mhurhangee/patent-ind-claim-en huggingface dataset:
A tape printing device that is vertically long and is able to be operated by being handheld, comprising: a handheld supporting portion that includes an operating portion on a front surface and is a part to be handheld; and a main mechanism portion in which a printing portion which is disposed on a tip end side connected to the handheld supporting portion is built, wherein the handheld supporting portion is formed in a constricted shape of which an intermediate portion in the longitudinal direction is constricted, wherein a peripheral surface of the handheld supporting portion includes the front surface , a rear surface , and a pair of side surfaces , and includes a pair of front side inclined surfaces in a chamfered shape interposed between the front surface and the pair of side surfaces and a pair of rear side inclined surfaces in a chamfered shape interposed between the rear surface and the pair of side surfaces , characterized in that a battery lid for opening and closing a battery accommodating portion is provided on the rear surface of the handling portion , and a first non-slipping portion for preventing slipping is formed on the rear surface , wherein the first non-slipping portion is configured with a shallow groove portion formed in the battery lid . a handheld supporting portion that includes an operating portion on a front surface and is a part to be handheld; and a main mechanism portion in which a printing portion which is disposed on a tip end side connected to the handheld supporting portion is built, wherein the handheld supporting portion is formed in a constricted shape of which an intermediate portion in the longitudinal direction is constricted, wherein a peripheral surface of the handheld supporting portion includes the front surface , a rear surface , and a pair of side surfaces , and includes a pair of front side inclined surfaces in a chamfered shape interposed between the front surface and the pair of side surfaces and a pair of rear side inclined surfaces in a chamfered shape interposed between the rear surface and the pair of side surfaces , characterized in that a battery lid for opening and closing a battery accommodating portion is provided on the rear surface of the handling portion , and a first non-slipping portion for preventing slipping is formed on the rear surface , wherein the first non-slipping portion is configured with a shallow groove portion formed in the battery lid .
A method of manufacturing a light emitting diode, comprising: forming a laser lift-off "LLO" layer made of at least one of GaN, InGaN, AlGaN and InAlGaN, an undoped semiconductor layer , a first semiconductor layer , an active layer , a second semiconductor layer and a first electrode successively on a nitride semiconductor substrate using an MOCVD process, the LLO layer having an energy band gap smaller than that of the nitride semiconductor substrate but larger than that of the active layer ; carrying out a laser lift-off process in which a laser beam is irradiated on the LLO layer through the nitride semiconductor substrate to separate the nitride semiconductor substrate, the laser beam having a wavelength in a range corresponding to the band gap energy of the LLO layer; etching the undoped semiconductor layer which has been exposed due to the separation of the nitride semiconductor substrate , using a dry-etching process until the first semiconductor layer layer is exposed; and forming a second electrode underneath a bottom of the first semiconductor layer . forming a laser lift-off "LLO" layer made of at least one of GaN, InGaN, AlGaN and InAlGaN, an undoped semiconductor layer , a first semiconductor layer , an active layer , a second semiconductor layer and a first electrode successively on a nitride semiconductor substrate using an MOCVD process, the LLO layer having an energy band gap smaller than that of the nitride semiconductor substrate but larger than that of the active layer ; carrying out a laser lift-off process in which a laser beam is irradiated on the LLO layer through the nitride semiconductor substrate to separate the nitride semiconductor substrate, the laser beam having a wavelength in a range corresponding to the band gap energy of the LLO layer; etching the undoped semiconductor layer which has been exposed due to the separation of the nitride semiconductor substrate , using a dry-etching process until the first semiconductor layer layer is exposed; and forming a second electrode underneath a bottom of the first semiconductor layer .
A turbine engine assembly, comprising: a turbine engine case extending along an axis between an upstream end and a downstream end , wherein the case includes a plurality of discrete axial segments (58-62) including a first segment and a second segment that is downstream of the first segment; a gearbox ; and a plurality of gearbox mounts (76-80) connecting the gearbox to the case , and the gearbox mounts (76-80) comprising an axial mount and a radial mount (78-88); wherein the axial mount extends axially in an upstream direction from the gearbox to the case and wherein the axial mount connects the gearbox to the first segment; and wherein the radial mount (78-80) extends in a direction substantially perpendicular to the axis from the gearbox to the case , and the radial mount (76-80) connects the gearbox to the second segment. a turbine engine case extending along an axis between an upstream end and a downstream end , wherein the case includes a plurality of discrete axial segments (58-62) including a first segment and a second segment that is downstream of the first segment; a gearbox ; and a plurality of gearbox mounts (76-80) connecting the gearbox to the case , and the gearbox mounts (76-80) comprising an axial mount and a radial mount (78-88); wherein the axial mount extends axially in an upstream direction from the gearbox to the case and wherein the axial mount connects the gearbox to the first segment; and wherein the radial mount (78-80) extends in a direction substantially perpendicular to the axis from the gearbox to the case , and the radial mount (76-80) connects the gearbox to the second segment.
