mhurhangee/ep-ind-claims huggingface dataset:
A transmission system comprising: a transmission terminal configured to locally reproduce video data and voice data and transmit and receive the video data and voice data via a network; a relay apparatus configured to transmit the video data and the voice data transmitted from the transmission terminal to another transmission terminal or the transmission terminal that has transmitted the video data and voice data; and a transmission management apparatus configured to manage a session for a plurality of transmission terminals or a single transmission terminal, wherein the transmission terminal is configured to send a request for establishing a session for a single site to the relay apparatus via the transmission management apparatus, and the relay apparatus is configured to establish the session for the single site related to the transmission terminal in response to the request from the transmission terminal as a request source so that a connection check process is performed on the transmission terminal within the single site only, characterized in that within the single site, the transmission terminal is configured to simultaneously display local video and looped-back video from the relay apparatus so as to be compared with each other to check camera operations, image quality, and network delay, wherein the transmission terminal is configured to mute voice input when the connection check process is started and un-mute the voice input when the connection check process is terminated. a transmission terminal configured to locally reproduce video data and voice data and transmit and receive the video data and voice data via a network; a relay apparatus configured to transmit the video data and the voice data transmitted from the transmission terminal to another transmission terminal or the transmission terminal that has transmitted the video data and voice data; and a transmission management apparatus configured to manage a session for a plurality of transmission terminals or a single transmission terminal, wherein the transmission terminal is configured to send a request for establishing a session for a single site to the relay apparatus via the transmission management apparatus, and the relay apparatus is configured to establish the session for the single site related to the transmission terminal in response to the request from the transmission terminal as a request source so that a connection check process is performed on the transmission terminal within the single site only, characterized in that within the single site, the transmission terminal is configured to simultaneously display local video and looped-back video from the relay apparatus so as to be compared with each other to check camera operations, image quality, and network delay, wherein the transmission terminal is configured to mute voice input when the connection check process is started and un-mute the voice input when the connection check process is terminated.
A medicament form, comprising • an active ingredient or a salt thereof, • a dimensionally stable portion which does not dissolve in an aqueous medium at a pH value of < 5 during a duration of 2 hours also under stirring and under these conditions does not erode in an extent that its smallest diameter decreases to a value of < 5 mm, • a gastric juice-soluble portion which dissolves in an aqueous medium at a pH value of < 5 during a duration of shorter than 2 hours or under these conditions erodes in an extent that its largest diameter decreases to a value of < 2 mm, wherein both, the dimensionally stable and also the gastric juice-soluble portions contain a partial amount of the active ingredient, for use in a method for treating vertigo in a human being by an administration to a patient at most two times a day during or after a meal. • an active ingredient or a salt thereof, • a dimensionally stable portion which does not dissolve in an aqueous medium at a pH value of < 5 during a duration of 2 hours also under stirring and under these conditions does not erode in an extent that its smallest diameter decreases to a value of < 5 mm, • a gastric juice-soluble portion which dissolves in an aqueous medium at a pH value of < 5 during a duration of shorter than 2 hours or under these conditions erodes in an extent that its largest diameter decreases to a value of < 2 mm,
Gas measuring system for measuring the presence of a predetermined gas, the system including a light source and a light receiver separated by a gas volume, the light source being adapted to emit a light beam into said gas volume within a chosen range of wavelengths including characteristic absorption wavelengths of the gas to be measured, the light receiver being adapted to detect light in said wavelength range, the system being adapted to scan over the chosen range of wavelengths, and including, a storage means adapted to store the specific absorption wavelengths of the gas and an analyzer unit including a spectrum analyzer and a computer module adapted to recognize a gas absorbing at said specific absorption wavelengths, characterised in that the storage means is further adapted to store specific absorption wavelengths characterizing at least one other material, the at least one other material being constituted by solid plastic particles or solid plastic objects having absorption wavelengths partially overlapping the absorption wavelengths of said gas within said chosen range of wavelengths, and in that the analyzer unit is adapted to detect said at least one other material based on the specific absorption wavelengths of the at least one other material in the gas measurements by distinguishing between said at least one other material and said gas in the gas volume based on the differences between the shape and position of the absorption peaks (21,22,24) in the absorption spectrum, and to provide a measure of said gas.
