mhurhangee/ep-ind-claims huggingface dataset:
A communications method, comprising: receiving, by a narrowband terminal device, a second synchronization signal block sent by an access network device; and obtaining, by the narrowband terminal device, a broadcast message based on the second synchronization signal block, wherein a frequency bandwidth of a broadcast message in a first synchronization signal block is greater than a frequency bandwidth of the broadcast message in the second synchronization signal block, the first synchronization signal block corresponds to the access network device, and the frequency bandwidth occupied by the broadcast message in the second synchronization signal block is less than or equal to a maximum frequency bandwidth of the narrowband terminal. receiving, by a narrowband terminal device, a second synchronization signal block sent by an access network device; and obtaining, by the narrowband terminal device, a broadcast message based on the second synchronization signal block, wherein a frequency bandwidth of a broadcast message in a first synchronization signal block is greater than a frequency bandwidth of the broadcast message in the second synchronization signal block, the first synchronization signal block corresponds to the access network device, and the frequency bandwidth occupied by the broadcast message in the second synchronization signal block is less than or equal to a maximum frequency bandwidth of the narrowband terminal.
A Ni-base alloy large-size member constituting a Ni-base alloy welded structure, comprising: a base material of the member, having strip-shaped carbide segregation; and a modified layer formed on a welding groove surface of the member by treatment using Friction stir processing and solution treatment, wherein the thickness of the modified layer is 2 mm or more and the modified layer is formed with crystal grain size number of 2 to 5. a base material of the member, having strip-shaped carbide segregation; and a modified layer formed on a welding groove surface of the member by treatment using Friction stir processing and solution treatment, wherein the thickness of the modified layer is 2 mm or more and the modified layer is formed with crystal grain size number of 2 to 5.
A method in an Internet Protocol, IP, Multimedia Subsystem, IMS, infrastructure for enabling associating a media transfer session with an operator sourcing the media transfer session, wherein the infrastructure comprises, a calling party User Equipment, UE, a called party UE, a first path arranged to transport the media transfer session between the calling party UE and the called party UE via a gateway function, wherein during the media transfer session setup an IMS entity retrieves subscriber information, the information associated with a call of the calling party UE, and wherein the infrastructure performs the steps of: - the IMS entity providing the gateway function with an identifier, associated with a call session of the calling party UE, the identifier identifying insertion of a session signature in the media transfer session; - the gateway function using the identifier for composing a session signature, and - the gateway function inserting the composed session signature in the media transfer session in the first path. - the IMS entity providing the gateway function with an identifier, associated with a call session of the calling party UE, the identifier identifying insertion of a session signature in the media transfer session; - the gateway function using the identifier for composing a session signature, and - the gateway function inserting the composed session signature in the media transfer session in the first path.
A process for producing an ion exchange membrane capable of use for electrodialysis, comprising: choosing a suitable porous substrate saturating the porous regions of the substrate with a monomeric solution comprising at least one functional monomer selected from the group consisting of vinylimidazole and vinylcarbazole, at least one crosslinking monomer, at least one quaternizing agent, and at least one polymerization initiator; removing excess solution from the surfaces of the substrate while leaving the porous volume saturated with solution; and initiating polymerization to form a crosslinked anion exchange polymer substantially completely filling the pores of the substrate. choosing a suitable porous substrate saturating the porous regions of the substrate with a monomeric solution comprising at least one functional monomer selected from the group consisting of vinylimidazole and vinylcarbazole, at least one crosslinking monomer, at least one quaternizing agent, and at least one polymerization initiator; removing excess solution from the surfaces of the substrate while leaving the porous volume saturated with solution; and initiating polymerization to form a crosslinked anion exchange polymer substantially completely filling the pores of the substrate.
