mhurhangee/ep-ind-claims huggingface dataset:
An imaging device (101, 101A, 101B, 101C) comprising: a semiconductor layer having a front surface (11S1) and a back surface (11S2), the back surface being on an opposite side of the front surface; a photoelectric converter that is embedded in the semiconductor layer and generates electric charges corresponding to a received light amount; and a transfer section that includes a first trench gate and a second trench gate and transfers the electric charges from the photoelectric converter to a single transfer destination via the first trench gate and the second trench gate, the first trench gate and the second trench gate each extending from the front surface to the back surface of the semiconductor layer into the photoelectric converter, wherein the first trench gate has a first length from the front surface to the photoelectric converter, and the second trench gate has a second length from the front surface to the photoelectric converter, the second length being shorter than the first length, wherein, in a plane parallel to the front surface, a distance between the second trench gate and the transfer destination is shorter than a distance between the first trench gate and the transfer destination. a semiconductor layer having a front surface (11S1) and a back surface (11S2), the back surface being on an opposite side of the front surface; a photoelectric converter that is embedded in the semiconductor layer and generates electric charges corresponding to a received light amount; and a transfer section that includes a first trench gate and a second trench gate and transfers the electric charges from the photoelectric converter to a single transfer destination via the first trench gate and the second trench gate, the first trench gate and the second trench gate each extending from the front surface to the back surface of the semiconductor layer into the photoelectric converter, wherein the first trench gate has a first length from the front surface to the photoelectric converter, and the second trench gate has a second length from the front surface to the photoelectric converter, the second length being shorter than the first length, wherein, in a plane parallel to the front surface, a distance between the second trench gate and the transfer destination is shorter than a distance between the first trench gate and the transfer destination.
A process for the treatment of silicon carbide fibers, comprising the step of chemical treatment of the fibers with an aqueous acid solution containing hydrofluoric acid and nitric acid in order to remove the silica present at the surface of the fibers and to form a layer of microporous carbon, characterized in that said aqueous acid solution does not contain acetic acid and in that its hydrofluoric acid content is of between 0.5 and 4 mol/l.
Adapter for a windscreen wiper, in particular a motor vehicle windscreen wiper, comprising a body of elongate shape configured to be mounted in a yoke of substantially U-shaped cross section of a wiper arm, said body having a substantially U-shaped cross section and having two longitudinal side walls (826a, 826b) connected together by an upper longitudinal wall, said upper wall having a fastening means configured to be housed in at least one through-orifice (38a, 38b) of said yoke, said fastening means having two separate elements (850a, 850b, 850c) that protrude from the upper wall and respectively bear a contact surface (850b1, 850c1) for contact with an edge of one and the same orifice in the yoke, at least one of said two separate elements being flexible, characterized in that the flexible protruding element(s) are articulated about an axis formed by the junction line of the upper wall with said corresponding protruding element, the protruding element(s) being in the overall shape of an L and comprising a substantially rectilinear portion that extends upwards from said upper wall and is connected at its upper end to a lip oriented towards a longitudinal end of the body
A stabilizing flow feeder, wherein the feeder comprises: an agitating bin provided with an upward opening at the top and configured to receive powder material, an agitating device rotatable about a vertical axis of the agitating bin being disposed in an interior of the agitating bin; a feeding bin located below the agitating bin, a top of the feeding bin being provided with an inlet communicated with a bottom of the agitating bin, a bottom of the feeding bin being provided with an outlet, an interior of the feeding bin being provided with a feeding impeller rotatable about the vertical axis, the inlet and the outlet being staggered in a circumferential direction around the vertical axis; a driving device configured to drive the agitating device and the feeding impeller to rotate; and an air flow-assisting device having a flow-assisting air path (31, 32) disposed in a top wall of the feeding bin, the flow-assisting air path being air-communicated with the feeding bin and configured to generate, from above the outlet, a flow-assisting air flowing outward through the outlet, characterized in that the stabilizing flow feeder comprises at least two feeding bins which are disposed stacked in an up-and-down direction, the outlet of an upper feeding bin is communicated with the inlet of a lower feeding bin, and the flow-assisting air path (31, 32) is disposed in the lowermost feeding bin. an agitating bin provided with an upward opening at the top and configured to receive powder material, an agitating device rotatable about a vertical axis of the agitating bin being disposed in an interior of the agitating bin; a feeding bin located below the agitating bin, a top of the feeding bin being provided with an inlet communicated with a bottom of the agitating bin, a bottom of the feeding bin being provided with an outlet, an interior of the feeding bin being provided with a feeding impeller rotatable about the vertical axis, the inlet and the outlet being staggered in a circumferential direction around the vertical axis; a driving device configured to drive the agitating device and the feeding impeller to rotate; and an air flow-assisting device having a flow-assisting air path (31, 32) disposed in a top wall of the feeding bin, the flow-assisting air path being air-communicated with the feeding bin and configured to generate, from above the outlet, a flow-assisting air flowing outward through the outlet, characterized in that the stabilizing flow feeder comprises at least two feeding bins which are disposed stacked in an up-and-down direction, the outlet of an upper feeding bin is communicated with the inlet of a lower feeding bin, and the flow-assisting air path (31, 32) is disposed in the lowermost feeding bin.