A method performed by a terminal for transmitting data in a wireless communication system, the method comprising: transmitting, to a base station, an uplink signal in a first reference time resource; identifying hybrid automatic repeat request, HARQ, related information corresponding to the uplink signal; identifying whether the first reference time resource is the same as a second reference time resource; adjusting a value of contention window, CW, for performing a first channel access procedure, based on the identified HARQ related information, in case that the first reference time resource is not the same as the second reference time resource; and keeping the value of CW for each priority, in case that the first reference time resource is the same as the second reference time resource, wherein the first reference time resource is a most recent time resource in which the terminal has transmitted an uplink transmission according to the first channel access procedure, before a first uplink grant including the HARQ related information is received from the base station, and wherein the second reference time resource is a most recent time resource in which the terminal has transmitted an uplink transmission according to the first channel access procedure, before a second uplink grant previous of the first uplink grant was received. transmitting, to a base station, an uplink signal in a first reference time resource; identifying hybrid automatic repeat request, HARQ, related information corresponding to the uplink signal; identifying whether the first reference time resource is the same as a second reference time resource; adjusting a value of contention window, CW, for performing a first channel access procedure, based on the identified HARQ related information, in case that the first reference time resource is not the same as the second reference time resource; and keeping the value of CW for each priority, in case that the first reference time resource is the same as the second reference time resource, wherein the first reference time resource is a most recent time resource in which the terminal has transmitted an uplink transmission according to the first channel access procedure, before a first uplink grant including the HARQ related information is received from the base station, and wherein the second reference time resource is a most recent time resource in which the terminal has transmitted an uplink transmission according to the first channel access procedure, before a second uplink grant previous of the first uplink grant was received.
An electronic system for aeronautical applications having at least one electronic memory comprising a first plurality of words, an error detection system, having an error counting device comprising: - a register having a second plurality of bits, an address of one bit being associated with at least one word; - means for indexing the bit associated with said word when the error detection system signals an alteration of said word, the indexing of said bit being unique in a given period of time, regardless of the number of times the alteration of said word is detected by the error detection system in said given time period; - means for resetting the register at the end of the given period of time. - a register having a second plurality of bits, an address of one bit being associated with at least one word; - means for indexing the bit associated with said word when the error detection system signals an alteration of said word, the indexing of said bit being unique in a given period of time, regardless of the number of times the alteration of said word is detected by the error detection system in said given time period; - means for resetting the register at the end of the given period of time.
Device for producing shell components having at least a lower region, a frame region and optionally a flange region from a planar or preformed plate with a drawing die and a drawing punch, the drawing die having a shaping region and at least one cutting region, the shaping region of the drawing die having at the end of the drawing operation the outer shape of the shell component to be drawn and to be cut in the lower region, frame region and optionally in the flange region, the drawing punch having a shaping region and at least one cutting region, the shaping region of the drawing punch having, at the end of the drawing operation, the inner shape of the shell component to be drawn and to be cut with a lower region, frame region and optionally a flange region (2, 3, 4), characterised in that the cutting region of the drawing punch forms with the shaping region of the drawing die a cutting contour with which, during and at the end of the drawing operation, a separation of the cutting region and shaping region (5a, 5b) of the plate can be carried out at least in the frame region, lower region (2, 3) and optionally in the flange region of the completely formed shell component, preferably in the final drawing operation.
