mhurhangee/ep-ind-claims huggingface dataset:
An aspect library for use in a computer system having a processor, memory, and an aspect-oriented operating environment, the aspect library for use in creating a software program, the software program comprising one or more software entities that define the overall functionality of the software program, each of the one or more software entities comprising one or more program bodies or one or more object classes, each of the one or more software entities comprising computer executable code which performs one or more functions, the aspect library comprising a plurality of abstract aspects, each abstract aspect comprising: a) a placeholder for specifying a cross-cut that comprises a point in the execution where cross-cutting behavior is to be included; and b) a cross-cut action comprising a piece of implementation associated with the cross-cut, the piece of implementation comprising computer-executable code that implements the cross-cutting behavior; wherein the placeholder is bound to a specific point within the software entity by a defined concrete aspect and the cross-cut action transparently forces the cross-cutting behavior on the software entity. a) a placeholder for specifying a cross-cut that comprises a point in the execution where cross-cutting behavior is to be included; and b) a cross-cut action comprising a piece of implementation associated with the cross-cut, the piece of implementation comprising computer-executable code that implements the cross-cutting behavior;
A vehicle lock-up control method for a vehicle having a torque converter with a lock-up clutch that is arranged between an engine and a transmission, comprising: executing (S5-S13) a lock-up control upon issuance of an engagement request of the lock-up clutch to engage the lock-up clutch through slip control by increasing a lock-up capacity and gradually reducing a slip rotational speed, which is an input-output differential rotational speed of the lock-up clutch, characterized by performing, during the slip control of the lock-up control, a determination of whether or not the slip rotational speed has reached or fallen below a predetermined value, and executing, during the slip control of the lock-up control, an engine torque reduction control that reduces a torque of the engine below a normal torque that is applied in response to a driver's request when it is determined that the slip rotational speed has reached or fallen below the predetermined value and an accelerator pedal depression increase is present. executing (S5-S13) a lock-up control upon issuance of an engagement request of the lock-up clutch to engage the lock-up clutch through slip control by increasing a lock-up capacity and gradually reducing a slip rotational speed, which is an input-output differential rotational speed of the lock-up clutch, characterized by performing, during the slip control of the lock-up control, a determination of whether or not the slip rotational speed has reached or fallen below a predetermined value, and executing, during the slip control of the lock-up control, an engine torque reduction control that reduces a torque of the engine below a normal torque that is applied in response to a driver's request when it is determined that the slip rotational speed has reached or fallen below the predetermined value and an accelerator pedal depression increase is present.
Shrink-fit chuck having a receiving body, having a receiving opening, arranged in the receiving body, for a tool shank, having a storage and collecting space arranged in the front region of the receiving opening, and having at least one coolant feed channel leading to the storage and collecting space, wherein the storage and collecting space is delimited towards the front by an annular web which is arranged at the front end of the receiving opening, wherein the inner diameter of the annular web is adapted to the inner diameter of the receiving opening in such a way that as far as possible no annular gap is present between the annular web and the tool shank, and wherein provision is made in the annular web of multiple outlet openings for exit towards the outside of a coolant conducted into the storage and collecting space via the coolant feed channel, characterized in that the coolant feed channel and the outlet openings are partially or fully offset from one another in a circumferential direction of the receiving body.
A cryogenic liquid expansion turbine having a turbine wheel mounted on a rotary shaft, at least one radial inlet for cryogenic liquid to be expanded in the expansion turbine, at least one bearing (20,22) for the rotary shaft, and a dry gas sealing means characterised in that the dry gas sealing means is at a position along the rotary shaft between the turbine wheel and the said bearing, and in that there is a thermal barrier member between the turbine wheel and the dry gas sealing means, a gas chamber on the dry gas sealing means side of the thermal barrier member, and an inlet for cryogenic gas to the said gas chamber.