An image forming apparatus comprising: an image bearing member on which a latent image, which is transferred from the image bearing member to a recording material, is formed; a developer carrying member for developing the latent image while carrying a developer; an electroconductive regulating member for regulating a layer thickness of the developer in contact with said developer carrying member; and bias applying means configured to apply, to said electroconductive regulating member, a bias of the same polarity as a polarity of the developer on a surface of said developer carrying member at least during a developing operation, wherein the developer carrying member is configured to collect the developer remaining on the surface of said image bearing member after a developer image formed on said image bearing member is transferred, characterized in that at timing when said developer carrying member is driven in a period other than during the developing operation, a DC voltage, which has a polarity opposite from the polarity of the developer on the surface of the developer carrying member, is applied to said electroconductive regulating member. an image bearing member on which a latent image, which is transferred from the image bearing member to a recording material, is formed; a developer carrying member for developing the latent image while carrying a developer; an electroconductive regulating member for regulating a layer thickness of the developer in contact with said developer carrying member; and bias applying means configured to apply, to said electroconductive regulating member, a bias of the same polarity as a polarity of the developer on a surface of said developer carrying member at least during a developing operation, wherein the developer carrying member is configured to collect the developer remaining on the surface of said image bearing member after a developer image formed on said image bearing member is transferred, characterized in that at timing when said developer carrying member is driven in a period other than during the developing operation, a DC voltage, which has a polarity opposite from the polarity of the developer on the surface of the developer carrying member, is applied to said electroconductive regulating member.
An electro-optical distance measuring device, comprising a projection unit for modulating a distance measuring light to a predetermined frequency and for irradiating said modulated light toward an object to be measured, a photodetection unit for receiving a reflected distance measuring light from said object to be measured, a signal processing unit for storing a photodetection signal from said photodetection unit, an arithmetic processing unit for calculating a distance to said object to be measured based on said photodetection signal stored in said signal processing unit, and a signal processing control unit for controlling said photodetection unit and said signal processing unit and for acquiring said photodetection signal in order to calculate said distance for each pixel, wherein said photodetection unit comprises a plurality of pixels arranged in a predetermined arrangement and each output unit being provided corresponding to each of said pixels, said plurality of pixels are arranged to receive said reflected distance measuring light at the same time, said each output unit is arranged to divide one cycle of said photodetection signal from said each pixel by a predetermined number, to detect at the same time a photodetection amount of one divided section among the division, to accumulate the photodetection result at the same time, and to sequentially output a detection result of one frame in a predetermined order, wherein said signal processing unit has a storage unit having at least said predetermined number of a frame memory, for storing said detection result of the one frame in correspondence with each of said pixels in said one frame memory, characterised in that said signal processing control unit is configured to sequentially change a sampling position of the divided section for every cycle wave at which sampling occurs and to continue sampling until the sum of the sampling positions is at least one cycle of said photodetector signal, and wherein said arithmetic processing unit is configured to calculate a waveform for at least one cycle wave based on the detection result of at least one cycle stored in said storage unit for each pixel, to obtain a phase difference of said waveform with respect to said irradiated distance measuring light, and to calculate said distance based on said phase difference.
A textile printing method comprising: a first heating process comprising heating a cloth before applying an ink composition to the cloth; an applying process comprising applying the ink composition onto the heated cloth by ejecting the ink composition from an ink jet head; and a second heating process comprising heating the cloth after applying the ink composition; wherein the ink composition contains resin fine particles and has a viscosity of 4.5 mPa·s or less at 40°C and a surface tension of 28 mN/m or less at 40°C, characterised in that: the range of the heating temperature of the second heating process is 150°C to 200°C and the range of the heating time of the second heating process is 2 minutes to 7 minutes. a first heating process comprising heating a cloth before applying an ink composition to the cloth; an applying process comprising applying the ink composition onto the heated cloth by ejecting the ink composition from an ink jet head; and a second heating process comprising heating the cloth after applying the ink composition; wherein the ink composition contains resin fine particles and has a viscosity of 4.5 mPa·s or less at 40°C and a surface tension of 28 mN/m or less at 40°C, characterised in that: the range of the heating temperature of the second heating process is 150°C to 200°C and the range of the heating time of the second heating process is 2 minutes to 7 minutes.
A module for a die-casting device, comprising a base that can be fastened on a mounting plate of the die-casting device, a screw-cylinder unit for producing a thixotropic material and a filling chamber, wherein the screw-cylinder unit and the filling chamber are directly or indirectly arranged on the base in such a way that thixotropic material produced by the screw-cylinder unit can be conveyed into the filling chamber, characterized in that the base has a central clearance zone, into which the screw-cylinder unit protrudes.
