mhurhangee/ep-ind-claims huggingface dataset:
A razor assembly (10, 20), comprising: at least one shaving blade having a cutting edge; a blade housing (110, 210) configured to accommodate the at least one shaving blade such that a width direction of the blade housing (110, 210) is in parallel with a longitudinal direction of the cutting edge and comprising an inlet portion (112, 212) and a discharge portion configured to discharge a shaving aid delivered from the inlet portion (112, 212); a receiving member (150, 250) disposed on a rear surface of the blade housing (110, 210) and comprising a receiving valve (154, 254) and a receiving hole (156, 256) formed on one side of the receiving valve (154, 254); and an aid supplying member (160, 260) comprising a discharge end (164, 264) configured to discharge the shaving aid to the inlet portion (112, 212), characterized in that at least a portion of the discharge end (164, 264), which is inserted into the receiving hole (156, 256), is accommodated between the receiving valve (154, 254) and the blade housing (110, 210). at least one shaving blade having a cutting edge; a blade housing (110, 210) configured to accommodate the at least one shaving blade such that a width direction of the blade housing (110, 210) is in parallel with a longitudinal direction of the cutting edge and comprising an inlet portion (112, 212) and a discharge portion configured to discharge a shaving aid delivered from the inlet portion (112, 212); a receiving member (150, 250) disposed on a rear surface of the blade housing (110, 210) and comprising a receiving valve (154, 254) and a receiving hole (156, 256) formed on one side of the receiving valve (154, 254); and an aid supplying member (160, 260) comprising a discharge end (164, 264) configured to discharge the shaving aid to the inlet portion (112, 212), characterized in that at least a portion of the discharge end (164, 264), which is inserted into the receiving hole (156, 256), is accommodated between the receiving valve (154, 254) and the blade housing (110, 210).
A communication method, wherein a terminal device is a device-to-device, D2D, device, the terminal device belongs to multiple communications groups, each communications group corresponding to multiple logical channel groups, and the method comprises the following steps: determining, by the terminal device, identification information of at least two currently-enabled communications groups; generating, by the terminal device, information about an amount of to-be-transmitted data, wherein the information about the amount of the to-be-transmitted data comprises identification information of the currently-enabled communications groups, and buffer status reports of logical channel groups corresponding to the currently-enabled communications groups, and the amount of the to-be-transmitted data is an amount of data to be transmitted between the terminal device and other D2D devices in the currently-enabled communications groups; sending, by the terminal device, at least one medium access control, MAC, control element to the base station, wherein each MAC control element comprises information about an amount of to-be-transmitted data of one of the currently-enabled communications groups, wherein the identification information of the currently-enabled communications group is an index number of the currently-enabled communications group. determining, by the terminal device, identification information of at least two currently-enabled communications groups; generating, by the terminal device, information about an amount of to-be-transmitted data, wherein the information about the amount of the to-be-transmitted data comprises identification information of the currently-enabled communications groups, and buffer status reports of logical channel groups corresponding to the currently-enabled communications groups, and the amount of the to-be-transmitted data is an amount of data to be transmitted between the terminal device and other D2D devices in the currently-enabled communications groups; sending, by the terminal device, at least one medium access control, MAC, control element to the base station, wherein each MAC control element comprises information about an amount of to-be-transmitted data of one of the currently-enabled communications groups, wherein the identification information of the currently-enabled communications group is an index number of the currently-enabled communications group.
A gate leaf (27, 28) for a work-at-height platform, this gate comprising: - a rotational axis forming shaft of the gate; - a loose-joint hinge rotatably mounted relative to the shaft; the shaft carrying a cam and the loose-joint hinge carrying a cam race in which said cam moves during a pivoting movement of the gate, characterised in that the cam race comprises an upper first segment, a lower second segment and a connecting segment between the upper first segment and lower second segment, the stroke of the cam in the lower second segment defining a first angular displacement of the gate leaf against a return means, the stroke of the cam in the upper first segment defining a second angular displacement of the gate leaf against a return means, a control member enabling the cam to be moved in the connecting segment, against a return means. - a rotational axis forming shaft of the gate; - a loose-joint hinge rotatably mounted relative to the shaft; the shaft carrying a cam and the loose-joint hinge carrying a cam race in which said cam moves during a pivoting movement of the gate, characterised in that the cam race comprises an upper first segment, a lower second segment and a connecting segment between the upper first segment and lower second segment, the stroke of the cam in the lower second segment defining a first angular displacement of the gate leaf against a return means, the stroke of the cam in the upper first segment defining a second angular displacement of the gate leaf against a return means, a control member enabling the cam to be moved in the connecting segment, against a return means.
