mhurhangee/patent-ind-claim-en huggingface dataset:
A transcranial magnetic stimulation system , comprising: means for generating a magnetic field, the magnetic field generating means having a coil for generating a variable magnetic field to be applied to a part of a patient's head and a holder for holding the coil ; wherein the transcranial magnetic stimulation system further comprises means for recognizing specific portions of ears of the patient (M) as predetermined reference markings, the recognizing means being at least two cameras; characterized in that the magnetic field generating means and the recognizing means being designed so that an alignment of collimation marks of the recognizing means with respect to the reference markings causes the coil to be set in a proper posture with respect to the part of the patient's head. means for generating a magnetic field, the magnetic field generating means having a coil for generating a variable magnetic field to be applied to a part of a patient's head and a holder for holding the coil ; wherein the transcranial magnetic stimulation system further comprises means for recognizing specific portions of ears of the patient (M) as predetermined reference markings, the recognizing means being at least two cameras; characterized in that the magnetic field generating means and the recognizing means being designed so that an alignment of collimation marks of the recognizing means with respect to the reference markings causes the coil to be set in a proper posture with respect to the part of the patient's head.
Radio remote control system for building closure drives and/or building closure actuators or other components of an automatic building closure system , comprising at least one radio remote control transmitter and first and second radio remote control receivers , the first and second radio remote control receivers each switching between active and inactive phases, characterized in that said radio remote control transmitter is adapted to emit a first remote control signal for driving said first radio remote control receiver and to emit a second remote control signal for driving said second radio remote control receiver such that the first and the second remote control signals each have a preamble of a specific length PL1, PL2 and a command section , the preamble serving to activate the radio reception readiness of the associated radio remote control receiver and the command section contains command signal information to be received by the radio remote control receiver , wherein the length PL1 of the preamble of the first remote control signal is greater than the length PL2 of the preamble of the second remote control signal , wherein the length PL1 is at least as large as an inactive phase T1 of the first radio remote control receiver and the length PL2 is at least as large as an inactive phase T2 of the second radio remote control receiver , the inactive phase T1 being longer than the inactive phase T2.
A pre-mixer for mixing fluid flow in a pipeline, comprising - a) a body having a ring structure and comprising two first arms parallel to each other that extend across the ring structure; - b) a plurality of second arms parallel to each other extending from the ring structure to at least one of the first arms , thereby forming a plurality of slots , each slot being angled with respect to an axis passing through a center of the body , wherein each second arm of the plurality of second arms extends from the ring structure to a side of one of the first arms facing the ring structure, thereby forming a first set of slots ; and - c) third arms parallel to each other and extending between opposed facing sides of the two first arms , thereby forming a second set of slots . - a) a body having a ring structure and comprising two first arms parallel to each other that extend across the ring structure; - b) a plurality of second arms parallel to each other extending from the ring structure to at least one of the first arms , thereby forming a plurality of slots , each slot being angled with respect to an axis passing through a center of the body , wherein each second arm of the plurality of second arms extends from the ring structure to a side of one of the first arms facing the ring structure, thereby forming a first set of slots ; and - c) third arms parallel to each other and extending between opposed facing sides of the two first arms , thereby forming a second set of slots .
A method of making a hose fitting , comprising: - providing a stem comprising a fluid conduit there through, a first end , a second end with a raised shoulder , and a crimp region disposed between the first end and the second end ; - providing and placing a swivel tube nut over the stem , wherein the swivel tube nut is retained on the stem -the by the raised shoulder ; - placing a ferrule over the first end of the stem , wherein the ferrule comprises a partially or fully formed octagonal wrench surface and wherein the ferrule has an opening , which is used to accept a hose end; and, - pre-crimping the ferrule at the octagonal wrench surface onto the crimp region of the stem , wherein the octagonal wrench surface is forged into the ferrule before the ferrule at the octagonal wrench surface is pre-crimped onto the crimp region of the stem . - providing a stem comprising a fluid conduit there through, a first end , a second end with a raised shoulder , and a crimp region disposed between the first end and the second end ; - providing and placing a swivel tube nut over the stem , wherein the swivel tube nut is retained on the stem -the by the raised shoulder ; - placing a ferrule over the first end of the stem , wherein the ferrule comprises a partially or fully formed octagonal wrench surface and wherein the ferrule has an opening , which is used to accept a hose end; and, - pre-crimping the ferrule at the octagonal wrench surface onto the crimp region of the stem , wherein the octagonal wrench surface is forged into the ferrule before the ferrule at the octagonal wrench surface is pre-crimped onto the crimp region of the stem .
