mhurhangee/ep-ind-claims huggingface dataset:
A method for installing an application, comprising: acquiring application installation information (101, 201, 401, 501, 901) by a first terminal, the application installation information comprises an application identifier of the application, each format of the application and a download address corresponding to each format; sending a user account and the application installation information to an account server by the first terminal; receiving the user account and the application installation information and storing the user account and the application installation information in correspondence between user accounts and application installation information, by the account server; sending an acquisition request message (204, 304) to the account server by the second terminal, with the acquisition request message carrying the user account; acquiring the application installation information from the stored user account and the stored application installation information, according to the user account, by the account server; and receiving an acquisition response message (207, 307) sent by the account server by the second terminal, with the acquisition response message carrying the application installation information acquired by the account server; and installing a corresponding application according to the application installation information on the second terminal. acquiring application installation information (101, 201, 401, 501, 901) by a first terminal, the application installation information comprises an application identifier of the application, each format of the application and a download address corresponding to each format; sending a user account and the application installation information to an account server by the first terminal; receiving the user account and the application installation information and storing the user account and the application installation information in correspondence between user accounts and application installation information, by the account server; sending an acquisition request message (204, 304) to the account server by the second terminal, with the acquisition request message carrying the user account; acquiring the application installation information from the stored user account and the stored application installation information, according to the user account, by the account server; and receiving an acquisition response message (207, 307) sent by the account server by the second terminal, with the acquisition response message carrying the application installation information acquired by the account server; and installing a corresponding application according to the application installation information on the second terminal.
A method for automatic speaker classification, through a digital system, wherein at least two different speaker classification methods are applied to digital speech data and their results are combined with each other, wherein the first method is processing segment-based features and the second method is processing expression based features, wherein the expression based method uses at least one Support Vector Machine per speaker class on the basis of utterance-based pitch features, wherein the used segment-based method uses at least a Gaussian mixture model per speaker class, which is based on Mel-Frequency Cepstral Coefficients-(MFCC), which are processed frame-by-frame.
Actuator device for brakes suitable to be operatively connected to at least a first braking device acting on a brake disc or drum, so as to exercise a braking action, - the actuator device for brakes being fitted with a lever and/or pedal for its manual operation, and being provided with a body which houses at least one piston which acts on a hydraulic circuit fluidically connected to said at least one first braking device for the hydraulic operation thereof, - the lever and/or pedal being operatively connected to said piston so as to command its movement or operating stroke in an operating direction, so as to exert pressure on the fluid of the hydraulic circuit, wherein the actuator device for brakes is fitted with an automatic actuator, operatively connected to the piston and /or to the operating lever and/or pedal, so as to increase, control or reduce the braking action imposed manually by operating the operating lever and/or pedal, controlling the operating stroke of the piston, characterised in that the body identifies a first chamber which houses said piston fitted with at least a first head, the first chamber being provided with a delivery opening fluidically connected to the at least one first braking device so as to receive the fluid pressurised by the first head during the stroke of the piston, wherein the body identifies a second chamber which houses a second head of the piston, the second chamber being in connection with the automatic actuator so as to exercise on the piston a thrust action in accordance or discordance with the thrust action exercised by the operating lever and/or pedal. - the actuator device for brakes being fitted with a lever and/or pedal for its manual operation, and being provided with a body which houses at least one piston which acts on a hydraulic circuit fluidically connected to said at least one first braking device for the hydraulic operation thereof, - the lever and/or pedal being operatively connected to said piston so as to command its movement or operating stroke in an operating direction, so as to exert pressure on the fluid of the hydraulic circuit,
A method for transmitting neighbor base station information by a base station in a communication system, wherein neighbor base stations of the base station comprise m first type neighbor base stations and n second type neighbor base stations, the first type is different from the second type and each of m, n is an integer identical to or greater than 1, the method comprising the steps of: broadcasting a first message to all mobile stations connected with the base station, the first message including information on all m first type neighbor base stations; and transmitting, when the base station identifies that a particular mobile station can get a service from one of the n second type neighbor base stations, a second message including the neighbor base station information on the identified one of the n second type neighbor base stations to the particular mobile station located within a cell controlled by the base station, wherein the second message is transmitted using a unicast scheme and comprises an identifier dedicatedly allocated to the particular mobile station. broadcasting a first message to all mobile stations connected with the base station, the first message including information on all m first type neighbor base stations; and transmitting, when the base station identifies that a particular mobile station can get a service from one of the n second type neighbor base stations, a second message including the neighbor base station information on the identified one of the n second type neighbor base stations to the particular mobile station located within a cell controlled by the base station, wherein the second message is transmitted using a unicast scheme and comprises an identifier dedicatedly allocated to the particular mobile station.
