mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of top layers for roads, tracks, and other areas used by traffic, by producing a mixture comprising mineral material and a polyurethane reaction mixture, and also optionally further additions, applying it to a substrate material, and compacting and hardening it by applying a pressure of at least 5 N/cm 2, where operations are substantially carried out without use of solvents, the substrate material is an underlayer or binder layer or a mixture comprising the polyurethane reaction mixture and mineral material, and the polyurethane reaction mixture is obtainable by mixing of a) isocyanates with b) compounds having at least two hydrogen atoms reactive toward isocyanate, which comprise a hydroxy-functional compound having hydrophobic groups, and also optionally c) chain extenders and/or crosslinking agents, d) catalysts, and e) other additives. a) isocyanates with b) compounds having at least two hydrogen atoms reactive toward isocyanate, which comprise a hydroxy-functional compound having hydrophobic groups, and also optionally c) chain extenders and/or crosslinking agents, d) catalysts, and e) other additives.
A paper, suitable for use as a separator or thermal or flame insulation for electrochemical cells, comprising: a) 90 to 99 weight percent, based on the total weight of the paper, of an aramid fibrous pulp, the aramid fibrous pulp comprising aramid polymer fibrils, wherein the aramid polymer fibrils have: i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and b) 1 to 10 weight percent, based on the total weight of the paper, of polyvinylpyrrolidone present as a coating on the surface of the fibers; the paper having a thickness of 10 to 40 micrometers and a tensile strength of at least 15 megapascals or greater. a) 90 to 99 weight percent, based on the total weight of the paper, of an aramid fibrous pulp, the aramid fibrous pulp comprising aramid polymer fibrils, wherein the aramid polymer fibrils have: i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and b) 1 to 10 weight percent, based on the total weight of the paper, of polyvinylpyrrolidone present as a coating on the surface of the fibers;
A drill for producing a borehole in workpieces comprising fiber-reinforced plastic, having - at least one main cutting edge on the front end, - at least one secondary cutting edge provided in the area of the peripheral face of the drill, and having - circular grinding chamfers following the at least one secondary cutting edge (11, 11') on the peripheral side, wherein - the continuous circular grinding chamfers have, starting from a forward area of the drill, a first longitudinal section with a first width and a secondary longitudinal section with a second width following thereto, wherein the width of the first longitudinal section is by many times smaller than the width of the second longitudinal section characterized in that - the width of the first longitudinal section of the circular grinding chamfers is in a range from 0.01 mm to 0.1 mm. - at least one main cutting edge on the front end, - at least one secondary cutting edge provided in the area of the peripheral face of the drill, and having - circular grinding chamfers following the at least one secondary cutting edge (11, 11') on the peripheral side, wherein - the continuous circular grinding chamfers have, starting from a forward area of the drill, a first longitudinal section with a first width and a secondary longitudinal section with a second width following thereto, wherein the width of the first longitudinal section is by many times smaller than the width of the second longitudinal section - the width of the first longitudinal section of the circular grinding chamfers is in a range from 0.01 mm to 0.1 mm.
An information processing method comprising: an extraction procedure of extracting another communication service provider other than a first communication service provider based on a result of a comparison of a congestion degree of a base station (111, 113) related to the first communication service provider corresponding to a position in which a first wireless terminal device having a first access right to access the base station (111, 113) related to the first communication service provider is present with a congestion degree of each of base stations (121, 123) related to one or a plurality of communication service providers other than the first communication service provider corresponding to the position in which the first wireless terminal device is present; and an exchange control procedure of performing control to transfer a second access right from a second wireless terminal device having a second access right to access a base station (121, 123) related to the extracted another communication service provider, to the first wireless terminal device, and of performing control of the first wireless terminal device to access the base station (121, 123) related to the extracted another communication service provider based on the second access right to access the base station (121, 123) related to the extracted another communication service provider. an extraction procedure of extracting another communication service provider other than a first communication service provider based on a result of a comparison of a congestion degree of a base station (111, 113) related to the first communication service provider corresponding to a position in which a first wireless terminal device having a first access right to access the base station (111, 113) related to the first communication service provider is present with a congestion degree of each of base stations (121, 123) related to one or a plurality of communication service providers other than the first communication service provider corresponding to the position in which the first wireless terminal device is present; and an exchange control procedure of performing control to transfer a second access right from a second wireless terminal device having a second access right to access a base station (121, 123) related to the extracted another communication service provider, to the first wireless terminal device, and of performing control of the first wireless terminal device to access the base station (121, 123) related to the extracted another communication service provider based on the second access right to access the base station (121, 123) related to the extracted another communication service provider.