An integrated hydrogen fueling station for fueling of vehicle tanks with hydrogen comprising an electrochemical compressing unit in which secondary hydrogen originating from leakage, boiling-off or venting of hydrogen-containing gas in one or more of the fueling station operative units is compressed, wherein the secondary hydrogen contains hydrogen and further gaseous components, characterized by comprising one or more mechanical hydrogen compressing units producing secondary hydrogen which is collected and transferred to the electrochemical compressing unit .
An agent for oxidatively dyeing keratinous fibers, in particular human hair, containing, in a cosmetic carrier, (A) at least one oxidation dye precursor of structure (I) and/or one of its physiologically acceptable salts where R 1 and R 2 , independently of one another, represent hydrogen or a linear or branched C1-C10 alkyl group which may be substituted by one to ten hydroxyl groups, where R 1 and R 2 do not simultaneously represent hydrogen, and also (B) glucoheptonic acid and/or at least one of its physiologically acceptable salts and/or lactones, and (C) at least one oxidizing agent other than atmospheric oxygen, characterized in that it contains at least one oxidation dye precursor of structure (I), in which R 1 represents a 2-hydroxyethyl group and R 2 represents hydrogen. (A) at least one oxidation dye precursor of structure (I) and/or one of its physiologically acceptable salts where R 1 and R 2 , independently of one another, represent hydrogen or a linear or branched C1-C10 alkyl group which may be substituted by one to ten hydroxyl groups, where R 1 and R 2 do not simultaneously represent hydrogen, and also (B) glucoheptonic acid and/or at least one of its physiologically acceptable salts and/or lactones, and (C) at least one oxidizing agent other than atmospheric oxygen,
Method for discharging an electrical energy store , which is connected to an electronic circuit by means of a first electrical conductor and a second electrical conductor , wherein a thyristor is provided for discharging the energy store , wherein in the method - owing to a fault occurring in the electronic circuit , a discharge current of the energy store begins to flow from the energy store via the first electrical conductor to the electronic circuit and via the second electrical conductor back to the energy store , - owing to the discharge current a magnetic field which changes over time is generated around the first electrical conductor and the second electrical conductor , said magnetic field passing through the semiconductor material of the thyristor , - a current is induced in the semiconductor material of the thyristor by the magnetic field which changes over time, characterized in that the thyristor is switched on by this induced current . - owing to a fault occurring in the electronic circuit , a discharge current of the energy store begins to flow from the energy store via the first electrical conductor to the electronic circuit and via the second electrical conductor back to the energy store , - owing to the discharge current a magnetic field which changes over time is generated around the first electrical conductor and the second electrical conductor , said magnetic field passing through the semiconductor material of the thyristor , - a current is induced in the semiconductor material of the thyristor by the magnetic field which changes over time,
A roller bearing system comprising a cylindrical rolling element having an outer surface; said cylindrical rolling element is housed inside an outer ring ; said outer ring having an inner and an outer diameter surface; said cylindrical rolling element contacting a rotatable shaft ; characterized in that said inner diameter surface of the outer ring has a non-symmetrical convex shaped profiling facing the outer surface of the cylindrical rolling element to facilitate maximum contact length (C, D, E) between the outer surface of the cylindrical rolling element and the inner diameter surface of the outer ring during any operational condition.
A bleed valve assembly comprising: a valve (230; 310) for bleeding a gas turbine compressor , the valve (230; 310) comprising seals and a span that are configured to seal a bleed duct (250; 320) of the compressor when the valve (230; 310) is closed, wherein the span extends parallel to a rotation axis of the gas turbine compressor when the valve is mounted to the compressor; characterised by an aperture in the span configured to receive a manifold ; a manifold located at least partially within the aperture ; a chamber body assembly coupled to the manifold such that a chamber defined by the chamber body assembly is in fluid communication with the manifold ; and a resonator cover coupled to the chamber body assembly such that the resonator cover closes the chamber , thereby realising a resonator. a valve (230; 310) for bleeding a gas turbine compressor , the valve (230; 310) comprising seals and a span that are configured to seal a bleed duct (250; 320) of the compressor when the valve (230; 310) is closed, wherein the span extends parallel to a rotation axis of the gas turbine compressor when the valve is mounted to the compressor; characterised by an aperture in the span configured to receive a manifold ; a manifold located at least partially within the aperture ; a chamber body assembly coupled to the manifold such that a chamber defined by the chamber body assembly is in fluid communication with the manifold ; and a resonator cover coupled to the chamber body assembly such that the resonator cover closes the chamber , thereby realising a resonator.
