mhurhangee/ep-ind-claims huggingface dataset:
A method (702, 802, 902, 1002, 1202) for transmitting data over an optical communication path, the method comprising: receiving a bitstream for transmission over the optical communication path; determining that the bitstream includes a sequence of consecutive bits with a same value; determining a first power level at which to transmit the sequence, wherein the first power level is determined based on a count of the consecutive bits in the sequence, and wherein count increases are mapped to power level increases; and selectively activating a light source at the first power level according to a first modulation scheme to optically transmit the entire sequence by transmitting a single bit of the sequence of consecutive bits using the first power level. receiving a bitstream for transmission over the optical communication path; determining that the bitstream includes a sequence of consecutive bits with a same value; determining a first power level at which to transmit the sequence, wherein the first power level is determined based on a count of the consecutive bits in the sequence, and wherein count increases are mapped to power level increases; and selectively activating a light source at the first power level according to a first modulation scheme to optically transmit the entire sequence by transmitting a single bit of the sequence of consecutive bits using the first power level.
A tricycle with height-tilting wheel suspension linked to a driving handlebar, comprising a structural chassis incorporating a rolling assembly made up of a rear wheel associated to a propulsion system by means of pedals and two parallel front wheels linked to the driving handlebar, wherein the parallel front wheels are incorporated in a height-tilting suspension, made up of articulated quadrilaterals able to be deformed independently with vertical movement depending on the individual resting of the parallel front wheels on obstacles or irregularities of the riding terrain, wherein, the mentioned height-tilting suspension being linked, to the handlebar, by means of a transmission, which links the height-oscillating movements of the articulated quadrilaterals of the height-tilting transmission with an equivalent lateral tilting of the handlebar, characterized by the transmission having a clutch which allows for selectively enabling or disabling the linkage of the movements between the height-tilting suspension and the handlebar.
A method for monitoring a physical downlink control channel, PDCCH, which is performed by a user equipment, UE, and comprising: receiving a physical layer signaling or a media access control, MAC, signaling from a network side device, wherein the physical layer signaling or the MAC layer signaling indicates a monitoring behavior of the UE or a plurality of UEs comprising the UE with respect to a physical downlink control channel, PDCCH; characterized in that the method further comprises: determining by the UE whether to monitor the PDCCH on the subsequent N slots according to the physical layer signaling or the MAC layer signaling; wherein the physical layer signaling or the MAC layer signaling comprises 1 bit, indicating to monitor the PDCCH when 1 is set thereto, and indicating to not monitor the PDCCH when 0 is set thereto. receiving a physical layer signaling or a media access control, MAC, signaling from a network side device, wherein the physical layer signaling or the MAC layer signaling indicates a monitoring behavior of the UE or a plurality of UEs comprising the UE with respect to a physical downlink control channel, PDCCH; characterized in that the method further comprises: determining by the UE whether to monitor the PDCCH on the subsequent N slots according to the physical layer signaling or the MAC layer signaling; wherein the physical layer signaling or the MAC layer signaling comprises 1 bit, indicating to monitor the PDCCH when 1 is set thereto, and indicating to not monitor the PDCCH when 0 is set thereto.
A method of forming a nitride film on a substrate disposed in a processing chamber, the method comprising the steps of: (a) disposing said substrate on a substrate stage placed on a bottom surface of said processing chamber; (b) supplying a silane-based gas to said processing chamber; (c) supplying a nitrogen radical gas to said processing chamber; and (d) reacting the silane-based gas supplied in said step (b) with the nitrogen radical gas supplied in said step (c) in said processing chamber to form a nitride film on said substrate without causing any plasma phenomenon by including in said step (c) a step of generating the nitrogen radical gas from a nitrogen gas in a radical generator by generating dielectric barrier discharge in the radical generator disposed separately from said processing chamber and supplying the nitrogen radical gas to said processing chamber, wherein in said step (d), heating treatment of heating a surface of said substrate to a temperature equal to or higher than a temperature at which the silane-based gas decomposes is further performed by heating said substrate stage, and characterized in that in said step c), the nitrogen radical gas is generated in a state of 400 °C or lower by heating said radical generator and is provided with a temperature factor of 100 °C or higher and 400 °C or lower. (a) disposing said substrate on a substrate stage placed on a bottom surface of said processing chamber; (b) supplying a silane-based gas to said processing chamber; (c) supplying a nitrogen radical gas to said processing chamber; and (d) reacting the silane-based gas supplied in said step (b) with the nitrogen radical gas supplied in said step (c) in said processing chamber to form a nitride film on said substrate without causing any plasma phenomenon by including in said step (c) a step of generating the nitrogen radical gas from a nitrogen gas in a radical generator by generating dielectric barrier discharge in the radical generator disposed separately from said processing chamber and supplying the nitrogen radical gas to said processing chamber, wherein in said step (d), heating treatment of heating a surface of said substrate to a temperature equal to or higher than a temperature at which the silane-based gas decomposes is further performed by heating said substrate stage, and characterized in that in said step c), the nitrogen radical gas is generated in a state of 400 °C or lower by heating said radical generator and is provided with a temperature factor of 100 °C or higher and 400 °C or lower.
