mhurhangee/ep-ind-claims huggingface dataset:
A USB interface to provide power delivery negotiated through a dedicated transmission channel, the USB interface comprising: a transmitter circuit including a digital-to-analog converter having an output coupled with an input of a transmission filter; a receiver circuit including an analog-to-digital converter having an input coupled with an output of a receiving filter; and a switching circuit configured in a first operating mode of the USB interface to connect an output of the transmission filter and an input of the receiving filter to a first connection node of the dedicated transmission channel. a transmitter circuit including a digital-to-analog converter having an output coupled with an input of a transmission filter; a receiver circuit including an analog-to-digital converter having an input coupled with an output of a receiving filter; and a switching circuit configured in a first operating mode of the USB interface to connect an output of the transmission filter and an input of the receiving filter to a first connection node of the dedicated transmission channel.
A pneumatic tire comprising: a pair of shoulder main grooves and a single center main groove; and a pair of shoulder land portions and a pair of center land portions that are defined by the main grooves (21, 22), a groove width Wg2 of the center main groove having a relationship Wg2 < Wg1 with a groove width Wg1 of the shoulder main groove, a distance Wce between outer side edge portions in a tire width direction of the pair of center land portions having a relationship 0.50 ≤ Wce/TW with a tread width TW, a width Wr2 of the center land portion having a relationship 0.23 ≤ Wr2/TW ≤ 0.27 with the tread width TW, and the center land portion comprising a plurality of lug grooves (322A, 322B) that extend through the center land portion in the tire width direction and have a bent shape, characterized in that, the lug groove comprises a bent portion, a first groove portion extending from the bent portion and opening into the shoulder main groove, and a second groove portion opening into the center main groove, and a sum of extension lengths of the first groove portion and the second groove portion in the tire width direction is 80% or more of the width Wr2 of the center land portion. a pair of shoulder main grooves and a single center main groove; and a pair of shoulder land portions and a pair of center land portions that are defined by the main grooves (21, 22), a groove width Wg2 of the center main groove having a relationship Wg2 < Wg1 with a groove width Wg1 of the shoulder main groove, a distance Wce between outer side edge portions in a tire width direction of the pair of center land portions having a relationship 0.50 ≤ Wce/TW with a tread width TW, a width Wr2 of the center land portion having a relationship 0.23 ≤ Wr2/TW ≤ 0.27 with the tread width TW, and the center land portion comprising a plurality of lug grooves (322A, 322B) that extend through the center land portion in the tire width direction and have a bent shape, characterized in that, the lug groove comprises a bent portion, a first groove portion extending from the bent portion and opening into the shoulder main groove, and a second groove portion opening into the center main groove, and a sum of extension lengths of the first groove portion and the second groove portion in the tire width direction is 80% or more of the width Wr2 of the center land portion.
A method for installing a shear web insert between a blade segment and a blade insert of a rotor blade assembly, the blade segment including a first shear web and the blade insert including a second shear web, the method comprising: coupling a first positioning device along an inner surface of a first side of the rotor blade assembly; inserting the shear web insert horizontally between the first and second shear webs until a first side face of the shear web insert engages the first positioning device; and coupling a first retention device along the inner surface of the first side of the rotor blade assembly so that the first retention device is positioned adjacent to a second side face of the shear web insert, the second side face being opposite the first side face. coupling a first positioning device along an inner surface of a first side of the rotor blade assembly; inserting the shear web insert horizontally between the first and second shear webs until a first side face of the shear web insert engages the first positioning device; and coupling a first retention device along the inner surface of the first side of the rotor blade assembly so that the first retention device is positioned adjacent to a second side face of the shear web insert, the second side face being opposite the first side face.
