mhurhangee/ep-ind-claims huggingface dataset:
A heating system, comprising: a box-shaped heating chamber; a heater provided inside said heating chamber, said heater being made of conductive material in an electrical loop; a coil provided outside said heating chamber; a power circuitry for supplying high-frequency current with said coil to generate high-frequency magnetic flux; characterised by a magnetic member arranged so that said heater magnetically interlinks with the high-frequency magnetic flux generated by said coil, wherein said magnetic member has an opening, in which a part of said heater is inserted. a box-shaped heating chamber; a heater provided inside said heating chamber, said heater being made of conductive material in an electrical loop; a coil provided outside said heating chamber; a power circuitry for supplying high-frequency current with said coil to generate high-frequency magnetic flux; characterised by a magnetic member arranged so that said heater magnetically interlinks with the high-frequency magnetic flux generated by said coil, wherein said magnetic member has an opening, in which a part of said heater is inserted.
A method for performing sub-surface measurements on a sample using a scanning probe microscopy system, the system comprising a sensor head including an array of probes with a plurality of probes each comprising a cantilever and a probe tip arranged on the cantilever, the method comprising the steps of: moving the array of probes towards a surface of the sample for enabling contact between the probe tips of the array of probes and the surface, characterized in that the method further comprises the steps of: performing successive measurements wherein consecutively subsets of cantilevers are vibrated in order to emit an acoustic wave in the sample, and then for each successive emitted acoustic wave a return signal is retrieved by each of the cantilevers, determining a transfer function of the whole array based on the successive measurements, and performing a measurement wherein acoustic signals are concurrently emitted by the cantilevers, wherein the acoustic signals are coordinated based on said transfer function in order to direct a focused non-planar wave towards the one or more identified sub-surface features, and then the return signal retrieved by each of the cantilevers is measured for sub-surface characterization. performing successive measurements wherein consecutively subsets of cantilevers are vibrated in order to emit an acoustic wave in the sample, and then for each successive emitted acoustic wave a return signal is retrieved by each of the cantilevers, determining a transfer function of the whole array based on the successive measurements, and performing a measurement wherein acoustic signals are concurrently emitted by the cantilevers, wherein the acoustic signals are coordinated based on said transfer function in order to direct a focused non-planar wave towards the one or more identified sub-surface features, and then the return signal retrieved by each of the cantilevers is measured for sub-surface characterization.
A timepiece wheel train comprising: a rotating body with a shaft unit; a bearing unit that rotatably supports the shaft unit of the rotating body; wherein a lubricating oil in which powder from a diamond-like carbon film is dispersed disposed between the shaft unit and the bearing unit; characterized in that an oil and diamond-like carbon powder retention layer that suppresses spreading of the lubricating oil and retains powder from the diamond-like carbon film is formed on at least one of the shaft unit and bearing unit and is formed by a fluoroplastic coating. a rotating body with a shaft unit; a bearing unit that rotatably supports the shaft unit of the rotating body; wherein a lubricating oil in which powder from a diamond-like carbon film is dispersed disposed between the shaft unit and the bearing unit; characterized in that an oil and diamond-like carbon powder retention layer that suppresses spreading of the lubricating oil and retains powder from the diamond-like carbon film is formed on at least one of the shaft unit and bearing unit and is formed by a fluoroplastic coating.
A dry vacuum pump apparatus comprising: a multistage positive-displacement dry vacuum pump having a final outlet port in a final stage for discharging a gas and an intermediate release outlet port in an intermediate stage for discharging an excessively compressed gas; an exhaust section check valve connected to the final outlet port and having an outlet port; an intermediate section check valve connected to the intermediate release outlet port and having an outlet port; and an exhaust passage connected to the outlet port of the exhaust section check valve and the outlet port of the intermediate section check valve; characterized by: a silencer connected to the exhaust passage and having an outlet port connected to a final exhaust passage which is vented to the atmosphere, wherein the silencer comprises a composite silencer including a resonance-type silencer and an expansion-type silencer; the resonance-type silencer is disposed in an upstream region of the silencer with respect to the direction in which the gas flows through the silencer; and the expansion-type silencer is disposed in a downstream region of the silencer with respect to the direction in which the gas flows through the silencer. a multistage positive-displacement dry vacuum pump having a final outlet port in a final stage for discharging a gas and an intermediate release outlet port in an intermediate stage for discharging an excessively compressed gas; an exhaust section check valve connected to the final outlet port and having an outlet port; an intermediate section check valve connected to the intermediate release outlet port and having an outlet port; and an exhaust passage connected to the outlet port of the exhaust section check valve and the outlet port of the intermediate section check valve; characterized by: a silencer connected to the exhaust passage and having an outlet port connected to a final exhaust passage which is vented to the atmosphere, wherein the silencer comprises a composite silencer including a resonance-type silencer and an expansion-type silencer; the resonance-type silencer is disposed in an upstream region of the silencer with respect to the direction in which the gas flows through the silencer; and the expansion-type silencer is disposed in a downstream region of the silencer with respect to the direction in which the gas flows through the silencer. a silencer connected to the exhaust passage and having an outlet port connected to a final exhaust passage which is vented to the atmosphere, wherein the silencer comprises a composite silencer including a resonance-type silencer and an expansion-type silencer; the resonance-type silencer is disposed in an upstream region of the silencer with respect to the direction in which the gas flows through the silencer; and the expansion-type silencer is disposed in a downstream region of the silencer with respect to the direction in which the gas flows through the silencer.
