mhurhangee/ep-ind-claims huggingface dataset:
A composite comprising: a microporous material having pore walls and open porosity therein, said microporous material being selected from polytetrafluoroethylene and expanded polytetrafluoroethylene; and a multi-functional coating on at least a portion of the pore walls of the microporous material, said multi-functional coating comprising a first functional additive and at least one additional functional additive, wherein the microporous material retains at least some open porosity in the coated portion of the microporous material. a microporous material having pore walls and open porosity therein, said microporous material being selected from polytetrafluoroethylene and expanded polytetrafluoroethylene; and a multi-functional coating on at least a portion of the pore walls of the microporous material, said multi-functional coating comprising a first functional additive and at least one additional functional additive, wherein the microporous material retains at least some open porosity in the coated portion of the microporous material.
Washing machine and/or dryer, comprising a housing, a flap integrated into the housing, and a tab made of a soft and/or flexible material, which is arranged on the flap so as to protrude out with respect to the housing and the flap, characterised in that the tab is designed in such a way that pulling on the tab causes the flap to fold out of the housing, and in that the tab has at least one optical waveguide, and in that the tab has a fabric into which the at least one optical waveguide is woven, braided and/or injected. the tab is designed in such a way that pulling on the tab causes the flap to fold out of the housing, and in that the tab has at least one optical waveguide, and in that the tab has a fabric into which the at least one optical waveguide is woven, braided and/or injected.
Method for making a braking element, in particular a brake pad, including the following steps, in sequence: a) mixing an aluminosilicate source with an alkaline silicate solution to form a geopolymeric solution; b) adding a friction mix to the geopolymeric solution of the previous mixing step to obtain a slurry; c) casting the slurry in a mold at a temperature between room temperature and 120 °C and maintaining the slurry inside the hot mold for a time comprised between 5 minutes and 2 hours until the slurry is substantially solidified; d) demolding the solidified slurry to obtain a pad or block of solid friction material; e) attaching a backplate to the pad or block of solid friction material either as a consequence of the casting step or after the pad or block of solid friction material is demolded; f) curing for a time between 1 and 24 hours and at a temperature of between 60°C and 120°C the pad or block of solid friction material having the backplate attached to it. a) mixing an aluminosilicate source with an alkaline silicate solution to form a geopolymeric solution; b) adding a friction mix to the geopolymeric solution of the previous mixing step to obtain a slurry; c) casting the slurry in a mold at a temperature between room temperature and 120 °C and maintaining the slurry inside the hot mold for a time comprised between 5 minutes and 2 hours until the slurry is substantially solidified; d) demolding the solidified slurry to obtain a pad or block of solid friction material; e) attaching a backplate to the pad or block of solid friction material either as a consequence of the casting step or after the pad or block of solid friction material is demolded; f) curing for a time between 1 and 24 hours and at a temperature of between 60°C and 120°C the pad or block of solid friction material having the backplate attached to it.
A system for providing multimedia broadcast multicast services, MBMS, control information related to a service in a wireless telecommunications network comprising a plurality of cells for providing common services, the system is characterized in that the system comprises: a processor programmed to promote transmission of a MBMS control information over a multicast control channel, the control information comprising: a multi-cell information portion that contains information common to at least two of the cells in the wireless telecommunications network; and a cell-specific information portion that contains information specific to one of the cells, wherein the cell-specific information portion contains at least one of: information related to scheduling information for the control information in the multi-cell information portion, and information related to modulation and coding information for the control information in the multi-cell information portion. a multi-cell information portion that contains information common to at least two of the cells in the wireless telecommunications network; and a cell-specific information portion that contains information specific to one of the cells, wherein the cell-specific information portion contains at least one of:
A collecting bowl for liquids of a device for processing liquids comprising an outlet opening and a valve for cutting off the outlet opening, wherein the valve comprises a normally closed closure member for cutting off the outlet opening when the collecting bowl is fitted in an operating position in the device for processing liquids, and further comprising a valve actuator for opening the closure member when the valve actuator is connected to the valve, and a first and a second magnetic element (18, 19) which are mounted on the closure member and on the valve actuator, respectively, or vice versa, and which are capable of mutual magnetic interaction for remote control of the opening of the closure member, by means of moving it within a valve body, wherein the valve body comprises a stroke limiting element which is capable of limiting the stroke of the closure member within the valve body in such a way that it is always defined a gap between the valve actuator and the closure member both in the closed and in the open position of the closure member.
