mhurhangee/ep-ind-claims huggingface dataset:
A replaceable unit for an electrophotographic image forming device, comprising: an elongated body extending along a lengthwise dimension between a front end and a rear end of the body, the body further including a first side, a second side, a top and a bottom, the body having a reservoir for holding toner; a drive element on the rear end of the body unobstructed to receive rotational power when the replaceable unit is installed in the image forming device; an electrical contact on the rear end of the body unobstructed to contact a corresponding electrical contact when the replaceable unit is installed in the image forming device; characterized by the drive element and the electrical contact being positioned to receive a bias force in a forward direction toward the front end of the body along the lengthwise dimension; a latch catch on the first side of the body positioned to receive a corresponding latch when the replaceable unit is installed in the image forming device to restrain the body from moving in the forward direction along the lengthwise dimension; a latch actuator at the front end of the body that is movable relative to the body between a home position and a releasing position; and a release handle that extends from a front side of the latch actuator unobstructed for user engagement and operatively connected to the latch actuator such that actuation of the release handle causes the latch actuator to move from the home position to the releasing position to unlatch the body from the image forming device. an elongated body extending along a lengthwise dimension between a front end and a rear end of the body, the body further including a first side, a second side, a top and a bottom, the body having a reservoir for holding toner; a drive element on the rear end of the body unobstructed to receive rotational power when the replaceable unit is installed in the image forming device; an electrical contact on the rear end of the body unobstructed to contact a corresponding electrical contact when the replaceable unit is installed in the image forming device; characterized by the drive element and the electrical contact being positioned to receive a bias force in a forward direction toward the front end of the body along the lengthwise dimension; a latch catch on the first side of the body positioned to receive a corresponding latch when the replaceable unit is installed in the image forming device to restrain the body from moving in the forward direction along the lengthwise dimension; a latch actuator at the front end of the body that is movable relative to the body between a home position and a releasing position; and a release handle that extends from a front side of the latch actuator unobstructed for user engagement and operatively connected to the latch actuator such that actuation of the release handle causes the latch actuator to move from the home position to the releasing position to unlatch the body from the image forming device.
A method for preparing a copper-containing catalyst comprising the steps of: (a) combining an acidic copper-containing solution with a basic precipitant solution in a first precipitation step to form a first precipitate, (b) combining an alkali metal aluminate solution with an acidic solution in a second precipitation step to form a second precipitate, (c) contacting the first and second precipitates together in a further precipitate mixing step to form a catalyst precursor, and (d) washing, drying and calcining the catalyst precursor to form the copper-containing catalyst, wherein at least 70% by weight of the copper in the catalyst is present in the first precipitate and a silica precursor is included in the first precipitation step, the second precipitation step or the precipitate mixing step, to provide a catalyst with a silica content, expressed as SiOz, in the range of 0.1 to 5.0 wt%.
A hook for attaching to a hole in a wall for hanging an item on the wall, the hook comprising: a body portion comprising a front face, a rear face for abutting the wall and an arc shaped edge between at least part of the perimeter of the front face and least part of the perimeter of the rear face; a groove formed in, and extending around, the arc shaped edge for receiving a wire for attaching to an item to be hung from the hook; a raised portion projecting from the rear face of the body portion for locating the hook in the hole in the wall; and an aperture extending from the front face to the rear face through the body portion for receiving a fastener for attaching the hook to the hole in the wall, wherein the edge of the raised portion surrounds the aperture extending through the body portion. a body portion comprising a front face, a rear face for abutting the wall and an arc shaped edge between at least part of the perimeter of the front face and least part of the perimeter of the rear face; a groove formed in, and extending around, the arc shaped edge for receiving a wire for attaching to an item to be hung from the hook; a raised portion projecting from the rear face of the body portion for locating the hook in the hole in the wall; and an aperture extending from the front face to the rear face through the body portion for receiving a fastener for attaching the hook to the hole in the wall, wherein the edge of the raised portion surrounds the aperture extending through the body portion.
A smoking article including a heat resistant sheet material comprising a fibrous layer formed of cellulosic fibres and at least 50% by weight of an inorganic filler material having a particle size in the range of from 0.1 microns to 50 microns, wherein the sheet material has a tensile strength of between 1300 N/m and 6000 N/m and a thickness of between 70 and 200 microns and wherein the fibrous layer further comprises a binder material and the binder material constitutes between 0.5% and 5% by weight of the fibrous layer.
Bearing for a wind turbine, comprising a first and a second ring (9, 10) arranged radially to each other with one ring rotating relative to the other ring around an axis of rotation, whereby the first ring has a cylindrical ring section and a collar extending radially from the ring section, whereby the collar has an axial support area supporting axial bearing elements, characterised in that several pretension elements creating compressive stress are fixed to the first ring in the section where the collar extends from the ring section, wherein each pretension element is a at least partially threaded bolt inserted in a at least partially threaded bore extending into the ring section, which bolt is directly or indirectly supported on a support surface against the first ring.
