mhurhangee/ep-ind-claims huggingface dataset:
A method of transferring a rights object including usage rights information regarding digital content, the method comprising: generating a secure RO by encrypting the RO by extracting the usage rights information from the RO and encrypting the usage rights information; transferring the secure RO from a first device to a second device; receiving a notification that the transfer of the secure RO has been completed; removing the secure RO from the memory of the first device; issuing from the first device a request for decryption of the secure RO to the second device, wherein the request includes an encryption key used to produce the secure RO; and decrypting the secure RO at the second device. generating a secure RO by encrypting the RO by extracting the usage rights information from the RO and encrypting the usage rights information; transferring the secure RO from a first device to a second device; receiving a notification that the transfer of the secure RO has been completed; removing the secure RO from the memory of the first device; issuing from the first device a request for decryption of the secure RO to the second device, wherein the request includes an encryption key used to produce the secure RO; and decrypting the secure RO at the second device.
An Open Platform Communications, OPC, Unified Architecture, UA, server comprising: a storage configured to store a configuration file defining a server application program, the server application program being written in a compiled programming language and embedding an interpreter; a transceiver configured to receive, from an OPC UA client, an execution request to execute a calculation defined in the server application program; and a processor configured to execute the calculation using the interpreter, wherein the calculation is defined and executed using the interpreter without modifying the compiled server application program. a storage configured to store a configuration file defining a server application program, the server application program being written in a compiled programming language and embedding an interpreter; a transceiver configured to receive, from an OPC UA client, an execution request to execute a calculation defined in the server application program; and a processor configured to execute the calculation using the interpreter,
A probe (10, 20) with a handgrip for laser treatment of uneven structures or deformations of a body, wherein the probe comprises a foot comprising laser devices (16, 21, 22) and one treatment surface designed to make contact with the body during treatment, said one treatment surface being at least partially domed, comprising a doming, from one of its side edges to another of its side edges, along a diagonal or along a diameter or chord, in order to be able to surround as tightly as possible said uneven part or deformation when the probe is used and swept over a body, whereby the whole of the treated area can be simultaneously covered, characterised in that the treatment surface is rectangular and the doming comprises five laser diodes (21, 22), wherein two of the laser diodes are arranged along each short/long side of the doming, and one is arranged in the centre of the doming.
A large roller having a surface area of more than 1 m 2, in particular for paper manufacture, and a non-stick coating with embedded hard particles coating said surface area, characterized in that the thickness of the coating is at least four times larger than the mean grain diameter of the hard particles, with a cross-linked plastic matrix with embedded non-stick particles, wherein functional non-stick groups are present in the network of the cross-linked plastic matrix and/or with a cross-linked plastic matrix with embedded non-stick particles, wherein functional interactive groups for interaction with the embedded non-stick particles are present in the network of the cross-linked plastic matrix, wherein the hard particles have a Mohs hardness of more than 5, the hard particles comprise hard metal particles and/or ceramic particles and the non-stick coating is homogeneously configured over at least 50 % of its coating thickness.
A polyamide resin comprising constitutional units derived from diamine component and constitutional units derived from dicarboxylic acid component, wherein 70 mol% or more of the constitutional units derived from diamine component is derived from p-xylylenediamine, 70 mol% or more of the constitutional units derived from dicarboxylic acid component is derived from an aliphatic dicarboxylic acid having 6 to 18 carbon atoms, a number average molecular weight (Mn) is 10,000 to 50,000, and a degree of dispersion expressed by Mw/Mn = weight average molecular weight/number average molecular weight satisfies the following formula: 1.5 ≤ Mw / Mn ≤ 6.0 wherein Mn and Mw are determined by a gel permeation chromatography.
A display device comprising: a substrate, SUB, including a first contact hole, CNT2; an etching stopper, WST, disposed on a surface of the substrate and including the first contact hole; a metal pattern, MMS, disposed on another surface opposite to the surface of the substrate and surrounding the first contact hole in a plan view; a first pad unit, PD1, overlapping a part of the metal pattern and inserted into the first contact hole; a lead line, LDL, disposed on the another surface of the substrate and electrically connected to another part of the metal pattern; a second pad unit, PD2, disposed on the another surface of the substrate and electrically connected to the lead line; a protective film, PF, overlapping the another surface of the substrate and the lead line; a protection part, PAS, overlapping the first pad unit; a display area, DA, including a plurality of pixels; and a non-display, NDA, area adjacent to the display area, wherein the first pad unit, PD1, is disposed in the display area. a substrate, SUB, including a first contact hole, CNT2; an etching stopper, WST, disposed on a surface of the substrate and including the first contact hole; a metal pattern, MMS, disposed on another surface opposite to the surface of the substrate and surrounding the first contact hole in a plan view; a first pad unit, PD1, overlapping a part of the metal pattern and inserted into the first contact hole; a lead line, LDL, disposed on the another surface of the substrate and electrically connected to another part of the metal pattern; a second pad unit, PD2, disposed on the another surface of the substrate and electrically connected to the lead line; a protective film, PF, overlapping the another surface of the substrate and the lead line; a protection part, PAS, overlapping the first pad unit; a display area, DA, including a plurality of pixels; and a non-display, NDA, area adjacent to the display area, wherein the first pad unit, PD1, is disposed in the display area.
