mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a fake device, the method comprising: a step of assuming a type of a target wireless device which is a target for determining a fake device; a step of selecting a vulnerable point corresponding to the type assumed at the step of assuming; a step of attacking the vulnerable point of the target wireless device, wherein the step of attacking the vulnerable point of the target wireless device comprises generating a vulnerable point attacking message for attacking the vulnerable point selected at the step of selecting the vulnerable point, and transmitting the vulnerable point attacking message to the target wireless device; and a step of determining that the target wireless device is a fake device, when the attack on the vulnerable point of the target wireless device does not succeed. a step of assuming a type of a target wireless device which is a target for determining a fake device; a step of selecting a vulnerable point corresponding to the type assumed at the step of assuming; a step of attacking the vulnerable point of the target wireless device, wherein the step of attacking the vulnerable point of the target wireless device comprises generating a vulnerable point attacking message for attacking the vulnerable point selected at the step of selecting the vulnerable point, and transmitting the vulnerable point attacking message to the target wireless device; and a step of determining that the target wireless device is a fake device, when the attack on the vulnerable point of the target wireless device does not succeed.
An outdoor unit of a refrigeration cycle apparatus, the outdoor unit being configured to be installed in an external-wall internal space of a structure, the outdoor unit comprising: a casing; a heat exchanger accommodated in the casing: the outdoor unit characterised by further compring: a first air-sending device configured to cause air to pass through the heat exchanger and discharge the air to the external-wall internal space; a second air-sending device configured to suck the air discharged to the external-wall internal space by the first air-sending device and discharge the air to an outside of the structure; and a divider that divides an inside of the casing into a first air passage and a second air passage, the heat exchanger and the first air-sending device being disposed in the first air passage, the second air-sending device being disposed in the second air passage. a casing; a heat exchanger accommodated in the casing: the outdoor unit characterised by further compring: a first air-sending device configured to cause air to pass through the heat exchanger and discharge the air to the external-wall internal space; a second air-sending device configured to suck the air discharged to the external-wall internal space by the first air-sending device and discharge the air to an outside of the structure; and a divider that divides an inside of the casing into a first air passage and a second air passage, the heat exchanger and the first air-sending device being disposed in the first air passage, the second air-sending device being disposed in the second air passage. a first air-sending device configured to cause air to pass through the heat exchanger and discharge the air to the external-wall internal space; a second air-sending device configured to suck the air discharged to the external-wall internal space by the first air-sending device and discharge the air to an outside of the structure; and a divider that divides an inside of the casing into a first air passage and a second air passage, the heat exchanger and the first air-sending device being disposed in the first air passage, the second air-sending device being disposed in the second air passage.
A battery cell connector (900, 1300, 1800), comprising: a plurality of segments of a metal conducting sheet, each segment defining a respective plane and having a respective longitudinal axis; a plurality of bends coupling the plurality of segments together into a 3-D object, each bend located between a unique pair of adjacent segments of the plurality of segments, wherein the unique pair of adjacent segments define two distinct respective planes; and at least one spring comprising two respective segments (102-11, 102-12) welded together; wherein: a first segment of the plurality of segments includes one or more first connecting elements for a battery pole of a first battery cell; a second segment of the plurality of segments includes one or more second connecting elements for a battery pole of a second battery cell; the one or more first connecting elements are electrically coupled with the one or more second connecting elements; characterized in that the two respective segments (102-11, 102-12) defining the spring are welded together at their ends and are disposed on respective planes defining an angle between 5 and 30 degrees; wherein the spring forms a tweezer structure including two planar segments having planes separated by a single rotation. a plurality of segments of a metal conducting sheet, each segment defining a respective plane and having a respective longitudinal axis; a plurality of bends coupling the plurality of segments together into a 3-D object, each bend located between a unique pair of adjacent segments of the plurality of segments, wherein the unique pair of adjacent segments define two distinct respective planes; and at least one spring comprising two respective segments (102-11, 102-12) welded together; wherein: a first segment of the plurality of segments includes one or more first connecting elements for a battery pole of a first battery cell; a second segment of the plurality of segments includes one or more second connecting elements for a battery pole of a second battery cell; the one or more first connecting elements are electrically coupled with the one or more second connecting elements; a first segment of the plurality of segments includes one or more first connecting elements for a battery pole of a first battery cell; a second segment of the plurality of segments includes one or more second connecting elements for a battery pole of a second battery cell; the one or more first connecting elements are electrically coupled with the one or more second connecting elements; characterized in that the two respective segments (102-11, 102-12) defining the spring are welded together at their ends and are disposed on respective planes defining an angle between 5 and 30 degrees; wherein the spring forms a tweezer structure including two planar segments having planes separated by a single rotation.
