mhurhangee/ep-ind-claims huggingface dataset:
Magnetic-inductive flowmeter having at least one measuring tube, wherein the measuring tube has at least one measuring section, having at least one magnetic field generating device for generating a magnetic field in the measuring section of the measuring tube and with at least two electrodes arranged in the measuring section of the measuring tube for capturing a measuring voltage, wherein the magnetic field generating device has at least one magnet coil preferably arranged outside the measuring section of the measuring tube and having a coil core and at least two yoke elements as well as at least one magnetic connection element, wherein the coil core of the magnet coil or the coil cores of the magnet coils is or are in contact with the at least two yoke elements, or the coil cores of the magnet coils are in contact with the at least two yoke elements in each case, with respect to the magnetic flux, and that the yoke elements at least partially enclose the measuring section of the measuring tube, characterized in that the measuring tube is configured with a cross-sectional constriction in the area of the measuring section, so that the measuring tube also has a part with a rectangular cross-section in the area of the measuring section, thus, in the area of the measuring section there is, as it were, an "outer" measuring tube, cylindrically with a circular cross-section, and an "inner" measuring tube with a rectangular cross-section, wherein the measuring section is implemented in the region of the "inner" measuring tube and wherein a measuring fluid in the region of the measuring section flows only within the "inner" measuring tube, that the magnet coil or coils is or are arranged outside the measuring tube, that the coil core or cores merges or merge into the magnetic connection element or elements, that the "outer" measuring tube has a recess or recesses through which the magnetic connection element or the magnetic connection elements projects or project into the interior of the "outer" measuring tube, and that the yoke elements are magnetically connected to the magnetic connection element or the magnetic connection elements.
A coreless flexible film packaging system, said system comprising: (i) a containment cylinder comprising a cylindrical wall with an outer surface, said cylindrical wall defining first and second cylinder end apertures (45, 50) and an interior film containment area; (ii) a film feed slot in said cylindrical wall extending longitudinally along said containment cylinder; and (iii) a supply of flexible film wound about itself to form a film roll having a central cylindrical cavity, said film roll comprising a leading end and a terminal end and contained within said interior film containment area, characterized in that, said flexible film is self-winding. (i) a containment cylinder comprising a cylindrical wall with an outer surface, said cylindrical wall defining first and second cylinder end apertures (45, 50) and an interior film containment area; (ii) a film feed slot in said cylindrical wall extending longitudinally along said containment cylinder; and (iii) a supply of flexible film wound about itself to form a film roll having a central cylindrical cavity, said film roll comprising a leading end and a terminal end and contained within said interior film containment area,
Domestic appliance having a water container, a discharge line for discharging water from the water container and a free-floating buoyancy element for sealing an outlet, wherein the free-floating buoyancy element can be pressed against the outlet by means of a magnetic force, characterised in that the free-floating buoyancy element comprises a permanent magnet.
A laminated piezoelectric element, including a laminated structure, the structure comprising: a plurality of piezoelectric layers and a plurality of internal electrodes laminated alternately therewith; a low rigidity layer that is low in rigidity in comparison with the piezoelectric layers and the internal electrodes and is integrally fired with the piezoelectric layers and the internal electrodes; and a plurality of portions that are divided by the low rigidity layer in a laminating direction, which element further includes power supply members of an anode side and a cathode side located on each of the portions, characterized in that low rigidity layer comprises a plurality of metal portions that are mutually separated from one another with a void interposed therebetween. a plurality of piezoelectric layers and a plurality of internal electrodes laminated alternately therewith; a low rigidity layer that is low in rigidity in comparison with the piezoelectric layers and the internal electrodes and is integrally fired with the piezoelectric layers and the internal electrodes; and a plurality of portions that are divided by the low rigidity layer in a laminating direction, which element further includes power supply members of an anode side and a cathode side located on each of the portions, characterized in that low rigidity layer comprises a plurality of metal portions that are mutually separated from one another with a void interposed therebetween.