A dental implant system comprising an implant element (40, 46, 100, 200) for surgical insertion into a maxillofacial bone and tissue of a patient, said implant element having a proximal collar section (42, 50, 150, 250) and a distal, anchor-like section (44, 52, 53, 244), said implant element configured for complemental receipt of an abutment element, and said implant element configured such that upon receipt of an abutment element the uppermost proximal region of said proximal collar section abuts said abutment element, the entirety of the lateral surface of said proximal collar section (42, 50, 150, 250) having a first ordered microgeometric, repetitive surface pattern in a form of a multiplicity of alternating ridges and grooves, each having an established width in a range of about 2 to about 25 microns, and an established depth in a range of about 2 to about 25 microns, whereby said micro-geometric repetitive patterns define a guide for a preferential promotion of the rate, orientation and direction of growth of colonies of cells of said maxillofacial bone or tissue, which are in contact with said surface patterns.
Method for operating a wheel suspension system (8, 10) of a motor vehicle which has a damper by means of which a wheel is connected to a chassis of the motor vehicle and an electrical machine which is associated with the damper, wherein with at least one sensor for detecting an environment of the motor vehicle a surface on which the motor vehicle is intended to travel in the future is detected, wherein the surface which is intended to be travelled on in the future is examined for the presence of obstacles (32, 34, 36), wherein an unevenness of the surface is identified as an obstacle (32, 34, 36) if a value of at least one dimension of the unevenness deviates from a threshold value by a tolerance value, characterised in that for the identified obstacle (32, 34, 36) there is predicted a value for a quantity of electrical energy which is converted from mechanical energy by the electrical machine which is operated as a generator when, for the damper when the obstacle (32, 34, 36) which is identified is travelled on, a degree of damping is adjusted with a specific recovery value, wherein there is predicted for the identified obstacle (32, 34, 36) a value for a travel comfort which is produced when, for the damper when the obstacle (32, 34, 36) identified has been travelled on, the degree of damping is adjusted with the recovery value, wherein there is established a value for a decision criterion which is dependent on the value for the quantity of electrical energy converted from mechanical energy and the value for the travel comfort with the adjusted recovery value for the degree of damping of the damper, wherein the identified obstacle (32, 34, 36) is travelled over with the adjusted recovery value for the degree of damping of the damper when the value for the decision criterion has a desired value which is provided for this purpose.
3-hydroxyanthranilic acid (3-HAA) for use in the treatment of hyperlipidemia, in the prevention of a cardiovascular complication of hyperlipidemia or in the prevention of xanthomas.
A method for fastening a pullout guide on a side grid for an item of furniture or a household appliance, wherein the side grid has at least one horizontal rod with a bent-over end section for accommodating a carrier, and wherein at least two quick-action fastening element are installed on the pullout guide, one of which comprises least one clamp-type holding section and a further clamp-type holding section, having the following steps: - pushing the at least two quick-action fastening element onto a horizontally extending rod of the side grid, such that the clamp-type holding section encompasses the rod at least partly on its longitudinal extension section and that the further clamp-type holding section encompasses the bent-over end section of the rod at least partly, and - crimping at least a part of the clamp-type holding section of the quick-action fastening element with the rod by plastically deforming the at least one section of the quick-action fastening element. - pushing the at least two quick-action fastening element onto a horizontally extending rod of the side grid, such that the clamp-type holding section encompasses the rod at least partly on its longitudinal extension section and that the further clamp-type holding section encompasses the bent-over end section of the rod at least partly, and - crimping at least a part of the clamp-type holding section of the quick-action fastening element with the rod by plastically deforming the at least one section of the quick-action fastening element.
An ethylene polymer having a density of greater than or equal to about 0.945 g/cm 3, a high load melt index (HLMI) in a range from about 1 to about 25 g/10 min, a weight-average molecular weight (Mw) in a range from 300,000 to about 800,000 g/mol, a number-average molecular weight (Mn) in a range from about 20,000 to about 60,000 g/mol, and a ratio of Mw/Mn in a range from about 5 to about 22, and wherein the ethylene polymer has a zero-shear viscosity in a range of from about 1 x 10 6 to about 1 x 10 9 Pa-sec.
