mhurhangee/ep-ind-claims huggingface dataset:
Ultrasonic actuator device, comprising: - an actuator arm arrangement including a first actuator section and a second actuator section, wherein the first actuator section is adapted for coupling with a support structure and the second actuator section is movable relative to the first actuator section, and - an ultrasonic driver device including at least one ultrasonic driver unit (21 - 28) being coupled with at least one of the first and second actuator sections (11, 12) for driving the actuator arm arrangement and for providing a movement of the second actuator section relative to the first actuator section, wherein - the actuator arm arrangement is movable with at least two degrees of freedom, characterized in that - the at least one ultrasonic driver unit (21 - 28) is adapted for creating an acoustic streaming in a fluid medium coupled with the actuator arm arrangement, wherein - the acoustic streaming is adapted for generating a driving force moving and/or setting the actuator arm arrangement in space. - an actuator arm arrangement including a first actuator section and a second actuator section, wherein the first actuator section is adapted for coupling with a support structure and the second actuator section is movable relative to the first actuator section, and - an ultrasonic driver device including at least one ultrasonic driver unit (21 - 28) being coupled with at least one of the first and second actuator sections (11, 12) for driving the actuator arm arrangement and for providing a movement of the second actuator section relative to the first actuator section, wherein - the actuator arm arrangement is movable with at least two degrees of freedom, - the at least one ultrasonic driver unit (21 - 28) is adapted for creating an acoustic streaming in a fluid medium coupled with the actuator arm arrangement, wherein - the acoustic streaming is adapted for generating a driving force moving and/or setting the actuator arm arrangement in space.
An exhaust gas cooler having an outer housing and a heat exchanger insert which is arranged therein and has pipes around which exhaust gas flows transversely in an inner housing and through at least a portion of which a coolant of a first coolant circuit flows, characterized in that at least regions of the outer housing, in particular side walls are cooled by a second cooling circuit which is separated from the first cooling circuit.
A method for encoding video data, comprising: choosing a directional mode for intra prediction for a block of a 2D picture corresponding to an immersive video, the 2D picture represented in a first format suitable for encoding, wherein the picture is for rendering in a second format which corresponds to a projection from a 3D surface on which the 2D picture is mapped; determining a look-up table from among a plurality of LUTs based on the directional mode and a mapping of the location of the block on the 3D surface, wherein the plurality of LUTs respectively correspond to a plurality of directional modes and block locations; determining (1050, 1230) a plurality of reference samples in reconstructed blocks adjacent to the block; forming a predicted block for the block based on the LUT, wherein the LUT includes a plurality of entries, and an entry at (x, y) location in the LUT represents a position of a single one of the reference samples to use at (x, y) location in the predicted block, wherein, to form the predicted block based on the LUT, the reference samples are respectively propagated or copied into a set of corresponding sample locations in the prediction block along a plurality of non-straight curves based on the LUT, and wherein the plurality of non-straight curves in the 2D picture which are represented by the plurality of entries map to straight lines in the projection from the 3D surface; encoding the directional mode; and encoding a difference between the block and the predicted block. choosing a directional mode for intra prediction for a block of a 2D picture corresponding to an immersive video, the 2D picture represented in a first format suitable for encoding, wherein the picture is for rendering in a second format which corresponds to a projection from a 3D surface on which the 2D picture is mapped; determining a look-up table from among a plurality of LUTs based on the directional mode and a mapping of the location of the block on the 3D surface, wherein the plurality of LUTs respectively correspond to a plurality of directional modes and block locations; determining (1050, 1230) a plurality of reference samples in reconstructed blocks adjacent to the block; forming a predicted block for the block based on the LUT, wherein the LUT includes a plurality of entries, and an entry at (x, y) location in the LUT represents a position of a single one of the reference samples to use at (x, y) location in the predicted block, wherein, to form the predicted block based on the LUT, the reference samples are respectively propagated or copied into a set of corresponding sample locations in the prediction block along a plurality of non-straight curves based on the LUT, and wherein the plurality of non-straight curves in the 2D picture which are represented by the plurality of entries map to straight lines in the projection from the 3D surface; encoding the directional mode; and encoding a difference between the block and the predicted block.