A modular motor and magnetic bearing assembly comprising a positioning casing comprising a first end portion presenting a plane reference surface perpendicular to a longitudinal axis X-X', a second end portion forming the support of an axial magnetic abutment, a cylindrical wall presenting a first end having an outer cylindrical reference surface, a second end secured to said second end portion, a central portion provided on an outer face with channels for a flow of cooling liquid, a first intermediate portion provided with openings for entry of gaseous fluid, and a second intermediate portion provided with openings for exit of gaseous fluid; characterized in that it further comprises: a rotor having said longitudinal axis X-X' as its axis and presenting a first end provided with an inner cylindrical reference surface and a plane reference surface perpendicular to said longitudinal axis X-X'; an electric motor comprising a stator (61, 62) mounted on an inner face of the central portion of said cylindrical wall of the positioning casing and an armature mounted on an outer surface of the rotor; a first radial magnetic bearing comprising a stator (71, 72) mounted on an inner face of the first intermediate portion of said cylindrical wall of the positioning casing and an armature mounted on an outer surface of the rotor; a second radial magnetic bearing comprising a stator (81, 82) mounted on an inner face of the second intermediate portion of said cylindrical wall of the positioning casing and an armature mounted on an outer surface of the rotor; an axial abutment comprising a rotor armature mounted at the second end of the rotor perpendicularly to said longitudinal axis X-X' and two stator subassemblies (31, 33; 32, 34) mounted on said axial abutment support; a first auxiliary mechanical bearing arranged between said first end portion of the positioning casing and said first end of the rotor; and a second auxiliary mechanical bearing arranged between said second end portion of the positioning casing and said second end of the rotor.
A two-wheeled vehicle having a battery holding structure, wherein the two-wheeled vehicle comprises a frame and a saddle, a storage box being arranged under the saddle, a power unit being arranged under the storage box, the frame being provided with a battery mounting seat, the storage box having a front end comprising a shielding section extending therefrom, a maintenance opening being formed in the shielding section, the maintenance opening corresponding to the battery mounting seat, wherein the battery mounting seat receives therein a battery so that the battery is located within a range of the maintenance opening, characterized in that a battery support frame is mounted to the battery mounting seat and an air intake system of an internal combustion engine of the power unit is located under the battery support frame and that the air intake system comprises a nozzle and the nozzle is shielded by the battery support frame so that the nozzle is exposable through the maintenance opening by removing the battery support frame.
Device for dispensing a dental material, comprising: - a container for containing the dental material, the container having an outlet which is closed by a closure; - a breakable seal connecting the closure and the container; - a valve member (4,18,19); - the device allowing for a relative movement between the valve member and the outlet between a storage position in which the outlet is closed and an operational position in which the outlet is open; - wherein the valve member engages with the closure such that the relative movement between the valve member and the outlet also causes a relative movement between the closure and the outlet, whereby the seal is caused to break upon movement toward the operational position; and - wherein the device is adapted to capture the closure in the device in the operational position, and - wherein the valve member has a receptacle, and - wherein in the storage position the closure covers the outlet and extends in a direction generally parallel to a longitudinal axis of the device from the container into the receptacle, and - wherein the device allows for a relative movement between the receptacle and the outlet in a direction generally transverse to the longitudinal axis and for a rotation between the valve member and the outlet about a rotation axis, and - wherein the rotation axis is arranged substantially parallel to the longitudinal axis. - a container for containing the dental material, the container having an outlet which is closed by a closure; - a breakable seal connecting the closure and the container; - a valve member (4,18,19); - the device allowing for a relative movement between the valve member and the outlet between a storage position in which the outlet is closed and an operational position in which the outlet is open; - wherein the valve member engages with the closure such that the relative movement between the valve member and the outlet also causes a relative movement between the closure and the outlet, whereby the seal is caused to break upon movement toward the operational position; and - wherein the device is adapted to capture the closure in the device in the operational position, and - wherein the valve member has a receptacle, and - wherein in the storage position the closure covers the outlet and extends in a direction generally parallel to a longitudinal axis of the device from the container into the receptacle, and - wherein the device allows for a relative movement between the receptacle and the outlet in a direction generally transverse to the longitudinal axis and for a rotation between the valve member and the outlet about a rotation axis, and - wherein the rotation axis is arranged substantially parallel to the longitudinal axis.