A connection device for connecting a wiper blade having at least an elastomeric wiper profile with a lip portion for wiping the glass surface, an arc-shaped, resilient carrier element and a bracket fixed to the blade preferably at the longitudinal middle region, to an oscillating wiper arm, so as to rotate around a pivot axis, the device comprising at least said bracket, an adapter pivotally attached to the bracket and the free end of the wiper arm, wherein the device comprises a first locking means (34, 111, 34', 111') and a second locking means (13, 24), such that said first locking means (34, 111, 34', 111') fixes the arm on to the bracket and the second locking means (13, 24) fixes the arm on to the adapter, and said first locking means (34, 111) comprises a protrusion provided on at least one, preferably both side walls of the bracket so as to protrude outwards, characterized in that said first locking means further comprises a locking member provided on the inner surface of at least one, preferably both side walls of the free end of the arm so as to protrude inwards and to be engaged with the said protrusion.
A document comprising a document body and an electronic device integrated in the document body, wherein - the electronic device has a plurality of components (110, 122, 124, 126), which are distributed in the document in a plurality of circuit planes (102, 104, 106, 108), - the components in different circuit planes are galvanically separated from one another, and characterised in that - the components in the different circuit planes are optically coupled with one another for energy or data transfer, - each of the circuit planes has at least one optical coupling element (120; 120, 120', 120", 120"'), and - each of the optical coupling elements has an optical transmitter and an optical receiver. - the electronic device has a plurality of components (110, 122, 124, 126), which are distributed in the document in a plurality of circuit planes (102, 104, 106, 108), - the components in different circuit planes are galvanically separated from one another, and characterised in that - the components in the different circuit planes are optically coupled with one another for energy or data transfer, - each of the circuit planes has at least one optical coupling element (120; 120, 120', 120", 120"'), and - each of the optical coupling elements has an optical transmitter and an optical receiver.
A high affinity SIRPα polypeptide comprising at least one and not more than 15 amino acid modifications within the d1 domain of a human wild type SIRPα sequence, wherein the modifications are made to residues corresponding to residues selected from the group consisting of: L4, V6, A21, V27, 131, E47, K53, E54, H56, V63, S66, K68, V92, F94, and F103 of SEQ ID NO:1, wherein the amino acid modification increases the affinity of the SIRPα polypeptide binding to CD47 relative to the affinity of the wild-type human SIRPα polypeptide and wherein the high affinity SIRPα polypeptide lacks a SIRPα transmembrane domain.
A robot control system comprising: a humanoid conversation robot (210, 230) for having a conversation with a user; a plurality of service execution robots (240, 260) for providing a service to the user; and a recognition unit arranged to recognize a request and an emotion of the user through the conversation between the user and the humanoid conversation robot (210, 230); a determination unit arranged to determine, according to the request and the emotion of the user, a service which is to be provided to the user and a service execution robot which is to execute the service among the plurality of service execution robots (240, 260), wherein the service execution robot determined by the determination unit executes the determined service; characterized in that the control system further comprises a sensor detecting user information, arranged on a ceiling or a wall of a base point where the robot control system is arranged in, wherein the sensor is a three-dimensional motion sensor and is configured to detect facial expression, behavior, a change of body state, heart rate, and body temperature of the user and outputs the detected information as user information to the determination unit, wherein the determination unit uses the user information to determine the emotion of the user. a humanoid conversation robot (210, 230) for having a conversation with a user; a plurality of service execution robots (240, 260) for providing a service to the user; and a recognition unit arranged to recognize a request and an emotion of the user through the conversation between the user and the humanoid conversation robot (210, 230); a determination unit arranged to determine, according to the request and the emotion of the user, a service which is to be provided to the user and a service execution robot which is to execute the service among the plurality of service execution robots (240, 260), wherein the service execution robot determined by the determination unit executes the determined service; characterized in that the control system further comprises a sensor detecting user information, arranged on a ceiling or a wall of a base point where the robot control system is arranged in, wherein the sensor is a three-dimensional motion sensor and is configured to detect facial expression, behavior, a change of body state, heart rate, and body temperature of the user and outputs the detected information as user information to the determination unit, wherein the determination unit uses the user information to determine the emotion of the user.
