mhurhangee/patent-ind-claim-en huggingface dataset:
An airbag inflator comprising: a lower pressure vessel supporting an initiator assembly ; a booster can centrally mounted in the lower pressure vessel and secured to the initiator assembly ; an energetics canister secured over the booster can such that the energetics canister is positioned radially between the lower pressure vessel and the booster can ; and an energetics cover enclosing a circumferential space between the booster can and the energetics canister , characterized in that the airbag inflator further comprises: a flow diverter closing the booster can and retaining the energetics cover on the energetics canister , the flow diverter including inlet vent openings downstream of the energetics cover ; an upper pressure vessel positioned over the flow diverter and engaging the lower pressure vessel , the upper pressure vessel including an exit orifice sealed with a rupturable membrane ; and a manifold secured over the upper pressure vessel . a lower pressure vessel supporting an initiator assembly ; a booster can centrally mounted in the lower pressure vessel and secured to the initiator assembly ; an energetics canister secured over the booster can such that the energetics canister is positioned radially between the lower pressure vessel and the booster can ; and an energetics cover enclosing a circumferential space between the booster can and the energetics canister , characterized in that the airbag inflator further comprises: a flow diverter closing the booster can and retaining the energetics cover on the energetics canister , the flow diverter including inlet vent openings downstream of the energetics cover ; an upper pressure vessel positioned over the flow diverter and engaging the lower pressure vessel , the upper pressure vessel including an exit orifice sealed with a rupturable membrane ; and a manifold secured over the upper pressure vessel . a flow diverter closing the booster can and retaining the energetics cover on the energetics canister , the flow diverter including inlet vent openings downstream of the energetics cover ; an upper pressure vessel positioned over the flow diverter and engaging the lower pressure vessel , the upper pressure vessel including an exit orifice sealed with a rupturable membrane ; and a manifold secured over the upper pressure vessel .
Method for preparing (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methyle acetate (dextrophacetoperane) of formula (II) : or one of its pharmaceutically acceptable salts, said method comprising: (i) Reacting a compound of formula (VII) wherein R 1 is the protecting group BOC and Y is OH, F, Cl, Br or OCH 3 , with a N,O-dialkylhydroxylamine of formula NHR 2 OR 2 wherein R 2 is an alkyl, preferably a C 1 -C 6 alkyl, to obtain the compound of formula (VIII) (ii) Reacting the compound of formula (VIII) with an organometallic compound PhM wherein Ph is a phenyl group and M is Li, MgX or ZnX with X being a halide selected from I, Br and Cl to obtain the compound of formula (V) (iii) Reducing the compound of formula (V) with an alkaline salt of tri- sec- butylborohydride to obtain the alcohol of formula (VI) or a salt thereof, in the form of (S,S) enantiomer (iv) Acetylating the alcohol of formula (V) by reaction with acetic anhydride followed by the deprotection of the amino function of piperidine group by acid hydrolysis, to obtain the (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methanol acetate. (i) Reacting a compound of formula (VII) wherein R 1 is the protecting group BOC and Y is OH, F, Cl, Br or OCH 3 , with a N,O-dialkylhydroxylamine of formula NHR 2 OR 2 wherein R 2 is an alkyl, preferably a C 1 -C 6 alkyl, to obtain the compound of formula (VIII) (ii) Reacting the compound of formula (VIII) with an organometallic compound PhM wherein Ph is a phenyl group and M is Li, MgX or ZnX with X being a halide selected from I, Br and Cl to obtain the compound of formula (V) (iii) Reducing the compound of formula (V) with an alkaline salt of tri- sec- butylborohydride to obtain the alcohol of formula (VI) or a salt thereof, in the form of (S,S) enantiomer (iv) Acetylating the alcohol of formula (V) by reaction with acetic anhydride followed by the deprotection of the amino function of piperidine group by acid hydrolysis, to obtain the (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methanol acetate.
Beverage vending machine having a housing in which first means for brewing and dispensing a coffee beverage prepared with freshly ground coffee are accommodated, wherein the first means have a modular construction and comprise at least one base module for brewing the coffee beverage, and a separate outflow module for dispensing the coffee beverage, which are in fluidic connection with one another via one or more fluid interfaces (F1, F2, F3), and wherein the base module comprises at least one coffee grinder , a brewing unit , second means (47a-c) for producing hot water, a fluid interface (F5) for connecting a water connection line , an electrical interface (E1) for connecting a power cord , and third means for controlling the beverage preparation and dispensing operation, and the third means comprise an operating/control part , and characterized in that the base module is a self-contained base module. first means for brewing and dispensing a coffee beverage prepared with freshly ground coffee are accommodated, wherein the first means have a modular construction and comprise at least one base module for brewing the coffee beverage, and a separate outflow module for dispensing the coffee beverage, which are in fluidic connection with one another via one or more fluid interfaces (F1, F2, F3), and wherein the base module comprises at least one coffee grinder , a brewing unit , second means (47a-c) for producing hot water, a fluid interface (F5) for connecting a water connection line , an electrical interface (E1) for connecting a power cord , and third means for controlling the beverage preparation and dispensing operation, and the third means comprise an operating/control part , and characterized in that the base module is a self-contained base module.
