mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling distribution of media contents over a network of an operator, wherein said media contents comprise distributed contents (w 1) distributed to surrogate servers (C 1,..., C n) and additional contents (w 2) that have not been distributed to the surrogate servers yet, the method including the steps of: - defining by the operator a set of categories (mf) for said distributed contents and said additional contents, each category comprising contents having a degree of semantic affinity; - identifying for each category (mf) at least a reference content (RC/CRC); - classifying each of said distributed contents and each of said additional contents (w 2) into said predefined categories (mf) based on semantics affinity with a respective reference content (RC/CRC), said semantics affinity being calculated as the distance of each of said distributed contents and each of said additional contents (w 2) to said respective reference content (RC/CRC); - storing the classification of said distributed contents (w 1) in a first database; - storing the classification of said additional contents (w 2) in a second database; - defining by the operator an interest threshold representative at least of a frequency of user requests for a given content; - extracting from said first database (S 1) category information comprising at least one predefined category (mf) associated to said given content when said interest threshold is exceeded; - making at least one of the additional contents (w 2) classified in said second database and associated to said extracted predefined category (mf) available for distribution at said surrogate servers (C 1,...,C n). - defining by the operator a set of categories (mf) for said distributed contents and said additional contents, each category comprising contents having a degree of semantic affinity; - identifying for each category (mf) at least a reference content (RC/CRC); - classifying each of said distributed contents and each of said additional contents (w 2) into said predefined categories (mf) based on semantics affinity with a respective reference content (RC/CRC), said semantics affinity being calculated as the distance of each of said distributed contents and each of said additional contents (w 2) to said respective reference content (RC/CRC); - storing the classification of said distributed contents (w 1) in a first database; - storing the classification of said additional contents (w 2) in a second database; - defining by the operator an interest threshold representative at least of a frequency of user requests for a given content; - extracting from said first database (S 1) category information comprising at least one predefined category (mf) associated to said given content when said interest threshold is exceeded; - making at least one of the additional contents (w 2) classified in said second database and associated to said extracted predefined category (mf) available for distribution at said surrogate servers (C 1,...,C n).
An orthopedic device, comprising: a garment having a hip region arranged to circumferentially extend over a hip region of a user; a compression system having first and second tensioning devices (249a, 249b) secured to and arranged to extend from opposed sides of a posterior region of the garment toward the anterior region of the garment, the compression system arranged to produce compression over the posterior side of the garment, the compression system having first and second tensioning sets (243a, 243b, 243c, 243d) cooperating with the first and second tensioning devices (249a, 249b), respectively, the first and second tensioning sets (243a, 243b, 243c, 243d) secured to first and second sides, respectively, located on opposed sides of the garment and oriented to extend toward another at the posterior side of the garment; wherein the garment defines a pair of tights extending over the waist and at least the upper leg, the garment forms an elastic region located between the first and second tensioning sets (243a, 243b, 243c, 243d) and adapted to expand and contract depending on the amount of the compression produced by the first and second tensioning devices (249a, 249b), the first and second tensioning sets (243a, 243b, 243c, 243d) are located on first and second inelastic segments of the garment, respectively, that are secured to the elastic region at the posterior side of the garment, the elastic region is located between the first and second inelastic segments. a garment having a hip region arranged to circumferentially extend over a hip region of a user; a compression system having first and second tensioning devices (249a, 249b) secured to and arranged to extend from opposed sides of a posterior region of the garment toward the anterior region of the garment, the compression system arranged to produce compression over the posterior side of the garment, the compression system having first and second tensioning sets (243a, 243b, 243c, 243d) cooperating with the first and second tensioning devices (249a, 249b), respectively, the first and second tensioning sets (243a, 243b, 243c, 243d) secured to first and second sides, respectively, located on opposed sides of the garment and oriented to extend toward another at the posterior side of the garment; wherein the garment defines a pair of tights extending over the waist and at least the upper leg, the garment forms an elastic region located between the first and second tensioning sets (243a, 243b, 243c, 243d) and adapted to expand and contract depending on the amount of the compression produced by the first and second tensioning devices (249a, 249b), the first and second tensioning sets (243a, 243b, 243c, 243d) are located on first and second inelastic segments of the garment, respectively, that are secured to the elastic region at the posterior side of the garment, the elastic region is located between the first and second inelastic segments.