A method for determining a design of a progressive lens intended to be worn by a future wearer and for the purpose of manufacturing the lens, the progressive lens comprising a front surface and a back surface, at least one of the front surface and the back surface comprising a progression profile defining a meridian line extending from a distance-vision point to a near-vision point, said meridian line comprising a vertical portion passing through the distance-vision point and an inclined portion passing through the near-vision point, the vertical portion and the inclined portion forming an angle between them, the method comprising: • obtaining first data representative of a first measurement of a first postural instability of the future wearer when seeing a visual pattern moving along an anterior-posterior direction, • determining, by at least one processor, the angle of the inclined portion based on the first data. • obtaining first data representative of a first measurement of a first postural instability of the future wearer when seeing a visual pattern moving along an anterior-posterior direction, • determining, by at least one processor, the angle of the inclined portion based on the first data.
A cutting wheel for cutting slices from a food product, the cutting wheel having a hub and comprising a plurality of knives extending generally radially from the hub, each knife having a gauging surface, a cutting edge moving in a cutting plane when the wheel is rotated and a trailing edge opposite the cutting edge, a terminal end of the gauging surface adjacent or intersecting the knife edge opposite the cutting edge extending substantially parallel to the cutting edge of an adjacent knife and spaced from the adjacent knife cutting edge in a direction essentially perpendicular to the cutting plane of the cutting wheel so as to define a gate opening therebetween, the gate opening being substantially constant and defining a thickness (t f) of the sliced food product, and the dimension of the distance between the terminal end of the gauging surface and the cutting edge of an adjacent knife measured along a direction parallel to a cutting plane of the cutting wheel defining a throat dimension (y 2), characterized in that the ratio (y 2 /t f) of the throat dimension (y 2) to slice thickness (t f) is 1 to 1.7 and the terminal end of the gaging surface of a knife is moved away from the cutting edge of an adjacent knife and moved away from the trailing edge opposite the cutting edge of said knife, the gaging surface and the trailing edge of said knife being joined by a bevel surface.
A patch comprising a support layer and an adhesive agent layer, wherein the adhesive agent layer comprises at least one drug selected from the group consisting of emedastine and pharmaceutically acceptable salts thereof, at least one adhesive agent selected from the group consisting of rubber-based adhesive agents and silicone-based adhesive agents, and an alkali metal fumarate as a cohesive force-improving agent for the adhesive agent layer, wherein, when the adhesive agent layer comprises a rubber-based adhesive agent, the adhesive agent layer comprises a styrene-based block copolymer or a mixture of a styrene-based block copolymer with polyisobutylene as the adhesive agent, and further comprises liquid paraffin with a mass ratio between the liquid paraffin and the styrene-based block copolymer (a mass of the styrene-based block copolymer/a mass of the liquid paraffin) being less than 1.5.
A method of transmitting data that is represented or representable by a modulation symbol comprising an in-phase component and a quadrature component, the method comprising: splitting the modulation symbol into at least two different baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2), which are in phase with each other and jointly representative of the modulation symbol; up-converting the at least two baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2) from a baseband frequency to a transmission frequency; and transmitting or initiating to transmit each of the at least two up-converted signals (532, 534) on a different physical channel (536, 538), wherein the number of the baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2) or the number of the physical channels depends on a channel quality. splitting the modulation symbol into at least two different baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2), which are in phase with each other and jointly representative of the modulation symbol; up-converting the at least two baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2) from a baseband frequency to a transmission frequency; and transmitting or initiating to transmit each of the at least two up-converted signals (532, 534) on a different physical channel (536, 538), wherein the number of the baseband signals (522, 524; 522-1, 522-2, 524-1, 524-2) or the number of the physical channels depends on a channel quality.
A medical imaging system comprising: a control panel; and a display panel pivotally coupled to the control panel, wherein the display panel comprises a touch-sensitive display on a user-facing side of the display panel; characterized by: a first arm pivotally coupled to the display panel such that the first arm is pivotable about the touch screen, the first arm comprising a plurality of teeth facing away from the user-facing side; and a second arm pivotally coupled to the control panel and configured to selectively engage the plurality of teeth to support the display panel in any one of a plurality of inclined positions. a control panel; and a display panel pivotally coupled to the control panel, wherein the display panel comprises a touch-sensitive display on a user-facing side of the display panel; a first arm pivotally coupled to the display panel such that the first arm is pivotable about the touch screen, the first arm comprising a plurality of teeth facing away from the user-facing side; and a second arm pivotally coupled to the control panel and configured to selectively engage the plurality of teeth to support the display panel in any one of a plurality of inclined positions.
