mhurhangee/ep-ind-claims huggingface dataset:
Spectroscopy apparatus having a tubular measurement cell, wherein the spectroscopy apparatus comprises at each of the two sides of the measurement cell at least one pipe (3a, 3b) which is arranged parallel with the extent direction of the measurement cell, wherein the pipes (3a, 3b) which are arranged at both sides parallel with the measurement cell have a rigid connection to each other, and wherein the rigid connection is formed by means of rigid connection members (5a, 5b) which are arranged in each case at the end on the measurement cell and on the pipes (3a, 3b), wherein one of the connection members is formed with at least one parabolic mirror for supplying and orientating a beam from a light source into the measurement cell.
An LED filament light, comprising a lamp cap, an LED power supply installed inside the lamp cap, a glass bulb, a glass stem fixed in the glass bulb and embedded with a positive wire and a negative wire, and a plurality of LED filaments electrically connected to the positive wire and the negative wire and fixedly on the glass stem; each of the plurality of LED filaments comprises a plurality of light-emitting chips, a metal electrical terminal and a fluorescent glue; each of the plurality of LED filaments further comprises an insulating substrate and an electrically and magnetically conductive connector; the plurality of light-emitting chips are connected in series, and encapsulated and fixed on a surface of the insulating substrate by the fluorescent glue; one face of the electrically and magnetically conductive connector is bonded the other surface of the insulating substrate; the metal electrical terminal is electrically connected to a light-emitting chip at one end of the insulating substrate, and the electrically and magnetically conductive connector is electrically connected to the light-emitting chip at the other end of the insulating substrate; the plurality of LED filaments comprise an anode LED filament group and a cathode LED filament group; one electric terminal of the LED filament of the anode LED filament group is electrically connected to the positive wire, one electric terminal of the cathode LED filament group is electrically connected to the negative wire; characterized in that the anode LED filament group and the cathode LED filament group are symmetrically arranged; the LED filament light further comprises a permanent magnet, and the other electric terminal of the anode group and the other electric terminal of the cathode group are connected in series by magnetic attraction by the permanent magnet through the electrically and magnetically conductive connector.
An airfoil, comprising: a body formed to define: a substantially radially extending cooling hole therein, which is configured to be receptive of a supply of a coolant for removing heat from the body, and a flag region therein, which is fluidly communicative with the cooling hole and thereby configured to be receptive of a portion of the supply of the coolant such that a coolant portion is directed to form a vortex within the flag region to increase heat removal from the body beyond that provided by the coolant flow through the cooling hole, the flag region having a similar width in the circumferential dimension as that of the cooling hole in the circumferential direction and being open at one axial end to permit fluid communication with the cooling hole and closed at an opposing axial end to facilitate formation of the vortex within the flag region. a substantially radially extending cooling hole therein, which is configured to be receptive of a supply of a coolant for removing heat from the body, and a flag region therein, which is fluidly communicative with the cooling hole and thereby configured to be receptive of a portion of the supply of the coolant such that a coolant portion is directed to form a vortex within the flag region to increase heat removal from the body beyond that provided by the coolant flow through the cooling hole, the flag region having a similar width in the circumferential dimension as that of the cooling hole in the circumferential direction and being open at one axial end to permit fluid communication with the cooling hole and closed at an opposing axial end to facilitate formation of the vortex within the flag region.
