type of food selected and starting the cooking; - monitoring the temperature of the cooking appliance by temperature measurements so as to determine at the end of a time, the quantity and size of food introduced in the receiving means, so as to calculate a cooking time (Tp) necessary for cooking the quantity and the size of food introduced. - a control interface, - a receiving means designed to contain both a certain quantity of food and fat, - a means for shaking the food contained in the receiving means, - a main heating means which is designed to generate a heating flow above the receiving means oriented so as to substantially hit at least some of the food, - selecting on the terminal a control instruction (Ins) comprising at least one datum relative to a type of food selected; - transferring to the control interface according to the communication protocol (com) of said control instruction (Ins) comprising at least the datum relative to the type of food selected and starting the cooking; - monitoring the temperature of the cooking appliance by temperature measurements so as to determine at the end of a time, the quantity and size of food introduced in the receiving means, so as to calculate a cooking time (Tp) necessary for cooking the quantity and the size of food introduced.
A power reception device, comprising: a vehicle-side resonant portion mountable in a vehicle and resonating, through an electromagnetic field, with a facility-side resonant portion provided in an external facility; and a vehicle-side support including a first support member supporting said vehicle-side resonant portion, and a second support member spaced apart from said vehicle-side resonant portion and supporting said first support member; and a housing configured to contain said vehicle-side resonant portion and said vehicle-side support, said housing including a lid portion and a shield, said shield being provided with an opening, said lid portion being formed to close said opening, wherein said second support member is fixed to said lid portion and said shield, the dielectric tangent of said first support member is smaller than the dielectric tangent of said second support member, and said first support member is made of fluorine resin. a vehicle-side resonant portion mountable in a vehicle and resonating, through an electromagnetic field, with a facility-side resonant portion provided in an external facility; and a vehicle-side support including a first support member supporting said vehicle-side resonant portion, and a second support member spaced apart from said vehicle-side resonant portion and supporting said first support member; and a housing configured to contain said vehicle-side resonant portion and said vehicle-side support, said housing including a lid portion and a shield, said shield being provided with an opening, said lid portion being formed to close said opening, wherein said second support member is fixed to said lid portion and said shield, the dielectric tangent of said first support member is smaller than the dielectric tangent of said second support member, and said first support member is made of fluorine resin.
A solid-state image sensor for detecting one or more photons, of the type comprising a plurality of pixels sensitive to said photons, each of said pixels comprising a logic unit and an avalanche photodiode operatively connected to said logic unit, the logic unit of each pixel being operatively connected to the logic unit of at least an adjacent pixel, characterized in that the logic unit of each pixel is configured to output an electrical signal relative to the captured information by the same pixel to the image sensor through a specific output channel, said electrical signal being different from the electrical signals provided by the logic units of the remaining pixels, the logic unit of each pixel outputting said electric signal when the avalanche photodiode belonging to the same pixel and the avalanche photodiode belonging to at least an adjacent pixel each detect at least one photon within a time window (W T).
An aircraft comprising: a fuselage; a tail; an upswept afterbody beginning at a breakline of the fuselage; and a plurality of drag reducing elements, each of the drag reducing elements | having a first end and a second end; wherein the drag reducing elements are positioned on each side of the aircraft fuselage beginning at the breakline and extending rearward toward the tail; and the first end of each drag reducing element is raised relative to the second end thereof; characterized in that the drag reducing elements are planar elements; and the each of the drag reducing elements is positioned nose-up at an angle relative to the direction of airflow about the fuselage at the location of the drag reducing element. a fuselage; a tail; an upswept afterbody beginning at a breakline of the fuselage; and a plurality of drag reducing elements, each of the drag reducing elements | having a first end and a second end; wherein the drag reducing elements are positioned on each side of the aircraft fuselage beginning at the breakline and extending rearward toward the tail; and the first end of each drag reducing element is raised relative to the second end thereof; characterized in that the drag reducing elements are planar elements; and the each of the drag reducing elements is positioned nose-up at an angle relative to the direction of airflow about the fuselage at the location of the drag reducing element.