A kit for providing a casting resin composition containing in separate containers: a. a first resin component containing i. 5 to 20 parts by weight of epoxy methacrylate, ii. 0.1 to 5 parts by weight of an accelerator, iii. 35 to 60 parts by weight of methyl methacrylate, iv. 4 to 8 parts by weight of styrene, and v. 30 to 50 parts by weight of a plasticiser, b. a second resin component containing i. 80 to 99 parts by weight of a polyester resin, ii. 0.1 to 10 parts by weight of methyl methacrylate, and iii. 0.1 to 10 parts by weight of styrene, and c. 50 to 70 parts by weight of mineral, metal, or carbon filler particles, and d. 0.5 to 8 parts by weight of a hardener. a. a first resin component containing i. 5 to 20 parts by weight of epoxy methacrylate, ii. 0.1 to 5 parts by weight of an accelerator, iii. 35 to 60 parts by weight of methyl methacrylate, iv. 4 to 8 parts by weight of styrene, and v. 30 to 50 parts by weight of a plasticiser, i. 5 to 20 parts by weight of epoxy methacrylate, ii. 0.1 to 5 parts by weight of an accelerator, iii. 35 to 60 parts by weight of methyl methacrylate, iv. 4 to 8 parts by weight of styrene, and v. 30 to 50 parts by weight of a plasticiser, b. a second resin component containing i. 80 to 99 parts by weight of a polyester resin, ii. 0.1 to 10 parts by weight of methyl methacrylate, and iii. 0.1 to 10 parts by weight of styrene, and i. 80 to 99 parts by weight of a polyester resin, ii. 0.1 to 10 parts by weight of methyl methacrylate, and iii. 0.1 to 10 parts by weight of styrene, and c. 50 to 70 parts by weight of mineral, metal, or carbon filler particles, and d. 0.5 to 8 parts by weight of a hardener.
A rectifier circuit comprising a substrate supporting mobile charge carriers, the substrate comprising first and second substrate areas (222, 224), wherein the rectifier circuit further comprises a plurality of electronic devices arranged in parallel between the first and second substrate areas, wherein each electronic device comprises a respective portion of the substrate and respective insulative features (230, 232, 234) formed on the substrate surface to define the first and second substrate areas on either side of the insulative features, the first and second substrate areas being connected by a respective elongate channel of each device, each channel being defined by the respective insulative features (232, 234), and each channel providing a respective charge carrier flow path in the substrate from the first area to the second area, the conductivity between the first and second substrate areas being dependent upon the potential difference between the areas, characterised in that said substrate comprises organic material.
A method of changing an operation mode of a dual mode terminal having a first communication unit operating in a Wireless Fidelity, WiFi, service area, comprising the steps of: transmitting (S305, S505, S705) to a Radio Frequency Identification, RFID, system in the WiFi service area second RFID tag information, wherein the second RFID tag information includes power on/off information for the first communication unit; receiving (S335, S540, S740, S755) a signal for changing an operation mode transmitted by the system in the WiFi service area; switching on the first communication unit and changing to a first operation mode (S355, S565), if the signal for changing an operation mode has a value corresponding to entering the WiFi service area; and switching off the first communication unit and changing to a mobile communication operation mode (S360, S570), if the signal for changing an operation mode has a value corresponding to leaving the WiFi service area. transmitting (S305, S505, S705) to a Radio Frequency Identification, RFID, system in the WiFi service area second RFID tag information, wherein the second RFID tag information includes power on/off information for the first communication unit; receiving (S335, S540, S740, S755) a signal for changing an operation mode transmitted by the system in the WiFi service area; switching on the first communication unit and changing to a first operation mode (S355, S565), if the signal for changing an operation mode has a value corresponding to entering the WiFi service area; and switching off the first communication unit and changing to a mobile communication operation mode (S360, S570), if the signal for changing an operation mode has a value corresponding to leaving the WiFi service area.