A straddled vehicle comprising: a body frame including a head pipe; a seat configured for a rider to sit on, the seat being disposed rearward of the head pipe with regard to a front-rear direction of the vehicle; a fuel tank provided between the head pipe and the seat; an ahead-of-seat element (3, 4) located rearward of the head pipe and frontward of the seat with regard to the front-rear direction of the vehicle; and a seat height adjustment mechanism (5, 40, 50) capable of adjusting height of the seat in at least two steps with regard to an up-down direction of the vehicle, wherein, when the seat is at a first height, substantially no interspace exists between the seat and the ahead-of-seat element (3, 4), and wherein the ahead-of-seat element is a tank cover member that includes a portion covering a rear end portion of the fuel tank, or the ahead-of-seat element is the fuel tank provided between the head pipe and the seat, the straddled vehicle further characterised by a spacer member, the spacer member is to be disposed between the ahead-of-seat element (3, 4) and the seat being at a second height which is lower than the first height, the spacer member filling an interspace between the ahead-of-seat element (3, 4) and the seat being at the second height. a body frame including a head pipe; a seat configured for a rider to sit on, the seat being disposed rearward of the head pipe with regard to a front-rear direction of the vehicle; a fuel tank provided between the head pipe and the seat; an ahead-of-seat element (3, 4) located rearward of the head pipe and frontward of the seat with regard to the front-rear direction of the vehicle; and a seat height adjustment mechanism (5, 40, 50) capable of adjusting height of the seat in at least two steps with regard to an up-down direction of the vehicle, wherein, when the seat is at a first height, substantially no interspace exists between the seat and the ahead-of-seat element (3, 4), and wherein the ahead-of-seat element is a tank cover member that includes a portion covering a rear end portion of the fuel tank, or the ahead-of-seat element is the fuel tank provided between the head pipe and the seat, the straddled vehicle further characterised by a spacer member, the spacer member is to be disposed between the ahead-of-seat element (3, 4) and the seat being at a second height which is lower than the first height, the spacer member filling an interspace between the ahead-of-seat element (3, 4) and the seat being at the second height.
A method executed by a terminal device for indicating a physical cell identifier, PCI, applied to LTE communications system, comprising: determining, by the terminal device according to a first broadcast message sent by a base station, a PCI of a target cell in which the terminal device is located, wherein the first broadcast message comprises a primary synchronization signal PSS sequence and a secondary synchronization signal SSS sequence that are used to indicate the PCI of the target cell; determining a first scrambling code according to the PCI of the target cell, wherein the first scrambling code is used to descramble the received broadcast message; and determining an extended PCI of the target cell according to a second broadcast message sent by the base station, wherein the second broadcast message carries extended PCI information of the target cell, and the second broadcast message is parsed according to the first scrambling code, wherein the extended PCI identifies the target cell, or a combination of the extended PCI and the PCI of the target cell identifies the target cell, characterized in that the extended PCI is a cell identity of a global cell identity; or the extended PCI is a combination of a cell identity of a global cell identity and all bits or some bits of a location area identity of the global cell identity; and the extended PCI or the combination of the extended PCI and the PCI of the target cell is used within a specific area to distinguish cells with a same PCI. determining, by the terminal device according to a first broadcast message sent by a base station, a PCI of a target cell in which the terminal device is located, wherein the first broadcast message comprises a primary synchronization signal PSS sequence and a secondary synchronization signal SSS sequence that are used to indicate the PCI of the target cell; determining a first scrambling code according to the PCI of the target cell, wherein the first scrambling code is used to descramble the received broadcast message; and determining an extended PCI of the target cell according to a second broadcast message sent by the base station, wherein the second broadcast message carries extended PCI information of the target cell, and the second broadcast message is parsed according to the first scrambling code, wherein the extended PCI identifies the target cell, or a combination of the extended PCI and the PCI of the target cell identifies the target cell, characterized in that the extended PCI is a cell identity of a global cell identity; or the extended PCI is a combination of a cell identity of a global cell identity and all bits or some bits of a location area identity of the global cell identity; and the extended PCI or the combination of the extended PCI and the PCI of the target cell is used within a specific area to distinguish cells with a same PCI.
A protective cover for a leading edge of a wind turbine rotor blade, the protective cover being pre-formed into a curved shape so as to accommodate at least a part of a leading edge section including the leading edge of the wind turbine rotor blade to be protected, the protective cover comprising a pressure side section, a suction side section and a centerline in-between the pressure side section and the suction side section, the centerline running in longitudinal direction of the protective cover, characterised in that thickness (t) of the protective cover in a cross section of the protective cover in transverse direction has a non-symmetric thickness distribution t(s) corresponding to a normal distribution with non-zero skewness determined by a skewness factor (κ s).
