mhurhangee/ep-ind-claims huggingface dataset:
A transformer component with setting of an inductance, comprising: - a first core part with a middle limb, - a second core part with a middle limb, - the first core part and the second core part respectively having a bearing area (130, 230) with a respective slope, - the bearing area of the first core part bearing against the bearing area of the second core part, - an end side of the middle limb of the first core part and an end side of the middle limb of the second core part being opposite one another, - a width of a gap between the end side of the middle limb of the first core part and the end side of the middle limb of the second core part being dependent on a position in which the bearing area of the first core part bears against the bearing area of the second core part. - a first core part with a middle limb, - a second core part with a middle limb, - the first core part and the second core part respectively having a bearing area (130, 230) with a respective slope, - the bearing area of the first core part bearing against the bearing area of the second core part, - an end side of the middle limb of the first core part and an end side of the middle limb of the second core part being opposite one another, - a width of a gap between the end side of the middle limb of the first core part and the end side of the middle limb of the second core part being dependent on a position in which the bearing area of the first core part bears against the bearing area of the second core part.
An ultraviolet absorbing compound, which is represented by the following Formula I: wherein, in Formula I, each R is independently C 1 -C 6 alkyl or -(CH 2 CH 2 O) m -(CH 2) p -CH 3, wherein m is an integer of 1 to 6 and p is an integer of 0 to 6; and n is 2 or 3. each R is independently C 1 -C 6 alkyl or -(CH 2 CH 2 O) m -(CH 2) p -CH 3, wherein m is an integer of 1 to 6 and p is an integer of 0 to 6; and n is 2 or 3.
A stator vane rail (210; 220), comprising: a forward rail (231; 225; 325; 313); an aft rail (215; 230; 331; 315) located axially opposite the forward rail (231; 225; 325; 313); a first axial surface (242; 282) extending between the forward rail (231; 225; 325; 313) and the aft rail (215; 230; 331; 315); a first feather seal slot (240; 280; 340; 380) disposed in the first axial surface (242; 282), wherein a terminus (246; 285) of a radial portion (244; 284) of the first feather seal slot (240; 280; 340; 380) is radially spaced from a circumferential surface (236; 216) of the aft rail (215; 230; 331; 315); a second axial surface (272; 262) extending between the forward rail (231; 225; 325; 313) and the aft rail (215; 230; 331; 315), wherein the second axial surface (272; 262) is located circumferentially opposite the first axial surface (242; 282); and a second feather seal slot (270; 260; 370; 360) disposed in the second axial surface (272; 262), wherein a radial portion (274; 264) of the second feather seal slot (270; 260; 370; 360) is circumferentially aligned with the radial portion (244; 284) of the first feather seal slot (240; 280; 340; 380), characterised in that the radial portion (274; 264) of the second feather seal slot (270; 260; 370; 360) extends from the circumferential surface (236; 216) of the aft rail (215; 230; 331; 315). a forward rail (231; 225; 325; 313); an aft rail (215; 230; 331; 315) located axially opposite the forward rail (231; 225; 325; 313); a first axial surface (242; 282) extending between the forward rail (231; 225; 325; 313) and the aft rail (215; 230; 331; 315); a first feather seal slot (240; 280; 340; 380) disposed in the first axial surface (242; 282), wherein a terminus (246; 285) of a radial portion (244; 284) of the first feather seal slot (240; 280; 340; 380) is radially spaced from a circumferential surface (236; 216) of the aft rail (215; 230; 331; 315); a second axial surface (272; 262) extending between the forward rail (231; 225; 325; 313) and the aft rail (215; 230; 331; 315), wherein the second axial surface (272; 262) is located circumferentially opposite the first axial surface (242; 282); and a second feather seal slot (270; 260; 370; 360) disposed in the second axial surface (272; 262), wherein a radial portion (274; 264) of the second feather seal slot (270; 260; 370; 360) is circumferentially aligned with the radial portion (244; 284) of the first feather seal slot (240; 280; 340; 380), characterised in that the radial portion (274; 264) of the second feather seal slot (270; 260; 370; 360) extends from the circumferential surface (236; 216) of the aft rail (215; 230; 331; 315).
