mhurhangee/ep-ind-claims huggingface dataset:
Vent valve for controlling the internal tank pressure of a fuel tank, having at least one valve housing having at least one first connection to the fuel tank and at least one second connection, which can be connected to a vent line leading to a fuel vapour filter, having at least one valve element (6; 9), which is held in a valve seat in a position in which it closes the first connection by the force of gravity and/or by spring loading and, after a given pressure threshold is exceeded, is raised from the valve seat and, when a given pressure threshold is undershot, returns to the initial position, wherein the valve element (6; 9) is arranged so that it can move within a valve element guide, wherein the valve element guide has at least one first relief opening, which forms a bypass for a gap flow which arises, for example, during a return movement of the valve element, characterized in that the first relief opening is arranged approximately at the level of the valve seat or below the valve seat, in relation to the direction of flow through the valve.
Wet clutch for a motorcycle, the wet clutch comprising the following elements: - an outer basket with a first toothing system as the input side of the wet clutch; - an inner basket, which is coaxial with respect to the outer basket, with a second toothing system as the output side of the wet clutch; - first friction elements which are connected in a torque-transmitting manner to the outer basket; - second friction elements which are connected in a torque-transmitting manner to the inner basket; - the first and second friction elements (106, 108) being arranged in an axially alternating manner between the inner basket and the outer basket; - a pressing element for the axial compression of the first and second friction elements (106, 108), in order to establish a torque-transmitting connection between the input side and the output side; characterized in that - the inner basket and/or the outer basket are/is a deep-drawn part which is manufactured from a sheet metal part. - an outer basket with a first toothing system as the input side of the wet clutch; - an inner basket, which is coaxial with respect to the outer basket, with a second toothing system as the output side of the wet clutch; - first friction elements which are connected in a torque-transmitting manner to the outer basket; - second friction elements which are connected in a torque-transmitting manner to the inner basket; - the first and second friction elements (106, 108) being arranged in an axially alternating manner between the inner basket and the outer basket; - a pressing element for the axial compression of the first and second friction elements (106, 108), in order to establish a torque-transmitting connection between the input side and the output side; characterized in that - the inner basket and/or the outer basket are/is a deep-drawn part which is manufactured from a sheet metal part.
A stiffening structure of a two-track vehicle in the form of a shear field designed as a shaped sheet-metal piece, which shear field is supported on a sub-frame acting as an axle support and also on lateral sills (31l, 31r) of the vehicle body, characterised in that the shear field is supported on the sills (31l, 31r) by means of supporting arms (21l, 21r) formed in the shaped sheet-metal piece.
Household appliance (1, 12) with a control facility as well as at least two physical units (2, 3, 10, 13, 16, 17, 24), between which a material transfer takes place, characterised in that a lighting unit (4, 5, 7, 11, 14, 15, 18, 25) is associated with each of said physical units (2, 3, 10, 13, 16, 17, 24, 27) on an outer surface of the household appliance (1, 12) and an optically communicating connection can be established between the associated lighting units (4, 5, 7, 11, 14, 15, 18, 25) of two physical units (2, 3, 10, 13, 16, 17, 24, 27), wherein the control facility stores the information that the optically communicating connection is established, when a material transfer takes place between the two physical units (2, 3, 10, 13, 16, 17, 24).
System of a transport conduit with a division into a main branch and a side branch and an odour trap, wherein the odour trap comprises a mounting part which is configured for releasable mounting in the side branch, and a membrane of elastic material which is arranged on an end of the mounting part to be oriented toward the main branch, wherein the membrane is at least partially movable under pressure of a fluid from a closing position, in which the membrane closes the passage of the main branch to the fluid, to a position allowing passage in which the membrane leaves clear the passage of the main branch for the fluid, wherein the membrane is generally tubular and the membrane is provided at an end remote from the mounting part with a peripheral edge which lies substantially sealingly against the inner wall of main branch in the closing position, characterized in that the membrane comprises a first membrane part to be received in the side branch and a second membrane part to be received in the main branch, wherein the first membrane part and the second membrane part are generally tubular and the second membrane part lies at an angle relative to the first membrane part, which angle is substantially equal to an angle (α) between the side branch and the main branch, wherein the angle α between the side branch and the main branch is greater than 0 and less than or equal to 90 degrees.
