mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a DC collector grid and a plurality of wind turbines, wherein each of the wind turbines having a power generator (401; 501), a DC output terminal, and a connection system connecting the wind turbine to the DC collector grid, the connection system comprising: a controllable voltage source unit functionally connected in series with the power generator (401; 501) to receive AC electrical power from the power generator (401; 501), and to generate an AC electrical power output accordingly, wherein said voltage source unit comprises a transformer with a primary set of windings, that receive the AC electrical power from said power generator (401; 501), and a secondary set of windings connected to an inverter , said inverter having an AC side and a DC side connected to a DC link capacitor; wherein said power generator (401; 501) is a synchronous generator; and a rectifier (405; 515, 516) arranged to receive AC electrical power output from said voltage source unit and to rectify the AC electrical power output to a DC electrical power to be provided to the DC collector grid ; wherein the connection system comprises a main transformer (404; 514; 530) arranged to step up an AC voltage level between said voltage source unit and said rectifier (405; 515, 516). a controllable voltage source unit functionally connected in series with the power generator (401; 501) to receive AC electrical power from the power generator (401; 501), and to generate an AC electrical power output accordingly, wherein said voltage source unit comprises a transformer with a primary set of windings, that receive the AC electrical power from said power generator (401; 501), and a secondary set of windings connected to an inverter , said inverter having an AC side and a DC side connected to a DC link capacitor; wherein said power generator (401; 501) is a synchronous generator; and a rectifier (405; 515, 516) arranged to receive AC electrical power output from said voltage source unit and to rectify the AC electrical power output to a DC electrical power to be provided to the DC collector grid ; wherein the connection system comprises a main transformer (404; 514; 530) arranged to step up an AC voltage level between said voltage source unit and said rectifier (405; 515, 516).
An optoelectronic sensor system for stimulating and detecting samples, with a surface for the application of the samples and an underlying layer system with a transparent first layer with a first refractive index, into which light can be coupled in for stimulating the sample, and an adjoining second layer with a second, smaller refractive index for generating a total reflection of the coupled light and a spreading planar light wave resulting therefrom in the first layer, wherein the surface for the application of the samples is formed by the surface of the first layer on which a total reflection takes place, in which an evanescent field with a penetration depth of 100 to 500 nm is created, and an optoelectronic sensor layer lying under the second layer, consisting of one or more semiconductor layers based on an organic semiconductor between two electrode layers, of which the electrode layer facing the sample is designed to be translucent at least in some regions, characterized in that the optoelectronic sensor layer is located between two glass layers and that the sensor system is configured for a laser, LED or OLED having a wavelength of 300 to 650 nm to be used as the stimulating light source.
Plaster for use in the context of an intramuscular injection, particularly a vaccination, having a patient side and an outer side , comprising: an adhesive layer on the patient side for attaching the plaster to the skin of a patient, an absorbent wound-covering on the patient side in the region of an intended intramuscular injection site, the absorbent wound-covering having received a disinfectant, and an opening on the outer side in the area of the absorbent wound-covering of the patient side for the injection needle, characterized in that the plaster totally covers the intended injection site and the absorbent wound-covering is visible through the opening . an adhesive layer on the patient side for attaching the plaster to the skin of a patient, an absorbent wound-covering on the patient side in the region of an intended intramuscular injection site, the absorbent wound-covering having received a disinfectant, and an opening on the outer side in the area of the absorbent wound-covering of the patient side for the injection needle, characterized in that the plaster totally covers the intended injection site and the absorbent wound-covering is visible through the opening .
A die casting apparatus for manufacturing metal parts, comprising: an upper die and a lower die providing a mold cavity therebetween, each of said dies presenting a forming surface , at least one of said dies including at least one insert and at least one sub-insert each presenting a portion of said forming surface of the respective die in which the at least one insert and at least one sub-insert are disposed, said at least one insert and said at least one sub-insert being removable from said dies and replaceable. an upper die and a lower die providing a mold cavity therebetween, each of said dies presenting a forming surface , at least one of said dies including at least one insert and at least one sub-insert each presenting a portion of said forming surface of the respective die in which the at least one insert and at least one sub-insert are disposed, said at least one insert and said at least one sub-insert being removable from said dies and replaceable.
