mhurhangee/ep-ind-claims huggingface dataset:
Diamond tool comprising a tool body (1, 2, 3) provided with diamond segments manufactured by sintering and at least one of the diamond segments comprises at least one diamond part and a base part or base, which base part or base _ is fixed to the tool body (1, 2, 3), so that the diamond part protrudes from a cutting edge of the tool body in a protruding direction, wherein_said base part or base is made of a material formed by powder sintering to form the required shape, and a number of notches are arranged to cross through the cutting edge in a lateral direction compared to the protruding direction, and at least one, and preferably all, of the diamond segments are fixed to the tool body (1, 2, 3) through attachment of the base of the diamond segment to at least one notch by fixing methods comprising a base deforming force applied in a lateral direction to the base, compared to the protruding direction, thus giving a lateral deformation of the base making it expand in other directions and fill the notch, characterized in that the base or base part is free from diamonds.
A method of producing a fluoropropene of formula CF 3 CH=CHF, comprising: a) contacting a mixture of 1,1,1,3,3-pentafluoropropane and Z-1,3,3,3-tetrafluoropropene in the gas phase with a catalyst comprising at least one catalyst selected from the group consisting of fluorinated Cr 2 O 3 or Cr/Ni on fluorided alumina to form a mixture comprising Z-1,3,3,3-tetrafluoropropene, E-1,3,3,3-tetrafluoropropene, hydrogen fluoride, and optionally unreacted 1,1,1,3,3-pentafluoropropane, b) separating the E-1,3,3,3-tetrafluoropropene from the Z-isomer and any unreacted 1,1,1,3,3-pentafluoropropane, if present, and c) recovering said E-1,3,3,3-tetrafluoropropene. a) contacting a mixture of 1,1,1,3,3-pentafluoropropane and Z-1,3,3,3-tetrafluoropropene in the gas phase with a catalyst comprising at least one catalyst selected from the group consisting of fluorinated Cr 2 O 3 or Cr/Ni on fluorided alumina to form a mixture comprising Z-1,3,3,3-tetrafluoropropene, E-1,3,3,3-tetrafluoropropene, hydrogen fluoride, and optionally unreacted 1,1,1,3,3-pentafluoropropane, b) separating the E-1,3,3,3-tetrafluoropropene from the Z-isomer and any unreacted 1,1,1,3,3-pentafluoropropane, if present, and c) recovering said E-1,3,3,3-tetrafluoropropene.
Assembly comprising a bicycle on-board device (10, 10a, 10b, 10c, 10d) having an oblong shape, and a support (200, 200a, 200b) for removably fastening the bicycle on-board device (10, 10a, 10b, 10c, 10d) along a bicycle frame oblong element (116, 122, 124, 242), wherein the support (200, 200a, 200b) has at least a first opening configured to receive a shank of a first fastening device for fastening to the oblong element (116, 122, 124, 242) and a second opening configured to receive a shank of a second fastening device for fastening to the oblong element (116, 122, 124, 242), the first opening and the second opening being spaced apart along a first direction, which in use is a longitudinal direction of the oblong element (116, 122, 124, 242), the first opening being configured to receive the shank of the first fastening device alternatively in at least two first positions spaced apart in said first opening, the two first positions being spaced along a second direction, substantially transversal to the first direction, which in use is a direction transversal to the oblong element (116, 122, 124, 242), wherein said at least one first opening comprises a plurality of first openings spaced apart along the first direction, wherein said at least one second opening is configured to receive the shank of the second fastening device alternatively in at least two second positions spaced apart in said second opening, the two second positions being spaced along the first direction, and wherein said at least one second opening comprises a plurality of second openings spaced apart along the first direction.
A printer (100,200,200A,200B,200C,800), comprising: a wireless communications component; an interface component configured to: couple with a dock (1200,1220); and facilitate a wired network connection; and control circuitry configured to: determine when the interface component is mated with the dock; in response to determining the interface component is mated with the dock, the control circuitry is configured to: disable printing functionality of the printer; cease wireless communications with the wireless communications component; and facilitate the wired network connection via the interface component. a wireless communications component; an interface component configured to: couple with a dock (1200,1220); and facilitate a wired network connection; and couple with a dock (1200,1220); and facilitate a wired network connection; and control circuitry configured to: determine when the interface component is mated with the dock; in response to determining the interface component is mated with the dock, the control circuitry is configured to: disable printing functionality of the printer; cease wireless communications with the wireless communications component; and facilitate the wired network connection via the interface component. determine when the interface component is mated with the dock; in response to determining the interface component is mated with the dock, the control circuitry is configured to: disable printing functionality of the printer; cease wireless communications with the wireless communications component; and facilitate the wired network connection via the interface component. disable printing functionality of the printer; cease wireless communications with the wireless communications component; and facilitate the wired network connection via the interface component.
