mhurhangee/ep-ind-claims huggingface dataset:
Filter for heating circuits for filtering particles from heating water in a heating circuit, comprising: (a) a fitting housing (12, 28) with an inlet and an outlet for installation in a pipe of the heating circuit; and (b) a filter element provided in the flow between the inlet and the outlet; characterized in that (c) a bypass channel is provided from the inlet to the outlet bypassing the filter element; (d) the filter element and/or a closing element (82, 84) connected to the filter element is moveably arranged between an operating position and a bypass position, wherein the bypass channel is blocked by the filter element and/or the closing element in the operating position and released in the bypass position; and (e) mechanical means (52, 48) are provided for moving the filter element and/or the closing element (82, 84) between the operating position and the bypass position. (a) a fitting housing (12, 28) with an inlet and an outlet for installation in a pipe of the heating circuit; and (b) a filter element provided in the flow between the inlet and the outlet; characterized in that (c) a bypass channel is provided from the inlet to the outlet bypassing the filter element; (d) the filter element and/or a closing element (82, 84) connected to the filter element is moveably arranged between an operating position and a bypass position, wherein the bypass channel is blocked by the filter element and/or the closing element in the operating position and released in the bypass position; and (e) mechanical means (52, 48) are provided for moving the filter element and/or the closing element (82, 84) between the operating position and the bypass position.
A reciprocating compressor comprising: a motor having a motor shaft; four cylinders provided in directions perpendicular to an axial direction of the motor shaft; and four pistons each having a piston head part and a rod part formed integrally, the piston head part fitting into one of the four cylinders in a reciprocable fashion, and the rod part being rotatably installed to an eccentric shaft fixed to the motor shaft, a casing accommodating the motor shaft; a plurality of intake passages each connected to inside of one of the four cylinders, which intake passages allow a fluid to flow therethrough; a plurality of exhaust passages each connected to inside of one of the four cylinders, which exhaust passages allow a fluid to flow therethrough; and at least one of a shared intake passage and a shared exhaust passage, the shared intake passage uniting the intake passages, and the shared exhaust passage uniting the exhaust passages, wherein at least one of the shared intake passage and the shared exhaust passage is provided overlapping at least one of an axial region and a peripheral region thereof, the axial region extending in the axial direction of the motor shaft, characterized in that the motor includes a main body part, and the shared intake passage and the shared exhaust passage are provided to sandwich the four cylinders therebetween in the axial direction of the motor shaft, and wherein one of the shared intake passage and the shared exhaust passage is provided to a shaft end portion side of the motor shaft, the other to a main body part side of the motor shaft. a motor having a motor shaft; four cylinders provided in directions perpendicular to an axial direction of the motor shaft; and four pistons each having a piston head part and a rod part formed integrally, the piston head part fitting into one of the four cylinders in a reciprocable fashion, and the rod part being rotatably installed to an eccentric shaft fixed to the motor shaft, a casing accommodating the motor shaft; a plurality of intake passages each connected to inside of one of the four cylinders, which intake passages allow a fluid to flow therethrough; a plurality of exhaust passages each connected to inside of one of the four cylinders, which exhaust passages allow a fluid to flow therethrough; and at least one of a shared intake passage and a shared exhaust passage, the shared intake passage uniting the intake passages, and the shared exhaust passage uniting the exhaust passages, wherein at least one of the shared intake passage and the shared exhaust passage is provided overlapping at least one of an axial region and a peripheral region thereof, the axial region extending in the axial direction of the motor shaft,
Air inlet or air outlet filter (1.1, 1.2) for a switchgear cabinet housing, with a filter housing, in which a filter substrate with a pleated filter is arranged, which completely covers an air passage cross-section (d) of the filter housing, wherein the filter substrate has a liquid-absorbing absorber mat made of nonwoven fabric, which is liquid-absorbing and preferably consists of thermally and/or mechanically bonded polyester fibers, and wherein the nonwoven fabric and/or the pleated filter has a liquid-absorbing material strip, preferably a hydrophilic nonwoven fabric, on an underside, characterized in that the liquid-absorbing material strip is arranged outside the air passage cross-section (d) of the filter housing.
Aids for eating or drinking comprising 40-50% vegetable starch and 35-45% guar gum and 1-5% xanthan gum. 40-50% vegetable starch and 35-45% guar gum and 1-5% xanthan gum.