Combination of pullulan or of an esterified derivative thereof or an organomineral silicon-based derivative thereof with a mixture of polysaccharides consisting of hyaluronic acid or a salt thereof or an esterified derivative thereof or an organomineral silicon-based derivative thereof and alginic acid or a salt thereof or an esterified derivative thereof or an organomineral silicon-based derivative thereof, the weight ratio of pullulan or esterified derivatives or organomineral silicon-based derivatives /hyaluronic acid, salts or esterified derivatives or organomineral silicon-based derivatives /alginic acid, salts or esterified derivatives or organomineral silicon-based derivatives being in the range 1/1/1 to 1/10/10.
Method for drying a fibrous web, in particular a board, paper or tissue web, in which the moving fibrous web has steam and hot, moist air applied to it in the area of a preceding drying zone and, following the preceding drying zone, is supplied to a downstream drying zone, which comprises a drying cylinder, in particular a Yankee cylinder, and a hood assigned to the latter, wherein hot air, in particular exhaust air, is removed from the hood assigned to the drying cylinder of the downstream drying zone and, to produce at least some of the steam for the preceding drying zone, by means of a first heat exchanger, condensate accumulating in the drying cylinder of the downstream drying zone and/or fresh water is heated by the hot air removed from the hood.
A method for video communication, characterized in that comprising: playing a video to at least one of a calling party and a called party by an Integrated Media Resource Server (IMRS) during an audio conversation between the calling party and the called party, wherein the playing a video to at least one of a calling party and a called party by the IMRS comprises: initiating, by the calling party, a video phone call request to the called party, establishing an audio channel and a video channel between the calling party and the called party; keeping, by the at least one of the calling party and the called party the video channel for receiving a video transmitted by the opposite party open, and closing the video channel for transmitting a video to the opposite party; establishing, by the IMRS, a video channel with the at least one of the calling party and the called party that cannot receive a video of the opposite party; and transmitting, by the IMRS, a video to the at least one of the calling party and the called party that cannot receive the video of the opposite party during an audio conversation between the calling party and the called party. playing a video to at least one of a calling party and a called party by an Integrated Media Resource Server (IMRS) during an audio conversation between the calling party and the called party, initiating, by the calling party, a video phone call request to the called party, establishing an audio channel and a video channel between the calling party and the called party; keeping, by the at least one of the calling party and the called party the video channel for receiving a video transmitted by the opposite party open, and closing the video channel for transmitting a video to the opposite party; establishing, by the IMRS, a video channel with the at least one of the calling party and the called party that cannot receive a video of the opposite party; and transmitting, by the IMRS, a video to the at least one of the calling party and the called party that cannot receive the video of the opposite party during an audio conversation between the calling party and the called party.
A nozzle plate (50, 250) positionable between an inlet and an outlet of a housing and for use in a separation assembly, the nozzle plate comprising: a wall; at least one aperture (54, 61); and at least one chimney comprising an inner surface surrounding the at least one aperture and an outer surface, wherein an upstream side of the wall comprises an inner portion, which is radially encompassed by the at least one chimney, and an outer portion, wherein the inner portion and the outer portion are upstream of the at least one aperture, wherein the at least one chimney extends from the upstream side of the wall and encompasses only a portion of a flow path between the inlet of the housing and the upstream side of the wall such that fluid flows radially beyond the outer surface of the at least one chimney between the inlet of the housing and the wall when the nozzle plate is positioned in the housing. a wall; at least one aperture (54, 61); and at least one chimney comprising an inner surface surrounding the at least one aperture and an outer surface, wherein an upstream side of the wall comprises an inner portion, which is radially encompassed by the at least one chimney, and an outer portion, wherein the inner portion and the outer portion are upstream of the at least one aperture, wherein the at least one chimney extends from the upstream side of the wall and encompasses only a portion of a flow path between the inlet of the housing and the upstream side of the wall such that fluid flows radially beyond the outer surface of the at least one chimney between the inlet of the housing and the wall when the nozzle plate is positioned in the housing.
A method of producing sound from an aerosol-generating device comprising a sound generator, an aerosolizer to generate aerosol from one or more types of an aerosol-generating substrate, and a controller operatively coupled to the sound generator and aerosolizer, the method comprising: monitoring a user action; retrieving sound data representing a sound from a plurality of sounds based on a type of the aerosol-generating substrate, the plurality of sounds comprising two or more sounds emulating the sound of a conventional use of a smoking material to use with different types of aerosol-generating substrates; and producing the sound using the sound generator based on the monitored user action and the sound data. monitoring a user action; retrieving sound data representing a sound from a plurality of sounds based on a type of the aerosol-generating substrate, the plurality of sounds comprising two or more sounds emulating the sound of a conventional use of a smoking material to use with different types of aerosol-generating substrates; and producing the sound using the sound generator based on the monitored user action and the sound data.
