mhurhangee/ep-ind-claims huggingface dataset:
Object detection system for an inductive power transfer system, in particular for transferring power to a vehicle on a surface of a route, wherein the object detection system comprises at least one LC oscillating circuit (14, 14a, 14b) and at least one driving circuit, wherein an input side of the driving circuit is connected to a power supply circuit and an output side of the driving circuit is connected to the at least one LC oscillating circuit (14, 14a, 14b), wherein the driving circuit provides an alternating current voltage to the at least one oscillating circuit (14, 14a, 14b), characterized in that the object detection system comprises at least one means for capturing an input power to the driving circuit provided by the power supply circuit, wherein the object detection system comprises at least one detection means for detecting a foreign object depending on the captured input power.
Signal processing device for processing skin conductance data of a user, the device comprising: - an input unit for receiving a skin conductance data signal indicative of a skin conductance of the user; - a segmentation unit for segmenting the skin conductance data signal into a plurality of epochs; - a peak detection unit for detecting peaks in the skin conductance data signal; - a calculation unit for calculating a sum of rising edge amplitudes of the detected peaks per epoch; - an analysis unit configured to classify the user into an emotional state based on a transient behavior of said sums of rising edge amplitudes per epoch during the course of a period of time; and an output unit configured to output an output signal indicative of said emotional state; characterized in that said period of time is a day; and the analysis unit is configured - to classify the user into an unhealthy tired state when the sum of rising edge amplitudes per epoch increases during the course of the day; and - to classify the user into a healthy tired state when the sum of rising edge amplitudes per epoch decreases during the course of the day; wherein the analysis unit is configured to classify the user into said emotional state based on a comparison of the sum of rising edge amplitudes of one or more epochs at a beginning of the day with the sum of rising edge amplitudes of one or more epochs at an end of the day; - an input unit for receiving a skin conductance data signal indicative of a skin conductance of the user; - a segmentation unit for segmenting the skin conductance data signal into a plurality of epochs; - a peak detection unit for detecting peaks in the skin conductance data signal; - a calculation unit for calculating a sum of rising edge amplitudes of the detected peaks per epoch; - an analysis unit configured to classify the user into an emotional state based on a transient behavior of said sums of rising edge amplitudes per epoch during the course of a period of time; and an output unit configured to output an output signal indicative of said emotional state; - to classify the user into an unhealthy tired state when the sum of rising edge amplitudes per epoch increases during the course of the day; and - to classify the user into a healthy tired state when the sum of rising edge amplitudes per epoch decreases during the course of the day;
A method for changing a selected home operator, SHO, of a machine to machine equipment, M2ME, characterized in that, a Universal Integrated Circuit Card, UICC, and a trusted environment, TRE, functional entity are independently located in the M2ME, and an International Mobile Subscriber Identity, IMSI, is stored in the UICC; wherein the method comprises: the M2ME establishing a connection with a registered operator, RO, by the TRE functional entity, and the RO registering the M2ME in a new SHO; after a verification of the M2ME by the new SHO via a platform Validation Authority, PVA, is passed successfully, the new SHO sending a new IMSI to the RO or authorizing the RO to provide the new IMSI; the RO sending the new IMSI to the M2ME through the connection established by the TRE functional entity; the M2ME using the new IMSI to replace an old IMSI in the UICC; before performing the step of the M2ME establishing a connection with the RO via the TRE functional entity, also performing: after the RO receives the old IMSI information of the M2ME, the RO activating the TRE functional entity in the M2ME with a connection provided by an old SHO; or after the old SHO receives the old IMSI information of the M2ME, the old SHO activating the TRE functional entity in the M2ME with a connection currently in use or by means of over-the-air, OTA. the M2ME establishing a connection with a registered operator, RO, by the TRE functional entity, and the RO registering the M2ME in a new SHO; after a verification of the M2ME by the new SHO via a platform Validation Authority, PVA, is passed successfully, the new SHO sending a new IMSI to the RO or authorizing the RO to provide the new IMSI; the RO sending the new IMSI to the M2ME through the connection established by the TRE functional entity; the M2ME using the new IMSI to replace an old IMSI in the UICC; before performing the step of the M2ME establishing a connection with the RO via the TRE functional entity, also performing: after the RO receives the old IMSI information of the M2ME, the RO activating the TRE functional entity in the M2ME with a connection provided by an old SHO; or after the old SHO receives the old IMSI information of the M2ME, the old SHO activating the TRE functional entity in the M2ME with a connection currently in use or by means of over-the-air, OTA. after the RO receives the old IMSI information of the M2ME, the RO activating the TRE functional entity in the M2ME with a connection provided by an old SHO; or after the old SHO receives the old IMSI information of the M2ME, the old SHO activating the TRE functional entity in the M2ME with a connection currently in use or by means of over-the-air, OTA.