An underwater cleaning device for marine life on sealing surfaces of a gate, adapted for cleaning marine life attached to sealing surfaces of a gate of a building structure, the underwater cleaning device comprising a main structure, a cleaning structure installed on the main structure, and a rigging structure fixed to the main structure, wherein the rigging structure is connected with a lifting device to drive the cleaning structure to move to a corresponding position on the sealing surfaces of the gate, and the cleaning structure is configured to clean the marine life on the sealing surfaces of the gate when the cleaning structure moves to the corresponding position on the sealing surfaces of the gate; wherein the main structure comprises a truss arranged laterally and a moving carrier slidably provided on the truss, the cleaning structure comprises a nozzle structure, a delivery pipe and a reel device, the delivery pipe is configured to provide jetting fluid to the nozzle structure, the nozzle structure comprises a first nozzle for cleaning an upper sealing surface of the sealing surfaces and a second nozzle for cleaning a lower sealing surface of the sealing surfaces, and the first nozzle and the second nozzle are mounted on the moving carrier; the reel device is mounted on the truss characterized in that the reel device is configured to release or rewind the delivery pipe with a movement of the moving carrier, and the reel device comprises a reel body, a left guide wheel and a right guide wheel, the delivery pipe is wound on the reel body and is located between the left guide wheel and the right guide wheel. wherein the main structure comprises a truss arranged laterally and a moving carrier slidably provided on the truss, the cleaning structure comprises a nozzle structure, a delivery pipe and a reel device, the delivery pipe is configured to provide jetting fluid to the nozzle structure, the nozzle structure comprises a first nozzle for cleaning an upper sealing surface of the sealing surfaces and a second nozzle for cleaning a lower sealing surface of the sealing surfaces, and the first nozzle and the second nozzle are mounted on the moving carrier; the reel device is mounted on the truss characterized in that the reel device is configured to release or rewind the delivery pipe with a movement of the moving carrier, and the reel device comprises a reel body, a left guide wheel and a right guide wheel, the delivery pipe is wound on the reel body and is located between the left guide wheel and the right guide wheel.
A belt cleaning device comprising: an endless belt which has a bearing surface for bearing a toner image and is configured to be rotated in a predetermined direction, and a cleaning unit which is arranged to face the bearing surface and configured to remove residual toner remaining on the bearing surface; characterized by a toner rubbing portion which is arranged to face the bearing surface at a side upstream of the cleaning unit in the rotating direction of the belt and configured to charge the residual toner to an original charge polarity thereof by rubbing the residual toner; wherein: the toner rubbing portion includes brush bristles whose tips are faced toward the bearing surface and which are charged when rubbing the residual toner; the brush bristles include first bristle-like bodies to be positively charged by rubbing the residual toner and second bristle-like bodies to be negatively charged by rubbing the residual toner; and the first and second bristle-like bodies (41,42) are alternately arranged in a width direction of the endless belt. an endless belt which has a bearing surface for bearing a toner image and is configured to be rotated in a predetermined direction, and a cleaning unit which is arranged to face the bearing surface and configured to remove residual toner remaining on the bearing surface; characterized by a toner rubbing portion which is arranged to face the bearing surface at a side upstream of the cleaning unit in the rotating direction of the belt and configured to charge the residual toner to an original charge polarity thereof by rubbing the residual toner; wherein: the toner rubbing portion includes brush bristles whose tips are faced toward the bearing surface and which are charged when rubbing the residual toner; the brush bristles include first bristle-like bodies to be positively charged by rubbing the residual toner and second bristle-like bodies to be negatively charged by rubbing the residual toner; and the first and second bristle-like bodies (41,42) are alternately arranged in a width direction of the endless belt. the toner rubbing portion includes brush bristles whose tips are faced toward the bearing surface and which are charged when rubbing the residual toner; the brush bristles include first bristle-like bodies to be positively charged by rubbing the residual toner and second bristle-like bodies to be negatively charged by rubbing the residual toner; and the first and second bristle-like bodies (41,42) are alternately arranged in a width direction of the endless belt.
