mhurhangee/ep-ind-claims huggingface dataset:
A non-user controlled electro-therapy device for therapeutically aiding tissue or biological material via direct application of a mixed electrical signal, comprising: one or more electrodes for contact with a subject tissue or biological material; and a controller for automatically applying a non-user controllable frequency dependent mixed electrical signal to the one or more electrodes, wherein the mixed electrical signal is a combination of at least two different frequency signals, a first frequency signal having a first minimum and maximum microamp range and a second frequency signal having a different second minimum and maximum microamp range, wherein a higher frequency of the two different frequency signals is superimposed on the lower frequency of the two different frequency signals, whereby a current intensity window having a varying amplitude is sustained as an envelope along a profile of the lower of the two different frequency signals; the controller further comprising means for maintaining the application of the mixed electrical signal for a pre-determined period of time and varying the mixed electrical signal's amplitude and/or duration and/or frequencies according to a pre-set schedule programmed into the controller. one or more electrodes for contact with a subject tissue or biological material; and a controller for automatically applying a non-user controllable frequency dependent mixed electrical signal to the one or more electrodes, wherein the mixed electrical signal is a combination of at least two different frequency signals, a first frequency signal having a first minimum and maximum microamp range and a second frequency signal having a different second minimum and maximum microamp range, wherein a higher frequency of the two different frequency signals is superimposed on the lower frequency of the two different frequency signals, whereby a current intensity window having a varying amplitude is sustained as an envelope along a profile of the lower of the two different frequency signals; the controller further comprising means for maintaining the application of the mixed electrical signal for a pre-determined period of time and varying the mixed electrical signal's amplitude and/or duration and/or frequencies according to a pre-set schedule programmed into the controller.
A method for flue gas treatment comprising: causing a combustion in a boiler (15, 19) using at least a part of a flue gas emitted from a gas turbine and introduced from at least one of an upstream side and a downstream side of an exhaust heat recovery boiler that recovers a high-temperature heat of the flue gas so as to increase a concentration of carbon dioxide in the flue gas; recovering carbon dioxide in a carbon dioxide recovery apparatus; said method being characterized in that it comprises: compressing the carbon dioxide recovered in the recovering step in a carbon dioxide compressor using high-pressure steam generated by the boiler (15, 19); and employing the high-pressure steam for separating the carbon dioxide, after said high-pressure steam has been used in the compressing step. causing a combustion in a boiler (15, 19) using at least a part of a flue gas emitted from a gas turbine and introduced from at least one of an upstream side and a downstream side of an exhaust heat recovery boiler that recovers a high-temperature heat of the flue gas so as to increase a concentration of carbon dioxide in the flue gas; recovering carbon dioxide in a carbon dioxide recovery apparatus; said method being characterized in that it comprises: compressing the carbon dioxide recovered in the recovering step in a carbon dioxide compressor using high-pressure steam generated by the boiler (15, 19); and employing the high-pressure steam for separating the carbon dioxide, after said high-pressure steam has been used in the compressing step. compressing the carbon dioxide recovered in the recovering step in a carbon dioxide compressor using high-pressure steam generated by the boiler (15, 19); and employing the high-pressure steam for separating the carbon dioxide, after said high-pressure steam has been used in the compressing step.
An image processing system including: a vector processor that comprises multiple arithmetic logic units, an address generator and a scalar processor; and a memory operable for operatively attaching to said vector processor, wherein said memory is operable to store multiple image windows to be processed in parallel; wherein the address generator is operatively attached to said memory to access said memory; wherein the image processing system is characterized by having a register adapted to store image parameters that specify the multiple image windows to be processed in parallel; wherein the image processing system is operable to store a very long instruction word (VLIW) instruction that includes operation codes for image processing calculations over the image windows by the multiple arithmetic logic units; wherein said VLIW instruction is configured to transfer only: (i) operation codes for image processing calculations over said image windows by at least one ALU unit of the multiple arithmetic logic units, and (ii) a single bit to said address generator to enable the calculation of addresses by said address generator; wherein the address generator is configured to be loaded with window parameters specifying multiple windows by said scalar processor; wherein the vector processor is operable to process in parallel the multiple image windows based on the addresses of the multiple image windows and based on the operation codes of the VLIW instruction. a vector processor that comprises multiple arithmetic logic units, an address generator and a scalar processor; and a memory operable for operatively attaching to said vector processor, wherein said memory is operable to store multiple image windows to be processed in parallel; wherein the address generator is operatively attached to said memory to access said memory; wherein the image processing system is characterized by having a register adapted to store image parameters that specify the multiple image windows to be processed in parallel; wherein the image processing system is operable to store a very long instruction word (VLIW) instruction that includes operation codes for image processing calculations over the image windows by the multiple arithmetic logic units; wherein said VLIW instruction is configured to transfer only: (i) operation codes for image processing calculations over said image windows by at least one ALU unit of the multiple arithmetic logic units, and (ii) a single bit to said address generator to enable the calculation of addresses by said address generator; wherein the address generator is configured to be loaded with window parameters specifying multiple windows by said scalar processor; wherein the vector processor is operable to process in parallel the multiple image windows based on the addresses of the multiple image windows and based on the operation codes of the VLIW instruction.
