mhurhangee/ep-ind-claims huggingface dataset:
Hob device with a hob plate, which has at least one user interface area, with at least one user interface element and with at least one centring unit, which is connected on an underside of the hob plate thereto and which is provided to centre the user interface element relative to the user interface area along at least one direction, wherein the centring unit has at least one centring element fastened to the hob plate, wherein the centring element has at least one ramp bevel and at least one stop surface, which is aligned at least substantially at a right angle to the hob plate and the ramp bevel connects to the underside of the hob plate, characterised in that the centring element, in the assembled state, brings the user interface element into contact with the stop surface, with at least one user interface retaining unit, which, in an assembled state, supports at least the user interface element and through which the user interface element, in a preassembled state, is mounted in a displaceable manner along the direction, wherein the direction is parallel to a width direction of the hob plate, and wherein the centring element provides the centring of the user interface element and wherein the centring element, in the assembled state, is brought into contact with the user interface element on a side of the user interface element aligned along the width direction, wherein the centring unit has at least one further centring element which is arranged opposite the centring element with respect to the user interface area, wherein the centring element and the further centring element, in the assembled state, bring the user interface element into contact with the stop surface and a further stop surface of the further centring element on the opposing corners or sides and the centring element and the further centring element embody a form fit together with the user interface element in order to centre the user interface element.
A method of managing content format conversion for transmission of converted content to a mobile device, the method comprising the steps of: retrieving, over a data communications network, an initial content in a first format, wherein the initial content includes video; determining a resource usage requirement associated with delivering the initial content in a converted format to the mobile device, wherein: the converted format is different than the first format, and the resource usage requirement is calculated based on: a data size of the initial content in the converted format; and upon a determination that the resource usage requirement does not exceed a resource usage allocation specified by an information provider, converting the initial content to the converted format; and transmitting a message including the initial content in the converted format to the mobile device; upon a determination that the resource usage requirement does exceed the resource usage allocation specified by the information provider, forgoing conversion of the initial content. retrieving, over a data communications network, an initial content in a first format, wherein the initial content includes video; determining a resource usage requirement associated with delivering the initial content in a converted format to the mobile device, wherein: the converted format is different than the first format, and the resource usage requirement is calculated based on: a data size of the initial content in the converted format; and the converted format is different than the first format, and the resource usage requirement is calculated based on: a data size of the initial content in the converted format; and upon a determination that the resource usage requirement does not exceed a resource usage allocation specified by an information provider, converting the initial content to the converted format; and transmitting a message including the initial content in the converted format to the mobile device; upon a determination that the resource usage requirement does exceed the resource usage allocation specified by the information provider, forgoing conversion of the initial content.
Process for the production of a structure in a relief layer of a flexographic printing plate, where the flexographic printing plate has at least one polymeric support layer, a relief layer and a protective layer, in this sequence, and where the relief layer is a photopolymer layer and the structure in the relief layer is produced by exposing the flexographic printing plate to actinic radiation exclusively from the side of the polymeric support layer and through the latter, where the exposure to actinic radiation is carried out in two part-steps, namely in a first part-step over the full area of the polymeric support layer and in a second part-step through an imaging element, which has part-areas which are transparent and part-areas which are opaque to the actinic radiation, where the imaging element is located between the polymeric support layer and a radiation source for actinic radiation and where the duration of the exposure to actinic radiation for the first part-step is sufficient in order to crosslink with polymerisation at least 80% of the photopolymer layer and where the duration of the exposure to actinic radiation for the second part-step is sufficient in order to crosslink with polymerisation the remaining at most 20% of the upper photopolymer layer in the areas where the imaging element is transparent to actinic radiation, in each case based on the layer thickness of the photopolymer layer, viewed from the side of the polymeric support layer.