Method for producing flangeless drawn parts from a flat and/or preformed metal blank (2', 2") using a drawing punch (1', 1"), a blank holder (5', 5") and a drawing die (3', 3"), wherein the drawing die (3', 3") has at least one supporting region (3a', 3a") and at least one wall region (3b', 3b") between which rounded run-in portions are provided and the blank (2', 2") is trimmed during the drawing operation, wherein the blank (2', 2") is trimmed in the supporting region (3a', 3a"), while the drawing operation has not yet been completed, in such a way that the part of the blank (2', 2") that remains in the supporting region (3a', 3a") after trimming is completely drawn into the wall region (3b', 3b") of the drawing die (3', 3") when the drawing punch (1', 1") is moved further into the drawing die (3', 3"), wherein the blank (2', 2") is trimmed using a first cutting edge (4', 4") or rounded portion of the drawing punch (1', 1") and a recess (7', 7") provided in the supporting region (3a', 3a") of the drawing die (3', 3"), characterized in that the blank (2', 2") is calibrated after trimming in the drawing die (3', 3") when the drawing punch (1', 1") reaches its end position using an edging section (6', 6") arranged in the drawing punch (1', 1").
An outdoor unit of a refrigeration apparatus, comprising: a fan that generates a flow of air passing through a heat exchanger and blows the air upward; an electric part that accommodates a group of electric components; and a casing that includes a panel disposed in a predetermined position opposite to the electric part, wherein the panel is divided into at least a first panel and a second panel in a lateral direction in a front view, the first panel is opposed to at least part of the electric part, and the first panel is detachably attached while the second panel remains attached to the casing, wherein, the first panel includes an inclined part configured to make the width of the first panel narrower as the height position goes down in the front view, characterized in that the inclined part is configured as a handle to enable a service person to lift the first panel by hooking a finger onto the inclined part to detach the first panel from the casing. a fan that generates a flow of air passing through a heat exchanger and blows the air upward; an electric part that accommodates a group of electric components; and a casing that includes a panel disposed in a predetermined position opposite to the electric part, wherein the panel is divided into at least a first panel and a second panel in a lateral direction in a front view, the first panel is opposed to at least part of the electric part, and the first panel is detachably attached while the second panel remains attached to the casing, wherein, the first panel includes an inclined part configured to make the width of the first panel narrower as the height position goes down in the front view, characterized in that the inclined part is configured as a handle to enable a service person to lift the first panel by hooking a finger onto the inclined part to detach the first panel from the casing.
An image projector arranged to project an image onto a display plane, wherein the image projector comprises: a processing engine arranged to output a computer-generated diffractive pattern comprising a hologram of an image for projection and a lens function corresponding to a lens having a first optical power; a display device arranged to display the computer-generated diffractive pattern; an optical element between the display device and the display plane, wherein the optical element has a second optical power; a light source arranged to provide off-axis illumination of the display device in order to spatially-modulate light in accordance with the hologram and lens function, wherein the lens function of the computer-generated diffractive pattern and the optical element collectively perform a transform of the hologram such that a reconstruction of the image is formed on the display plane, wherein the display device is tilted with respect to the optical element by a first angle greater than zero and the display plane is tilted with respect to the optical element by a second angle greater than zero, wherein the second angle is less than the first angle. a processing engine arranged to output a computer-generated diffractive pattern comprising a hologram of an image for projection and a lens function corresponding to a lens having a first optical power; a display device arranged to display the computer-generated diffractive pattern; an optical element between the display device and the display plane, wherein the optical element has a second optical power; a light source arranged to provide off-axis illumination of the display device in order to spatially-modulate light in accordance with the hologram and lens function, wherein the lens function of the computer-generated diffractive pattern and the optical element collectively perform a transform of the hologram such that a reconstruction of the image is formed on the display plane, wherein the display device is tilted with respect to the optical element by a first angle greater than zero and the display plane is tilted with respect to the optical element by a second angle greater than zero, wherein the second angle is less than the first angle.
