mhurhangee/ep-ind-claims huggingface dataset:
An interference-type dynamic seal adapted for use between a first machine element and a second machine element that is movable relative to the first machine element, the dynamic seal comprising a solid seal body of generally ring-shaped configuration adapted for compression between the first and second machine elements, said solid seal body comprising: a first layer of a first resilient sealing material defining at least a portion of a dynamic sealing surface; a second layer of a second resilient sealing material defining at least a portion of a static sealing surface, said first layer being thinner than said second layer, at least a portion of said first layer being in contacting relation with said second layer, characterized in that the first resilient sealing material is a tetrafluoroethylene and propylene copolymer elastomer material, and the second resilient sealing material has better compression set resistance properties than said first resilient sealing material. a first layer of a first resilient sealing material defining at least a portion of a dynamic sealing surface; a second layer of a second resilient sealing material defining at least a portion of a static sealing surface, said first layer being thinner than said second layer, at least a portion of said first layer being in contacting relation with said second layer, characterized in that the first resilient sealing material is a tetrafluoroethylene and propylene copolymer elastomer material, and the second resilient sealing material has better compression set resistance properties than said first resilient sealing material.
A method for changing data in a nonvolatile memory comprising: performing a write operation to write data to a first page of the nonvolatile memory; performing a plurality of erase operations to erase the written data from the first page of the nonvolatile memory, wherein the performing of each erase operation of the plurality of erase operations comprises performing a plurality of partial erase operations, and wherein each partial erase operation is performed between a plurality of non-adjoining time intervals, characterized in that an erase operation is performed on the first page every time M words of data are written to a storage location of a plurality of storage locations of a second page of the nonvolatile memory, the data stored in the first page is reliably erased in a number N of partial erase operations that is equal to or less than a ratio of the number P of words of storage space in the first page to the number M of words of data written in each writing operation such that the first page of the nonvolatile memory is determined to be reliably erased when the P words of storage space in the second page have been written to. performing a write operation to write data to a first page of the nonvolatile memory; performing a plurality of erase operations to erase the written data from the first page of the nonvolatile memory, wherein the performing of each erase operation of the plurality of erase operations comprises performing a plurality of partial erase operations, and wherein each partial erase operation is performed between a plurality of non-adjoining time intervals, characterized in that an erase operation is performed on the first page every time M words of data are written to a storage location of a plurality of storage locations of a second page of the nonvolatile memory, the data stored in the first page is reliably erased in a number N of partial erase operations that is equal to or less than a ratio of the number P of words of storage space in the first page to the number M of words of data written in each writing operation such that the first page of the nonvolatile memory is determined to be reliably erased when the P words of storage space in the second page have been written to.
A joint structure between a first member, made of a fiber-reinforced plastic, having a pillared end part and a second member different from the first member; wherein the end part of the first member is reversely tapered in an axial direction; the joint structure comprises a joining member disposed along a reversely tapered form of the end part of the first member; the second member is provided in contact with an end face of the first member and connected to the joining member; a plurality of fibers substantially extending in the axial direction of the end part of the first member are provided within the end part; the plurality of fibers are disposed to form a larger angle with the axial direction of the end part of the first member as they are disposed to be closer to a surface constituting the reversely tapered form in a radial direction of the end part, characterized in that the end part of the first member is tubular; the reversely tapered form reduces a radial size of an inner peripheral surface toward to the end face of the first member; and the joining member is disposed within the tubular end part of the first member. the end part of the first member is reversely tapered in an axial direction; the joint structure comprises a joining member disposed along a reversely tapered form of the end part of the first member; the second member is provided in contact with an end face of the first member and connected to the joining member; a plurality of fibers substantially extending in the axial direction of the end part of the first member are provided within the end part; the plurality of fibers are disposed to form a larger angle with the axial direction of the end part of the first member as they are disposed to be closer to a surface constituting the reversely tapered form in a radial direction of the end part, characterized in that the end part of the first member is tubular; the reversely tapered form reduces a radial size of an inner peripheral surface toward to the end face of the first member; and the joining member is disposed within the tubular end part of the first member.