Method for assisting a driver of a vehicle during a driving manoeuvre, during which the vehicle is guided automatically along a previously calculated trajectory or the lateral guidance is carried out automatically for travel along the trajectory, and after the driving manoeuvre has ended the control of the vehicle is returned to the driver, wherein before and/or during the transfer of control to the driver information about the surroundings of the vehicle and suitable steering settings are communicated to the driver, characterized in that the driver receives a warning if the steering lock which is selected by him during the transfer of control would cause the surroundings to be endangered.
A device for fixing a radiator, in particular a tubular radiator, comprising a fastening element, at least one retaining element which can be arranged on the fastening element and an actuating element, wherein the retaining element comprises a clamping mechanism which can be coupled to the actuating element and can be actuated by this one, and wherein the retaining element is clamp-shaped and comprises two clamp legs, the distance of which with respect to one another can be varied by the clamping mechanism, wherein the actuating element is connected to the clamping mechanism of the retaining element via a clamping element, wherein the clamping element is connected to one clamp leg of the retaining element and passes through an opening in the other clamp leg and wherein the actuating element is arranged such that it will be directly accessible by a tool if the radiator is properly mounted, characterized in that the actuating element is designed as a screw guided in a housing, which screw cooperates with a thread of the housing and the screw cooperates with the clamping element.
A patient positioning system (100,160) comprising an arm (102, 166) having a first portion and a second portion, the second portion of the arm (102, 166) being telescopic relative to the first portion of the arm (102, 166); a first positioning device coupled to the first portion of the arm (102, 166), the first positioning device providing support for the arm (102, 166) and being rotatable on a first axis, thereby allowing the arm (102, 166) to rotate with the first positioning device; and a second positioning device coupled to the second portion of the arm (102, 166) and movable with the second portion of the arm (102, 166) relative to the first portion of the arm (102, 166), the second positioning device being operable to rotate a patient support at least on a second axis; characterized by further comprising a movable base member, the movable base member being coupled to the first positioning device thereby allowing the first positioning device to further move with the movable base member.
A nonwoven fabric comprising 20 to 80% by weight of a polyester fiber having an oblate multilobal cross-section and 20 to 80% by weight of a cellulose fiber wherein the polyester fiber having an oblate multilobal cross-section has an oblate cross-section with at least 6 lobes on its periphery, and when the cross-section of the polyester fiber having a multilobal oblate cross-section has maximum length A, maximum width B, length C of line connecting adjacent lobe apexes in the section with largest lobes, and length D of perpendicular between the line C connecting the adjacent lobe apexes and the bottom of recess between the adjacent lobes, degree of oblateness (A/B) and degree of irregularity (C/D) simultaneously satisfy the following relations and: Degree of oblateness A / B = 2.0 to 3.0 and Degree of irregularity C / D = 1.0 to 5.0
Suction device configured for a laser processing machine with a laser processing head which can be moved over a workpiece holder, - with a fan and several flaps which are to be opened selectively in order to generate an air flow and which are in communication with the fan, and - with a control configured to detect the position and the operating state of the laser processing head and to control the flaps as a function of the detected position and operating state of the laser processing head, and characterized in that the control is configured to determine a future position and the operating state of the laser processing head corresponding to this position on the basis of a processing plan via a reference to the processing plan and to control the flaps as a function of the future position and the operating state of the laser processing head corresponding to this future position. - with a fan and several flaps which are to be opened selectively in order to generate an air flow and which are in communication with the fan, and - with a control configured to detect the position and the operating state of the laser processing head and to control the flaps as a function of the detected position and operating state of the laser processing head, and
Use of Lys-C or Lys-N for proteolytically processing a single-chain botulinum neurotoxin serotype F (BoNT/F) by hydrolysis to produce an active di-chain BoNT/F.