An extrusion process for producing hollow pellets, the process comprising: feeding a molten material into an underfluid pelletizer; and extruding the molten material through an extrusion die of the pelletizer; the pelletizer further comprising a die hole , an insert disposed in the die hole , the insert comprising a rear section and a forward section , the rear section comprising a hollow can and the forward section comprising a mandrel , the mandrel comprising a plurality of fins ; characterized in that during extrusion the molten material flows through the hollow can of the insert , flows through at least one hole of the insert to the mandrel , and flows around the fins disposed on the mandrel of the insert , said fins extending from an outer surface of the mandrel and holding mandrel steady in die hole in the extrusion die in which the insert is placed. feeding a molten material into an underfluid pelletizer; and extruding the molten material through an extrusion die of the pelletizer; the pelletizer further comprising a die hole , an insert disposed in the die hole , the insert comprising a rear section and a forward section , the rear section comprising a hollow can and the forward section comprising a mandrel , the mandrel comprising a plurality of fins ; characterized in that during extrusion the molten material flows through the hollow can of the insert , flows through at least one hole of the insert to the mandrel , and flows around the fins disposed on the mandrel of the insert , said fins extending from an outer surface of the mandrel and holding mandrel steady in die hole in the extrusion die in which the insert is placed.
A watch comprising a moon phase indicator, the moon phase indicator comprising: a cover having a plurality of apertures each having an outline corresponding to a visible area of the moon in different phases, or each having an outline corresponding to an invisible area of the moon in different phases; characterized in that the watch further comprises: a rotatable base arranged underneath the cover and having an indicating portion with an appearance contrasting with an appearance of the cover adjacent to the apertures; rotating means to rotate the base such that successive images of the moon are formed by the indicating portion being visible through successive apertures. a cover having a plurality of apertures each having an outline corresponding to a visible area of the moon in different phases, or each having an outline corresponding to an invisible area of the moon in different phases; characterized in that the watch further comprises: a rotatable base arranged underneath the cover and having an indicating portion with an appearance contrasting with an appearance of the cover adjacent to the apertures; rotating means to rotate the base such that successive images of the moon are formed by the indicating portion being visible through successive apertures. a rotatable base arranged underneath the cover and having an indicating portion with an appearance contrasting with an appearance of the cover adjacent to the apertures; rotating means to rotate the base such that successive images of the moon are formed by the indicating portion being visible through successive apertures.
An insulin infusion set device comprising: a flexible tubing configured to receive an insulin formulation containing at least one phenolic excipient; a base coupled to the tubing and configured to receive the insulin formulation; a catheter coupled to the base and configured to deliver the insulin formulation to a patient; characterized by a tortuous fluid pathway positioned in the base and configured to transport the insulin formulation through the base, the tortuous fluid pathway including a plurality of bends ; and at least one polymeric sorbent material positioned along the tortuous fluid pathway and in fluid communication with the insulin formulation , the at least one polymeric sorbent material being configured to collect the at least one phenolic excipient from the insulin formulation by sorption. a flexible tubing configured to receive an insulin formulation containing at least one phenolic excipient; a base coupled to the tubing and configured to receive the insulin formulation; a catheter coupled to the base and configured to deliver the insulin formulation to a patient; characterized by a tortuous fluid pathway positioned in the base and configured to transport the insulin formulation through the base, the tortuous fluid pathway including a plurality of bends ; and at least one polymeric sorbent material positioned along the tortuous fluid pathway and in fluid communication with the insulin formulation , the at least one polymeric sorbent material being configured to collect the at least one phenolic excipient from the insulin formulation by sorption.
A method for predicting biochemical recurrence in a subject following radical prostatectomy, comprising a) determining a miRNA expression profile from a sample from the subject that includes at least miR-107; and b) calculating a recurrence risk score from the miRNA expression profile; wherein a high recurrence risk score is an indication of biochemical recurrence within 1 to 5 years. a) determining a miRNA expression profile from a sample from the subject that includes at least miR-107; and b) calculating a recurrence risk score from the miRNA expression profile; wherein a high recurrence risk score is an indication of biochemical recurrence within 1 to 5 years.
