mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a microelectronic device successively comprising: - forming a first current collector on a face of a substrate; - forming a first electrode on, and in electrical continuity with, a portion of the first current collector; - a heat treatment configured to heat treat the first electrode characterised in that: - the formation of the first current collector comprises forming a first collector layer on the face of the substrate and forming a second collector layer covering at least one part, referred to as a covered part, of the first collector layer and having a first face in contact with the first electrode, - the second collector layer is configured to protect the covered part during the heat treatment, such that the heat treatment does not oxidise said covered part. - forming a first current collector on a face of a substrate; - forming a first electrode on, and in electrical continuity with, a portion of the first current collector; - a heat treatment configured to heat treat the first electrode - the formation of the first current collector comprises forming a first collector layer on the face of the substrate and forming a second collector layer covering at least one part, referred to as a covered part, of the first collector layer and having a first face in contact with the first electrode, - the second collector layer is configured to protect the covered part during the heat treatment, such that the heat treatment does not oxidise said covered part.
A power supply section for an e-vapor device, comprising: a power supply section housing including, a power supply portion and a heater assembly portion, the power supply portion including a power supply, the heater assembly portion including a heating element and a support, the power supply being configured to selectively supply power to the heating element, the heating element including a planar portion and first and second lead portions (30, 40), the planar portion including at least one filament the at least one filament defining an air channel through a central portion of the planar portion, the filament arranged so as to form a plurality of u-shaped portions about the air channel, each u-shaped portion of the plurality of u-shaped portions having a centre line extending radially from the air channel, the centre line of each u-shaped portion being angularly spaced from centre lines of adjacent u-shaped portions such that the centre lines of adjacent u-shaped portions are non-parallel, the first and second lead portions (30, 40) extending away from the planar portion, the first lead portion including a first end portion and a first step portion, and the second lead portion including a second end portion and a second step portion, the first step portion having a greater width than the first end portion, and the second step portion having a greater width than the second end portion, the support supporting the heating element in the power supply section housing, the support including a first slot and a second slot, the first end portion of the first lead portion extending through the first slot, the second end portion of the second lead portion extending through the second slot. the heating element including a planar portion and first and second lead portions (30, 40), the planar portion including at least one filament the at least one filament defining an air channel through a central portion of the planar portion, the filament arranged so as to form a plurality of u-shaped portions about the air channel, each u-shaped portion of the plurality of u-shaped portions having a centre line extending radially from the air channel, the centre line of each u-shaped portion being angularly spaced from centre lines of adjacent u-shaped portions such that the centre lines of adjacent u-shaped portions are non-parallel, the first and second lead portions (30, 40) extending away from the planar portion, the first lead portion including a first end portion and a first step portion, and the second lead portion including a second end portion and a second step portion, the first step portion having a greater width than the first end portion, and the second step portion having a greater width than the second end portion, the support supporting the heating element in the power supply section housing, the support including a first slot and a second slot, the first end portion of the first lead portion extending through the first slot, the second end portion of the second lead portion extending through the second slot.
A method for making a thin cast strip with reduced meniscus marks comprising the steps of: (a) assembling a pair of casting rolls laterally positioned to form a nip therebetween; (b) preparing molten steel having a carbon content in the range of about 0.01 to 0.3 % by weight, a manganese content between 0.1 and 2.0 % by weight, a silicon content between 0.05 and 0.5 % by weight, a calcium content between 8 ppm and 40 ppm, an aluminum content between 2 ppm and 90 ppm by weight, a chromium content below 10.0% by weight, and a free oxygen content below 50 ppm at 1600 °C; (c) forming a casting pool of the molten steel supported on casting surfaces of the casting rolls above the nip; and (d) counter-rotating the casting rolls cause thin strip to be casted downwardly from the nip. (a) assembling a pair of casting rolls laterally positioned to form a nip therebetween; (b) preparing molten steel having a carbon content in the range of about 0.01 to 0.3 % by weight, a manganese content between 0.1 and 2.0 % by weight, a silicon content between 0.05 and 0.5 % by weight, a calcium content between 8 ppm and 40 ppm, an aluminum content between 2 ppm and 90 ppm by weight, a chromium content below 10.0% by weight, and a free oxygen content below 50 ppm at 1600 °C; (c) forming a casting pool of the molten steel supported on casting surfaces of the casting rolls above the nip; and (d) counter-rotating the casting rolls cause thin strip to be casted downwardly from the nip.