An apparatus comprising: a nozzle assembly; an air cap affixed to the nozzle assembly as a downstream facing component of the nozzle assembly, wherein the nozzle assembly includes an outer wall; wherein the air cap includes a plurality of air wipe passages with outlets defined in a circumferential direction around a downstream facing surface of the air cap, wherein each air wipe passage extends from an interior surface of the air cap to the downstream facing surface of the air cap, winding in a helical direction about a spray axis of the air cap; characterized in that the air cap is connected to the nozzle assembly outboard of the outer wall; wherein an air wipe feed passage is defined between the outer wall and the air cap, wherein the air wipe feed passage is in fluid communication with the air wipe passages. a nozzle assembly; an air cap affixed to the nozzle assembly as a downstream facing component of the nozzle assembly, wherein the nozzle assembly includes an outer wall; wherein the air cap includes a plurality of air wipe passages with outlets defined in a circumferential direction around a downstream facing surface of the air cap, wherein each air wipe passage extends from an interior surface of the air cap to the downstream facing surface of the air cap, winding in a helical direction about a spray axis of the air cap; characterized in that the air cap is connected to the nozzle assembly outboard of the outer wall; wherein an air wipe feed passage is defined between the outer wall and the air cap, wherein the air wipe feed passage is in fluid communication with the air wipe passages.
A composite material comprising: 20-70 parts by weight of thermosetting mixture, the thermosetting mixture including more than one vinyl resin which are liquid at room temperature with the number average molecular weight being less than 10000 containing polar functional groups, and including a polyphenylene ether resin with the number average molecular weight being less than 5000 containing unsaturated double bonds at the molecule terminal; 10-60 parts by weight of fiberglass cloth; 0-55 parts by weight of powder filler; 1-3 parts by weight of cure initiator; 0-35 parts by weight of flame retardant, wherein the liquid vinyl resins with the molecular weight being less than 10000 containing polar functional groups comprise 15%-75% of the weight of the thermosetting mixture, of which the content of 1,2-addition vinyl in the molecular structure is more than or equal to 70%; the liquid vinyl resins with the molecular weight being less than 10000 containing polar functional groups are selected from maleic anhydride modified polybutadiene resin, amine modified polybutadiene resin, terminal carboxyl group modified polybutadiene resin, terminal hydroxyl modified polybutadiene resin, maleic anhydride modified polybutadiene styrene copolymer, and acrylate modified polybutadiene styrene copolymer. 20-70 parts by weight of thermosetting mixture, the thermosetting mixture including more than one vinyl resin which are liquid at room temperature with the number average molecular weight being less than 10000 containing polar functional groups, and including a polyphenylene ether resin with the number average molecular weight being less than 5000 containing unsaturated double bonds at the molecule terminal; 10-60 parts by weight of fiberglass cloth; 0-55 parts by weight of powder filler; 1-3 parts by weight of cure initiator; 0-35 parts by weight of flame retardant, wherein the liquid vinyl resins with the molecular weight being less than 10000 containing polar functional groups comprise 15%-75% of the weight of the thermosetting mixture, of which the content of 1,2-addition vinyl in the molecular structure is more than or equal to 70%; the liquid vinyl resins with the molecular weight being less than 10000 containing polar functional groups are selected from maleic anhydride modified polybutadiene resin, amine modified polybutadiene resin, terminal carboxyl group modified polybutadiene resin, terminal hydroxyl modified polybutadiene resin, maleic anhydride modified polybutadiene styrene copolymer, and acrylate modified polybutadiene styrene copolymer.
