mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device comprising: a hermetically sealed housing that is configured to enclose internal components, the internal components including: processing circuitry configured to at least one of control stimulation circuitry to deliver electrical stimulation using one or more leads received by the housing or control sensing circuitry to sense electrical signals using one or more leads received by the housing, telemetry circuitry, and a rechargeable power source, and a coil (66, 662) configured to at least one of receive energy to recharge the rechargeable power source or receive and/or transmit signals for wireless telemetry with another device, wherein the implantable medical device is configured to mount to a cranium of a patient; and characterized in that the coil has a tapered configuration within the housing such that the tapered coil has a narrowed portion defining a first coil height that is less than a second coil height of another portion of the tapered coil. a hermetically sealed housing that is configured to enclose internal components, the internal components including: processing circuitry configured to at least one of control stimulation circuitry to deliver electrical stimulation using one or more leads received by the housing or control sensing circuitry to sense electrical signals using one or more leads received by the housing, telemetry circuitry, and a rechargeable power source, and processing circuitry configured to at least one of control stimulation circuitry to deliver electrical stimulation using one or more leads received by the housing or control sensing circuitry to sense electrical signals using one or more leads received by the housing, telemetry circuitry, and a rechargeable power source, and a coil (66, 662) configured to at least one of receive energy to recharge the rechargeable power source or receive and/or transmit signals for wireless telemetry with another device, wherein the implantable medical device is configured to mount to a cranium of a patient; and characterized in that the coil has a tapered configuration within the housing such that the tapered coil has a narrowed portion defining a first coil height that is less than a second coil height of another portion of the tapered coil.
A wound care product (200;300;400) comprising a backing layer (201;301;401) and an adhesive layer (202;302;402) having a skin-facing surface (203;403), wherein at least a portion of said skin-facing surface (203;403) of said adhesive layer (202;302;402) comprises an antimicrobial coating, characterized in that said antimicrobial coating is soluble in an aqueous medium and in that said coating comprises chlorhexidine phosphate.
A positioning system comprising: a transmitter apparatus configured to transmit a radio wave; and a receiver apparatus configured to receive a reflected wave from a target, wherein the transmitter apparatus comprises: a first GPS receiver configured to receive a GPS (Global Positioning System) signal and output a reference signal; and a transmitter configured to transmit the radio wave at a predetermined time interval based on the reference signal, the receiver apparatus comprises: a second GPS receiver configured to receive the GPS signal and output time information; a detector configured to receive the reflected wave and output a reception signal to which the received time information is added; a Doppler frequency calculator configured to calculate a Doppler frequency based on a reception frequency of the reception signal and a transmission frequency of the radio wave; and an arrival time difference calculator configured to calculate an arrival time difference, which is a difference between an estimated arrival time and an actual arrival time of the reflected wave, based on the Doppler frequency, and the detector sets a time filter to receive a next pulse based on the arrival time difference and the time information added to the reception signal. a transmitter apparatus configured to transmit a radio wave; and a receiver apparatus configured to receive a reflected wave from a target, wherein a first GPS receiver configured to receive a GPS (Global Positioning System) signal and output a reference signal; and a transmitter configured to transmit the radio wave at a predetermined time interval based on the reference signal, a second GPS receiver configured to receive the GPS signal and output time information; a detector configured to receive the reflected wave and output a reception signal to which the received time information is added; a Doppler frequency calculator configured to calculate a Doppler frequency based on a reception frequency of the reception signal and a transmission frequency of the radio wave; and an arrival time difference calculator configured to calculate an arrival time difference, which is a difference between an estimated arrival time and an actual arrival time of the reflected wave, based on the Doppler frequency, and the detector sets a time filter to receive a next pulse based on the arrival time difference and the time information added to the reception signal.
A softener composition for use in manufacture of a paper comprising a softener and an acidic material, wherein the softener composition has a relative acidity value more than 0.05, wherein the composition further comprises an aldehyde functionalized polymer.
An arrangement for use in a drug delivery device comprising a cartridge holder, the cartridge holder comprising an opening at its distal end, a needle holder and one or more intermediate elements (16, 40, 44), wherein when the needle holder is mounted to the cartridge holder the one or more intermediate elements (16, 40, 44) are arranged in the opening of the cartridge holder whereby the size of the free space within the opening is reduced, characterized in that the one or more intermediate elements (16, 40, 44) are capable of forming a stabilizing support for a septum located at a distal end of a medicament cartridge which is mounted to the cartridge holder.