A reinforced crucible for melting titanium alloys comprising: a facecoat including at least one facecoat layer; a backing including at least one backing layer; and at least one reinforcing element applied on at least a portion of one or more of the facecoat layer, the backing layer, or a combination thereof wherein the reinforcing element comprises at least one composition selected from the group consisting of ceramic compositions, metallic compositions, and combinations thereof. a facecoat including at least one facecoat layer; a backing including at least one backing layer; and at least one reinforcing element applied on at least a portion of one or more of the facecoat layer, the backing layer, or a combination thereof
A motor drive circuit configured to drive a DC motor, the motor drive circuit comprising: a power source circuit configured to supply the DC motor with electric power, the power source circuit comprising: a rectifier circuit configured to rectify AC voltage of an AC power source; a capacitor connected to an output end of the rectifier circuit; a main relay configured to turn on or off a contact point to switch into a state of conducting or a state of not conducting a power source line connecting the AC power source and the capacitor; and a microcomputer configured to determine whether or not to conduct the power source line, wherein when the microcomputer is activated, the microcomputer is configured to control the main relay so as not to conduct the power source line in a case where the capacitor has charge voltage equal to or less than a predetermined value; and a control power source configured to generate, with induced voltage of the DC motor, control voltage for activation of the microcomputer in the power source circuit. a rectifier circuit configured to rectify AC voltage of an AC power source; a capacitor connected to an output end of the rectifier circuit; a main relay configured to turn on or off a contact point to switch into a state of conducting or a state of not conducting a power source line connecting the AC power source and the capacitor; and a microcomputer configured to determine whether or not to conduct the power source line, wherein when the microcomputer is activated, the microcomputer is configured to control the main relay so as not to conduct the power source line in a case where the capacitor has charge voltage equal to or less than a predetermined value; and a control power source configured to generate, with induced voltage of the DC motor, control voltage for activation of the microcomputer in the power source circuit.
Detection system for detecting a soldered connection (16, 17) of an electronic component, in particular an integrated circuit, wherein the component has a cuboidal housing, wherein the detection system has a detection apparatus having a transmitter for electromagnetic beams (18, 19) and a detector for the electromagnetic beams (18', 19') and is designed to generate electromagnetic beams (18, 19) using the transmitter and to transmit said beams to the component, and the detector is arranged and designed to detect electromagnetic beams (18', 19') reflected by the component and to generate an image data set representing the reflected beams (18', 19'), characterized in that the detection apparatus is designed to generate at least one edge data set representing an edge of the component from the image data set and to determine, in the region of the edge data set, at least one part of the image data set representing a soldered joint (16, 17) and to generate a quality signal representing a quality of the soldered joint (16, 17) on the basis of an intensity value of the part and to output said quality signal, wherein the detection system comprises at least one electronic component and the component is connected to a printed circuit board by means of soldering and has a coating reflecting the electromagnetic beams on a side facing away from the printed circuit board starting from the edge of the housing, with the result that the edge can be detected by means of the image contrast produced by the coating, wherein the coating has a colour pigment, in particular titanium dioxide.
A pharmaceutical composition in the form of a tablet for extended release of clarithromycin in the gastrointestinal environment, comprising from 45 to 60% by weight clarithromycin and from 10 to 30% by weight of hydroxypropylmethyl cellulose having a viscosity of 100 mPa s and further comprising pharmaceutically acceptable excipients and/or fillers, preparable by dry blending the hydroxypropylmethyl cellulose, the filler, the clarithromycin and other excipients followed by granulating the mixture using water until proper granulation is obtained, drying the wet granules in a fluid bed dryer, sifting and grinding to appropriate size, mixing lubricating agents with the dried granulation and tableting to obtain the composition.
