mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a steel strip coated on one or both sides with an aluminium alloy coating layer in a continuous hot-dip coating and a subsequent pre-diffusion annealing process, said process comprising a hot-dip coating stage in which the steel strip is passed with a velocity v through a bath of a molten aluminium alloy to apply an aluminium alloy coating layer to one or both sides of the steel strip, and a pre-diffusion annealing stage, wherein • the thickness of the applied aluminium alloy coating layer on the one or both sides of the steel strip is between 5 and 40 μm and wherein the aluminium alloy coating layer comprises 0.4 to 4.0 weight% silicon, and wherein • the aluminium alloy coated steel strip enters the pre-diffusion annealing stage while at least the outer layer of the aluminium alloy coating layer or layers is above its liquidus temperature, and the strip is annealed at an annealing temperature of at least 600 and at most 800 °C for at most 40 seconds to promote the diffusion of iron from the steel strip or sheet into the aluminium alloy coating layer or layers to form a substantially fully-alloyed aluminium-iron-silicon coating layer or layers; followed by cooling the pre-diffusion annealed coated steel strip to ambient temperatures. • the thickness of the applied aluminium alloy coating layer on the one or both sides of the steel strip is between 5 and 40 μm and wherein the aluminium alloy coating layer comprises 0.4 to 4.0 weight% silicon, and wherein • the aluminium alloy coated steel strip enters the pre-diffusion annealing stage while at least the outer layer of the aluminium alloy coating layer or layers is above its liquidus temperature, and the strip is annealed at an annealing temperature of at least 600 and at most 800 °C for at most 40 seconds to promote the diffusion of iron from the steel strip or sheet into the aluminium alloy coating layer or layers to form a substantially fully-alloyed aluminium-iron-silicon coating layer or layers;
Method for operating a wind turbine, the wind turbine comprising at least one generator generating an amount of electric power, and at least two electrical converter units with each electrical converter unit being related to the generator and to a utility grid, and each electrical converter unit being adapted to convert electrical power up to a defined admissible maximum capacity, whereby all electrical converter units are always operated during operation of the wind turbine, comprising the steps of - equally distributing the amount of electric power generated by the generator to all electrical converter units, and - if at least one electrical converter unit fails, equally distributing the amount of electric power generated by the generator to the remaining, still operable electrical converter units in operation, whereby each of the remaining electrical converter units converts a respective amount of electrical power up to its respective admissible maximum capacity. - equally distributing the amount of electric power generated by the generator to all electrical converter units, and - if at least one electrical converter unit fails, equally distributing the amount of electric power generated by the generator to the remaining, still operable electrical converter units in operation, whereby each of the remaining electrical converter units converts a respective amount of electrical power up to its respective admissible maximum capacity.
Method for starting up a control system for a plurality of distributed loads, for example lights, lamp operating devices or sensors, wherein the loads are connected via a bus system to a central command emitter, wherein the central command emitter requests the loads to output an identification signal and, if only a single acknowledgment arrives at the command emitter after this request, contacts the corresponding load individually, characterized in that the bus system has at least one sub-distribution unit which has an input-side connection facing the central command emitter and at least two output-side connections facing the loads, wherein, upon arrival of acknowledgments at the output-side connections in response to the request to output an identification signal, the sub-distribution unit forwards only one of the acknowledgments via the input-side connection.
Apparatus for determining a passing time of a passive RFID sports timing transponder, comprising: - a housing for protecting the apparatus from environmental effects; - an RFID reader unit connected to an RFID antenna for remotely determining an identity and a passing time of the sports timing transponder upon passing the apparatus; - a location unit for determining a location of the apparatus; - a mobile communication unit connected to a mobile communication antenna for transmitting the identity and the passing time of the sports timing transponder and the location of the apparatus to a remote processing unit; and - a neighbor communication unit configured to communicate with another similar apparatus in an immediate spatial vicinity to synchronize operation of the RFID reader unit and an RFID reader unit of the other similar apparatus to avoid interference, wherein - the RFID reader unit, the RFID antenna, the location unit, the mobile communication unit and the neighbor communication unit are integrated within the housing; and - the neighbor communication unit is a short distance communication unit, with which messages are exchanged with a neighbor communication unit of the other similar apparatus to negotiate activation times. - a housing for protecting the apparatus from environmental effects; - an RFID reader unit connected to an RFID antenna for remotely determining an identity and a passing time of the sports timing transponder upon passing the apparatus; - a location unit for determining a location of the apparatus; - a mobile communication unit connected to a mobile communication antenna for transmitting the identity and the passing time of the sports timing transponder and the location of the apparatus to a remote processing unit; and - a neighbor communication unit configured to communicate with another similar apparatus in an immediate spatial vicinity to synchronize operation of the RFID reader unit and an RFID reader unit of the other similar apparatus to avoid interference, wherein - the RFID reader unit, the RFID antenna, the location unit, the mobile communication unit and the neighbor communication unit are integrated within the housing; and - the neighbor communication unit is a short distance communication unit, with which messages are exchanged with a neighbor communication unit of the other similar apparatus to negotiate activation times.
