mhurhangee/ep-ind-claims huggingface dataset:
Monitor system for a human or animal eye, at least comprising a monitor which can be implanted in the eye and is connected to a power receiver and a data receiver, a camera for recording image data, which is connected to a first transmission unit for processing, in particular compressing, and for wirelessly transmitting at least the image data via a first transmission channel to the data receiver, wherein the data receiver is configured for receiving the image data and forwarding it to the monitor, wherein the monitor is configured to display image data recorded by the camera, wherein the monitor is designed to be arranged in place of the lens in the lens sac of the eye, in particular wherein the power receiver and/or the data receiver is arranged on a side of the monitor facing the outside world, and wherein a projection apparatus is provided on a side of the monitor facing an inside of the eye, whereby the image data can be projected onto the retina, characterized in that the monitor has an opening with the form and action of a pupil, whereby light from outside the eye falls onto the retina. a monitor which can be implanted in the eye and is connected to a power receiver and a data receiver, a camera for recording image data, which is connected to a first transmission unit for processing, in particular compressing, and for wirelessly transmitting at least the image data via a first transmission channel to the data receiver, wherein the data receiver is configured for receiving the image data and forwarding it to the monitor, wherein the monitor is configured to display image data recorded by the camera, wherein the monitor is designed to be arranged in place of the lens in the lens sac of the eye, in particular wherein the power receiver and/or the data receiver is arranged on a side of the monitor facing the outside world, and wherein a projection apparatus is provided on a side of the monitor facing an inside of the eye, whereby the image data can be projected onto the retina, characterized in that the monitor has an opening with the form and action of a pupil, whereby light from outside the eye falls onto the retina.
A honeycomb filter for purifying exhaust gases which has a structure in which: a porous ceramic member comprises a number of through holes, said through holes being placed in parallel with one another in the length direction with wall portion interposed therebetween; predetermined through holes of said through holes are filled with plugs at one end of said porous ceramic member, while the through holes that have not been filled with said plugs at said one end are filled with plugs at the other end of said porous ceramic member; and a part or all of said wall portion functions as a filter for collecting particulates characterized in that said honeycomb filter comprises a plurality of porous ceramic members combined with one another through sealing material layers, said porous ceramic member comprises silicon carbide, and a bending strength Fα (MPa) of said honeycomb filter for purifying exhaust gases and a length L (mm) of said plug in the length direction of the through hole satisfy the relationship of 30 ≤ Fα × L ≤ 200. a porous ceramic member comprises a number of through holes, said through holes being placed in parallel with one another in the length direction with wall portion interposed therebetween; predetermined through holes of said through holes are filled with plugs at one end of said porous ceramic member, while the through holes that have not been filled with said plugs at said one end are filled with plugs at the other end of said porous ceramic member; and a part or all of said wall portion functions as a filter for collecting particulates characterized in that said honeycomb filter comprises a plurality of porous ceramic members combined with one another through sealing material layers, said porous ceramic member comprises silicon carbide, and a bending strength Fα (MPa) of said honeycomb filter for purifying exhaust gases and a length L (mm) of said plug in the length direction of the through hole satisfy the relationship of 30 ≤ Fα × L ≤ 200.
Method for routing in a communication network including: a) a first network slice, wherein the first network slice comprises multiple first-slice resources (101, 110, 120, 130), b) a second network slice, wherein the second network slice comprises multiple second-slice resources (201, 210, 220, 230), and c) a control unit for controlling data flow in the first network slice, in the second network slice and between the first network slice and the second network slice, wherein the method comprises the following steps: -- in a first step, a template data set including a routing cost indication for a first second-slice resource is provided to the control unit, -- in a second step, subsequent to the first step, it is determined whether the routing cost indication of the first second-slice resource complies with a predefined routing requirement of the second network slice, and, if the routing cost indication of the first second-slice resource is found to be non-compliant, a first-slice resource is determined and network traffic is routed from a second second-slice resource via the first-slice resource to a third second-slice resource. a) a first network slice, wherein the first network slice comprises multiple first-slice resources (101, 110, 120, 130), b) a second network slice, wherein the second network slice comprises multiple second-slice resources (201, 210, 220, 230), and c) a control unit for controlling data flow in the first network slice, in the second network slice and between the first network slice and the second network slice, wherein the method comprises the following steps: -- in a first step, a template data set including a routing cost indication for a first second-slice resource is provided to the control unit, -- in a second step, subsequent to the first step, it is determined whether the routing cost indication of the first second-slice resource complies with a predefined routing requirement of the second network slice, and, if the routing cost indication of the first second-slice resource is found to be non-compliant, a first-slice resource is determined and network traffic is routed from a second second-slice resource via the first-slice resource to a third second-slice resource. -- in a first step, a template data set including a routing cost indication for a first second-slice resource is provided to the control unit, -- in a second step, subsequent to the first step, it is determined whether the routing cost indication of the first second-slice resource complies with a predefined routing requirement of the second network slice, and, if the routing cost indication of the first second-slice resource is found to be non-compliant, a first-slice resource is determined and network traffic is routed from a second second-slice resource via the first-slice resource to a third second-slice resource.