An apparatus 12 for collecting waste fluid and debris resulting from cleaning of an air conditioning air handler assembly 10 mounted on a supporting wall W, comprising: a) a collection bib 14 having an open first end 14a positionable adjacent said air handler assembly 10 for collecting said waste fluid and debris; b) a rib 16 cooperating with said collection bib 14 at said first end 14a to shape said first end for said collecting; c) at least one bracket 18 disposable between said air handler assembly 10 and said wall W; d) at least one deflector plate D disposable between said air handler assembly 10 and said wall W; and e) at least one support element 20 disposed between said rib 16 and said at least one bracket 18 to position said bib and said rib for said collecting; and wherein said collection bib 14 further comprises an open second end 14e for discharging said collected waste fluid and debris and characterised in that said open second end 14e comprises means for stopping flow of liquid through said open second end. a) a collection bib 14 having an open first end 14a positionable adjacent said air handler assembly 10 for collecting said waste fluid and debris; b) a rib 16 cooperating with said collection bib 14 at said first end 14a to shape said first end for said collecting; c) at least one bracket 18 disposable between said air handler assembly 10 and said wall W; d) at least one deflector plate D disposable between said air handler assembly 10 and said wall W; and e) at least one support element 20 disposed between said rib 16 and said at least one bracket 18 to position said bib and said rib for said collecting;
A floor finish composition comprising a film former, 1 wt. % to 30 wt. % of a lightness inducing agent, and a diluent, wherein the lightness inducing agent is present in an amount sufficient for the composition to provide, when evaluated using a hardened finish having a thickness of about 0.005 mm on a LENETA Form 5C Opacity chart and a MINISCAN XE Plus color spectrophotometer having 45° illumination and a 0° viewing geometry: a) an increased lightness value L* on the black portion of the chart and b) a contrast ratio (CR 0.80) less than about 0.7 when evaluated on the black and white portions of the chart. a) an increased lightness value L* on the black portion of the chart and b) a contrast ratio (CR 0.80) less than about 0.7 when evaluated on the black and white portions of the chart.
Agricultural seed drill having at least one singling apparatus which is arranged in a housing, wherein the housing has at least one air opening which is connected to an air delivery line and is provided to feed and/or discharge air into and/or out of the interior of the housing by means of a blower, with the result that a positive and/or negative pressure is able to be generated in the interior of the housing by means of the blower, characterized in that the air opening is able to be covered by means of a covering element, wherein the covering element is movable between a covering position covering the air opening and a working position uncovering the air opening, and the covering element is assigned a drive element, which is suitable for moving the covering element between the covering position and the working position.
A method for remote-controlling a mobile terminal, the method comprising: setting (S10; S110; S210) a condition for the mobile terminal to enter a remote-control mode; storing the set condition and a separate authentication key in a memory of the mobile terminal; receiving (S20; S120; S220) a call connection request at the mobile terminal from another mobile terminal; automatically entering (S40; S140; S240) the remote-control mode when the call connection request is received at the mobile terminal and the call connection request corresponds to the set condition; requesting an authentication key to the other mobile terminal after entering the remote-control mode; determining that the authentication key received from the other mobile terminal corresponds to the stored authentication key; transmitting a menu information relating to allowable remote-control functions to the other mobile terminal when the remote-control mode is entered and when the received authentication key is determined to correspond to the stored authentication key; receiving (S50; S180) a function control signal based on a selected one of the allowable remote-control functions from the other mobile terminal while the mobile terminal is in the entered remote-control mode; and performing (S60; S190) a remote-control function that corresponds to the received function control signal, wherein the received authentication key includes one of a touch pattern, information related to a human's body, such as fingerprint, iris, face, voice, or a user's gesture recognized by the camera of the other mobile terminal. setting (S10; S110; S210) a condition for the mobile terminal to enter a remote-control mode; storing the set condition and a separate authentication key in a memory of the mobile terminal; receiving (S20; S120; S220) a call connection request at the mobile terminal from another mobile terminal; automatically entering (S40; S140; S240) the remote-control mode when the call connection request is received at the mobile terminal and the call connection request corresponds to the set condition; requesting an authentication key to the other mobile terminal after entering the remote-control mode; determining that the authentication key received from the other mobile terminal corresponds to the stored authentication key; transmitting a menu information relating to allowable remote-control functions to the other mobile terminal when the remote-control mode is entered and when the received authentication key is determined to correspond to the stored authentication key; receiving (S50; S180) a function control signal based on a selected one of the allowable remote-control functions from the other mobile terminal while the mobile terminal is in the entered remote-control mode; and performing (S60; S190) a remote-control function that corresponds to the received function control signal, wherein the received authentication key includes one of a touch pattern, information related to a human's body, such as fingerprint, iris, face, voice, or a user's gesture recognized by the camera of the other mobile terminal.
