mhurhangee/ep-ind-claims huggingface dataset:
Horn intended for a motor vehicle, comprising a main housing which is delimited by a bottom wall and by a cover closing an opening opposite the bottom wall, and which contains at least one electronic board and a power supply battery designed to be connected to a sound production assembly and to an external electrical connector, characterized in that the electronic board extends globally in a plane orthogonal to the bottom wall and in that the sound production assembly is arranged against the bottom wall of the main housing, on the side opposite the electronic board.
A method of displaying a video image sequence on a matrix display using a pulse-width modulation PWM, in which the display time of an image pixel is proportional to the gray level to be displayed, the matrix display being controlled by applying a double voltage ramp comprising a rising portion and a falling portion of same duration, said method being characterized in that it comprises the following steps: - detecting the moving object contours within said sequence of video images, - determining an initial grey level of at least one first pixel and an initial grey level of a second pixel, the first pixel being positioned on one side adjacent to said contour and the second pixel being positioned on the opposite side adjacent to said contour on a same row of pixels, - modifying within one frame period, for at least an image of said sequence and at least a contour detected in said at least an image, the gray level of the at least one first pixel adjacent to said contour by assigning to it an intermediate level in the range between said initial gray level of said first pixel and said initial gray level of the second pixel adjacent to said contour, and - displaying said modified image sequence, the PWM pulse used for displaying the gray levels of the image pixels being centered in the middle of the image display frame. - detecting the moving object contours within said sequence of video images, - determining an initial grey level of at least one first pixel and an initial grey level of a second pixel, the first pixel being positioned on one side adjacent to said contour and the second pixel being positioned on the opposite side adjacent to said contour on a same row of pixels, - modifying within one frame period, for at least an image of said sequence and at least a contour detected in said at least an image, the gray level of the at least one first pixel adjacent to said contour by assigning to it an intermediate level in the range between said initial gray level of said first pixel and said initial gray level of the second pixel adjacent to said contour, and - displaying said modified image sequence, the PWM pulse used for displaying the gray levels of the image pixels being centered in the middle of the image display frame.
Hydraulic machine arrangement having a housing, a working section and a hollow inside said housing, a supply port arrangement (LPin, HPin, LPout) connected to said working area, and a leakage path between said working section and said hollow, wherein said housing is provided with a leakage port connected to said hollow, characterized in that said machine arrangement comprises a pressure exchanger and a booster pump, said leakage path is provided from said booster pump to said pressure exchanger and said leakage port is provided at said pressure exchanger, wherein a flow meter is connected to said leakage port.
A method for wireless communication, comprising: receiving, from a base station, a control message comprising at least one channel state information, CSI, configuration parameter; identifying, by a user equipment, UE, a time offset between a plurality of virtual antennas of the base station based at least in part on the at least one CSI configuration parameter; performing, by the UE, measurements of a plurality of CSI reference signals, CSI-RSs, associated with the plurality of virtual antennas of the base station; and transmitting, to the base station, a feedback message based at least in part on the identified time offset and the measurements of the plurality of CSI-RSs. receiving, from a base station, a control message comprising at least one channel state information, CSI, configuration parameter; identifying, by a user equipment, UE, a time offset between a plurality of virtual antennas of the base station based at least in part on the at least one CSI configuration parameter; performing, by the UE, measurements of a plurality of CSI reference signals, CSI-RSs, associated with the plurality of virtual antennas of the base station; and transmitting, to the base station, a feedback message based at least in part on the identified time offset and the measurements of the plurality of CSI-RSs.