A method of processing write commands in a memory system having a memory hub architecture including a plurality of memory hubs coupled in a point-to-point architecture, the method comprising the step of: (a) applying a read command to a first hub in the system; wherein the method is characterized by further comprising the steps of: (b) subsequent to applying the read command, applying a write command with write data to the first hub in the system, with the read command being directed to a hub that is downstream of the hub to which the write command is directed, wherein a time interval is defined between when the read and write commands are applied and wherein the time interval is a function of the position of the downstream hub to which the read command is directed relative to the upstream hub to which the write command is directed (c) determining in the first hub whether the write command is directed to that hub; (d) when the determination indicates the write command is directed to the first hub, terminating downstream forwarding of the write data; (e) when the determination indicates the write command is not directed to the first hub, forwarding the write data downstream to a second hub; and (f) repeating steps (c), (d) and (e) for all required memory hubs. (a) applying a read command to a first hub in the system; wherein the method is characterized by further comprising the steps of: (b) subsequent to applying the read command, applying a write command with write data to the first hub in the system, with the read command being directed to a hub that is downstream of the hub to which the write command is directed, wherein a time interval is defined between when the read and write commands are applied and wherein the time interval is a function of the position of the downstream hub to which the read command is directed relative to the upstream hub to which the write command is directed (c) determining in the first hub whether the write command is directed to that hub; (d) when the determination indicates the write command is directed to the first hub, terminating downstream forwarding of the write data; (e) when the determination indicates the write command is not directed to the first hub, forwarding the write data downstream to a second hub; and (f) repeating steps (c), (d) and (e) for all required memory hubs.
Method to produce a ceramic product comprising: The provision of a first ceramic part and a second ceramic part; The provision of an active brazing solder material between the first ceramic part and the second ceramic part; Heating the active brazing solder in a solder process, characterized in that the active brazing solder material is provided in such a way that initially at least one surface section of at least one of the ceramic parts is coated with an active component of the active brazing solder, namely titanium and/or zirconium, and in that an alloy is provided on the coated section which is alloyed to the coating by the alloy fusing during the heating stage and forms a metal joint between the two ceramic parts, wherein at least the active component reacts with at least one ceramic part, wherein the junction has a Zr-Ni-Ti alloy. The provision of a first ceramic part and a second ceramic part; The provision of an active brazing solder material between the first ceramic part and the second ceramic part; Heating the active brazing solder in a solder process, characterized in that the active brazing solder material is provided in such a way that initially at least one surface section of at least one of the ceramic parts is coated with an active component of the active brazing solder, namely titanium and/or zirconium, and in that an alloy is provided on the coated section which is alloyed to the coating by the alloy fusing during the heating stage and forms a metal joint between the two ceramic parts, wherein at least the active component reacts with at least one ceramic part, wherein the junction has a Zr-Ni-Ti alloy.
Equipment for production of a granular urea product, comprising at least: - a first environment (E 1); - means adapted to feed at least a first flow of small droplets of fresh urea melt and cooling air to said first environment, to cause the formation of solid starting particles, - means (24, 25) to feed at least a second flow and preferably a plurality of flows of larger droplets of urea melt to said first environment, the droplets of said second flow being larger than droplets of said first flow, - a second environment (E 2) in communication with the first environment and means for feeding particles formed in the first environment and droplets of urea and fluidizing air to said second environment for granulation of said solid particles under a fluidized-bed state. - a first environment (E 1); - means adapted to feed at least a first flow of small droplets of fresh urea melt and cooling air to said first environment, to cause the formation of solid starting particles, - means (24, 25) to feed at least a second flow and preferably a plurality of flows of larger droplets of urea melt to said first environment, the droplets of said second flow being larger than droplets of said first flow, - a second environment (E 2) in communication with the first environment and means for feeding particles formed in the first environment and droplets of urea and fluidizing air to said second environment for granulation of said solid particles under a fluidized-bed state.
