mhurhangee/ep-ind-claims huggingface dataset:
Method for activating an operational profile installed in a user device which is accessible to a radiocommunication network, said operational profile comprising data which allows said user device to access said radiocommunication network when said operational profile is activated in said user device, characterised in that said user device carries out a step (P2E210) of deactivating a current operational profile and activating a passive operational profile, said passive operational profile: - preventing said user device from sending to said radiocommunication network at least one location update request and/or at least one attachment request to said radiocommunication network. - preventing said user device from sending to said radiocommunication network at least one location update request and/or at least one attachment request to said radiocommunication network.
Display device having a scale the shape of a circular arc, along which the free end of an indicator which is rotatably drivable about an indicator axis is movable, wherein a rotatably mounted gear wheel is disposed so as to be rotationally fixed on an axle which directly or indirectly drives the indicator axis, the toothing of a tumbling gear ring having a diameter which is larger than that of the gear wheel partially engaging in the teeth of said gear wheel, said tumbling gear ring being mounted so as to be capable of tumbling about the axle of the gear wheel, characterized in that the tumbling gear ring is impinged by spring forces which are distributed across the circumference of the former and act in the engagement direction of the toothing of the tumbling gear ring with the teeth of the gear wheel and is fixedly connected to a ferromagnetic ring which extends in the circumferential direction of the tumbling gear ring, having at least two pole shoes which protrude through coils, which are capable of being energized in a mutually independent manner, to the external revolving girthed area of the ferromagnetic ring and, having a radial clearance in relation to the ferromagnetic ring, are distributed on the circumference of the latter.
A synthetic jet actuator, comprising: an air cavity having a cylindrical shape with a cavity diameter and a cavity height, wherein the air cavity has an air cavity quarter-wavelength resonance frequency calculated based on the cavity diameter of the air cavity; an orifice placing an interior of the air cavity in fluid communication with an ambient atmosphere surrounding the synthetic jet actuator; and a first piezoelectric actuator forming a first circular wall of the air cavity and being actuated to alternately increase and decrease a cavity volume of the air cavity to draw air into and expel the air from the air cavity through the orifice, wherein the first piezoelectric actuator has a first actuator resonance frequency that is approximately equal to the air cavity quarter-wavelength resonance frequency, wherein the first actuator resonance frequency is within ± 10% of the air cavity quarter-wavelength resonance frequency. an air cavity having a cylindrical shape with a cavity diameter and a cavity height, wherein the air cavity has an air cavity quarter-wavelength resonance frequency calculated based on the cavity diameter of the air cavity; an orifice placing an interior of the air cavity in fluid communication with an ambient atmosphere surrounding the synthetic jet actuator; and a first piezoelectric actuator forming a first circular wall of the air cavity and being actuated to alternately increase and decrease a cavity volume of the air cavity to draw air into and expel the air from the air cavity through the orifice, wherein the first piezoelectric actuator has a first actuator resonance frequency that is approximately equal to the air cavity quarter-wavelength resonance frequency, wherein the first actuator resonance frequency is within ± 10% of the air cavity quarter-wavelength resonance frequency.
Solutions, containing the reaction products of magnesium alkoxides with carboxylic acid halides in hydrocarbon-based solvents, characterized in that the dissolved magnesium concentration is at least 0.9 mmol/g, particularly preferably at least 1 mmol/g and particularly preferably at least 1.1 mmol/g and the molar ratio between carboxylic acid halide functions and magnesium is at least 0.84:1, preferably at least 0.9:1 and at most 1.8:1.
Arrangement of a starter generator device between the power output side of a combustion engine and a connected change-speed gearbox for motor vehicles, wherein the device consisting of rotor and stator is arranged in a housing attachable on the combustion engine and on the change-speed gearbox and is combined with a separating clutch that interrupts the power flow, wherein the rotor and the stator are positioned radially above the downstream separating clutch, wherein the rotor is attached on a pot-shaped drive part attached on the power output shaft of the combustion engine, characterised in that the housing attachable on the change-speed gearbox is formed in the shape of a ring, open on one side opposite a connecting flange of the change-speed gearbox, that stacked lamination plates of the stator are accommodated, by means of force-fitting and/or form-fitting, inside the ring-shaped housing, open on one side, and are held by the connecting flange of the change-speed gearbox, that the lamination plates are surrounded by cooling ducts running round them inside the housing and are connected with the cooling system of the combustion engine via lines and/or integrated ducts, and that the connecting flange of the change-speed gearbox screwed onto the housing projects into the housing with an annular projection, and that inserted into the annular projection there is a circumferential sealing ring to seal the cooling ducts of the housing.