An electronic device (1,41) comprising at least one processor (5,45) configured to: - identify a dynamic light scene to be rendered, wherein identifying the dynamic light scene comprises one of receiving the light scene itself, receiving an identifier that allows the light scene to be retrieved or receiving one or more light commands, - determine a color and/or light level of a current light scene for one or more lights, characterized in that the at least one processor is further configured to: - determine a target dynamic light scene by adjusting said identified dynamic light scene based on the determined color and/or light level of the current light scene, and - render said target dynamic light scene on at least one light (22,23) of the one or more lights. - identify a dynamic light scene to be rendered, wherein identifying the dynamic light scene comprises one of receiving the light scene itself, receiving an identifier that allows the light scene to be retrieved or receiving one or more light commands, - determine a color and/or light level of a current light scene for one or more lights, characterized in that the at least one processor is further configured to: - determine a target dynamic light scene by adjusting said identified dynamic light scene based on the determined color and/or light level of the current light scene, and - render said target dynamic light scene on at least one light (22,23) of the one or more lights.
A computer-implemented method for performing an assessment of a placenta, the method comprising: obtaining a 3D ultrasound image of a uterus, the uterus containing a placenta; segmenting the placenta from the 3D ultrasound image of the uterus by way of an image segmentation algorithm; and generating a 3D rendering of the uterus based on the result of the segmentation of the placenta and the 3D ultrasound image of the uterus, wherein generating the 3D rendering of the uterus comprises: identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator, wherein the indicator is altered based on the comparison of the position of the placenta and the anatomical reference data. obtaining a 3D ultrasound image of a uterus, the uterus containing a placenta; segmenting the placenta from the 3D ultrasound image of the uterus by way of an image segmentation algorithm; and generating a 3D rendering of the uterus based on the result of the segmentation of the placenta and the 3D ultrasound image of the uterus, wherein generating the 3D rendering of the uterus comprises: identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator, identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator,
A driveline for a utility vehicle comprising: - an epicyclic gear arrangement, having a sun gear engaging two or more planetary gears within a ring gear, coupled to drive first and second output shafts, with the first output shaft drivingly connected to one or more axles (14, 18) of the vehicle; - a first electric drive motor coupled to drive a first input shaft drivingly coupled with the epicyclic sun gear; and - a second electric drive motor coupled to drive a second input shaft drivingly coupled with one or more of the epicyclic planetary gears; characterised in that the second output shaft is: drivingly coupled with a power take off shaft of the vehicle; and drivingly connected to a first hydraulic pump (PM 64) which first pump provides, from a first reservoir, a supply of pressurised fluid to one or more consumers on or attached to the vehicle; and wherein the first output shaft is drivingly connected to a second hydraulic pump (PST 66) which second pump provides, from a second reservoir, a supply of pressurised fluid to a steering system of the vehicle. - an epicyclic gear arrangement, having a sun gear engaging two or more planetary gears within a ring gear, coupled to drive first and second output shafts, with the first output shaft drivingly connected to one or more axles (14, 18) of the vehicle; - a first electric drive motor coupled to drive a first input shaft drivingly coupled with the epicyclic sun gear; and - a second electric drive motor coupled to drive a second input shaft drivingly coupled with one or more of the epicyclic planetary gears; characterised in that the second output shaft is: drivingly coupled with a power take off shaft of the vehicle; and drivingly connected to a first hydraulic pump (PM 64) which first pump provides, from a first reservoir, a supply of pressurised fluid to one or more consumers on or attached to the vehicle; and wherein the first output shaft is drivingly connected to a second hydraulic pump (PST 66) which second pump provides, from a second reservoir, a supply of pressurised fluid to a steering system of the vehicle.