Motor vehicle dashboard arrangement having at the front passenger level a lower part comprising a storage device and a higher part comprising a fixing pediment intended to receive at the front a decorative strip, the said fronton overhanging the front portion of the said storage device and being secured to a rigid cross implanted on the rear of the storage device, the said upper part also having a supporting chassis for at least one electronic enclosure (198, 1999), the said supporting chassis crossing the said chassis fastening rod at an opening in the said facade and extending to the back of the latter above the said rigid cross, and the said supporting frame being made up of a parallel drawer formed by a front wall, a rear wall, two side walls (183, 184) and one bottom wall on which at least one electronic enclosure (198, 199) is attached remotely.
A method for producing a water-absorbent resin by performing a reversed-phase suspension polymerization of a water-soluble ethylenically unsaturated monomer in a petroleum hydrocarbon dispersion medium, comprising the following steps of: performing a primary dispersion in the absence of surfactants by adding an aqueous solution of a water-soluble ethylenically unsaturated monomer containing a hydrophilic polymeric dispersion agent to a petroleum hydrocarbon dispersion medium in which a hydrophobic polymeric dispersion agent is heat-dispersed or heat-dissolved, under stirring; further performing a secondary dispersion by adding a surfactant to a dispersion liquid obtained after the primary dispersion; and performing the reversed-phase suspension polymerization by using a radical polymerization initiator. performing a primary dispersion in the absence of surfactants by adding an aqueous solution of a water-soluble ethylenically unsaturated monomer containing a hydrophilic polymeric dispersion agent to a petroleum hydrocarbon dispersion medium in which a hydrophobic polymeric dispersion agent is heat-dispersed or heat-dissolved, under stirring; further performing a secondary dispersion by adding a surfactant to a dispersion liquid obtained after the primary dispersion; and performing the reversed-phase suspension polymerization by using a radical polymerization initiator.
An electronic timepiece comprising: a frame of which at least part is conductive; a timekeeping unit (11,12,21,26) that keeps and displays time; a receiver unit (23,28) that receives a radio signal; a battery; a first voltage conversion unit that converts output voltage from the battery to a first drive voltage; and a second voltage conversion unit that converts output voltage from the battery to a second drive voltage; wherein the output terminal of the first voltage conversion unit is connected to the timekeeping unit (11, 12, 21, 26), and the output terminal of the second voltage conversion unit is connected to the receiver unit, characterised in that the output terminal of the first voltage conversion unit is also connected to the frame. a frame of which at least part is conductive; a timekeeping unit (11,12,21,26) that keeps and displays time; a receiver unit (23,28) that receives a radio signal; a battery; a first voltage conversion unit that converts output voltage from the battery to a first drive voltage; and a second voltage conversion unit that converts output voltage from the battery to a second drive voltage; wherein the output terminal of the first voltage conversion unit is connected to the timekeeping unit (11, 12, 21, 26), and the output terminal of the second voltage conversion unit is connected to the receiver unit, characterised in that the output terminal of the first voltage conversion unit is also connected to the frame.
Blowable insulation or filling material, comprising: a plurality of discrete, longitudinally elongated floccules each formed of a plurality of fibers, the floccules including a relatively open enlarged medial portion and relatively condensed twisted tail portions extending from opposing ends of the medial portion.