A time synchronization packet processing method, applied to a time synchronization node, the method comprising: determining, according to a change condition of received time source information, whether a time source tracked by the time synchronization node changes, wherein the time source information comprises: at least one of a parameter of a receive satellite or a parameter of a satellite receiver; or, a time synchronization packet; and when the time source tracked by the time synchronization node changes and after a predetermined time delay, sending, to a downstream clock node, a time synchronization packet parameter modified according to the change condition of the time source information, wherein within the predetermined time, the time synchronization node maintaines a time synchronization packet parameter transmitted to the downstream clock node unchanged. determining, according to a change condition of received time source information, whether a time source tracked by the time synchronization node changes, wherein the time source information comprises: at least one of a parameter of a receive satellite or a parameter of a satellite receiver; or, a time synchronization packet; and when the time source tracked by the time synchronization node changes and after a predetermined time delay, sending, to a downstream clock node, a time synchronization packet parameter modified according to the change condition of the time source information, wherein within the predetermined time, the time synchronization node maintaines a time synchronization packet parameter transmitted to the downstream clock node unchanged.
An anti-CSFIR antibody for use in a method of treating cancer in a subject, the method comprising administering to the subject the anti-CSFIR antibody and at least one immune stimulating agent, wherein the anti-CSFIR antibody binds human CSF1R and is selected from: i) an antibody comprising a heavy chain comprising the sequence of SEQ ID NO: 39 and a light chain comprising the sequence of SEQ ID NO: 46; ii) an antibody comprising a heavy chain comprising a heavy chain CDR1 having the sequence of SEQ ID NO: 15, an HC CDR2 having the sequence of SEQ ID NO: 16, and an HC CDR3 having the sequence of SEQ ID NO: 17, and a light chain comprising a light chain CDR1 having the sequence of SEQ ID NO: 18, a LC CDR2 having the sequence of SEQ ID NO: 19, and a LC CDR3 having the sequence of SEQ ID NO: 20; and iii) an antibody comprising a heavy chain comprising the sequence of SEQ ID NO: 53 and a light chain comprising the sequence of SEQ ID NO: 60; and wherein the at least one immune stimulating agent comprises an agonist anti-CD40 antibody. i) an antibody comprising a heavy chain comprising the sequence of SEQ ID NO: 39 and a light chain comprising the sequence of SEQ ID NO: 46; ii) an antibody comprising a heavy chain comprising a heavy chain CDR1 having the sequence of SEQ ID NO: 15, an HC CDR2 having the sequence of SEQ ID NO: 16, and an HC CDR3 having the sequence of SEQ ID NO: 17, and a light chain comprising a light chain CDR1 having the sequence of SEQ ID NO: 18, a LC CDR2 having the sequence of SEQ ID NO: 19, and a LC CDR3 having the sequence of SEQ ID NO: 20; and iii) an antibody comprising a heavy chain comprising the sequence of SEQ ID NO: 53 and a light chain comprising the sequence of SEQ ID NO: 60;
A decorative metal finish for an article, comprising: the article having at least one plastic surface with a mildly roughened exterior with an rms roughness of from about 0.002 μm to 0.1 μm to improve its adherence capabilities; a thin metal layer non-electrolytically deposited on said at least one plastic surface; and at least one translucent coating disposed on said thin metal layer to provide increased durability for the metal finish; whereby said at least one translucent coating allows the decorative metal finish to remain visible therethrough. the article having at least one plastic surface with a mildly roughened exterior with an rms roughness of from about 0.002 μm to 0.1 μm to improve its adherence capabilities; a thin metal layer non-electrolytically deposited on said at least one plastic surface; and at least one translucent coating disposed on said thin metal layer to provide increased durability for the metal finish; whereby said at least one translucent coating allows the decorative metal finish to remain visible therethrough.