A method implemented in a wireless transmit/receive unit (WTRU), the method comprising: receiving a first transmission of a transport block, wherein the transport block comprises a set of code blocks, wherein one or more code blocks from the set of code blocks is unsuccessfully decoded; sending, in a bitmap, feedback only associated with the one or more code blocks that were unsuccessfully decoded from the set of code blocks; receiving control information for a second transmission, in a control channel transmission, wherein the control information includes an indication that the set of code blocks is in the second transmission, wherein the control information includes an indication that the set of code blocks from the second transmission are combinable with the set of code blocks from the first transmission, and wherein the control information includes a new data indicator associated with whether the set of code blocks in the second transmission are for retransmission; and receiving the second transmission. receiving a first transmission of a transport block, wherein the transport block comprises a set of code blocks, wherein one or more code blocks from the set of code blocks is unsuccessfully decoded; sending, in a bitmap, feedback only associated with the one or more code blocks that were unsuccessfully decoded from the set of code blocks; receiving control information for a second transmission, in a control channel transmission, wherein the control information includes an indication that the set of code blocks is in the second transmission, wherein the control information includes an indication that the set of code blocks from the second transmission are combinable with the set of code blocks from the first transmission, and wherein the control information includes a new data indicator associated with whether the set of code blocks in the second transmission are for retransmission; and receiving the second transmission.
A pneumatic tire comprising a tread portion, a pair of sidewall portions extending radially inwardly from both axial edges of the tread portion, and a bead portion provided at a radially inner edge of each of the sidewall portions, wherein an outer surface of at least one of the sidewall portions is provided with a side protector protruding therefrom and located in an upper sidewall area defined as being radially outside a maximum tire section width point (Pm), and the side protector comprises first protect ribs and second protect ribs arranged alternately in the tire circumferential direction, characterized in that the first protect ribs each have a main part extending radially inwardly from a radially outer edge of the side protector in the form of an S shape, the S shape being bent in the tire circumferential direction, and the second protect ribs each have a main part extending radially inwardly from the radially outer edge of the side protector in the form of an L shape, the L shape being bent in the tire circumferential direction.
A membrane comprising (a) a poly(dialkylene ester) thermoplastic polyurethane composition made by reacting (i) at least one poly(dialkylene ester) polyol intermediate with (ii) at least one diisocyanate and (iii) at least one chain extender; wherein (i), the polyester polyol intermediate, comprises an intermediate derived from at least one dialkylene glycol and at least one di-carboxylic acid, or an ester or anhydride thereof, and wherein the thermoplastic polyurethane composition further comprises a filler selected from the group consisting of nanofillers and nanofibers. (a) a poly(dialkylene ester) thermoplastic polyurethane composition made by reacting (i) at least one poly(dialkylene ester) polyol intermediate with (ii) at least one diisocyanate and (iii) at least one chain extender;
A constant velocity joint, comprising: an outer joint part; a ball cage containing one ball in each of a plurality of circumferentially spaced windows in said cage, said ball cage having a first inner partial spherical surface facing a rear opening (Rr) of said cage defined by a first radius having a center rearwardly offset from a center of a cage inner surface; an inner joint part having a second partial spherical surface adjacent said first inner partial spherical surface of said ball cage defined by a second radius, said second radius is less than said first radius; a third partial spherical surface on said ball cage facing a front opening (Rf) of said cage defined by a third radius having a center forwardly offset from said center of said cage inner surface; characterised in that it further comprises a fourth partial spherical surface on said inner joint part adjacent said third partial spherical surface of said ball cage defined by a fourth radius, said fourth radius less than said first radius, said fourth radius and said second radius having the same center; a first flat cylindrical surface formed directly adjacent said ball cage first inner partial spherical surface; and a second flat cylindrical surface formed directly adjacent said ball cage third partial spherical surface. an outer joint part; a ball cage containing one ball in each of a plurality of circumferentially spaced windows in said cage, said ball cage having a first inner partial spherical surface facing a rear opening (Rr) of said cage defined by a first radius having a center rearwardly offset from a center of a cage inner surface; an inner joint part having a second partial spherical surface adjacent said first inner partial spherical surface of said ball cage defined by a second radius, said second radius is less than said first radius; a third partial spherical surface on said ball cage facing a front opening (Rf) of said cage defined by a third radius having a center forwardly offset from said center of said cage inner surface; characterised in that it further comprises a fourth partial spherical surface on said inner joint part adjacent said third partial spherical surface of said ball cage defined by a fourth radius, said fourth radius less than said first radius, said fourth radius and said second radius having the same center; a first flat cylindrical surface formed directly adjacent said ball cage first inner partial spherical surface; and a second flat cylindrical surface formed directly adjacent said ball cage third partial spherical surface.