A coil disk, comprising: a support structure located in a middle of the coil disk; a first clamping rib, a first end of the first clamping rib being connected to the support structure, a second end of the first clamping rib extending in a direction away from the support structure; and a second clamping rib located below the first clamping rib, a first end of the second clamping rib being connected to the support structure, a second end of the second clamping rib extending in a direction away from the support structure; wherein the first clamping rib, the second clamping rib, and the support structure are enclosed to form a clamping gap for winding an enameled wire; characterised in that the first clamping rib and the second clamping rib are integrally formed with the support structure. a support structure located in a middle of the coil disk; a first clamping rib, a first end of the first clamping rib being connected to the support structure, a second end of the first clamping rib extending in a direction away from the support structure; and a second clamping rib located below the first clamping rib, a first end of the second clamping rib being connected to the support structure, a second end of the second clamping rib extending in a direction away from the support structure; wherein the first clamping rib, the second clamping rib, and the support structure are enclosed to form a clamping gap for winding an enameled wire; characterised in that the first clamping rib and the second clamping rib are integrally formed with the support structure.
A [Mn 4 CaO 4](R 1 CO 2) 8 (L 1)(L 2)(L 3) compound represented by formula I, characterized in that the compound comprises four Mn ions and one Ca 2+ ion, which are linked via four O 2- ions to form an asymmetric [Mn 4 CaO 4] heteronuclear metal cluster skeleton core; the peripheral ligands of the [Mn 4 CaO 4] cluster are provided with eight carboxylic acid anions and three neutral ligands (L 1, L 2, L 3); wherein, R 1 is selected from H or C 1-8 linear or branched alkyl; the three ligands L 1, L 2, and L 3 are the same or different and are each independently selected from the group consisting of carboxylic acid molecules, pyridine, imidazole, pyrazine, quinoline, isoquinoline, or water molecule, alcohol molecules, ketones, nitriles, such as acetonitrile, esters. R 1 is selected from H or C 1-8 linear or branched alkyl; the three ligands L 1, L 2, and L 3 are the same or different and are each independently selected from the group consisting of carboxylic acid molecules, pyridine, imidazole, pyrazine, quinoline, isoquinoline, or water molecule, alcohol molecules, ketones, nitriles, such as acetonitrile, esters.
The powder formulation comprising valganciclovir hydrochloride for oral administration after being reconstituted in water, characterized in that it comprises L-tartaric acid as stabilizer.
The non-therapeutic (cosmetic) use of the essential oil of Laserpitium siler L., as an active agent for preventing and/or treating the signs of aging or photoaging of the skin and/or as an antioxidant.
A seat frame for a vehicle seat comprising: a side frame which is disposed at each end of a seat back frame of a seat back of the vehicle seat in a width direction of the vehicle seat; a reclining mechanism which comprises a rotation shaft extending in the width direction and pivots the seat back with respect to a seat cushion of the vehicle seat by the rotation of the rotation shaft; and an actuator which is driven to rotate the rotation shaft, wherein the reclining mechanism is attached to a side wall of the side frame while the rotation shaft penetrates the side wall of the side frame, wherein the actuator is fixed to an attachment bracket bonded to an inner surface of the side wall in the width direction while engaging with a portion penetrating the side wall in the rotation shaft, characterized in that the attachment bracket comprises an upper portion which is disposed above the attachment area of the reclining mechanism in the side wall and a lower portion which is disposed below the attachment area of the reclining mechanism in the side wall, and one end of the upper portion and one end of the lower portion in a front to back direction of the vehicle seat are connected to each other, and an other end of the upper portion and an other end of the lower portion in the front to back direction are separated from each other. a side frame which is disposed at each end of a seat back frame of a seat back of the vehicle seat in a width direction of the vehicle seat; a reclining mechanism which comprises a rotation shaft extending in the width direction and pivots the seat back with respect to a seat cushion of the vehicle seat by the rotation of the rotation shaft; and an actuator which is driven to rotate the rotation shaft, wherein the reclining mechanism is attached to a side wall of the side frame while the rotation shaft penetrates the side wall of the side frame, wherein the actuator is fixed to an attachment bracket bonded to an inner surface of the side wall in the width direction while engaging with a portion penetrating the side wall in the rotation shaft, characterized in that the attachment bracket comprises an upper portion which is disposed above the attachment area of the reclining mechanism in the side wall and a lower portion which is disposed below the attachment area of the reclining mechanism in the side wall, and one end of the upper portion and one end of the lower portion in a front to back direction of the vehicle seat are connected to each other, and an other end of the upper portion and an other end of the lower portion in the front to back direction are separated from each other.