A signal interface unit in a radio system , comprising: an external device interface configured to receive a downlink asynchronous radio carrier signal for a radio frequency carrier from an external device ; a clock conversion unit communicatively coupled to the external device interface and configured to re-clock the downlink asynchronous radio carrier signal to a master clock of the radio system from the clock of the external device by converting first samples of a channelized radio carrier synchronous with a first clock of a first clock domain to second samples synchronous with a second clock of a second clock domain; and an antenna side interface configured to communicate at least one of the re-clocked downlink asynchronous radio carrier signal and a downlink digital radio frequency signal based on the re-clocked downlink asynchronous radio carrier signal to an antenna unit . an external device interface configured to receive a downlink asynchronous radio carrier signal for a radio frequency carrier from an external device ; a clock conversion unit communicatively coupled to the external device interface and configured to re-clock the downlink asynchronous radio carrier signal to a master clock of the radio system from the clock of the external device by converting first samples of a channelized radio carrier synchronous with a first clock of a first clock domain to second samples synchronous with a second clock of a second clock domain; and an antenna side interface configured to communicate at least one of the re-clocked downlink asynchronous radio carrier signal and a downlink digital radio frequency signal based on the re-clocked downlink asynchronous radio carrier signal to an antenna unit .
An injection molded article composed of an elastomer composition comprising one or more styrene-based thermoplastic elastomers and a plasticizer, wherein the elastomer composition has a maximum value of viscosity of 10,000 Pa·s or less obtained by dynamic viscoelasticity measurement at a temperature of 200 °C in a frequency range of from 1 Hz to 50 Hz, the elastomer composition has a maximum value of loss tangent of 1 or more obtained by dynamic viscoelasticity measurement at 200 °C in a frequency range of from 1 Hz to 50 Hz, at least one of the one or more styrene-based thermoplastic elastomers of the elastomer composition is a block polymer that comprises a soft segment and hard segments at both terminals of the soft segment in a molecular structure, and the block polymer has a mass average molecular weight of 300,000 or more. the elastomer composition has a maximum value of viscosity of 10,000 Pa·s or less obtained by dynamic viscoelasticity measurement at a temperature of 200 °C in a frequency range of from 1 Hz to 50 Hz, the elastomer composition has a maximum value of loss tangent of 1 or more obtained by dynamic viscoelasticity measurement at 200 °C in a frequency range of from 1 Hz to 50 Hz, at least one of the one or more styrene-based thermoplastic elastomers of the elastomer composition is a block polymer that comprises a soft segment and hard segments at both terminals of the soft segment in a molecular structure, and the block polymer has a mass average molecular weight of 300,000 or more.
Conductor terminal having at least one conductor clamping element , which is formed in one piece from a sheet metal part and has a base section , a spring bow adjoining the base section and a clamping leg adjoining the spring bow and located opposite the base section , wherein the free clamping end of the clamping leg forms a clamping edge for clamping on an electric conductor , and wherein a connecting contact is exposed out of the base section and is bent out of the plane of the base section in a direction opposite to the clamping leg , characterized in that an end section of the base section that is opposite to the spring bow extends from the plane spanned by the base section in the direction of the clamping leg and forms an overload stop for the clamping leg , which prevents further displacement of the clamping leg downwards in the direction of the base section .
A cooling system , comprising: a refrigerant loop having a pump ; an evaporator heat exchanger thermally coupled to a heat source, the evaporator heat exchanger plumbed in the refrigerant loop; a condensing heat exchanger and a receiver plumbed in the refrigerant loop; a vent or fill pipe plumbed between a top of the receiver and an outlet of the condensing heat exchanger ; and an equalizing conduit including a regulating valve and being plumbed between an inlet to the condensing heat exchanger and an inlet to the receiver ; in which the condensing heat exchanger is positioned above the receiver, which is positioned above the pump ; and wherein the cooling system is configured such that when the regulating valve is fully closed, a fluid level in the receiver and a bypass line from the outlet of the condensing heat exchanger to the pump are equal owing to the receiver and the bypass line being exposed to the same pressure of the outlet of the condensing heat exchanger ; and when the regulating valve is fully open, the fluid level in the receiver is lower than that of the bypass line owing to the receiver's exposure to the pressure of the inlet to the condensing heat exchanger through the equalizing conduit . a refrigerant loop having a pump ; an evaporator heat exchanger thermally coupled to a heat source, the evaporator heat exchanger plumbed in the refrigerant loop; a condensing heat exchanger and a receiver plumbed in the refrigerant loop; a vent or fill pipe plumbed between a top of the receiver and an outlet of the condensing heat exchanger ; and an equalizing conduit including a regulating valve and being plumbed between an inlet to the condensing heat exchanger and an inlet to the receiver ; in which the condensing heat exchanger is positioned above the receiver, which is positioned above the pump ; and wherein the cooling system is configured such that when the regulating valve is fully closed, a fluid level in the receiver and a bypass line from the outlet of the condensing heat exchanger to the pump are equal owing to the receiver and the bypass line being exposed to the same pressure of the outlet of the condensing heat exchanger ; and when the regulating valve is fully open, the fluid level in the receiver is lower than that of the bypass line owing to the receiver's exposure to the pressure of the inlet to the condensing heat exchanger through the equalizing conduit .