A duvet or blanket, formed of a plurality of sections (52, 54, 56), releasably coupleable together for assembly or disassembly of the duvet or blanket, wherein said sections include: two end sections (52, 54), each of a trapezium shape, comprising a straight edge for forming an end edge of the duvet or blanket, a pair of parallel edges (64a, 64b) joining the straight edge for forming sections of side edges of the duvet or blanket, and a slanted edge opposing the straight edge, and at least one triangular middle section, having a base edge for forming a further section of a side edge of the duvet or blanket, and two opposed slanted edges (74a, 74b) extending from the base edge having slant angles complementary to one another and to the slanted edges of the similar end sections, thereby permitting tessellation of the at least one triangular middle section with the end sections to form the assembled duvet or blanket. two end sections (52, 54), each of a trapezium shape, comprising a straight edge for forming an end edge of the duvet or blanket, a pair of parallel edges (64a, 64b) joining the straight edge for forming sections of side edges of the duvet or blanket, and a slanted edge opposing the straight edge, and at least one triangular middle section, having a base edge for forming a further section of a side edge of the duvet or blanket, and two opposed slanted edges (74a, 74b) extending from the base edge having slant angles complementary to one another and to the slanted edges of the similar end sections, thereby permitting tessellation of the at least one triangular middle section with the end sections to form the assembled duvet or blanket.
Pump for dishwashing machines, comprising an electric motor, an impeller and electronic motor control circuitry, said electric motor being able to rotate said impeller, said electronic motor control circuitry being able to control said electric motor, said electronic motor control circuitry comprising connections connectable to an additional electric motor of an additional pump; said electronic motor control circuitry comprising a logical unit, and a power electronics unit; characterized in that said electronic motor control circuitry further comprises a switching unit controlled by said logical unit which commands the connection of the power electronics unit alternatively to the electric motor or to the additional electric motor.
Apparatus for picking load goods, comprising a picking chute, comprising a tongue, which can be moved into the picking chute and can be moved out of the picking chute, for loading with load goods, and comprising wipe-off means which, as the tongue is moved out of the picking chute, wipe load goods from the top side of the tongue onto a load goods carrier, wherein means for lifting a free end of the tongue, that is at the front in the moving in direction of the tongue, in the direction of an upper end of the picking chute are provided and wherein the tongue, in the state in which it is fully moved into the picking chute and is not loaded, is arranged obliquely at least in sections in the direction of an upper end of the picking chute, wherein the means for lifting have a guide track, wherein the tongue is fastened to a roller carriage, wherein the roller carriage moves along the guide track as the tongue is moved into the picking chute and as the tongue is moved out of the picking chute, wherein a portion of the guide track runs obliquely to a moving in direction of the tongue and in the direction of an upper end of the picking chute, characterized in that the guide track runs substantially horizontally, that is to say perpendicularly to a central longitudinal axis of the picking chute, and only rises in its last portion, so that the portion is of ramp-like design at least in sections.