A semiconductor package, comprising: an interposer; a plurality of integrated circuit dice (102, 103, 106, 108, 232, 234) disposed on and intercoupled via the interposer, a first IC die of the plurality of IC dice having a clock speed rating that is greater than a clock speed rating of another of the IC dice; and a plurality of programmable voltage tuners (110, 112, 114, 116, 202, 204) coupled to the plurality of IC dice, respectively, wherein: a first voltage tuner of the plurality of voltage tuners is coupled to the first IC die; the first voltage tuner is programmed to reduce a voltage level of a voltage input to the first voltage tuner and output the reduced voltage to the first IC die; and the voltage tuners (202, 204) are disposed in the interposer. an interposer; a plurality of integrated circuit dice (102, 103, 106, 108, 232, 234) disposed on and intercoupled via the interposer, a first IC die of the plurality of IC dice having a clock speed rating that is greater than a clock speed rating of another of the IC dice; and a plurality of programmable voltage tuners (110, 112, 114, 116, 202, 204) coupled to the plurality of IC dice, respectively, wherein: a first voltage tuner of the plurality of voltage tuners is coupled to the first IC die; the first voltage tuner is programmed to reduce a voltage level of a voltage input to the first voltage tuner and output the reduced voltage to the first IC die; and the voltage tuners (202, 204) are disposed in the interposer. a first voltage tuner of the plurality of voltage tuners is coupled to the first IC die; the first voltage tuner is programmed to reduce a voltage level of a voltage input to the first voltage tuner and output the reduced voltage to the first IC die; and the voltage tuners (202, 204) are disposed in the interposer.
A method for handling acknowledgements from nodes in a wireless radio ad-hoc network, comprising: transmitting, by a gateway, a radio signalling to nodes (110a-110j) in said wireless radio ad-hoc network, said transmitted radio signalling being addressed to and requiring acknowledgement from at least one node in said wireless radio ad-hoc network; receiving said transmitted signal by a node of the nodes (110a-110j) in the wireless radio ad-hoc network, wherein said reception triggers counting of a timer in said node of the nodes, sending, by the gateway, a configuration to the nodes (110a-110j) of how long each of said timers is to count; receiving, by a first node in said wireless radio ad-hoc network, a first radio signalling from at least one of said other nodes (110b-110j), wherein said received first radio signalling is sent as a signalling by a node of said other nodes (110b-110j) upon expiry of said respective timer, receiving, by the gateway, a second radio signalling from said first node, wherein said received second radio signalling is forwarded by the first node upon expiry of said respective timer; and wherein said first and second radio signalling comprises one in-packet Bloom Filter, iBF, (510a,510b) comprising acknowledgement of said transmitted radio signalling from at least one of said nodes (110a-110j). transmitting, by a gateway, a radio signalling to nodes (110a-110j) in said wireless radio ad-hoc network, said transmitted radio signalling being addressed to and requiring acknowledgement from at least one node in said wireless radio ad-hoc network; receiving said transmitted signal by a node of the nodes (110a-110j) in the wireless radio ad-hoc network, wherein said reception triggers counting of a timer in said node of the nodes, sending, by the gateway, a configuration to the nodes (110a-110j) of how long each of said timers is to count; receiving, by a first node in said wireless radio ad-hoc network, a first radio signalling from at least one of said other nodes (110b-110j), wherein said received first radio signalling is sent as a signalling by a node of said other nodes (110b-110j) upon expiry of said respective timer, receiving, by the gateway, a second radio signalling from said first node, wherein said received second radio signalling is forwarded by the first node upon expiry of said respective timer;
A scheduling apparatus comprising: a frequency assignment setting section adapted to set a resource block group size according to both a system bandwidth and a number of clusters to be assigned to a terminal apparatus; wherein the resource block group size is a number of contiguous resource blocks included in a respective resource block group, and wherein each of the clusters comprises one or more resource block groups according to the set resource block group size; and and wherein the scheduling apparatus further comprises: a scheduler adapted to assign a frequency resource to the terminal apparatus based on the resource block group size that is set by the frequency assignment setting section; characterized in that a value, which is set as the resource block group size, depends on the system bandwidth and the number of clusters; and wherein each cluster assigned to the terminal apparatus is separated from another cluster, which is also assigned to the terminal apparatus, in the frequency domain. a frequency assignment setting section adapted to set a resource block group size according to both a system bandwidth and a number of clusters to be assigned to a terminal apparatus; wherein the resource block group size is a number of contiguous resource blocks included in a respective resource block group, and wherein each of the clusters comprises one or more resource block groups according to the set resource block group size; and and wherein the scheduling apparatus further comprises: a scheduler adapted to assign a frequency resource to the terminal apparatus based on the resource block group size that is set by the frequency assignment setting section; characterized in that a value, which is set as the resource block group size, depends on the system bandwidth and the number of clusters; and wherein each cluster assigned to the terminal apparatus is separated from another cluster, which is also assigned to the terminal apparatus, in the frequency domain. a scheduler adapted to assign a frequency resource to the terminal apparatus based on the resource block group size that is set by the frequency assignment setting section; characterized in that a value, which is set as the resource block group size, depends on the system bandwidth and the number of clusters; and wherein each cluster assigned to the terminal apparatus is separated from another cluster, which is also assigned to the terminal apparatus, in the frequency domain.