Rilonacept for use in a method of treating recurrent idiopathic pericarditis in a subject 18 years of age or older, comprising administering to the subject an initial loading dose of rilonacept that is delivered as two injections of 160 mg each and one or more maintenance dose(s) of 160 mg of rilonacept per week to improve, stabilize or reduce one or more symptoms of recurrent idiopathic pericarditis relative to a control, wherein the control is indicative of the one or more symptoms of recurrent idiopathic pericarditis in the subject before the treatment.
A smoke detector comprising: a first housing to face an area in which to detect smoke; a second housing secured to said first housing; electronics to detect smoke within the area; and a control communicating with said electronics; characterised by a flameproof barrier positioned between said first and second housings, wherein said flameproof barrier is provided by a flexible membrane. a first housing to face an area in which to detect smoke; a second housing secured to said first housing; electronics to detect smoke within the area; and a control communicating with said electronics; characterised by a flameproof barrier positioned between said first and second housings, wherein said flameproof barrier is provided by a flexible membrane.
Drainage cup for insertion in a drainage valve of a sanitary receptacle, in particular a sink, a washbasin or the like, comprising three components in the form of a cup upper portion for insertion in an opening of the sanitary receptacle, a cup lower portion which in particular has a drainage opening and a connection device by means of which the cup upper portion and cup lower portion can be connected to each other, in particular wherein the cup lower portion and cup upper portion can be connected by means of the connection device in a positive-locking and/or non-positive-locking manner, characterised in that the cup upper portion has at the side thereof facing the cup lower portion a projection, in particular in the form of a circumferential edge, and the connection device has at least one retention element for securing to the projection of the cup upper portion and wherein the connection device has at least one spacer element (7a, 7b) for spacing the cup upper portion and cup lower portion in such a manner that at least a minimal throughflow opening is formed between the cup upper portion and cup lower portion. a cup lower portion which in particular has a drainage opening and a connection device by means of which the cup upper portion and cup lower portion can be connected to each other, in particular wherein the cup lower portion and cup upper portion can be connected by means of the connection device in a positive-locking and/or non-positive-locking manner, characterised in that the cup upper portion has at the side thereof facing the cup lower portion a projection, in particular in the form of a circumferential edge, and the connection device has at least one retention element for securing to the projection of the cup upper portion and wherein the connection device has at least one spacer element (7a, 7b) for spacing the cup upper portion and cup lower portion in such a manner that at least a minimal throughflow opening is formed between the cup upper portion and cup lower portion.
Electrical welding or brazing/soldering device, having an electrode (2, 3), to which electric current and a pressing force are applied, and having an electrode holder (5, 6), which transmits the pressing force, and also an electrical insulating element between the electrode holder (5, 6) and the electrode (2, 3), characterized in that the electrical insulating element is formed as a pressure-resistant and dimensionally stable insulating disc made of a ceramic material.
A process for producing a tea product comprising the steps of; a) providing black leaf tea with a moisture content of less than 5%; b) adding water in an amount of 30 to 80% by weight of the black leaf tea of step a); and, c) freeze-drying or vacuum drying the black tea leaf of step b) under vacuum of less than 600 Pascal and at a temperature of -60°C to +60°C to obtain the tea product. a) providing black leaf tea with a moisture content of less than 5%; b) adding water in an amount of 30 to 80% by weight of the black leaf tea of step a); and, c) freeze-drying or vacuum drying the black tea leaf of step b) under vacuum of less than 600 Pascal and at a temperature of -60°C to +60°C to obtain the tea product.
Method for the targeted control of the fractions of L-cysteine, L-cystine and thiazolidine in the total cysteine in a fermentation medium during the preparation by fermentation of natural L-cysteine in a production fermenter with a nominal volume ≥ 1 m 3, in which a microorganism strain from the Enterobacteriaceae family is cultured in the fermentation medium, characterized in that the iron concentration is at a maximum of 8 mg/l and a minimum of 0.6 mg/l and is achieved by increasing the L-cysteine fraction of the total cysteine to at least 65% in the fermentation medium.