An antibody comprising a modified heavy chain constant region, wherein the modified heavy chain constant region comprises a CH1 domain, a hinge, a CH2 domain, and a CH3 domain in order from N- to C- terminus, wherein: (a) the hinge comprises the amino acid sequence of SEQ ID NO: 21; (b) the CH1 domain comprises the amino acid sequence of SEQ ID NO: 7; (c) the CH2 domain comprises the amino acid sequence of SEQ ID NO: 4 or the amino acid sequence of SEQ ID NO: 24; and (d) the CH3 domain comprises the amino acid sequence of SEQ ID NO: 5 or SEQ ID NO: 5 with the amino acid substitutions E356D and M358L; or wherein the modified heavy chain constant region comprising the CH1 domain, the hinge, the CH2 domain, and the CH3 domain as defined in (a), (b), (c) and (d) lacks the C-terminal GK or K. (a) the hinge comprises the amino acid sequence of SEQ ID NO: 21; (b) the CH1 domain comprises the amino acid sequence of SEQ ID NO: 7; (c) the CH2 domain comprises the amino acid sequence of SEQ ID NO: 4 or the amino acid sequence of SEQ ID NO: 24; and (d) the CH3 domain comprises the amino acid sequence of SEQ ID NO: 5 or SEQ ID NO: 5 with the amino acid substitutions E356D and M358L;
An emissive composition comprising: a garnet host material; and an amount of Ce dopant effective to produce luminescence when the emissive composition is exposed to an ultraviolet or blue radiation, wherein at least one of (i) an amount of Na in the composition is less than 67 ppm, (ii) an amount of Mg in the composition is less than 23 ppm, and (iii) an amount of Fe in the composition is less than 21 ppm. a garnet host material; and an amount of Ce dopant effective to produce luminescence when the emissive composition is exposed to an ultraviolet or blue radiation, wherein at least one of (i) an amount of Na in the composition is less than 67 ppm, (ii) an amount of Mg in the composition is less than 23 ppm, and (iii) an amount of Fe in the composition is less than 21 ppm.
Structural element for thermal insulation between two structural components, especially between a building and a projecting exterior part, the structural element consisting of an insulator body to be arranged between the two structural components and of reinforcing elements in the form of at least tensile reinforcing elements which in the installed state of the structural element pass through the insulator body substantially horizontally and transversely with respect to the substantially horizontal longitudinal extent of the insulator body and which each project in the horizontal direction relative to the insulator body and are connectible to at least one of the two structural components, which consist of concrete, wherein the tensile reinforcing elements have an anchoring element (6, 16, 26, 36) which surrounds them in the region of the at least one structural component on their radial outer side, characterised in that the anchoring element (6, 16, 26, 36) at least consists of an anchoring sleeve (6a, 16a, 26a, 36a) made of concrete material, and the anchoring element (6, 16, 26, 36) has outwardly projecting, especially radially projecting, profiling (6b, 16b, 26b, 36b) provided on the radial outer side of the anchoring sleeve.
A method for discharging and/or charging a lithium-oxygen battery, the method comprising: (i) generating a discharge product on or within a working electrode in a lithium-oxygen battery in a discharging step, wherein the amount of LiOH in the discharge product is greater than the amount of Li 2 O 2; and/or (ii) consuming LiOH on or within a working electrode in a lithium-oxygen battery in a charging step, thereby to generate oxygen together with water, wherein the amount of LiOH consumed in the charging step is greater than the amount of Li 2 O 2 consumed, and the lithium-oxygen battery has an electrolyte comprising an organic solvent and an iodine-based redox mediator having an I - /I 3 - couple, wherein the water content of the electrolyte of a fully charged battery is 3 to 6 wt%. (i) generating a discharge product on or within a working electrode in a lithium-oxygen battery in a discharging step, wherein the amount of LiOH in the discharge product is greater than the amount of Li 2 O 2; and/or (ii) consuming LiOH on or within a working electrode in a lithium-oxygen battery in a charging step, thereby to generate oxygen together with water, wherein the amount of LiOH consumed in the charging step is greater than the amount of Li 2 O 2 consumed,
A method comprising: providing a feed material (56, 66) comprising a sheath (57, 68) containing a powdered core material (59, 70), the powdered core material (59, 70) comprising powdered metal material and powdered flux material; melting the feed material (56, 66) onto a substrate (52, 62) to form a melt pool; and allowing the melt pool to cool to form a layer of clad material (50, 60) of a desired composition covered by a layer of slag (58, 72), characterised in that the method further comprises: selecting the sheath (57, 68) to be formed of an extrudable subset of elements of a desired superalloy material; and selecting the powdered metal and powdered flux materials to comprise elements that complement the sheath (57, 68) to form the clad material (50, 60) as the desired superalloy material when melted onto the substrate (52, 62). providing a feed material (56, 66) comprising a sheath (57, 68) containing a powdered core material (59, 70), the powdered core material (59, 70) comprising powdered metal material and powdered flux material; melting the feed material (56, 66) onto a substrate (52, 62) to form a melt pool; and allowing the melt pool to cool to form a layer of clad material (50, 60) of a desired composition covered by a layer of slag (58, 72), selecting the sheath (57, 68) to be formed of an extrudable subset of elements of a desired superalloy material; and selecting the powdered metal and powdered flux materials to comprise elements that complement the sheath (57, 68) to form the clad material (50, 60) as the desired superalloy material when melted onto the substrate (52, 62).