A lithium ion conducting electrolyte comprising at least one non-fluorinated organic solvent and at least one lithium salt, characterised in that it further comprises a non-fluorinated ionic liquid consisting of the association of a cation which is a compound including at least one nitrogen atom, the positive charge of which is carried by said nitrogen atom and a borate anion, the cation corresponding to the following formula: wherein: - N + and R 27 form together an alicyclic group; - R 28 and R 29 represent, independently of each other, a linear alkyl group comprising from 1 to 5 carbon atoms. - N + and R 27 form together an alicyclic group; - R 28 and R 29 represent, independently of each other, a linear alkyl group comprising from 1 to 5 carbon atoms.
A support plate manufactured from a plastic in the injection moulding process, with several side walls (3, 4) forming a closed frame, with a large number of recesses worked into or formed into the support plate into each of which a holding body can be inserted or clipped, in which case the holding body is held in an orientated position on the support plate and with a rectangular-shaped passage opening worked into or formed from the corresponding side walls (3, 4) of the support plate, in which case the internal contour of the passage opening is adapted to the external contour of a stiffening strip and with the stiffening strip being held in a positive-locking way with an oriented position in the passage opening, characterized in that, the wall of the passage opening which faces outwards has an open design, that the outward-facing wall of the passage opening has L or U-shaped projections, that on each of the side walls (3, 4) of the support plate it is possible to push a stiffening strip into each of the passage openings and that the L or U-shaped projections partially enclose the corresponding stiffening strip in the installed condition and are firmly connected to the support plate.
A mobile communication system comprising: a plurality of first radio units, each being installed in a plurality of first cells making up a first area; a plurality of second radio units, each being installed in a plurality of second cells making up a second area being separated from the first area; a first radio control unit constantly connected to a plurality of the first radio units that serve half of traffic peak in the first area and constantly connected to a plurality of the second radio units that serve half of traffic peak in the second area; a second radio control unit constantly connected to the remaining plurality of the first radio units and constantly connected to the remaining plurality of the second radio units; and an upper controller connected to the first radio control unit and the second radio control unit. a plurality of first radio units, each being installed in a plurality of first cells making up a first area; a plurality of second radio units, each being installed in a plurality of second cells making up a second area being separated from the first area; a first radio control unit constantly connected to a plurality of the first radio units that serve half of traffic peak in the first area and constantly connected to a plurality of the second radio units that serve half of traffic peak in the second area; a second radio control unit constantly connected to the remaining plurality of the first radio units and constantly connected to the remaining plurality of the second radio units; and an upper controller connected to the first radio control unit and the second radio control unit.
A device for vitrification cryopreservation of a cell or tissue, comprising: a support; and a vitrification solution absorber (2, 2a-2d) including at least an adhesive layer and a vitrification solution absorbing layer in the given order on the support, the device including a portion with no adhesive layer disposed between the support and a portion of the vitrification solution absorbing layer configured to hold a cell or tissue. a support; and a vitrification solution absorber (2, 2a-2d) including at least an adhesive layer and a vitrification solution absorbing layer in the given order on the support, the device including a portion with no adhesive layer disposed between the support and a portion of the vitrification solution absorbing layer configured to hold a cell or tissue.
An information processing apparatus, comprising: a favorite list acquisition unit (74, 86) configured to acquire a favorite list serving as a list of contents on which a favorite operation expressing a positive impression of a user has been performed; a unique information acquisition unit configured to acquire, when one of the contents is selected from the favorite list, unique information which is unique to the selected content serving as the content selected from the favorite list; and a search result acquisition unit configured to acquire a search result obtained by searching for contents with the selected content as a keyword. a favorite list acquisition unit (74, 86) configured to acquire a favorite list serving as a list of contents on which a favorite operation expressing a positive impression of a user has been performed; a unique information acquisition unit configured to acquire, when one of the contents is selected from the favorite list, unique information which is unique to the selected content serving as the content selected from the favorite list; and a search result acquisition unit configured to acquire a search result obtained by searching for contents with the selected content as a keyword.