A low-power load arrangement comprising - a low-power light source ; - a driver for driving the low-power light source in a pulsed mode of operation; - input terminals for connecting to a self-oscillating electronic transformer comprising a pair of bipolar junction transistors for self-oscillation, wherein the electronic transformer is realized for converting a mains power supply to a power supply matched to a normal-power load and arranged to provide an output current, characterized in that the low-power load arrangement further comprises a reverse current generating means (Lp, SB) arranged to provide a reverse current (I rev_LP , I rev_SB ) whenever a voltage across the input terminals commutates during operation of the electronic transformer , the reverse current having a direction of current flow that is opposite to the output current of the electronic transformer thereby transferring energy to the electronic transformer so as to sustain self-oscillation of the electronic transformer , wherein the reverse current generating means (LP) comprises an inductor (LP) connected across the input terminals or a bridgeless synchronous boost converter (SB) arranged across the input terminals. - a low-power light source ; - a driver for driving the low-power light source in a pulsed mode of operation; - input terminals for connecting to a self-oscillating electronic transformer comprising a pair of bipolar junction transistors for self-oscillation, wherein the electronic transformer is realized for converting a mains power supply to a power supply matched to a normal-power load and arranged to provide an output current,
A wind turbine comprising: - a system comprising: - two binary proximity sensors each being configured to provide a sensor signal having a first or a second information, - a transmitter , - a control device , wherein - the proximity sensors and the transmitter interact in a contactless manner, - the proximity sensors each are configured to provide the sensor signal having the first information or the second information depending on a distance from the transmitter to the respective proximity sensor , - the control device being configured to determine depending on the sensor signals of the proximity sensors , whether the transmitter is located within a correction sector defined by means of the proximity sensors , wherein the wind turbine further comprises: - a longitudinally extended foot , - a nacelle mounted onto the foot to be rotatable, wherein the transmitter is disposed to be stationary on one of the nacelle and the foot , and the two proximity sensors are disposed to be stationary on the other of the nacelle and the foot so that the transmitter and the two proximity sensors are rotatable relative to one another together with the nacelle and the foot . - a system comprising: - two binary proximity sensors each being configured to provide a sensor signal having a first or a second information, - a transmitter , - a control device , wherein - the proximity sensors and the transmitter interact in a contactless manner, - the proximity sensors each are configured to provide the sensor signal having the first information or the second information depending on a distance from the transmitter to the respective proximity sensor , - the control device being configured to determine depending on the sensor signals of the proximity sensors , whether the transmitter is located within a correction sector defined by means of the proximity sensors , wherein the wind turbine further comprises: - a longitudinally extended foot , - a nacelle mounted onto the foot to be rotatable, wherein the transmitter is disposed to be stationary on one of the nacelle and the foot , and the two proximity sensors are disposed to be stationary on the other of the nacelle and the foot so that the transmitter and the two proximity sensors are rotatable relative to one another together with the nacelle and the foot .
Ceramic multilayer component , comprising a stack with ceramic layers and electrode layers arranged between them, wherein the ceramic layers and the electrode layers are arranged along a stack direction (S) above one another, wherein at least one first electrode layer extends along a primary main extension direction (H) from a first end region to a second end region of the first electrode layer, wherein the at least one electrode layer has a current-carrying capacity that decreases along the primary main extension direction, characterized in that the at least one electrode layer has a specific electrical conductivity that decreases along the primary main extension direction. wherein the ceramic layers and the electrode layers are arranged along a stack direction (S) above one another, wherein at least one first electrode layer extends along a primary main extension direction (H) from a first end region to a second end region of the first electrode layer, wherein the at least one electrode layer has a current-carrying capacity that decreases along the primary main extension direction, characterized in that the at least one electrode layer has a specific electrical conductivity that decreases along the primary main extension direction.