Wind turbine having a tower which rests on a base, and having a power module, the power module having at least one transformer by means of which the electrical energy which is provided by the generator of the wind turbine is transformed to a medium voltage or high voltage, wherein the power module further contains additional units, by means of which the electrical energy which is provided by the generator of the wind turbine is controlled and/or directed and/or converted, wherein the power module has a carrier which is placed on the base of the wind turbine and in that the carrier receives the electrical devices of the power module and in that the width and length of the power module are smaller than the diameter of the tower of the wind turbine in the base region, characterised in that the power module is received by a container having a wall, wherein the wall thereof is arranged between the tower wall and the power module, wherein an additional space is provided within the container, and wherein the additional space within the container is provided with sleeping possibilities.
A system for sending an electronic message including digital ink, the system comprising: at least one electronic processor configured to receive the digital ink for inclusion in the electronic message; determine positional information for the digital ink, the positional information representing a position of the digital ink within the electronic message relative to a position of at least one additional object within the electronic message; and send the digital ink and the positional information as part of the electronic message, wherein the at least one electronic processor is further configured to select the at least one additional object by comparing a position of each of a plurality of objects included in the electronic message to a position of the digital ink and selecting the at least one additional object from the plurality of objects in response to the position of the at least one additional object being within a predetermined distance from the position of the digital ink. receive the digital ink for inclusion in the electronic message; determine positional information for the digital ink, the positional information representing a position of the digital ink within the electronic message relative to a position of at least one additional object within the electronic message; and send the digital ink and the positional information as part of the electronic message, wherein the at least one electronic processor is further configured to select the at least one additional object by comparing a position of each of a plurality of objects included in the electronic message to a position of the digital ink and selecting the at least one additional object from the plurality of objects in response to the position of the at least one additional object being within a predetermined distance from the position of the digital ink.
A device for the treatment and disinfection of the water of a swimming or bathing pool fed as raw water into an overflow tank, mixed with a flocculant, flowing through a filter and subjected to a chlorine treatment so as to flow into the pool again as pure water, having a raw water pipe through which the raw water is fed from the pool into the overflow tank, a circulation pump in a pipe connecting the overflow tank to the filter and having an inlet for the flocculant, and a return pipe (17, 21) via which a partial flow of the raw water emerging from the overflow tank is fed into the raw water again before the flocculant is added at the flocculant inlet, wherein a device for the treatment of the raw water in the return pipe (17, 21) with ultraviolet radiation and ozone is provided, characterized by an equipment for the treatment of the raw water with ultraviolet radiation and ozone in the return pipe (17, 21) which has an ultraviolet light source emitting ultraviolet radiation with a wavelength of less than 200 nm and with a longer wavelength, wherein the ultraviolet radiation with a wavelength of less than 200 nm amounts to at least 20 percent of the total output of the ultraviolet light source, wherein the device for the treatment of the partial flow of the raw water in the return pipe (17, 21) with ozone is provided in the direction of flow upstream of the equipment for the treatment of the raw water with ultraviolet radiation and ozone, wherein the equipment for the treatment of the raw water with ultraviolet radiation and ozone has an ultraviolet radiation chamber with a channel within which the ultraviolet light source is arranged, wherein the return pipe (17, 21) is connected to the ultraviolet radiation chamber by means of an inlet and an outlet for the supply of the raw water and the discharge of the water treated with the ultraviolet radiation and a suction device is provided for sucking air through the channel in order to form ozone, wherein the ozone formed in the channel is fed into the return pipe (17, 21) via an ozone pipe.