An electrical plug connection having two main contacts - one plug-in contact and one socket contact intermatable therewith - which, in the intermated state, contact each other such that they form a main contact point, wherein an auxiliary contact is associated with one of the two main contacts - the plug-in contact or the socket contact - which auxiliary contact, together with said main contact, forms an assembly and plug unit and is designed, in the intermated state, to contact the other main contact - the socket contact or the plug-in contact - in the region of a second contact point, wherein the auxiliary contact is designed as a spring contact, characterized in that the state where the two main contacts and are not intermated, the auxiliary contact is connected in an electrically non-conductive manner to the main contact - the plug-in contact or the socket contact - with which it is associated; and in the contacted state where the two main contacts - the plug-in contact and the socket contact - contact each other, the auxiliary contact contacts the other main contact with which it is not associated in the sense of an assembly and plug unit at an auxiliary contact point K2.
An electronic device comprising: • a casing, • a housing on the casing of the electronic device intended to host a removable storage module, comprising a first and a second fixed lateral walls, opposite one another with respect to said storage module, and means for sliding said storage module into said housing according to a fixed guide direction parallel to said lateral walls, • a rear stopper and a removable front stopper, that are opposite one another with respect to said storage module and are positioned in a way to lock said storage module in said housing according to said fixed guide direction, where said rear stopper is adapted to block the slide of said storage module according to a first sense of said guide direction and where said removable front stopper is adapted to block the slide of said storage module according to a second sense of said guide direction, opposed to the first sense, characterized in that said removable front stopper comprises: • a first fixation means of a first end of the removable front stopper to said first lateral wall of the housing of the casing of the electronic device wherein said first fixation means is a clip; • a second fixation means of a second end of the removable front stopper to said second lateral wall of the housing of the casing of the electronic device wherein said second fixation means is a lock; • a hinge enabling the articulation of the removable front stopper around said first end; • a flexible arm holding by pressure the storage module on the base of the housing; wherein the removable front stopper is in one plastic piece. • a casing, • a housing on the casing of the electronic device intended to host a removable storage module, comprising a first and a second fixed lateral walls, opposite one another with respect to said storage module, and means for sliding said storage module into said housing according to a fixed guide direction parallel to said lateral walls, • a rear stopper and a removable front stopper, that are opposite one another with respect to said storage module and are positioned in a way to lock said storage module in said housing according to said fixed guide direction, where said rear stopper is adapted to block the slide of said storage module according to a first sense of said guide direction and where said removable front stopper is adapted to block the slide of said storage module according to a second sense of said guide direction, opposed to the first sense, • a first fixation means of a first end of the removable front stopper to said first lateral wall of the housing of the casing of the electronic device wherein said first fixation means is a clip; • a second fixation means of a second end of the removable front stopper to said second lateral wall of the housing of the casing of the electronic device wherein said second fixation means is a lock; • a hinge enabling the articulation of the removable front stopper around said first end; • a flexible arm holding by pressure the storage module on the base of the housing;
A binaural hearing aid system comprising a multi-channel signal processing system, comprising: a left ear hearing aid with a first signal channel, said first signal channel comprising a first filter with a first filter transfer function for processing a first channel input X L (k) to produce a first channel output Y L (k); and a right ear hearing aid with a second signal channel, said second signal channel comprising a second filter with a second filter transfer function for processing a second channel input X R (k) to produce a second channel output Y R (k), wherein the first and second filters (201, 203) adapt to minimize a difference between the first channel output Y L (k) and the second channel output Y R (k) in producing the first channel output Y L (k) and the second channel output Y R (k). a left ear hearing aid with a first signal channel, said first signal channel comprising a first filter with a first filter transfer function for processing a first channel input X L (k) to produce a first channel output Y L (k); and a right ear hearing aid with a second signal channel, said second signal channel comprising a second filter with a second filter transfer function for processing a second channel input X R (k) to produce a second channel output Y R (k), wherein the first and second filters (201, 203) adapt to minimize a difference between the first channel output Y L (k) and the second channel output Y R (k) in producing the first channel output Y L (k) and the second channel output Y R (k).