Membrane pump for beverage preparation module delivering a fluid at a certain flow rate and at a certain pressure to the beverage preparation module, the pressure and the flow rate being chosen depending on the type of beverage to produce; characterised in that the membrane pump comprises an integrated by-pass valve connecting a pump outlet to a pump inlet in order to reduce the flow rate above a certain pressure (P 1) value, and in that the membrane pump further comprises a damper ring allowing priming of inner volumes in the pump and allowing modification of flowrate and pressure behaviors of the pump by modifying the stiffness of the ring material.
A microwave antenna assembly for tissue ablation, comprising: a feedline, including: an inner conductor; an outer conductor; and an inner insulator disposed between the inner and outer conductors; and a radiating portion including an unbalanced dipole antenna having a proximal portion and a distal portion of different lengths and defining a gap ("G") between the proximal and distal portions, wherein the proximal portion includes at least a portion of the inner conductor and the inner insulator and the distal portion includes a conductive member, and wherein the gap is disposed off-center of the unbalanced dipole antenna to provide an impedance match between the unbalanced dipole antenna and a real component of impedance of tissue. a feedline, including: an inner conductor; an outer conductor; and an inner insulator disposed between the inner and outer conductors; and an inner conductor; an outer conductor; and an inner insulator disposed between the inner and outer conductors; and a radiating portion including an unbalanced dipole antenna having a proximal portion and a distal portion of different lengths and defining a gap ("G") between the proximal and distal portions, wherein the proximal portion includes at least a portion of the inner conductor and the inner insulator and the distal portion includes a conductive member, and wherein the gap is disposed off-center of the unbalanced dipole antenna to provide an impedance match between the unbalanced dipole antenna and a real component of impedance of tissue.
A method of routing signals and controlling a plurality of home devices, the method comprising: using a mobile device (1.04; 3.04; 5.04; 8.02; 9.04; 16.04, 16.04.2, 16.04.3) to detect a triggering event, the triggering event comprising a crossing by the mobile device of a specified geofence (1.06; 16.06) based on geolocation capability and geofence detecting capability of the mobile device; and in response to the triggering event being detected, the mobile device generating a control signal, wherein the control signal is a control signal for controlling each of the plurality of home devices and is associated with the triggering event; and the mobile device transmitting the control signal to each of the plurality of home devices through a router (1.10.1,..., 1.10.n; 3.14; 5.14; 8.10.1; 9.10.1) and a secure communication tunnel between the router and a customer terminal (1.02; 3.02; 5.02; 8.02; 9.02; 16.02) enabled to locally control the plurality of home devices (3.40; 5.40; 8.40; 9.40). using a mobile device (1.04; 3.04; 5.04; 8.02; 9.04; 16.04, 16.04.2, 16.04.3) to detect a triggering event, the triggering event comprising a crossing by the mobile device of a specified geofence (1.06; 16.06) based on geolocation capability and geofence detecting capability of the mobile device; and in response to the triggering event being detected, the mobile device generating a control signal, wherein the control signal is a control signal for controlling each of the plurality of home devices and is associated with the triggering event; and the mobile device transmitting the control signal to each of the plurality of home devices through a router (1.10.1,..., 1.10.n; 3.14; 5.14; 8.10.1; 9.10.1) and a secure communication tunnel between the router and a customer terminal (1.02; 3.02; 5.02; 8.02; 9.02; 16.02) enabled to locally control the plurality of home devices (3.40; 5.40; 8.40; 9.40).