A rubber article mold having air discharge means for discharging air from a molding-surface side for molding a rubber article to a back-surface side, the air discharge means comprising: a hole penetrating from a molding surface to a back surface of the rubber article mold; and a valve member disposed within the hole in such a manner as to provide a predetermined clearance between the valve member and a hole wall forming the hole, wherein the hole has an inflow area where the air from the molding-surface side flows in, a discharge area where the air having flowed in from the inflow area is discharged to the back-surface side, and an intermediate area communicating with the inflow area and the discharge area and smaller in diameter than the inflow area and the discharge area, and wherein the valve member has a lead-in part on the molding-surface side, a lead-out part on the back-surface side, and a trunk part connecting the lead-in part with the lead-out part and smaller in diameter than the lead-in part and the lead-out part, characterised in that: the hole and the valve member are obtainable by an additive fabrication process, comprising: casting a laser beam at metal powder and laminating sintered layers, wherein interlinking pieces interlinking the hole wall and the valve member by coming in contact with the hole wall forming the hole and the periphery of the valve member are formed simultaneously on a lower layer side in a lamination direction of the sintered layers within the clearance continuing from the molding-surface side to the back-surface side. a hole penetrating from a molding surface to a back surface of the rubber article mold; and a valve member disposed within the hole in such a manner as to provide a predetermined clearance between the valve member and a hole wall forming the hole, wherein the hole has an inflow area where the air from the molding-surface side flows in, a discharge area where the air having flowed in from the inflow area is discharged to the back-surface side, and an intermediate area communicating with the inflow area and the discharge area and smaller in diameter than the inflow area and the discharge area, and wherein the valve member has a lead-in part on the molding-surface side, a lead-out part on the back-surface side, and a trunk part connecting the lead-in part with the lead-out part and smaller in diameter than the lead-in part and the lead-out part, characterised in that: the hole and the valve member are obtainable by an additive fabrication process, comprising: casting a laser beam at metal powder and laminating sintered layers, wherein interlinking pieces interlinking the hole wall and the valve member by coming in contact with the hole wall forming the hole and the periphery of the valve member are formed simultaneously on a lower layer side in a lamination direction of the sintered layers within the clearance continuing from the molding-surface side to the back-surface side.
Mould for injection-compression moulding comprising: - a punch and a matrix suitable to close on the punch so as to delimit with this an injection chamber to contain the material to be injected, said matrix and punch being axially movable between them with respect to an axial direction (Y-Y) of opening/closing of the mould, - a perimetral ring, slidingly associated to the punch or the matrix, along the axial direction (Y-Y), suitable to define, together with the matrix and the punch, the profile of the injection chamber; characterised in that the perimetral ring comprises an interface profile, intended to engage with the matrix or with the punch, comprising an upper thrust wall, inclined, on which there engages an inclined plane associated to the matrix, so as to generate, in the closing phase of the mould, a force substantially transverse with respect to the axial direction (Y-Y) and with a direction towards the inside of the mould. - a punch and a matrix suitable to close on the punch so as to delimit with this an injection chamber to contain the material to be injected, said matrix and punch being axially movable between them with respect to an axial direction (Y-Y) of opening/closing of the mould, - a perimetral ring, slidingly associated to the punch or the matrix, along the axial direction (Y-Y), suitable to define, together with the matrix and the punch, the profile of the injection chamber;
A method of enabling a transmission scheme in a wireless communication system, the method comprising: generating downlink control information, wherein the DCI has a format selected from at least two different DCI formats; setting a value of one or more bits of a re-interpreted information field (402, 404, 502A, 502B, 504) of the DCI to indicate a transmission scheme selected from at least two transmission schemes; and transmitting the DCI to a device to indicate the selected transmissions scheme. generating downlink control information, wherein the DCI has a format selected from at least two different DCI formats; setting a value of one or more bits of a re-interpreted information field (402, 404, 502A, 502B, 504) of the DCI to indicate a transmission scheme selected from at least two transmission schemes; and transmitting the DCI to a device to indicate the selected transmissions scheme.
A remote controller, comprising: a transmitter; a microphone; a communicator comprising communication circuitry; and a processor configured to, based on the microphone receiving an audio signal which is outputted from an audio output apparatus, control the communicator to transmit the received audio signal to a display apparatus and control the transmitter to transmit a signal for controlling a power of the audio output apparatus to the audio output apparatus, based on information indicating whether a test tone is included in the received audio signal, being received from the display apparatus. a transmitter; a microphone; a communicator comprising communication circuitry; and a processor configured to, based on the microphone receiving an audio signal which is outputted from an audio output apparatus, control the communicator to transmit the received audio signal to a display apparatus and control the transmitter to transmit a signal for controlling a power of the audio output apparatus to the audio output apparatus, based on information indicating whether a test tone is included in the received audio signal, being received from the display apparatus.
