mhurhangee/ep-ind-claims huggingface dataset:
An encoding device comprising: an image encoding unit configured to encode image data of each picture constituting image data in an interlacing scheme in an NAL unit structure and generate a video stream having the encoded image data of each picture, wherein the image encoding unit is configured to set an NAL unit type of a slice of encoded image data of a picture, the picture forming a field pair with an intra picture constituting a random access point (IRAP), wherein the NAL unit type is set to a unique type which indicates that the picture is dependent on the intra picture and forms the field pair with the intra picture, and wherein the image encoding unit is configured to classify the image data of each picture constituting the image data in the interlacing scheme into a plurality of layers, encodes image data of a picture of each classified layer, and generates a video stream having the encoded image data of the picture of each layer. an image encoding unit configured to encode image data of each picture constituting image data in an interlacing scheme in an NAL unit structure and generate a video stream having the encoded image data of each picture, wherein the image encoding unit is configured to set an NAL unit type of a slice of encoded image data of a picture, the picture forming a field pair with an intra picture constituting a random access point (IRAP), wherein the NAL unit type is set to a unique type which indicates that the picture is dependent on the intra picture and forms the field pair with the intra picture, and wherein the image encoding unit is configured to classify the image data of each picture constituting the image data in the interlacing scheme into a plurality of layers, encodes image data of a picture of each classified layer, and generates a video stream having the encoded image data of the picture of each layer.
Operator control apparatus, in particular for an electronic domestic appliance, having: a covering plate with a user side which faces a user, wherein the covering plate defines a number of operator control sections which are separated from one another and is designed to be elastically deformable and/or movable in these operator control sections; a support plate which is arranged on a side of the covering plate, which side is averted from the user side, at a distance from said covering plate; a separating plate which is arranged on that side of the covering plate which is averted from the user side and which separating plate, in the regions between the number of operator control sections of the covering plate, has supporting walls which make contact with the covering plate; and a number of sensors (16, 18) which are arranged on the support plate and are designed and arranged in such a way that said sensors can each detect a change in distance from the covering plate in the region of one of the number of operator control sections of the covering plate; wherein the number of sensors (16, 18) are arranged on that side of the support plate which faces the covering plate; a sensor housing is arranged on that side of the support plate which faces the covering plate, said sensor housing having a number of cutouts (22a, 22b) in which the number of sensors (16, 18) are accommodated; and the support plate, the sensor housing and the separating plate form a structural unit which is preferably detachably connected to the covering plate. a covering plate with a user side which faces a user, wherein the covering plate defines a number of operator control sections which are separated from one another and is designed to be elastically deformable and/or movable in these operator control sections; a support plate which is arranged on a side of the covering plate, which side is averted from the user side, at a distance from said covering plate; a separating plate which is arranged on that side of the covering plate which is averted from the user side and which separating plate, in the regions between the number of operator control sections of the covering plate, has supporting walls which make contact with the covering plate; and a number of sensors (16, 18) which are arranged on the support plate and are designed and arranged in such a way that said sensors can each detect a change in distance from the covering plate in the region of one of the number of operator control sections of the covering plate; wherein the number of sensors (16, 18) are arranged on that side of the support plate which faces the covering plate; a sensor housing is arranged on that side of the support plate which faces the covering plate, said sensor housing having a number of cutouts (22a, 22b) in which the number of sensors (16, 18) are accommodated; and the support plate, the sensor housing and the separating plate form a structural unit which is preferably detachably connected to the covering plate.