Disc brake, in particular for a commercial vehicle, comprising a brake calliper which encompasses a brake disc and in which brake pads (4, 5) capable of being pressed against the brake disc by means of at least one pneumatically or electromechanically driven application device and having a backing plate and a friction lining are positioned on both sides, the application device comprising at least one brake piston acting on the backing plate at the end face, wherein at least one of the brake pads (4, 5) is mounted in an articulated manner, preferably tiltably, in the radial direction of the brake disc characterised in that the backing plate and a thrust piece of the brake piston or a rear wall of the brake calliper have tilting elements corresponding to one another, which are composed of an elevation and of a recess adapted thereto, wherein the elevation is formed convexly in cross section and is arranged in the form of a strip in the backing plate or an adjacent thrust plate, the thrust piece or the wall.
Tyre comprising a carcass ply connecting two beads via two sidewalls, the said carcass ply being surmounted radially towards the outside of the tyre by a crown reinforcing zone which is itself surmounted radially towards the outside of the tyre by a tread, the crown reinforcing zone comprising a plurality of reinforcing strips arranged over at least one ply of strips, the said strips being arranged so that they are juxtaposed and at an angle less than or equal to 15° with respect to the circumferential direction, each reinforcing strip being made up of a laminate of at least 3 composite layers, each composite layer containing oriented fibres (15, 15', 15") having a tensile modulus less than or equal to 30 GPa measured according to Standard ASTM D4848-98 from 2012 which are parallel to one another, coated in a polymer matrix characterized in that each laminate comprises: - n interior composite layer(s) each having fibres of which the angle with the circumferential direction is, in terms of absolute value, less than or equal to 10°, n being a number greater than or equal to 1, preferably ranging from 1 to 20, and in the case where n>1, these interior composite layers being juxtaposed with one another and flanked on each side respectively by m exterior composite layers, - each exterior composite layer having fibres (15', 15") that make with the circumferential direction an angle distinct from 0°, m ranging from 1 to 8 and, in the case where m>1, the angle of the fibres (15', 15") of the successive exterior composite layers positioned on the one same side of the interior composite layer or layers being identical or different. - n interior composite layer(s) each having fibres of which the angle with the circumferential direction is, in terms of absolute value, less than or equal to 10°, n being a number greater than or equal to 1, preferably ranging from 1 to 20, and in the case where n>1, these interior composite layers being juxtaposed with one another and flanked on each side respectively by m exterior composite layers, - each exterior composite layer having fibres (15', 15") that make with the circumferential direction an angle distinct from 0°, m ranging from 1 to 8 and, in the case where m>1, the angle of the fibres (15', 15") of the successive exterior composite layers positioned on the one same side of the interior composite layer or layers being identical or different.
A method for identifying and quantifying target proteins in a test sample containing plural kinds of target proteins, the method comprising: a step of fragmenting the target proteins contained in the sample and labeling with a stable isotope X; a step of obtaining collections of peptides by fragmenting standard proteins that are identical to the target proteins and by labeling the fragmented standard proteins with a stable isotope Y, wherein the standard proteins are recombinant proteins prepared based on a full-length cDNA library; a step of adding, to the sample obtained in step, known amounts of internal standards obtained in step; a step of placing the sample obtained in step in an LC-MS/MS device, separating the sample by one-dimensional or multi-dimensional high-performance liquid chromatography, subjecting each of the separated peptides to tandem mass spectrometry by using a tandem mass spectrometer comprising two mass spectrometers connected in series, and performing multiple reaction monitoring analysis using MRM transitions selected for the internal standards; and a step of identifying, in the MRM chromatogram detected in step, peptides derived from the target proteins (target peptides) that show the same retention time as peptides derived from the internal standards (peptides of the internal standards), and quantifying the target proteins in the test sample by comparing the peak areas of the peptides of the internal standards with the peak areas of the target peptides. a step of fragmenting the target proteins contained in the sample and labeling with a stable isotope X; a step of obtaining collections of peptides by fragmenting standard proteins that are identical to the target proteins and by labeling the fragmented standard proteins with a stable isotope Y, wherein the standard proteins are recombinant proteins prepared based on a full-length cDNA library; a step of adding, to the sample obtained in step, known amounts of internal standards obtained in step; a step of placing the sample obtained in step in an LC-MS/MS device, separating the sample by one-dimensional or multi-dimensional high-performance liquid chromatography, subjecting each of the separated peptides to tandem mass spectrometry by using a tandem mass spectrometer comprising two mass spectrometers connected in series, and performing multiple reaction monitoring analysis using MRM transitions selected for the internal standards; and a step of identifying, in the MRM chromatogram detected in step, peptides derived from the target proteins (target peptides) that show the same retention time as peptides derived from the internal standards (peptides of the internal standards), and quantifying the target proteins in the test sample by comparing the peak areas of the peptides of the internal standards with the peak areas of the target peptides.
