mhurhangee/ep-ind-claims huggingface dataset:
Mooring device for mooring a ship and comprising a base, a movable arm construction supported by the base, and at least one magnet mounted in a frame, which frame is supported by the movable arm construction, wherein the frame is with a hinge connected to the movable arm construction, characterized in that the frame comprises two beams (5', 5") on opposite sides of the hinge, and that each beam (5', 5") supports at least one leaf spring and a magnet mounted on said at least one leaf spring.
Printing station for flat substrates, in particular solar cells (14, 44), comprising a workpiece support having a support surface for a substrate to be processed and a printing mechanism including a printing screen (10; 40) displaceable relative to the support surface of the workpiece support, characterized in that the printing screen (10; 40) is held to be displaceable by means of air bearings (78, 80, 82), wherein the air bearings (78, 80, 82) are configured to hold the printing screen (10; 40) to be displaceable at least during a printing procedure.
A polymer for growing tissue from biodegradable polyphosphazenes having photopolymerised side groups, characterised in that the side groups of the polyphosphazenes are formed exclusively of amino acids and/or amino acid derivatives, wherein these are bound to the backbone of the polyphosphazene via the amino group of the amino acid and have a spacer at the acid group, the carbon chain of said having a vinyl group at its free end, wherein the polyphosphazenes are crosslinked via the vinyl groups.
A gear pump configured for a beverage dispensing machine, comprising: - a pump chamber configured for holding a liquid; - an inlet in the pump chamber for providing the liquid to the pump; - an outlet in the pump chamber for dispensing the liquid; and - a driving gear wheel meshing with a driven gear wheel inside the pump chamber and characterised in that the driving gear wheel and the driven gear wheel are profile shifted gear wheels. - a pump chamber configured for holding a liquid; - an inlet in the pump chamber for providing the liquid to the pump; - an outlet in the pump chamber for dispensing the liquid; and - a driving gear wheel meshing with a driven gear wheel inside the pump chamber and characterised in that the driving gear wheel and the driven gear wheel are profile shifted gear wheels.
A glass core comprising: a glass plate; a first metal layer provided on the glass plate; a first electrolytic copper plating layer provided on the first metal layer; a dielectric layer provided above the first electrolytic copper plating layer on the glass plate; a second metal layer provided on the dielectric layer; characterised by an electroless nickel plating layer provided on the second metal layer and having a phosphorus content of less than 5 mass%; and a second electrolytic copper plating layer provided on the electroless nickel plating layer. a glass plate; a first metal layer provided on the glass plate; a first electrolytic copper plating layer provided on the first metal layer; a dielectric layer provided above the first electrolytic copper plating layer on the glass plate; a second metal layer provided on the dielectric layer; characterised by an electroless nickel plating layer provided on the second metal layer and having a phosphorus content of less than 5 mass%; and a second electrolytic copper plating layer provided on the electroless nickel plating layer.
Method for replacing bridge constructions in track systems having parallel tracks, said method comprising the steps of picking up and lifting a new bridge construction by a displaceable device for replacing bridge constructions in track systems, wherein the displacing of this device on or across the track system below the existing catenaries of the track system to an installed position of the new bridge construction takes place across a gap of the track system created by removing the old bridge construction and lowering the new bridge construction into the gap of the track system so as to be positioned precisely on abutments for supporting the new bridge construction, characterized in that the picking up of a new bridge construction and/or the depositing of a removed old bridge construction from the track system takes place on a parallel second track, wherein the device for changing between the parallel tracks of the track system is displaced transversely and/or diagonally to the course of the tracks.
A method of feeding a braze filler to a j oint, said method comprising: heating a brazing material in a braze chamber of a first component to a braze temperature to melt the brazing material such that the brazing material flows from the braze chamber, through at least one internal channel of the first component, and into a braze gap between the first component and a second component to braze the first component to the second component, wherein the first component is substantially cylindrical and sits in a substantially cylindrical aperture in the second component; wherein the braze gap has a width in the range of 10 μm to 100 μm (0.4 mil to 4.0 mil) such that the brazing material flows by capillary action in the braze gap; and wherein the brazing material is a nickel-based braze powder. heating a brazing material in a braze chamber of a first component to a braze temperature to melt the brazing material such that the brazing material flows from the braze chamber, through at least one internal channel of the first component, and into a braze gap between the first component and a second component to braze the first component to the second component, wherein the first component is substantially cylindrical and sits in a substantially cylindrical aperture in the second component; wherein the braze gap has a width in the range of 10 μm to 100 μm (0.4 mil to 4.0 mil) such that the brazing material flows by capillary action in the braze gap; and wherein the brazing material is a nickel-based braze powder. wherein the braze gap has a width in the range of 10 μm to 100 μm (0.4 mil to 4.0 mil) such that the brazing material flows by capillary action in the braze gap; and wherein the brazing material is a nickel-based braze powder.