A method for priming at least a portion of a single use kit with previously-collected blood or blood product prior to flowing the patient's whole blood into the inlet line of the kit, the kit intended for a therapeutic procedure in which a selected blood component is separated from a patient's whole blood, and replaced with a previously-collected blood component, the procedure utilizing a durable separation device comprising a programmable controller including a user interface and the single-use kit, the single-use kit comprising an inlet line, a separation chamber, and a return pathway, the method comprising: entering into the controller a hematocrit value of the previously-collected blood or blood product; entering into the controller in response to a prompt by the controller a target hematocrit value for the previously-collected blood or blood product when residing in the kit; entering into the controller in response to a prompt by the controller an identification of the portion of the kit to be primed with the previously-collected blood or blood product; priming the identified portion of the kit by automatically introducing a selected amount of said previously-collected blood or blood product into said identified portion; connecting the inlet line and return pathway of the kit to the patient in response to a prompt from the controller after completion of the selected priming. entering into the controller a hematocrit value of the previously-collected blood or blood product; entering into the controller in response to a prompt by the controller a target hematocrit value for the previously-collected blood or blood product when residing in the kit; entering into the controller in response to a prompt by the controller an identification of the portion of the kit to be primed with the previously-collected blood or blood product; priming the identified portion of the kit by automatically introducing a selected amount of said previously-collected blood or blood product into said identified portion; connecting the inlet line and return pathway of the kit to the patient in response to a prompt from the controller after completion of the selected priming.
Crystalline Form 2 of Ixazomib citrate, which is substantially free of form 1 of Ixazomib citrate, and is characterized by having less than 5000 ppm of ethyl acetate, preferably less than 3000 ppm of ethyl acetate, more preferably less than 1000 ppm of ethyl acetate, most preferably less than 100 ppm of ethyl acetate; and wherein form 2 contains less than 10 wt%, less than 5 wt%, less than 2 wt%, less than 1 wt%, of crystalline Form 1 of Ixazomib Citrate, as measured by XRPD.
A turbine engine comprising: a fan section that rotates about a longitudinal axis; a compressor section; a turbine section, wherein a portion of the compressor section is driven by a portion of the turbine section; and a plurality of fan exit stators positioned around the longitudinal axis and located between the fan section and the compressor section, each of the plurality of fan exit stators including an airfoil, wherein the airfoil defines an entrance angle (J°) with respect to a leading edge of the airfoil and a line parallel to the longitudinal axis, the airfoil defines an exit angle (K°) with respect to a trailing edge of the airfoil and a line parallel to the longitudinal axis, wherein the portion of the turbine section is a low pressure turbine and the portion of the compressor section is a low pressure compressor, and the fan section is driven through a geared architecture by the low pressure turbine, wherein the fan section and the low pressure compressor counter-rotate, characterised in that the entrance angle (J°) is between about 45° to about 55°; a difference between the entrance angle (J°) and the exit angle (K°) is between about 45° and about 65°. a fan section that rotates about a longitudinal axis; a compressor section; a turbine section, wherein a portion of the compressor section is driven by a portion of the turbine section; and a plurality of fan exit stators positioned around the longitudinal axis and located between the fan section and the compressor section, each of the plurality of fan exit stators including an airfoil, wherein the airfoil defines an entrance angle (J°) with respect to a leading edge of the airfoil and a line parallel to the longitudinal axis, the airfoil defines an exit angle (K°) with respect to a trailing edge of the airfoil and a line parallel to the longitudinal axis, wherein the portion of the turbine section is a low pressure turbine and the portion of the compressor section is a low pressure compressor, and the fan section is driven through a geared architecture by the low pressure turbine, wherein the fan section and the low pressure compressor counter-rotate, characterised in that the entrance angle (J°) is between about 45° to about 55°; a difference between the entrance angle (J°) and the exit angle (K°) is between about 45° and about 65°.