A method for processing a data message received via a network from a source (102a, 102b, 102c), the data message comprising a portion that is generated by the source dependent upon an event and a portion that is generated by the source independent of the event, the method comprising: receiving a data message at a message receiver coupled with the network, characterised in that the method further comprises: analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source (102a, 102b, 102c) prior to occurrence of the event. receiving a data message at a message receiver coupled with the network, characterised in that the method further comprises: analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source (102a, 102b, 102c) prior to occurrence of the event. analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source (102a, 102b, 102c) prior to occurrence of the event.
A pressure regulated flow valve for dispensing product from a pressurized container, the pressure regulated flow valve comprising: a valve housing (104, 204, 304, 404) having an upper chamber (120, 220, 320, 420) accommodating a valve stem (103, 203) and a lower chamber (118,218) accommodating a gas piston cylinder (126, 226, 326, 426); a movable piston (132, 232, 332, 432) received within the gas piston cylinder (126, 226, 326, 426) so as to define a gas piston cylinder chamber, the piston being movable between a substantially closed position and a maximum outward position; a flow controller (134, 234, 322, 422) connected to the movable piston (132, 232, 332, 432); and a passageway (105, 205, 305, 405) for dispensing variable amounts of product through the valve housing (104, 204, 304, 404), wherein the passageway (105, 205, 305, 405) has a variable sized opening defined by the flow controller (134, 234, 322, 422) according to the position of the piston (132, 232, 332, 432) within the gas piston cylinder, the size of the opening increasing as the piston (132, 232, 332, 432) moves in a direction from the substantially closed position towards the maximum outward position, characterized in that the position of the piston within the gas piston cylinder is solely dependent on the relative difference between the pressure of the gas piston cylinder chamber and the pressure of the container. a valve housing (104, 204, 304, 404) having an upper chamber (120, 220, 320, 420) accommodating a valve stem (103, 203) and a lower chamber (118,218) accommodating a gas piston cylinder (126, 226, 326, 426); a movable piston (132, 232, 332, 432) received within the gas piston cylinder (126, 226, 326, 426) so as to define a gas piston cylinder chamber, the piston being movable between a substantially closed position and a maximum outward position; a flow controller (134, 234, 322, 422) connected to the movable piston (132, 232, 332, 432); and a passageway (105, 205, 305, 405) for dispensing variable amounts of product through the valve housing (104, 204, 304, 404),
A microelectronic assembly comprising: a microelectronic element having a major surface, and a first dielectric layer and at least one first bond pad exposed at the major surface, the microelectronic element containing a plurality of active circuit elements; a second element having a coefficient of thermal expansion of less than 10 ppm/°C, the second element having a major surface, at least one second bond pad, and a second dielectric layer exposed at the major surface thereof; a first metal layer overlying the at least one first bond pad and the first dielectric layer of the microelectronic element, wherein a first gap exists in the first metal layer between the at least one first bond pad and the first dielectric layer and between each adjacent pair of first bond pads and first dielectric layers; a second metal layer overlying the at least one second bond pad and the second dielectric layer of the second element, wherein a second gap exists in the second metal layer between the at least one second bond pad and the second dielectric layer and between each adjacent pair of second bond pads and second dielectric layers; and wherein the first and second metal layers (130, 230) overlying the first and second dielectric layers (120, 220) are joined together and the first and second metal layers (130, 230) overlying the at least one first and second bond pads (110, 210) are joined together and mechanically and electrically connect the microelectronic element with the second element. a microelectronic element having a major surface, and a first dielectric layer and at least one first bond pad exposed at the major surface, the microelectronic element containing a plurality of active circuit elements; a second element having a coefficient of thermal expansion of less than 10 ppm/°C, the second element having a major surface, at least one second bond pad, and a second dielectric layer exposed at the major surface thereof; a first metal layer overlying the at least one first bond pad and the first dielectric layer of the microelectronic element, wherein a first gap exists in the first metal layer between the at least one first bond pad and the first dielectric layer and between each adjacent pair of first bond pads and first dielectric layers; a second metal layer overlying the at least one second bond pad and the second dielectric layer of the second element, wherein a second gap exists in the second metal layer between the at least one second bond pad and the second dielectric layer and between each adjacent pair of second bond pads and second dielectric layers; and wherein the first and second metal layers (130, 230) overlying the first and second dielectric layers (120, 220) are joined together and the first and second metal layers (130, 230) overlying the at least one first and second bond pads (110, 210) are joined together and mechanically and electrically connect the microelectronic element with the second element.