A motorcycle tire for rough terrain comprising a tread portion which is, when an axial developed width of the tread portion from the tire equator to each tread edge is trisected into an axially inner crown region, an axially outer shoulder region and a middle region therebetween, provided with middle blocks in the middle regions, wherein each middle block provided in its ground contacting top surface with an auxiliary groove extending in the tire circumferential direction, wherein the auxiliary grooves include those having both circumferential ends opened, characterized in that the depth of each auxiliary groove of the middle block is in a range of from 15 % to 35 % of the height of the middle block.
A device for assessing the solidity of a material comprising: - an ancillary tool having opposite first and second ends (2A, 2B), - an impactor suitable for striking the first end of the ancillary tool, - at least one sensor, and - a processing unit, wherein the ancillary tool is adapted for being placed between a material and the impactor, with its second end in contact with the material, and for transmitting the impact force generated by the impactor to the material, wherein the sensor is capable of measuring a quantity from among the impact force generated and the deformation of the impactor, and of supplying a measurement signal representing the variation in time of said quantity upon an impact, wherein the processing unit is adapted for calculating, from the measurement signal, an indicator representative of the solidity of the material, and wherein the indicator corresponds to the duration of a time window, the start of this time window being defined with respect to an instant corresponding to the first peak of maximum amplitude of the measurement signal, the device being characterized in that the end of said time window is defined with respect to an instant corresponding to the second peak of maximum amplitude of the measurement signal, and in that the second end of the ancillary tool is in the form of a point or blade. - an ancillary tool having opposite first and second ends (2A, 2B), - an impactor suitable for striking the first end of the ancillary tool, - at least one sensor, and - a processing unit, wherein the ancillary tool is adapted for being placed between a material and the impactor, with its second end in contact with the material, and for transmitting the impact force generated by the impactor to the material, wherein the sensor is capable of measuring a quantity from among the impact force generated and the deformation of the impactor, and of supplying a measurement signal representing the variation in time of said quantity upon an impact, wherein the processing unit is adapted for calculating, from the measurement signal, an indicator representative of the solidity of the material, and wherein the indicator corresponds to the duration of a time window, the start of this time window being defined with respect to an instant corresponding to the first peak of maximum amplitude of the measurement signal, the device being characterized in that the end of said time window is defined with respect to an instant corresponding to the second peak of maximum amplitude of the measurement signal, and in that the second end of the ancillary tool is in the form of a point or blade.
A biochemical reaction cartridge, comprising: a reaction portion, comprising a chamber and a passage, for effecting a biochemical reaction, and a solution storage portion, which is isolated or separated from said reaction portion, for storing a solution in a position corresponding to the chamber, wherein said cartridge is provided with a penetrable partition member disposed between said solution storage portion and said reaction portion so as to move the solution from said solution storage portion to the chamber of said reaction portion, wherein said partition member is penetrable by pushing with a valve stem, wherein the chamber is opened outward by a first-stage pushing of the valve stem with a tool needle to move the solution in said solution storage portion to the chamber, and is sealed up by a second-stage pushing of the valve stem with the tool needle. a reaction portion, comprising a chamber and a passage, for effecting a biochemical reaction, and a solution storage portion, which is isolated or separated from said reaction portion, for storing a solution in a position corresponding to the chamber, wherein said cartridge is provided with a penetrable partition member disposed between said solution storage portion and said reaction portion so as to move the solution from said solution storage portion to the chamber of said reaction portion, wherein said partition member is penetrable by pushing with a valve stem, wherein the chamber is opened outward by a first-stage pushing of the valve stem with a tool needle to move the solution in said solution storage portion to the chamber, and is sealed up by a second-stage pushing of the valve stem with the tool needle.