A method of manufacturing a non-woven web, comprising the step of: collecting stretched filaments that form the non-woven web on a fabric in an apparatus for the formation of non-woven webs, wherein the fabric comprises machine direction yarns and cross-machine direction yarns, and wherein the MD and CMD yarns are interwoven in a repeating pattern in which at least some of the CMD yarns are interwoven with the MD yarns in pairs that follow the same weaving sequence. collecting stretched filaments that form the non-woven web on a fabric in an apparatus for the formation of non-woven webs, wherein the fabric comprises machine direction yarns and cross-machine direction yarns, and wherein the MD and CMD yarns are interwoven in a repeating pattern in which at least some of the CMD yarns are interwoven with the MD yarns in pairs that follow the same weaving sequence.
Use of a product of an episulfide compound having a value of turbidity in acetone of 3.0 ppm or less for producing a raw material for optical materials, wherein the turbidity in acetone is measured according to JIS K0101 using an integrating-sphere turbidimeter with Kaolin standard solution as a standard.
Method for producing a supplementary cementitious material characterized in that it comprises the steps: a) providing dredged sludge comprising at least 50 wt.% to at most 90 wt.% water, at least 0 to at most 60 wt.% dry matter-based coarse fraction, and at least 40 wt.% DM fine fraction; b) removing the sand fraction from the dredged sludge, thereby retaining the fine fraction of the dredged sludge, the fine fraction comprises less than 30 wt.%, preferably less than 10 wt.% grains having a grain size larger than 63 μm; c) adding of portlandite (slaked lime, Ca 2), or quicklime (CaO) to the fine fraction; d) dewatering of the fine fraction, thereby forming dried filter cake precursor; and, e) thermally treating the dried filter cake precursor. a) providing dredged sludge comprising at least 50 wt.% to at most 90 wt.% water, at least 0 to at most 60 wt.% dry matter-based coarse fraction, and at least 40 wt.% DM fine fraction; b) removing the sand fraction from the dredged sludge, thereby retaining the fine fraction of the dredged sludge, the fine fraction comprises less than 30 wt.%, preferably less than 10 wt.% grains having a grain size larger than 63 μm; c) adding of portlandite (slaked lime, Ca 2), or quicklime (CaO) to the fine fraction; d) dewatering of the fine fraction, thereby forming dried filter cake precursor; and, e) thermally treating the dried filter cake precursor.
An apparatus for manufacturing molten iron comprising: a melter-gasifier (110, 820) for producing molten iron and generating off-gases; a carbon dioxide reforming unit for reforming the off-gases and generating hydrogen and carbon monoxide; an iron ore reducing unit (130, 830) for receiving the hydrogen and the carbon dioxide to reduce iron ore; an off-gas refining facility installed between the melter-gasifier and the carbon dioxide reforming unit, and a steam reforming unit installed between the melter-gasifier and the carbon dioxide reforming unit, wherein the steam reforming unit brings the steam among the off-gases into reaction with carbon monoxide to produce hydrogen, and wherein the off-gas refining facility refines harmful substances in the off-gases. a melter-gasifier (110, 820) for producing molten iron and generating off-gases; a carbon dioxide reforming unit for reforming the off-gases and generating hydrogen and carbon monoxide; an iron ore reducing unit (130, 830) for receiving the hydrogen and the carbon dioxide to reduce iron ore; an off-gas refining facility installed between the melter-gasifier and the carbon dioxide reforming unit, and a steam reforming unit installed between the melter-gasifier and the carbon dioxide reforming unit, wherein the steam reforming unit brings the steam among the off-gases into reaction with carbon monoxide to produce hydrogen, and wherein the off-gas refining facility refines harmful substances in the off-gases.
Laundry machine having a tub unit and at least one electric and/or signal-transferring cable, wherein said laundry machine comprises at least one connector support for being fixed to a wall of said tub unit, wherein said at least one electric and/or signal-transferring cable can be fixed to said connector support independently from the fixation of the connector support to the wall of said tub unit, wherein said connector support comprises at least one fixation element (12, 13, 16) to fix the cable to the connector support, wherein said connector support comprises at least one fixation element (15a, 15b) for fixing the connector support to said wall of said tub unit, characterized in that said at least one fixation element is a hinge element (12, 13) having an open position status and a closed position status, wherein the cable is fixed to a support body in the closed position of said hinge element (12, 13).