A unilamellar liposome comprising: (a) a DNA comprising a promoter sequence, a translational initiation sequence, and a sequence encoding a membrane protein; (b) an RNA polymerase; (c) a ribonucleotide; and (d) a cell-free protein synthesis system, wherein the unilamellar liposome has been treated with a nuclease, wherein the nuclease is selected from the group consisting of a ribonuclease and a deoxyribonuclease, and wherein the intraliposomal magnesium concentration is between 28.32 mM and 50 mM. (a) a DNA comprising a promoter sequence, a translational initiation sequence, and a sequence encoding a membrane protein; (b) an RNA polymerase; (c) a ribonucleotide; and (d) a cell-free protein synthesis system,
A clear or translucent composition, comprising: (a)N-lauryol-L-glutamic acid dibutylamide and N-2-ethyl-hexanoyl-L-glutanic acid dibutylamide; (b) oleyl alcohol; (c) stearyl dimethicone; and (d) an oil, a polymer, or combinations thereof, the oleyl alcohol and the - N-lauryol-L-glutamic acid dibutylamide and N-2-ethyl-hexanoyl-L-glutamic acid dibutylamide - based gelatinizing agents being present in a weight ratio of 1:3 to 3:1, and wherein the oleyl alcohol is present in an amount ranging from about 0.1 weight % to about 30 weight % of the total composition, wherein said composition has a dissolution temperature at or below about 100 °C.
A lamp, the lamp comprising a phosphor layer comprising a phosphor composition, said composition comprising at least a first phosphor and a second phosphor, said first phosphor being selected from the group consisting of Y 2 O 3:Eu; Gd(Zn,Mg)B 5 O 10:Ce,Mn; and combinations thereof, and said second phosphor being selected from the group consisting of (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+; LaPO 4:Ce,Tb; (Ce,Tb)MgAl 11 O 19; (Ce,Tb)(Mg,Mn)Al 11 O 19; and combinations thereof; with the phosphor layer comprising Yttrium Oxide:Eu (Y 2 O 3:Eu); (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+ and (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+ (BAMn) in weight percents of 74.6 wt %, 0.9 wt % and 24.5 wt %, respectively; with the phosphor layer comprising 3.5MgO ∗ 0.5MgF 2 ∗ GeO 2, Mn 4+ (MfG), Yttrium Oxide:Eu (Y 2 O 3:Eu), (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+, (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+ (BAMn) and Cerium Lanthanum Phosphate (LaPO 4:Ce,Tb) in weight percents of 19.44 wt %, 52.24 wt %, 1.43 wt %, 12.37 wt % and 14.52 wt%, respectively; with the phosphor layer comprising 3.5MgO ∗ 0.5MgF 2 ∗ GeO 2:Mn 4+ (MfG), Yttrium Oxide:Eu (Y 2 O 3:Eu), (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+ and (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+ (BAMn) in weight percents of 23.88 wt %, 57.44 wt %, 1.13 wt % and 17.56 wt%, respectively; with the phosphor layer comprising 3.5MgO ∗ 0.5MgF 2 ∗ GeO 2:Mn 4+ (MfG), Yttrium Oxide:Eu (Y 2 O 3:Eu), (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+ and (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+ (BAMn) in weight percents of 26.29 wt %, 54.41 wt %, 0.89 wt % and 18.41 wt%, respectively; with the phosphor layer comprising 3.5MgO ∗ 0.5MgF2 ∗ GeO2:Mn4+ (MfG), Yttrium Oxide:Eu (Y2O3:Eu), Gadolinium Zinc Magnesium Pentaborate: Ce, Mn (Gd(Zn,Mg)B5O10:Ce,Mn and (Ba,Sr,Ca)MgAl10O17:Eu2+,Mn2+ (BAMn) in weight percents of 14 wt %, 26 wt %, 40.5 wt % and 19.5 wt%; or with the phosphor layer comprising Yttrium Oxide:Eu (Y 2 O 3:Eu) and (Ba,Sr,Ca)MgAl 10 O 17:Eu 2+,Mn 2+ (BAMn) in weight percents of 78.8 wt % and 21.2 wt%; wherein all weight percents are based on a total weight of the phosphors.