A method of operating a storage device, the method comprising: receiving, at the storage device, a meta information transfer command (HPB_PREF_CMD) based on a data read request (R_REQ) and comprising logical address information (HPB_PREF_LBA) indicating at least one logical address for a data read operation, wherein the meta information transfer command is received from a host device at a first time point; receiving, at the storage device, a data read command (HPB_RD_CMD) corresponding to the data read request and the meta information transfer command, wherein the data read command is received from the host device at a second time point later than said first time point; receiving, at the storage device, meta data (MDAT1~MDATN) corresponding to the data read request and the meta information transfer command, wherein the meta data (MDAT1~MDATN) comprises information associated with a plurality of physical addresses for performing the data read operation, said information including logical-to-physical mapping information indicating a correspondence relationship between the at least one logical address and the plurality of physical addresses, and is received from the host device at a third time point later than said first time point; and performing the data read operation, at the storage device, based on the data read command and the meta data. receiving, at the storage device, a meta information transfer command (HPB_PREF_CMD) based on a data read request (R_REQ) and comprising logical address information (HPB_PREF_LBA) indicating at least one logical address for a data read operation, wherein the meta information transfer command is received from a host device at a first time point; receiving, at the storage device, a data read command (HPB_RD_CMD) corresponding to the data read request and the meta information transfer command, wherein the data read command is received from the host device at a second time point later than said first time point; receiving, at the storage device, meta data (MDAT1~MDATN) corresponding to the data read request and the meta information transfer command, wherein the meta data (MDAT1~MDATN) comprises information associated with a plurality of physical addresses for performing the data read operation, said information including logical-to-physical mapping information indicating a correspondence relationship between the at least one logical address and the plurality of physical addresses, and is received from the host device at a third time point later than said first time point; and performing the data read operation, at the storage device, based on the data read command and the meta data.
A method comprising determining a sub-surface length of tubing injected into a borehole and the tubing having drilling fluid flowing therein by: (a) recording a surface-measured length (L j) of the tubing prior to injection; (b) modelling the tubing as a number of segments; (c) determining an environmental profile specific to each of the plurality of tubing segments at different depths, where the environmental profile characterises conditions and loadings inherent in subterranean well operations at the respective depths; and (d) calculating the sub-surface tubing length by correcting the surface-measured tubing length on a segment-by-segment basis to account for the environmental profile. (a) recording a surface-measured length (L j) of the tubing prior to injection; (b) modelling the tubing as a number of segments; (c) determining an environmental profile specific to each of the plurality of tubing segments at different depths, where the environmental profile characterises conditions and loadings inherent in subterranean well operations at the respective depths; and (d) calculating the sub-surface tubing length by correcting the surface-measured tubing length on a segment-by-segment basis to account for the environmental profile.