A device (300, 600), comprising: an antenna (306, 606) configured to be disposed within a heating cavity of a heating appliance and configured to absorb and couple to an electric field within the heating cavity to induce a voltage at the antenna, wherein the heating appliance includes an electrode (170, 172, 240, 242) configured to emit radio frequency energy into the heating cavity; a voltage sensor coupled to the antenna to measure the voltage induced at the antenna; a wireless communication system; and a controller coupled to the voltage sensor and the wireless communication system, the controller being configured to: receive a first voltage measurement from the voltage sensor, and transmit, using the wireless communication system, an indication of the first voltage measurement to a remote computer system. an antenna (306, 606) configured to be disposed within a heating cavity of a heating appliance and configured to absorb and couple to an electric field within the heating cavity to induce a voltage at the antenna, wherein the heating appliance includes an electrode (170, 172, 240, 242) configured to emit radio frequency energy into the heating cavity; a voltage sensor coupled to the antenna to measure the voltage induced at the antenna; a wireless communication system; and a controller coupled to the voltage sensor and the wireless communication system, the controller being configured to: receive a first voltage measurement from the voltage sensor, and transmit, using the wireless communication system, an indication of the first voltage measurement to a remote computer system. receive a first voltage measurement from the voltage sensor, and transmit, using the wireless communication system, an indication of the first voltage measurement to a remote computer system.
A fitting for a sliding door, having a guide rail, along which at least one runner of the fitting is movable, on which a sliding door is hold-able, wherein at least one safety catch is provided on the runner to avoid dropping out of the runner from the guide rail, whereby the safety catch comprises a pushbutton (8, 8'), which is moved by the force of a force accumulator into a securing position, which protrudes in relation to the runner and is movable against the force of the force accumulator into an engaged position for dropping out, characterized in that the pushbutton (8, 8') is guided on a housing, which is fixed on the runner and the force accumulator is designed as a compression spring, which is positioned at least partially inside the pushbutton (8, 8') or a component arranged in the pushbutton (8, 8').
A stone material reinforcement method comprising the application to a slab of said material of a thermal bonded fabric comprising a warp made of a first series of carbon fibre threads arranged along a first direction and a weft of threads comprising a thermoadhesive polymeric material; said stone material being characterized in that the slab of said material has thickness from 3 to 20 mm, and in that the slab is of marble or granite.
A waste heat recovery apparatus comprising: a heat exchanger configured to evaporate a working fluid with heat from a heat source and generate steam; an expander configured to recover heat energy of the generated steam as power; a condenser configured to condense the steam passing through the expander, an inlet portion of the condenser being arranged above an outlet portion of the expander; a first tank configured to store the working fluid liquefied by the condenser; a reflux portion configured to reflux the liquefied working fluid in the first tank to the heat exchanger; a first passage portion that connects the outlet portion of the expander and the inlet portion of the condenser to each other; and characterized in that the waste heat recovery apparatus further comprises a second passage portion that connects the first passage portion and the first tank to each other. a heat exchanger configured to evaporate a working fluid with heat from a heat source and generate steam; an expander configured to recover heat energy of the generated steam as power; a condenser configured to condense the steam passing through the expander, an inlet portion of the condenser being arranged above an outlet portion of the expander; a first tank configured to store the working fluid liquefied by the condenser; a reflux portion configured to reflux the liquefied working fluid in the first tank to the heat exchanger; a first passage portion that connects the outlet portion of the expander and the inlet portion of the condenser to each other; and characterized in that the waste heat recovery apparatus further comprises a second passage portion that connects the first passage portion and the first tank to each other.
A system for hosting network services, comprising: a network switch configured to provide at least a first virtual device context, VDC, having a first VDC configuration defining a first virtual switch, wherein the first virtual switch is assigned a first set of physical ports of the network switch; and a service node (102, 104) that processes network traffic forwarded by the first virtual switch, wherein the service node (102, 104) includes at least a first port connecting the service node to one of the first set of physical ports associated with the first virtual switch, wherein the service node (102, 104) is configured to process the network traffic forwarded by the first virtual switch based on the first VDC associated with the first virtual switch, and wherein the first VDC configuration provides a shared configuration for the first virtual switch and the service node (102, 104) for processing the network traffic forwarded to the service node (102, 104) by the first virtual switch. a network switch configured to provide at least a first virtual device context, VDC, having a first VDC configuration defining a first virtual switch, wherein the first virtual switch is assigned a first set of physical ports of the network switch; and a service node (102, 104) that processes network traffic forwarded by the first virtual switch, wherein the service node (102, 104) includes at least a first port connecting the service node to one of the first set of physical ports associated with the first virtual switch, wherein the service node (102, 104) is configured to process the network traffic forwarded by the first virtual switch based on the first VDC associated with the first virtual switch, and wherein the first VDC configuration provides a shared configuration for the first virtual switch and the service node (102, 104) for processing the network traffic forwarded to the service node (102, 104) by the first virtual switch.