A functionalized silica particle comprising a silica having an average particle size of 50 microns or less; and a zinc-amino acid complex adsorbed to a surface of said silica, wherein the zinc-amino acid complex comprises zinc-lysine complex.
A surgical instrument, comprising: a housing; an end effector assembly; a movable handle including first and second cantilever spring arms (47,48), the movable handle movable relative to the housing between a spaced-apart position and an approximated position, wherein, the first cantilever spring arm is flexed upon movement of the movable handle from the spaced-apart position towards the approximated position to thereby bias the movable handle towards the spaced-apart position; and a drive assembly operably coupled between the movable handle and the end effector assembly such that movement of the movable handle from the spaced-apart position towards the approximated position moves the end effector assembly from an open position towards a clamping position for clamping tissue, wherein the second cantilever spring arm is flexed upon application of a threshold pressure to tissue clamped by the end effector assembly to control a pressure applied to tissue clamped by the end effector assembly. a housing; an end effector assembly; a movable handle including first and second cantilever spring arms (47,48), the movable handle movable relative to the housing between a spaced-apart position and an approximated position, wherein, the first cantilever spring arm is flexed upon movement of the movable handle from the spaced-apart position towards the approximated position to thereby bias the movable handle towards the spaced-apart position; and a drive assembly operably coupled between the movable handle and the end effector assembly such that movement of the movable handle from the spaced-apart position towards the approximated position moves the end effector assembly from an open position towards a clamping position for clamping tissue, wherein the second cantilever spring arm is flexed upon application of a threshold pressure to tissue clamped by the end effector assembly to control a pressure applied to tissue clamped by the end effector assembly.
Method of transmitting information in a wireless network having packet losses and comprising a plurality of nodes, the plurality of nodes comprising a source node and other nodes (12b... 12i) including at least one intermediate relay node and at least one destination node, in which the plurality of nodes in the network can overhear and store information that they receive with a sufficiently high signal to noise plus interference ratio and wherein random linear network coding is used by the at least one intermediate relay node to combine packets that the at least one intermediate relay node receives from other nodes, before repromulgating the received information, the method comprising: transmitting a random linear combination of coded packets from the source node to the other nodes (12b...12i) in the network; characterized in that it also comprises: at all nodes within reception range of the at least one intermediate relay node, determining how many degrees of freedom the at least one intermediate relay node has already received based upon information which has been overheard or directly transmitted from other nodes, node location information or a probabilistic channel model knowledge; based upon the determined degrees of freedom, transmitting a new random linear combination of coded packets from one or more nodes within reception range of the at least one intermediate node to one or more of the other nodes in the network wherein the number of degrees of freedom received by the other nodes, or from blocks from other flows of which the at least one intermediate relay node has knowledge are piggybacked on the new random linear combination of coded packets. at all nodes within reception range of the at least one intermediate relay node, determining how many degrees of freedom the at least one intermediate relay node has already received based upon information which has been overheard or directly transmitted from other nodes, node location information or a probabilistic channel model knowledge; based upon the determined degrees of freedom, transmitting a new random linear combination of coded packets from one or more nodes within reception range of the at least one intermediate node to one or more of the other nodes in the network wherein the number of degrees of freedom received by the other nodes, or from blocks from other flows of which the at least one intermediate relay node has knowledge are piggybacked on the new random linear combination of coded packets.