An electronic circuit, comprising: a silicon substrate having a surface; a magnetic field transducer disposed over said surface of said silicon substrate; a device supported by said surface of said substrate and electrically coupled to the magnetic field transducer; an insulating layer disposed between said substrate and said magnetic field transducer; a conductor disposed over said magnetic field transducer, wherein said conductor is configured to carry an electrical current to generate a first magnetic field, and wherein said electronic circuit is responsive to the first magnetic field, wherein said conductor is a secondary conductor and said circuit further comprises: a primary conductor disposed under the substrate and proximate to said magnetic field transducer, wherein said primary conductor is configured to carry an electrical current to generate a second magnetic field, and wherein said electronic circuit is further responsive to the second magnetic field; and a dielectric layer disposed between said primary conductor and said substrate. a silicon substrate having a surface; a magnetic field transducer disposed over said surface of said silicon substrate; a device supported by said surface of said substrate and electrically coupled to the magnetic field transducer; an insulating layer disposed between said substrate and said magnetic field transducer; a conductor disposed over said magnetic field transducer, wherein said conductor is configured to carry an electrical current to generate a first magnetic field, and wherein said electronic circuit is responsive to the first magnetic field, wherein said conductor is a secondary conductor and said circuit further comprises: a primary conductor disposed under the substrate and proximate to said magnetic field transducer, wherein said primary conductor is configured to carry an electrical current to generate a second magnetic field, and wherein said electronic circuit is further responsive to the second magnetic field; and a dielectric layer disposed between said primary conductor and said substrate. a primary conductor disposed under the substrate and proximate to said magnetic field transducer, wherein said primary conductor is configured to carry an electrical current to generate a second magnetic field, and wherein said electronic circuit is further responsive to the second magnetic field; and a dielectric layer disposed between said primary conductor and said substrate.
A method for producing a wired circuit board comprising: a step of forming a seed layer on one surface in a thickness direction of a peeling layer, a step of forming a conductive pattern on one surface in the thickness direction of the seed layer, a step of covering the seed layer and the conductive pattern with an insulating layer, a step of peeling the peeling layer from the seed layer, and a step of removing the seed layer, wherein the insulating layer covers the upper surface of the seed layer and the facing surfaces and the side surfaces of the conductive patterns, and in the insulating layer, the portions covering the facing surfaces and the side surfaces of the conductive patterns are ditch portions, and the insulating layer is formed of at least one kind of insulating material selected from the group consisting of urethane-(meth)acrylic resin and silicone resin, characterized in that the insulating layer has the number of times of folding endurance measured in conformity with JIS P8115 of 10 times or more, and a tensile storage elastic modulus E' at 20°C at the time of subjecting the insulating layer to dynamic viscoelasticity measurement under the conditions of a frequency of 1 Hz and a temperature rising rate of 10°C/min is 100 MPa or less, and 0.1 MPa or more. a step of forming a seed layer on one surface in a thickness direction of a peeling layer, a step of forming a conductive pattern on one surface in the thickness direction of the seed layer, a step of covering the seed layer and the conductive pattern with an insulating layer, a step of peeling the peeling layer from the seed layer, and a step of removing the seed layer, wherein the insulating layer covers the upper surface of the seed layer and the facing surfaces and the side surfaces of the conductive patterns, and in the insulating layer, the portions covering the facing surfaces and the side surfaces of the conductive patterns are ditch portions, and the insulating layer is formed of at least one kind of insulating material selected from the group consisting of urethane-(meth)acrylic resin and silicone resin, characterized in that the insulating layer has the number of times of folding endurance measured in conformity with JIS P8115 of 10 times or more, and a tensile storage elastic modulus E' at 20°C at the time of subjecting the insulating layer to dynamic viscoelasticity measurement under the conditions of a frequency of 1 Hz and a temperature rising rate of 10°C/min is 100 MPa or less, and 0.1 MPa or more.