A solder material comprising: not less than 5.0% by mass and not more than 8.0% by mass Sb; not less than 3.0% by mass and not more than 5.0% by mass Ag; not less than 0.05% by mass and not more than 0.3% by mass Ni; further comprising not less than 0.003% by mass and not more than 0.01% by mass P; and, optionally, further comprising not less than 0.003% by mass and not more than 0.01% by mass Ge; and a balance of Sn and incidental impurities. not less than 5.0% by mass and not more than 8.0% by mass Sb; not less than 3.0% by mass and not more than 5.0% by mass Ag; not less than 0.05% by mass and not more than 0.3% by mass Ni; further comprising not less than 0.003% by mass and not more than 0.01% by mass P; and, optionally, further comprising not less than 0.003% by mass and not more than 0.01% by mass Ge; and a balance of Sn and incidental impurities.
Process of manufacture of a metal panel, characterized in that a sheet of cold-rolled Steel, galvanized or low carbon tinplate between 0.10%-0.20% and thickness between 0.10-2.00mm is submitted: a) In a primary phase, to a mechanical satin finish with sanding with aluminium oxide sandpaper: The sanding speed is between entre 4-20 metres/minute, and following this, b) to a second phase in which the satin finished sheet is covered by electroplating, with a layer of a sacrificial anode chosen between chrome, tin and zinc with a quantity of between 40-500mg/m 2. a) In a primary phase, to a mechanical satin finish with sanding with aluminium oxide sandpaper: The sanding speed is between entre 4-20 metres/minute, and following this, b) to a second phase in which the satin finished sheet is covered by electroplating, with a layer of a sacrificial anode chosen between chrome, tin and zinc with a quantity of between 40-500mg/m 2.
A method of controlling a refrigerator, comprising: operating a first cooling cycle for a first storage compartment to drive a compressor and operating a first cooling fan for cooling the first storage compartment, wherein the first cooling fan is a refrigerating compartment fan; switching to a second cooling cycle for cooling a second storage compartment to drive the compressor and operating a second cooling fan for cooling the second storage compartment when a stop condition of the first cooling cycle is satisfied, wherein the second cooling fan is a freezing compartment fan; and switching to a third cooling cycle for cooling the first storage compartment to drive the compressor and operating the first cooling fan when a stop condition of the second cooling cycle is satisfied, wherein the first cooling fan is continuously operated when switching from the first cooling cycle to the second cooling cycle is performed, and characterised in that an output of the first cooling fan is controlled to be reduced stepwise based on an elapse of time or a temperature change in at least one of a temperature of the first storage compartment and a temperature of a first evaporator for supplying cold air to the first storage compartment, during operation of the second cooling cycle. operating a first cooling cycle for a first storage compartment to drive a compressor and operating a first cooling fan for cooling the first storage compartment, wherein the first cooling fan is a refrigerating compartment fan; switching to a second cooling cycle for cooling a second storage compartment to drive the compressor and operating a second cooling fan for cooling the second storage compartment when a stop condition of the first cooling cycle is satisfied, wherein the second cooling fan is a freezing compartment fan; and switching to a third cooling cycle for cooling the first storage compartment to drive the compressor and operating the first cooling fan when a stop condition of the second cooling cycle is satisfied, wherein the first cooling fan is continuously operated when switching from the first cooling cycle to the second cooling cycle is performed, and characterised in that an output of the first cooling fan is controlled to be reduced stepwise based on an elapse of time or a temperature change in at least one of a temperature of the first storage compartment and a temperature of a first evaporator for supplying cold air to the first storage compartment, during operation of the second cooling cycle.
Method for monitoring treatment of systemic lupus erythematosus in a patient with a CD40 or CD40L antagonist comprising at least the steps of a) determining the expression of at least 2 biomarkers as defined in Table 2 in a nucleic acid sample obtained from a patient which has been diagnosed with SLE, b) determining the expression for said at least 2 biomarkers in a control nucleic acid sample, and c) deciding on whether said patient responds to treatment with a CD40 or CD40L antagonist by comparing the expression levels determined in steps a) and b). a) determining the expression of at least 2 biomarkers as defined in Table 2 in a nucleic acid sample obtained from a patient which has been diagnosed with SLE, b) determining the expression for said at least 2 biomarkers in a control nucleic acid sample, and c) deciding on whether said patient responds to treatment with a CD40 or CD40L antagonist by comparing the expression levels determined in steps a) and b).