A method of manufacturing a hollow poppet valve having an internal cavity (S, S', S") that extends from within a valve head into a stem portion of the hollow poppet valve and is filled with a coolant, the method comprising: a coolant-rod forming step for extruding from a nozzle (21, 21A) of an extruder (20, 20A) linear clayish coolant and cutting the linear coolant into coolant rods (19a, 19b; 19c, 19d) of a predetermined length; a coolant-rod inserting step for inserting the coolant rod (19a, 19b; 19c, 19d) into a hole of an intermediate valve product (11, 11A, 11B) that corresponds to the internal cavity (S, S', S") of the hollow poppet valve, through an open end of the hole; and a sealing step for sealing the open end of the hole, the method being characterized by comprising; a multiplicity of the coolant-rod inserting steps for inserting more than one coolant-rods (19a, 19b; 19c, 19d) into the hole of the intermediate valve product (11, 11A, 11B); and a coolant-rod pressurizing step for pressurizing each of the coolant rods (19a, 19b; 19c, 19d) in the hole of the intermediate valve product (11, 11A, 11B) with a pushing rod (40a, 40b) following insertion of each coolant rod (19a, 19b; 19c, 19d). a coolant-rod forming step for extruding from a nozzle (21, 21A) of an extruder (20, 20A) linear clayish coolant and cutting the linear coolant into coolant rods (19a, 19b; 19c, 19d) of a predetermined length; a coolant-rod inserting step for inserting the coolant rod (19a, 19b; 19c, 19d) into a hole of an intermediate valve product (11, 11A, 11B) that corresponds to the internal cavity (S, S', S") of the hollow poppet valve, through an open end of the hole; and a sealing step for sealing the open end of the hole, the method being characterized by comprising; a multiplicity of the coolant-rod inserting steps for inserting more than one coolant-rods (19a, 19b; 19c, 19d) into the hole of the intermediate valve product (11, 11A, 11B); and a coolant-rod pressurizing step for pressurizing each of the coolant rods (19a, 19b; 19c, 19d) in the hole of the intermediate valve product (11, 11A, 11B) with a pushing rod (40a, 40b) following insertion of each coolant rod (19a, 19b; 19c, 19d).
A monument configured to be positioned in an aircraft, the monument comprising: an enclosure that defines an enclosure interior, a compartment positioned in the enclosure interior, wherein the compartment includes at least a first generally vertically oriented wall and defines a compartment interior, and a stowable seat assembly disposed in the compartment interior, wherein the stowable seat assembly includes a chair assembly that includes a back portion and a seat portion, wherein the back portion has a top and a bottom, wherein the seat portion is pivotably connected to the back portion along a seat pivot axis such that the seat is pivotable between a closed position and an open position, wherein the chair assembly is movable between a stowed position where the seat pivot axis extends generally parallel to the first wall and the chair assembly is positioned in the compartment interior, and a deployed position where the seat pivot axis extends generally perpendicular to the first wall and the chair assembly is positioned outside of the compartment interior; and wherein the monument comprises a first facility and a second facility and the compartment is positioned between the first facility and the second facility, wherein at least one of the facilities (104a, 106) includes a sink, and wherein at least a portion of the chair assembly is positioned below at least a portion of the sink when the chair assembly is in the stowed position.
Offset printing ink comprising platelet-shaped aluminium pigments having an average thickness hso from a range from 15 to 80 nm, and also binders and solvents, characterized in that the platelet-shaped aluminium pigments are produced by PVD methods and are coated at least partly with a leafing additive and in that the offset printing ink has a viscosity of 4 to 15 Pa s, measured on the sample conditioned at 25°C, using a rotational viscometer having a cone/plate geometry at a shear stress of 185.9 Pa, wherein the solvent is taken from the group consisting of mineral oils, vegetable oils, and fatty acid esters or mixtures thereof, wherein the vegetable oils are not being used without at least one of the other two solvents.