A mobile device tracking system comprising: a list of users stored in a server memory , each user in the list associated with a tracked device (104(a)) through a tracked device unique identifier, T-UDID (116(a)); an anonymous friendly device to receive a distress packet from the tracked device; the server including a lost device database, DB, to receive the distress packet forwarded from the anonymous friendly device, operable to forward the distress packet to the lost device DB , the distress packet comprising a lost device's unique identifier, L-UDID (116(b)), and location information, wherein the location information comprises GPS information of the anonymous friendly device, GPS information of the tracked device, and/or a cell tower information from which the distress packet is forwarded or sent, wherein the anonymous friendly device is within a communication range of the tracked device; and, the server including a finder application (120(a)) to compare the L-UDID with T-UDIDs in the list, and to track the location of the lost device with the location information in response to a match between the L-UDID and a T-UDID in the list. a list of users stored in a server memory , each user in the list associated with a tracked device (104(a)) through a tracked device unique identifier, T-UDID (116(a)); an anonymous friendly device to receive a distress packet from the tracked device; the server including a lost device database, DB, to receive the distress packet forwarded from the anonymous friendly device, operable to forward the distress packet to the lost device DB , the distress packet comprising a lost device's unique identifier, L-UDID (116(b)), and location information, wherein the location information comprises GPS information of the anonymous friendly device, GPS information of the tracked device, and/or a cell tower information from which the distress packet is forwarded or sent, wherein the anonymous friendly device is within a communication range of the tracked device; and, the server including a finder application (120(a)) to compare the L-UDID with T-UDIDs in the list, and to track the location of the lost device with the location information in response to a match between the L-UDID and a T-UDID in the list.
An antenna system for use on a vehicle, the antenna system comprising: a telematics module having a front surface, a rear surface, and four side surfaces; two first antenna modules coupled to two side surfaces of the four side surfaces of the telematics module , wherein the first antenna modules include a plurality of antenna elements configured to perform Multiple-Input and Multi-Output, MIMO, communication by transmitting or receiving a plurality of first signals according to a first communication system, wherein the first antenna modules include first, second, third and fourth antenna elements configured to perform 4×4 MIMO communication, and wherein the first and second antenna elements are disposed at first and second ends of one of the first antenna modules , and the third and fourth antenna elements are disposed at first and second ends of another one of the first antenna modules . a telematics module having a front surface, a rear surface, and four side surfaces; two first antenna modules coupled to two side surfaces of the four side surfaces of the telematics module , wherein the first antenna modules include a plurality of antenna elements configured to perform Multiple-Input and Multi-Output, MIMO, communication by transmitting or receiving a plurality of first signals according to a first communication system, wherein the first antenna modules include first, second, third and fourth antenna elements configured to perform 4×4 MIMO communication, and wherein the first and second antenna elements are disposed at first and second ends of one of the first antenna modules , and the third and fourth antenna elements are disposed at first and second ends of another one of the first antenna modules .
An optical module with a holding device, comprising a substrate of a defined shape, wherein the substrate has two opposite surfaces and an edge , and a layer applied to cover at least one of the surfaces , wherein the layer consists of a transparent, polymeric material and has at least one optical element , by means of which light beams are refracted, which originate from the substrate and pass through the at least one optical element , wherein in an installation area of the layer there is provided a moulded portion for installation and/or adjustment of the optical module, which is formed in one piece with the layer and consisting of the same material, wherein the moulded portion for installation and/or adjustment comprises at least one projection projecting beyond a surface of the layer , characterised in that the holding device comprises an upper clamping jaw and a lower clamping jaw , and the optical module is held in a clamped manner in the holding device by means of upper clamping jaw and lower clamping jaw , wherein the upper clamping jaw of the holding device for the optical module bears on the at least one projection .
A lamp for a vehicle , comprising: a light generation unit ; a bracket ; and a lens configured to change an optical path of light generated by the light generation unit , wherein the light generation unit comprises a flexible array on which a plurality of micro Light Emitting Diode, LED, chips is transferred, and wherein the flexible array is bent to embrace at least part of the bracket , wherein the bracket comprises: a base , and a holder which extends from the base toward the flexible array and fixing the flexible array , wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array. a light generation unit ; a bracket ; and a lens configured to change an optical path of light generated by the light generation unit , wherein the light generation unit comprises a flexible array on which a plurality of micro Light Emitting Diode, LED, chips is transferred, and wherein the flexible array is bent to embrace at least part of the bracket , wherein the bracket comprises: a base , and a holder which extends from the base toward the flexible array and fixing the flexible array , wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array. a base , and a holder which extends from the base toward the flexible array and fixing the flexible array , wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array.
