mhurhangee/patent-ind-claim-en huggingface dataset:
A method for creating an audio output signal for a first hearing prosthesis by enhancing a stereo input signal , wherein the method comprises: high-pass filtering the stereo input signal ; separating the high-pass filtered stereo input signal into percussive components and harmonic components; low-pass filtering the stereo input signal ; applying a stereo mask to a combination of the percussive components and the low-pass-filtered stereo input signal, wherein the stereo mask masks components that are outside a middle portion of a stereo image associated with the stereo input signal; and weighting the masked combination relative to a residual signal comprising at least the harmonic components to create the audio output signal. high-pass filtering the stereo input signal ; separating the high-pass filtered stereo input signal into percussive components and harmonic components; low-pass filtering the stereo input signal ; applying a stereo mask to a combination of the percussive components and the low-pass-filtered stereo input signal, wherein the stereo mask masks components that are outside a middle portion of a stereo image associated with the stereo input signal; and weighting the masked combination relative to a residual signal comprising at least the harmonic components to create the audio output signal.
A transformer for reducing eddy current losses of a coil, the transformer comprising: a core ; and a first coil and a second coil sequentially installed on concentric circles surrounding the core , wherein each of the first coil and the second coil comprises a plurality of conductors , characterized in that : each of a first outer upper end and a first outer lower end of the first coil and a second inner upper end and a second inner lower end of the second coil has a cut part by removed conductors , and wherein an insulating material is disposed in the cut part, thereby reducing an influence of leakage flux. a core ; and a first coil and a second coil sequentially installed on concentric circles surrounding the core , wherein each of the first coil and the second coil comprises a plurality of conductors , characterized in that : each of a first outer upper end and a first outer lower end of the first coil and a second inner upper end and a second inner lower end of the second coil has a cut part by removed conductors , and wherein an insulating material is disposed in the cut part, thereby reducing an influence of leakage flux. each of a first outer upper end and a first outer lower end of the first coil and a second inner upper end and a second inner lower end of the second coil has a cut part by removed conductors , and wherein an insulating material is disposed in the cut part, thereby reducing an influence of leakage flux.
A method of preparing a sample for library amplification and subsequent amplification comprising the following steps: (a) providing a nucleic acid-containing cellular sample, wherein the sample is a formalin-fixed paraffin-embedded (FFPE) sample; (b) lysing cells of the sample with a lysis reagent to liberate nucleic acid from within the cells of the cellular sample, thereby forming a lysate; and (c) amplifying the nucleic acid from the lysed samples to form amplified nucleic acids; wherein there is no purification of the nucleic acid from the lysate prior to beginning the amplification step (c) and no xylene deparafinization step is performed; and wherein amplifying the nucleic acid in step (c) comprises tagmentation. (a) providing a nucleic acid-containing cellular sample, wherein the sample is a formalin-fixed paraffin-embedded (FFPE) sample; (b) lysing cells of the sample with a lysis reagent to liberate nucleic acid from within the cells of the cellular sample, thereby forming a lysate; and (c) amplifying the nucleic acid from the lysed samples to form amplified nucleic acids;
A method comprising: a) providing a substrate comprising a silver layer; and b) electroplating an indium layer adjacent the silver layer to form an indium and silver composite on the substrate, the composite has a contact resistance of 5 mOhms or less, wherein the indium metal layer has a thickness of 5-50 nm, wherein heat is not applied to the indium and silver composite. a) providing a substrate comprising a silver layer; and b) electroplating an indium layer adjacent the silver layer to form an indium and silver composite on the substrate, the composite has a contact resistance of 5 mOhms or less, wherein the indium metal layer has a thickness of 5-50 nm,
A camera module comprising: a first camera module and a second camera module, wherein the first camera module comprises a first cover , a first bobbin disposed in the first cover , and first to third magnets disposed on second to fourth corners of the first cover , respectively, wherein the second camera module comprises a second cover , a second bobbin disposed in the second cover , and fourth to sixth magnets disposed on sixth to eighth corners of the second cover , respectively, wherein the first corner and the second corner are opposite to each other, wherein the third corner and the fourth corner are opposite to each other, wherein the fifth corner and the sixth corner are opposite to each other, wherein the seventh corner and the eighth corner are opposite to each other, characterized in that the first camera module comprises a first dummy member disposed on a first corner of the first cover , the first dummy member comprises a non-magnetic material or has a magnetic strength weaker than a magnetic strength of the first magnet , the second camera module comprises a second dummy member disposed on a fifth corner of the second cover , the second dummy member comprises a non-magnetic material or has a magnetic strength weaker than a magnetic strength of the fourth magnet , the first dummy member is disposed between the third magnet and the fifth magnet , and the second dummy member is disposed between the second magnet and the sixth magnet . a first camera module and a second camera module, wherein the first camera module comprises a first cover , a first bobbin disposed in the first cover , and first to third magnets disposed on second to fourth corners of the first cover , respectively, wherein the second camera module comprises a second cover , a second bobbin disposed in the second cover , and fourth to sixth magnets disposed on sixth to eighth corners of the second cover , respectively, wherein the first corner and the second corner are opposite to each other, wherein the third corner and the fourth corner are opposite to each other, wherein the fifth corner and the sixth corner are opposite to each other, wherein the seventh corner and the eighth corner are opposite to each other, characterized in that the first camera module comprises a first dummy member disposed on a first corner of the first cover , the first dummy member comprises a non-magnetic material or has a magnetic strength weaker than a magnetic strength of the first magnet , the second camera module comprises a second dummy member disposed on a fifth corner of the second cover , the second dummy member comprises a non-magnetic material or has a magnetic strength weaker than a magnetic strength of the fourth magnet , the first dummy member is disposed between the third magnet and the fifth magnet , and the second dummy member is disposed between the second magnet and the sixth magnet .