A communication method of receiving content data performed by each cooperative receiver in a group of cooperative receivers, the method comprising the steps of: receiving data in response to a transmitter transmitting a signal that includes low quality content data and high quality content data via multicast, said low quality content data being data that enables the cooperative receiver to generate content in a low quality and the high quality content data being data that enables the cooperative receiver to generate the content in a high quality; restoring the low quality content data based on the received data; obtaining a portion of the high quality content data by subtracting the low quality content data from the received data; through cooperative reception, exchanging the obtained portion of the high quality content data as additional data with the other cooperative receivers in the group of cooperative receivers and obtaining the remaining portion of the high quality content data using the additional data that was generated by the other cooperative receivers in the group of cooperative receivers; and generating the content having the high quality based on the obtained portion of the high quality content data and the obtained remaining portion of the high quality content data. receiving data in response to a transmitter transmitting a signal that includes low quality content data and high quality content data via multicast, said low quality content data being data that enables the cooperative receiver to generate content in a low quality and the high quality content data being data that enables the cooperative receiver to generate the content in a high quality; restoring the low quality content data based on the received data; obtaining a portion of the high quality content data by subtracting the low quality content data from the received data; through cooperative reception, exchanging the obtained portion of the high quality content data as additional data with the other cooperative receivers in the group of cooperative receivers and obtaining the remaining portion of the high quality content data using the additional data that was generated by the other cooperative receivers in the group of cooperative receivers; and generating the content having the high quality based on the obtained portion of the high quality content data and the obtained remaining portion of the high quality content data.
Software for carrying out a method of determining quality of annotations of unipolar electrical signals from a heart when executed by a processor comprising: receiving bipolar signals and unipolar signals from the heart; receiving signals indicative of positions of unipolar electrodes generating the unipolar signals; analyzing the bipolar signals to find time windows with a large numerical slope; removing interfering signals from the unipolar signals; and performing wavelet transformation and annotating maximum numerical slope of the unipolar signals with removed interfering signals within the time windows, thereby identifying a plurality of annotations; for each of the annotations: estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation. receiving bipolar signals and unipolar signals from the heart; receiving signals indicative of positions of unipolar electrodes generating the unipolar signals; analyzing the bipolar signals to find time windows with a large numerical slope; removing interfering signals from the unipolar signals; and performing wavelet transformation and annotating maximum numerical slope of the unipolar signals with removed interfering signals within the time windows, thereby identifying a plurality of annotations; for each of the annotations: estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation. estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation.
A path switch-back method in a transport network, comprising: determining, by a local node, that two failed links on a working path between an opposite node and itself are restored to normal simultaneously; entering, by the local node, a Wait To Restore, WTR, state; and switching, by the local node, a signal back to the working path when the WTR state ends; wherein the step of determining, by the local node, that two failed links on a working path between the opposite node and itself are restored to normal simultaneously comprises receiving, by the local node, a protection switching request sent by the opposite node and determining that the protection switching request is a Reverse Request, RR; and determining, by the local node that a latest protection switching request sent to the opposite node or a protection switching request which needs to be sent to the opposite node currently is also an RR. determining, by a local node, that two failed links on a working path between an opposite node and itself are restored to normal simultaneously; entering, by the local node, a Wait To Restore, WTR, state; and switching, by the local node, a signal back to the working path when the WTR state ends; wherein the step of determining, by the local node, that two failed links on a working path between the opposite node and itself are restored to normal simultaneously comprises receiving, by the local node, a protection switching request sent by the opposite node and determining that the protection switching request is a Reverse Request, RR; and determining, by the local node that a latest protection switching request sent to the opposite node or a protection switching request which needs to be sent to the opposite node currently is also an RR.
A surface shape variable device which comprises a board-like member comprising a plurality of strip elements (16, 18) capable of being elastically morphed which extend along a surface in parallel, and a morphing control unit (26, 28, 30) which applies a stress to at least a part of the strip elements to thereby elastically morph the strip elements which comprises said at least a part of the strip elements; wherein: said board-like member comprises a plurality of first strip elements extending in parallel along a first direction, and a plurality of second strip elements extending in parallel along a second direction which traverses said first direction, with said first and second strip elements being woven into a woven fabric-like state; one of ends of said at least a part of the strip elements (16, 18) is bound, and said morphing control unit (26, 28) is configured to shift other end of the strip elements relative to the one end; and said surface shape variable device comprises a morphing guide unit which guides the strip elements so as to be elastically morphed toward a predetermined direction which traverses said surface, when the other end of the strip elements is shifted so as to come close to the one end by said morphing control unit. said board-like member comprises a plurality of first strip elements extending in parallel along a first direction, and a plurality of second strip elements extending in parallel along a second direction which traverses said first direction, with said first and second strip elements being woven into a woven fabric-like state; one of ends of said at least a part of the strip elements (16, 18) is bound, and said morphing control unit (26, 28) is configured to shift other end of the strip elements relative to the one end; and said surface shape variable device comprises a morphing guide unit which guides the strip elements so as to be elastically morphed toward a predetermined direction which traverses said surface, when the other end of the strip elements is shifted so as to come close to the one end by said morphing control unit.
