mhurhangee/ep-ind-claims huggingface dataset:
A magnetron comprising: an anode cylinder; a cathode side tube hermetically coupled to a lower portion of the anode cylinder; and a shield cylinder comprising: a cylindrical part extending in a substantially vertical direction; and a flange part connected to the cylindrical part and extending in a substantially horizontal direction over an entire periphery of the cylindrical part; the shield cylinder being electrically coupled to the cathode side tube at a lower end of the anode cylinder; characterized in that the shield cylinder further comprises a folded part in which a portion of the flange part is folded toward the cathode side tube and which contacts the cathode side tube, and a boundary between the cylindrical part and the flange part of the shield cylinder does not make contact with the boundary between a cylindrical part and a flange part of the cathode side tube and does not make contact with the flange part of the cathode side tube. an anode cylinder; a cathode side tube hermetically coupled to a lower portion of the anode cylinder; and a shield cylinder comprising: a cylindrical part extending in a substantially vertical direction; and a flange part connected to the cylindrical part and extending in a substantially horizontal direction over an entire periphery of the cylindrical part; the shield cylinder being electrically coupled to the cathode side tube at a lower end of the anode cylinder; characterized in that the shield cylinder further comprises a folded part in which a portion of the flange part is folded toward the cathode side tube and which contacts the cathode side tube, and a boundary between the cylindrical part and the flange part of the shield cylinder does not make contact with the boundary between a cylindrical part and a flange part of the cathode side tube and does not make contact with the flange part of the cathode side tube. a cylindrical part extending in a substantially vertical direction; and a flange part connected to the cylindrical part and extending in a substantially horizontal direction over an entire periphery of the cylindrical part; the shield cylinder being electrically coupled to the cathode side tube at a lower end of the anode cylinder; characterized in that the shield cylinder further comprises a folded part in which a portion of the flange part is folded toward the cathode side tube and which contacts the cathode side tube, and a boundary between the cylindrical part and the flange part of the shield cylinder does not make contact with the boundary between a cylindrical part and a flange part of the cathode side tube and does not make contact with the flange part of the cathode side tube.
Weighing/conveying apparatus for weighing and for transporting goods to be weighed, having a conveying device on which goods to be weighed are positionable and a weighing device by means of which the weight of the goods to be weighed on the conveying device is determinable, wherein the conveying device has a conveyor belt, a support device on which the conveyor belt is guided, and at least one transport roller (18; 20) for the conveyor belt, characterized in that the support device has a support body with a support plate on which opposing side pieces (64a, 64b) are formed, wherein the support body is produced with the support plate and the side pieces (64a, 64b) from one single metal sheet, and in that the at least one transport roller (18; 20) is held by means of the opposing side pieces (64a, 64b), in that stabilization struts (94, 96) are arranged on the support body, wherein a first stabilization strut and a second stabilization strut are each connected to opposing face-side transverse struts (76, 92) and arranged between the first stabilization strut and the second stabilization strut is a connecting web which is connected to the first stabilization strut and the second stabilization strut, in that the first stabilization strut, the connecting web, and the second stabilization strut are connected in one piece to form a strut combination, in that the strut combination has a U-profile or C-profile with a profile extension direction substantially in parallel to a transport direction, and in that the connecting web has at least one continuous recess by means of which a space, which is delimited by the support body, the first stabilization strut, the second stabilization strut, and the connecting web, is outwardly open.
A method comprising: identifying one or more current contextual attributes of a current context of a user; setting a current value of a stored interestedness threshold based at least in part on the one or more identified current contextual attributes, wherein setting the current value of the stored interestedness threshold comprises adjusting the current value of the stored interestedness threshold to offset an impact that an identified current contextual attribute of the one or more identified current contextual attributes is expected to have on measured physiological parameters of the user; obtaining one or more current physiological measurements of the user; deriving an interestedness score based at least in part on the one or more obtained current physiological measurements; comparing the derived interestedness score to the current value of the stored interestedness threshold; and initiating video recording of a scene by a wearable computing device when the derived interestedness score exceeds the current value of the stored interestedness threshold. identifying one or more current contextual attributes of a current context of a user; setting a current value of a stored interestedness threshold based at least in part on the one or more identified current contextual attributes, wherein setting the current value of the stored interestedness threshold comprises adjusting the current value of the stored interestedness threshold to offset an impact that an identified current contextual attribute of the one or more identified current contextual attributes is expected to have on measured physiological parameters of the user; obtaining one or more current physiological measurements of the user; deriving an interestedness score based at least in part on the one or more obtained current physiological measurements; comparing the derived interestedness score to the current value of the stored interestedness threshold; and initiating video recording of a scene by a wearable computing device when the derived interestedness score exceeds the current value of the stored interestedness threshold.