A piezoelectric laminate, comprising: a substrate; an electrode film formed on the substrate; a layer comprised of lanthanum nickel oxide and formed on the electrode film; and a piezoelectric film formed on the layer comprised of lanthanum nickel oxide, comprised of alkali niobium oxide of a perovskite structure represented by a composition formula of (K 1-x Na x)NbO 3 with 0 < x < 1 and containing a metallic element selected from a group consisting of Cu and Mn at a concentration of 0.2 at% or more and 2.0 at% or less, characterised in that the piezoelectric film has a breakdown voltage of 350 kV/cm or more and an average grain size of crystals included in the layer comprised of lanthanum nickel oxide is 100 nm or more. a substrate; an electrode film formed on the substrate; a layer comprised of lanthanum nickel oxide and formed on the electrode film; and a piezoelectric film formed on the layer comprised of lanthanum nickel oxide, comprised of alkali niobium oxide of a perovskite structure represented by a composition formula of (K 1-x Na x)NbO 3 with 0 < x < 1 and containing a metallic element selected from a group consisting of Cu and Mn at a concentration of 0.2 at% or more and 2.0 at% or less, characterised in that the piezoelectric film has a breakdown voltage of 350 kV/cm or more and an average grain size of crystals included in the layer comprised of lanthanum nickel oxide is 100 nm or more.
Method for extracting the tantalum from an acid aqueous phase A1 comprising at least one step comprising the bringing of the aqueous phase A1 into contact with a phase A2 that is not miscible with water, and then the separation of the aqueous phase A1 from the phase A2, characterised in that the phase A2 consists of one ionic liquid or a mixture of ionic liquids, preferably a ionic liquid, as an extractant.
A MEMS device comprising: a wall arranged as a closed loop; and a bridging portion; wherein the bridging portion has two ends and an intermediate portion between the two ends; and the bridging portion is connected at one end to a first portion of the wall and at the other end to a second portion of the wall, the first and second portions of the wall being non-contiguous; whereby when the intermediate portion of the bridging portion is displaced in a direction through a plane defined between the two ends, the two portions of the wall that are connected to the bridging portion are each displaced in a respective direction in the plane defined between the two ends, and thereby at least one further portion of the wall is displaced in a direction that is in the plane defined between the two ends and that is different to the directions that the two portions of the wall that are connected to the bridging portion are displaced in, characterised in that the MEMS device is formed of a single material. a wall arranged as a closed loop; and a bridging portion; wherein the bridging portion has two ends and an intermediate portion between the two ends; and the bridging portion is connected at one end to a first portion of the wall and at the other end to a second portion of the wall, the first and second portions of the wall being non-contiguous; whereby when the intermediate portion of the bridging portion is displaced in a direction through a plane defined between the two ends, the two portions of the wall that are connected to the bridging portion are each displaced in a respective direction in the plane defined between the two ends, and thereby at least one further portion of the wall is displaced in a direction that is in the plane defined between the two ends and that is different to the directions that the two portions of the wall that are connected to the bridging portion are displaced in, characterised in that the MEMS device is formed of a single material.
Hearing device - with a hearing device housing, which is insertable into an auditory canal of a person wearing the hearing device and which has a through-opening leading to the interior of the hearing device housing, and - with a guard which is inserted or insertable into the through-opening and protects against dirt entering the hearing device housing, wherein the guard comprises a filter housing, which carries a filter element, wherein at least one aperture is formed in a peripheral wall of the filter housing, which peripheral wall encloses a housing interior of the filter housing and, in the correct insertion state, faces toward a wall surface of the hearing device housing delimiting the through-opening, wherein, furthermore, at least one hollow space (12, 40) is arranged in the hearing device housing, wherein an access leading to the hollow space (12, 40) lies in the wall surface, and wherein a fluidic connection between the housing interior of the filter housing and the hollow space (12, 40) is present by means of the aperture, when the guard is inserted as intended, characterized in that - the filter housing is annular, - the hollow space (12, 40) is for carrying away and/or taking up dirt, and - the fluidic connection is such that dirt is guided through the aperture out of the housing interior into the hollow space (12, 40). - with a hearing device housing, which is insertable into an auditory canal of a person wearing the hearing device and which has a through-opening leading to the interior of the hearing device housing, and - with a guard which is inserted or insertable into the through-opening and protects against dirt entering the hearing device housing, - the filter housing is annular, - the hollow space (12, 40) is for carrying away and/or taking up dirt, and - the fluidic connection is such that dirt is guided through the aperture out of the housing interior into the hollow space (12, 40).