A handling arrangement for handling tools and/or workpieces of a machine tool comprising - a horizontal rail arrangement, - a vertical tower which is arranged on the horizontal rail arrangement so as to be movable in the direction of a horizontal axis - a vertical rail arrangement which is arranged on the tower - a vertical carriage which is movable on the vertical rail arrangement in the vertical direction - exactly one one-piece rigid arm, which is arranged on the vertical carriage and - a manipulator, which is arranged on the arm and is swivel-mounted about a horizontal, second swivel axis on the arm, characterized in that the arm is swivel-mounted about a horizontal, first swivel axis on the vertical carriage - wherein the arm is swivel-mounted about a vertical swivel axis (103; 104), - wherein the first swivel axis is parallel to the second swivel axis, and - wherein the first swivel axis is arranged at a first side of the vertical swivel axis (103; 104) in a first distance from the vertical swivel axis (103; 104). - a horizontal rail arrangement, - a vertical tower which is arranged on the horizontal rail arrangement so as to be movable in the direction of a horizontal axis - a vertical rail arrangement which is arranged on the tower - a vertical carriage which is movable on the vertical rail arrangement in the vertical direction - exactly one one-piece rigid arm, which is arranged on the vertical carriage and - a manipulator, which is arranged on the arm and is swivel-mounted about a horizontal, second swivel axis on the arm, - wherein the arm is swivel-mounted about a vertical swivel axis (103; 104), - wherein the first swivel axis is parallel to the second swivel axis, and - wherein the first swivel axis is arranged at a first side of the vertical swivel axis (103; 104) in a first distance from the vertical swivel axis (103; 104).
Method for protecting a work piece made of an aluminum material, in particular made from an aluminum wrought alloy, against corrosion, characterized in that the work piece, having a surface in which the size of pores and/or cavities is smaller than 20 μm, is treated in a first method step with an erosive pre-treatment with a solution containing sodium hydroxide, that in a next method step the work piece is deoxidized with a nitrous acid, that in a further method step small indentations are produced in the surface of the work piece by treating the work piece with a fluoride-containing mordant, and that afterwards a pre-coating and subsequently a coating made of electroless nickel is applied.
A pharmaceutical composition comprising a granular component comprising a plurality of solidified melt granules of a sugar alcohol having a salt of a non-steroidal anti-inflammatory drug (NSAID salt) and paracetamol contained therein.
A control rod drive mechanism (CRDM) comprising: a hollow lead screw engaged by a CRDM motor; a lifting rod having an upper end disposed in the hollow lead screw, the lifting rod supporting at least one control rod; latches (104, 154) secured to the lead screw and configured to latch the upper end of the lifting rod to the lead screw; a latch engagement mechanism (48, 148) configured to close the latches onto the upper end of the lifting rod; cam bars (50, 160) configured to move to an inward position to cam the latches closed responsive to operation of the latch engagement mechanism; and a latch holding mechanism configured to hold the latches closed, the latch holding mechanism including horizontal holding arms that engage upper ends of corresponding cam bars to hold the cam bars in the inward position, wherein the latch holding mechanism is separate from the latch engagement mechanism, and wherein the horizontal holding arms are configured to move in a horizontal plane responsive to a holding force applied to hold the cam bars in the inward position. a hollow lead screw engaged by a CRDM motor; a lifting rod having an upper end disposed in the hollow lead screw, the lifting rod supporting at least one control rod; latches (104, 154) secured to the lead screw and configured to latch the upper end of the lifting rod to the lead screw; a latch engagement mechanism (48, 148) configured to close the latches onto the upper end of the lifting rod; cam bars (50, 160) configured to move to an inward position to cam the latches closed responsive to operation of the latch engagement mechanism; and a latch holding mechanism configured to hold the latches closed, the latch holding mechanism including horizontal holding arms that engage upper ends of corresponding cam bars to hold the cam bars in the inward position, wherein the latch holding mechanism is separate from the latch engagement mechanism, and wherein the horizontal holding arms are configured to move in a horizontal plane responsive to a holding force applied to hold the cam bars in the inward position.
Method for toggling a management device in a telecommunications network, in which the operator of the network has defined at least one given set of N + 1 management devices, where N ≥ 2, said method comprising, for at least one management device of said set, termed "first management device", the following steps: - as long as said first management device is in service: • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and - if the first management device goes off-service, each second management device is informed thereof and takes responsibility for the client equipments for which it has shared or synchronized the context data with the first management device. - as long as said first management device is in service: • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and - if the first management device goes off-service, each second management device is informed thereof and takes responsibility for the client equipments for which it has shared or synchronized the context data with the first management device.