A method for authenticating to a device, comprising: - receiving, by the device, from a chip, data; - retrieving, by the device, based on the received data, a predetermined encrypted credential; - sending, by the device, to the chip, a decryption request for decrypting the encrypted credential including or being accompanied with the encrypted credential to be decrypted; - retrieving, by the chip, a secret key; - decrypting, by the chip, the encrypted credential by using the secret key; - sending, by the chip, to the device, as a decryption request response, the credential; - verifying, by the device, whether the credential is or is not valid; and - authenticating, by the device, only if the credential is valid, the chip. characterized in that, to ascertain that the credential is valid, the device decrypts successfully a predetermined encrypted key by using the credential, the key, as a decrypted encrypted key, being used for encrypting at least one resource that belongs to either a chip user who is authorized to access the at least one resource or a role which a chip user has and authorizes to access the at least one resource, the device decrypts at least one encrypted resource by using the key, in order to access the at least one resource. - receiving, by the device, from a chip, data; - retrieving, by the device, based on the received data, a predetermined encrypted credential; - sending, by the device, to the chip, a decryption request for decrypting the encrypted credential including or being accompanied with the encrypted credential to be decrypted; - retrieving, by the chip, a secret key; - decrypting, by the chip, the encrypted credential by using the secret key; - sending, by the chip, to the device, as a decryption request response, the credential; - verifying, by the device, whether the credential is or is not valid; and - authenticating, by the device, only if the credential is valid, the chip. characterized in that, to ascertain that the credential is valid, the device decrypts successfully a predetermined encrypted key by using the credential, the key, as a decrypted encrypted key, being used for encrypting at least one resource that belongs to either a chip user who is authorized to access the at least one resource or a role which a chip user has and authorizes to access the at least one resource, the device decrypts at least one encrypted resource by using the key, in order to access the at least one resource.
Metal semiconductor particles, suitable for use as a cell killer, wherein the metal semiconductor particles produce a cytotoxin upon ultrasonic irradiation, wherein the metal semiconductor particles have a particle diameter of 20 to 200 nm, wherein the metal semiconductor particles comprise at least one of semiconductor particles selected from the group consisting of TiO 2, SnO 2 and ZnO, wherein the metal semiconductor particles produce the cytotoxin upon exposure to ultrasonic waves of 400 kHz to 20 MHz, and wherein the semiconductor particles have polyethylene glycol bonded to the surface of the particles. wherein the metal semiconductor particles produce a cytotoxin upon ultrasonic irradiation, wherein the metal semiconductor particles have a particle diameter of 20 to 200 nm, wherein the metal semiconductor particles comprise at least one of semiconductor particles selected from the group consisting of TiO 2, SnO 2 and ZnO, wherein the metal semiconductor particles produce the cytotoxin upon exposure to ultrasonic waves of 400 kHz to 20 MHz, and wherein the semiconductor particles have polyethylene glycol bonded to the surface of the particles.
Locking device, in particular for locking a pivotable backrest of a vehicle seat to a vehicle structure, comprising a catching eccentric which can be pivoted between a locking position and a release position by means of an operating element, and comprising a latching pawl which can be pivoted between an open position and a closed position, wherein the latching pawl is blocked in the closed position thereof by the catching eccentric in the locking position thereof, wherein the latching pawl has at least two receptacles (42, 44) and, in the closed position of the latching pawl, a locking element can be received in either one of the receptacles (42, 44), characterized in that the latching pawl is preloaded towards the closed position of the latching pawl by means of a spring element which is supported on a housing part of the locking device, wherein a control kinematics system having a first lever, a second lever and a third lever is provided, wherein a first end of the second lever is connected in an articulated manner to a second end of the first lever and a second end of the second lever is connected in an articulated manner to the catching eccentric.
A paper product comprising at least one barrier coating layer, said barrier coating layer comprising a starch material and a synthetic polymer, characterized in that: a) the barrier coating layer has an average thickness of at least 3 μm and an average coat weight of 5 to 15 g/m 2; b) the starch material has a weight average molecular weight of 25.000 to 1.000.000 Dalton and a glass transition temperature (Tg) of no more than 120°C; and c) the synthetic polymer is selected from the group consisting of: polyvinyl alcohol, polyamine, polyacrylates, polyacrylamides, polyamides, and mixtures thereof, wherein the starch material and the synthetic polymer are present in the barrier coating layer in a dry weight ratio of 1:10 to 2:1. a) the barrier coating layer has an average thickness of at least 3 μm and an average coat weight of 5 to 15 g/m 2; b) the starch material has a weight average molecular weight of 25.000 to 1.000.000 Dalton and a glass transition temperature (Tg) of no more than 120°C; and c) the synthetic polymer is selected from the group consisting of: polyvinyl alcohol, polyamine, polyacrylates, polyacrylamides, polyamides, and mixtures thereof, wherein the starch material and the synthetic polymer are present in the barrier coating layer in a dry weight ratio of 1:10 to 2:1.