A sensor housing for preventing particle buildup on a housing window, the sensor housing comprising: a first surface in which the housing window is included; and a spoiler edge, wherein the spoiler edge is positioned adjacent to the housing window and extended away from the first surface perpendicular to an axis of rotation of the sensor housing and wherein the spoiler edge is configured to generate an airflow substantially parallel to the housing window and away from the spoiler edge during rotation of the sensor housing a first surface in which the housing window is included; and a spoiler edge, wherein the spoiler edge is positioned adjacent to the housing window and extended away from the first surface perpendicular to an axis of rotation of the sensor housing and wherein the spoiler edge is configured to generate an airflow substantially parallel to the housing window and away from the spoiler edge during rotation of the sensor housing
A semiconductor device comprising: a SiC layer of a first conductivity type, the SiC layer having an active region in which a plurality of transistor elements are formed and an outer peripheral region formed around the active region; an electrode selectively formed on the SiC layer; and an insulator formed on the SiC layer, reaching a dicing region provided at an end portion of the SiC layer, wherein the insulator includes an insulating film under electrode formed under the electrode (43; 82) and an organic insulating layer arranged so as to cover the insulating film under electrode, the semiconductor device being characterized in that an extension along a direction from the active region towards the dicing region of a section where the organic insulating layer is in contact with the SiC layer in the outer peripheral region is 40 μm or greater, a lateral distance between an end portion of the electrode on the insulating film under electrode and a portion of the organic insulating layer which is in contact with the SiC layer is 40 μm or greater; and wherein the total of the extension and the lateral distance is 180 μm or less. a SiC layer of a first conductivity type, the SiC layer having an active region in which a plurality of transistor elements are formed and an outer peripheral region formed around the active region; an electrode selectively formed on the SiC layer; and an insulator formed on the SiC layer, reaching a dicing region provided at an end portion of the SiC layer, wherein the insulator includes an insulating film under electrode formed under the electrode (43; 82) and an organic insulating layer arranged so as to cover the insulating film under electrode, the semiconductor device being characterized in that an extension along a direction from the active region towards the dicing region of a section where the organic insulating layer is in contact with the SiC layer in the outer peripheral region is 40 μm or greater, a lateral distance between an end portion of the electrode on the insulating film under electrode and a portion of the organic insulating layer which is in contact with the SiC layer is 40 μm or greater; and wherein the total of the extension and the lateral distance is 180 μm or less.
A method for determining images plausible to have a false negative object detection in an image sequence acquired by an image sensor, the method comprising providing a group of historic trajectories, wherein each historic trajectory comprises a reference track that represents a plurality of historic tracks and comprises an object class of historic object detections that belong to the plurality of historic tracks, performing, by a tracker, tracking (S01a) for determining tracks in the image sequence, performing, by an object detector, object detection (S01b) for determining object detections in the image sequence, for a determined track that does not match any determined object detection, comparing the determined track with reference tracks of historic trajectories in the group of historic trajectories for identifying a matching reference track, upon identifying a matching reference track, defining images of the determined track as being plausible to have a false negative object detection for the object class of the historic trajectory comprising the matching reference track, and upon not identifying a matching reference track, defining the determined track as a false positive track. providing a group of historic trajectories, wherein each historic trajectory comprises a reference track that represents a plurality of historic tracks and comprises an object class of historic object detections that belong to the plurality of historic tracks, performing, by a tracker, tracking (S01a) for determining tracks in the image sequence, performing, by an object detector, object detection (S01b) for determining object detections in the image sequence, for a determined track that does not match any determined object detection, comparing the determined track with reference tracks of historic trajectories in the group of historic trajectories for identifying a matching reference track, upon identifying a matching reference track, defining images of the determined track as being plausible to have a false negative object detection for the object class of the historic trajectory comprising the matching reference track, and upon not identifying a matching reference track, defining the determined track as a false positive track.
