mhurhangee/ep-ind-claims huggingface dataset:
A system for treating a medical condition of a patient comprising: a stimulator comprising a housing having a contact surface for contacting an outer skin surface of the patient, an electrically conducting medium, and an energy source within the housing configured to generate an electric field sufficient to transmit an electric current through the outer skin surface of the patient sufficient to modulate a nerve at a target region within the patient, wherein the energy source comprises a power source and two or more electrodes coupled to the power source within the housing, and wherein the two or more electrodes are coupled to the contact surface via the electrically conducting medium; and a docking station configured to receive data from a remote source, the docking station being configured for coupling to the stimulator and transmitting the data to the stimulator, wherein the data comprises a therapy regimen for treating the medical condition in the patient, wherein the housing is a handheld device configured to contact the outer skin surface of the patient for transmitting the electric current through the outer skin surface of the patient sufficient to modulate the nerve at the target region within the patient. a stimulator comprising a housing having a contact surface for contacting an outer skin surface of the patient, an electrically conducting medium, and an energy source within the housing configured to generate an electric field sufficient to transmit an electric current through the outer skin surface of the patient sufficient to modulate a nerve at a target region within the patient, wherein the energy source comprises a power source and two or more electrodes coupled to the power source within the housing, and wherein the two or more electrodes are coupled to the contact surface via the electrically conducting medium; and a docking station configured to receive data from a remote source, the docking station being configured for coupling to the stimulator and transmitting the data to the stimulator, wherein the data comprises a therapy regimen for treating the medical condition in the patient, wherein the housing is a handheld device configured to contact the outer skin surface of the patient for transmitting the electric current through the outer skin surface of the patient sufficient to modulate the nerve at the target region within the patient.
A blank for forming an article carrier, the blank comprising a main panel which comprises at least one article retention structure (R1, R2, R3, R4, R5, R6) having an aperture (A1, A2, A3, A4, A5, A6) defined in the main panel, the blank further comprising one or more tabs formed about a periphery of the aperture (A1, A2, A3, A4, A5, A6) in the main panel, the one or more tabs being connected to the main panel such that the tabs yield out of the plane of the main panel when an article is received in the aperture (A1, A2, A3, A4, A5, A6) so as to bear against the article, wherein the main panel comprises a paperboard substrate and at least one polymeric layer wherein the paperboard substrate and at least one polymeric layer comprise said aperture for receiving a portion of an article, characterized in that the blank is arranged to package articles having a maximum diameter D 1 in an array having a first integer number of rows Y, and wherein the main panel has a maximum length L equal to or less than Y × D 1 when the main panel is applied to articles.
A method, comprising: configuring a first device for receiving a signal to establish a radio link with a second device in response to the signal received, wherein the second device communicates using one of a standard communication protocol and a proprietary spectrum; configuring the first device to analyze the signal received over the radio link to determine a connection type and an associated channel bandwidth; configuring the first device to dynamically adapt a programmable channel filter in the first device at least based in part on the associated channel bandwidth and the connection type, wherein the adapting of the programmable channel filter comprises forming a channel bandwidth of the programmable channel filter to a wide bandwidth, and adjusting the programmable channel filter to a narrow bandwidth in response to determining the connection type of the proprietary spectrum; and processing the signal received at the first device. configuring a first device for receiving a signal to establish a radio link with a second device in response to the signal received, wherein the second device communicates using one of a standard communication protocol and a proprietary spectrum; configuring the first device to analyze the signal received over the radio link to determine a connection type and an associated channel bandwidth; configuring the first device to dynamically adapt a programmable channel filter in the first device at least based in part on the associated channel bandwidth and the connection type, wherein the adapting of the programmable channel filter comprises forming a channel bandwidth of the programmable channel filter to a wide bandwidth, and adjusting the programmable channel filter to a narrow bandwidth in response to determining the connection type of the proprietary spectrum; and processing the signal received at the first device.