A method of manufacturing a solar cell, the method comprising: forming a photoelectric converter including an amorphous semiconductor layer; forming an electrode connected to the photoelectric converter; and performing a post-treatment by providing light to the photoelectric converter and the electrode, wherein, in the performing of the post-treatment, a processing temperature is within a range from 15°C to 300°C, wherein the photoelectric converter includes: a semiconductor substrate; a tunneling film located on the semiconductor substrate; and a conductive area located on the tunneling film, and wherein at least one of the tunneling film and the conductive area is configured as the amorphous semiconductor layer, wherein the electrode is formed over an entirety of the conductive area and includes a first electrode layer formed of a transparent conductive material and a second electrode layer formed on the first electrode layer and having a pattern, and wherein the second electrode layer is formed by forming and drying a paste layer that includes a solvent, a conductive material, and a binder. forming a photoelectric converter including an amorphous semiconductor layer; forming an electrode connected to the photoelectric converter; and performing a post-treatment by providing light to the photoelectric converter and the electrode, wherein, in the performing of the post-treatment, a processing temperature is within a range from 15°C to 300°C, wherein the photoelectric converter includes: a semiconductor substrate; a tunneling film located on the semiconductor substrate; and a conductive area located on the tunneling film, and wherein at least one of the tunneling film and the conductive area is configured as the amorphous semiconductor layer, wherein the electrode is formed over an entirety of the conductive area and includes a first electrode layer formed of a transparent conductive material and a second electrode layer formed on the first electrode layer and having a pattern, and wherein the second electrode layer is formed by forming and drying a paste layer that includes a solvent, a conductive material, and a binder. a semiconductor substrate; a tunneling film located on the semiconductor substrate; and a conductive area located on the tunneling film, and wherein at least one of the tunneling film and the conductive area is configured as the amorphous semiconductor layer, wherein the electrode is formed over an entirety of the conductive area and includes a first electrode layer formed of a transparent conductive material and a second electrode layer formed on the first electrode layer and having a pattern, and wherein the second electrode layer is formed by forming and drying a paste layer that includes a solvent, a conductive material, and a binder.
Timepiece plate including at least one pivot element for a timepiece mechanism, said pivot element including a first rotational guide member for radially holding an arbor in said plate, and a second front guide member for axially limiting the end of said arbor, and including at least one resilient shock absorber (48A, 48B) acting on at least said first rotational guide member and/or said second front guide member, wherein said at least one resilient shock absorber (48A, 48B) is made in a one-piece manner in a micromachinable material or silicon or quartz or diamond or ruby or corundum at least with said plate, said pivot element including a first level and a second level which are superposed, on said first level said first rotational guide member being suspended from an upper jewel-setting by a first connecting element, said upper jewel-setting being suspended from said plate by the intermediary of at least one first shock absorber of said resilient shock absorber (48A, 48B), on said second level said second front guide member being suspended from a lower jewel-setting by a second connecting element, said lower jewel-setting being suspended from said plate by said at least one second shock absorber of said resilient shock absorber (48A, 48B).
An optical path processing apparatus including an optical path, the optical path consisting of a fiber array, FA, a lens array, LA, an aspheric lens, and a reflector, wherein the FA comprises a test optical channel and a plurality of service optical channels, each service optical channel comprising a pair of segments, wherein the test optical channel is configured to receive test light, wherein the reflector is at a distance of less than or equal to a first preset value away from a focus of light transmitted through the aspheric lens, and comprises a specular surface configured to reflect, at a preset angle, the received test light, so that reflected light corresponding to the test light is output through one of the segments of one of the service optical channels, wherein the optical path processing apparatus further comprises a filter located between the aspheric lens and the reflector wherein - the test optical channel is configured to enable the test light to be incident through the LA and the aspheric lens to a surface of the filter; - the filter is configured to perform transmission on the test light between 1610 nm and 1675 nm and perform reflection of service light between 1260 nm and 1587 nm received from the other segment of said one of the service optical channels into said one segment of said one of the service optical channels; and - the reflector is configured to reflect, at said preset angle, the test light transmitted through the filter to the specular surface of the reflector, so that the reflected light corresponding to the test light passes through the filter, the aspheric lens and the LA, and is output through said one segment of said one of the service optical channels. - the test optical channel is configured to enable the test light to be incident through the LA and the aspheric lens to a surface of the filter; - the filter is configured to perform transmission on the test light between 1610 nm and 1675 nm and perform reflection of service light between 1260 nm and 1587 nm received from the other segment of said one of the service optical channels into said one segment of said one of the service optical channels; and - the reflector is configured to reflect, at said preset angle, the test light transmitted through the filter to the specular surface of the reflector, so that the reflected light corresponding to the test light passes through the filter, the aspheric lens and the LA, and is output through said one segment of said one of the service optical channels.
An oral irrigator comprising a handle housing including a fluid inlet and a fluid outlet; a chamber housing positioned within the handle housing between the fluid inlet and the fluid outlet, wherein the chamber housing defines an agent chamber for receiving an oral hygiene agent therein; characterized in that the oral irrigator further comprises a lid pivotably coupled to the handle housing, wherein in a closed position the lid at least partially covers the agent chamber and in an open position, the lid uncovers the agent chamber. a handle housing including a fluid inlet and a fluid outlet; a chamber housing positioned within the handle housing between the fluid inlet and the fluid outlet, wherein the chamber housing defines an agent chamber for receiving an oral hygiene agent therein; characterized in that the oral irrigator further comprises a lid pivotably coupled to the handle housing, wherein in a closed position the lid at least partially covers the agent chamber and in an open position, the lid uncovers the agent chamber.