Coupling device with electrical insulation comprising: - at least one input signal input, - an output signal output, the output signal being representative of the said input signal, and - signal transfer means with electrical insulation receiving the input signal and providing the said output signal, - at least one signal transformer having at least one primary winding (15, 15A, 15B, 151, 152, 153, 154) to receive a primary signal (SP, SP1, SP2, SP3, SP4) representative of the said input signal (SI, SIA, SIB, SI1, SI2, SI3, SI4), - switching means (16, 16A, 16B, 161, 162, 163, 164, 31, 32) to cut the input signal and provide the said primary signal representative of the said input signal to the said primary winding, - means (17, 17A, 17B, 27, 27A, 27B, 271, 272, 273, 274) of control of the switching means comprising a control signal input receiving control signals during switching periods, and an output electrically insulated from the control signals input and connected to the said switching means (16, 16A, 16B, 161, 162, 163, 164, 31, 32) to control the primary signal cutting during the said switching periods, characterized in that the said means of control of the switching means comprise means of coupling by electromagnetic induction and/or by capacitive link. - at least one input signal input, - an output signal output, the output signal being representative of the said input signal, and - signal transfer means with electrical insulation receiving the input signal and providing the said output signal, - at least one signal transformer having at least one primary winding (15, 15A, 15B, 151, 152, 153, 154) to receive a primary signal (SP, SP1, SP2, SP3, SP4) representative of the said input signal (SI, SIA, SIB, SI1, SI2, SI3, SI4), - switching means (16, 16A, 16B, 161, 162, 163, 164, 31, 32) to cut the input signal and provide the said primary signal representative of the said input signal to the said primary winding, - means (17, 17A, 17B, 27, 27A, 27B, 271, 272, 273, 274) of control of the switching means comprising a control signal input receiving control signals during switching periods, and an output electrically insulated from the control signals input and connected to the said switching means (16, 16A, 16B, 161, 162, 163, 164, 31, 32) to control the primary signal cutting during the said switching periods, characterized in that the said means of control of the switching means comprise means of coupling by electromagnetic induction and/or by capacitive link.
A computer implemented method of analyzing a rock sample, comprising the steps of: segmenting a digital image volume corresponding to one or more tomographic images of a rock sample, to associate voxels in the digital image volume with pore space or solid material; overlaying voxels corresponding to solid material in the segmented digital image volume with an unstructured finite element mesh; numerically simulating the application of a deformation to the unstructured mesh to produce a deformed volumetric mesh of the digital image volume under the simulated deformation; and then numerically analyzing a representation of the digital image volume corresponding to the deformed volumetric mesh to characterize a material property of the rock sample under conditions corresponding to the deformation. segmenting a digital image volume corresponding to one or more tomographic images of a rock sample, to associate voxels in the digital image volume with pore space or solid material; overlaying voxels corresponding to solid material in the segmented digital image volume with an unstructured finite element mesh; numerically simulating the application of a deformation to the unstructured mesh to produce a deformed volumetric mesh of the digital image volume under the simulated deformation; and then numerically analyzing a representation of the digital image volume corresponding to the deformed volumetric mesh to characterize a material property of the rock sample under conditions corresponding to the deformation.
A method for wireless communication, comprising: generating a family of codebooks comprising at least one codebook set, the codebook set comprising a plurality of codebooks organized based on a transmission rank; providing the family of codebooks for use in a multiple description coding, MDC, channel feedback scheme; and adjusting the duty cycle of reported codebook values over a reporting period. generating a family of codebooks comprising at least one codebook set, the codebook set comprising a plurality of codebooks organized based on a transmission rank; providing the family of codebooks for use in a multiple description coding, MDC, channel feedback scheme; and adjusting the duty cycle of reported codebook values over a reporting period.