A method for forming a pattern for liquid crystal orientation of a zenithal bi-stable liquid crystal panel, the method comprising: (a') manufacturing a silicon substrate by exposing a surface corresponding to a position inclined at a predetermined angle from a vertical axis of a silicon ingot by cutting the silicon substrate in a direction inclined at a predetermined angle from the vertical axis of the silicon ingot instead of in a vertical axis direction of the silicon ingot; (a) depositing a silicon-based compound on the silicon substrate; (b) forming a guide pattern on an upper portion of the deposited silicon-based compound layer by using an imprint lithography; (c) discontinuously exposing the silicon substrate by transferring a pattern from the formed guide pattern onto the silicon-based compound layer by dry etching; (d) forming a pattern having a V shape in an asymmetrical form on the silicon substrate by wet etching; (e) removing the remaining part of the silicon-based compound layer, and then hydrophobically treating a pattern surface of the silicon substrate; and (f) transferring the pattern in an asymmetrical form onto a glass substrate by disposing the surface-treated silicon substrate to face the glass substrate, and supplying a dielectric therebetween, wherein an off angle of the pattern formed on the silicon substrate, which is the predetermined angle inclined from the vertical axis, is 3° to 20°. (a') manufacturing a silicon substrate by exposing a surface corresponding to a position inclined at a predetermined angle from a vertical axis of a silicon ingot by cutting the silicon substrate in a direction inclined at a predetermined angle from the vertical axis of the silicon ingot instead of in a vertical axis direction of the silicon ingot; (a) depositing a silicon-based compound on the silicon substrate; (b) forming a guide pattern on an upper portion of the deposited silicon-based compound layer by using an imprint lithography; (c) discontinuously exposing the silicon substrate by transferring a pattern from the formed guide pattern onto the silicon-based compound layer by dry etching; (d) forming a pattern having a V shape in an asymmetrical form on the silicon substrate by wet etching; (e) removing the remaining part of the silicon-based compound layer, and then hydrophobically treating a pattern surface of the silicon substrate; and (f) transferring the pattern in an asymmetrical form onto a glass substrate by disposing the surface-treated silicon substrate to face the glass substrate, and supplying a dielectric therebetween,
Method for the gastight installation of one or more joining oxygen-consuming electrodes (1, 1a) in an electrochemical half cell, characterized in that creased regions and/or cracked regions of the oxygen-consuming electrodes (1, 1a) and/or overlap regions of adjacent oxygen-consuming electrodes and occurring when the oxygen-consuming electrodes (1, 1a) are brought into juxtaposition with the frame of the gas compartment of the cell are sealed with a paste which is based at least on silver oxide and a hydrophobic polymer component and a perfluorinated or partially fluorinated solvent.
Step or stone body comprising a surface, a step surface in the case of a step, and two or more end faces adjacent thereto, a body, a step body in the case of a step, being covered on the outside by a stone body consisting of stone slab parts and glued, characterised in that the stone body is formed as a shell-like stone body that is formed to be open on one side, in that an underside of the body or step body is accessible to be fastened using screws, in that the underside of the body or step body is covered by a cover part which can be drilled through in a simple manner, in that the cover part is provided to be so large that it projects as far as to overlap a downwardly pointing end face of the shell-like stone body and in that the inner sides of the stone slab parts are coated with a woven fabric.
A composition comprising at least 10 mg/ml of alpha-mannosidase, and wherein less than 5% of the total amount of the alpha-mannosidase in said composition is present in the form of aggregates, said aggregates encompassing any dimer or multimer of the alpha-mannosidase.
A method for producing an electrode, the method comprising: forming first and second metallic nanowires (131, 132); disposing the first and second nanowires (131, 132) on a substrate; and bonding the first and second nanowires (131, 132) to each other; characterized in that the bonding of the first and second nanowires (131, 132) to each other is performed by performing light treatment with respect to the substrate. forming first and second metallic nanowires (131, 132); disposing the first and second nanowires (131, 132) on a substrate; and bonding the first and second nanowires (131, 132) to each other; characterized in that the bonding of the first and second nanowires (131, 132) to each other is performed by performing light treatment with respect to the substrate.
A mobile device comprising: a plurality of sensors (210, 212); and a processor (215, 220) configured to: receive an authentication request from an authenticating entity requesting authentication information; determine if the authentication request satisfies predefined user privacy preferences, and, if so: retrieve the authentication information to form a trust vector in response to the authentication request; and transmit the trust vector to the authenticating entity for authentication, characterised in that the authentication information is retrieved from at least one sensor (210, 212). a plurality of sensors (210, 212); and a processor (215, 220) configured to: receive an authentication request from an authenticating entity requesting authentication information; determine if the authentication request satisfies predefined user privacy preferences, and, if so: retrieve the authentication information to form a trust vector in response to the authentication request; and transmit the trust vector to the authenticating entity for authentication, characterised in that the authentication information is retrieved from at least one sensor (210, 212). receive an authentication request from an authenticating entity requesting authentication information; determine if the authentication request satisfies predefined user privacy preferences, and, if so: retrieve the authentication information to form a trust vector in response to the authentication request; and transmit the trust vector to the authenticating entity for authentication, characterised in that the authentication information is retrieved from at least one sensor (210, 212). retrieve the authentication information to form a trust vector in response to the authentication request; and transmit the trust vector to the authenticating entity for authentication,
Pushbutton switch, in particular for manual actuation, with a line carrier which has at least one coil consisting of a printed line, with an electrically conductive control element which is assigned to the coil and whose proximity to the coil can be changed between a far position and a near position, with an actuating element which is mechanically connected to the control element, with a sprung curved washer which is active between the line carrier and the actuating element, characterised in that a contact set is arranged between the sprung curved washer and the coil and forms a contact switch.