A recovery method for a reinforcing material, comprising contacting heated titanium oxide granules with a reinforced plastic, wherein said reinforced plastic comprises a carbon fiber-reinforced plastic, characterized in that said granules each have a specific surface area in a range of from 30 m 2 /g to 70 m 2 /g as measured by a BET method, said heating temperature of the heated titanium oxide granules is within a range of from 300°C to 600°C, and said carbon fiber is recovered in a state of long fiber or woven fabric.
A method for measuring the level of the Androgen receptor protein in a biological sample of formalin-fixed solid tissue, comprising: detecting and quantifying the amount of an AR fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AR protein in said sample; wherein said AR fragment is the peptide of SEQ ID NO:2; and wherein said level is a relative level or an absolute level. detecting and quantifying the amount of an AR fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AR protein in said sample;
An apparatus (10, 50, 60, 70, 80) for dispensing adhesive, comprising: a vertically oriented mounting plate (26, 75) having front and back sides; a melter subassembly (12, 72) including an adhesive manifold, a heater, and a pump, the melter subassembly (12, 72) removably coupled to the front side of the mounting plate (26, 75) and configured to controllably dispense a heated adhesive; a control subassembly (14, 74) coupled to the front side of the mounting plate and spaced apart from the melter subassembly; the control subassembly (14, 74) including a controller in communication with the melter subassembly (12, 72); and a subassembly cover (32, 52, 78, 82) coupled to the mounting plate for movement between an open condition and a closed condition, the subassembly cover (32, 52, 78, 82) thermally insulating the melter subassembly (12, 72) from the control subassembly (14, 74) when in the closed condition. a vertically oriented mounting plate (26, 75) having front and back sides; a melter subassembly (12, 72) including an adhesive manifold, a heater, and a pump, the melter subassembly (12, 72) removably coupled to the front side of the mounting plate (26, 75) and configured to controllably dispense a heated adhesive; a control subassembly (14, 74) coupled to the front side of the mounting plate and spaced apart from the melter subassembly; the control subassembly (14, 74) including a controller in communication with the melter subassembly (12, 72); and a subassembly cover (32, 52, 78, 82) coupled to the mounting plate for movement between an open condition and a closed condition, the subassembly cover (32, 52, 78, 82) thermally insulating the melter subassembly (12, 72) from the control subassembly (14, 74) when in the closed condition.
A method of outputting a content using a head mounted display, the method comprising: performing a pairing with a digital device having at least one display unit configured to display the content; detecting a location state of the paired digital device, wherein the location state comprises a first state in which a display unit of the digital device is located within a preset view angle region of the head mounted display and a second state in which the display unit of the digital device is not located within the preset view angle region; and outputting the content that is currently displayed in the digital device to the head mounted display based on the detected location state; characterized in that: if the detected location state comprises the second state, detecting whether a display unit of at least one external device is present within the view angle region; and if the display unit of the at least one external device is detected within the view angle region, outputting the content to the display unit of the corresponding external device. performing a pairing with a digital device having at least one display unit configured to display the content; detecting a location state of the paired digital device, wherein the location state comprises a first state in which a display unit of the digital device is located within a preset view angle region of the head mounted display and a second state in which the display unit of the digital device is not located within the preset view angle region; and outputting the content that is currently displayed in the digital device to the head mounted display based on the detected location state; characterized in that: if the detected location state comprises the second state, detecting whether a display unit of at least one external device is present within the view angle region; and if the display unit of the at least one external device is detected within the view angle region, outputting the content to the display unit of the corresponding external device. if the detected location state comprises the second state, detecting whether a display unit of at least one external device is present within the view angle region; and if the display unit of the at least one external device is detected within the view angle region, outputting the content to the display unit of the corresponding external device.