An apparatus for the parallel evacuation of a plurality of vacuum insulation bodies, characterized by: a plurality of evacuation positions, with each of the evacuation positions comprising: an evacuation coupling for placing onto an evacuation stub of a vacuum insulation body to be evacuated; an evacuation line that extends from the evacuation coupling; and a push switch that is connected to the evacuation line; a first vacuum system that is connected to the plurality of push switches of the plurality of evacuation positions and that is able to generate a vacuum having a first pressure level; and a second vacuum system that is connected to the plurality of push switches of the plurality of evacuation positions and that is able to generate a vacuum having a second pressure level different from the first pressure level; with each push switch of an evacuation position being configured to switch the evacuation line between the first vacuum system and the second vacuum system. an evacuation coupling for placing onto an evacuation stub of a vacuum insulation body to be evacuated; an evacuation line that extends from the evacuation coupling; and a push switch that is connected to the evacuation line; a first vacuum system that is connected to the plurality of push switches of the plurality of evacuation positions and that is able to generate a vacuum having a first pressure level; and a second vacuum system that is connected to the plurality of push switches of the plurality of evacuation positions and that is able to generate a vacuum having a second pressure level different from the first pressure level; with each push switch of an evacuation position being configured to switch the evacuation line between the first vacuum system and the second vacuum system.
A process for preparing a hybrid polyester-polyether polyol comprising reacting a carboxyl group-containing component and an epoxide component, in the presence of one or more of a double metal cyanide catalyst, a superacid catalyst, a metal salt of a superacid catalyst and/or a tertiary amine catalyst, under conditions such that a hybrid polyester-polyether polyol, having, as properties induced by the reaction, a polydispersity index that is less than 1.5, an unsaturation that is less than 0.01 meq/g, and an acid number that is less than 2.0 mg/g as potassium hydroxide, is formed, wherein the superacid catalyst and/or the metal salt of a superacid catalyst is present in an amount ranging from 10 to 10,000 parts per million, based on the weight of the hybrid polyester-polyether polyol, wherein the epoxide compound is selected from the group consisting of ethylene oxide, propylene oxide, butylene oxide, 1-octene oxide, epoxides having from 9 to 16 carbon atoms, and combinations thereof, and polydispersity index is defined as the weight average molar mass/number average molar mass ratio as determined by gel permeation chromatography, unsaturation is determined according to ASTM D4671, and acid number is measured as potassium hydroxide mg/g according and determined by potentiometric titration of a methanolic solution of the sample with standard methanolic KOH solution (0.01 N).
Article of clothing which at least in portions can be stretched in at least one direction, and the construction/cut of which is formed such that in the state applied to the human body, it remains fixed in the correct position, with at least one sensor (25, 26, 27, 28, 29, 30) for detecting at least one bodily function such as skin resistance, respiration, pulse, cardiac currents, body temperature, perspiration and similar, wherein the sensor (25, 26, 27, 28, 29, 30) is attached to the article of clothing by means of a belt (31, 34) which is stretchable at least in portions and configured to emit an electrical signal, with at least one further belt (31, 34) for connection of at least one further sensor (25, 26, 27, 28, 29, 30), and with a connecting cable which is secured in the article of clothing in order to create the electrical connection to the sensor (25, 26, 27, 28, 29, 30), wherein the belt (31, 34) and the connecting cable form an F-shaped configuration, and wherein isolated individual cores running as threads in the belt (31, 34) are provided for contacting the sensors (25, 26, 27, 28, 29, 30), characterised in that the connecting cable is a two-layered structure with two layers (67, 68) which are separated from each other and folded to form an F-shaped configuration, or that the connecting cable is a ribbon cable which is separated and folded longitudinally to form the F-shaped configuration.