A method performed by a first of two base stations (121, 123) comprising: receiving, by the first base station and from a second base station, a first message that includes a context of a user equipment that was previously in an engaged mode with the second base station; transmitting, by the first base station in response to receiving the first message and to the user equipment, a second message that includes a radio network temporary identifier that identifies the context; receiving, by the first base station from the user equipment, a third message that includes a resume message authentication code identifier; verifying, by the first base station, the third message by comparing the resume message authentication code identifier received in the third message with a calculated message authentication code identifier; and transmitting, to the user equipment, a fourth message that enables the user equipment to resume the engaged mode with the first base station in accordance with the context. receiving, by the first base station and from a second base station, a first message that includes a context of a user equipment that was previously in an engaged mode with the second base station; transmitting, by the first base station in response to receiving the first message and to the user equipment, a second message that includes a radio network temporary identifier that identifies the context; receiving, by the first base station from the user equipment, a third message that includes a resume message authentication code identifier; verifying, by the first base station, the third message by comparing the resume message authentication code identifier received in the third message with a calculated message authentication code identifier; and transmitting, to the user equipment, a fourth message that enables the user equipment to resume the engaged mode with the first base station in accordance with the context.
A film roll comprising: a laminated film comprising, a substrate layer having a first surface and a second surface on opposite sides thereof; an adhesive layer layered upon the first surface; a backing layer that is releasably layered upon the second surface, the backing layer supporting the substrate layer to be in a spread-out state; and fine projections being formed on a surface of the backing layer on a side opposite the substrate layer. wherein the laminated film is wound with the adhesive layer faces inward and tips of the fine projections in contact with the adhesive layer, and wherein an air layer at least partially enclosed by the fine projections is formed between the adhesive layer and the backing layer. a laminated film comprising, a substrate layer having a first surface and a second surface on opposite sides thereof; an adhesive layer layered upon the first surface; a backing layer that is releasably layered upon the second surface, the backing layer supporting the substrate layer to be in a spread-out state; and fine projections being formed on a surface of the backing layer on a side opposite the substrate layer. a substrate layer having a first surface and a second surface on opposite sides thereof; an adhesive layer layered upon the first surface; a backing layer that is releasably layered upon the second surface, the backing layer supporting the substrate layer to be in a spread-out state; and fine projections being formed on a surface of the backing layer on a side opposite the substrate layer. wherein the laminated film is wound with the adhesive layer faces inward and tips of the fine projections in contact with the adhesive layer, and wherein an air layer at least partially enclosed by the fine projections is formed between the adhesive layer and the backing layer.
A computer-implemented method of simulating or optimizing hemodialysis access, the method comprising: receiving a patient-specific, three-dimensional anatomic model of a patient's vasculature; computing a pre-treatment hemodynamic characteristic of a pre-treatment geometry of a portion of the received three-dimensional anatomic model; receiving or determining a geometry of a planned treatment defining a vascular access in the portion of the anatomic model; simulating a post-treatment geometry of the vascular access in the portion of the anatomic model by modifying the geometry of the received three-dimensional anatomic model based on the geometry of said planned treatment; computing a post-treatment hemodynamic characteristic of the post-treatment geometry of the portion of the anatomic model having the vascular access; and generating a representation of the post-treatment hemodynamic characteristic. receiving a patient-specific, three-dimensional anatomic model of a patient's vasculature; computing a pre-treatment hemodynamic characteristic of a pre-treatment geometry of a portion of the received three-dimensional anatomic model; receiving or determining a geometry of a planned treatment defining a vascular access in the portion of the anatomic model; simulating a post-treatment geometry of the vascular access in the portion of the anatomic model by modifying the geometry of the received three-dimensional anatomic model based on the geometry of said planned treatment; computing a post-treatment hemodynamic characteristic of the post-treatment geometry of the portion of the anatomic model having the vascular access; and generating a representation of the post-treatment hemodynamic characteristic.