A wide-angle lens having a field angle larger than 180 degrees comprising a reflection surface configured to bend light by 90 degrees from a front group including a negative refractive power arranged on the object side toward a back group including a positive refractive power arranged on the image side, the reflection surface curving an optical axis, wherein the front group includes three lenses (LA1,LA2,LA3) and a front principal point is set between a second lens and a third lens from the object side in the front group a focal length of an entire system f and a distance between an intersection of the reflection surface and the optical axis of the front group and the front principal point d satisfy the following condition: 7.0 < d / f < 9.0. the front group includes three lenses (LA1,LA2,LA3) and a front principal point is set between a second lens and a third lens from the object side in the front group a focal length of an entire system f and a distance between an intersection of the reflection surface and the optical axis of the front group and the front principal point d satisfy the following condition: 7.0 < d / f < 9.0.
A transmission device for a winding train (100, 201) of a watch movement, comprising: - an input element intended to be driven only in a first direction, - an output element, - a first mechanical connection (61a, 71a) arranged such that the displacement of the input element in a first direction causes the displacement of the output element in a second direction, and - a second mechanical connection (9', 9, 90, 82', 84', 62) arranged such that the displacement of the input element in the first direction causes the displacement of the output element in a third direction, the third direction being opposite the second direction. - an input element intended to be driven only in a first direction, - an output element, - a first mechanical connection (61a, 71a) arranged such that the displacement of the input element in a first direction causes the displacement of the output element in a second direction, and - a second mechanical connection (9', 9, 90, 82', 84', 62) arranged such that the displacement of the input element in the first direction causes the displacement of the output element in a third direction, the third direction being opposite the second direction.
A display control apparatus comprising: a detection unit configured to detect a user operation; and a window control unit configured to display a plurality of application windows (W1,...) on a screen, and control display of each application window (W1,...) based on the user operation detected by the detection unit, characterized in that, if it is determined that a reference point in an identification region of a first application window associated with a first application or a predetermined ratio of the identification region of the first application window is hidden by a second application window, the window control unit is configured to control display of the first application window so that the identification region of the first application window is visible to a user. a detection unit configured to detect a user operation; and a window control unit configured to display a plurality of application windows (W1,...) on a screen, and control display of each application window (W1,...) based on the user operation detected by the detection unit, characterized in that, if it is determined that a reference point in an identification region of a first application window associated with a first application or a predetermined ratio of the identification region of the first application window is hidden by a second application window, the window control unit is configured to control display of the first application window so that the identification region of the first application window is visible to a user.
A luminous interior trim element, namely for motor vehicles, comprising: - a first wall letting light pass, this first wall having an outer surface intended to be visible from the passenger compartment of the motor vehicle, - a second wall delimiting a space with the first wall, one surface of the second wall opposite the first wall being capable of reflecting light rays in a diffuse manner, and - a lighting device comprising a luminous element positioned inside the space so as to backlight the first wall, and capable of sending a beam of light rays mainly to the second wall, characterized in that the inner surface of the first wall, opposite the outer surface, has light-reflecting properties such that a light ray (L') incident on this inner surface is divided into two rays (L1, L2, one of which passes through the first wall while being refracted to then light the passenger compartment and the other of which is reflected in a single direction. - a first wall letting light pass, this first wall having an outer surface intended to be visible from the passenger compartment of the motor vehicle, - a second wall delimiting a space with the first wall, one surface of the second wall opposite the first wall being capable of reflecting light rays in a diffuse manner, and - a lighting device comprising a luminous element positioned inside the space so as to backlight the first wall, and capable of sending a beam of light rays mainly to the second wall,
A method of wireless communication comprising: establishing a first packet data network, PDN, connection with a wireless wide area network, WWAN, establishing a second PDN connection with the WWAN, the second PDN connection being an attachment PDN connection not used for transferring any traffic; establishing a connection with a wireless local area network, WLAN; disconnecting the first PDN connection based on the established connection with the WLAN; maintaining the second PDN connection with the WWAN while connected to the WLAN; determining that the connection with the WLAN is unavailable; and establishing a third PDN connection with the WWAN based on the second PDN connection. establishing a first packet data network, PDN, connection with a wireless wide area network, WWAN, establishing a second PDN connection with the WWAN, the second PDN connection being an attachment PDN connection not used for transferring any traffic; establishing a connection with a wireless local area network, WLAN; disconnecting the first PDN connection based on the established connection with the WLAN; maintaining the second PDN connection with the WWAN while connected to the WLAN; determining that the connection with the WLAN is unavailable; and establishing a third PDN connection with the WWAN based on the second PDN connection.