A switch, comprising: a housing having a hollow box shape; a circuit provided inside the housing; and a movable part (14; 15) to be manipulated by a user to control the circuit, wherein the housing includes: a case member having an opened front face; and a cover member firmly fixed with the case member to close the opened front face of the case member, wherein the case member has a penetration hole (221; 231) penetrating its side face (22; 23), characterised in that the penetration hole (221; 231) is isolated from the boundary between the case member and the cover member, wherein the movable part (14; 15) includes: an inner member (42; 52) disposed inside the housing to control the circuit; and an outer member (41; 51) being a discrete piece from the inner member (42; 52), and exposed outside the housing to be manipulated by the user, and wherein the outer member (41; 51) includes a shaft part (411; 511) inserted through the penetration hole (221; 231). a housing having a hollow box shape; a circuit provided inside the housing; and a movable part (14; 15) to be manipulated by a user to control the circuit, a case member having an opened front face; and a cover member firmly fixed with the case member to close the opened front face of the case member, the penetration hole (221; 231) is isolated from the boundary between the case member and the cover member, wherein the movable part (14; 15) includes: an inner member (42; 52) disposed inside the housing to control the circuit; and an outer member (41; 51) being a discrete piece from the inner member (42; 52), and exposed outside the housing to be manipulated by the user, and an inner member (42; 52) disposed inside the housing to control the circuit; and an outer member (41; 51) being a discrete piece from the inner member (42; 52), and exposed outside the housing to be manipulated by the user, and wherein the outer member (41; 51) includes a shaft part (411; 511) inserted through the penetration hole (221; 231).
Tool, in particular for cutting work pieces, comprising a holder and a cutting element that is inserted into a generally slit-shaped reception in the holder and clamped therein, wherein the reception is delimited laterally at least partially by an elastically deformable pressure element abutting in a planar fashion at the cutting element and being pressurized at its rear side by a pressure fluid, said tool comprising a pressure chamber within the holder that is separated by the pressure element from the reception and containing the pressure fluid, characterised by a plunger-like control element for pressurizing the pressure chamber, said pressure chamber comprising a through-hole bore through the holder into which the plunger-like control element is inserted into one of its ends, and at least one connection passage starting laterally from the through-hole bore and running towards the rear side of the pressure element in a flat angle, and the holder is a generally prismatic body comprising at one of its ends two clamping jaws (24, 26) between which the slit-shaped reception is formed and of which at least one clamping jaw comprises at its inner side the pressure element, wherein the through-hole bore extends behind the reception through the holder in a traverse direction, and the at least one connection passage runs through the clamping jaw carrying the pressure element.
An access control, AC, barring method, performed by a terminal, the method comprising: detecting a non-access stratum, NAS, triggered event and an access stratum, AS, triggered event, wherein the AS triggered event is radio access network, RAN, paging; and performing AC barring only on the RAN paging; wherein performing AC barring only on the RAN paging comprises: executing a resume process triggered by the RAN paging. detecting a non-access stratum, NAS, triggered event and an access stratum, AS, triggered event, wherein the AS triggered event is radio access network, RAN, paging; and performing AC barring only on the RAN paging; wherein performing AC barring only on the RAN paging comprises: executing a resume process triggered by the RAN paging.
A lock of a detachable module in a base part of a surge protective device where the lock of a base part and a module is embodied by a constructional shape of a lock system in the module and a shape of grooves on receiving walls of the base part; characterized in that a housing of the module is provided at its longer side by a special barrier having a shorter side wall adjacent to an external side wall; that into a gap formed by the side walls (1b and 1b') there is arranged a plate provided with a circular opening at one side and with an oblong slanting gap at the other side; that a spring is arranged between the side wall and the plate, said spring being fastened at one side to the gap with a button of an actuator provided with an external button (4") arranged into a groove (1a"') on a side wall (1a") of the housing; that the spring is fastened at its other side by a button of a slider; that the side wall has a mirror image of the previously described assembly; that the base part is provided in its internal part with a characteristic recess whose upper section is shaped as the upper part of the letter V having at its bottom an oblong recess (2a") with side walls terminated in a semi-circular manner; that when the module is inserted into the base part, the external button (4") of the actuator runs along the upper section of the recess and ends in the circular section (2a"); that simultaneously a button of an actuator runs along a recess at the other side of the base part; that when the buttons (4' and 7') are present in the semi-circular section of the recess, the module is locked in the base part, wherein the button and the button at the other side get displaced with the movement of the plate into the position »locked«; that displacement of the module in vertical direction is herewith prevented.