A wireless communication device (100, 200, 300, 500) comprising: - a control unit (104, 204, 304, 504); - an antenna interface (114, 214, 314, 514); - one or more active wireless transceivers (102, 202, 302, 316, 502) operable together with the control unit and antenna interface; and - a passive wireless transceiver (103, 203, 303, 503) operable together with the antenna interface and operable by harvesting power from received radio messages (120, 220, 320, 520); and wherein the device is further configured to: - deactivate the one or more active wireless transceivers and control unit to an inactive state; and - subsequently, by the passive wireless transceiver, activate (122, 222, 322, 522, 405) the control unit (104, 204, 304, 504) and at least one of the active wireless transceivers to an active state when the passive wireless transceiver receives a message from the antenna interface; characterized in that the antenna interface further comprises: - an RF front-end interface (209-210, 309-310); and - a switch (215, 315) for coupling the RF front-end interface to the at least one of the active wireless transceivers (202, 302, 316) or to the passive wireless transceiver (203, 303); and wherein the switch is configured to couple the front-end (209-210, 309-310) to the passive wireless transceiver when the one or more active wireless transceivers and control unit are in the inactive state; and wherein the switch is configured to couple the front-end to the at least one of the active wireless transceivers when the at least one of the active wireless transceivers and control unit are in the active state. - a control unit (104, 204, 304, 504); - an antenna interface (114, 214, 314, 514); - one or more active wireless transceivers (102, 202, 302, 316, 502) operable together with the control unit and antenna interface; and - a passive wireless transceiver (103, 203, 303, 503) operable together with the antenna interface and operable by harvesting power from received radio messages (120, 220, 320, 520); - deactivate the one or more active wireless transceivers and control unit to an inactive state; and - subsequently, by the passive wireless transceiver, activate (122, 222, 322, 522, 405) the control unit (104, 204, 304, 504) and at least one of the active wireless transceivers to an active state when the passive wireless transceiver receives a message from the antenna interface; - an RF front-end interface (209-210, 309-310); and - a switch (215, 315) for coupling the RF front-end interface to the at least one of the active wireless transceivers (202, 302, 316) or to the passive wireless transceiver (203, 303);
A dialysis system (10a, 10b) comprising: a first fluid heater; and a second fluid heater; characterized in that the system further comprises a logic implementer (32, 50) configured to synchronize the duty cycles of the first and second heaters so that (i) power is not supplied to the first fluid heater when power is supplied to the second heater and (ii) power is not supplied to the second fluid heater when power is supplied to the first heater. a first fluid heater; and a second fluid heater;
A three-dimensional shaping method comprising the processes of laminating powder on a table by traveling of a squeegee, sintering a laminated powder layer by irradiation of laser beams, and cutting a sintered layer by traveling of a cutting tool, wherein during the irradiation, a plurality of galvano scanners are employed that carry out scanning in two-dimensional directions based on orthogonal coordinates of the laser beams that have been transmitted through dynamic focus lenses by reflection of the laser beams from first mirrors that oscillate on rotation axes in directions perpendicular to the transmission direction and second mirrors that are perpendicular to the directions of the rotation axes of the first mirrors in an independent state from oscillation of the first mirrors and that oscillate on rotation axes in horizontal directions, and regions of sintered surface produced by the irradiation of the laser beams that have been transmitted through each galvano scanner are freely selectable by free adjustment of oscillation range of each first mirror and second mirror, and the laser beams are irradiated on the sintered surface at focus location or its vicinity by adjustment of the focal lengths of the dynamic focus lenses, wherein one of the first mirrors is disposed further on an outer side than one of the second mirrors with respect to a center location of the surface of the table, while the other of the first mirrors is disposed further on an inner side than the other of the second mirrors.
A tooth for a cutter head, the tooth comprising: - a tooth body portion for connecting to an adapter; and - a pick point portion comprising an end portion with a substantially planar surface, sides extending in an outward direction from the end portion to the tooth body, and a front and back with curvature which expands in thickness from the end portion to the tooth body portion; - wherein the tooth body portion and the pick point portion have a rounded cross-section comprising a central beam with a bottom base extending perpendicular from the beam at a lower end of the beam and a top shoulder on an upper end of the beam. - a tooth body portion for connecting to an adapter; and - a pick point portion comprising an end portion with a substantially planar surface, sides extending in an outward direction from the end portion to the tooth body, and a front and back with curvature which expands in thickness from the end portion to the tooth body portion; - wherein the tooth body portion and the pick point portion have a rounded cross-section comprising a central beam with a bottom base extending perpendicular from the beam at a lower end of the beam and a top shoulder on an upper end of the beam.
A method for synthesizing an intermediate II, characterized by firstly diazotizing a compound of formula I as a raw material, and then halogenating to obtain the intermediate II: in each formula, R is selected from: tert-butoxycarbonyl, 9-fluorenylmethoxycarbonyl, acetyl or trifluoroacetyl, and X is bromine; wherein the halogenating agent is a mixture of sodium bromide and cuprous bromide, or a mixture of lithium bromide and cuprous bromide, and the molar ratio of compound of formula I to the halogenating agent is 1:1.5 to 1:8.0, more preferably 1:1.5 to 1:4, and still preferably 1:1.5 to 1:2. in each formula, R is selected from: tert-butoxycarbonyl, 9-fluorenylmethoxycarbonyl, acetyl or trifluoroacetyl, and X is bromine; wherein the halogenating agent is a mixture of sodium bromide and cuprous bromide, or a mixture of lithium bromide and cuprous bromide, and the molar ratio of compound of formula I to the halogenating agent is 1:1.5 to 1:8.0, more preferably 1:1.5 to 1:4, and still preferably 1:1.5 to 1:2.
