mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first directional magnetometer, operable to sense a first magnetic field vector comprising two or more first components of a magnetic field produced by an electromagnetic field generator in proximity to the electronic device, the electromagnetic field generator located in a stylus; at least one second directional magnetometer, operable to sense at least one second magnetic field vector comprising two or more components of the magnetic field produced by the electromagnetic field generator; a processor coupled to the first and second directional magnetometers and responsive to the first magnetic field vector and the at least one second magnetic field vector, the processor operable to determine a location of the electromagnetic field generator with respect to the electronic device; and a communication circuit operable to communicate with a control circuit of the stylus that controls an electric current supplied to the electromagnetic field generator of the stylus and wherein the host electronic device cooperates with the stylus such that the first magnetic field of the stylus is opposite in polarity to the second magnetic field of the stylus and determines the location of the stylus with respect to the host electronic device dependent upon a difference between the first and second magnetic field vectors so as to compensate for the background magnetic field. a first directional magnetometer, operable to sense a first magnetic field vector comprising two or more first components of a magnetic field produced by an electromagnetic field generator in proximity to the electronic device, the electromagnetic field generator located in a stylus; at least one second directional magnetometer, operable to sense at least one second magnetic field vector comprising two or more components of the magnetic field produced by the electromagnetic field generator; a processor coupled to the first and second directional magnetometers and responsive to the first magnetic field vector and the at least one second magnetic field vector, the processor operable to determine a location of the electromagnetic field generator with respect to the electronic device; and a communication circuit operable to communicate with a control circuit of the stylus that controls an electric current supplied to the electromagnetic field generator of the stylus and wherein the host electronic device cooperates with the stylus such that the first magnetic field of the stylus is opposite in polarity to the second magnetic field of the stylus and determines the location of the stylus with respect to the host electronic device dependent upon a difference between the first and second magnetic field vectors so as to compensate for the background magnetic field.
A speaker (1, 101, 201) comprising: a frame (10, 110); a diaphragm that the frame supports so as to enable the diaphragm to vibrate; a coil that drives the diaphragm to vibrate; and a magnetic circuit that is positioned rearward relative to the diaphragm and applies a magnetic field to the coil, wherein the frame has a magnetic circuit holder (11, 111) in which the magnetic circuit is held, the magnetic circuit has a restriction surface that faces frontward; a pressing portion with a ring-like body provided with pressing arms that protrude from the ring-like body towards the center axis of the ring-like body, the arms being elastically deformable and disposed so as to be in contact with the restriction surface, and contact portions between respective pressing arms and the restriction surface are disposed with spacing therebetween in the circumferential direction; wherein each pressing arm has a substantially triangular shape of which the width gradually becomes smaller towards a tip portion of the pressing arm protruding towards the center of the ring-like body. a frame (10, 110); a diaphragm that the frame supports so as to enable the diaphragm to vibrate; a coil that drives the diaphragm to vibrate; and a magnetic circuit that is positioned rearward relative to the diaphragm and applies a magnetic field to the coil, wherein the frame has a magnetic circuit holder (11, 111) in which the magnetic circuit is held, the magnetic circuit has a restriction surface that faces frontward; a pressing portion with a ring-like body provided with pressing arms that protrude from the ring-like body towards the center axis of the ring-like body, the arms being elastically deformable and disposed so as to be in contact with the restriction surface, and contact portions between respective pressing arms and the restriction surface are disposed with spacing therebetween in the circumferential direction; wherein each pressing arm has a substantially triangular shape of which the width gradually becomes smaller towards a tip portion of the pressing arm protruding towards the center of the ring-like body.
A reader for a mobile telephone handset comprising: a reader module installed in memory of the handset that is adapted to compute a subset of processing steps to identify content sensed by a sensor of the handset based on content fingerprints, a content fingerprint comprising a hash computed from the content to identify the content against a database, wherein the subset of processing steps in the handset is selected so that resources available on the handset and a remote device are used optimally, depending on available computing resources on the handset and network bandwidth; the reader module comprising a pre-filter to compute components of the content sensed from the sensor that are used to used to compute the content fingerprints. a reader module installed in memory of the handset that is adapted to compute a subset of processing steps to identify content sensed by a sensor of the handset based on content fingerprints, a content fingerprint comprising a hash computed from the content to identify the content against a database, wherein the subset of processing steps in the handset is selected so that resources available on the handset and a remote device are used optimally, depending on available computing resources on the handset and network bandwidth; the reader module comprising a pre-filter to compute components of the content sensed from the sensor that are used to used to compute the content fingerprints.