Casting core for a cast housing of a fluid machine , the housing comprising a metallic cast material , the casting core having a core body for forming cavities in the housing of the fluid machine during a casting process, wherein the core body comprises a core material , wherein the core body has at least one channel body for forming a housing channel in the housing of the fluid machine during the casting process, the channel body having a channel body core , which comprises the core material , and having a channel body jacket , which comprises a metal material , wherein the channel body jacket radially surrounds the channel body core , characterized in that a coating layer is arranged between the channel body jacket and the channel body core .
A prosthetic valve delivery assembly , comprising: a storage tube ; a prosthetic heart valve comprising a frame , the frame having a distal end and a proximal end, the prosthetic heart valve at least partially disposed within the storage tube ; a nose cone disposed about an elongated shaft , the elongated shaft extending through the storage tube , the nose cone having a distal end and a proximal end; and a removable tab disposed between the distal end of the frame and the nose cone ; wherein the tab assists in maintaining the position of the nose cone relative to the distal end of the frame , characterized in that the tab defines a pair of arms disposed about the intermediate nose cone portion , and the storage tube has an outer surface that defines a radial slot configured to receive the arms of the tab . a storage tube ; a prosthetic heart valve comprising a frame , the frame having a distal end and a proximal end, the prosthetic heart valve at least partially disposed within the storage tube ; a nose cone disposed about an elongated shaft , the elongated shaft extending through the storage tube , the nose cone having a distal end and a proximal end; and a removable tab disposed between the distal end of the frame and the nose cone ; wherein the tab assists in maintaining the position of the nose cone relative to the distal end of the frame , characterized in that the tab defines a pair of arms disposed about the intermediate nose cone portion , and the storage tube has an outer surface that defines a radial slot configured to receive the arms of the tab .
A liquid ejection head comprising: a channel member comprising an ejection hole , a pressurizing chamber connected with the ejection hole , an ejection hole surface (4-1) on an ejection hole side of the channel member , and a pressurizing chamber surface (4-2) on a pressurizing chamber side of the channel member ; a pressurizing part in a pressurizing region (E) of the pressurizing chamber surface (4-2); a cover member positioned on the channel member , the cover member having a fixing portion ; and a sealing member (62; 262) which seals the cover member and the channel member , wherein the channel member comprises a groove located in the pressurizing chamber surface (4-2) but outside the pressurizing region (E), the fixing portion is located in the groove , and the sealing member (62; 262) is located between the fixing portion of the cover member and the groove , characterized in that a clearance of the sealing member (62; 262) is located between the fixing portion and a lower surface of the groove . a channel member comprising an ejection hole , a pressurizing chamber connected with the ejection hole , an ejection hole surface (4-1) on an ejection hole side of the channel member , and a pressurizing chamber surface (4-2) on a pressurizing chamber side of the channel member ; a pressurizing part in a pressurizing region (E) of the pressurizing chamber surface (4-2); a cover member positioned on the channel member , the cover member having a fixing portion ; and a sealing member (62; 262) which seals the cover member and the channel member , wherein the channel member comprises a groove located in the pressurizing chamber surface (4-2) but outside the pressurizing region (E), the fixing portion is located in the groove , and the sealing member (62; 262) is located between the fixing portion of the cover member and the groove , characterized in that a clearance of the sealing member (62; 262) is located between the fixing portion and a lower surface of the groove .