A display control method used for a control system that controls a behavior of a host-vehicle to perform a lane change, the display control method comprising: displaying a first image on a head-up display that displays an image superimposed on a scene ahead of the host-vehicle, the first image including a first vehicle icon that is a figure indicating a vehicle, and displaying a second image on a meter display provided to a meter unit that displays a meter of the host-vehicle, the second image including a second vehicle icon that is a figure indicating a vehicle, characterized in that displaying the first image further including a first character string arranged above the first vehicle icon, and displaying the second image further including a second character string that is arranged below the second vehicle icon , and includes the first character string . displaying a first image on a head-up display that displays an image superimposed on a scene ahead of the host-vehicle, the first image including a first vehicle icon that is a figure indicating a vehicle, and displaying a second image on a meter display provided to a meter unit that displays a meter of the host-vehicle, the second image including a second vehicle icon that is a figure indicating a vehicle, characterized in that displaying the first image further including a first character string arranged above the first vehicle icon, and displaying the second image further including a second character string that is arranged below the second vehicle icon , and includes the first character string .
A metal pipe including a curved portion produced by bending, wherein a plurality of non-bending surfaces and a plurality of bent portions at which the non-bending surfaces are connected in a bending manner are provided on a circumferential surface on an inside being a curvature center (Px) side of the curved portion , characterized in that in a case where intersections (Pa) between a virtual plane (W) on a pipe axis line (Ta) and the bent portions are defined, and lines of intersections between the non-bending surfaces and the virtual plane (W) are specified, the lines of intersections are on straight lines (Sa) interconnecting the adjacent intersections (Pa). a plurality of non-bending surfaces and a plurality of bent portions at which the non-bending surfaces are connected in a bending manner are provided on a circumferential surface on an inside being a curvature center (Px) side of the curved portion , characterized in that in a case where intersections (Pa) between a virtual plane (W) on a pipe axis line (Ta) and the bent portions are defined, and lines of intersections between the non-bending surfaces and the virtual plane (W) are specified, the lines of intersections are on straight lines (Sa) interconnecting the adjacent intersections (Pa).
Compounds of the formula (I') (Rf-CHF-CF 2 -S-CHR) m -L-(X) n (I') where Rf = a perfluorinated alkyl group, optionally containing heteroatoms, R = H or an alkyl group, L = a single bond or a saturated, branched or unbranched alkylene group, optionally containing functional groups, X = acrylate or methacrylate group or a group SiR' 3 , where R' is an alkoxy group OR", where R" is equal to C1-C4 alkyl, m is ≥ 1 and n is ≥ 1. Rf = a perfluorinated alkyl group, optionally containing heteroatoms, R = H or an alkyl group, L = a single bond or a saturated, branched or unbranched alkylene group, optionally containing functional groups, X = acrylate or methacrylate group or a group SiR' 3 , where R' is an alkoxy group OR", where R" is equal to C1-C4 alkyl, m is ≥ 1 and n is ≥ 1.
Process for comminuting alkali metal-containing energy storage devices where the energy storage devices are cooled with liquid nitrogen which undergoes at least partial evaporation upon thermal contact with the energy storage devices and the energy storage devices are subsequently broken down into constituent fractions in a comminution means , wherein downstream of the cooling of the energy storage devices the comminution means is supplied with argon to form an atmosphere in the comminution means which is substantially composed of argon, characterized in that the comminution means is supplied with liquid or cold gaseous argon which undergoes heating upon thermal contact with the energy storage devices and/or the constituent fractions thereof and is subsequently discharged from the comminution means , wherein at least a substream of the heated argon discharged from the comminution means is cooled in a cooler and reused for cooling the energy storage devices in the comminution means . downstream of the cooling of the energy storage devices the comminution means is supplied with argon to form an atmosphere in the comminution means which is substantially composed of argon, characterized in that the comminution means is supplied with liquid or cold gaseous argon which undergoes heating upon thermal contact with the energy storage devices and/or the constituent fractions thereof and is subsequently discharged from the comminution means , wherein at least a substream of the heated argon discharged from the comminution means is cooled in a cooler and reused for cooling the energy storage devices in the comminution means .