Method for operating a vacuum cleaner comprising a suction fan and a suction or blowing pipe which leads to a first dust filter bag, a plurality of dust filter bags or a filter material for forming a plurality of dust filter bags being stored in the vacuum cleaner, advancement of filter material for forming a further dust filter bag or advancement of a dust filter bag being triggered when a filled dust filter bag is removed, characterised in that the further dust filter bag or the filter material is advanced automatically in a manner controlled by positive or negative pressure.
A multi-mode laser device comprising: an integrated wire pull system with automatic feed pressure control capable of delivering a metal wire from a central axis wire feed guide tube through a central deposition nozzle in the concurrent deposition housing to a focal point for wire, powder and laser a plurality of off-axis laser light sources for delivering laser light beams to a focal point at the work surface, wherein the plurality of off-axis laser light sources comprises a plurality of laser assemblies comprising internal solid-state diode lasers comprising back-reflection protection, a shield gas delivery system capable of delivering shield gas to the focal point for wire, powder and laser, a cooling system, and wherein the multi-mode laser device is capable of performing additive manufacturing, AM,, laser cladding, autogenous and non-autogenous laser welding, laser cutting, laser texturing and laser polishing, and of performing additive manufacturing using metal wire and metal powder simultaneously, through the implementation of independent coaxial wire and powder feed channels, characterized in that the plurality of off-axis laser light sources comprises a plurality of insertable laser assemblies and the back-reflection protection materializes in a photo-sensor to detect back-reflection and permit rapid momentary deactivation of the respective laser assembly. an integrated wire pull system with automatic feed pressure control capable of delivering a metal wire from a central axis wire feed guide tube through a central deposition nozzle in the concurrent deposition housing to a focal point for wire, powder and laser a plurality of off-axis laser light sources for delivering laser light beams to a focal point at the work surface, wherein the plurality of off-axis laser light sources comprises a plurality of laser assemblies comprising internal solid-state diode lasers comprising back-reflection protection, a shield gas delivery system capable of delivering shield gas to the focal point for wire, powder and laser, a cooling system, and wherein the multi-mode laser device is capable of performing additive manufacturing, AM,, laser cladding, autogenous and non-autogenous laser welding, laser cutting, laser texturing and laser polishing, and of performing additive manufacturing using metal wire and metal powder simultaneously, through the implementation of independent coaxial wire and powder feed channels, characterized in that the plurality of off-axis laser light sources comprises a plurality of insertable laser assemblies and the back-reflection protection materializes in a photo-sensor to detect back-reflection and permit rapid momentary deactivation of the respective laser assembly.
A continuously variable transmission comprising: a primary pulley having a primary movable sheave that is capable of moving to change a groove width of said primary pulley; a secondary pulley having a secondary movable sheave that is capable of moving to change a groove width of said secondary pulley; an endless flexible member engaged with said primary pulley and said secondary pulley to transmit torque therebetween; a thrust applying mechanism (14, 15, 16, 17a, 17b, 18; 24, 25, 26, 27a, 27b, 28) capable of applying a thrust to the movable sheave (13; 23) of at least one of said primary and secondary pulleys (1; 2) so as to narrow the groove width thereof, the thrust being obtained by a resultant force of a spring force of a spring (14; 24), a first pressurized fluid pressure force acting in the same direction as the spring force, and a second pressurized fluid pressure force acting in a direction opposite to the spring force and the first pressurized fluid force; a control valve unit that is capable of obtaining a target fluid pressure of a pressurized fluid to move the primary movable sheave and the secondary movable sheave; and a control unit that outputs a command to said control valve unit to obtain the target fluid pressure of the pressurized fluid, the thrust applying mechanism (14, 15, 16, 17a, 17b, 18; 24, 25, 26, 27a, 27b, 28) characterized in that the spring force is set to be larger than the