A displacement machine according to the spiral principle, in particular a scroll compressor, with a high-pressure area that comprises a high-pressure chamber, a low-pressure chamber and an orbiting displacement spiral, which engages into a counterspiral in such a way as to form compression chambers (65a, 65b, 65c, 65d) between the displacement spiral and the counterspiral, so as to receive a working medium, wherein a backpressure chamber is formed between the low-pressure chamber and the displacement spiral, characterized in that the displacement spiral has just one passageway, which at least temporarily establishes a fluid connection between the backpressure chamber and at least one of the compression chambers (65a, 65b, 65c, 65d), wherein the passageway is formed in a section of the displacement spiral of the kind in which the passageway is open in the activated state of the displacement machine upon reaching 85 % to 100 %, in particular 90 % to 100 %, in particular 95 %, of the relative displacement chamber volume, and remains open during a rotation of the displacement spiral that follows the opening by a rotational angle of 120° to 360°, in particular of 255° to 315°, in particular of 270°, wherein a gas connection line is formed from the high-pressure area of the displacement machine to the backpressure chamber.
An interactive identity, ID, server, comprising: an interface coupled to a network to receive a tag ID of a near field communication, NFC, tag and a reader ID of an NFC reader (60, 70) in communication with the NFC tag (60, 70), one of the NFC tag (60, 70) and NFC reader (60, 70) being on a mobile device of a user, the interface further coupled to the network to communicate with a legacy ID server, the legacy ID server further receives the tag ID and the reader ID and authorizes the user's access to an area based on the tag ID and the reader ID; and a processor coupled to the interface to receive the tag ID and the reader ID and operable to determine content related to the area based on the tag ID and the reader ID and enable the content determined to be related to the area to be delivered the mobile device based on an indication received from the legacy ID server that the user is authorized to access the area.. an interface coupled to a network to receive a tag ID of a near field communication, NFC, tag and a reader ID of an NFC reader (60, 70) in communication with the NFC tag (60, 70), one of the NFC tag (60, 70) and NFC reader (60, 70) being on a mobile device of a user, the interface further coupled to the network to communicate with a legacy ID server, the legacy ID server further receives the tag ID and the reader ID and authorizes the user's access to an area based on the tag ID and the reader ID; and a processor coupled to the interface to receive the tag ID and the reader ID and operable to determine content related to the area based on the tag ID and the reader ID and enable the content determined to be related to the area to be delivered the mobile device based on an indication received from the legacy ID server that the user is authorized to access the area..
A leg wear (01, 31) in the form of trousers or of a skirt, comprising a lower cloth portion (06, 36) which faces the body, and a top cloth portion (05, 35) which overlaps the lower cloth portion (06, 36), wherein the cloth portions (05, 06 or 35, 36) can be removably connected to each other by means of closing means (25, 26), and comprising a lower waistband portion (04, 34) which faces the body and adjoins the lower cloth portion (06, 36) at the top, and a top waistband portion (03, 33) which overlaps the lower waistband portion (04, 34) and adjoins the top cloth portion (05, 35), the waistband portions (03, 04 or 33, 34) coming to rest at the same height when the leg wear (01, 31) is used in a common manner, wherein on the lower waistband portion (04, 34) a lower guiding part of a sliding guide is arranged, a top guiding part being slidable relative to the lower guiding part along a guiding path, which results in a change of the waistband width of the leg wear (01, 31), characterized in that the top guiding part is arranged on the top waistband portion (03, 33), wherein the sliding guide is formed in the manner of a dovetail guide, wherein the lower guiding part has a top guide rail and a lower guide rail (15a, 15b), which (15a, 15b) can be enclosed by the top guiding part, and wherein the top guiding part can be hooked into the top or lower guide rail (15a, 15b) and can be clipped onto the lower or top guide rail (15b, 15a) by being pivoted about the top or lower guide rail (15a, 15b).
A control device for controlling a gas turbine combined cycle system having: a turbine; a compressor; a heat recovery steam boiler; a first fuel gas heater that uses as a heat source a heated water led out of the heat recovery steam boiler to perform heat exchange between the heated water and a fuel gas guided to a combustor; a first valve provided in a line sending the heated water to the first fuel gas heater; a second fuel gas heater using as a heat source bleed air from the compressor to perform heat exchange between the bleed air and the fuel gas guided to the combustor; and a second valve provided in a line sending the bleed air to the second fuel gas heater, characterized in that the control device executes control to open the second valve at a time of starting the gas turbine combined cycle system when a temperature of the heated water is equal to or lower than a second predetermined value, and does not execute control to open the second valve when the temperature of the heated water is higher than the second predetermined value.
A device with a rotating magnet, characterized by comprising a vertically driven revolving axle positioned along a vertical axis and rotatable in a horizontal plane, wherein the vertically driven revolving axle is connected to a motor, a upper end of the vertically driven revolving axle is connected to a gear set, the gear set meshes with a driving gear, a base revolving plate is fixed on an upper portion of the driving gear, and a magnetic assembly is installed on the base revolving plate.