A compound of Formula: wherein; R A is a substituent comprising a substituted or unsubstituted cyclo- or polycycloalkyl group wherein the ring system comprises three to twenty carbon atoms or an aralkyl group having an overall number of nine to twenty carbon atoms, R B, R C, R D and R E are any substituent other than a substituted or unsubstituted aniline, and m, o, p and q are same or different at each occurrence and represent an integer from 0 to 4. R A is a substituent comprising a substituted or unsubstituted cyclo- or polycycloalkyl group wherein the ring system comprises three to twenty carbon atoms or an aralkyl group having an overall number of nine to twenty carbon atoms, R B, R C, R D and R E are any substituent other than a substituted or unsubstituted aniline, and m, o, p and q are same or different at each occurrence and represent an integer from 0 to 4.
Shovel spade with a shovel spade blade arranged on a style for picking up, loosening and/or moving away materials, wherein the shovel spade blade comprises upturned profiles (111', 111") on its at least two outer edges (110', 110"), which can be reversibly arranged on the shovel spade blade and wherein the upturn profiles (111', 111") are each formed from polygonal profiles which comprise at least one support part resting on a support surface (112', 112') on the shovel spade blade and at least one upturn part arranged at an angle to the support part, characterised in that the upturn profiles (111', 111") comprise at least one further upturn part which is arranged at an angle to the support part and likewise at an angle to the upturn part and which bears against and/or is reversibly fastened to an upturn (114', 114") provided on the shovel spade on its side directed towards the style.
An automobile instrument panel surface material, comprising: an microfiber having an average single fiber diameter of 0.3 to 7 μm; polyurethane; and 0.01 to 5% by mass of a silicone oil in mass percentage relative to a total mass of the microfiber and the polyurethane, wherein the polyurethane contains a UV absorber having a vapor pressure of 1.0 × 10 E-7 Pa or less at 20°C, and the automobile instrument panel surface material has a content of the UV absorber of 0.01 to 5% by mass in mass percentage relative to the polyurethane, the automobile instrument panel surface material having nap formed of the microfiber, the automobile instrument panel surface material having, of light fastnesses measured according to a light fastness measurement method of JIS L 0843:2006 under conditions of a xenon arc intensity of 110 MJ/m 2, a fading by gray scale evaluation of grade 3.5 or higher, the automobile instrument panel surface material having a glass haze of 6.5% or less as measured according to a glass haze evaluation method of ISO 6452:2007 under conditions of a heating temperature of 100°C and a heating time of 20 hours. an microfiber having an average single fiber diameter of 0.3 to 7 μm; polyurethane; and 0.01 to 5% by mass of a silicone oil in mass percentage relative to a total mass of the microfiber and the polyurethane, wherein the polyurethane contains a UV absorber having a vapor pressure of 1.0 × 10 E-7 Pa or less at 20°C, and the automobile instrument panel surface material has a content of the UV absorber of 0.01 to 5% by mass in mass percentage relative to the polyurethane, the automobile instrument panel surface material having nap formed of the microfiber, the automobile instrument panel surface material having, of light fastnesses measured according to a light fastness measurement method of JIS L 0843:2006 under conditions of a xenon arc intensity of 110 MJ/m 2, a fading by gray scale evaluation of grade 3.5 or higher, the automobile instrument panel surface material having a glass haze of 6.5% or less as measured according to a glass haze evaluation method of ISO 6452:2007 under conditions of a heating temperature of 100°C and a heating time of 20 hours.
A lifting device for a cleaning assembly comprising: a guiding base arranged on an external housing; and a lifting assembly comprising: a lifting mechanism slidably coupled to the guiding base; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base; characterized in that, the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base, or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base. a guiding base arranged on an external housing; and a lifting assembly comprising: a lifting mechanism slidably coupled to the guiding base; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base; characterized in that, the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base, or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base. a lifting mechanism slidably coupled to the guiding base; and a driving member arranged on the guiding base and configured to drive the lifting mechanism to move with respect to the guiding base; characterized in that, the lifting mechanism is connectable with the cleaning assembly to allow the cleaning assembly to be lifted relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lifted with respect to the guiding base, or to be lowered relative to the housing along with the lifting mechanism when the lifting mechanism is driven by the driving member to be lowered with respect to the guiding base.
Heatshield with at least one mounting through hole for mounting the heatshield, characterized in that an embossment pattern is arranged around the hole, whereby the embossment pattern comprises a plurality of protruding elongated elements (3, 9) extending to or radiating from the perimeter of the hole and being essentially perpendicular to the perimeter of the hole.