A computer system, which comprises: - a conventional computer, equipped with a conventional processor provided with at least one transistor register; - a quantum processor, provided with at least one quantum register, - the quantum processor is configured as a slave of the conventional computer, characterised in that: - the conventional computer is configured as a master to supervise the quantum processor by means of the following instructions: ∘ loading, consisting in communicating to the quantum processor a definition of a quantum circuit to be implemented; ∘ initialisation, consisting in communicating to the quantum processor initial values at which the quantum register(s) is/are set; ∘ execution, consisting in communicating to the quantum processor an order for implementing the quantum circuit; ∘ obtainment, consisting in interrogating the quantum processor to obtain final values of the quantum register, resulting from the implementation of the circuit. - a conventional computer, equipped with a conventional processor provided with at least one transistor register; - a quantum processor, provided with at least one quantum register, - the quantum processor is configured as a slave of the conventional computer, - the conventional computer is configured as a master to supervise the quantum processor by means of the following instructions: ∘ loading, consisting in communicating to the quantum processor a definition of a quantum circuit to be implemented; ∘ initialisation, consisting in communicating to the quantum processor initial values at which the quantum register(s) is/are set; ∘ execution, consisting in communicating to the quantum processor an order for implementing the quantum circuit; ∘ obtainment, consisting in interrogating the quantum processor to obtain final values of the quantum register, resulting from the implementation of the circuit. ∘ loading, consisting in communicating to the quantum processor a definition of a quantum circuit to be implemented; ∘ initialisation, consisting in communicating to the quantum processor initial values at which the quantum register(s) is/are set; ∘ execution, consisting in communicating to the quantum processor an order for implementing the quantum circuit; ∘ obtainment, consisting in interrogating the quantum processor to obtain final values of the quantum register, resulting from the implementation of the circuit.
A method of manufacturing a cylindrical printing substrate containing a photosensitive resin cured layer (40, 50), comprising the steps of: (i) forming a spiral coating layer by applying a photosensitive resin having a viscosity of 100 Pa.s or more to 10.000 Pa.s or less at 20°C on a cylindrical support body (10, 100) by a spiral coating method; (ii) forming an application layer made of the spiral coating layer having a uniform surface by bringing a doctor blade having a taper shaved distal end portion (18, 800) into contact with the spiral coating layer and having the spiral coating layer pass through a gap formed by the doctor blade (18, 800) and the cylindrical support body outer circumferential surface and then, separating the doctor blade (18, 800) from the application layer; and (iii) forming the photosensitive resin cured layer (40, 50) by light-curing the application layer, wherein the doctor blade (18, 800) is brought into contact with the spiral coating layer from immediately below the shaft center of cylindrical support body (10, 100) and then, the doctor blade (18, 800) is separated downward, wherein the photosensitive resin cured layer (40, 50) of the cylindrical support body (10, 100) is an adhesive layer and/or a cushion layer, and (iv) further comprising a step of providing a printing layer, which is a photosensitive resin layer or a photosensitive resin cured layer on which an irregular pattern can be formed on the surface, or which is a photosensitive resin cured layer on which the irregular pattern is formed on the surface, on the photosensitive resin cured layer. (i) forming a spiral coating layer by applying a photosensitive resin having a viscosity of 100 Pa.s or more to 10.000 Pa.s or less at 20°C on a cylindrical support body (10, 100) by a spiral coating method; (ii) forming an application layer made of the spiral coating layer having a uniform surface by bringing a doctor blade having a taper shaved distal end portion (18, 800) into contact with the spiral coating layer and having the spiral coating layer pass through a gap formed by the doctor blade (18, 800) and the cylindrical support body outer circumferential surface and then, separating the doctor blade (18, 800) from the application layer; and (iii) forming the photosensitive resin cured layer (40, 50) by light-curing the application layer, wherein the doctor blade (18, 800) is brought into contact with the spiral coating layer from immediately below the shaft center of cylindrical support body (10, 100) and then, the doctor blade (18, 800) is separated downward, wherein the photosensitive resin cured layer (40, 50) of the cylindrical support body (10, 100) is an adhesive layer and/or a cushion layer, and (iv) further comprising a step of providing a printing layer, which is a photosensitive resin layer or a photosensitive resin cured layer on which an irregular pattern can be formed on the surface, or which is a photosensitive resin cured layer on which the irregular pattern is formed on the surface, on the photosensitive resin cured layer.