A method of extracting headspace vapor, the method comprising the steps of: providing a vessel holding headspace vapor containing analytes to be measured; inserting a receptacle into the vessel; pressurizing the vessel by communicating carrier gas from a carrier gas inlet through the receptacle and into the vessel; venting the headspace vapor and carrier gas in the vessel through an adsorbent, which adsorbs analytes in the headspace vapor, and out a vent; and controlling the flow of the carrier gas carrying the headspace vapor as it is vented such that the rate of flow is regulated so as according maintain constant the flow rate through the adsorbent as the pressure decreases due to depletion of headspace vapor in the vessel, wherein the adsorbent is hydrophobic, and the method includes the further steps of purging the adsorbent of moisture by venting additional carrier gas through the adsorbent and out the vent; and, subsequently, desorbing the analytes adsorbed by the adsorbent. providing a vessel holding headspace vapor containing analytes to be measured; inserting a receptacle into the vessel; pressurizing the vessel by communicating carrier gas from a carrier gas inlet through the receptacle and into the vessel; venting the headspace vapor and carrier gas in the vessel through an adsorbent, which adsorbs analytes in the headspace vapor, and out a vent; and controlling the flow of the carrier gas carrying the headspace vapor as it is vented such that the rate of flow is regulated so as according maintain constant the flow rate through the adsorbent as the pressure decreases due to depletion of headspace vapor in the vessel, wherein the adsorbent is hydrophobic, and the method includes the further steps of purging the adsorbent of moisture by venting additional carrier gas through the adsorbent and out the vent; and, subsequently, desorbing the analytes adsorbed by the adsorbent.
An apparatus for assessing hot coal fallout propensity of burning cigarettes based on human behavior features of ash-flicking action, comprising: a holding unit for holding a cigarette; a suction unit connectable to one end of the cigarette at a contact surface to suck the cigarette; a flicking unit disposed adjacent to the holding unit, and the flicking unit being capable of flicking the cigarette; and a control unit coupled with the suction unit and the flicking unit, respectively, to control suction and flicking actions, characterized in that the flicking unit comprises: a flicking arm; and a flicking hammer disposed at one end of the flicking arm to flick the cigarette under driving of the flicking arm, and an angle between the flicking arm and the cigarette being between 30°-60° when the cigarette is held by the holding unit and when the flicking hammer is in contact with the cigarette, wherein the angle is formed by the center line of the flicking arm and the symmetry plane of the cigarette in the top view when a flicking arm moves to be parallel to a horizontal plane. a holding unit for holding a cigarette; a suction unit connectable to one end of the cigarette at a contact surface to suck the cigarette; a flicking unit disposed adjacent to the holding unit, and the flicking unit being capable of flicking the cigarette; and a control unit coupled with the suction unit and the flicking unit, respectively, to control suction and flicking actions, characterized in that the flicking unit comprises: a flicking arm; and a flicking hammer disposed at one end of the flicking arm to flick the cigarette under driving of the flicking arm, and an angle between the flicking arm and the cigarette being between 30°-60° when the cigarette is held by the holding unit and when the flicking hammer is in contact with the cigarette, wherein the angle is formed by the center line of the flicking arm and the symmetry plane of the cigarette in the top view when a flicking arm moves to be parallel to a horizontal plane. a flicking arm; and a flicking hammer disposed at one end of the flicking arm to flick the cigarette under driving of the flicking arm, and an angle between the flicking arm and the cigarette being between 30°-60° when the cigarette is held by the holding unit and when the flicking hammer is in contact with the cigarette, wherein the angle is formed by the center line of the flicking arm and the symmetry plane of the cigarette in the top view when a flicking arm moves to be parallel to a horizontal plane.
A method for server management in a communications network, comprising: receiving, by a surrogate manager server, SM, from a topology manager, TM, a request for a serving surrogate server, SS; determining (2614, 2702), by the SM, a best SS based on information available at the SM, the information including network statistics, server statistics, server status, network topology, network load, or access constraints; on a condition that the best SS is in a connected server state: transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining, by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. receiving, by a surrogate manager server, SM, from a topology manager, TM, a request for a serving surrogate server, SS; determining (2614, 2702), by the SM, a best SS based on information available at the SM, the information including network statistics, server statistics, server status, network topology, network load, or access constraints; on a condition that the best SS is in a connected server state: transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining, by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining, by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. determining, by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS.
Hot water unit with a water line, comprising at least one water inflow, which leads water from a wall connection to the hot water unit, and at least one water outflow, leading from the unit towards a water discharge point, and at least one heating device, where the hot water unit has at its water inflow at least one means for the dosing of additives for chemically changing the water quality, characterised in that at least one second means for the dosing of additives for chemically changing the water quality is arranged in the water line, wherein the second means for the dosing of additives is arranged at the water outflow of the hot water unit.