A method for the preparation of kraft pulp with increased pulping yield from lignin-containing cellulosic material using polysulfide cooking liquor, characterized in comprising: feeding not previously steamed lignin containing cellulosic material (Chips) to the top of a vertical first vessel operating at an applied pressure in the top of the first vessel of at most 0,2 bar, and preferably of at most 0,1 bar, and establishing an upper level of lignin containing cellulosic material (LE 1) in the first vessel; charging at least 80% of the total charge of the alkaline cooking liquor, in form of polysulfide liquor (orange liquor), to the first vessel and establishing a lower level of liquor (LE 2) below said upper level (LE 1), said polysulfide liquor heated to a temperature above the boiling point before addition of the polysulfide liquor allowing water to evaporate off from the polysulfide liquor and thus steam the lignin containing cellulosic material kept in a volume above the lower level of liquor (LE 2); keeping the suspended lignin containing cellulosic material in the first vessel for a time reaching an H-factor of at least 1, and preferably an H-factor between 1-20; feeding the suspended lignin containing material from the bottom of the first vessel to the top of a vertical second vessel where the lignin containing cellulosic material is cooked at full cooking temperature in the range 130-160°C to a final kappa number below 40, while adding any of the remaining charge of the alkaline cooking liquor, preferably in form of polysulfide liquor, during feeding to or cooking in the second vessel. feeding not previously steamed lignin containing cellulosic material (Chips) to the top of a vertical first vessel operating at an applied pressure in the top of the first vessel of at most 0,2 bar, and preferably of at most 0,1 bar, and establishing an upper level of lignin containing cellulosic material (LE 1) in the first vessel; charging at least 80% of the total charge of the alkaline cooking liquor, in form of polysulfide liquor (orange liquor), to the first vessel and establishing a lower level of liquor (LE 2) below said upper level (LE 1), said polysulfide liquor heated to a temperature above the boiling point before addition of the polysulfide liquor allowing water to evaporate off from the polysulfide liquor and thus steam the lignin containing cellulosic material kept in a volume above the lower level of liquor (LE 2); keeping the suspended lignin containing cellulosic material in the first vessel for a time reaching an H-factor of at least 1, and preferably an H-factor between 1-20; feeding the suspended lignin containing material from the bottom of the first vessel to the top of a vertical second vessel where the lignin containing cellulosic material is cooked at full cooking temperature in the range 130-160°C to a final kappa number below 40, while adding any of the remaining charge of the alkaline cooking liquor, preferably in form of polysulfide liquor, during feeding to or cooking in the second vessel.
A lighting device, including: - an elongate support element, - a plurality of lighting units distributed along the length of said support element, each of said units including: - a set of electrically-powered light radiation sources, - a driver supplying said set of light radiation sources with a supply current having an intensity (Iext) which is a function of an impedance value sensed at a current control input of the driver, wherein at least one of said lighting units includes a seat for a lighting adjustment impedance (Rc), said seat having an electrical connection to the current control input of at least one driver, wherein the intensity of the current supplied by said at least one driver to a respective set of light radiation sources is a function of the impedance value of a lighting adjustment impedance (Rc) arranged at said seat. - an elongate support element, - a plurality of lighting units distributed along the length of said support element, each of said units including: - a set of electrically-powered light radiation sources, - a driver supplying said set of light radiation sources with a supply current having an intensity (Iext) which is a function of an impedance value sensed at a current control input of the driver,