A data processing apparatus, comprising: a signal quality determination module trained to determine signal qualities of intravascular electrocardiogram, ECG, signals from a tip of a catheter inserted in a paediatric patient, the signal quality determination module receiving, as input, a frequency response of the intravascular ECG signals, the frequency response obtained by performing a fast Fourier transform, FFT, on a sample of the intravascular ECG signals; and a location determination module trained to determine a relative location of the tip of the catheter in the paediatric patient using P-wave and R-wave peaks extracted from the intravascular ECG signals, the location determination module being previously trained using a set of pre-recorded intravascular ECG tracings obtained from catheters and labelled with the known locations of the catheters in paediatric patients' bodies; wherein the signal quality determination module is configured to pass the intravascular ECG signals to the location determination module if they are determined to have an adequate signal quality and is configured to trigger an alert to an operator if they are determined to have an inadequate signal quality. a signal quality determination module trained to determine signal qualities of intravascular electrocardiogram, ECG, signals from a tip of a catheter inserted in a paediatric patient, the signal quality determination module receiving, as input, a frequency response of the intravascular ECG signals, the frequency response obtained by performing a fast Fourier transform, FFT, on a sample of the intravascular ECG signals; and a location determination module trained to determine a relative location of the tip of the catheter in the paediatric patient using P-wave and R-wave peaks extracted from the intravascular ECG signals, the location determination module being previously trained using a set of pre-recorded intravascular ECG tracings obtained from catheters and labelled with the known locations of the catheters in paediatric patients' bodies; wherein the signal quality determination module is configured to pass the intravascular ECG signals to the location determination module if they are determined to have an adequate signal quality and is configured to trigger an alert to an operator if they are determined to have an inadequate signal quality.
Headlamp for vehicles with a first light module comprising a multitude of LED light sources and a first optics unit, wherein a group of the LED light sources is formed by an LED field of the majority of the LED light sources which are combined matrix-like on the common substrate, and the first optics unit is arranged in front of the LED field, wherein the optics field works together with the first optics unit, so that a first light function for the lighting of a medium-range area in front of the vehicle is generated, characterized in that for the generation of any further light function, merely one single additional LED chip (13, 17) arranged on an additional substrate is provided as light source, with a further optics unit (14, 18) assigned to the additional LED chip (13, 17), - wherein a second light module with an additional LED chip and a second optics unit assigned to the same is provided for the lighting of a far-range area in front of the vehicle following the medium-range area in front of the vehicle, and/ or - wherein a third light module with an additional LED chip and a third optics unit assigned to the same is provided for the lighting of a close-range area in front of the vehicle, and - that the group of LED light sources of the LED field comprises a number of rows of LED light sources, which interact with the first optics unit in a manner, that in the medium-range area in front of the vehicle a number of horizontal rows (a1, a2, a3) of light spots is projected above and/or below the horizontal plane of the measuring screen. - wherein a second light module with an additional LED chip and a second optics unit assigned to the same is provided for the lighting of a far-range area in front of the vehicle following the medium-range area in front of the vehicle, and/ or - wherein a third light module with an additional LED chip and a third optics unit assigned to the same is provided for the lighting of a close-range area in front of the vehicle, and - that the group of LED light sources of the LED field comprises a number of rows of LED light sources, which interact with the first optics unit in a manner, that in the medium-range area in front of the vehicle a number of horizontal rows (a1, a2, a3) of light spots is projected above and/or below the horizontal plane of the measuring screen.
A combination of a closing cap for a container and a neck of the container, wherein the cap comprises a lateral wall extending about an axis and a transversal wall positioned at an end of the lateral wall, a separation line being provided on the lateral wall for defining: a retaining ring, which is configured to remain anchored to the neck; a closing element removably engageable with the neck, so as to open or close the container; the separation line extending about the axis and being circumferentially interrupted so as to leave the retaining ring and the closing element joined together; the retaining ring comprising: a retaining portion, which is configured to internally engage with a locking ring of the neck and extends as far as a free edge of the retaining ring; a joining portion at which the retaining ring is joined to the closing element; a first connecting band and a second connecting band, which extend from the joining portion to the retaining portion; a tab, circumferentially interposed between the first connecting band and the second connecting band, which protrudes towards the free edge; wherein the locking ring projects from an outer surface of the neck and extends in a direction parallel to the axis between an upper end, nearer a dispensing opening of the neck and a lower end; and wherein the connecting bands (306; 307) are made by means of an incision line which extends between the separation line and the free edge and comprises a first lateral stretch and a second lateral stretch which partially define respectively the first connecting band and the second connecting band, wherein, when the closing element is in a closed condition, the first lateral stretch and the second lateral stretch are positioned beyond, or at, the lower end of the locking ring towards the dispensing opening, so that when the closing element is in an open condition and the connecting bands (306, 307) keep the closing element connected to the retaining ring, the tab can rest on the neck beyond the upper end of the locking ring towards the dispensing opening; characterized in that the tab is connected to the lateral wall by means of a hinge line, about which the tab can optionally bend, which is transversal to the axis; the tab comprising a pair of lateral edges which extend from the hinge line and a bottom edge, the bottom edge being transversal to the axis, the lateral edges being transversal to the bottom edge.