A method comprising: associating areas of a touch interface of a mobile electronic device with characters, wherein at least some of the associated areas overlap with one another to form intermediate regions that represent more than one character; detecting a location of a touch on the touch interface; for each area of the touch interface which includes the location, identifying the character associated therewith; wherein for a first character, the associating comprises associating an area of the touch interface with the first character by joining the centers of characters nearest to the first character. associating areas of a touch interface of a mobile electronic device with characters, wherein at least some of the associated areas overlap with one another to form intermediate regions that represent more than one character; detecting a location of a touch on the touch interface; for each area of the touch interface which includes the location, identifying the character associated therewith; wherein for a first character, the associating comprises associating an area of the touch interface with the first character by joining the centers of characters nearest to the first character.
Method for Doppler LIDAR measurement of speeds by means of direct reception for an aircraft in order to directly inject the measurement signals into the flight control of the aircraft in order to regulate out an external flow change, wherein a laser beam is directed at the medium to be measured, and radiation which is then emitted by the medium is measured by means of a detector, comprising the steps: a) transmission of a multiplicity of laser pulses per measurement and b) integration of a multiplicity of laser pulses (51, 81 a, 81 b, 81 c), received by the detector, per measurement, wherein the laser pulses are transmitted at a repetition rate which is one or more orders of magnitude greater than the detection rate, and wherein the laser pulses for each measurement are transmitted at a frequency of greater than or equal to about 1 kHz, characterized by the step: c) control of the number of the laser pulses (51, 81a, 81 b, 81c) which are integrated or are to be integrated on the detector per measurement, wherein the control process is carried out as a function of the intensity of the radiation coming from the medium. a) transmission of a multiplicity of laser pulses per measurement and b) integration of a multiplicity of laser pulses (51, 81 a, 81 b, 81 c), received by the detector, per measurement, wherein the laser pulses are transmitted at a repetition rate which is one or more orders of magnitude greater than the detection rate, and wherein the laser pulses for each measurement are transmitted at a frequency of greater than or equal to about 1 kHz, characterized by the step: c) control of the number of the laser pulses (51, 81a, 81 b, 81c) which are integrated or are to be integrated on the detector per measurement,
An electricity storage pack comprising: an electricity storage element; a case that has a heat dissipation member provided on an upper side thereof and that accommodates the electricity storage element; a coolant that is accommodated in the case and that is evaporated by receiving heat of the electricity storage element; a heat transfer member that is arranged along an outer surface of the electricity storage element and that receives heat of the electricity storage element; and at least two frame-shaped members into which edges of the heat transfer member are fitted, characterized in that the frame-shaped member includes a coupled portion, and a coupling portion configured to be locked to the coupled portion of an adjacent frame-shaped member, and the heat dissipation member includes a plate-shaped portion having a plate shape, and a plurality of projections that project from the plate-shaped portion, and a groove is formed between adjacent ones of the projections, an end of the heat transfer member being inserted into the groove and being in contact with the groove wherein protrusions that are in areal contact with a groove wall of the groove, and recesses that are arranged adjacent to the protrusions and are not in contact with the groove wall are alternately lined up in the heat transfer member. an electricity storage element; a case that has a heat dissipation member provided on an upper side thereof and that accommodates the electricity storage element; a coolant that is accommodated in the case and that is evaporated by receiving heat of the electricity storage element; a heat transfer member that is arranged along an outer surface of the electricity storage element and that receives heat of the electricity storage element; and at least two frame-shaped members into which edges of the heat transfer member are fitted, characterized in that the frame-shaped member includes a coupled portion, and a coupling portion configured to be locked to the coupled portion of an adjacent frame-shaped member, and the heat dissipation member includes a plate-shaped portion having a plate shape, and a plurality of projections that project from the plate-shaped portion, and a groove is formed between adjacent ones of the projections, an end of the heat transfer member being inserted into the groove and being in contact with the groove wherein protrusions that are in areal contact with a groove wall of the groove, and recesses that are arranged adjacent to the protrusions and are not in contact with the groove wall are alternately lined up in the heat transfer member.