Method for increasing the yield of IgG in a purification process from a production intermediate, comprising octanoic acid fractionation, low pH incubation, pH-shift and depth filtration, anion exchange chromatography, virus filtration and concentration by ultra/diafiltration wherein the pH-shift and depth filtration step is modified to comprise (a) providing an acidic solution comprising IgG, other immunoglobulins and/or other protein contaminants with a pH of between 3.5 to 5.2 and a total protein concentration of at least 10g/I; (b) adjusting the solution to a pH of 5.2 to 6.2 while maintaining a conductivity of below 1.5 mS/cm; (c) incubating the solution for at least 15 minutes; and (d) removing any precipitate wherein the pH adjustment in step (b) is done by addition of at least one multi-hydroxylated amine compound with or without a carboxyl group. (a) providing an acidic solution comprising IgG, other immunoglobulins and/or other protein contaminants with a pH of between 3.5 to 5.2 and a total protein concentration of at least 10g/I; (b) adjusting the solution to a pH of 5.2 to 6.2 while maintaining a conductivity of below 1.5 mS/cm; (c) incubating the solution for at least 15 minutes; and (d) removing any precipitate
A low-floor railway vehicle bogie comprising: a bogie frame configured to support a car body of a railway vehicle through air springs, the car body having a space including a passenger cabin and a driver cabin; a main axle and a sub-axle which are disposed at front and rear sides of the bogie frame in a driving direction, respectively such that the main axle and the sub-axle extend in a rightward and leftward direction; wheels attached to right and left sides of each of the main axle and the sub-axle; axle boxes which are respectively mounted to right and left sides of each of the main axle and the sub-axle and are configured to support the axle; and axle box suspensions which are configured to elastically couple the axle boxes to the bogie frame to support the axle boxes, respectively; wherein the wheels attached to the main axle are large-diameter wheels and the wheels attached to the sub-axle are small-diameter wheels which have a smaller outer diameter than the large-diameter wheels; wherein an upper end of each of the small-diameter wheels is set lower than a rotational center of each of the large-diameter wheels; and wherein the small-diameter wheels are configured to be positioned under the passenger cabin, and the large-diameter wheels and the air springs are configured to be positioned under the driver cabin. a bogie frame configured to support a car body of a railway vehicle through air springs, the car body having a space including a passenger cabin and a driver cabin; a main axle and a sub-axle which are disposed at front and rear sides of the bogie frame in a driving direction, respectively such that the main axle and the sub-axle extend in a rightward and leftward direction; wheels attached to right and left sides of each of the main axle and the sub-axle; axle boxes which are respectively mounted to right and left sides of each of the main axle and the sub-axle and are configured to support the axle; and axle box suspensions which are configured to elastically couple the axle boxes to the bogie frame to support the axle boxes, respectively; wherein the wheels attached to the main axle are large-diameter wheels and the wheels attached to the sub-axle are small-diameter wheels which have a smaller outer diameter than the large-diameter wheels; wherein an upper end of each of the small-diameter wheels is set lower than a rotational center of each of the large-diameter wheels; and wherein the small-diameter wheels are configured to be positioned under the passenger cabin, and the large-diameter wheels and the air springs are configured to be positioned under the driver cabin.
Rotary actuator having segments (1.1, 1.2, 1.3), which are spaced apart and are connected by means of at least one support structure, and at least one actuator for exerting forces, wherein the support structure is substantially rotationally symmetrical about an axis (z) and is composed of elements (1.4, 1.5) which are not oriented parallel to the axis (z) or which are twisted through an angle α in relation to the axis (z) and can be converted into each other by rotating about the axis (z), wherein the actuator is able to exert forces on the segments (1.1, 1.2, 1.3) and the support structure in the direction of the axis (z), and wherein at least two supports structures are provided and arranged substantially coaxially with each other, wherein at least one segment (1.3) of a support structure is connected to at least one segment (1.3) of another support structure.
A magnet, comprising: - a body that comprises a first and a second section (104, 105) made of magnetic material for directing magnetic flux to an object to be attached, the first and the second section (104, 105) being separated by and attached to a third section of the body, which third section is made of non-magnetic material, and - a slide that comprises a permanent magnet, and a first and a second pole piece (108, 109) attached to opposite magnetic pole surfaces of the permanent magnet, the slide being arranged to be movable relative to the body between a first and a second position in order to alter the path of the magnetic flux generated by the permanent magnet, wherein - the first section comprises a hole that opens at its first end into a cavity of the body, the bottom of the cavity being defined at least partly by the second section, in which hole the slide is movably arranged so that at least part of the first pole piece stays inside the hole and the second pole piece is directed towards the bottom of the cavity, wherein the movement of the slide is limited by the first and the second section (104, 105) in such a manner that at the first position of the slide, the second pole piece is in contact with the first section, and at the second position of the slide, the second pole piece is in contact with the second section. - a body that comprises a first and a second section (104, 105) made of magnetic material for directing magnetic flux to an object to be attached, the first and the second section (104, 105) being separated by and attached to a third section of the body, which third section is made of non-magnetic material, and - a slide that comprises a permanent magnet, and a first and a second pole piece (108, 109) attached to opposite magnetic pole surfaces of the permanent magnet, the slide being arranged to be movable relative to the body between a first and a second position in order to alter the path of the magnetic flux generated by the permanent magnet, - the first section comprises a hole that opens at its first end into a cavity of the body, the bottom of the cavity being defined at least partly by the second section, in which hole the slide is movably arranged so that at least part of the first pole piece stays inside the hole and the second pole piece is directed towards the bottom of the cavity,