A transducer arrangement for a hearing implant comprising: a bendable vibration transmission tube having: a proximal end attached to a vibrational actuator, and a distal end having a drive surface for coupling vibration to an outer cochlea surface of a recipient patient; wherein, during surgical implantation to affix the vibrational actuator in a middle ear of the patient, the transmission tube accommodates bending so as to engage the drive surface against the cochlea surface; and the arrangement is characterised in that it further comprises: a plurality of vibration coupling pieces having spherical outer surfaces and arranged in a linear sequence within the transmission tube with: a proximal-most coupling piece in mechanical engagement with the vibrational actuator,, a distal-most coupling piece in mechanical engagement with the drive surface, and the outer surfaces of adjacent coupling pieces in mechanical engagement with each other; and wherein vibration of the vibrational actuator is coupled by the coupling pieces to the drive surface to vibrate the cochlea surface. a bendable vibration transmission tube having: a proximal end attached to a vibrational actuator, and a distal end having a drive surface for coupling vibration to an outer cochlea surface of a recipient patient; a proximal end attached to a vibrational actuator, and a distal end having a drive surface for coupling vibration to an outer cochlea surface of a recipient patient; wherein, during surgical implantation to affix the vibrational actuator in a middle ear of the patient, the transmission tube accommodates bending so as to engage the drive surface against the cochlea surface; and the arrangement is characterised in that it further comprises: a plurality of vibration coupling pieces having spherical outer surfaces and arranged in a linear sequence within the transmission tube with: a proximal-most coupling piece in mechanical engagement with the vibrational actuator,, a distal-most coupling piece in mechanical engagement with the drive surface, and the outer surfaces of adjacent coupling pieces in mechanical engagement with each other; and wherein vibration of the vibrational actuator is coupled by the coupling pieces to the drive surface to vibrate the cochlea surface. a plurality of vibration coupling pieces having spherical outer surfaces and arranged in a linear sequence within the transmission tube with: a proximal-most coupling piece in mechanical engagement with the vibrational actuator,, a distal-most coupling piece in mechanical engagement with the drive surface, and the outer surfaces of adjacent coupling pieces in mechanical engagement with each other; a proximal-most coupling piece in mechanical engagement with the vibrational actuator,, a distal-most coupling piece in mechanical engagement with the drive surface, and the outer surfaces of adjacent coupling pieces in mechanical engagement with each other; and wherein vibration of the vibrational actuator is coupled by the coupling pieces to the drive surface to vibrate the cochlea surface.
A trunk piston marine engine lubricating oil composition for a medium-speed compression-ignited marine engine comprising or made by admixing an oil of lubricating viscosity, in a major amount, containing 50 mass % or more of a Group II basestock, and, in respective minor amounts, an overbased alkali or alkaline earth metal hydrocarbyl-substituted hydroxybenzoate detergent having a basicity index of 5.5 or greater, wherein the hydrocarbyl group is an alkyl group of 9 to 30 carbon atoms; and an overbased alkali or alkaline earth metal hydrocarbyl-substituted hydroxybenzoate detergent having a basicity index of 2 or less, wherein the hydrocarbyl group is an alkyl group of 14 to 19 carbon atoms; wherein the ratio of the mass of metal in detergent to the mass of metal in detergent is 10 or less; the trunk piston marine engine lubricating oil composition having a TBN using ASTM D2896 of 20 to 60; and wherein the treat rate of additives and contained in the lubricating oil composition is in the range of 1 to 20 mass %. an overbased alkali or alkaline earth metal hydrocarbyl-substituted hydroxybenzoate detergent having a basicity index of 5.5 or greater, wherein the hydrocarbyl group is an alkyl group of 9 to 30 carbon atoms; and an overbased alkali or alkaline earth metal hydrocarbyl-substituted hydroxybenzoate detergent having a basicity index of 2 or less, wherein the hydrocarbyl group is an alkyl group of 14 to 19 carbon atoms;
A wireless communication method comprising: generating a Media Access Control, MAC, packet comprising an MAC Protocol Data Unit, MPDU, including information of a device connected to a wireless network, the wireless network uses a first channel and a second channel supporting different transmission capabilities; and transmitting the MAC packet, characterized in that: the information of the device includes MAC capability, and optionally a physical layer, PHY, capability of the device; and the MAC capability includes information representing whether the device can request a coordinator of the wireless network for extension of a channel time allocated thereto. generating a Media Access Control, MAC, packet comprising an MAC Protocol Data Unit, MPDU, including information of a device connected to a wireless network, the wireless network uses a first channel and a second channel supporting different transmission capabilities; and transmitting the MAC packet, characterized in that: the information of the device includes MAC capability, and optionally a physical layer, PHY, capability of the device; and the MAC capability includes information representing whether the device can request a coordinator of the wireless network for extension of a channel time allocated thereto. the information of the device includes MAC capability, and optionally a physical layer, PHY, capability of the device; and the MAC capability includes information representing whether the device can request a coordinator of the wireless network for extension of a channel time allocated thereto.