A source inverter for a current of between 1000 A and 40000 A comprising one or more phases, intended to connect an electrical load to a backup electrical power source in the event of failure of the main electrical power source, said source inverter comprising three poles per phase, each connected to at least one fixed contact element (51, 52, 53), each pole being respectively connected to the main electrical power source, to the electrical load to be supplied and to the backup electrical power source, said inverter comprising at least one movable contact element per phase in order to connect together two poles of a same phase by contact with two of the three fixed contact elements, said movable contact element being adapted to move between two positions, characterized in that the two positions comprise a first position in which said movable contact element connects said fixed contact element connected to the electrical load to said fixed contact element connected to said main electrical power source, and a second position in which said movable contact element connects said fixed contact element connected to the electrical load to said fixed contact element connected to said backup electrical power source, said movable element comprising two parallel and identical flat conductors, an upper flat conductor and a lower flat conductor, current flowing in the same direction in both conductors when the source inverter is energized, there is an electrodynamic force of attraction of the two flat conductors towards each other proportional to the square of the intensity of the current capable of maintaining contact between the fixed and movable contact elements in the event of an overcurrent due to a short circuit, said movable contact element comprises a spring-type means (616, 617) which exerts an elastic force, so that, when they are in contact with one or two fixed contact elements (51, 52, 53), this elastic force induces a clamping force of the flat conductors on the fixed contact elements, which gradually increases as the contact elements move from their closed position to their intermediate position, and conversely gradually decreases as the movable contact elements move from their intermediate position to their closed position.
A method of operating a mobile telecommunication system comprising a control node and a user equipment, wherein the method comprises: sending, by the control node, control data to the user equipment in a data transmission (600, 800, 1300, 1400), wherein the data transmission (600, 800, 1300, 1400) has a first control data region and has a second control data region, wherein the second control data region is located in a data region of the data transmission (600, 800, 1300, 1400), wherein the first control data region is located in a control region in the data transmission (600, 800, 1300, 1400) preceding the data region, wherein the first control data region comprises common control data for different user equipments, and wherein the second control data region comprises user equipment specific control data for said user equipment; performing, by the user equipment, a blind decoding of transmission elements within the data transmission (600, 800, 1300, 1400) in order to detect the control data in the control region and in the data region in the data transmission (600, 800, 1300, 1400), wherein said user equipment is configured with one or more user equipment specific search spaces in the first control data region and with at least one user equipment specific search space in the second control data region; and wherein said performing the blind decoding comprises if monitoring at least one user equipment specific search space in the second control data region, not monitoring the one or more user equipment specific search spaces in the first control data region. sending, by the control node, control data to the user equipment in a data transmission (600, 800, 1300, 1400), wherein the data transmission (600, 800, 1300, 1400) has a first control data region and has a second control data region, wherein the second control data region is located in a data region of the data transmission (600, 800, 1300, 1400), wherein the first control data region is located in a control region in the data transmission (600, 800, 1300, 1400) preceding the data region, wherein the first control data region comprises common control data for different user equipments, and wherein the second control data region comprises user equipment specific control data for said user equipment; performing, by the user equipment, a blind decoding of transmission elements within the data transmission (600, 800, 1300, 1400) in order to detect the control data in the control region and in the data region in the data transmission (600, 800, 1300, 1400), wherein said user equipment is configured with one or more user equipment specific search spaces in the first control data region and with at least one user equipment specific search space in the second control data region; and wherein said performing the blind decoding comprises if monitoring at least one user equipment specific search space in the second control data region, not monitoring the one or more user equipment specific search spaces in the first control data region.