A contents-providing system for receiving contents from a plurality of web servers and providing the contents to a portable terminal connected via a network, the contents-providing system comprising: a user information database for storing user identification information and user information matched with the user ID information; a data server for determining whether a uniform resource locator known as URL input by the portable terminal is a channel URL that is of a set of URLs of a plurality of web servers that provide contents of a predetermined field, requesting that the web servers corresponding to the set of uniform resource locators provide the contents when the user ID information provided by the portable terminal is stored in the user information database and the URL provided by the portable terminal is a channel URL, processing the received contents into a predetermined format, gathering the contents of the predetermined field respectively provided by the web servers, binding the gathered contents into a single channel, and transmitting the single channel of contents to the portable terminal. a user information database for storing user identification information and user information matched with the user ID information; a data server for determining whether a uniform resource locator known as URL input by the portable terminal is a channel URL that is of a set of URLs of a plurality of web servers that provide contents of a predetermined field, requesting that the web servers corresponding to the set of uniform resource locators provide the contents when the user ID information provided by the portable terminal is stored in the user information database and the URL provided by the portable terminal is a channel URL, processing the received contents into a predetermined format, gathering the contents of the predetermined field respectively provided by the web servers, binding the gathered contents into a single channel, and transmitting the single channel of contents to the portable terminal.
A lubricating composition comprising an oil of lubricating viscosity, a dispersant and 1 wt % to 12 wt % of an amine-functionalised additive; wherein the amine-functionalised additive is a product obtained by reacting an amine having 3 aromatic groups with a carboxylic functionalised polymer; wherein the amine-functionalised additive is derived from an amine having 3 aromatic groups obtained/obtainable by a process comprising reacting: isatoic anhydride or alkyl substituted isatoic anhydride and 4-aminodiphenylamine, and wherein the carboxylic functionalised polymer is a polyisobutylene succinic anhydride, wherein the polyisobutylene succinic anhydride is derived from a polyisobutylene with number average molecular weight of 750 to 2500.
A camera module comprising: an image capture device including a top surface defining a planar image capture surface; a flexible circuit substrate including a first portion, a second portion, and a flexible intermediate portion connecting only one side of said first portion with only one side of said second portion, said image capture device being mounted on said first portion; at least one electronic component mounted on said second portion of said flexible circuit substrate; a housing positioned over said image capture device; a lens assembly coupled to said housing; and wherein said second portion of said flexible circuit substrate is positioned and folded above said first portion of said flexible circuit substrate; and wherein when said second portion is folded in position, said second portion of said flexible circuit substrate includes a plurality of planar surfaces, each of said planar surfaces being located in different planes and each of said planar surfaces being perpendicular to said first portion of said flexible circuit substrate. an image capture device including a top surface defining a planar image capture surface; a flexible circuit substrate including a first portion, a second portion, and a flexible intermediate portion connecting only one side of said first portion with only one side of said second portion, said image capture device being mounted on said first portion; at least one electronic component mounted on said second portion of said flexible circuit substrate; a housing positioned over said image capture device; a lens assembly coupled to said housing; and wherein said second portion of said flexible circuit substrate is positioned and folded above said first portion of said flexible circuit substrate; and wherein when said second portion is folded in position, said second portion of said flexible circuit substrate includes a plurality of planar surfaces, each of said planar surfaces being located in different planes and each of said planar surfaces being perpendicular to said first portion of said flexible circuit substrate.