A method for the use in offshore crew transfer when transferring a person between a crew transfer vessel and a structure or vice versa where the crew transfer vessel comprises a propulsion and manoeuvring system (6, 7, 8, 13), a wave detection device adapted for detecting sea waves, a prediction system (10, 11) for predicting the amount of vessel slip between the vessel bow and the structure in response to sea waves detected by said wave detection device, an indicator adapted to indicate a prediction of vessel slip below a first slip threshold value within a first predetermined time period based on said prediction system, said method comprising the steps of: pressing said crew transfer vessel with its bow against said structure using said propulsion and manoeuvring system (6, 7, 8, 13), detecting said sea waves using said wave detection device, based on said detected sea waves, predicting using said prediction system (10, 11) whether vessel slip will be below the first slip threshold value within the first predetermined time period, and if so indicating this using the indicator, and transferring the person only when said vessel slip is indicated to be below the first vessel slip threshold value within the first predetermined time period. the crew transfer vessel comprises a propulsion and manoeuvring system (6, 7, 8, 13), a wave detection device adapted for detecting sea waves, a prediction system (10, 11) for predicting the amount of vessel slip between the vessel bow and the structure in response to sea waves detected by said wave detection device, an indicator adapted to indicate a prediction of vessel slip below a first slip threshold value within a first predetermined time period based on said prediction system, said method comprising the steps of: pressing said crew transfer vessel with its bow against said structure using said propulsion and manoeuvring system (6, 7, 8, 13), detecting said sea waves using said wave detection device, based on said detected sea waves, predicting using said prediction system (10, 11) whether vessel slip will be below the first slip threshold value within the first predetermined time period, and if so indicating this using the indicator, and transferring the person only when said vessel slip is indicated to be below the first vessel slip threshold value within the first predetermined time period. pressing said crew transfer vessel with its bow against said structure using said propulsion and manoeuvring system (6, 7, 8, 13), detecting said sea waves using said wave detection device, based on said detected sea waves, predicting using said prediction system (10, 11) whether vessel slip will be below the first slip threshold value within the first predetermined time period, and if so indicating this using the indicator, and transferring the person only when said vessel slip is indicated to be below the first vessel slip threshold value within the first predetermined time period.
A household appliance with a detection circuit for detecting a wrong power line connection, wherein said detection circuit is integrated within the household appliance and comprises: - a power supply unit connectable to an external supply voltage, - at least one relay, wherein the secondary side of said relay is connected to the power supply unit and connectable to the external supply voltage, - detection means for detecting a residual voltage at the secondary side of the relay, wherein said residual voltage depends on the supply voltage, - at least one analogue-digital converter for converting the detected residual voltage into a digital signal, wherein an input of the analogue-digital converter is connected to the detection means, and - at least one microcontroller for processing the digital signal, wherein the microcontroller is connected to an output of the analogue-digital converter, wherein - the relay is controlled by the microcontroller in order to avoid that the relay will be closed, if the supply voltage, the residual voltage and/or the digital signal exceed a predetermined value, and wherein - the microcontroller is connected to an acoustic device in order to display an acoustic signal, if the supply voltage, the residual voltage and/or the digital signal exceed the predetermined value. - a power supply unit connectable to an external supply voltage, - at least one relay, wherein the secondary side of said relay is connected to the power supply unit and connectable to the external supply voltage, - detection means for detecting a residual voltage at the secondary side of the relay, wherein said residual voltage depends on the supply voltage, - at least one analogue-digital converter for converting the detected residual voltage into a digital signal, wherein an input of the analogue-digital converter is connected to the detection means, and - at least one microcontroller for processing the digital signal, wherein the microcontroller is connected to an output of the analogue-digital converter, wherein - the relay is controlled by the microcontroller in order to avoid that the relay will be closed, if the supply voltage, the residual voltage and/or the digital signal exceed a predetermined value, and wherein - the microcontroller is connected to an acoustic device in order to display an acoustic signal, if the supply voltage, the residual voltage and/or the digital signal exceed the predetermined value.
A rectal thermometer comprising: a generally disk-shaped housing having at least one circumferential edge and containing temperature and processing circuitry; a probe guard portion having a distal end and a proximal end and having a predetermined length and a curved profile in a region between said two ends and extending outward from said circumferential edge, said probe guard portion being connected to said circumferential edge at said proximal end; a controlled-depth temperature sensing probe having a predetermined length and a width and mounted on the distal end of said probe guard portion such that said temperature sensing probe is positioned a predetermined distance from said circumferential edge of said disk-shaped housing and such that said probe is configured to be inserted into a patient such that the probe guard portion allows insertion of generally the entire length of the probe while preventing over-insertion of said probe and preventing injury to the anal canal of the patient; wherein the width of said probe guard portion at said distal end is substantially equal to said width of said sensing probe; and a temperature display situated along said circumferential edge of said disk - shaped housing such that said display is viewable during a temperature taking process. a generally disk-shaped housing having at least one circumferential edge and containing temperature and processing circuitry; a probe guard portion having a distal end and a proximal end and having a predetermined length and a curved profile in a region between said two ends and extending outward from said circumferential edge, said probe guard portion being connected to said circumferential edge at said proximal end; a controlled-depth temperature sensing probe having a predetermined length and a width and mounted on the distal end of said probe guard portion such that said temperature sensing probe is positioned a predetermined distance from said circumferential edge of said disk-shaped housing and such that said probe is configured to be inserted into a patient such that the probe guard portion allows insertion of generally the entire length of the probe while preventing over-insertion of said probe and preventing injury to the anal canal of the patient; wherein the width of said probe guard portion at said distal end is substantially equal to said width of said sensing probe; and a temperature display situated along said circumferential edge of said disk - shaped housing such that said display is viewable during a temperature taking process.