A cosmetic composition comprising (i) at least one oxide of an alkaline earth metal, (ii) at least one metal soap which is a magnesium or calcium salt of C 10 - 30 fatty acid, and (iii) an aqueous phase, wherein the (i) oxide of an alkaline earth metal is magnesium oxide. (i) at least one oxide of an alkaline earth metal, (ii) at least one metal soap which is a magnesium or calcium salt of C 10 - 30 fatty acid, and (iii) an aqueous phase,
A system comprising: a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; and three single pole relays (18, 20, 22) mounted on the printed circuit board and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor, wherein the three single pole relays (18, 20, 22) comprise at least one sensor to sense current waveforms of the incoming power, wherein the at least one sensor provides signals representative of the incoming power to the control circuitry which is configured to switch the three single pole relays (18, 20, 22) in accordance with the point-on-wave switching scheme. a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; and three single pole relays (18, 20, 22) mounted on the printed circuit board and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor, wherein the three single pole relays (18, 20, 22) comprise at least one sensor to sense current waveforms of the incoming power, wherein the at least one sensor provides signals representative of the incoming power to the control circuitry which is configured to switch the three single pole relays (18, 20, 22) in accordance with the point-on-wave switching scheme.
A liquid handling device, in particular a syringe pump, for use in a liquid handling system including a plurality of the liquid handling devices assembled in side-by-side relationship at a centre-to-centre spacing of X, the device including: a barrel, a plunger movable in the barrel for dispensing or aspirating liquid from or into the barrel, an electrically powered motive device for moving the plunger in the barrel for dispensing or aspirating liquid from or into the barrel, and electronics (84, 143) for controlling the motive device and for communicating with an external component, wherein the barrel, plunger, motive device and electronics are assembled together in an envelope having a front portion including at least the barrel and plunger, and a rear portion including at least a portion of the electronics, characterised in that the rear portion has a thickness greater than X but no greater than 2X, and the front portion has a thickness no greater than X and is laterally offset relative to a centre plane of the envelope, whereby the liquid handling device can be assembled with another reversely oriented liquid handling device at a centre-to-centre spacing of X and a total combined width no greater than 2X. a barrel, a plunger movable in the barrel for dispensing or aspirating liquid from or into the barrel, an electrically powered motive device for moving the plunger in the barrel for dispensing or aspirating liquid from or into the barrel, and electronics (84, 143) for controlling the motive device and for communicating with an external component, wherein the barrel, plunger, motive device and electronics are assembled together in an envelope having a front portion including at least the barrel and plunger, and a rear portion including at least a portion of the electronics, characterised in that the rear portion has a thickness greater than X but no greater than 2X, and the front portion has a thickness no greater than X and is laterally offset relative to a centre plane of the envelope, whereby the liquid handling device can be assembled with another reversely oriented liquid handling device at a centre-to-centre spacing of X and a total combined width no greater than 2X.
A method for refining a location estimate of a user's physical location, comprising: estimating a current location of the user; comparing the estimated current location with one or more heat maps identifying specific physical locations in a predetermined geographical area, the one or more heat maps containing time information associated with one or more of the specific physical locations associated with the user, each heat map being derived from at least one electronic database containing information about the user; determining a set of relevant matching addresses from a selected one of the heat maps; analyzing the set of relevant matching addresses of the selected heat map that are within a preset distance of the estimated current location; determining whether a given one of the relevant matching addresses provides a more accurate location than the estimated current location; and if the given one of the relevant matching addresses provides a more accurate location than the estimated current location, selecting the given address as a refined position of the user; the method being characterized in that at least one of the relevant matching addresses is selected based upon a timeliness ranking representing how often the at least one relevant matching address appears in the at least one electronic database at a given point in time. estimating a current location of the user; comparing the estimated current location with one or more heat maps identifying specific physical locations in a predetermined geographical area, the one or more heat maps containing time information associated with one or more of the specific physical locations associated with the user, each heat map being derived from at least one electronic database containing information about the user; determining a set of relevant matching addresses from a selected one of the heat maps; analyzing the set of relevant matching addresses of the selected heat map that are within a preset distance of the estimated current location; determining whether a given one of the relevant matching addresses provides a more accurate location than the estimated current location; and if the given one of the relevant matching addresses provides a more accurate location than the estimated current location, selecting the given address as a refined position of the user; the method being characterized in that at least one of the relevant matching addresses is selected based upon a timeliness ranking representing how often the at least one relevant matching address appears in the at least one electronic database at a given point in time.