An injection device in pen form for administering a fluid product, comprising a housing , a conveyor element for conveying the product from a reservoir , wherein the conveyor element is movable relative to the housing along an advance movement axis over an advance movement region between a proximal and distal end position and wherein the conveyor element has a female thread, the thread axis of which extends along the advance movement axis, and a threaded element having a male thread which engages with the female thread of the conveyor element , wherein the threaded element can be fixed relative to the housing along the advance movement axis and can be set in a rotary movement about the advance movement axis in order to advance the conveyor element along the advance movement axis, wherein the conveyor element is rotationally secured and longitudinally guided relative to the housing, characterised in that the conveyor element is substantially smooth on its outside and is longitudinally guided only in the region of its proximal end in an element which is non-rotatable relative to the housing .
Pivot staff of a mechanical timepiece movement regulating member, made of a non-magnetic material consisting of, by weight: - between 25% and 55% palladium - between 25% and 55% silver - between 10% and 30% copper - between 0% and 5% zinc - between 0% and 2% of one or more elements chosen from rhenium, ruthenium, gold and platinum - between 0% and 1% of one or more elements chosen from boron and nickel. - between 25% and 55% palladium - between 25% and 55% silver - between 10% and 30% copper - between 0% and 5% zinc - between 0% and 2% of one or more elements chosen from rhenium, ruthenium, gold and platinum - between 0% and 1% of one or more elements chosen from boron and nickel.
A magnetic steering apparatus for steering a moving metal strip , the apparatus comprising: at least one magnetic rotor rotatable to induce a changing magnetic field at the moving metal strip , wherein the changing magnetic field is suitable to generate a force in the moving metal strip to steer a centerline of the moving metal strip towards a centerline of a desired passline, characterized in that the axis of rotation of each rotor is being positioned to intersect a common plane that is perpendicular to the longitudinal direction , i.e. direction of travel along the desired passline, of the metal strip, wherein the magnetic steering apparatus is suitable to induce concerted lateral forces on the strip to induce lateral movement of the strip, such as to align the strip to a desired passline of a processing equipment or to induce lateral forces in the metal strip towards the desired passline if the metal strip deviates too far from the desired passline of the processing equipm ent. at least one magnetic rotor rotatable to induce a changing magnetic field at the moving metal strip , wherein the changing magnetic field is suitable to generate a force in the moving metal strip to steer a centerline of the moving metal strip towards a centerline of a desired passline, characterized in that the axis of rotation of each rotor is being positioned to intersect a common plane that is perpendicular to the longitudinal direction , i.e. direction of travel along the desired passline, of the metal strip, wherein the magnetic steering apparatus is suitable to induce concerted lateral forces on the strip to induce lateral movement of the strip, such as to align the strip to a desired passline of a processing equipment or to induce lateral forces in the metal strip towards the desired passline if the metal strip deviates too far from the desired passline of the processing equipm ent.
A media stream delivery quality notification method, characterized by comprising: performing, by a session border controller entity, SBC, detection to determine whether a network state of a first terminal is abnormal, wherein the network state comprises at least one of current network quality of service and abnormality or not of a network switching process (S1); and sending, by the session border controller entity, SBC, if it is detected that the network state of the first terminal is abnormal, notification information corresponding to a media stream delivery quality report of the first terminal, to a second terminal, the second terminal being an opposite communication terminal of the first terminal (S2). performing, by a session border controller entity, SBC, detection to determine whether a network state of a first terminal is abnormal, wherein the network state comprises at least one of current network quality of service and abnormality or not of a network switching process (S1); and sending, by the session border controller entity, SBC, if it is detected that the network state of the first terminal is abnormal, notification information corresponding to a media stream delivery quality report of the first terminal, to a second terminal, the second terminal being an opposite communication terminal of the first terminal (S2).