A computer-implemented method comprising: a metric collector computer storing previously collected metric values based on previous requests sent to a service server computer from one or more client computers during one or more previous periods of time; the metric collector computer, at a current period of time, receiving a new metric value based on a request sent to the service server computer from a particular client computer; the metric collector computer performing regression on the previously collected metric values to determine a predicted metric value for the current period of time; in response to a determination that a deviation between the predicted metric value and the new metric value is greater than a specified threshold, the metric collector computer generating an alert; characterized by further using an absolute threshold to generate an alert when the new metric value passes the absolute threshold, wherein the collected metric values refer to a data value representing a usage or performance characteristic of a computer, network, system or service. a metric collector computer storing previously collected metric values based on previous requests sent to a service server computer from one or more client computers during one or more previous periods of time; the metric collector computer, at a current period of time, receiving a new metric value based on a request sent to the service server computer from a particular client computer; the metric collector computer performing regression on the previously collected metric values to determine a predicted metric value for the current period of time; in response to a determination that a deviation between the predicted metric value and the new metric value is greater than a specified threshold, the metric collector computer generating an alert; characterized by further using an absolute threshold to generate an alert when the new metric value passes the absolute threshold, wherein the collected metric values refer to a data value representing a usage or performance characteristic of a computer, network, system or service.
A data communication apparatus having a memory space, the data communication apparatus managing the memory space by separating the memory space into one or more file systems, the apparatus comprising: controlling means for holding a separating authority key and managing the access to the file system in the memory space; and a first file system allocated to a first service provider in the memory space, the first file system holding an issuer key of the first service provider; wherein, upon receiving, from a second service provider requesting an allocation of a new file system, a separate package generated by encrypting, using the issuer key of the first service provider, a data block containing a separate element package generated by encrypting an issuer key of the second service provider using the separating authority key and information on the new file system, the first file system decrypts the received separate package using the issuer key of the first service provider and retrieves the separate element package and the information on the new file system, and wherein the controlling means decrypts the separate element package using the separating authority key, retrieves the issuer key of the second service provider, separates a free area of the memory space in accordance with the information on the new file system, and allocates the separated memory area to a second file system holding the issuer key of the second service provider. controlling means for holding a separating authority key and managing the access to the file system in the memory space; and a first file system allocated to a first service provider in the memory space, the first file system holding an issuer key of the first service provider; wherein, upon receiving, from a second service provider requesting an allocation of a new file system, a separate package generated by encrypting, using the issuer key of the first service provider, a data block containing a separate element package generated by encrypting an issuer key of the second service provider using the separating authority key and information on the new file system, the first file system decrypts the received separate package using the issuer key of the first service provider and retrieves the separate element package and the information on the new file system, and wherein the controlling means decrypts the separate element package using the separating authority key, retrieves the issuer key of the second service provider, separates a free area of the memory space in accordance with the information on the new file system, and allocates the separated memory area to a second file system holding the issuer key of the second service provider.
A drilling portion for use with a rotary steerable tool comprising: an outer housing; a rotary shaft extending through said outer housing; a drive clutch coupled to said rotary shaft, wherein said drive clutch is movable between an engaged configuration and a disengaged configuration; and a sensor coupled to said rotary shaft, wherein said sensor is configured to identify whether said drive clutch is in at least one of the engaged configuration and the disengaged configuration; wherein the outer housing is rotatable with the rotary shaft when the drive clutch is in the engaged configuration; wherein the rotary shaft is rotatable independently from the outer housing when the drive clutch is in the disengaged configuration; wherein said drive clutch comprises a first ring and a second ring, wherein said first ring engages said second ring when said drive clutch is in the engaged configuration, and said first ring does not engage said second ring when said drive clutch is in the disengaged configuration; and wherein said first ring comprises a helically swept cut that is substantially perpendicular to a longitudinal axis of the housing to provide a first tooth, and said second ring comprises a corresponding helically swept cut that is substantially perpendicular to said longitudinal axis to provide a second tooth for engaging the first tooth. an outer housing; a rotary shaft extending through said outer housing; a drive clutch coupled to said rotary shaft, wherein said drive clutch is movable between an engaged configuration and a disengaged configuration; and a sensor coupled to said rotary shaft, wherein said sensor is configured to identify whether said drive clutch is in at least one of the engaged configuration and the disengaged configuration; wherein the outer housing is rotatable with the rotary shaft when the drive clutch is in the engaged configuration; wherein the rotary shaft is rotatable independently from the outer housing when the drive clutch is in the disengaged configuration; wherein said drive clutch comprises a first ring and a second ring, wherein said first ring engages said second ring when said drive clutch is in the engaged configuration, and said first ring does not engage said second ring when said drive clutch is in the disengaged configuration; and wherein said first ring comprises a helically swept cut that is substantially perpendicular to a longitudinal axis of the housing to provide a first tooth, and said second ring comprises a corresponding helically swept cut that is substantially perpendicular to said longitudinal axis to provide a second tooth for engaging the first tooth.