A beverage container with a drinking vessel, a drinking cap and a threaded ring, wherein - the drinking vessel has an inner space, a circular vessel opening, an opening edge surrounding the vessel opening and an external thread next to the vessel opening, - the drinking cap (2; 41; 49; 64) has a bottom wall (15; 44; 53; 67), a ring flange (14; 42; 50; 65) surrounding the bottom wall for abutment on the opening edge of the drinking vessel, a drinking element (18; 46; 53; 77) protruding outwards from the bottom wall and a sealing means (27; 47; 48; 59; 4; 74; 77) for sealing and opening a passage from the inner space to the outside of the mouthpiece, which is openable for dunking and otherwise closable, - a ventilation channel (34; 43; 51; 66) is present in the bottom side of the ring flange (14; 42; 50; 65), which extends from an inner channel opening (40.1) lying further inside radially and open towards the inner space of the drinking vessel up to an outer channel opening (40.2) lying further outside radially and open to the environment, surrounds the center of the vessel opening at least 0.75-fold between these two channel openings, - characterized in that the ventilation channel has a cross-sectional surface in the range of 0.02 to 0.08 mm 2 and is designed in a rigid material with a modulus of elasticity of at least 0.2 kN/mm 2 and - the ring flange (14; 42; 50; 65) is fixable in liquid-tight abutment on the opening edge by means of the threaded ring, - and wherein the inner and outer channel openings are located at areas at which the ventilation channel is not yet covered by the opening edge. - the drinking vessel has an inner space, a circular vessel opening, an opening edge surrounding the vessel opening and an external thread next to the vessel opening, - the drinking cap (2; 41; 49; 64) has a bottom wall (15; 44; 53; 67), a ring flange (14; 42; 50; 65) surrounding the bottom wall for abutment on the opening edge of the drinking vessel, a drinking element (18; 46; 53; 77) protruding outwards from the bottom wall and a sealing means (27; 47; 48; 59; 4; 74; 77) for sealing and opening a passage from the inner space to the outside of the mouthpiece, which is openable for dunking and otherwise closable, - a ventilation channel (34; 43; 51; 66) is present in the bottom side of the ring flange (14; 42; 50; 65), which extends from an inner channel opening (40.1) lying further inside radially and open towards the inner space of the drinking vessel up to an outer channel opening (40.2) lying further outside radially and open to the environment, surrounds the center of the vessel opening at least 0.75-fold between these two channel openings, - characterized in that the ventilation channel has a cross-sectional surface in the range of 0.02 to 0.08 mm 2 and is designed in a rigid material with a modulus of elasticity of at least 0.2 kN/mm 2 and - the ring flange (14; 42; 50; 65) is fixable in liquid-tight abutment on the opening edge by means of the threaded ring, - and wherein the inner and outer channel openings are located at areas at which the ventilation channel is not yet covered by the opening edge.
A method of operating user equipment, the method comprising: receiving one or more issuer security domain keys from a personalization application server, wherein said one or more issuer security domain keys are encrypted using the one of more shared secret keys, wherein the one or more shared secret keys are known to said user equipment and the personalization application server; using said one or more issuer security domain keys to create an issuer security domain and using said issuer security domain to establish a secure channel for over-the-air transmission of personalization data from the personalization application server to the user equipment. receiving one or more issuer security domain keys from a personalization application server, wherein said one or more issuer security domain keys are encrypted using the one of more shared secret keys, wherein the one or more shared secret keys are known to said user equipment and the personalization application server; using said one or more issuer security domain keys to create an issuer security domain and using said issuer security domain to establish a secure channel for over-the-air transmission of personalization data from the personalization application server to the user equipment.