A method performed by a low power network node, operable in a wireless communication network, the wireless communication network also comprising a neighbouring macro network node, wherein the low power network node and the neighbouring macro network node are configured with a first set of frequency bands B' and the low power network node is configured with a second set of frequency bands B", the method being performed for providing a primary serving cell by carrier aggregation, to a wireless device associated with the low power network node, the method characterized by: - when a received signal quality for a carrier in the first set of frequency bands, B', used by the low power network node is equal to or higher than a received signal quality for a carrier in the first set of frequency bands, B', used by the neighbouring macro network node as measured by the wireless device, allocating the primary serving cell for the wireless device on the carrier in the first set of frequency bands B' used by the low power network node, - when a received signal quality for a carrier in the second set of frequency bands B" used by the low power network node meets a threshold and the received signal quality for carriers in the first set of frequency bands B' used by the low power network node is lower than the received signal quality for carriers in the first set of frequency bands B' used by the neighbouring macro network node as measured by the wireless device, allocating the primary serving cell for the wireless device on the carrier in the second set of frequency bands B" used by the low power network node. - when a received signal quality for a carrier in the first set of frequency bands, B', used by the low power network node is equal to or higher than a received signal quality for a carrier in the first set of frequency bands, B', used by the neighbouring macro network node as measured by the wireless device, allocating the primary serving cell for the wireless device on the carrier in the first set of frequency bands B' used by the low power network node, - when a received signal quality for a carrier in the second set of frequency bands B" used by the low power network node meets a threshold and the received signal quality for carriers in the first set of frequency bands B' used by the low power network node is lower than the received signal quality for carriers in the first set of frequency bands B' used by the neighbouring macro network node as measured by the wireless device, allocating the primary serving cell for the wireless device on the carrier in the second set of frequency bands B" used by the low power network node.
A pre-filled syringe (A; B) comprising a barrel having a front end and base end which are open, a base end gasket which is in a base end side in the barrel and fluid-tightly slidable in the barrel, a front end gasket which is in a front end side in the barrel and fluid-tightly slidable in the barrel, and a nozzle part provided on the front end of the barrel, the nozzle part comprising a front end gasket accommodation part for accommodating the front end gasket, and at least one liquid flow passage, through which a liquid medicine can pass when the front end gasket is accommodated in the front end gasket accommodation part, a sectional area of a front end of the at least one liquid flow passage being smaller than a sectional area of a base end of the at least one liquid flow passage, characterized in that the liquid flow passage is a groove concavely provided in an axial direction in a side wall of the front end gasket accommodation part, wherein the liquid flow passage possesses a wide width part in which a width gradually widens towards a base end of the side wall.
An in vitro method for determining the stability of a composition which comprises or essentially consists of soluble human Fc gamma receptor IIA, IIB, IIIA and/or IIIB, said method comprising the steps of: (a) contacting a surface comprising human Fc gamma receptor IIA, IIB, IIIA and/or IIIB with a set amount of aggregated human IgG; (b) contacting said surface comprising human Fc gamma receptor IIA, IIB, IIIA and/or IIIB with a set amount of said composition of soluble human Fc gamma receptor IIA, IIB, IIIA and/or IIIB; and (c) determining the amount of aggregated human IgG which is bound to said surface comprising said human Fc gamma receptor IIA, IIB, IIIA and/or IIIB, (d) and comparing the amount of aggregated human IgG which is bound to said surface as determined in step (c) with a reference value and thereby determining the stability of said composition which comprises or essentially consists of soluble human Fc gamma receptor IIA, IIB, IIIA and/or IIIB. (a) contacting a surface comprising human Fc gamma receptor IIA, IIB, IIIA and/or IIIB with a set amount of aggregated human IgG; (b) contacting said surface comprising human Fc gamma receptor IIA, IIB, IIIA and/or IIIB with a set amount of said composition of soluble human Fc gamma receptor IIA, IIB, IIIA and/or IIIB; and (c) determining the amount of aggregated human IgG which is bound to said surface comprising said human Fc gamma receptor IIA, IIB, IIIA and/or IIIB, (d) and comparing the amount of aggregated human IgG which is bound to said surface as determined in step (c) with a reference value and thereby determining the stability of said composition which comprises or essentially consists of soluble human Fc gamma receptor IIA, IIB, IIIA and/or IIIB.