A method for forming a fluoropolymer coated component, comprising: applying an adhesion promoter onto a surface of a component; applying an organic material onto the adhesion promoter; and applying a mixture comprising a fluoropolymer and a solvent selected from a furan or a fluorinated solvent onto the organic material, wherein applying the adhesion promoter comprises applying an adhesion promoter that is the reaction product of acetic acid, zirconium tetra-n-propoxide, and (3-glycidyloxypropyl)trimethoxysilane. applying an adhesion promoter onto a surface of a component; applying an organic material onto the adhesion promoter; and applying a mixture comprising a fluoropolymer and a solvent selected from a furan or a fluorinated solvent onto the organic material,
A method for producing rare earth magnets by coating sintered magnet bodies of an R 1 -Fe-B composition with a slurry in which a powder of one or more compounds selected from oxides, fluorides, oxyfluorides, hydroxides and hydrides of R 2 is dispersed in a solvent, drying the resulting sintered magnet bodies to remove the solvent from the slurry and to deposit the powder on surfaces of the sintered magnet bodies, and subjecting the resulting sintered magnet bodies to heat treatment to cause absorption of R 2 into the sintered magnet bodies, wherein R 1 and R 2 are each independently one or more elements selected from rare earth elements including Y and Sc, the method characterized by comprising: warming or heating the sintered magnet bodies before applying the coating of the slurry for a first time.
A method for repairing a dark spot of an organic light-emitting diode, OLED, array substrate of a display apparatus, the OLED array substrate comprising: a base substrate; a power line and a connection component both disposed on the base substrate; a pixel structure disposed in a pixel region, wherein the pixel structure comprises a driving transistor and an OLED device, wherein the driving transistor comprises a gate electrode, a first source/drain electrode and a second source/drain electrode, the first source/drain electrode connected with the OLED device and the second source/drain electrode connected to the power line, wherein the OLED device comprises a first electrode and a second electrode, the first electrode electrically connected with the first source/drain electrode of the driving transistor; the method being characterized by: electrically connecting the power line with the first electrode by irradiating the connection component corresponding to the pixel structure to be repaired for a first time by laser to electrically connect the power line with the first electrode; applying a voltage to the first electrode by the power line to cause the first electrode and the second electrode to be no longer electrically connected with each other due to an instantaneous current generated between the first electrode and the second electrode by short circuiting the driving transistor; electrically insulating the power line from the first electrode by the connection component by irradiating the connection component corresponding to the pixel structure to be repaired for a second time by laser to electrically insulate the power line from the first electrode. electrically connecting the power line with the first electrode by irradiating the connection component corresponding to the pixel structure to be repaired for a first time by laser to electrically connect the power line with the first electrode; applying a voltage to the first electrode by the power line to cause the first electrode and the second electrode to be no longer electrically connected with each other due to an instantaneous current generated between the first electrode and the second electrode by short circuiting the driving transistor; electrically insulating the power line from the first electrode by the connection component by irradiating the connection component corresponding to the pixel structure to be repaired for a second time by laser to electrically insulate the power line from the first electrode.
A communication control apparatus comprising: an acquisition unit configured to acquire cell identification information assigned to an individual beam formed by a directional antenna; and a control unit configured to control transmission of a reference signal performed using the individual beam, on the basis of the cell identification information, wherein the control unit controls the transmission so that the reference signal is transmitted in a limited portion of available resource blocks. an acquisition unit configured to acquire cell identification information assigned to an individual beam formed by a directional antenna; and a control unit configured to control transmission of a reference signal performed using the individual beam, on the basis of the cell identification information, wherein the control unit controls the transmission so that the reference signal is transmitted in a limited portion of available resource blocks.
An auxiliary assembly structure for a multi-component support structure for removing the load on an exchangeable supporting structure element (2.2), whereby the auxiliary assembly structure comprises at least one auxiliary assembly structure element and a lifting gear, whereby the auxiliary assembly structure element and the lifting gear are connected to one another serially and in a load-transmitting manner, and the auxiliary assembly structure is arranged such that it may span over the exchangeable supporting structure element (2.2) of the supporting structure and is designed such that it can be connected to the adjacent supporting structure elements (2.1, 2.3) in a load-transmitting manner in each case, characterised in that the lifting gear has a force sensor and a control and regulating device is provided for load-dependent control and regulation of the at least one lifting gear in order to remove the load.
A carbon steel wire having a wire diameter of from 0.1 to 0.6 mm, characterized in that, when the radius of a circular cross-section orthogonal to the longitudinal direction is r and a region from the outer periphery of the circular cross-section toward the center to 0.4r is a surface layer portion, the occupancy ratio of a crystal texture in a direction within 10° from the orientation with respect to the longitudinal direction in the surface layer portion is 60% or less. when the radius of a circular cross-section orthogonal to the longitudinal direction is r and a region from the outer periphery of the circular cross-section toward the center to 0.4r is a surface layer portion, the occupancy ratio of a crystal texture in a direction within 10° from the orientation with respect to the longitudinal direction in the surface layer portion is 60% or less.