A panic handle or panic bar with an indicator assembly for ordinary and extraordinary maintenance of said panic handle or bar, said panic handle or bar comprising a frame, which is adapted to be integral with an installation leaf, furthermore comprising an actuation device and a closure element that is controlled by said actuation device, and at least one sensor for detecting the configuration of said actuation device, a control and management unit with at least one memory element for storing the number of events that correspond to a configuration change and an indicator, said sensor being controlled by a control and management unit, said control and management unit being connected to said indicator, which can be activated upon reaching a preset number of configuration transitions, said actuation device having an active configuration, which corresponds to the retraction of the element, and a passive configuration, which corresponds to the element extracted for closure, characterized in that said sensor is installed on a slider and can slide on said frame by way of the action of said actuation device, at least one reference element that is integral with said fixed frame and faces said sensor being detectable by said sensor at a configuration of mutual alignment, which corresponds to an arrangement selected between the extracted arrangement and the retracted arrangement of said element, said reference elements that are integral with said fixed frame and face said sensor are two in number, each reference element being detectable by said sensor at a respective mutual alignment configuration that corresponds, in a first case, to the extracted arrangement of said element and, in a second case, to the retracted arrangement of said element.
A base station apparatus used in a mobile communication system to which an OFDM scheme is applied in downlink, comprising: a scheduler configured to perform assignment of radio resources to a user apparatus (100 n) for each subframe; a control channel generation unit configured to generate a control channel for reporting a result of scheduling by the scheduler to the user apparatus; and a mapping unit (33-x, 34-x) configured to map the control channel and a data channel, wherein control information includes information indicating a radio resource amount used for the control channel, characterized in that the mapping unit is configured to map the control channel to a predetermined number of OFDM symbols from the start of a subframe formed by plural OFDM symbols, to map the control information to subcarriers in a first OFDM symbol of the subframe such that the subcarriers are not used in neighbour cells, to map the control information to consecutive two subcarriers, and to map a control resource block of each user to an OFDM symbol within three OFDM symbols in which the control channel is mapped, wherein the base station apparatus is configured to perform two antenna transmission by space frequency block coding. a scheduler configured to perform assignment of radio resources to a user apparatus (100 n) for each subframe; a control channel generation unit configured to generate a control channel for reporting a result of scheduling by the scheduler to the user apparatus; and a mapping unit (33-x, 34-x) configured to map the control channel and a data channel,
A method for building a part with a deposition-based additive manufacturing system having a deposition head that deposits a composite including a polymer-based binder and a powdered sinterable metal, the method comprising: receiving a first tool path for a layer of the part by a controller, wherein the received first tool path comprises a perimeter contour segment; receiving a second tool path for a layer of the part by the controller, wherein the received second tool path comprises a parallel segment adjacent the perimeter contour segment; moving the deposition head to deposit the composite in a pattern that follows the perimeter contour segment of the received first tool path to produce a perimeter path of the composite; and moving the deposition head to deposit the composite in a pattern that follows the parallel segment of the received second tool path to produce a stress-offsetting retrograde adjacent path of the composite, wherein the perimeter path and the stress-offsetting retrograde adjacent path are deposited in retrograde directions with respect to one another so that directions of residual stress within the polymer-based binder of the composite are opposite in the perimeter path and the stress-offsetting retrograde adjacent path. receiving a first tool path for a layer of the part by a controller, wherein the received first tool path comprises a perimeter contour segment; receiving a second tool path for a layer of the part by the controller, wherein the received second tool path comprises a parallel segment adjacent the perimeter contour segment; moving the deposition head to deposit the composite in a pattern that follows the perimeter contour segment of the received first tool path to produce a perimeter path of the composite; and moving the deposition head to deposit the composite in a pattern that follows the parallel segment of the received second tool path to produce a stress-offsetting retrograde adjacent path of the composite, wherein the perimeter path and the stress-offsetting retrograde adjacent path are deposited in retrograde directions with respect to one another so that directions of residual stress within the polymer-based binder of the composite are opposite in the perimeter path and the stress-offsetting retrograde adjacent path.