Panel suited to hold pipes for floor heating and cooling, comprising a modular grid made of moulded plastic comprising a base lattice and a series of projections connected by rods of said base lattice and spaced according to a modular pattern for the passage of said pipes between said projections according to predetermined laying distances of the pipes, wherein said pipes can be turned around said projections, the height of said projections being in whole or in part greater than the diameter of the pipe so as to protect the pipes during installation, or during the casting of the screed, characterized in that each of said projections is hollow and comprises a cylindrical wall, equipped with one or more protrusions suited to lock said pipes, and wherein the shape of said projections is continuous and linear, and parallelepiped or wholly or partly circular, and wherein said cylindrical wall is provided with through openings in communication with the interior of the projections.
A computer implemented method for customizing a virtual space based on a user posture, the method comprising: receiving a sensor input; determining the user posture from the sensor input; determining that the user posture corresponds to a seated mode; in response to the determining, setting a seated customization for the virtual space by: providing a first seated customization including: obtaining metrics for a floor height; and adjusting a system floor height based on the metrics for the floor height, characterised in that the system floor height sets a minimum height for virtual objects in relation to the user, wherein the adjusting the system floor height causes the system floor height to be higher than the height of a real-world floor. receiving a sensor input; determining the user posture from the sensor input; determining that the user posture corresponds to a seated mode; in response to the determining, setting a seated customization for the virtual space by: providing a first seated customization including: obtaining metrics for a floor height; and adjusting a system floor height based on the metrics for the floor height, characterised in that providing a first seated customization including: obtaining metrics for a floor height; and adjusting a system floor height based on the metrics for the floor height, characterised in that obtaining metrics for a floor height; and adjusting a system floor height based on the metrics for the floor height, characterised in that the system floor height sets a minimum height for virtual objects in relation to the user, wherein the adjusting the system floor height causes the system floor height to be higher than the height of a real-world floor.
A device comprising: a first semiconductor structure comprising an AlGaInP light emitting layer disposed between an n-type region and a p-type region and an etch stop layer; a second semiconductor structure; and a bond formed at an interface disposed between the first and second semiconductor structures, wherein the bond connects the first semiconductor structure to the second semiconductor structure, and wherein in the etch stop layer is adjacent to the interface on the side of the first semiconductor structure, CHARACTERIZED IN THAT the device further comprises a bonding layer adjacent to the interface on the side of the second semiconductor structure formed as an InGaP layer between 500 and 1,000 nm thick and doped with Te to a concentration of at least 5x10 18 cm -3. a first semiconductor structure comprising an AlGaInP light emitting layer disposed between an n-type region and a p-type region and an etch stop layer; a second semiconductor structure; and a bond formed at an interface disposed between the first and second semiconductor structures, wherein the bond connects the first semiconductor structure to the second semiconductor structure, and wherein in the etch stop layer is adjacent to the interface on the side of the first semiconductor structure, CHARACTERIZED IN THAT the device further comprises a bonding layer adjacent to the interface on the side of the second semiconductor structure formed as an InGaP layer between 500 and 1,000 nm thick and doped with Te to a concentration of at least 5x10 18 cm -3.
Method for securing a mobile digital processing device comprising: - a protective step that is self-activated when the mobile device measures an evolutionary value approaching a threshold value and wherein the mobile device executes a protective action - a step of self-setting said evolutionary value when the mobile device and a holder associated therewith are detected in a common vicinity and wherein said evolutionary value is positioned at a value remote from said threshold value, so as to allow said evolutionary value to approach said threshold value naturally, when the mobile device and said holder are no longer detected in a common vicinity. - a protective step that is self-activated when the mobile device measures an evolutionary value approaching a threshold value and wherein the mobile device executes a protective action - a step of self-setting said evolutionary value when the mobile device and a holder associated therewith are detected in a common vicinity and wherein said evolutionary value is positioned at a value remote from said threshold value, so as to allow said evolutionary value to approach said threshold value naturally, when the mobile device and said holder are no longer detected in a common vicinity.