A process for the preparation of a compound of formula I: or a pharmaceutically acceptable salt thereof, wherein R is a masked carboxylic acid, comprising: reductively alkylating a compound of formula II: or a pharmaceutically acceptable salt thereof. reductively alkylating a compound of formula II: or a pharmaceutically acceptable salt thereof.
An ink comprising water, a water-soluble organic solvent, and a pigment, wherein the pigment comprises a solid solution of C.I. Pigment Red 202 and C.I. Pigment Violet 19, a primary particle diameter D (nm) of the pigment and a 50%-cumulative diameter D 50 (nm) in particle diameter distribution of the pigment satisfy a relation of Dx0.95 ≤ D 50 ≤ 130 nm, and a 90%-cumulative diameter D 90 (nm) in particle diameter distribution of the pigment and the 50%-cumulative diameter D 50 (nm) satisfy a relation of 1.5 ≤ D 90 /D 50 ≤ 2.2, and the primary particle diameter D (nm) is 50 nm or more to 1 20 nm or less, where the primary particle diameter D (nm) is an average diameter of individual minimum unit pigment particles as measurable by transmission or scanning electron microscopy, and the 50%-cumulative diameter D 50 (nm) and the 90%-cumulative diameter D 90 (nm) in the pigment particle diameter distribution correspond to volume-average diameters of the pigment particles in dispersed state as measurable by dynamic light-scattering. the pigment comprises a solid solution of C.I. Pigment Red 202 and C.I. Pigment Violet 19, a primary particle diameter D (nm) of the pigment and a 50%-cumulative diameter D 50 (nm) in particle diameter distribution of the pigment satisfy a relation of Dx0.95 ≤ D 50 ≤ 130 nm, and a 90%-cumulative diameter D 90 (nm) in particle diameter distribution of the pigment and the 50%-cumulative diameter D 50 (nm) satisfy a relation of 1.5 ≤ D 90 /D 50 ≤ 2.2, and the primary particle diameter D (nm) is 50 nm or more to 1 20 nm or less, where the primary particle diameter D (nm) is an average diameter of individual minimum unit pigment particles as measurable by transmission or scanning electron microscopy, and the 50%-cumulative diameter D 50 (nm) and the 90%-cumulative diameter D 90 (nm) in the pigment particle diameter distribution correspond to volume-average diameters of the pigment particles in dispersed state as measurable by dynamic light-scattering.
A fiber laser equipment comprising optical amplification fiber with a multi-core structure including: a first waveguide that pumping light enters and that transmits the pumping light; a second waveguide including a core containing a laser medium and for generating laser, and a clad for transmitting the pumping light; and a third waveguide containing the first and second waveguides (21, 22), wherein the first waveguide and the second waveguide are disposed side by side coaxially, wherein the optical amplification fiber is wound while a curvature radius thereof is being gradually decreased along a direction in which pumping light is transmitted through an inside of the first waveguide from a reflection end from which laser is not extracted as optical output to an emission end from which laser is extracted as optical output, wherein n1 < n4 < n2 < n3 is satisfied, where n1 is a refractive index of the first waveguide, n2 is a refractive index of a clad of the second waveguide, n3 is a refractive index of a core of the second waveguide, and n4 is a refractive index of the third waveguide. a first waveguide that pumping light enters and that transmits the pumping light; a second waveguide including a core containing a laser medium and for generating laser, and a clad for transmitting the pumping light; and a third waveguide containing the first and second waveguides (21, 22), wherein the first waveguide and the second waveguide are disposed side by side coaxially,
A piece of furniture, comprising a first furniture element, a second furniture element and a securing mechanism for securing the first furniture element on the second furniture element, the securing mechanism comprising at least one securing element and a base body having a seat and being movable between a securing state in which the first furniture element is secured on the second furniture element and a release state in which the first furniture element is movable relative to the second furniture element, characterized in that the securing mechanism comprises an actuating element which is mounted in the seat so as to be displaceable in two directions corresponding to the displacement directions of the first furniture element relative to the second furniture element into one actuating position per direction from a rest position, the actuating element interacting with the securing element in the actuating position in such a manner that the securing element is in a securing element release position in which the securing mechanism is movable from the securing state into the release state.