A traffic alerting method, comprising the steps of: identifying traffic events from analyzing traffic information; selecting an identified traffic event (125a-n, 125ax, 125cx) based on a location (122a-n) related to a mobile device and an event zone (123d, 127f-127n) defined around the identified traffic event, the event zone defining a two dimensional shape around the identified traffic event that varies in shape over time based on changing traffic conditions (125a-n, 125ax, 125cx); and alerting the mobile device with a passive message regarding the selected traffic event (125a-n, 125ax, 125cx). identifying traffic events from analyzing traffic information; selecting an identified traffic event (125a-n, 125ax, 125cx) based on a location (122a-n) related to a mobile device and an event zone (123d, 127f-127n) defined around the identified traffic event, the event zone defining a two dimensional shape around the identified traffic event that varies in shape over time based on changing traffic conditions (125a-n, 125ax, 125cx); and alerting the mobile device with a passive message regarding the selected traffic event (125a-n, 125ax, 125cx).
A cleaning solution composition for cleaning a semiconductor substrate or glass substrate surface, comprising one or more inorganic acids that contain fluorine atoms within their structure or salts thereof, water, one or more reducing agent between 0.01 and 500 mM, and one or more anionic surfactants between 5 and 1000 ppm, and having hydrogen ion concentration (pH) of less than 7, wherein the reducing agent is selected from a group consisting of five- or six-membered cyclic compounds having two or more hydroxyl groups, characterized in that the anionic surfactant is a condensate of naphthalenesulfonic acid and formaldehyde or a salt thereof.
An optical encoder comprising: a scale provided with a periodic pattern in which a reflective portion reflecting light and a non-reflecting portion whose reflectance is lower than that of the reflective portion are periodically formed with a first period in a first direction; and a light receiver movable relatively with the scale in the first direction and configured to photoelectrically convert a detection light emitted from a light source and then reflected by the reflective portions to output a signal having a change period corresponding to the first period, characterized in that, when a direction orthogonal to the first direction in the periodic pattern is defined as a second direction, the reflective portion periodically has a pattern, which is formed of pattern portions mutually adjacent in the second direction and mutually shifted in the first direction, in the second direction with a second period of t, and a width w of the light source in the second direction satisfies the following condition: w = a + b / b ⋅ nt where n represents a natural number, and a:b represents a ratio of a distance from the light source to the periodic pattern and a distance from the periodic pattern to the light receiver. a scale provided with a periodic pattern in which a reflective portion reflecting light and a non-reflecting portion whose reflectance is lower than that of the reflective portion are periodically formed with a first period in a first direction; and a light receiver movable relatively with the scale in the first direction and configured to photoelectrically convert a detection light emitted from a light source and then reflected by the reflective portions to output a signal having a change period corresponding to the first period, characterized in that, when a direction orthogonal to the first direction in the periodic pattern is defined as a second direction, the reflective portion periodically has a pattern, which is formed of pattern portions mutually adjacent in the second direction and mutually shifted in the first direction, in the second direction with a second period of t, and a width w of the light source in the second direction satisfies the following condition: w = a + b / b ⋅ nt where n represents a natural number, and a:b represents a ratio of a distance from the light source to the periodic pattern and a distance from the periodic pattern to the light receiver.
A press belt for use in a press apparatus including a rotating endless press belt and pressing means located on an inner periphery and/or an outer periphery of said press belt, comprising: end-corresponding regions located so as to correspond to both ends in a lateral direction of said pressing means; and a central region located between said end-corresponding regions, wherein stepped portions are formed between an outer peripheral surface of said central region and outer peripheral surfaces of said end-corresponding regions so that said end-corresponding regions have a smaller thickness than said central region, characterized in that said outer peripheral surfaces of said end-corresponding regions are finished so that a processing flaw depth becomes 10 μm or less. end-corresponding regions located so as to correspond to both ends in a lateral direction of said pressing means; and a central region located between said end-corresponding regions, wherein stepped portions are formed between an outer peripheral surface of said central region and outer peripheral surfaces of said end-corresponding regions so that said end-corresponding regions have a smaller thickness than said central region, characterized in that said outer peripheral surfaces of said end-corresponding regions are finished so that a processing flaw depth becomes 10 μm or less.
A method for avoiding soft-buffer corruption in a data retransmission scheme in a mobile communication system comprising a user equipment and a plurality of Node Bs, the method comprising the following steps performed by one of the plurality of Node Bs: receiving information on the user equipment's soft handover state, wherein the information indicates that the user equipment is in soft-handover, receiving data from the user equipment, storing said received data in an associated soft buffer of the Node B, using the time elapsed since storing said data in the associated soft buffer in order to flush the soft buffer. receiving information on the user equipment's soft handover state, wherein the information indicates that the user equipment is in soft-handover, receiving data from the user equipment, storing said received data in an associated soft buffer of the Node B, using the time elapsed since storing said data in the associated soft buffer in order to flush the soft buffer.