An internal combustion engine, comprising a fuel delivery pipe, a cylinder head and a fastening structure for fastening the fuel delivery pipe to the cylinder head, the fastening structure characterized by comprising: three or more bosses (308, 310, 312, 314, 316, 320, 322, 324, 326, 328, 408, 410, 412, 414, 416, 420, 422, 424, 426 and 428) provided on each of the cylinder head and the fuel delivery pipe; and a plurality of fastening portions formed by bolting the bosses on the cylinder head to the bosses on the fuel delivery pipe, wherein the plurality of fastening portions are such that fastening portions positioned at both end portions of the fuel delivery pipe are less rigid than one or more fastening portions positioned in a middle between the fastening portions positioned at both end portions of the fuel delivery pipe, wherein a total boss height obtained by combining a height of a given one of the bosses on the cylinder head and a height of a corresponding one of the bosses on the fuel delivery pipe is greater with the bosses positioned at both end portions of the fuel delivery pipe than with the one or more bosses positioned in the middle. three or more bosses (308, 310, 312, 314, 316, 320, 322, 324, 326, 328, 408, 410, 412, 414, 416, 420, 422, 424, 426 and 428) provided on each of the cylinder head and the fuel delivery pipe; and a plurality of fastening portions formed by bolting the bosses on the cylinder head to the bosses on the fuel delivery pipe, wherein the plurality of fastening portions are such that fastening portions positioned at both end portions of the fuel delivery pipe are less rigid than one or more fastening portions positioned in a middle between the fastening portions positioned at both end portions of the fuel delivery pipe, wherein a total boss height obtained by combining a height of a given one of the bosses on the cylinder head and a height of a corresponding one of the bosses on the fuel delivery pipe is greater with the bosses positioned at both end portions of the fuel delivery pipe than with the one or more bosses positioned in the middle.
A method for determining a speed (318; 1118) of a multidimensional motion of an athlete in a global coordinate system based on multidimensional acceleration data (320; 1102; 1112) from a multidimensional accelerometer (302; 1202) placed at a translatory and/or rotatably movable limb (304; 1200) of the athlete, the movable limb defining a local coordinate system, the method comprising: determining, based on the multidimensional acceleration data (1102; 1112), at least one correction quantity taking into account a rotation of the local coordinate system relative to the global coordinate system during the multidimensional motion; and determining the speed (318; 1118) of the multidimensional motion based on an integration of the multidimensional acceleration data (320; 1102; 1112) and in consideration of the at least one correction quantity. determining, based on the multidimensional acceleration data (1102; 1112), at least one correction quantity taking into account a rotation of the local coordinate system relative to the global coordinate system during the multidimensional motion; and determining the speed (318; 1118) of the multidimensional motion based on an integration of the multidimensional acceleration data (320; 1102; 1112) and in consideration of the at least one correction quantity.
An apparatus suitable to be used for analyzing at least one sample with an electrochemical sensor array comprising: at least one upper layer; at least one inlet and at least one outlet opening provided on the upper layer; at least one lower layer having at least one recess thereon; at least one two-sided adhesive membrane matching to the recess on the lower layer; at least one sensor array secured to the lower layer by means of the said adhesive membrane composed of positioning on a least one plate: at least one working electrode, at least one reference electrode, at least one counter electrode, at least one communication channel and at least one conductive line providing a connection between the working electrode and the communication channel; at least one measuring device associated with the communication channel; at least one further two-sided adhesive membrane spaced from the adhesive membrane positioned on the lower layer and enabling the sensor array to be secured to the upper layer, and at least one flow channel formed as a result of the space between the said adhesive membranes (7, 7a) and associated with the inlet and outlet openings located on the upper layer for carrying the sample. at least one upper layer; at least one inlet and at least one outlet opening provided on the upper layer; at least one lower layer having at least one recess thereon; at least one two-sided adhesive membrane matching to the recess on the lower layer; at least one sensor array secured to the lower layer by means of the said adhesive membrane composed of positioning on a least one plate: at least one working electrode, at least one reference electrode, at least one counter electrode, at least one communication channel and at least one conductive line providing a connection between the working electrode and the communication channel; at least one measuring device associated with the communication channel; at least one further two-sided adhesive membrane spaced from the adhesive membrane positioned on the lower layer and enabling the sensor array to be secured to the upper layer, and at least one flow channel formed as a result of the space between the said adhesive membranes (7, 7a) and associated with the inlet and outlet openings located on the upper layer for carrying the sample.