A membrane and electrode assembly produced by sandwiching a polymer electrolyte membrane between a pair of catalyst layers, wherein the catalyst layer comprises a polymer electrolyte and particles carrying a catalyst material, and the catalyst layer is a single catalyst layer, and wherein in the single catalyst layer the volume of fine pores with a diameter of 1.0 μm or smaller in terms of cylinder approximation for fine pores evaluated by the mercury intrusion method is increased in a thickness direction toward the polymer electrolyte membrane (the inside) from a surface of the catalyst layer (the outside), characterized in that when the single catalyst layer is equivalently divided to an inside portion in contact with the polymer electrolyte membrane and an outside portion not in contact with the polymer electrolyte membrane so that a thickness of the outside portion is equal to a thickness of the inside portion in the thickness direction of the single catalyst layer, a difference between volumes of fine pores with a diameter of 1.0 μm or smaller of the inside portion and the outside portion is 0.1 mL/g (catalyst layer) or lager and 1.0 mL/g (catalyst layer) or smaller in terms of cylinder approximation for fine pores evaluated by the mercury intrusion method and the evaluated volume of the inside portion is larger than the evaluated volume of outside portion.
Shaft angle sensor for detecting an angular position of a shaft of an internal combustion engine of a motor vehicle, in particular of a crankshaft or of a camshaft, having a magnetic signal transmitter element and a magnetic sensor element, wherein either the magnetic signal transmitter element or the magnetic sensor element can be connected permanently to the shaft, and wherein the magnetic sensor element generates at least one angle signal, and the at least one angle signal is transmitted in a wireless fashion to a base station by means of a transmitter device, characterized in that the element, which is not provided for connecting to the shaft, of the group composed of the magnetic sensor element and the magnetic signal transmitter element is connected to a self-orienting pendulum device, wherein the self-orienting pendulum device is mounted so as to be rotatable about an axis which is parallel to a shaft axis.
A method of producing a structured fibrous web of paper, the method comprising the steps of: forming a fibrous web and conveying the formed fibrous web on a water receiving felt to a dewatering nip formed by a first press unit and a second press unit and where an endless belt is passed through the nip together with the fibrous web and the water receiving felt, the endless belt having a side which is covered by polyurethane and which contacts the fibrous web in the dewatering nip; after the dewatering nip, conveying the fibrous web by the endless belt to an endless textured fabric which is permeable to air and to which the web is transferred from the endless belt, the textured fabric having a three-dimensional structure on at least the side facing the fibrous web and the textured fabric running at a lower speed than the endless belt; after the transfer to the textured fabric, conveying the fibrous web by the textured fabric to a drying cylinder, the web being transferred from the endless belt to the textured fabric in a transfer nip, the transfer nip having a length in the machine direction which is in the range of 5 mm - 40 mm, preferably 15 mm - 30 mm and wherein a suction roll is located within the loop of the textured fabric characterised in that the transfer nip is formed between a first transfer nip roll that lies within the loop of the endless belt and a second transfer nip roll which is the suction roll located within the loop of the textured fabric.
A piezoelectric vibrating element comprising: - a base section; - a plurality of vibration arms (16-1 - 16-4, 20-1, 20-2), namely exciting vibration arms (16-1 - 16-4) and sensing vibration arms (20-1, 20-2), extending from the base section in a single plane; - a plurality of first beams (32-1 - 32-4) having elasticity and extending from the base section and between the vibration arms (16-1 - 16-4, 20-1, 20-2); and - first supporting sections (30-1 - 30-4) formed at a tip portion of the first beams (32-1 - 32-4), characterized in that each first beam (32-1 - 32-4) comprises a first beam section (32-1A, 32-2A, 32-3A, 32-4A) that extends along a first direction in the single plane and a second beam section (32-1 B, 32-2B, 32-3B, 32-4B) that extends perpendicular to the first direction in the single plane for allowing a rotational vibration of the base section around an axis perpendicular to the single plane. - a base section; - a plurality of vibration arms (16-1 - 16-4, 20-1, 20-2), namely exciting vibration arms (16-1 - 16-4) and sensing vibration arms (20-1, 20-2), extending from the base section in a single plane; - a plurality of first beams (32-1 - 32-4) having elasticity and extending from the base section and between the vibration arms (16-1 - 16-4, 20-1, 20-2); and - first supporting sections (30-1 - 30-4) formed at a tip portion of the first beams (32-1 - 32-4),