Wind turbine blade, with a generally hollow blade body comprising an upper and a lower half shell (12, 13) and a first and a second elongated web (16, 17) each extending in the lengthwise direction of the blade and being disposed between and connected to the upper and the lower half shell (12, 13), with each web (16, 17) comprising a web body and an upper and a lower flange connecting the respective web (16, 17) to the respective half shell (12,13), and with the first and second webs (16, 17) being supported by respective first and second reinforcement structures relative to the respective half shell (12, 13), which reinforcement structures extend in the lengthwise direction of the blade, wherein each first and second reinforcement structure supporting the first and second web comprises at least one stack composed of several pultruded composite strips comprising carbon fibers with the strips being fixed in a resin matrix characterised in that the resin matrix of each at least one stack composed of the pultruded composite strips is integral with a resin matrix of the web body of the web (16, 17) so that each stack is an integral part of the respective first and second web and builds the respective flange, which is attached to the inner layer of the respective upper and lower shell (12, 13).
A wire termination machine comprising: a termination tool (108, 110) having termination tooling configured to terminate a terminal to a wire in a termination zone; and a wire positioning device (114, 116) having a support housing located proximate to the termination zone and a wire gripping mechanism coupled to the support housing, wherein the wire gripping mechanism is configured to hold a wire such that it is positioned along a wire alignment axis, characterised in that the wire gripping mechanism is movable with respect to the support housing; and in that the wire termination machine further comprises an electric actuator arranged to drive the wire gripping mechanism along a linear transfer path that is oriented transverse to the wire alignment axis to position the wire at a predetermined location with respect to the termination zone. a termination tool (108, 110) having termination tooling configured to terminate a terminal to a wire in a termination zone; and a wire positioning device (114, 116) having a support housing located proximate to the termination zone and a wire gripping mechanism coupled to the support housing, wherein the wire gripping mechanism is configured to hold a wire such that it is positioned along a wire alignment axis, characterised in that the wire gripping mechanism is movable with respect to the support housing; and in that the wire termination machine further comprises an electric actuator arranged to drive the wire gripping mechanism along a linear transfer path that is oriented transverse to the wire alignment axis to position the wire at a predetermined location with respect to the termination zone.
Method for providing a corrected measuring signal indicating a high voltage on a high-voltage node, comprising the steps of: - injecting a periodic injection signal into a voltage divider coupled between the high-voltage node and a reference potential; - obtaining a sensing signal at a sensing node of the voltage divider, wherein the sensing signal depends on the periodic injection signal; - from the sensing signal, separating a first sensing signal portion resulting from the high voltage and a second sensing signal portion resulting from the periodic injection signal; and - depending on the second sensing signal portion, correcting the first sensing signal portion corresponding to the high-voltage signal in order to obtain the corrected measuring signal, - wherein correcting the first sensing signal portion includes providing a correction signal, wherein the correction signal is applied on the first sensing signal portion, - wherein the correction signal is obtained depending on the second sensing signal portion, - wherein the periodic injection signal is provided by an injection signal source, - characterized in that the correction signal is obtained depending on a difference signal between the injection signal exposed to an attenuation, which corresponds to an attenuation of the voltage divider, and the second sensing signal portion. - injecting a periodic injection signal into a voltage divider coupled between the high-voltage node and a reference potential; - obtaining a sensing signal at a sensing node of the voltage divider, wherein the sensing signal depends on the periodic injection signal; - from the sensing signal, separating a first sensing signal portion resulting from the high voltage and a second sensing signal portion resulting from the periodic injection signal; and - depending on the second sensing signal portion, correcting the first sensing signal portion corresponding to the high-voltage signal in order to obtain the corrected measuring signal, - wherein correcting the first sensing signal portion includes providing a correction signal, wherein the correction signal is applied on the first sensing signal portion, - wherein the correction signal is obtained depending on the second sensing signal portion, - wherein the periodic injection signal is provided by an injection signal source, - characterized in that the correction signal is obtained depending on a difference signal between the injection signal exposed to an attenuation, which corresponds to an attenuation of the voltage divider, and the second sensing signal portion.
A valve comprising a main valve, a pilot valve, a housing, an inlet and an outlet, wherein opening and closing of the main valve is controlled by the pilot valve, and wherein a pilot valve seat is arranged in a diaphragm, supported by a support member comprising a radially extending bottom plate and a circumferential wall substantially extending in an axial direction parallel to the opening direction of the pilot valve and wherein a pilot chamber is arranged in the housing separated from the inlet and the outlet by the diaphragm, and wherein a radial gap is arranged between the radially outer end of the diaphragm and the housing in a radial direction perpendicular to the opening of the pilot valve, wherein the circumferential wall at the radially outer end of the support member has an S-shaped cross section, characterized in that the support member is slidingly guided in in a cylindrical bore of the housing, and the radially outer end of the support member touches the bore and slides along an inner surface of the housing, when the main valve opens or closes.