A brake pad for brake disc, which comprises: - a support plate for receiving a friction lining, with the support plate having: o a first surface (1.1), a second surface (1.2) and at least one hole that extends from the first surface (1.1) to the second surface (1.2); - at least one counterweight rigidly connected to the support plate to modify the vibration of the support plate, with the counterweight having: ∘ a first face facing the first surface (1.1); and ∘ a protrusion that projects from the first face and has a free end, with the protrusion being inserted into the hole; characterised in that it also comprises: - at least one groove in the second surface (1.2) of the support plate in a region near the hole and extending from the hole; wherein the protrusion is partially housed in the groove, and wherein the hole has a circular cross-section. - a support plate for receiving a friction lining, with the support plate having: o a first surface (1.1), a second surface (1.2) and at least one hole that extends from the first surface (1.1) to the second surface (1.2); - at least one counterweight rigidly connected to the support plate to modify the vibration of the support plate, with the counterweight having: ∘ a first face facing the first surface (1.1); and ∘ a protrusion that projects from the first face and has a free end, with the protrusion being inserted into the hole; ∘ a first face facing the first surface (1.1); and ∘ a protrusion that projects from the first face and has a free end, with the protrusion being inserted into the hole; - at least one groove in the second surface (1.2) of the support plate in a region near the hole and extending from the hole;
An actuating mechanism for controlling the cutting length of a hair trimmer comprising a frame, an actuator mounted to the frame and configured to slide linearly relative to the frame, a sliding member mounted to the frame and configured to slide linearly relative to the frame, and a coupling mechanism connecting the actuator to the sliding member configured such that sliding the actuator relative to the frame causes sliding movement of the sliding member relative to the frame of a reduced distance, characterized in that the coupling mechanism comprises a slot in the frame and a pin that is slidably received in the slot, wherein the coupling mechanism is configured such that sliding the actuator relative to the frame causes sliding movement of the pin within the slot which results in sliding movement of the sliding member relative to the frame, and wherein the coupling mechanism further comprises a track in the actuator and a track in the sliding member and wherein a first end of the pin is located in the track in the actuator and a second end of the pin is located in the track in the sliding member.
A galvanic oxygen sensor comprising: a housing, a cathode, a bismuth anode and an lead, aqueous electrolyte comprising a salt wherein the anode is free of characterized in that the electrolyte comprises a polyol.
A computer-implemented method for identifying a song comprising: - providing a set of musical notation information or harmonic progression information for songs, - receiving a real-time audio signal of a user performing on an instrument, - detecting playing activity in successive segments of the user in successive segments from the real-time audio signal, - detecting notes and/or chords from the real-time audio signal, - storing user play history information comprising of information of songs a user has played before, and how often the user has previously played said songs, optionally additionally in relation to the timing when the user has played said songs, - based on the play history information calculating a first probability for at least one song, the method being characterised by: - based on a number of first probabilities for a number of songs and based on the detected playing activity and the detected notes and/or chords, estimating the song that the user is performing, wherein o said estimation comprises calculating a second probability for a number of different songs wherein the second probabilities are defined by the real-time audio signal corresponding with a particular song of the play history combined with first probability associated with said song, and - providing the song the user is performing or information pertaining to the song. - providing a set of musical notation information or harmonic progression information for songs, - receiving a real-time audio signal of a user performing on an instrument, - detecting playing activity in successive segments of the user in successive segments from the real-time audio signal, - detecting notes and/or chords from the real-time audio signal, - storing user play history information comprising of information of songs a user has played before, and how often the user has previously played said songs, optionally additionally in relation to the timing when the user has played said songs, - based on the play history information calculating a first probability for at least one song, - based on a number of first probabilities for a number of songs and based on the detected playing activity and the detected notes and/or chords, estimating the song that the user is performing, wherein o said estimation comprises calculating a second probability for a number of different songs wherein the second probabilities are defined by the real-time audio signal corresponding with a particular song of the play history combined with first probability associated with said song, and o said estimation comprises calculating a second probability for a number of different songs wherein the second probabilities are defined by the real-time audio signal corresponding with a particular song of the play history combined with first probability associated with said song, and - providing the song the user is performing or information pertaining to the song.