A method for deodorizing a breast cancerous skin ulcer disease odor emitted from a breast cancerous skin ulcer site and including mainly acetoin using a deodorant article comprising a sheet-like covering, wherein the sheet-like covering comprises a polyhydroxyamine compound or a salt thereof and porous particles, a wound contact surface in the sheet-like covering comprises an air-through nonwoven fabric, and the sheet-like covering has a value of a ratio of an area S (cm 2) to a thickness T (cm), S/T, of 300 or more and 3000 or less. wherein the sheet-like covering comprises a polyhydroxyamine compound or a salt thereof and porous particles, a wound contact surface in the sheet-like covering comprises an air-through nonwoven fabric, and the sheet-like covering has a value of a ratio of an area S (cm 2) to a thickness T (cm), S/T, of 300 or more and 3000 or less.
A method for regulating the relative position of an analyte of a sample in relation to a light beam, the light beam stems from a light source and propagates along an axis of propagation, the method comprising: - illuminating the analyte of the sample with the light beam, - taking with the imaging device a transmission image of the beams scattered by the analyte of the for establishing a diffraction pattern, and - modifying the relative position of the analyte of the sample in relation to the light beam according to at least one property of the diffraction pattern, the method being characterized in that: the modification of the position of the analyte of the sample in relation to the light beam comprises at least one of the following steps: - aligning the analyte of the sample on the axis of propagation of the light beam, - modifying the distance between the light source and the analyte of the sample along the axis of propagation so that the diffraction pattern resulting from the beams diffracted by the analyte of the sample is at the center of the diffraction pattern, - adjusting the distance between the light source and the analyte of the sample along the axis of propagation until the analyte of the sample occults the light beam, and - maximizing the radiation emitted by the analyte of the sample in response to the excitation of a light beam from the light source. - illuminating the analyte of the sample with the light beam, - taking with the imaging device a transmission image of the beams scattered by the analyte of the for establishing a diffraction pattern, and - modifying the relative position of the analyte of the sample in relation to the light beam according to at least one property of the diffraction pattern, - aligning the analyte of the sample on the axis of propagation of the light beam, - modifying the distance between the light source and the analyte of the sample along the axis of propagation so that the diffraction pattern resulting from the beams diffracted by the analyte of the sample is at the center of the diffraction pattern, - adjusting the distance between the light source and the analyte of the sample along the axis of propagation until the analyte of the sample occults the light beam, and - maximizing the radiation emitted by the analyte of the sample in response to the excitation of a light beam from the light source.
An air compression device (100, 200), comprising: a compressor that compresses air; a motor that drives the compressor; a fan that rotates integrally with a rotor of the motor; and an intermediate member that is arranged between the rotor and the fan and that rotates integrally with the rotor, characterized in that balance adjusting units (15a, 15b) are provided in the intermediate member, wherein said balance adjusting units (15a, 15b) are portions that are subjected to processing for reducing a total unbalance amount in a total rotation of the intermediate member (15a, 15b), the rotor, and the fan. a compressor that compresses air; a motor that drives the compressor; a fan that rotates integrally with a rotor of the motor; and an intermediate member that is arranged between the rotor and the fan and that rotates integrally with the rotor, characterized in that balance adjusting units (15a, 15b) are provided in the intermediate member, wherein said balance adjusting units (15a, 15b) are portions that are subjected to processing for reducing a total unbalance amount in a total rotation of the intermediate member (15a, 15b), the rotor, and the fan.
Method for controlling a rotary electric machine for a motor vehicle, the said machine being intended to operate in starter mode for starting a combustion engine of the said vehicle, characterized in that it comprises the steps of: - prior to the said start phase, testing conditions referred to as start prerequisites, which are checked only at the time of the demand to start, and if the test on the said prerequisites is negative, preventing the start phase from being executed, if the test on the said prerequisites is positive, keeping the start prerequisites valid for a given period of validity, - prior to and throughout a start phase, testing conditions referred to as safety requisites, which have to be checked constantly, and if the test on the said safety requisites is negative, preventing or interrupting execution of the said start phase at any moment. - prior to the said start phase, testing conditions referred to as start prerequisites, which are checked only at the time of the demand to start, and if the test on the said prerequisites is negative, preventing the start phase from being executed, if the test on the said prerequisites is positive, keeping the start prerequisites valid for a given period of validity, - prior to and throughout a start phase, testing conditions referred to as safety requisites, which have to be checked constantly, and