A device for disinfecting a needleless connector, the device comprising: a housing containing a UV light source, the UV light source being operably connected to a power source, the housing further comprising a receptacle through which the UV light source extends; and a shield forming an inner reflection chamber, the shield having a proximal portion forming a proximal opening, the proximal portion being configured to insert into the receptacle of the housing to secure the shield to the housing, the proximal opening being configured to allow the UV light source to extend into the proximal portion of the shield when the proximal portion is inserted into the receptacle the shield further including a distal opening sized and configured to compatibly receive a portion of a needleless connector, wherein when the needleless connector is inserted into the distal opening, the distal opening conforms about the needleless connector characterized in that the shield is removably coupled to the receptacle of the housing. a housing containing a UV light source, the UV light source being operably connected to a power source, the housing further comprising a receptacle through which the UV light source extends; and a shield forming an inner reflection chamber, the shield having a proximal portion forming a proximal opening, the proximal portion being configured to insert into the receptacle of the housing to secure the shield to the housing, the proximal opening being configured to allow the UV light source to extend into the proximal portion of the shield when the proximal portion is inserted into the receptacle the shield further including a distal opening sized and configured to compatibly receive a portion of a needleless connector, wherein when the needleless connector is inserted into the distal opening, the distal opening conforms about the needleless connector characterized in that the shield is removably coupled to the receptacle of the housing.
A method of creating a label to be printed by a label printing apparatus comprising: providing a user, on a display,, with at least one option relating to a type of object to which at least one label to be printed is to be applied; characterised in that following selection of said at least one option, displaying on said display a preview screen comprising an image of the at least one label to be printed and an image of the object to which the at least one label to be printed is to be applied, so as to provide a preview of the at least one label in relation to the selected object; and enabling the user to make an adjustment to at least one property of at least one of the selected object and the at least one label to be printed, said adjustment causing a corresponding update of the image of the object and the image of at least one label to be printed. providing a user, on a display,, with at least one option relating to a type of object to which at least one label to be printed is to be applied; characterised in that following selection of said at least one option, displaying on said display a preview screen comprising an image of the at least one label to be printed and an image of the object to which the at least one label to be printed is to be applied, so as to provide a preview of the at least one label in relation to the selected object; and enabling the user to make an adjustment to at least one property of at least one of the selected object and the at least one label to be printed, said adjustment causing a corresponding update of the image of the object and the image of at least one label to be printed.
Accessory equipment for a motorized and handheld rotary blade cutting device, comprising a hub to be coupled to a motor body of said device, coaxially to a motor shaft, and a supporting surface suitable for resting on a surface of a material to be cut, wherein said hub (6, 60) is integral with an inner ring of a rotating bearing having a central hole adapted to be fitted coaxially on said motor shaft of said motorized cutting device, and wherein said supporting surface is constituted by a support ring which is integral in rotation to an outer ring of said rotating bearing, characterized in that a clamping flange is also provided, consisting of a cylindrical centring body and a flat head flange (62"), crossed centrally by a threaded hole, an outer diameter of said cylindrical centring body being equal to a central hole of a circular blade to be used with said cutting device, so that said clamping flange acts both as a centring element of said blade, acting from the inside of said hole, and as a clamping element of said blade against said hub. a clamping flange is also provided, consisting of a cylindrical centring body and a flat head flange (62"), crossed centrally by a threaded hole, an outer diameter of said cylindrical centring body being equal to a central hole of a circular blade to be used with said cutting device, so that said clamping flange acts both as a centring element of said blade, acting from the inside of said hole, and as a clamping element of said blade against said hub.
A cooler appliance comprising a body, at least one cooler compartment provided in the body, a door enabling access into the body, a first water chamber adapted to store water therein, disposed on the surface of the door facing the body when the door is closed, having a first wall and a second wall, an ice chamber placed in the first water chamber so as to at least partially rest on its base, a thermoelectric module having an upper surface and a lower surface, whose upper surface contacts the base of the ice chamber, an ice tank and a control unit enabling ice formation in the ice chamber by activating the thermoelectric module when the first water chamber is filled with water up to a level predetermined by the producer, such that the upper surface cools and the lower surface heats, and enabling the ice pieces to leave the ice chamber upon completion of ice formation by operating the thermoelectric module such that the upper surface heats and the lower surface cools, characterized by the ice making unit comprising a catcher having a first member attached from an end to a pin provided on the second wall, and a second member provided in the first member, movably attached from an end to the first member.