A fall-protection apparatus, comprising: a load-bearing cable with an elongate length and a longitudinal axis and with a first end comprising a fastener; a protective shroud that is annularly mounted on the load-bearing cable at a position proximate the first end of the cable, that is slidably movable along at least a portion of the cable, and that comprises a through-passage that is aligned with a long axis of the protective shroud and with the longitudinal axis of the cable and through which an elongate section of the cable extends; and, a sleeve assembly comprising a sleeve that is annularly mounted on the cable at a position proximate the first end of the cable and an informational sheet that is connected to the sleeve and that is configured to be compactable and expandable between a compacted condition and an at least partially extended condition, wherein the protective shroud and the sleeve assembly are configured to be slidably movable relative to each other along the cable, along a direction aligned with the long axis of the protective shroud, between at least a first configuration in which the sleeve assembly resides within the through-passage of the protective shroud with the informational sheet in a compacted condition, and a second configuration in which the sleeve assembly resides outside the through-passage of the protective shroud so that the informational sheet can be extended into an at least partially extended condition. a load-bearing cable with an elongate length and a longitudinal axis and with a first end comprising a fastener; a protective shroud that is annularly mounted on the load-bearing cable at a position proximate the first end of the cable, that is slidably movable along at least a portion of the cable, and that comprises a through-passage that is aligned with a long axis of the protective shroud and with the longitudinal axis of the cable and through which an elongate section of the cable extends; and, a sleeve assembly comprising a sleeve that is annularly mounted on the cable at a position proximate the first end of the cable and an informational sheet that is connected to the sleeve and that is configured to be compactable and expandable between a compacted condition and an at least partially extended condition, wherein the protective shroud and the sleeve assembly are configured to be slidably movable relative to each other along the cable, along a direction aligned with the long axis of the protective shroud, between at least a first configuration in which the sleeve assembly resides within the through-passage of the protective shroud with the informational sheet in a compacted condition, and a second configuration in which the sleeve assembly resides outside the through-passage of the protective shroud so that the informational sheet can be extended into an at least partially extended condition.
A Direct Current, DC, relay comprising: a fixed contactor; a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor; an upper yoke located on an upper side of the movable contactor to cancel electromagnetic repulsive force generated between the fixed contactor and the movable contactor; a support member coupled to the upper yoke and the movable contactor such that the upper yoke and the movable contactor are coupled to each other; and a pin member coupled through the support member to support the movable contactor; characterized in that the pin member comprises: a hollow portion formed along a longitudinal direction of the pin member; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member. a fixed contactor; a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor; an upper yoke located on an upper side of the movable contactor to cancel electromagnetic repulsive force generated between the fixed contactor and the movable contactor; a support member coupled to the upper yoke and the movable contactor such that the upper yoke and the movable contactor are coupled to each other; and a pin member coupled through the support member to support the movable contactor; characterized in that the pin member comprises: a hollow portion formed along a longitudinal direction of the pin member; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member. a hollow portion formed along a longitudinal direction of the pin member; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member.
Sanitary installation part, having an annular chamber, a diffuser, at least one outlet nozzle and at least one aeration opening, wherein the annular chamber is positioned downstream of the diffuser in a flow direction and opens into the at least one outlet nozzle, wherein the at least one aeration opening, via which air from the outside can be supplied for the purpose of generating an aerated water jet, is formed at the outflow side of the at least one outlet nozzle, characterized in that the annular chamber has, above the at least one outlet nozzle, in one longitudinal portion, a contour into which there can fit an ellipse (26, 28) which has a side ratio of greater than 0.433, preferably greater than or equal to 0.45, particularly preferably greater than or equal to 0.5 or even 0.6, of a small semiaxis in relation to a large semiaxis.
Rigid foam system, which comprises a rigid foam and can be converted from a first state to a second state, - wherein the first state is liquid, - the second state is solid and - the volume of the rigid foam system in the second state is at least 5% greater than in the first state, characterized in that - metallic particles are admixed homogeneously as additive with the rigid foam system to increase the thermal conductivity, - a concentration of the admixed metallic particles in the rigid foam system in the first state is above a percolation threshold and - the concentration of the admixed metallic particles in the rigid foam system in the second state is below the percolation threshold. - wherein the first state is liquid, - the second state is solid and - the volume of the rigid foam system in the second state is at least 5% greater than in the first state, - metallic particles are admixed homogeneously as additive with the rigid foam system to increase the thermal conductivity, - a concentration of the admixed metallic particles in the rigid foam system in the first state is above a percolation threshold and - the concentration of the admixed metallic particles in the rigid foam system in the second state is below the percolation threshold.