An image synthesis method for a mobile terminal, comprising: performing (S11, S11') a phase detection auto focus on an object to be photographed based on preset pixels of a photosensitive element in the mobile terminal when a user photographs the object to be photographed with the mobile terminal; controlling (S12, S12') the photosensitive element located under a color filter array to generate a displacement parallel to the photosensitive element from an initial location to change a location of the photosensitive element with respect to the color filter array, such that a location of each preset pixel is replaced by an original pixel which is adjacent to the preset pixel, wherein the initial location is a location of the photosensitive element in the mobile terminal when the phase detection auto focus is performed on the object to be photographed based on the preset pixels of the photosensitive element in the mobile terminal; collecting (S13, S13') first photosensitive data of the object to be photographed based on original pixels after the displacement, and controlling the photosensitive element to return to the initial location; photographing (S14, S14') the object to be photographed, and enabling the photosensitive element to collect second photosensitive data of the object to be photographed at the initial location; and acquiring (S15, S15') an image of the object to be photographed according to the first photosensitive data and the second photosensitive data. performing (S11, S11') a phase detection auto focus on an object to be photographed based on preset pixels of a photosensitive element in the mobile terminal when a user photographs the object to be photographed with the mobile terminal; controlling (S12, S12') the photosensitive element located under a color filter array to generate a displacement parallel to the photosensitive element from an initial location to change a location of the photosensitive element with respect to the color filter array, such that a location of each preset pixel is replaced by an original pixel which is adjacent to the preset pixel, wherein the initial location is a location of the photosensitive element in the mobile terminal when the phase detection auto focus is performed on the object to be photographed based on the preset pixels of the photosensitive element in the mobile terminal; collecting (S13, S13') first photosensitive data of the object to be photographed based on original pixels after the displacement, and controlling the photosensitive element to return to the initial location; photographing (S14, S14') the object to be photographed, and enabling the photosensitive element to collect second photosensitive data of the object to be photographed at the initial location; and acquiring (S15, S15') an image of the object to be photographed according to the first photosensitive data and the second photosensitive data.
A holder (2; 2B) that supports a blister pack in use, the blister pack having a tray with one or more discrete cavities for receiving consumer products and a seal adhered to the tray to seal the one or more discrete cavities, the seal having a pattern of electrically conductive tracks that defines a circuit per cavity, wherein the holder (2; 2B) is adapted to be releasably connected to an electronic module that includes electronic monitoring means for monitoring each circuit when the holder (2; 2B) is connected to the electronic module in use and when part of the blister pack that includes a termination point for each circuit is in electrical contact with the electronic monitoring means; wherein the holder (2; 2B) includes one or more openings, each opening being aligned with the open mouth of a corresponding discrete cavity of the supported blister pack in use, the holder being adapted to support the blister pack in use with the open mouth of each discrete cavity facing an associated opening in the holder (2; 2B); characterised in that the holder (2; 2B) includes a dispensing chamber (20, 22) in communication with the one or more openings for receiving the dispensed contents of a discrete cavity; wherein at least one end of the dispensing chamber (20, 22) includes an opening so that the dispensed contents of a discrete cavity can be removed from the holder (2; 2B).
A virtual private network,VPN, tunnel system comprising: a client computer (102, 103); a universal serial bus, USB, VPN device (101, 201) comprising a controller, said controller coupled to the client computer (102, 103), said controller including a microprocessor containing at least one memory, said memory containing an operating system program; wherein said memory stores certificate, password and endpoint information only in said controller instead of in a database of said client computer (102, 103); wherein when authentication information received by said client computer (102, 103) is validated by said controller, said microprocessor executes said operating system program of said controller to implement at least one VPN tunnel which connects said client computer (102, 103) to a VPN server and to a private network of computers and servers (107, 108), via an internet connection, and wherein said operating system program to implement said at least one VPN tunnel is stored and executed only from said microprocessor of said USB VPN device (101, 201), and wherein only driver and routing information is installed on said client computer (102/103). a client computer (102, 103); a universal serial bus, USB, VPN device (101, 201) comprising a controller, said controller coupled to the client computer (102, 103), said controller including a microprocessor containing at least one memory, said memory containing an operating system program; wherein said memory stores certificate, password and endpoint information only in said controller instead of in a database of said client computer (102, 103); wherein when authentication information received by said client computer (102, 103) is validated by said controller, said microprocessor executes said operating system program of said controller to implement at least one VPN tunnel which connects said client computer (102, 103) to a VPN server and to a private network of computers and servers (107, 108), via an internet connection, and wherein said operating system program to implement said at least one VPN tunnel is stored and executed only from said microprocessor of said USB VPN device (101, 201), and wherein only driver and routing information is installed on said client computer (102/103).