A method, comprising: at an electronic device with one or more processors and memory: receiving a spoken user request associated with a plurality of data items; determining whether a degree of specificity of the spoken user request is less than a threshold level, wherein the degree of specificity is based on a number of parameters defined in the spoken user request; in response to determining that the degree of specificity of the spoken user request is less than the threshold level: determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response. receiving a spoken user request associated with a plurality of data items; determining whether a degree of specificity of the spoken user request is less than a threshold level, wherein the degree of specificity is based on a number of parameters defined in the spoken user request; in response to determining that the degree of specificity of the spoken user request is less than the threshold level: determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response. determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response.
A method for determining a resource allocation for data flows belonging to a plurality of data flow categories in a multi-access telecommunication system sharing a plurality of transmission resources, said method comprising, for a state of the multi-access telecommunication system, a step of determining, by iterations of a reinforcement learning, a resource allocation plan maximising a reward sum, each iteration of the reinforcement learning comprising: - allocating the transmission resources to the data flows according to a resource allocation plan; - transmitting the data flows by means of the allocated transmission resources; said method being characterized in that each iteration of the reinforcement learning comprises: - for each of the data flow categories, calculating at least one transmission performance indicator of each of the data flows of the data flow category, and comparing, for each of the packets of the data flow category, the calculated at least one transmission performance indicator with a threshold representative of a quality of service requirement relating to the at least one transmission performance indicator for the data flow category, and - determining a reward as a function of the result of said comparing for each of the data flows of each of the categories. - allocating the transmission resources to the data flows according to a resource allocation plan; - transmitting the data flows by means of the allocated transmission resources; - for each of the data flow categories, calculating at least one transmission performance indicator of each of the data flows of the data flow category, and comparing, for each of the packets of the data flow category, the calculated at least one transmission performance indicator with a threshold representative of a quality of service requirement relating to the at least one transmission performance indicator for the data flow category, and - determining a reward as a function of the result of said comparing for each of the data flows of each of the categories.
A method for eliminating tritium from tritium-containing water, said method comprising: substituting tritium in tritium-containing water by means of a process of adding an organic substance having a carboxyl group to tritium-containing water, the organic substance including at least one of an organic acid, an organic acid alkali salt, a tritium substitution process of circulating fine bubbles in the tritium-containing water in which the organic substance has been added, resulting in a reaction of substituting hydrogen in an α position of a carboxylic acid group by tritium in the tritium-containng water, to produce a tritium-substituted product; and separating the tritium-substituted product from the water by a dissolved air flotation treatment. substituting tritium in tritium-containing water by means of a process of adding an organic substance having a carboxyl group to tritium-containing water, the organic substance including at least one of an organic acid, an organic acid alkali salt, a tritium substitution process of circulating fine bubbles in the tritium-containing water in which the organic substance has been added, resulting in a reaction of substituting hydrogen in an α position of a carboxylic acid group by tritium in the tritium-containng water, to produce a tritium-substituted product; and separating the tritium-substituted product from the water by a dissolved air flotation treatment.
An antibody comprising a modified human IgG Fc region having an increased binding activity for a human FcRn at neutral or acidic pH relative to a wild type Fc region, wherein the binding activity of said Fc region for a rheumatoid factor at a neutral pH is decreased as compared to a reference antibody, wherein the modified Fc region comprises an amino acid substitution: a) at position EU440 with a glutamic acid, an aspartic acid, or a glutamine, and b) at position EU438 with a glutamic acid, an arginine, a serine, or a lysine, wherein said reference antibody is said antibody before said substitution (a) and (b) having an increased binding activity for a human FcRn at neutral or acidic pH and an increased binding activity for a RF at neutral pH relative to a wild type Fc region, wherein said neutral pH is between pH 7.0 and pH 8.0, and wherein said acidic pH is between pH 5.5 and pH 6.5. a) at position EU440 with a glutamic acid, an aspartic acid, or a glutamine, and b) at position EU438 with a glutamic acid, an arginine, a serine, or a lysine,