A method of controlling access to the Internet on a mobile device, the method comprising the steps of: receiving a request to transmit IP data from an application (2, 4, 6); determining if an IP connection is required to be established for the mobile device to transmit the IP data; upon making a determination that an IP connection is required, determining whether a minimum time period has elapsed from at least one of: a) the time of lapsing of the previous IP connection, and b) the last time the application requested an IP connection, and upon determining the minimum time period has elapsed allowing said IP connection to be established receiving a request to transmit IP data from an application (2, 4, 6); determining if an IP connection is required to be established for the mobile device to transmit the IP data; upon making a determination that an IP connection is required, determining whether a minimum time period has elapsed from at least one of: a) the time of lapsing of the previous IP connection, and b) the last time the application requested an IP connection, a) the time of lapsing of the previous IP connection, and b) the last time the application requested an IP connection, and upon determining the minimum time period has elapsed allowing said IP connection to be established
Binder composition comprising (i) water glass of the general formula: M 2 O*nSiO 2 wherein M denotes an alkali metal selected from the group consisting of K and Na, and n denotes a number from 0.8 to 5, and (ii) psyllium. (i) water glass of the general formula: M 2 O*nSiO 2 wherein M denotes an alkali metal selected from the group consisting of K and Na, and n denotes a number from 0.8 to 5, and M denotes an alkali metal selected from the group consisting of K and Na, and n denotes a number from 0.8 to 5, and (ii) psyllium.
A turbine, comprising blades, wherein a blade of the blades has a cooling working medium inlet, a hollow interior with a cavity, and one or more cooling working medium jet orifice on an outer blade surface; wherein the blade surface is provided with a spectral conversion coating; wherein cooling working medium entering the blade is flowing out through the one or more cooling working medium jet orifice and forming an insulating layer between a high-temperature circulating working medium and the surface of the spectral conversion coating; characterized in that the spectral conversion coating is converting the heat of the blade surface into a spectral conversion coating characteristic band radiation which is emitted radiation energy adjacent to cooling working medium characteristic band radiation of a cooling working medium, wherein said conversion characteristic band radiation refers to the emitted radiation energy near a central wavelength of a characteristic absorption peak of the cooling working medium characteristic band radiation which is concentrated by a spectral line width of the characteristic absorption peak, and the central wavelength of the characteristic absorption peak of the spectral conversion coating characteristic band radiation is the same as the central wavelength of the characteristic absorption peak of the cooling working medium characteristic band radiation, and the spectral line width of the spectral conversion layer characteristic band radiation is much smaller than the spectral line width of the cooling working medium characteristic band radiation. wherein a blade of the blades has a cooling working medium inlet, a hollow interior with a cavity, and one or more cooling working medium jet orifice on an outer blade surface; wherein the blade surface is provided with a spectral conversion coating; wherein cooling working medium entering the blade is flowing out through the one or more cooling working medium jet orifice and forming an insulating layer between a high-temperature circulating working medium and the surface of the spectral conversion coating; characterized in that the spectral conversion coating is converting the heat of the blade surface into a spectral conversion coating characteristic band radiation which is emitted radiation energy adjacent to cooling working medium characteristic band radiation of a cooling working medium, wherein said conversion characteristic band radiation refers to the emitted radiation energy near a central wavelength of a characteristic absorption peak of the cooling working medium characteristic band radiation which is concentrated by a spectral line width of the characteristic absorption peak, and the central wavelength of the characteristic absorption peak of the spectral conversion coating characteristic band radiation is the same as the central wavelength of the characteristic absorption peak of the cooling working medium characteristic band radiation, and the spectral line width of the spectral conversion layer characteristic band radiation is much smaller than the spectral line width of the cooling working medium characteristic band radiation.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: Y 1a and Y 1b are the same and are selected from hydrogen and deuterium; Y 2a and Y 2b are the same and are selected from hydrogen and deuterium; each of Y 3, Y 4, Y 6 and Y 7 is independently selected from hydrogen and deuterium; Y 5 is deuterium; X 1 and X 2 are the same and are selected from hydrogen and deuterium; Z 1 and Z 2 are the same and are selected from hydrogen and deuterium; and R is selected from -CH 3, and -CD 3. Y 1a and Y 1b are the same and are selected from hydrogen and deuterium; Y 2a and Y 2b are the same and are selected from hydrogen and deuterium; each of Y 3, Y 4, Y 6 and Y 7 is independently selected from hydrogen and deuterium; Y 5 is deuterium; X 1 and X 2 are the same and are selected from hydrogen and deuterium; Z 1 and Z 2 are the same and are selected from hydrogen and deuterium; and R is selected from -CH 3, and -CD 3.