A process for producing a protected optically active fluoroamine of the formula, comprising: reacting an imine-protected optically active hydroxyamine of the formula, an oxazolidine-protected optically active hydroxyamine of the formula or a mixture thereof with sulfuryl fluoride in the presence of a tertiary amine selected from the group consisting of diisopropylethylamine, tri-n-propylamine, diisopropylisobutylamine, di-n-butylisopropylamine and tri-n-butylamine where R 1 and R 2 each independently represent a substituted or unsubstituted alkyl group or a substituted or unsubstituted aromatic ring group: * represents an asymmetric carbon; the stereochemistry of the asymmetric carbon is maintained through the reacting; and the wavy line indicates in the formula and in the formula that the nitrogen-carbon group is in an E-configuration, a Z-configuration or a mixture thereof and indicates in the formula that the substituent group R 1 is in a syn-configuration, an anti-configuration or a mixture thereof.
A transmission device comprising: a communications interface that receives a communication signal that includes first data; a transceiver, coupled to the communications interface, that generates a first electromagnetic wave based on the communication signal to convey the first data; and a coupler, coupled to the transceiver, that couples the first electromagnetic wave to a transmission medium having at least one inner portion surrounded by a dielectric material, the dielectric material having an outer surface and a corresponding circumference, wherein the coupling of the first electromagnetic wave to the transmission medium forms a second electromagnetic wave having at least one carrier frequency that is guided to propagate along the outer surface of the dielectric material via at least one guided wave mode that includes a non-fundamental mode, wherein the non-fundamental mode has a lower cutoff frequency, and wherein the at least one carrier frequency is selected based on the lower cutoff frequency; wherein the dielectric material includes an insulating jacket and wherein the outer surface of the dielectric material corresponds to an outer surface of the insulating jacket. a communications interface that receives a communication signal that includes first data; a transceiver, coupled to the communications interface, that generates a first electromagnetic wave based on the communication signal to convey the first data; and a coupler, coupled to the transceiver, that couples the first electromagnetic wave to a transmission medium having at least one inner portion surrounded by a dielectric material, the dielectric material having an outer surface and a corresponding circumference, wherein the coupling of the first electromagnetic wave to the transmission medium forms a second electromagnetic wave having at least one carrier frequency that is guided to propagate along the outer surface of the dielectric material via at least one guided wave mode that includes a non-fundamental mode, wherein the non-fundamental mode has a lower cutoff frequency, and wherein the at least one carrier frequency is selected based on the lower cutoff frequency; wherein the dielectric material includes an insulating jacket and wherein the outer surface of the dielectric material corresponds to an outer surface of the insulating jacket.
A hair-removal apparatus, comprising: - a hair-removal device with a movable hair-removal component which comprises at least a first hair-contacting member and a second hair-contacting member which are movable relative to each other and which are configured and arranged to mutually co-operate for removing hairs by mutually exerting a contact force; - a pressing component configured and arranged to generate said contact force by exerting a pressing force on the movable hair-removal component during operation; and - a skin proximity sensing component; wherein the skin proximity sensing component is configured and arranged to detect, during operation, a relative distance between the movable hair-removal component and a portion of skin with hairs to be removed; characterzied in that the hair-removal apparatus comprises a force adjusting component which is configured and arranged to adjust, during operation, the pressing force exerted by the pressing component in dependence on the relative distance detected by the skin proximity sensing component; - wherein the movable hair-removal component has a functional mode wherein the contact force has a first value and a non-functional mode wherein the contact force has a second value smaller than the first value; and - wherein the force adjusting component is configured and arranged to adjust the pressing force exerted by the pressing component such that, when the relative distance detected by the skin proximity sensing component is a first relative distance, the movable hair-removal component operates in the non-functional mode and, when the relative distance detected by the skin proximity sensing component is a second relative distance smaller than the first relative distance, the movable hair-removal component operates in the functional mode. - a hair-removal device with a movable hair-removal component which comprises at least a first hair-contacting member and a second hair-contacting member which are movable relative to each other and which are configured and arranged to mutually co-operate for removing hairs by mutually exerting a contact force; - a pressing component configured and arranged to generate said contact force by exerting a pressing force on the movable hair-removal component during operation; and - a skin proximity sensing component; - wherein the movable hair-removal component has a functional mode wherein the contact force has a first value and a non-functional mode wherein the contact force has a second value smaller than the first value; and - wherein the force adjusting component is configured and arranged to adjust the pressing force exerted by the pressing component such that, when the relative distance detected by the skin proximity sensing component is a first relative distance, the movable hair-removal component operates in the non-functional mode and, when the relative distance detected by the skin proximity sensing component is a second relative distance smaller than the first relative distance, the movable hair-removal component operates in the functional mode.