A combustion system, comprising: a liquid fuel manifold configured to couple to a gas turbine combustor to route a liquid fuel to the gas turbine combustor; a water manifold configured to couple to the gas turbine combustor to route water to the gas turbine combustor; a liquid fuel supply valve configured to selectively supply the liquid fuel to the liquid fuel manifold; and a water supply valve configured to selectively supply water to the liquid fuel manifold to displace the liquid fuel from the liquid fuel manifold when the liquid fuel supply valve is closed; characterized in that the water manifold comprises a water vent valve configured to vent a first gas from the water manifold, and the liquid fuel manifold comprises a liquid vent valve configured to vent a second gas from the liquid fuel manifold. a liquid fuel manifold configured to couple to a gas turbine combustor to route a liquid fuel to the gas turbine combustor; a water manifold configured to couple to the gas turbine combustor to route water to the gas turbine combustor; a liquid fuel supply valve configured to selectively supply the liquid fuel to the liquid fuel manifold; and a water supply valve configured to selectively supply water to the liquid fuel manifold to displace the liquid fuel from the liquid fuel manifold when the liquid fuel supply valve is closed; characterized in that the water manifold comprises a water vent valve configured to vent a first gas from the water manifold, and the liquid fuel manifold comprises a liquid vent valve configured to vent a second gas from the liquid fuel manifold.
A semiconductor package, comprising: a package substrate; and a semiconductor die coupled to a first surface of the package substrate, the semiconductor die having a first plurality of metal-insulator-metal, MIM, capacitor layers thereon; characterized by a magnetic core inductor, MCI, die coupled to a second surface of the package substrate, the MCI die comprising one or more slotted inductors and having a second plurality of MIM capacitor layers thereon, wherein each of the one or more slotted inductors of the MCI die comprises a plurality of magnetic layers, and wherein all the magnetic layers of the plurality of magnetic layers are slotted with a regular pattern; or wherein all the magnetic layers of the plurality of magnetic layers are slotted with an irregular pattern; or wherein only a portion of, but not all of, the magnetic layers of the plurality of magnetic layers are slotted. a package substrate; and a semiconductor die coupled to a first surface of the package substrate, the semiconductor die having a first plurality of metal-insulator-metal, MIM, capacitor layers thereon; characterized by a magnetic core inductor, MCI, die coupled to a second surface of the package substrate, the MCI die comprising one or more slotted inductors and having a second plurality of MIM capacitor layers thereon, wherein each of the one or more slotted inductors of the MCI die comprises a plurality of magnetic layers, and wherein all the magnetic layers of the plurality of magnetic layers are slotted with a regular pattern; or wherein all the magnetic layers of the plurality of magnetic layers are slotted with an irregular pattern; or wherein only a portion of, but not all of, the magnetic layers of the plurality of magnetic layers are slotted.
Brewing device which is intended for a beverage-making machine for capsules and has two separate brewing chambers (14, 24), comprising a first capsule holder and a first closure element for the first brewing chamber and a second capsule holder and a second closure element for the second brewing chamber and also comprising a mechanism for actuating the two closure elements (15, 25), wherein the mechanism comprises a common drive member and also a first output member for the first brewing chamber and a second output member for the second brewing chamber, characterized in that the mechanism has a toothed-gear mechanism, wherein the two output members (10, 20) comprise two gearwheels which can be rotated in the same direction and each have a cam disk (11, 21).
An adhesive composition comprising: (a) from 70 wt. % to 90 wt. % of one or more amorphous copolymers, wherein the one or more copolymers comprise (i) from 30 mole % to 70 mole % of monomer units selected from the group consisting of ethylene, 1-butene, and mixtures thereof; and (ii) from 30 mole % to 70 mole % of propene monomer units; (b) from 10 wt. % to 30 wt. % of heterophase copolymers, wherein the heterophase copolymers have an Enthalpy of Fusion of at least 20.0 J/g; (c) wherein the adhesive composition is free of polyisobutylene; (d) wherein the adhesive composition has a viscosity of from 2,000 mPa·s to 11,500 mPa·s at 150 °C, as measured by the Viscosity Test Method; (e) wherein the heterophase copolymers comprise a first heterophase copolymer and a second heterophase copolymer; (f) wherein the adhesive composition comprises from 5 wt. % to 15 wt. % of the first heterophase copolymer and from 5 wt. % to 15 wt. % of the second heterophase copolymer; and (g) wherein the first heterophase copolymer has a higher Enthalpy of Fusion than the second heterophase copolymer, as measured by the Enthalpy of Fusion Test Method. (a) from 70 wt. % to 90 wt. % of one or more amorphous copolymers, wherein the one or more copolymers comprise (i) from 30 mole % to 70 mole % of monomer units selected from the group consisting of ethylene, 1-butene, and mixtures thereof; and (ii) from 30 mole % to 70 mole % of propene monomer units; (b) from 10 wt. % to 30 wt. % of heterophase copolymers, wherein the heterophase copolymers have an Enthalpy of Fusion of at least 20.0 J/g; (c) wherein the adhesive composition is free of polyisobutylene; (d) wherein the adhesive composition has a viscosity of from 2,000 mPa·s to 11,500 mPa·s at 150 °C, as measured by the Viscosity Test Method; (e) wherein the heterophase copolymers comprise a first heterophase copolymer and a second heterophase copolymer; (f) wherein the adhesive composition comprises from 5 wt. % to 15 wt. % of the first heterophase copolymer and from 5 wt. % to 15 wt. % of the second heterophase copolymer; and (g) wherein the first heterophase copolymer has a higher Enthalpy of Fusion than the second heterophase copolymer, as measured by the Enthalpy of Fusion Test Method.