A wind power station with a carousel rotor with vertical rotation axis, fitted with supporting structure and a generator driven by the rotor installed upon the supporting structure, with the rotor equipped with a three-arm driving structure located at the bottom, situated on a bearing in the symmetrical centre of the vertical rotation axis, coupled with a generator via a kinematic gearing, and containing three identical blades whose lower pins are situated in bearings located at the ends of drive arms at equal angles and the upper pins are seated in bearings located at the ends of arms of a three-arm fixing structure installed over the driving structure and situated on a bearing in the symmetrical centre of the vertical rotation axis of rotor structure, and blades are connected through position gears of 1:2 ratio to the set of central gear wheels, which is fixed coaxial with the rotor rotation axis and whose angular position in relation to the drive structure arms sets the mechanisms of setting the rotor to the direction of the wind, characterized by the fact that each of the central-set gear wheels,, of its rotor is fitted with one sleeve,,, and the sleeves,, are rotary in relation to each other and are rotary in relation to the supporting structure, and each sleeve,, has cam grooves,, situated at the opposing sides of the slide surfaces, through which a pin, common to all sleeves,,, crosses radially, to determining the angular position of the sleeves,, in relation to each other as well as the angular position of the set of sleeves,, in relation to the supporting structure, wherein the grooves of the first sleeve of the first central wheel are axial in relation to the axis of the rotor rotation, the grooves in the second sleeve of the second central wheel are set oblique left or right hand in relation to the axis of the rotation of the rotor and the grooves in the third sleeve of the third central wheel are set oblique in the opposite direction to that of the grooves of the second sleeve, and that the pin is fixed on a push-rod which is connected to at least one actuator, and the actuator is fixed on the supporting structure and via push-rod drives the pin axially in the grooves,, of the set of sleeves,,, maintaining the angular position of the pin and forcing a relative rotation of the second and third sleeves in relation to the first sleeve while maintaining the angular position of the first sleeve in relation to the supporting structure.
A method comprising: receiving a plurality of audio signals at a conference site, wherein: the audio signals comprise a plurality of packets containing voice data associated with a plurality of conference participants at the conference site; and one or more of the audio signals is associated with a video signal; determining an activity metric at the conference site for each of the plurality of audio signals, wherein the activity metric indicates a confidence value that the audio signal is associated with a conference participant that is currently talking; encoding, for each of the plurality of audio signals, one or more packets of the plurality of packets with the activity metric; and sending the plurality of audio signals encoded with an activity metric to a conference bridge. receiving a plurality of audio signals at a conference site, wherein: the audio signals comprise a plurality of packets containing voice data associated with a plurality of conference participants at the conference site; and one or more of the audio signals is associated with a video signal; the audio signals comprise a plurality of packets containing voice data associated with a plurality of conference participants at the conference site; and one or more of the audio signals is associated with a video signal; determining an activity metric at the conference site for each of the plurality of audio signals, wherein the activity metric indicates a confidence value that the audio signal is associated with a conference participant that is currently talking; encoding, for each of the plurality of audio signals, one or more packets of the plurality of packets with the activity metric; and sending the plurality of audio signals encoded with an activity metric to a conference bridge.
Method for controlling precisely three single-phase motors (M1, M2, M3) and moving a platform in a normal direction perpendicular to the platform, characterized in that the precisely three motors (M1, M2, M3) are controlled by a three-phase inverter, wherein a first motor is operated between a first phase (V A) and a second phase (V B) of the inverter and a series circuit or parallel circuit of a second and third motor (M2, M3) is operated between a second phase (V B) and a third phase (V C) of the inverter, wherein a first desired current is formed for the first motor and a second desired current is formed for the second and third motor (M2, M3).