Optical communication system comprising an optical transmitter and a multi-mode substantially circular optical fiber, wherein the optical transmitter comprises: - a generator (10, 11, 20) of at least two free space circular vortices (CVSL1, CVSL2); - an optical element configured to receive the at least two free space circular vortices and to couple them to an input facet of the optical fiber; wherein the optical fiber is configured to receive at the input facet the at least two free space circular vortices and generate therefrom at least two corresponding guided circular vortices (CVFR1, CVFR2) having respective propagation constants (β), wherein the values of the propagation constants at a defined frequency are different each other and wherein the minimum difference between the different values of the propagation constants is 0.5*10 2 m -1. - a generator (10, 11, 20) of at least two free space circular vortices (CVSL1, CVSL2); - an optical element configured to receive the at least two free space circular vortices and to couple them to an input facet of the optical fiber;
Packaging material, in particular packaging sleeve, blank or web material rolled up into a roll for the production of in particular an aseptic packaging, substantially consisting of a composite material with at least one layer of pulp/cardboard, wherein the at least one layer of pulp/cardboard has a first partial region and at least one second partial region, and wherein the at least one second partial region having a load of at most half the colony-forming units per gram of pulp/cardboard of microorganisms and spores compared to the first partial region, characterised in that the first partial region having a load of at least 100 colony-forming units per gram of pulp/cardboard of microorganisms and spores, in that at least one of the second partial regions is delimited by an open cut edge or by perforated edges and in that the one layer of pulp/cardboard is hydrophilic and has a relative moisture of approximately 5.5 % to 8.5 %.
A controller for a wireless sensor, wherein the wireless sensor is for embedding in a biomass, the controller configured to: receive at least one biomass characteristic associated with the wireless sensor; characterized in that it is further configured to determine two or more location estimate representations for said wireless sensor using at least properties of wireless communication between the wireless sensor and one or more wireless units; and determine an enhanced location estimate for said wireless sensor by combining at least two of said two or more location estimate representations; wherein the controller is configured to perform at least one of the determinations using said at least one biomass characteristic. receive at least one biomass characteristic associated with the wireless sensor; characterized in that it is further configured to determine two or more location estimate representations for said wireless sensor using at least properties of wireless communication between the wireless sensor and one or more wireless units; and determine an enhanced location estimate for said wireless sensor by combining at least two of said two or more location estimate representations; wherein the controller is configured to perform at least one of the determinations using said at least one biomass characteristic.
A binder composition for a non-aqueous secondary battery comprising a particulate polymer including a block copolymer A represented by general formula, shown below, Ar1 a -D a -Ar2 a where, in general formula, Ar1 a indicates a block region that has a weight-average molecular weight of 5,500 to 20,000 and is formed of an aromatic vinyl monomer unit, Ar2 a indicates a block region that has a weight-average molecular weight of 40,000 to 400,000 and is formed of an aromatic vinyl monomer unit, and D a indicates a block region that is formed of an aliphatic conjugated diene monomer unit, the weight-average molecular weights being determined according to the Example <Weight-average molecular weights of aromatic vinyl block regions (Ar1 a, Ar2 a, Ar1 b, Ar2 b) included in block copolymers A and B>.
A pressure-sensitive adhesive tape package accommodating an adhesive tape having a support and an adhesive agent layer provided on one surface of the support, the pressure-sensitive adhesive tape package comprising a release sheet releasably attached to the adhesive agent layer, wherein the release sheet is bent into a first portion and a second portion along a predetermined first bending line, the adhesive tape is bent into a first portion and a second portion along a predetermined second bending line such that the adhesive agent layer faces outwardly, and the bent adhesive tape is sealed inside of the bent release sheet; wherein the first portion of the bent adhesive tape is larger than the second portion of the bent adhesive tape, and the first portion has an extending portion that extends from the second portion, and temporary attaching means is provided in a part of the second portion of the bent release sheet facing the extending portion of the bent adhesive tape, the temporary attaching means being in contact with the surface of the extending portion of the support of the bent adhesive tape, wherein the surface is on the side of the support that is opposite to the side on which the adhesive agent layer is provided, and the temporary attaching means being provided for easily releasing the release sheet from the adhesive agent layer of the adhesive tape; the temporary attaching means being a hot-melt adhesive; and an adhesive force of the support of the adhesive tape to the release sheet through the temporary attaching means is larger than an adhesive force of the adhesive agent layer to the release sheet.