A method comprising: storing addresses at a first set of slots at a buffer the addresses representing demand requests or prefetch requests pending at one of the caches resulting in cache misses at a first cache; and the method being further characterized by, in response to determining a fullness of the first set of slots exceeds a first threshold, transferring a received first prefetch request targeted to the first cache to a second cache, the second cache being located at a next higher level of a memory hierarchy after the first cache. storing addresses at a first set of slots at a buffer the addresses representing demand requests or prefetch requests pending at one of the caches resulting in cache misses at a first cache; and the method being further characterized by, in response to determining a fullness of the first set of slots exceeds a first threshold, transferring a received first prefetch request targeted to the first cache to a second cache, the second cache being located at a next higher level of a memory hierarchy after the first cache.
A carton blank of laminate packaging material and including a row of panels arranged side-by-side, the boundaries among said panels being defined by a set of lines of weakness substantially parallel to each other, a first panel comprising a top obturating part with a loop of weakness, a second panel adjacent to the first panel and comprising a top obturating part comprising substantially triangular sub-parts, and a top sealing fin part, a third panel adjacent to the second panel and including a top closure obturating part and a top sealing fin part, a fourth panel adjacent to the first panel and comprising a top obturating part comprising substantially triangular sub-parts, and a top sealing fin part, characterised in that the third panel further comprises lines of weakness extending in a boundary zone between the top closure obturating and top sealing fin parts and bounding a transition sub-panel arrangement between said parts, said lines of weakness diverging outwardly and each of the second and fourth panels include lines of weakness diverging outwardly and extending in a boundary zone between top closure obturating and top sealing fin parts and bounding a transition sub-panel arrangement between said parts.
A pixel layout that is to be personalized in order to make an image, the pixels forming a tiling of an image surface, each pixel having a plurality of N contiguous sub-pixels, each comprising a different color selected from N complementary colors, characterized in that the pixel layout is scrambled in space relative to a layout that is periodic in space.
Method for producing a road structure (1, 50) with the steps in the method: a. Removing soil or one or several layers of an existing road structure; b. Shaping the soil or a layer (2, 41) with an excavator, a bulldozer, a grader or a cutter in such a way that at least one arching elevation (8a, 8b; 43a - 43d) occurs; c. Applying a bound layer (15, 45) with an even surface to the shaped soil or shaped layer (2, 41). a. Removing soil or one or several layers of an existing road structure; b. Shaping the soil or a layer (2, 41) with an excavator, a bulldozer, a grader or a cutter in such a way that at least one arching elevation (8a, 8b; 43a - 43d) occurs; c. Applying a bound layer (15, 45) with an even surface to the shaped soil or shaped layer (2, 41).
A Guerbet alcohol mixture obtainable by reacting a) 55 to 95% by weight of cetylstearyl alcohol, b) 5 to 45% by weight of unbranched, saturated fatty alcohols having the following chain distribution: C12 from 48-58% C14 from 18-24% C16 from 8-12% C18 from 11-15%, and c) optionally 5% by weight of an aliphatic diol having at least 3 carbon atoms with the proviso that the mixture has a melting range, measured by differential scanning calorimetry, between -20°C and +70°C, where the width of the melting range comprises at least 30 temperature degrees and the maximum of the melting range is 35 ± 15°C, wherein the starting alcohols (a) to (c) are converted in a Guerbet reaction up to a conversion of 60 to 80%. a) 55 to 95% by weight of cetylstearyl alcohol, b) 5 to 45% by weight of unbranched, saturated fatty alcohols having the following chain distribution: C12 from 48-58% C14 from 18-24% C16 from 8-12% C18 from 11-15%, and C12 from 48-58% C14 from 18-24% C16 from 8-12% C18 from 11-15%, c) optionally 5% by weight of an aliphatic diol having at least 3 carbon atoms