A method of correction of a three-dimensional digital model of an arch of a patient, or "reference model" , said method comprising the following steps: 1) acquisition of at least one two-dimensional image of said arch, called «updated image» (Ia 1 ;Ia 2 ), in actual acquisition conditions ; 2) search, for each updated image, of virtual acquisition conditions providing a two-dimensional image of the reference model which maximizes the fit with the updated image, or "reference image" (Ir 1 ;Ir 2 ); 3) comparison of the reference image with the updated image to detect differences ; 4) correction of the reference model to reduce said differences to get a corrected reference model. 1) acquisition of at least one two-dimensional image of said arch, called «updated image» (Ia 1 ;Ia 2 ), in actual acquisition conditions ; 2) search, for each updated image, of virtual acquisition conditions providing a two-dimensional image of the reference model which maximizes the fit with the updated image, or "reference image" (Ir 1 ;Ir 2 ); 3) comparison of the reference image with the updated image to detect differences ; 4) correction of the reference model to reduce said differences to get a corrected reference model.
Method for operating a converter arrangement having a modular multilevel converter which comprises at least one converter arm (5-10) having a series connection of two-pole switching modules (SM1, SM2), wherein each of the switching modules (SM1, SM2) has a plurality of semiconductor switches (H1-4, S1,2) and an energy store (C), wherein at least some of the switching modules are switching modules of a first type (SM1) and at least some other of the switching modules are switching modules of a second type (SM2), in which method an arm voltage is generated across the at least one converter arm (5-10), which arm voltage brings about an arm current through the converter arm, wherein a converter circulating current is generated through the multilevel converter in order to generate at least one arm-current zero crossing, characterized in that the converter circulating current has a rectangular or trapezoidal current pulse.
A process for isolating non-expanded post-natal multilineage-inducible cells comprising: isolating bone marrow from an isolated biological sample; isolating total nuclear cells (TNCs) obtained from said bone marrow; incubating the TNCs in the presence of an antibody directed to a cell surface marker selective for non-expanded post-natal multilineage-inducible cells; separating said cells to isolate non-expanded post-natal multilineage-inducible cells; and isolating said non-expanded post-natal multilineage-inducible cells in the absence of expansion, characterized in that said antibody is directed to SSEA-4 and that said cell surface marker comprises SSEA-4. isolating bone marrow from an isolated biological sample; isolating total nuclear cells (TNCs) obtained from said bone marrow; incubating the TNCs in the presence of an antibody directed to a cell surface marker selective for non-expanded post-natal multilineage-inducible cells; separating said cells to isolate non-expanded post-natal multilineage-inducible cells; and isolating said non-expanded post-natal multilineage-inducible cells in the absence of expansion, characterized in that said antibody is directed to SSEA-4 and that said cell surface marker comprises SSEA-4.
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism consisting substantially of a catch and a pawl , and comprising a securing device and comprising an emergency actuation element for the securing device , wherein the securing device has at least a first securing lever which can be acted upon both by a first motor drive and by an emergency actuation lever as part of the emergency actuation element , wherein the first securing lever has a spring for irs positioning, wherein the securing lever has a stop for the emergency actuation element , wherein the stop interacts with a pin of the emergency actuation element , wherein the securing device is provided with two securing levers , namely a first securing lever and a second securing lever , wherein the first securing lever is designed as an anti-theft securing lever , whereas the second securing lever is a central locking lever , wherein the two securing levers are mounted coaxially about an axis of rotation A, wherein two motor drives are provided, wherein the first drive acts on the first securing lever , whereas the second drive interacts with the second securing lever , wherein the first motor drive is an anti-theft drive, by means of which the anti-theft securing lever can perform pivot movements about its axis or the axis of rotation A, wherein the second motor drive or central locking drive conversely ensures that the central locking lever is also brought into pivot movements about the same axis of rotation A.