Depth-scanning interference microscope for determining a surface topography of a measurement object, comprising - a light source for illuminating the measurement object, a reference mirror and an image sensor, wherein a partial beam originating from the light source and reflected by the measurement object and a partial beam likewise originating from the light source and reflected at the reference mirror are superposed on the image sensor and are detected, - a monochromatic light source and a photosensor, wherein a partial beam originating from the monochromatic light source and reflected by the measurement object and a partial beam likewise originating from the monochromatic light source and reflected at the reference mirror are superposed on the photosensor, and - an adjustment device for displacing at least parts of the interference microscope and/or of the measurement object in order to vary the length of the partial beams reflected by the measurement object, wherein a drive is provided for periodically moving the reference mirror along its optical axis, characterized in that the depth-scanning interference microscope has a controller which is designed to operate the light source in a pulsed manner and in synchronism with the periodic movement of the reference mirror such that light is emitted only when the reference mirror is in the region of a point of reversal of its movement, and/or which is designed to operate the image sensor in synchronism with the periodic movement of the reference mirror such that an image signal is detected only when the reference mirror is in the region of a point of reversal of its movement. - a light source for illuminating the measurement object, a reference mirror and an image sensor, wherein a partial beam originating from the light source and reflected by the measurement object and a partial beam likewise originating from the light source and reflected at the reference mirror are superposed on the image sensor and are detected, - a monochromatic light source and a photosensor, wherein a partial beam originating from the monochromatic light source and reflected by the measurement object and a partial beam likewise originating from the monochromatic light source and reflected at the reference mirror are superposed on the photosensor, and - an adjustment device for displacing at least parts of the interference microscope and/or of the measurement object in order to vary the length of the partial beams reflected by the measurement object,
An agricultural vehicle comprising: an air seeder with a product source; a metering system configured to meter product from the product source; a pneumatic distribution system, the pneumatic distribution system comprising an air source having an outlet with different air pressures defining a pressure gradient across the outlet and the air source comprises a centrifugal fan, and the plurality of end points comprise row units on the air seeder; and a plurality of inlet ports configured to receive air from the outlet for a plurality of distribution lines, comprising at least a first distribution line with a first pressure loss value and a second distribution line with a second pressure loss value that is greater than the first pressure loss value, the first and second distribution lines distribute air from the outlet to a plurality of end points, wherein the inlet ports for the first and second distribution lines are located relative to the pressure gradient such that the second distribution line receives a higher air pressure than the first distribution line, wherein the air pressure at each inlet port is proportional to the pressure loss value of the corresponding distribution line, characterised in that the second distribution line has a longer length than the first distribution line, and the centrifugal fan comprises a fan axis, and the inlet port for the second distribution line is located further away from the fan axis than the inlet port for the first distribution line. an air seeder with a product source; a metering system configured to meter product from the product source; a pneumatic distribution system, the pneumatic distribution system comprising an air source having an outlet with different air pressures defining a pressure gradient across the outlet and the air source comprises a centrifugal fan, and the plurality of end points comprise row units on the air seeder; and a plurality of inlet ports configured to receive air from the outlet for a plurality of distribution lines, comprising at least a first distribution line with a first pressure loss value and a second distribution line with a second pressure loss value that is greater than the first pressure loss value, the first and second distribution lines distribute air from the outlet to a plurality of end points, wherein the inlet ports for the first and second distribution lines are located relative to the pressure gradient such that the second distribution line receives a higher air pressure than the first distribution line, wherein the air pressure at each inlet port is proportional to the pressure loss value of the corresponding distribution line, characterised in that the second distribution line has a longer length than the first distribution line, and the centrifugal fan comprises a fan axis, and the inlet port for the second distribution line is located further away from the fan axis than the inlet port for the first distribution line.
A resealable packing-list-pouch comprising: a back sheet and a front sheet connected to form a pocket such that a top edge of the back sheet extends beyond a top edge of the front sheet to form an opening of the pocket; a protective lip sheet connected to the back sheet at one end to form a protective lip over the opening of the pocket; characterised by a flap sheet connected to the protective lip sheet; and an adhesive strip configured to fasten a bottom portion of the flap sheet to the front sheet to form a resealable closure over the opening of the pocket. a back sheet and a front sheet connected to form a pocket such that a top edge of the back sheet extends beyond a top edge of the front sheet to form an opening of the pocket; a protective lip sheet connected to the back sheet at one end to form a protective lip over the opening of the pocket; characterised by a flap sheet connected to the protective lip sheet; and an adhesive strip configured to fasten a bottom portion of the flap sheet to the front sheet to form a resealable closure over the opening of the pocket.