An assembly for a torch, characterized in that the assembly comprises: an electrode comprising a first metal; and an electrode holder comprising: a second metal different from the first metal; a proximal portion; a distal portion; and a central portion disposed between the proximal portion and the distal portion, the central portion comprising a plurality of radially extending protrusions; characterised in that: an angle between a longitudinal axis of the assembly and an outer surface (212A, 212B) of at least one of the electrode holder and the electrode is between about five degrees and about fifteen degrees, and in that the electrode holder is molecularly bonded to the electrode, wherein molecular bonding means that atoms and/or electrons of the electrode holder interact with atoms and/or electrons of the electrode to form the molecular bond; and in that the first metal comprises tungsten and the second metal comprises copper. an electrode comprising a first metal; and an electrode holder comprising: a second metal different from the first metal; a proximal portion; a distal portion; and a central portion disposed between the proximal portion and the distal portion, the central portion comprising a plurality of radially extending protrusions; a second metal different from the first metal; a proximal portion; a distal portion; and a central portion disposed between the proximal portion and the distal portion, the central portion comprising a plurality of radially extending protrusions; an angle between a longitudinal axis of the assembly and an outer surface (212A, 212B) of at least one of the electrode holder and the electrode is between about five degrees and about fifteen degrees, and in that the electrode holder is molecularly bonded to the electrode, wherein molecular bonding means that atoms and/or electrons of the electrode holder interact with atoms and/or electrons of the electrode to form the molecular bond; and in that the first metal comprises tungsten and the second metal comprises copper.
A method of manufacturing a torsion spring for a servovalve, comprising: providing wire; providing first and second ears (250, 251), each having a first, wire-receiving hollow channel extending therethrough; providing a seat suitable for receiving an armature of said servovalve, said seat having a first side hollow channel extending therethrough; inserting said wire through said wire-receiving hollow channels (255, 265) of the ears and the side hollow channel of the seat so that a first section of wire extends along a first axis at least from the first ear to the seat and a second section of wire extends at least from the seat to the second ear along said first axis; brazing the wire to the first and second ears (250, 251) and to the seat; and removing excess wire. providing wire; providing first and second ears (250, 251), each having a first, wire-receiving hollow channel extending therethrough; providing a seat suitable for receiving an armature of said servovalve, said seat having a first side hollow channel extending therethrough; inserting said wire through said wire-receiving hollow channels (255, 265) of the ears and the side hollow channel of the seat so that a first section of wire extends along a first axis at least from the first ear to the seat and a second section of wire extends at least from the seat to the second ear along said first axis; brazing the wire to the first and second ears (250, 251) and to the seat; and removing excess wire.
A catalyst system for the (co)polymerization of olefins, comprising a solid catalyst component comprising a titanium compound supported on magnesium dichloride an aluminum alkyl compound and an halogenated organic ester of formula A-COOR in which R is a C 1 -C 10 hydrocarbon group and A is a C 1 -C 5 saturated or unsaturated hydrocarbon group in which at least one of the hydrogen atoms is replaced by chlorine.
A composition comprising: (i) one or more acrylate-functionalized silicone polymers, (ii) one or more silicones functionalized with one or more mercapto groups, and one or more amino silicones, (iii) one or more pigments. (i) one or more acrylate-functionalized silicone polymers, (ii) one or more silicones functionalized with one or more mercapto groups, and one or more amino silicones, (iii) one or more pigments.
Method for processing digital signals to be sent to a QAM modulator of the 64QAM type, said signals being audio and video signals encoded according to an LDPC code with a 3/5 code rate in packets comprising NFRAME bits, wherein said LDPC code with a 3/5 code rate is the one of the DVB-S2 standard, wherein said packets are written into an interleaving matrix by an Interleaver block, said interleaving matrix having a total size NFRAME and comprising 12 columns and a number of rows equal to NFRAME divided by 12, and a Demux block carries out a bit permutation of the bits received from said Interleaver block prior to the constellation mapping function, and a Mapper block associates the bits outputted by said Demux block with the coordinates of a 64 QAM constellation, characterized in that said permutation is carried out on 12-bit words and consists in generating a word Y comprising the bits y0 y1 y2 y3 y4 y5 y6 y7 y8 y9 y10 y11, in this order, starting from a word B comprising the bits b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 b10 b11, in this order, the bits y0 and b0 being respectively the most significant bits of the words Y and B, and the bits y11 and b11 being respectively the least significant bits of the words Y and B, and wherein: y0=b4, y1=b6, y2=b0, y3=b5, y4=b8, y5=b10, y6=b2, y7=b1, y8=b7, y9=b3, y10=b11, y11=b9. y0=b4, y1=b6, y2=b0, y3=b5, y4=b8, y5=b10, y6=b2, y7=b1, y8=b7, y9=b3, y10=b11, y11=b9.