Method for determining the position of the armature of a synchronous machine relative to the stator of the synchronous machine, comprising the following method steps: - applying a number of test current vectors to the synchronous machine, each of which has the same current magnitude and each of which has a different angle relative to an armature-related d,q system of coordinates, - ascertaining values of a physical response quantity of the armature, said quantity being proportional to the q component of the test current vectors, during the application of the test current vectors to the synchronous machine, - ascertaining the first harmonic of the ascertained values of the physical response quantity as a function of the angle, and - determining the position of the armature relative to the stator of the synchronous machine as that zero crossing of the first harmonic in which a positive first derivation of the first harmonic is present. - applying a number of test current vectors to the synchronous machine, each of which has the same current magnitude and each of which has a different angle relative to an armature-related d,q system of coordinates, - ascertaining values of a physical response quantity of the armature, said quantity being proportional to the q component of the test current vectors, during the application of the test current vectors to the synchronous machine, - ascertaining the first harmonic of the ascertained values of the physical response quantity as a function of the angle, and - determining the position of the armature relative to the stator of the synchronous machine as that zero crossing of the first harmonic in which a positive first derivation of the first harmonic is present.
A movable milk trolley for livestock breeding, in particular calves, having a chassis on which a milk container is arranged that can be closed at the top by a cover, a temperature sensor that measures the temperature of the milk, a pump, the suction side of which is connected to the milk container close to the bottom, and the dispensing side of which is connected to a line to remove the milk, and a control device on the outside of the milk container to control an electric motor for the pump, characterized in that the milk trolley has a heating device for heating the milk in the milk container, and the control device is provided to control the heating device and has a microprocessor to which the temperature sensor and the heating device are connected, and a timer is connected to the microprocessor such that the heating device heats the milk starting at a given first time up to a given pasteurization temperature, and holds the milk at this pasteurization temperature for a given time, and the milk has a given feeding temperature at a second, later time.
Illuminated tile for a false wall, comprising a frame having a bottom and sides which extend by protruding from the bottom, a backlighting system comprising a series of light sources fixed onto the bottom, and a taut flexible sheet which extends between the sides facing the light sources, in which the light sources are light-emitting diodes, characterized in that the sheet is formed by a flexible jacket bagging the frame, taut thereon and secured to the sides of the frame.
A magnetic detection apparatus for coin recognition, comprising: an excitation coil that generates an AC magnetic field in a transport path on which coin is transported in a first direction; and a plurality of detecting coils disposed side by side at pitches set in advance in a second direction, and outputting detection signals (S21, S22) based on an induced voltage by the AC magnetic field, wherein the plurality of detecting coils respectively output detection signals (S21, S22), based on an inducted voltage induced by the AC magnetic field that is changed by the coin being transported on the transport path, and the plurality of detecting coils include a plurality of reflection detecting coils and a plurality of transmission detecting coils, the plurality of reflection detecting coils are disposed on an opposite side to a transport path surface (Ra) of the transport path, and the plurality of transmission detecting coils are disposed on a transport path surface (Ra) side of the transport path. an excitation coil that generates an AC magnetic field in a transport path on which coin is transported in a first direction; and a plurality of detecting coils disposed side by side at pitches set in advance in a second direction, and outputting detection signals (S21, S22) based on an induced voltage by the AC magnetic field, wherein the plurality of detecting coils respectively output detection signals (S21, S22), based on an inducted voltage induced by the AC magnetic field that is changed by the coin being transported on the transport path, and the plurality of detecting coils include a plurality of reflection detecting coils and a plurality of transmission detecting coils, the plurality of reflection detecting coils are disposed on an opposite side to a transport path surface (Ra) of the transport path, and the plurality of transmission detecting coils are disposed on a transport path surface (Ra) side of the transport path.