Process for froth flotation of an ore to recover phosphate-containing materials from the ore that includes adding a primary collector and a collector aid to the ore, next performing a conditioning step of the ore, wherein: the primary collector is selected from the group consisting of an amphoteric surface-active compound, an anionic surface-active compound and combinations thereof; and the collector aid has the formula R 3 -CO-O-A n -R 4 where R 3 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 8 carbon atoms, R 4 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 10 carbon atoms, and at least one of R 3 and R 4 contains a hydroxyl group; A is either ethoxy, propoxy or butoxy and n is 0-10, wherein a ratio of the primary collector to the collector aid by weight is from 999:1 to 1:1. the primary collector is selected from the group consisting of an amphoteric surface-active compound, an anionic surface-active compound and combinations thereof; and the collector aid has the formula R 3 -CO-O-A n -R 4 where R 3 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 8 carbon atoms, R 4 is a linear or branched, alkyl or hydroxyalkyl group having from 3 to 10 carbon atoms, and at least one of R 3 and R 4 contains a hydroxyl group; A is either ethoxy, propoxy or butoxy and n is 0-10, wherein a ratio of the primary collector to the collector aid by weight is from 999:1 to 1:1.
An analysis apparatus that performs electrophoresis using a microchip provided with a channel, comprising: a cooling unit (12,13) operable to cool the microchip; a voltage application unit (14a, 14b, 15) configured to apply voltage to a buffer solution filled in the channel of the microchip; an optical analysis unit (16,17,18) operable to conduct, through the microchip, optical analysis of a sample introduced in the channel; and a control unit configured to control the cooling unit (12,13), the voltage application unit (14a, 14b, 15), and the optical analysis unit (16,17,18), wherein the control unit is configured to cause the cooling unit (12,13) to start cooling the microchip, and is further configured to cause the voltage application unit (14a,14b,15) and the optical analysis unit (16,17,18) to start operating after the microchip has been cooled, characterised in that: the microchip is provided with a single channel that is filled with the buffer solution, and in that the control unit is configured to cause the cooling unit (12,13) to increase output immediately before causing the voltage application unit (14a,14b,15) and the optical analysis unit (16,17,18) to start operating, and is configured to cause the cooling unit (12,13) to reduce output after operations of the voltage application unit (14a, 14b, 15) and the optical analysis unit (16,17,18) have ended. a cooling unit (12,13) operable to cool the microchip; a voltage application unit (14a, 14b, 15) configured to apply voltage to a buffer solution filled in the channel of the microchip; an optical analysis unit (16,17,18) operable to conduct, through the microchip, optical analysis of a sample introduced in the channel; and a control unit configured to control the cooling unit (12,13), the voltage application unit (14a, 14b, 15), and the optical analysis unit (16,17,18), wherein the control unit is configured to cause the cooling unit (12,13) to start cooling the microchip, and is further configured to cause the voltage application unit (14a,14b,15) and the optical analysis unit (16,17,18) to start operating after the microchip has been cooled, characterised in that: the microchip is provided with a single channel that is filled with the buffer solution, and in that the control unit is configured to cause the cooling unit (12,13) to increase output immediately before causing the voltage application unit (14a,14b,15) and the optical analysis unit (16,17,18) to start operating, and is configured to cause the cooling unit (12,13) to reduce output after operations of the voltage application unit (14a, 14b, 15) and the optical analysis unit (16,17,18) have ended.
Method comprising: a server receiving location data from a mobile device (210, 220); the server incrementing a counter variable which is associated with a predetermined geographical area in which a location of the location data is situated, characterized by initializing a new time variable, wherein the time variable is set to a predetermined value and continuously decremented, wherein the predetermined value is an expected value indicative of an average dwell time of the mobile device (210, 220) in the predetermined geographical area for a type of transportation associated with the mobile device (210, 220); and the server decrementing the counter variable in response to elapsing of the time variable. a server receiving location data from a mobile device (210, 220); the server incrementing a counter variable which is associated with a predetermined geographical area in which a location of the location data is situated, characterized by initializing a new time variable, wherein the time variable is set to a predetermined value and continuously decremented, wherein the predetermined value is an expected value indicative of an average dwell time of the mobile device (210, 220) in the predetermined geographical area for a type of transportation associated with the mobile device (210, 220); and the server decrementing the counter variable in response to elapsing of the time variable.