A transportable information technology hosting center comprising: at least one transport container, said at least one container extending horizontally in a main longitudinal direction; at least one information technology module, said information technology module being disposed inside said at least one transport container and comprising a row of at least two racks disposed side by side and extending horizontally in a main direction of extension orthogonal to said main longitudinal direction, the two said racks forming a set of information technology equipment and each having two opposite lateral faces in front of which are formed access spaces; and transverse passage on both sides of the row of racks as well as a longitudinal passage linking the transverse aisles passage, said transverse and longitudinal passage enabling a human operator to move inside the container and to access both of the opposite lateral faces of any one of the racks, at the location of said access spaces. at least one transport container, said at least one container extending horizontally in a main longitudinal direction; at least one information technology module, said information technology module being disposed inside said at least one transport container and comprising a row of at least two racks disposed side by side and extending horizontally in a main direction of extension orthogonal to said main longitudinal direction, the two said racks forming a set of information technology equipment and each having two opposite lateral faces in front of which are formed access spaces; and transverse passage on both sides of the row of racks as well as a longitudinal passage linking the transverse aisles passage, said transverse and longitudinal passage enabling a human operator to move inside the container and to access both of the opposite lateral faces of any one of the racks, at the location of said access spaces.
A method of installing an optical fibre unit comprising at least one optical fibre (110; 210), said method comprising the steps of: • providing a ferrule (140; 240) to the at least one optical fibre to obtain at least one partially terminated optical fibre end (100; 200), comprising an optical fiber end edge whereby the ferrule (140; 240) has an axial end portion which is opposite to the optical fibre end edge; • providing a non-metallic insert (150; 250) associated to the ferrule wherein said insert partially surrounds the optical fibre and the ferrule, superimposed to the axial end portion of the ferrule, and is adapted for maintaining contact between the optical fibre and the ferrule and for coupling the ferrule to a connector body and blowing the partially terminated optical fibre end, where said end includes said ferrule and said insert, along a conduit; and • providing the partially terminated optical fibre end (100; 200) with a connector body (300; 400), said step being carried out after the step of blowing, whereby the connector body (300; 400) is adapted to be positioned to surround and contact the insert (150; 250), wherein the insert (150; 250) comprises a cylindrical body section and a head section. • providing a ferrule (140; 240) to the at least one optical fibre to obtain at least one partially terminated optical fibre end (100; 200), comprising an optical fiber end edge whereby the ferrule (140; 240) has an axial end portion which is opposite to the optical fibre end edge; • providing a non-metallic insert (150; 250) associated to the ferrule wherein said insert partially surrounds the optical fibre and the ferrule, superimposed to the axial end portion of the ferrule, and is adapted for maintaining contact between the optical fibre and the ferrule and for coupling the ferrule to a connector body and blowing the partially terminated optical fibre end, where said end includes said ferrule and said insert, along a conduit; and • providing the partially terminated optical fibre end (100; 200) with a connector body (300; 400), said step being carried out after the step of blowing, whereby the connector body (300; 400) is adapted to be positioned to surround and contact the insert (150; 250), wherein the insert (150; 250) comprises a cylindrical body section and a head section.
A microelectronics element for a medical implant device to be implanted in the human or animal body, the microelectronics element comprising: a functional unit including application specific microelectronics for performing a function in the medical implant device, the functional unit comprising a photosensor for detecting incident light; rectifier means adapted for converting an AC supply voltage into a DC voltage, wherein the DC voltage provided by the rectifier means, or an operating voltage derived from the DC voltage, is adapted to be supplied to the functional unit; wherein the functional unit and the rectifier means are integrated on a common semiconductor substrate such that the micro-electronics element is isolated from direct application and/or action of an external DC signal to suppress corrosion in an aqueous environment. a functional unit including application specific microelectronics for performing a function in the medical implant device, the functional unit comprising a photosensor for detecting incident light; rectifier means adapted for converting an AC supply voltage into a DC voltage, wherein the DC voltage provided by the rectifier means, or an operating voltage derived from the DC voltage, is adapted to be supplied to the functional unit; wherein the functional unit and the rectifier means are integrated on a common semiconductor substrate such that the micro-electronics element is isolated from direct application and/or action of an external DC signal to suppress corrosion in an aqueous environment.