A method for controlling an electronic device, comprising: determining whether an ear-jack terminal cap is inserted into an ear-jack terminal provided in the electronic device; in response to determining that the ear-jack terminal cap is inserted into the ear-jack terminal provided in the electronic device, displaying button types; identifying a selection of at least one of the displayed button types; in response to the selection, storing at least one function for a button of the ear-jack terminal cap; and performing the stored at least one function corresponding to the selected at least one of the displayed button types upon receipt of an input of the button of the ear-jack terminal cap. determining whether an ear-jack terminal cap is inserted into an ear-jack terminal provided in the electronic device; in response to determining that the ear-jack terminal cap is inserted into the ear-jack terminal provided in the electronic device, displaying button types; identifying a selection of at least one of the displayed button types; in response to the selection, storing at least one function for a button of the ear-jack terminal cap; and performing the stored at least one function corresponding to the selected at least one of the displayed button types upon receipt of an input of the button of the ear-jack terminal cap.
A process for producing ammonia and a derivative of ammonia from a natural gas feed comprising: conversion of natural gas into synthesis gas in a front-end section; synthesis of ammonia from said synthesis gas in a synthesis loop; use of at least part of said ammonia to produce said derivative of ammonia, said process being carried out with power users requiring a mechanical power for operation, and thermal users requiring a heat input for operation; the process being characterised in that: - a portion of said natural gas feed is used to fuel a gas turbine; - power produced by said gas turbine is used to cover at least partially the power demand of said power users; - heat is recovered from exhaust gas of said gas turbine, and at least part of said heat is recovered as low-grade heat, to provide process heating to at least one of said thermal users, - said low-grade heat being transferred from said exhaust gas to said at least one of said thermal users via a heat exchange medium, said medium being heated by indirect heat exchange with the exhaust gas to a temperature which is not greater than 200 °C. conversion of natural gas into synthesis gas in a front-end section; synthesis of ammonia from said synthesis gas in a synthesis loop; use of at least part of said ammonia to produce said derivative of ammonia, said process being carried out with power users requiring a mechanical power for operation, and thermal users requiring a heat input for operation; the process being characterised in that: - a portion of said natural gas feed is used to fuel a gas turbine; - power produced by said gas turbine is used to cover at least partially the power demand of said power users; - heat is recovered from exhaust gas of said gas turbine, and at least part of said heat is recovered as low-grade heat, to provide process heating to at least one of said thermal users, - said low-grade heat being transferred from said exhaust gas to said at least one of said thermal users via a heat exchange medium, said medium being heated by indirect heat exchange with the exhaust gas to a temperature which is not greater than 200 °C. - a portion of said natural gas feed is used to fuel a gas turbine; - power produced by said gas turbine is used to cover at least partially the power demand of said power users; - heat is recovered from exhaust gas of said gas turbine, and at least part of said heat is recovered as low-grade heat, to provide process heating to at least one of said thermal users, - said low-grade heat being transferred from said exhaust gas to said at least one of said thermal users via a heat exchange medium, said medium being heated by indirect heat exchange with the exhaust gas to a temperature which is not greater than 200 °C.