A tie rod for a coupling of a track-guided vehicle, in particular a railway vehicle, wherein the tie rod comprises the following: - a first end region on the railcar body side via which the tie rod is or can be preferably detachably connected to a railcar body of the track-guided vehicle; - a second end region opposite from the first end region to which a coupler head of an automatic coupling is or can be replaceably attached; and - a joint arrangement via which the coupler head of the automatic coupling is pivotable into a horizontal coupling plane as required, wherein the joint arrangement is provided on the second end region of the tie rod and comprises a first articulated arm, which is pivotable about a horizontal axis, to which the coupler head of the automatic coupling is or can be preferably detachably and/or replaceably secured, wherein the joint arrangement comprises a second articulated arm, which is pivotable about the horizontal axis, to which a drawbar eye, in particular a drawbar eye compatible with a UIC towing hook, is or can be secured, and wherein the second articulated arm is connected to the first articulated arm such that both articulated arms (7, 8) are jointly pivotable, in particular can only be jointly pivoted, about the horizontal axis. - a first end region on the railcar body side via which the tie rod is or can be preferably detachably connected to a railcar body of the track-guided vehicle; - a second end region opposite from the first end region to which a coupler head of an automatic coupling is or can be replaceably attached; and - a joint arrangement via which the coupler head of the automatic coupling is pivotable into a horizontal coupling plane as required, wherein the joint arrangement is provided on the second end region of the tie rod and comprises a first articulated arm, which is pivotable about a horizontal axis, to which the coupler head of the automatic coupling is or can be preferably detachably and/or replaceably secured, wherein the joint arrangement comprises a second articulated arm, which is pivotable about the horizontal axis, to which a drawbar eye, in particular a drawbar eye compatible with a UIC towing hook, is or can be secured, and wherein the second articulated arm is connected to the first articulated arm such that both articulated arms (7, 8) are jointly pivotable, in particular can only be jointly pivoted, about the horizontal axis. wherein the joint arrangement is provided on the second end region of the tie rod and comprises a first articulated arm, which is pivotable about a horizontal axis, to which the coupler head of the automatic coupling is or can be preferably detachably and/or replaceably secured, wherein the joint arrangement comprises a second articulated arm, which is pivotable about the horizontal axis, to which a drawbar eye, in particular a drawbar eye compatible with a UIC towing hook, is or can be secured, and wherein the second articulated arm is connected to the first articulated arm such that both articulated arms (7, 8) are jointly pivotable, in particular can only be jointly pivoted, about the horizontal axis.
A hinge adjuster, comprising, a first frame having a connecting portion at a front end thereof and a fixture at a rear end thereof, the connecting portion defining at least one locking hole which comprises a first accommodating hole and a second accommodating hole communicated with each other, an engaging notch being formed in an inner wall of the first accommodating hole, the fixture comprising a threaded post, an upper gasket, a lower gasket and a nut, a contacting edge being formed between the threaded post and the first frame, the upper gasket being set on the threaded post movably and adapted for contacting with the contacting edge when being at the topmost end of the threaded post, the lower gasket being set on the threaded post, and the nut being screwed on the threaded post; at least one locking piece slidably placed in and protruded from the first accommodating hole, and being adapted for engaging with the inner wall of the first accommodating hole or the engaging notch alternatively; at least one spring component accommodated in the second accommodating hole, one end of which being contacted with the second accommodating hole, and the other end of which being contacted with a side of the locking piece elastically; at least one second frame having a pivoted portion at a front end thereof for pivotally connecting to the connecting portion of the first frame, the pivoted portion defining at least one groove for engaging with the locking piece, an inner surface of the groove comprising a flat portion, a dentiform portion, and an end portion arranged in a clockwise direction, and a portion of the locking piece that is protruded from the locking hole contacting with the flat portion, the dentiform portion or the end portion selectively; and a pair of covers covered on the connecting portion and the pivoted portion at opposite sides thereof.
A hot melt glue gun comprising a body, a melt chamber mounted in said body for heating a glue composition, a discharge nozzle connected to said melt chamber for receiving glue therefrom and discharging glue, and a glue stick advancement mechanism for selectively supplying glue to said melt chamber and causing glue in said melt chamber to discharge through said discharge nozzle, characterised by an auxiliary chamber in fluid communication with said melt chamber, a siphon mechanism that draws glue from said melt chamber into said auxiliary chamber upon termination of the supply of glue to said melt chamber by said glue advancement mechanism.