A power control method, comprising: calculating, by a User Equipment, UE, a transmit power of the UE when the UE sends data through a plurality of carriers; and performing (202, 204, 205, 206), by the UE, power compression on each carrier step by step according to property parameters of each carrier, when the transmit power of the UE exceeds a preset maximum transmit power; wherein the performing (202, 204, 205, 206) the power compression on each carrier step by step according to the property parameters of each carrier comprises: performing, by the UE, the power compression on a first carrier according to a sequence of the property parameters; and performing (205,206), by the UE, the power compression on a next carrier according to the sequence of the property parameters if the transmit power after the power compression on the first carrier does not satisfy a limitation of the preset maximum transmit power. calculating, by a User Equipment, UE, a transmit power of the UE when the UE sends data through a plurality of carriers; and performing (202, 204, 205, 206), by the UE, power compression on each carrier step by step according to property parameters of each carrier, when the transmit power of the UE exceeds a preset maximum transmit power; wherein the performing (202, 204, 205, 206) the power compression on each carrier step by step according to the property parameters of each carrier comprises: performing, by the UE, the power compression on a first carrier according to a sequence of the property parameters; and performing (205,206), by the UE, the power compression on a next carrier according to the sequence of the property parameters if the transmit power after the power compression on the first carrier does not satisfy a limitation of the preset maximum transmit power. performing, by the UE, the power compression on a first carrier according to a sequence of the property parameters; and performing (205,206), by the UE, the power compression on a next carrier according to the sequence of the property parameters if the transmit power after the power compression on the first carrier does not satisfy a limitation of the preset maximum transmit power.
A control device comprising: a state monitoring unit configured to monitor a state of a predetermined number of terminal groups each including a predetermined number of first communication terminals (102, 103, 105) corresponding to slave machines and a second communication terminal (101, 104) corresponding to a master machine and performing direct communication with the first communication terminals while being also connected to a base station; and a group structure control unit configured to change a structure of the terminal groups when the state comes to fail to satisfy a certain condition, wherein the state monitoring unit is configured to monitor a state of at least one of the first communication terminals (102, 103, 105) and the second communication terminal (101, 104), wherein the state monitoring unit is configured to monitor a remaining battery level of the second communication terminal (101, 104), and wherein the group structure control unit is configured to change the structure by switching a topology of the direct communication by reconnecting the at least one of the first communication terminals with a neighboring master machine of another terminal group when the remaining battery level of the second communication terminal reaches a certain value or less. a state monitoring unit configured to monitor a state of a predetermined number of terminal groups each including a predetermined number of first communication terminals (102, 103, 105) corresponding to slave machines and a second communication terminal (101, 104) corresponding to a master machine and performing direct communication with the first communication terminals while being also connected to a base station; and a group structure control unit configured to change a structure of the terminal groups when the state comes to fail to satisfy a certain condition, wherein the state monitoring unit is configured to monitor a state of at least one of the first communication terminals (102, 103, 105) and the second communication terminal (101, 104), wherein the state monitoring unit is configured to monitor a remaining battery level of the second communication terminal (101, 104), and wherein the group structure control unit is configured to change the structure by switching a topology of the direct communication by reconnecting the at least one of the first communication terminals with a neighboring master machine of another terminal group when the remaining battery level of the second communication terminal reaches a certain value or less.
A mobile station apparatus that is configured to communicate with a base station apparatus, the mobile station apparatus comprising: a reception unit (21, 22) configured to perform detecting of Downlink Control Information with cyclic redundancy check, CRC, bits scrambled by cell-radio network temporary identity, C-RNTI, in a first search space which is commonly determined for mobile station apparatuses in a cell and a second search space which is a mobile station apparatus specific search space determined based on at least the C-RNTI, the mobile station apparatus characterized in that: the reception unit (21, 22) is configured to perform detecting of the Downlink Control Information with the CRC bits scrambled by the C-RNTI in a third search space which is different from the first search space and the second search space, the third search space being commonly determined for mobile station apparatuses in the cell; the third search space being configured by using at least a dedicated Radio Resource Control, RRC, signaling which includes at least information indicating a location of the third search space, wherein the first search space, the second search space, and the third search space are configured in one component carrier. the reception unit (21, 22) is configured to perform detecting of the Downlink Control Information with the CRC bits scrambled by the C-RNTI in a third search space which is different from the first search space and the second search space, the third search space being commonly determined for mobile station apparatuses in the cell; the third search space being configured by using at least a dedicated Radio Resource Control, RRC, signaling which includes at least information indicating a location of the third search space, wherein the first search space, the second search space, and the third search space are configured in one component carrier.