A preparation method of a walnut yogurt, comprising the following steps: 1) roasting peeled walnut kernels at 145°C to 165°C for 5 to 25 min; 2) degreasing the roasted walnut kernels until the fat content is 20% to 50% to obtain semi-degreased walnut kernels; 3) mixing the semi-degreased walnut kernels with a stabilizer, a carbon source and water and then milling the resultant to obtain a walnut slurry; and 4) subjecting the walnut slurry to sufficient mixing, sterilization, inoculation, and fermentation to obtain the walnut yogurt. 1) roasting peeled walnut kernels at 145°C to 165°C for 5 to 25 min; 2) degreasing the roasted walnut kernels until the fat content is 20% to 50% to obtain semi-degreased walnut kernels; 3) mixing the semi-degreased walnut kernels with a stabilizer, a carbon source and water and then milling the resultant to obtain a walnut slurry; and 4) subjecting the walnut slurry to sufficient mixing, sterilization, inoculation, and fermentation to obtain the walnut yogurt.
A process for preparing lofexidine, the compound of formula, or a pharmaceutically acceptable acid addition salt thereof, which comprises the step of: a) converting a compound of formula into lofexidine in a solvent in the presence of an aluminium alkoxide of formula Al(OR 2) 3. wherein R 2 is an alkyl having 1 to 11 carbon atoms, and b) optionally converting the lofexidine into a pharmaceutically acceptable salt thereof. a) converting a compound of formula into lofexidine in a solvent in the presence of an aluminium alkoxide of formula Al(OR 2) 3. wherein R 2 is an alkyl having 1 to 11 carbon atoms, and b) optionally converting the lofexidine into a pharmaceutically acceptable salt thereof.
Implant for kyphoplasty, - having two end pieces (4a, b) arranged coaxially with respect to a central longitudinal axis and having an axial distance relative to each other, - having a cage that connects the end pieces (4a, b) and concentrically surrounds the central longitudinal axis, wherein this cage - contains a plurality of webs connecting the two end pieces (4a, b), characterised in that, in an initial state of the implant, the two ends (8a, b) of each web are offset from each other by the same initial angle (ß) in the peripheral direction with respect to the central longitudinal axis, - wherein the implant is able to be brought into an expansion state by an opposing rotation of the end pieces (4a, b) around the central longitudinal axis in which the peripheral positions of the ends (8a, b) of each web are moved towards one another. - having two end pieces (4a, b) arranged coaxially with respect to a central longitudinal axis and having an axial distance relative to each other, - having a cage that connects the end pieces (4a, b) and concentrically surrounds the central longitudinal axis, wherein this cage - contains a plurality of webs connecting the two end pieces (4a, b), - wherein the implant is able to be brought into an expansion state by an opposing rotation of the end pieces (4a, b) around the central longitudinal axis in which the peripheral positions of the ends (8a, b) of each web are moved towards one another.
A lenticular display comprising: a lenticular lens in which a plurality of convex lenses are arranged side by side, the plurality of convex lenses each having a convex surface; and a lenticular image provided on a back-face side facing away from the surface of the convex lenses, wherein the lenticular image is a plurality of display image strips (14A1-14AN; 14B1-14BN) that are extracted from each of a plurality of display images (13A, 13B) in a stripe form and are arranged at corresponding positions under the convex lenses, wherein each of the plurality of display images (13A, 13B) has the main image part (13Am1, 13Am2) and a background image part (13Ab, 13Bb), characterized in that in the plurality of display images (13A, 13B), a color density of a portion where main-image parts (13Am1, 13Am2) overlap with each other is corrected to an intermediate color of a color of the main image part (13Am1, 13Am2) and a color of the background image part (13Ab, 13Bb). a lenticular lens in which a plurality of convex lenses are arranged side by side, the plurality of convex lenses each having a convex surface; and a lenticular image provided on a back-face side facing away from the surface of the convex lenses, wherein the lenticular image is a plurality of display image strips (14A1-14AN; 14B1-14BN) that are extracted from each of a plurality of display images (13A, 13B) in a stripe form and are arranged at corresponding positions under the convex lenses, wherein each of the plurality of display images (13A, 13B) has the main image part (13Am1, 13Am2) and a background image part (13Ab, 13Bb), characterized in that in the plurality of display images (13A, 13B), a color density of a portion where main-image parts (13Am1, 13Am2) overlap with each other is corrected to an intermediate color of a color of the main image part (13Am1, 13Am2) and a color of the background image part (13Ab, 13Bb).