A tissue dividing jig for dividing a needle biopsy tissue in a longitudinal direction, which correspond to the direction along the biopsy needle, the tissue dividing jig comprising: a tissue dividing base ; and a cutting blade set , wherein the tissue dividing base has a tissue placement portion on which the needle biopsy tissue is to be placed, wherein the tissue dividing jig further comprises a biopsy needle guide that can fix a biopsy needle carrying the needle biopsy tissue collected therewith in a lengthwise direction, which correspond to the longitudinal direction of the biopsy tissue, the cutting blade set is provided with a cutting blade member and a guide portion , the tissue dividing base and the cutting blade set have a positioning mechanism for fixing their positions mutually, the cutting blade member is provided with a cutting blade that extends in a longitudinal direction of the tissue placement portion , the guide portion guides the cutting blade member so as to move the cutting blade member to a fixed position on the tissue dividing base , and the cutting blade is disposed at a position where, when the cutting blade set is disposed at a predetermined position on the tissue dividing base by the positioning mechanism and the cutting blade member is moved using the guide portion , the cutting blade divides the needle biopsy tissue placed on the tissue placement portion in the longitudinal direction. a tissue dividing base ; and a cutting blade set , wherein the tissue dividing base has a tissue placement portion on which the needle biopsy tissue is to be placed, wherein the tissue dividing jig further comprises a biopsy needle guide that can fix a biopsy needle carrying the needle biopsy tissue collected therewith in a lengthwise direction, which correspond to the longitudinal direction of the biopsy tissue, the cutting blade set is provided with a cutting blade member and a guide portion , the tissue dividing base and the cutting blade set have a positioning mechanism for fixing their positions mutually, the cutting blade member is provided with a cutting blade that extends in a longitudinal direction of the tissue placement portion , the guide portion guides the cutting blade member so as to move the cutting blade member to a fixed position on the tissue dividing base , and the cutting blade is disposed at a position where, when the cutting blade set is disposed at a predetermined position on the tissue dividing base by the positioning mechanism and the cutting blade member is moved using the guide portion , the cutting blade divides the needle biopsy tissue placed on the tissue placement portion in the longitudinal direction.
Depolluting building including a cover and a supporting structure supporting the cover and delimiting beneath the cover a free space having a height of at least 2 m, the cover comprising: - a plant filtering layer (8-9), - an upper wall which is permeable to water and air and which supports the filtering layer (8-9), - a lower wall which is located under the upper wall and which is impermeable to water, the lower wall joining with the upper wall to define a plenum , - at least one forced ventilation device designed to draw air into the plenum through the filter layer (8-9) and the upper wall and to discharge the air in said free space, in which the forced ventilation device comprises: - a waterproof channel extending in the plenum between a lower end tightly sealed to the lower wall and an upper end opening into the plenum , the lower end of the channel connected to the atmosphere beneath the lower wall , - and a fan located in said channel , a cap located above the channel , said cap being impermeable and designed to prevent water from passing through the filter layer (8-9) and the upper wall and falling into the channel . - a plant filtering layer (8-9), - an upper wall which is permeable to water and air and which supports the filtering layer (8-9), - a lower wall which is located under the upper wall and which is impermeable to water, the lower wall joining with the upper wall to define a plenum , - at least one forced ventilation device designed to draw air into the plenum through the filter layer (8-9) and the upper wall and to discharge the air in said free space, - a waterproof channel extending in the plenum between a lower end tightly sealed to the lower wall and an upper end opening into the plenum , the lower end of the channel connected to the atmosphere beneath the lower wall , - and a fan located in said channel ,
A method of estimating future build-up of at least one disinfection by-product (DBP) in water from a water supply, said method comprising: controlling an actuator on an intermittent basis to automatically draw a sample of water from the water supply; automatically transferring each sample to a vessel and heating the transferred sample for a period of time, where both a temperature of the heating and the period of time of the heating are selected so as to simulate aging of the sample according to a selective age; passing the sample following heating through a transfer mechanism to extract the at least one DBP and to transfer the extracted at least one DBP to a second medium of known volume; transferring the second medium of known volume to a measurement device, and measuring concentration of the at least one DBP in the second medium with the measurement device to generate at least one result; and estimating the future build-up dependent on the at least one result; wherein the at least one DBP is formed in the water from the water supply in dependence on water age and residual presence of a disinfecting agent, and the controlling, the automatically transferring and heating, the passing, the transferring to the second medium and measuring and the estimating are each automated steps of a sequence for each sample performed on the intermittent basis under the control of one or more processors. controlling an actuator on an intermittent basis to automatically draw a sample of water from the water supply; automatically transferring each sample to a vessel and heating the transferred sample for a period of time, where both a temperature of the heating and the period of time of the heating are selected so as to simulate aging of the sample according to a selective age; passing the sample following heating through a transfer mechanism to extract the at least one DBP and to transfer the extracted at least one DBP to a second medium of known volume; transferring the second medium of known volume to a measurement device, and measuring concentration of the at least one DBP in the second medium with the measurement device to generate at least one result; and estimating the future build-up dependent on the at least one result; wherein the at least one DBP is formed in the water from the water supply in dependence on water age and residual presence of a disinfecting agent, and the controlling, the automatically transferring and heating, the passing, the transferring to the second medium and measuring and the estimating are each automated steps of a sequence for each sample performed on the intermittent basis under the control of one or more processors. the at least one DBP is formed in the water from the water supply in dependence on water age and residual presence of a disinfecting agent, and the controlling, the automatically transferring and heating, the passing, the transferring to the second medium and measuring and the estimating are each automated steps of a sequence for each sample performed on the intermittent basis under the control of one or more processors.