Area storage (30, 30") for storing vehicle bodies, the longitudinal extension of which is at least one and a half times the transverse extension, comprising a) a storage area with at least two storage places (10.1 - 10.12) and two associated vehicle body mounts (32, 32'), wherein the storage area is configured such that vehicle bodies can be stored on the storage area in one level on the at least two storage places on one of the vehicle body mounts in each case, b) at least one multi-track floor conveyor vehicle, which can be coupled to a vehicle body and/or the vehicle body mount (32, 32'), characterized in that c) the floor conveyor vehicle is configured for omnidirectional travel such that the direction of conveyance can be selected independently of the orientation of the floor conveyor vehicle and d) in the case of the floor conveyor vehicle with the coupled vehicle body or vehicle body mount (32, 32'), a change in the direction of conveyance can be performed without a change in the relative orientation of vehicle body and/or vehicle body mount and floor conveyor vehicle. a) a storage area with at least two storage places (10.1 - 10.12) and two associated vehicle body mounts (32, 32'), wherein the storage area is configured such that vehicle bodies can be stored on the storage area in one level on the at least two storage places on one of the vehicle body mounts in each case, b) at least one multi-track floor conveyor vehicle, which can be coupled to a vehicle body and/or the vehicle body mount (32, 32'), characterized in that c) the floor conveyor vehicle is configured for omnidirectional travel such that the direction of conveyance can be selected independently of the orientation of the floor conveyor vehicle and d) in the case of the floor conveyor vehicle with the coupled vehicle body or vehicle body mount (32, 32'), a change in the direction of conveyance can be performed without a change in the relative orientation of vehicle body and/or vehicle body mount and floor conveyor vehicle.
A digital broadcast receiving apparatus comprising: a tuner configured to receive a digital broadcast wave signal of a reception frequency matching an intended channel, the digital broadcast wave signal comprising an area code representing an area in which the broadcast wave of the intended channel can be received: reception strength determination means configured to determine whether or not a reception strength of the received digital broadcast wave signal has become a predetermined value or lower; scan processing means configured to change the reception frequency of the tuner and to generate a receivable channel list from the channels matching receivable digital broadcast wave signals whose reception strengths exceed the predetermined value, except for channels matching digital broadcast wave signals whose area codes coincide with the area code of the digital broadcast wave signal currently being received, if the reception strength determination means determines that the reception strength has become the predetermined value or lower; and preset update means configured to perform updating and store the receivable channel list generated by the scan processing means in a preset memory. a tuner configured to receive a digital broadcast wave signal of a reception frequency matching an intended channel, the digital broadcast wave signal comprising an area code representing an area in which the broadcast wave of the intended channel can be received: reception strength determination means configured to determine whether or not a reception strength of the received digital broadcast wave signal has become a predetermined value or lower; scan processing means configured to change the reception frequency of the tuner and to generate a receivable channel list from the channels matching receivable digital broadcast wave signals whose reception strengths exceed the predetermined value, except for channels matching digital broadcast wave signals whose area codes coincide with the area code of the digital broadcast wave signal currently being received, if the reception strength determination means determines that the reception strength has become the predetermined value or lower; and preset update means configured to perform updating and store the receivable channel list generated by the scan processing means in a preset memory.