Method for controlling at least one switch (TH), comprising: - supplying, by a transmitter module and from a first square pulse signal (SH), representative of the desired state of said switch and cycles of which are repeated at a switching frequency, second square pulse signals (S2-i) all having a same frequency, greater than the switching frequency, said second signals having between them at least one phase shift, the value of which depends on the state of the first signal; - transmitting said second signals through capacitive elements (242-i) delivering phase-shifted signals; - receiving, by a receiver module , phase-shifted signals (S3-i) reproducing said at least one phase shift; - verifying, by the receiver module , a valid or invalid state of said at least one phase shift, a valid state corresponding to an error-free transmitting of the phase-shifted signals (S3-i) through the capacitive elements (242-i); - obtaining and storing, when the state of said at least one phase shift is valid, a value (S1) from said phase-shifted signals, said value (S1) being representative of the desired state of said at least one switch; and - applying, to said at least one switch, the representative value obtained if the state of said at least one phase shift is valid or the stored representative value if the state of said at least one phase shift is invalid. - supplying, by a transmitter module and from a first square pulse signal (SH), representative of the desired state of said switch and cycles of which are repeated at a switching frequency, second square pulse signals (S2-i) all having a same frequency, greater than the switching frequency, said second signals having between them at least one phase shift, the value of which depends on the state of the first signal; - transmitting said second signals through capacitive elements (242-i) delivering phase-shifted signals; - receiving, by a receiver module , phase-shifted signals (S3-i) reproducing said at least one phase shift; - verifying, by the receiver module , a valid or invalid state of said at least one phase shift, a valid state corresponding to an error-free transmitting of the phase-shifted signals (S3-i) through the capacitive elements (242-i); - obtaining and storing, when the state of said at least one phase shift is valid, a value (S1) from said phase-shifted signals, said value (S1) being representative of the desired state of said at least one switch; and - applying, to said at least one switch, the representative value obtained if the state of said at least one phase shift is valid or the stored representative value if the state of said at least one phase shift is invalid.
A gear pump bearing block having: a bush formed of antifriction alloys, the bush having a cylindrical portion providing a bore adapted to receive a bearing shaft of a gear of the pump, and further a thrust face at the end of the cylindrical portion, the thrust face being adapted to slidingly engage with a side surface of the gear; characterized in that the bush has an inner component providing the bore, and an outer component forming a radially outer surface of the cylindrical portion; wherein the inner and outer components are formed of respective lead bronze alloys, the lead bronze alloy of the outer component having a higher lead content than the lead bronze alloy of the inner component; and the inner component and the outer component are interference fitted or joined by an adhesive together. a bush formed of antifriction alloys, the bush having a cylindrical portion providing a bore adapted to receive a bearing shaft of a gear of the pump, and further a thrust face at the end of the cylindrical portion, the thrust face being adapted to slidingly engage with a side surface of the gear; characterized in that the bush has an inner component providing the bore, and an outer component forming a radially outer surface of the cylindrical portion; wherein the inner and outer components are formed of respective lead bronze alloys, the lead bronze alloy of the outer component having a higher lead content than the lead bronze alloy of the inner component; and the inner component and the outer component are interference fitted or joined by an adhesive together.
An expandable intervertebral spacer comprising: a body having quadrants that form a substantially cylindrical shape in a first configuration and a substantially cuboidal shape in a second configuration, wherein each quadrant includes a ramp portion with a ramp and a landing ; a sliding portion with a sliding side and a foot ; and a tension member coupling a first quadrant and a second quadrant; wherein the ramp portion of the first quadrant engages the sliding portion of the second quadrant, the body further having a proximal end and a distal end coupled with the quadrants and configured to transfer an actuating force to expand the body from the first configuration to the second configuration, wherein the tension member provides a counterforce that pushes the landing against the foot so as to provide an interference fit between the landing and the foot as the body expands from the first configuration to the second configuration. a body having quadrants that form a substantially cylindrical shape in a first configuration and a substantially cuboidal shape in a second configuration, wherein each quadrant includes a ramp portion with a ramp and a landing ; a sliding portion with a sliding side and a foot ; and a tension member coupling a first quadrant and a second quadrant; wherein the ramp portion of the first quadrant engages the sliding portion of the second quadrant, the body further having a proximal end and a distal end coupled with the quadrants and configured to transfer an actuating force to expand the body from the first configuration to the second configuration, wherein the tension member provides a counterforce that pushes the landing against the foot so as to provide an interference fit between the landing and the foot as the body expands from the first configuration to the second configuration.