An optical connector plug configured to be fitted into an LC type adapter (11 or 13) having an opening including a wide width opening (12b or 14b) at a lower part thereof and a narrow width opening (12a or 14a) at an upper part thereof, the optical connector plug comprising: a front housing having a square cylindrical shape, the front housing having a guide portion which is formed at an upper part of the front housing, the guide portion accommodating a spring ; a plug frame configured to retain a ferrule and being slidable in the front housing and a locking housing fixedly and integrally connected to the plug frame and configured to be fitted into and locked with the LC type adapter (11 or 13), the optical connector plug being characterized in that the guide portion has side wall surfaces that come in sliding contact with the narrow width opening (12a or 14a) at the upper part of the LC type adapter (11 or 13) and locking projections each formed on each of the side wall surfaces , and each of the locking projections of the guide portion is configured to abut against an edge portion of the opening of the LC type adapter (11 or 13) to move the front housing rearward when the locking housing is fitted into the LC type adapter, so that a distal end portion of the ferrule projects outward from an opening of the front housing . a front housing having a square cylindrical shape, the front housing having a guide portion which is formed at an upper part of the front housing, the guide portion accommodating a spring ; a plug frame configured to retain a ferrule and being slidable in the front housing and a locking housing fixedly and integrally connected to the plug frame and configured to be fitted into and locked with the LC type adapter (11 or 13), the optical connector plug being characterized in that the guide portion has side wall surfaces that come in sliding contact with the narrow width opening (12a or 14a) at the upper part of the LC type adapter (11 or 13) and locking projections each formed on each of the side wall surfaces , and each of the locking projections of the guide portion is configured to abut against an edge portion of the opening of the LC type adapter (11 or 13) to move the front housing rearward when the locking housing is fitted into the LC type adapter, so that a distal end portion of the ferrule projects outward from an opening of the front housing .
An inspection device for verifying a semi-finished product for producing a chip card with an electronic circuit , the inspection device comprising: an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera which is configured to capture an image acquisition of the illuminated semi-finished product with the electronic circuit ; and a processor which is configured to detect a contour of the electronic circuit in the image acquisition and to verify the semi-finished product on the basis of the detected contour of the electronic circuit , wherein the processor is configured to determine the size of the area delimited by the contour of the electronic circuit and to verify the semi-finished product on the basis of the size of the area delimited by the contour. an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera which is configured to capture an image acquisition of the illuminated semi-finished product with the electronic circuit ; and a processor which is configured to detect a contour of the electronic circuit in the image acquisition and to verify the semi-finished product on the basis of the detected contour of the electronic circuit , wherein the processor is configured to determine the size of the area delimited by the contour of the electronic circuit and to verify the semi-finished product on the basis of the size of the area delimited by the contour.
A method for applying, by a user equipment, UE , assistance information for traffic steering between a 3rd generation partnership project, 3GPP, access network and a non-3GPP access network in a wireless communication system, the method comprising: receiving (S100, S210, S300) first assistance information for traffic steering between the 3GPP access network and the non-3GPP access network through a dedicated signaling from an eNodeB, eNB, ; receiving (S110, S200, S300) second assistance information for the traffic steering between the 3GPP access network and the non-3GPP access network through a broadcast signaling from the eNB; starting (S120, S230, S310) a timer upon entering an idle mode; applying (S130, S220, S250, S310) the first assistance information received through the dedicated signaling until the timer expires; the method being characterised by removing the first assistance information and applying (S140) the second assistance information received through the broadcast signaling 1) after the timer expires or 2) after establishing (S260, S340) a radio resource control, RRC, connection before expiry of the first assistance information. receiving (S100, S210, S300) first assistance information for traffic steering between the 3GPP access network and the non-3GPP access network through a dedicated signaling from an eNodeB, eNB, ; receiving (S110, S200, S300) second assistance information for the traffic steering between the 3GPP access network and the non-3GPP access network through a broadcast signaling from the eNB; starting (S120, S230, S310) a timer upon entering an idle mode; applying (S130, S220, S250, S310) the first assistance information received through the dedicated signaling until the timer expires; the method being characterised by removing the first assistance information and applying (S140) the second assistance information received through the broadcast signaling 1) after the timer expires or 2) after establishing (S260, S340) a radio resource control, RRC, connection before expiry of the first assistance information.