A drive bogie for a rail vehicle, comprising a frame and rail wheels , wherein at least one of the rail wheels is a drive rail wheel carried by a wheel hub rotatably guided relative to the frame via a rotational guide assembly comprising two roller bearings and coupled to a traction motor via a gear transmission comprising an output gear having a driving gear meshing with a driven gear which is mounted on the wheel hub and which comprises a crown wheel and a crown carrier offset axially with respect to each other, the crown carrier being closer to the driving rail wheel than the ring gear , characterised in that the bogie is configured to support a rail vehicle body having a floor passing through the space (E) delimited between the rail wheels , allowing the body to pivot relative to the bogie about a substantially vertical pivot axis.
A cleaner head comprising: a cleaner-head body that includes a suction port disposed at a bottom face of the cleaner-head body, a suction chamber spatially connected with the suction port, and a discharge port spatially connected with the suction port through the suction chamber; a brushbar that is disposed in the suction chamber, is rotatably supported by the cleaner-head body, and is provided with plurality of brush hairs extending in a normal direction of the brushbar; an electric motor accommodated in the cleaner-head body; a power transmission mechanism that transmits driving force from the electric motor to the brushbar; and a brush-hair dust-remover that protrudes from an inner wall face of the suction chamber to be in contact with part of the plurality of brush hairs and restricts air to be sucked into the discharge port, characterized in that the discharge port is disposed at the rear center of the suction chamber; and wherein a contact surface of the brush-hair dust-remover becomes narrower from the right and left sides of the suction chamber toward the discharge port such that a length of the contact surface becomes shorter as it is closer to the discharge port in a direction along a rotation center line of the brushbar. a cleaner-head body that includes a suction port disposed at a bottom face of the cleaner-head body, a suction chamber spatially connected with the suction port, and a discharge port spatially connected with the suction port through the suction chamber; a brushbar that is disposed in the suction chamber, is rotatably supported by the cleaner-head body, and is provided with plurality of brush hairs extending in a normal direction of the brushbar; an electric motor accommodated in the cleaner-head body; a power transmission mechanism that transmits driving force from the electric motor to the brushbar; and a brush-hair dust-remover that protrudes from an inner wall face of the suction chamber to be in contact with part of the plurality of brush hairs and restricts air to be sucked into the discharge port, characterized in that the discharge port is disposed at the rear center of the suction chamber; and wherein a contact surface of the brush-hair dust-remover becomes narrower from the right and left sides of the suction chamber toward the discharge port such that a length of the contact surface becomes shorter as it is closer to the discharge port in a direction along a rotation center line of the brushbar.
An incising implant for creating incisions in the prostatic urethra of a subject, the incising implant comprising: at least two wires being closed-shaped, each of said wires having a proximal section, a distal section and a plurality of longitudinal sections extending between said proximal section and said distal section, each of said closed-shaped wires being elastic thereby being compressible into a compressed configuration, characterised by said longitudinal sections of each of said wires being adjoined with another longitudinal section of another one of said wires, such that each adjoined pair of said longitudinal sections of said wires forms an edge of a frame of said wires in a longitudinal direction, wherein said wires are configured for applying radial pressure on surrounding tissues of said prostatic urethra thereby creating longitudinal incisions along a longitudinal axis of said prostatic urethra in an open configuration of said incising implant.
A tooth cleaning device comprising: an imitation lipstick bullet having an outer surface , said imitation lipstick bullet having a tooth cleaning implement protruding from said outer surface , said tooth cleaning implement being a continuous portion of said outer surface .