A video capturing device configured to capture video data, the image capturing device comprising: an image processing pipeline configured to generate a video stream from the captured video data; an encryption key activating module configured to, upon request, activate an encryption key and deactivate any previously activated encryption key used for encrypting the video stream, such that only one encryption key is activated to be used for encryption of the video stream at each instance in time; an encryption scheduler module configured to, at a predetermined time interval from an immediately preceding request to the encryption key activating module to activate an encryption key, instruct the encryption key activating module to activate an encryption key; an event handling module configured to, as a response to receiving indications of a detected event, instruct the encryption key activating module to activate an encryption key; an encryption module configured to encrypt the video stream using the one activated encryption key. an image processing pipeline configured to generate a video stream from the captured video data; an encryption key activating module configured to, upon request, activate an encryption key and deactivate any previously activated encryption key used for encrypting the video stream, such that only one encryption key is activated to be used for encryption of the video stream at each instance in time; an encryption scheduler module configured to, at a predetermined time interval from an immediately preceding request to the encryption key activating module to activate an encryption key, instruct the encryption key activating module to activate an encryption key; an event handling module configured to, as a response to receiving indications of a detected event, instruct the encryption key activating module to activate an encryption key; an encryption module configured to encrypt the video stream using the one activated encryption key.
A method for manufacturing a three-dimensional object [object] using an additive manufacturing system, comprising: - generating a digital representation of the three-dimensional object, and slicing the same into multiple horizontal layers, so as to generate printing instructions for each of the said horizontal layers; - printing layers of the object from a part material [composition] comprising at least one fluorinated thermoplastic elastomer [polymer (F-TPE)] comprising: - at least one elastomeric block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418: and - at least one thermoplastic block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, wherein the crystallinity of said block and its weight fraction in the polymer (F-TPE) are such to provide for a heat of fusion of the polymer (F-TPE) of at least 2.5 J/g, when determined according to ASTM D3418. - generating a digital representation of the three-dimensional object, and slicing the same into multiple horizontal layers, so as to generate printing instructions for each of the said horizontal layers; - printing layers of the object from a part material [composition] comprising at least one fluorinated thermoplastic elastomer [polymer (F-TPE)] comprising: - at least one elastomeric block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418: and - at least one thermoplastic block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer,
A method for leveraging peer-to-peer, P2P,discovery messages, comprising: generating, by a user device that is a member of a P2P communications group having a plurality of members, a P2P discovery message, the P2P discovery message indicating an activity state of a group communication session among two or more of the plurality of members of the P2P communications group; and transmitting, by the user device, the P2P discovery message to one or more other user devices that are members of the P2P communications group. generating, by a user device that is a member of a P2P communications group having a plurality of members, a P2P discovery message, the P2P discovery message indicating an activity state of a group communication session among two or more of the plurality of members of the P2P communications group; and transmitting, by the user device, the P2P discovery message to one or more other user devices that are members of the P2P communications group.
Method for producing a cold mixed beverage of milk and an acidic component, wherein the method comprises the following steps in this order: • a denaturing step of the milk, wherein the milk is heated to a denaturing temperature T DENAT which is in a range of 72°C to 155°C prior to mixing with the acidic component and the milk is maintained at the denaturing temperature T DENAT for a denaturing period t DENAT, which is in a range of 30 sec to 1 h. • subsequently mixing the denatured milk with the acidic component to a mixture, • heat treating the mixture to increase shelf life, wherein the mixture is heated to a temperature T HALT which is in a range of 63 °Cto 155 °C, and maintaining the mixture at the temperature T HALT for a heat treatment period t HALT, • homogenizing the heat-treated mixture at a homogenizing pressure p HOM which is in a range of 75 bar to 275 bar, and • cooling the mixture to a temperature that is in a range of 4°C to 25°C, wherein the milk and the acidic component are mixed in such a mixing ratio that the mixture, after homogenization and cooling, has a pH value which is in a range of 5,8 to 7,0. • a denaturing step of the milk, wherein the milk is heated to a denaturing temperature T DENAT which is in a range of 72°C to 155°C prior to mixing with the acidic component and the milk is maintained at the denaturing temperature T DENAT for a denaturing period t DENAT, which is in a range of 30 sec to 1 h. • subsequently mixing the denatured milk with the acidic component to a mixture, • heat treating the mixture to increase shelf life, wherein the mixture is heated to a temperature T HALT which is in a range of 63 °Cto 155 °C, and maintaining the mixture at the temperature T HALT for a heat treatment period t HALT, • homogenizing the heat-treated mixture at a homogenizing pressure p HOM which is in a range of 75 bar to 275 bar, and • cooling the mixture to a temperature that is in a range of 4°C to 25°C,