thrust which is necessary to obtain one of a lower speed ratio by said primary pulley and a high speed ratio by said secondary pulley. a primary pulley having a primary movable sheave that is capable of moving to change a groove width of said primary pulley; a secondary pulley having a secondary movable sheave that is capable of moving to change a groove width of said secondary pulley; an endless flexible member engaged with said primary pulley and said secondary pulley to transmit torque therebetween; a thrust applying mechanism (14, 15, 16, 17a, 17b, 18; 24, 25, 26, 27a, 27b, 28) capable of applying a thrust to the movable sheave (13; 23) of at least one of said primary and secondary pulleys (1; 2) so as to narrow the groove width thereof, the thrust being obtained by a resultant force of a spring force of a spring (14; 24), a first pressurized fluid pressure force acting in the same direction as the spring force, and a second pressurized fluid pressure force acting in a direction opposite to the spring force and the first pressurized fluid force; a control valve unit that is capable of obtaining a target fluid pressure of a pressurized fluid to move the primary movable sheave and the secondary movable sheave; and a control unit that outputs a command to said control valve unit to obtain the target fluid pressure of the pressurized fluid, the thrust applying mechanism (14, 15, 16, 17a, 17b, 18; 24, 25, 26, 27a, 27b, 28) characterized in that
A pump assembly comprising: a housing having a chamber that is in communication with an inlet and an outlet; a variable displacement vane pump (106, 110) received in the chamber for imparting energy to fluid in the chamber, the vane pump assembly comprising a rotating ring and a cam sleeve which includes first and second actuating surfaces (132, 134) that cooperate with first and second actuator assemblies (136, 138) to selectively alter the pump stroke; a fluid bearing supporting the pump in the chamber; characterised by a valve configured to regulate fluid flow to the fluid bearing; and a control configured to detect the position of one of the first and second actuator assemblies (136, 138) to thus monitor the pump stroke of the vane pump (106, 110) and for selectively altering fluid flow to the fluid bearing in response to the pump stroke by actuating the valve. a housing having a chamber that is in communication with an inlet and an outlet; a variable displacement vane pump (106, 110) received in the chamber for imparting energy to fluid in the chamber, the vane pump assembly comprising a rotating ring and a cam sleeve which includes first and second actuating surfaces (132, 134) that cooperate with first and second actuator assemblies (136, 138) to selectively alter the pump stroke; a fluid bearing supporting the pump in the chamber; characterised by a valve configured to regulate fluid flow to the fluid bearing; and a control configured to detect the position of one of the first and second actuator assemblies (136, 138) to thus monitor the pump stroke of the vane pump (106, 110) and for selectively altering fluid flow to the fluid bearing in response to the pump stroke by actuating the valve.
Control unit for a food printer, which is designed to extrude printing compound (108, 208) from a container onto a tray in order to print a food, wherein the control unit is designed, - to determine spectral data relating to the printing compound (108, 208) in the container, wherein the spectral data depends on a transmission degree and/or on a reflection degree of the printing compound (108, 208) for electromagnetic radiation of at least one wavelength, and - to control the food printer as a function of the spectral data. - to determine spectral data relating to the printing compound (108, 208) in the container, wherein the spectral data depends on a transmission degree and/or on a reflection degree of the printing compound (108, 208) for electromagnetic radiation of at least one wavelength, and - to control the food printer as a function of the spectral data.
Use of a methylol transfer agent in the manufacture of a medicament for use in inducing apoptotic death of a neoplastic cell in a mammal by contacting said cell with an apoptosis-inducing amount of said medicament, wherein said medicament is to be administered during at least two dosing cycles, each dosing cycle including (i) an administration phase of 1 to 8 days during which said medicament is administered each day at a total daily dosage of 2 to 60 g of said methylol transfer agent, and (ii) a non-administration phase of 1 to 14 days, during which no methylol transfer agent is administered, wherein the methylol transfer agent is taurolidine, taurultam or a mixture thereof.