A control system for controlling movements of an end effector connected to a clutch output of at least two magnetorheological fluid clutch apparatuses (10, 10'), the control system being characterized in that it comprises: a clutch driver configured to drive the at least two MR fluid clutch apparatuses (10, 10') between at least a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatuses (10, 10') varies, and a combined mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold simultaneously for both of the MR fluid clutch apparatuses (10, 10'), the two clutch outputs resisting movement of the end effector in the same direction; a motor driver configured to control a motor output of at least one motor (A, 70, 87, 112, 121), the motor output coupled to at least one clutch input; a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between at least the controlled slippage mode and the combined mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements. a clutch driver configured to drive the at least two MR fluid clutch apparatuses (10, 10') between at least a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatuses (10, 10') varies, and a combined mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold simultaneously for both of the MR fluid clutch apparatuses (10, 10'), the two clutch outputs resisting movement of the end effector in the same direction; a motor driver configured to control a motor output of at least one motor (A, 70, 87, 112, 121), the motor output coupled to at least one clutch input; a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between at least the controlled slippage mode and the combined mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements.
A communication control apparatus comprising: an acquisition unit configured to acquire cell identification information assigned to an individual three-dimensional beam formed by a directional antenna capable of forming a three-dimensional beam; and a control unit configured to control transmission of a reference signal performed using the individual three-dimensional beam, on the basis of the cell identification information, wherein the control unit controls the transmission so that the reference signal is transmitted in a limited portion of available resource blocks. an acquisition unit configured to acquire cell identification information assigned to an individual three-dimensional beam formed by a directional antenna capable of forming a three-dimensional beam; and a control unit configured to control transmission of a reference signal performed using the individual three-dimensional beam, on the basis of the cell identification information, wherein the control unit controls the transmission so that the reference signal is transmitted in a limited portion of available resource blocks.
An implantation system for a vessel filter comprising: a sheath having a longitudinal axis, a lumen formed therein and a distal opening at a distal portion, the sheath having a normally substantially straight configuration, a vessel filter positioned within the lumen of the sheath and configured for deployment through the distal opening in the sheath for implantation in a patient's body, and a pusher slidably positioned with respect to the sheath, the pusher having a body, the body having a proximal end and a distal portion, a hub at the proximal end of the pusher, wherein the pusher is adapted to advance and expose the vessel filter at the distal opening of the sheath, the vessel filter moving to an expanded configuration when deployed from the sheath, wherein the pusher includes a curved tip at the distal portion of the pusher, wherein positioning of the curved tip at the distal portion of the sheath moves the distal portion of the sheath from the substantially straight configuration to a second configuration where the distal portion of the sheath is curved at an angle to a longitudinal axis of the sheath and the distal opening of the sheath faces in a distal direction, and wherein rotation of the hub rotates the pusher and moves the distal opening of the sheath from a position tangent to a vessel wall to a more centered position within the vessel. a sheath having a longitudinal axis, a lumen formed therein and a distal opening at a distal portion, the sheath having a normally substantially straight configuration, a vessel filter positioned within the lumen of the sheath and configured for deployment through the distal opening in the sheath for implantation in a patient's body, and a pusher slidably positioned with respect to the sheath, the pusher having a body, the body having a proximal end and a distal portion, a hub at the proximal end of the pusher, wherein the pusher is adapted to advance and expose the vessel filter at the distal opening of the sheath, the vessel filter moving to an expanded configuration when deployed from the sheath, wherein the pusher includes a curved tip at the distal portion of the pusher, wherein positioning of the curved tip at the distal portion of the sheath moves the distal portion of the sheath from the substantially straight configuration to a second configuration where the distal portion of the sheath is curved at an angle to a longitudinal axis of the sheath and the distal opening of the sheath faces in a distal direction, and wherein rotation of the hub rotates the pusher and moves the distal opening of the sheath from a position tangent to a vessel wall to a more centered position within the vessel.