Load handling device, which device comprises a frame structure and at least two substantially horizontally extending forks (5, 5') for contacting and supporting a load, which frame structure is configured to be connectable to a frame of a loader, and the position of the forks are adjustable by rotating in relation to the frame structure on a cross-sectional plane relative to the length direction of the forks, characterized in that a center of rotation of all the forks is located in vertical direction below the horizontal plane of the forks, when both of the forks are on the same horizontal plane, and each of the two forks (5, 5') is connected at the edge areas of a separate plate member extending in a transversal plane in relation to the length direction of the fork, which plate member is connected to the frame structure of the load handling device pivotably at the center of rotation of the forks.
An apparatus for receiving utensils (1, 2), comprising a planar base body having at least three transverse folds (4, 5, 6, 7) for forming sections (9, 10, 11, 12) which are foldable with respect to a main section, wherein during a transport and storage state of the apparatus • the main section forms a standing surface for at least one utensil by means of its inner surface and forms a contact surface to a substrate by means of its outer surface, • an adjoining first adjacent section and a second adjoining adjacent section extend at an angle to the main section to opposite sides of the main section and • a cover section adjoining the first angled adjacent section forms a cover surface and wherein the apparatus can be converted from the transport and receiving state to a removal state, wherein the apparatus in the removal state forms a support for the utensil, wherein the cover section and the first adjacent section extend parallel to the main section, characterized in that at least one connecting means is provided for connecting, in a detachable force-fitting and/or interlocking manner, the cover section forming the cover surface to the second angled adjacent section arranged on the opposite side of the main section, and that in the removal state of the apparatus, the cover section and the first adjacent section extend congruently to the main section, wherein the main section has the same length measurement and the same width measurement as the cover section and the first adjacent section combined, and wherein the cover section and the first adjacent section combined form the support with their outer surfaces. • the main section forms a standing surface for at least one utensil by means of its inner surface and forms a contact surface to a substrate by means of its outer surface, • an adjoining first adjacent section and a second adjoining adjacent section extend at an angle to the main section to opposite sides of the main section and • a cover section adjoining the first angled adjacent section forms a cover surface and
A bulkhead assembly for an aircraft interior, the assembly comprising: a pocket door mechanism for supporting and guiding the movement of a pocket door; and a structural member to which the pocket door mechanism is attached, the structural member being attachable to a structure of the aircraft, the bulkhead assembly being characterized in that the structural member is at least partially covered by a first and a second decorative member (32,34) the structural member providing support for the pocket door relative to the aircraft structure independently of the decorative members (32,34) wherein each decorative member (32,34) comprises a façade panel removably attachable to the structural member and the decorative members (32,34) are shaped to substantially conceal the entirety of the structural member. a pocket door mechanism for supporting and guiding the movement of a pocket door; and a structural member to which the pocket door mechanism is attached, the structural member being attachable to a structure of the aircraft, the bulkhead assembly being characterized in that the structural member is at least partially covered by a first and a second decorative member (32,34) the structural member providing support for the pocket door relative to the aircraft structure independently of the decorative members (32,34) wherein each decorative member (32,34) comprises a façade panel removably attachable to the structural member and the decorative members (32,34) are shaped to substantially conceal the entirety of the structural member.
Domestic appliance comprising a panel made from a material that is at least partially transparent, comprising a front or top side which are accessible to a user, wherein only a sub region of the panel below the front or top side is provided with luminescent material, wherein the luminescent material is introduced into a region of the panel which directly adjoins a rear or lower side which faces the front or top side, characterised in that - the luminescent material comprises luminescent ions, which are introduced into the transparent material by means of a laser-incorporating method and/or - the luminescent material is introduced into recesses in a rear or lower side of the panel which faces the front or top side. - the luminescent material comprises luminescent ions, which are introduced into the transparent material by means of a laser-incorporating method and/or - the luminescent material is introduced into recesses in a rear or lower side of the panel which faces the front or top side.