A preparation method for an acrylic acid-based polymer, comprising the steps of: feeding a monomer composition comprising a first acrylic acid-based monomer, and a first polymerization initiator into a polymerization reactor; polymerizing the monomer composition wherein the step of feeding the monomer composition into a polymerization reactor and the step of polymerizing the monomer composition are carried out simultaneously; and adding a second acrylic acid-based monomer, and a second polymerization initiator into the polymerization reactor after the feeding of the monomer composition is completed, and aging the resulting composition, wherein the first and the second acrylic acid-based monomers are the same as or different from each other, the second acrylic acid-based monomer is contained in an amount of 1 to 10 parts by weight based on 100 parts by weight of the first acrylic acid-based monomer, the second acrylic acid-based monomer, and the second polymerization initiator are added into the polymerization reactor within 5 minutes after the feeding of the monomer composition is completed, the step of aging is carried out for 1 to 10 hours, and the step of aging maintains the temperature of 60 to 90°C. feeding a monomer composition comprising a first acrylic acid-based monomer, and a first polymerization initiator into a polymerization reactor; polymerizing the monomer composition wherein the step of feeding the monomer composition into a polymerization reactor and the step of polymerizing the monomer composition are carried out simultaneously; and adding a second acrylic acid-based monomer, and a second polymerization initiator into the polymerization reactor after the feeding of the monomer composition is completed, and aging the resulting composition, wherein the first and the second acrylic acid-based monomers are the same as or different from each other, the second acrylic acid-based monomer is contained in an amount of 1 to 10 parts by weight based on 100 parts by weight of the first acrylic acid-based monomer, the second acrylic acid-based monomer, and the second polymerization initiator are added into the polymerization reactor within 5 minutes after the feeding of the monomer composition is completed, the step of aging is carried out for 1 to 10 hours, and the step of aging maintains the temperature of 60 to 90°C.
Display device , comprising a display and a device , wherein the device comprises a first disk-shaped element and a second disk-shaped element and a coating introduced between said first disk-shaped element and said second disk-shaped element, wherein the at least first disk-shaped element and the at least second disk-shaped element form a composite and the space between the first disk-shaped element and the second disk-shaped element is filled with a filler material and the coating is an IR-reflecting coating applied to the first and/or second element and/or the filler material in the form of foils, characterized in that the device further comprises adaptation layers (23.1, 23.2) in the form of oxidic and/or conductive oxidic layers which are arranged between the first and second disk-shaped elements and the at least one IR-reflective coating , and whose refractive index steps and layer thicknesses are selected such that the reflectivity R vis in the visible spectral range from 380nm to 780nm of the device is <2%, in particular <1%, and the device is configured such that the IR reflectivity of the device is in the range of 45% to 95%, in particular in the range of 50% to 80%, and the first and/or the second disk-shaped element comprises an anti-reflection coating , in particular in the visible wavelength range, wherein the anti-reflection coating is arranged on one or more of the following surfaces: - an outer side of the first disk-shaped element ; - an outer side of the second disk-shaped element , so that the layer system has a contrast T vis /R vis in the range of 20 to 60 at normal light D 65 with high IR solar reflection and low IR transmission. - an outer side of the first disk-shaped element ; - an outer side of the second disk-shaped element , so that the layer system has a contrast T vis /R vis in the range of 20 to 60 at normal light D 65 with high IR solar reflection and low IR transmission.
A method, performed by a control unit in a distributed access control system , the method comprising: detecting , by the control unit , a request from an application to access an application dataset , wherein the application dataset corresponds to a distributed dataset; determining , by the control unit , whether an identifier for the application dataset is listed in a distributed system dataset of the distributed physical access control system ; creating , by the control unit , an entry for the identifier for the application dataset in the distributed system dataset , in response to determining that the identifier for the application dataset is not listed in the distributed system dataset ; creating the application dataset in a storage layer of the control unit , in response to creating the entry for the identifier for the application dataset in the distributed system dataset , wherein the storage layer includes configuration data , credentials data , access rules data and the distributed system dataset , and wherein the access rules data determine whether to grant access to the user based on an identity of a user; adding information from the application to the created application dataset , in response to creating the application dataset ; and sending , by the control unit and to other control units in the distributed control system , a request to join a dataset group that includes control units associated with the application dataset , in response to determining that the identifier for the application dataset exists in the distributed system dataset . detecting , by the control unit , a request from an application to access an application dataset , wherein the application dataset corresponds to a distributed dataset; determining , by the control unit , whether an identifier for the application dataset is listed in a distributed system dataset of the distributed physical access control system ; creating , by the control unit , an entry for the identifier for the application dataset in the distributed system dataset , in response to determining that the identifier for the application dataset is not listed in the distributed system dataset ; creating the application dataset in a storage layer of the control unit , in response to creating the entry for the identifier for the application dataset in the distributed system dataset , wherein the storage layer includes configuration data , credentials data , access rules data and the distributed system dataset , and wherein the access rules data determine whether to grant access to the user based on an identity of a user; adding information from the application to the created application dataset , in response to creating the application dataset ; and sending , by the control unit and to other control units in the distributed control system , a request to join a dataset group that includes control units associated with the application dataset , in response to determining that the identifier for the application dataset exists in the distributed system dataset .