Use of a support structure for securing a three-dimensional structure formed of electrical elements in the production of a heatable gas sensor with a gas-sensitive porous metal oxide and electrical elements (2, 3, 20) that are spaced apart from one another and each spatially embedded in the sintered metal oxide, according to the method according to any one of Claims 2 to 7, characterized in that said support structure has a comb structure or wax, which in order to secure the spacing between two helical electrical elements (2, 3, 20) wound around a common axis which are designed for heating the metal oxide of the gas sensor and for measuring a conductivity of the metal oxide of the gas sensor, engages with the windings of the electrical elements.
A test-and-measurement instrument, comprising: a memory in the test-and-measurement instrument, the memory configured to store a representation of a state machine (110, 415), the representation of the state machine (110, 415) corresponding to a protocol expressed as a regular expression; a receiver operative to receive a bit stream, and configured to receive from a user a trigger condition related to a state (115, 120, 125, 130, 135, 140, 145) of the state machine; a state machine modifier configured to modify the representation of the state machine (110, 415) into a representation of a trigger state machine reflecting the trigger condition; and a processing engine configured to process the bit stream according to the trigger state machine. a memory in the test-and-measurement instrument, the memory configured to store a representation of a state machine (110, 415), the representation of the state machine (110, 415) corresponding to a protocol expressed as a regular expression; a receiver operative to receive a bit stream, and configured to receive from a user a trigger condition related to a state (115, 120, 125, 130, 135, 140, 145) of the state machine; a state machine modifier configured to modify the representation of the state machine (110, 415) into a representation of a trigger state machine reflecting the trigger condition; and a processing engine configured to process the bit stream according to the trigger state machine.
A conveying apparatus for conveying a work along a predetermined conveying route, comprising: a plurality of pulleys which is disposed on the conveying route; a rope member which is an endless rope-like member extended between the plurality of pulleys along the conveying route; a support member for holding the work; and a hook member for suspending the support member on the rope member; wherein the hook member is flexible, including a hold part which is a hole into which the rope member is inserted, held by the rope member by inserting the rope member into the hold part; wherein the support member is joined to the hook member, and is suspended on the rope member by inserting the rope member into the hold part; wherein the hook member is formed by bending a sheet-like base material made of a cloth into inverse U-shape; and wherein the hold part is formed above the support member inside the inverse U-shaped base material by joining both bottom ends of the inverse U-shaped base material, characterized in that the hook member has two layers consisting of a base material and a PET layer made of PET inside the inverse U-shaped base material. a plurality of pulleys which is disposed on the conveying route; a rope member which is an endless rope-like member extended between the plurality of pulleys along the conveying route; a support member for holding the work; and a hook member for suspending the support member on the rope member; wherein the hook member is flexible, including a hold part which is a hole into which the rope member is inserted, held by the rope member by inserting the rope member into the hold part; wherein the support member is joined to the hook member, and is suspended on the rope member by inserting the rope member into the hold part; wherein the hook member is formed by bending a sheet-like base material made of a cloth into inverse U-shape; and wherein the hold part is formed above the support member inside the inverse U-shaped base material by joining both bottom ends of the inverse U-shaped base material, characterized in that the hook member has two layers consisting of a base material and a PET layer made of PET inside the inverse U-shaped base material.
A wiring substrate comprising: an insulating substrate having a first surface and a second surface on a side opposite the first surface, and containing AlN; a conductor disposed on the first surface and containing Cu; and an Ni film disposed so as to extend across an upper surface and a side surface of the conductor to the first surface, characterized in that Ti oxide is scattered so as to be at a plurality of points on the first surface. an insulating substrate having a first surface and a second surface on a side opposite the first surface, and containing AlN; a conductor disposed on the first surface and containing Cu; and an Ni film disposed so as to extend across an upper surface and a side surface of the conductor to the first surface, characterized in that Ti oxide is scattered so as to be at a plurality of points on the first surface.