A torque-limiting driver comprising: a body having a handle; an upper cylindrical shank comprising a plastic material or a composite including plastic; a lower cylindrical shank comprising a plastic material or a composite including plastic and having a drive socket; a nut; a spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; a shaft having a workpiece-engaging tip and a drive connection engaged within the drive socket of the lower cylindrical shank, the shaft extending axially through the lower cylindrical shank, the upper cylindrical shank, and the spring and connected to the nut, and the shaft having a lumen extending across an axial length of the shaft; and, wherein the upper cylindrical shank and the lower cylindrical shank engage for relative rotation, and wherein the upper cylindrical shank and the lower cylindrical shank disengage when a predetermined torque limit is exceeded. a body having a handle; an upper cylindrical shank comprising a plastic material or a composite including plastic; a lower cylindrical shank comprising a plastic material or a composite including plastic and having a drive socket; a nut; a spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; a shaft having a workpiece-engaging tip and a drive connection engaged within the drive socket of the lower cylindrical shank, the shaft extending axially through the lower cylindrical shank, the upper cylindrical shank, and the spring and connected to the nut, and the shaft having a lumen extending across an axial length of the shaft; and, wherein the upper cylindrical shank and the lower cylindrical shank engage for relative rotation, and wherein the upper cylindrical shank and the lower cylindrical shank disengage when a predetermined torque limit is exceeded.
A sliding component comprising: a pair of sliding parts (3, 5) of annular shapes, the sliding parts (3, 5) having respective sliding faces sliding relatively to each other, at least one of the sliding faces being provided with a positive pressure generation mechanism with a positive pressure generation groove and a negative pressure generation mechanism with a negative pressure generation groove, the positive pressure generation groove and the negative pressure generation groove being separated from an opposite-to-sealed-fluid side by a land, and a deep groove deeper than a groove depth of the positive pressure generation groove and the negative pressure generation groove being located at least on the opposite-to-sealed-fluid side of the positive pressure generation groove and the negative pressure generation groove, and the deep groove being provided in such a manner as to communicate at least with a sealed fluid side, wherein the deep groove includes a radius-direction groove and circumferential grooves, the positive pressure generation groove or the negative pressure generation groove is radially spaced in a plurality of rows, and the circumferential grooves are arranged on the opposite-to-sealed-fluid side of the positive pressure generation groove and the negative pressure generation groove, characterized in that the circumferential grooves are also arranged in a radial direction space between the positive pressure generation groove and the negative pressure generation groove. a pair of sliding parts (3, 5) of annular shapes, the sliding parts (3, 5) having respective sliding faces sliding relatively to each other, at least one of the sliding faces being provided with a positive pressure generation mechanism with a positive pressure generation groove and a negative pressure generation mechanism with a negative pressure generation groove, the positive pressure generation groove and the negative pressure generation groove being separated from an opposite-to-sealed-fluid side by a land, and a deep groove deeper than a groove depth of the positive pressure generation groove and the negative pressure generation groove being located at least on the opposite-to-sealed-fluid side of the positive pressure generation groove and the negative pressure generation groove, and the deep groove being provided in such a manner as to communicate at least with a sealed fluid side, wherein the deep groove includes a radius-direction groove and circumferential grooves, the positive pressure generation groove or the negative pressure generation groove is radially spaced in a plurality of rows, and the circumferential grooves are arranged on the opposite-to-sealed-fluid side of the positive pressure generation groove and the negative pressure generation groove, characterized in that the circumferential grooves are also arranged in a radial direction space between the positive pressure generation groove and the negative pressure generation groove.
An insulation pad for insulating a pipe at a temperature of greater than 260°C (500 degrees F) comprising: a binderless pack of glass fibers; wherein the glass fibers are mechanically entangled by needling such that the binderless pack has a density of from 72 kg/m 3 to 88 kg/m 3 (4.5 to 5.5 pounds per cubic foot); wherein the glass fibers have a diameter range of from 3.8μm to 4.8 μm (15 HT to 19 HT); an envelope disposed around the binderless pack of glass fibers. a binderless pack of glass fibers; wherein the glass fibers are mechanically entangled by needling such that the binderless pack has a density of from 72 kg/m 3 to 88 kg/m 3 (4.5 to 5.5 pounds per cubic foot); wherein the glass fibers have a diameter range of from 3.8μm to 4.8 μm (15 HT to 19 HT); an envelope disposed around the binderless pack of glass fibers.