Heat transfer device component of a temperature control system of an electrical energy store, the heat transfer device component being composed of a carrier material and at least two layers (3, 4), of which a first layer is electrically insulating and a second layer enables temperature control, that is, cooling and heating of the electrical energy store, wherein the carrier material has fibre-reinforced plastic, and/or the carrier material is designed as an organic sheet, a fibre-reinforced tape/organic sheet or a plastics laminate having integrated metal layers (8, 14), characterised in that - the second layer has an electrically operable heating device, and - the second layer has fluid ducts through which a heat transfer device medium can flow, - the heat transfer device component is produced by lamination, coating, pressing, pultrusion, sintering, thermoforming, injection moulding or blow extrusion. - the second layer has an electrically operable heating device, and - the second layer has fluid ducts through which a heat transfer device medium can flow, - the heat transfer device component is produced by lamination, coating, pressing, pultrusion, sintering, thermoforming, injection moulding or blow extrusion.
Method for testing a mobile radio device with the following method steps: generation of a sequence of commands for actuation of a testing device and generation of expected response signals, wherein a signal generator of the testing device generates and transmits signalling messages which allow the production of a connection to the mobile radio device to be tested, simulation of an actual mobile radio network by executing the sequence of commands for actuation of the testing device and transmission of signals to the mobile radio device, reception of uplink messages by means of response signals of the mobile radio device, checking of the uplink messages of the response signals for matching with expected uplink messages of expected response signals, and identification of a deviation of the response signals from the expected response signals, which method is characterised in that a first or a second tolerance mode is selected; in that on identification of a deviation a check is carried out in the first tolerant tolerance mode to determine whether the deviation is a permissible deviation with respect to a mobile radio standard being used and the test is continued when the identified deviation is permissible, and in that on identification of a deviation the test is ended in the second strict tolerance mode, the permissible deviation being a deviation of the response signal for which a base station can interpret the uplink messages of the response signals correctly with respect to the mobile radio standard. generation of a sequence of commands for actuation of a testing device and generation of expected response signals, wherein a signal generator of the testing device generates and transmits signalling messages which allow the production of a connection to the mobile radio device to be tested, simulation of an actual mobile radio network by executing the sequence of commands for actuation of the testing device and transmission of signals to the mobile radio device, reception of uplink messages by means of response signals of the mobile radio device, checking of the uplink messages of the response signals for matching with expected uplink messages of expected response signals, and identification of a deviation of the response signals from the expected response signals, which method is characterised in that a first or a second tolerance mode is selected; in that on identification of a deviation a check is carried out in the first tolerant tolerance mode to determine whether the deviation is a permissible deviation with respect to a mobile radio standard being used and the test is continued when the identified deviation is permissible, and in that on identification of a deviation the test is ended in the second strict tolerance mode, the permissible deviation being a deviation of the response signal for which a base station can interpret the uplink messages of the response signals correctly with respect to the mobile radio standard.
A method for the detection of sulphur containing species, the method comprising: Bringing together a tetrazolium reagent, a suspected sulphur-containing species and a nucleophilic base in non-aqueous conditions. Bringing together a tetrazolium reagent, a suspected sulphur-containing species and a nucleophilic base in non-aqueous conditions.
A method for manufacturing an endless tube pipe for the manufacture of plastic tubes, wherein a flexible substrate band, in particular a laminate, comprising or made of at least one plastic layer, is formed into a tube form and conveyed in a conveying direction along welding means and is welded along its longitudinal edges extending in the conveying direction by forming a longitudinal welding seam, and is afterwards cooled by immediately applying a cooling liquid, characterized in that the cooling liquid is nebulized prior to wetting and the longitudinal welding seam is wetted with cooling liquid mist, and external carrier gas, in particular pressurized gas, is additionally supplied so that cooling liquid mist undergoes a phase change to the gas phase when coming into contact with the tube form and is transported away with the carrier gas.