A processor device with an executable implementation of a cryptographic algorithm (AES, DES) implemented thereon, which is adapted to produce an output text from an input text, employing a secret key K, wherein the implementation of the algorithm: - comprises a masked key-dependent computing step T' which comprises a key combination of input values derived directly or indirectly from the input text and key values SubK derived directly or indirectly from the key; - the masked key-dependent computing step T' is represented by a table which is masked with an input masking and/or output masking to form a masked table TabS SubK; - the processor device comprises a key update device adapted to perform a key update method from the derived key value SubK to a new derived key value SubKneu on the masked key-dependent computing step T'; and - wherein in the key update method key change data are supplied to the processor device, in particular to the key update device, said key change data being computed employing the derived key value SubK, the new derived key value SubKneu and the employed input masking and/or output masking; characterized in that: - in the key update method further a new masked table TabS Kneu is generated by means of the key change data in the processor device, in particular in the key update device, said new masked table being adapted to newly compute the key-dependent computing step S for the new derived key value SubKneu by means of the new masked table TabS Kneu. - comprises a masked key-dependent computing step T' which comprises a key combination of input values derived directly or indirectly from the input text and key values SubK derived directly or indirectly from the key; - the masked key-dependent computing step T' is represented by a table which is masked with an input masking and/or output masking to form a masked table TabS SubK; - the processor device comprises a key update device adapted to perform a key update method from the derived key value SubK to a new derived key value SubKneu on the masked key-dependent computing step T'; and - wherein in the key update method key change data are supplied to the processor device, in particular to the key update device, said key change data being computed employing the derived key value SubK, the new derived key value SubKneu and the employed input masking and/or output masking; characterized in that: - in the key update method further a new masked table TabS Kneu is generated by means of the key change data in the processor device, in particular in the key update device, said new masked table being adapted to newly compute the key-dependent computing step S for the new derived key value SubKneu by means of the new masked table TabS Kneu. - in the key update method further a new masked table TabS Kneu is generated by means of the key change data in the processor device, in particular in the key update device, said new masked table being adapted to newly compute the key-dependent computing step S for the new derived key value SubKneu by means of the new masked table TabS Kneu.
An article comprising - a base material of zirconium oxide, - on the base material, an intermediate layer comprising one or more metal oxides, the intermediate layer being a single layer comprising one or more metal oxides or being composed of a plurality of layers each being composed of one or more metal oxides, and - on the intermediate layer, a surface treating layer formed from a surface treating agent comprising a fluorine-containing silane compound; wherein the total thickness of the intermediate layer is 10 nm or more to less than 50 nm. - a base material of zirconium oxide, - on the base material, an intermediate layer comprising one or more metal oxides, the intermediate layer being a single layer comprising one or more metal oxides or being composed of a plurality of layers each being composed of one or more metal oxides, and - on the intermediate layer, a surface treating layer formed from a surface treating agent comprising a fluorine-containing silane compound;
Control device designed to reduce the commutation angle error ε of a three-phase (u,v,w) EC motor (2.2) connected via a star connection, the three phases (u,v,w) of which are commutated via a motor controller, having a rotor position detection in order to detect the relative angular position of the rotor by means of the star point potential at the star point of the star connection, and a control circuit which is designed to impress a field-weakening current component into the motor controller in order to reduce the commutation angle error ε.