A computing device comprising a memory and a processor cooperating with the memory and configured to receive a connection request from a client device having a public/private encryption key pair associated therewith, the connection request comprising a connection lease and the public key for the client device signed by a Root of Trust, RoT,, and the connection lease being issued by, and signed with a private key of, an issuing service, the connection lease comprising the public key for the client device; authenticate the connection lease and its contents including the public key for the client device using a public key of the issuing service signed by the RoT, to validate the signature of the connection lease; verify the validity of the signature of the client device public key using a public key of the RoT; validate that the public key comprised in the connection lease matches the public key sent in addition to the connection lease; initiate a challenge to be answered and signed by the client device with the private key associated with the client device, and validate the signed response with the public key for the client device from the connection lease; and authorize the connection with the client device and provide the client device with access to a virtual computing session via the connection. receive a connection request from a client device having a public/private encryption key pair associated therewith, the connection request comprising a connection lease and the public key for the client device signed by a Root of Trust, RoT,, and the connection lease being issued by, and signed with a private key of, an issuing service, the connection lease comprising the public key for the client device; authenticate the connection lease and its contents including the public key for the client device using a public key of the issuing service signed by the RoT, to validate the signature of the connection lease; verify the validity of the signature of the client device public key using a public key of the RoT; validate that the public key comprised in the connection lease matches the public key sent in addition to the connection lease; initiate a challenge to be answered and signed by the client device with the private key associated with the client device, and validate the signed response with the public key for the client device from the connection lease; and authorize the connection with the client device and provide the client device with access to a virtual computing session via the connection.
An airfoil for a gas turbine engine, the airfoil comprising: an airfoil body extending in a radial direction from a first end to a second end, and extending axially from a leading edge to a trailing edge; a leading edge channel formed in the leading edge of the airfoil body, the leading edge channel having a first channel wall and a second channel wall that join at a channel base to define the leading edge channel, the leading edge channel extending in a radial direction along the leading edge of the airfoil body; and a first leading edge impingement cavity located within the airfoil body proximate the leading edge, wherein the first channel wall forms a portion of the airfoil body defining the first leading edge impingement cavity; a second leading edge impingement cavity located within the airfoil body proximate the leading edge, wherein the second channel wall forms a portion of the airfoil body defining the second leading edge impingement cavity; and a first leading edge impingement hole formed in the first channel wall and angled such that air flowing from the first leading edge impingement cavity and through the first leading edge impingement hole impinges upon a portion of the second channel wall. an airfoil body extending in a radial direction from a first end to a second end, and extending axially from a leading edge to a trailing edge; a leading edge channel formed in the leading edge of the airfoil body, the leading edge channel having a first channel wall and a second channel wall that join at a channel base to define the leading edge channel, the leading edge channel extending in a radial direction along the leading edge of the airfoil body; and a first leading edge impingement cavity located within the airfoil body proximate the leading edge, wherein the first channel wall forms a portion of the airfoil body defining the first leading edge impingement cavity; a second leading edge impingement cavity located within the airfoil body proximate the leading edge, wherein the second channel wall forms a portion of the airfoil body defining the second leading edge impingement cavity; and a first leading edge impingement hole formed in the first channel wall and angled such that air flowing from the first leading edge impingement cavity and through the first leading edge impingement hole impinges upon a portion of the second channel wall.
A drug delivery device, comprising: a housing (102,104) comprising one or more bridging contacts; a movable dial located at least partially within the housing and arranged to move relative to the one or more bridging contacts, the dial comprising a series of conductive strips (306, 310, 314) on an exterior surface of the dial, wherein the series of conductive strips comprise at least one source strip connected to a battery and at least one sensor strip connected to at least one electronic component, wherein the one or more bridging contacts selectively connect and disconnect a source strip to a sensor strip as the movable dial moves to provide alternating electrical signals, wherein the one or more bridging contacts are not connected to the at least one electronic component except when connected via a sensor strip; wherein the at least one electronic component (202, 218) is configured to: detect the alternating electrical signals; determine whether the electrical signals are indicative of contact between conductive strips and bridging contact; and based on said electrical signals, determine a medicament dosage dialled into the drug delivery device. a housing (102,104) comprising one or more bridging contacts; a movable dial located at least partially within the housing and arranged to move relative to the one or more bridging contacts, the dial comprising a series of conductive strips (306, 310, 314) on an exterior surface of the dial, wherein the series of conductive strips comprise at least one source strip connected to a battery and at least one sensor strip connected to at least one electronic component, wherein the one or more bridging contacts selectively connect and disconnect a source strip to a sensor strip as the movable dial moves to provide alternating electrical signals, wherein the one or more bridging contacts are not connected to the at least one electronic component except when connected via a sensor strip; wherein the at least one electronic component (202, 218) is configured to: detect the alternating electrical signals; determine whether the electrical signals are indicative of contact between conductive strips and bridging contact; and based on said electrical signals, determine a medicament dosage dialled into the drug delivery device. detect the alternating electrical signals; determine whether the electrical signals are indicative of contact between conductive strips and bridging contact; and based on said electrical signals, determine a medicament dosage dialled into the drug delivery device.