A buoyancy modification module for a modular underwater vehicle, wherein the buoyancy modification module is flushed through with water, wherein the buoyancy modification module has at least one first frame , wherein the frame is designed to connect the buoyancy modification modules to other modules, wherein the buoyancy modification module has at least one first pressure hull , wherein the first pressure hull has at least one first flooding region , wherein at least one first pump is arranged in the buoyancy modification module , wherein the first pump can pump water out of the surroundings or a neutral-buoyancy reservoir into the first flooding region and out of the first flooding region into the surroundings or a neutral-buoyancy reservoir, characterized in that the first pressure hull has at least one first dry region, wherein the at least one first pump is arranged in the first dry region.
A method for producing an acrylic rubber, comprising: an emulsion polymerization step of emulsion polymerizing monomers for forming the acrylic rubber in the presence of a nonionic emulsifier and an anionic emulsifier to prepare a polymer emulsion; and a coagulation step of coagulating the polymer emulsion through addition of a coagulant to the polymer emulsion to yield hydrous crumbs, wherein the emulsion polymerization reaction is performed while a monomer emulsion prepared by mixing the monomers for forming the acrylic rubber with the nonionic emulsifier, the anionic emulsifier and water is being continuously added dropwise to the polymerization reaction system from the start of polymerization reaction to any time, and the amount of water to be used in the monomer emulsion is 10 to 70 parts by weight relative to 100 parts by weight of the monomers for forming the acrylic rubber. an emulsion polymerization step of emulsion polymerizing monomers for forming the acrylic rubber in the presence of a nonionic emulsifier and an anionic emulsifier to prepare a polymer emulsion; and a coagulation step of coagulating the polymer emulsion through addition of a coagulant to the polymer emulsion to yield hydrous crumbs, wherein the emulsion polymerization reaction is performed while a monomer emulsion prepared by mixing the monomers for forming the acrylic rubber with the nonionic emulsifier, the anionic emulsifier and water is being continuously added dropwise to the polymerization reaction system from the start of polymerization reaction to any time, and the amount of water to be used in the monomer emulsion is 10 to 70 parts by weight relative to 100 parts by weight of the monomers for forming the acrylic rubber.
A device for supplying washer fluid, comprising: - at least one washer fluid container , and - a support configured to be fixed to a vehicle and comprising a housing able to receive at least one of said containers, the support comprising connecting means for connection to one of said containers allowing said container to be placed in communication with a circuit of said fluid, the connecting means are configured to allow the opening of one of said containers , characterized in that the support and/or the container comprise poka yoke means for the positioning of the container, the poke yoke means of the support comprising a cutout made in one of the faces of said support so that the poke yoke means of the container may be seen. - at least one washer fluid container , and - a support configured to be fixed to a vehicle and comprising a housing able to receive at least one of said containers,
A vehicle body structure of a vehicle , the vehicle body structure comprising: a first frame that is formed of a first material and has a closed cross section ; a second frame that is formed of a second material and has a closed cross section , wherein the first frame and the second frame are aligned with each other in a vehicle longitudinal direction (X), the second frame has higher tensile strength and is lighter per unit weight than the first frame , and in a front cross-sectional view of the vehicle, center (C2) of a drawing means center of gravity of the cross section of the second frame is located on an outer side (Y1) in a vehicle width direction (Y) from center of a drawing of the first frame with respect to vehicle center (CL) a first frame that is formed of a first material and has a closed cross section ; a second frame that is formed of a second material and has a closed cross section , wherein the first frame and the second frame are aligned with each other in a vehicle longitudinal direction (X), the second frame has higher tensile strength and is lighter per unit weight than the first frame , and in a front cross-sectional view of the vehicle, center (C2) of a drawing means center of gravity of the cross section of the second frame is located on an outer side (Y1) in a vehicle width direction (Y) from center of a drawing of the first frame with respect to vehicle center (CL)
A housing for a power tool, the housing having front end , at which front end a tool of the power tool is attached, a rear end and a top side , wherein a battery compartment is provided at the top side of the housing , the battery compartment extending inside the housing and having a shape adapted to receive a battery , said shape being essentially cuboidal and having a rectangular cross section looking at the top side of the housing and wherein the short sides of the rectangular cross section are substantially parallel with the rear end and the front end of the housing , characterized in that the battery compartment is skewed backwards towards the rear end with an angle (α) of between 5 to 30 degrees in relation to an axis (A) that is perpendicular to the top side of the housing .