A projectile for use in a simulated fan-blade-off ballistic test, wherein the projectile has an ellipsoid body having a blind axial bore extending from a first axial end, the blind axial bore for housing a weight adjustment body; the projectile characterised in that it further includes at least one insert housed within the axial bore between the blind end of the axial bore and the weight adjustment body, the insert initially fixing the weight adjustment body in place by virtue of the high frictional resistance between the insert and the walls of the axial bore and then allowing controlled movement of the weight adjustment body within the axial bore when forces on the weight adjustment body during impact of the projectile exceed the frictional resistance of the friction device.
A circuitry for transmitting data to a receiver in a wireless local area network communication system, comprising: a candidate channel determination portion configured to determine a candidate channel list including at least two channels not being occupied by other devices or because of disturbances and being available for transmission at the circuitry; a transmitting portion configured to transmit a request packet including said candidate channel list via a channel in the candidate channel list; and a receiving portion configured to receive at least one response packet via at least one selected channel included in the candidate channel list from at least one receiver in response to the request packet, said at least one selected channel being available for reception at the at least one receiver; wherein, when the response packet is received via at least two selected channels, the transmitting portion is configured to transmit a data packet to the receiver via a combined channel corresponding to a combination of at least two contiguous or non-contiguous channels of the at least two selected channels. a candidate channel determination portion configured to determine a candidate channel list including at least two channels not being occupied by other devices or because of disturbances and being available for transmission at the circuitry; a transmitting portion configured to transmit a request packet including said candidate channel list via a channel in the candidate channel list; and a receiving portion configured to receive at least one response packet via at least one selected channel included in the candidate channel list from at least one receiver in response to the request packet, said at least one selected channel being available for reception at the at least one receiver; wherein, when the response packet is received via at least two selected channels, the transmitting portion is configured to transmit a data packet to the receiver via a combined channel corresponding to a combination of at least two contiguous or non-contiguous channels of the at least two selected channels.
An optical cable, without a central strength member, the optical cable comprising: at least one multi-fiber unit tube dimensioned to receive a plurality of optical fibers, the unit tube being substantially circular and having an inner diameter; a stacked plurality of optical fiber ribbons positioned within the multi-fiber unit tube, the stacked plurality of optical fiber ribbons having a diagonal length (d); and a filling material disposed between the stacked plurality of optical fiber ribbons and the multi-fiber unit tube, wherein the ratio of the diagonal length (d) of the stacked plurality of optical fiber ribbons to the inner diameter of the multi-fiber unit tube is at least 0.90; and a protective jacket formed around the at least one multi-fiber unit tube, CHARACTERIZED IN THAT the modulus of the at least one multi-fiber unit tube is less than 482.63 N/mm 2. at least one multi-fiber unit tube dimensioned to receive a plurality of optical fibers, the unit tube being substantially circular and having an inner diameter; a stacked plurality of optical fiber ribbons positioned within the multi-fiber unit tube, the stacked plurality of optical fiber ribbons having a diagonal length (d); and a filling material disposed between the stacked plurality of optical fiber ribbons and the multi-fiber unit tube, wherein the ratio of the diagonal length (d) of the stacked plurality of optical fiber ribbons to the inner diameter of the multi-fiber unit tube is at least 0.90; and a protective jacket formed around the at least one multi-fiber unit tube, CHARACTERIZED IN THAT the modulus of the at least one multi-fiber unit tube is less than 482.63 N/mm 2.
An apparatus, comprising: means for receiving a control signal from a user-operated control apparatus for controlling a remote apparatus, wherein the control signal is a composite signal comprising a command signal for controlling the remote apparatus and a user noise signal; means for extracting the user noise signal from the received control signal by subtracting from the control signal one or more known command signals for possible control actions of the remote apparatus; means for determining if the user noise signal meets one or more predetermined criteria; and means for authenticating a user of the control apparatus at least partially based on the user noise signal determination. means for receiving a control signal from a user-operated control apparatus for controlling a remote apparatus, wherein the control signal is a composite signal comprising a command signal for controlling the remote apparatus and a user noise signal; means for extracting the user noise signal from the received control signal by subtracting from the control signal one or more known command signals for possible control actions of the remote apparatus; means for determining if the user noise signal meets one or more predetermined criteria; and means for authenticating a user of the control apparatus at least partially based on the user noise signal determination.