A system for sensing a condition within a mammalian hip joint, the system comprising: (a) a hip endoprosthesis which includes a femoral component comprising a stem that that terminates in a proximal body from which a neck extends, and a femoral head mounted on the neck, a sensor located within a first cavity which is adapted to sense an ambient condition of the hip joint and to generate a condition signal indicative of the sensed condition, and a transmission element for receiving the condition signal from the sensor and which is operable to transmit a transmission signal indicative of the condition signal, (b) a receiver disposed outside the joint for receiving the transmission signal, and (c) translation circuitry for translating the transmission signal to a signal which can be sensed by humans, characterised in that the neck or the femoral head has the first cavity formed in it which houses the sensor and the proximal body has a second cavity formed in it which houses the transmission element, and in which a wire channel extends between the first and second cavities, the transmission element being connected to the sensor by means of wires located in the wire channel. (a) a hip endoprosthesis which includes a femoral component comprising a stem that that terminates in a proximal body from which a neck extends, and a femoral head mounted on the neck, a sensor located within a first cavity which is adapted to sense an ambient condition of the hip joint and to generate a condition signal indicative of the sensed condition, and a transmission element for receiving the condition signal from the sensor and which is operable to transmit a transmission signal indicative of the condition signal, a sensor located within a first cavity which is adapted to sense an ambient condition of the hip joint and to generate a condition signal indicative of the sensed condition, and a transmission element for receiving the condition signal from the sensor and which is operable to transmit a transmission signal indicative of the condition signal, (b) a receiver disposed outside the joint for receiving the transmission signal, and (c) translation circuitry for translating the transmission signal to a signal which can be sensed by humans,
A method for filling a plurality of microdepressions in a major surface of a web, said microdepressions having a depth of about 5 to 500 microns but less than the thickness of the web and an opening at the surface of the web of about 10 to 500 microns in width, with finely divided powder, said process comprising: continuously feeding the web to and through a powder filling stage; at the powder filling stage, filling the powder into said microdepressions on the surface of the web using a driven roller, wherein said roller is rotating about an axis generally transverse to said direction of web movement, while the surface speed of the roller and the web speed are different and wherein the roller and web are positioned relative to one another, such that between the upper surface of the web and the outer surface of the roller there is a gap; and wherein the powder is fed either onto the web upstream of the roller of the powder filling stage or to the roller of the powder filling stage. continuously feeding the web to and through a powder filling stage; at the powder filling stage, filling the powder into said microdepressions on the surface of the web using a driven roller, wherein said roller is rotating about an axis generally transverse to said direction of web movement, while the surface speed of the roller and the web speed are different and wherein the roller and web are positioned relative to one another, such that between the upper surface of the web and the outer surface of the roller there is a gap; and wherein the powder is fed either onto the web upstream of the roller of the powder filling stage or to the roller of the powder filling stage.
A pre-chamber assembly for an internal combustion engine, comprising: a pre-chamber main body configured to be mounted to the internal combustion engine and defining at least a portion of a pre-chamber extending along a longitudinal axis; an ignition electrode including a center electrode and at least one electrode arm extending from the center electrode at least partially into the pre-chamber, the at least one electrode arm extending in both at least a radial direction with respect to the longitudinal axis and at least an axial direction with respect to the longitudinal axis; and a mass element including at least one radial inner face and at least one mass protrusion extending towards the at least one electrode arm and being associated with the at least one electrode arm, the at least one mass protrusion including the at least one radial inner face, wherein the mass element circumferentially extends about the at least one electrode arm and the at least one radial inner face faces the at least one electrode arm and is substantially non-parallel with respect to the longitudinal axis, and wherein the at least one mass protrusion substantially follows the outer shape of the associated electrode arm. a pre-chamber main body configured to be mounted to the internal combustion engine and defining at least a portion of a pre-chamber extending along a longitudinal axis; an ignition electrode including a center electrode and at least one electrode arm extending from the center electrode at least partially into the pre-chamber, the at least one electrode arm extending in both at least a radial direction with respect to the longitudinal axis and at least an axial direction with respect to the longitudinal axis; and a mass element including at least one radial inner face and at least one mass protrusion extending towards the at least one electrode arm and being associated with the at least one electrode arm, the at least one mass protrusion including the at least one radial inner face, wherein the mass element circumferentially extends about the at least one electrode arm and the at least one radial inner face faces the at least one electrode arm and is substantially non-parallel with respect to the longitudinal axis, and wherein the at least one mass protrusion substantially follows the outer shape of the associated electrode arm.
A personal care composition comprising: a) from 0.25% to 80% of a pre-emulsified emulsion comprising from 0.005% to 80% of one or more materials selected from the group consisting of metathesized unsaturated polyol esters with a molecular weight greater than or equal to 1500, by weight of said personal care composition; wherein said metathesized unsaturated polyol esters are oligomers, wherein said one or more oligomers is a triglyceride oligomer, wherein the triglyceride oligomer is a soy oligomer; wherein an emulsifier is selected from the group consisting of anionic emulsifier, non-ionic emulsifier, cationic emulsifier, amphoteric emulsifier, and mixtures thereof; wherein the average particle size of the pre-emulsified emulsion is from 20 nanometers to 20 microns; b) from 5% to 50% of one or more anionic surfactants, by weight of said personal care composition; c) at least 20% of an aqueous carrier, preferably a water-miscible solvent, by weight of said personal care composition; wherein the composition is stable with respect to one of the following measures selected from emulsion particle size, viscosity or visual phase separation and mixtures thereof. a) from 0.25% to 80% of a pre-emulsified emulsion comprising from 0.005% to 80% of one or more materials selected from the group consisting of metathesized unsaturated polyol esters with a molecular weight greater than or equal to 1500, by weight of said personal care composition; wherein said metathesized unsaturated polyol esters are oligomers, wherein said one or more oligomers is a triglyceride oligomer, wherein the triglyceride oligomer is a soy oligomer; wherein an emulsifier is selected from the group consisting of anionic emulsifier, non-ionic emulsifier, cationic emulsifier, amphoteric emulsifier, and mixtures thereof; wherein the average particle size of the pre-emulsified emulsion is from 20 nanometers to 20 microns; b) from 5% to 50% of one or more anionic surfactants, by weight of said personal care composition; c) at least 20% of an aqueous carrier, preferably a water-miscible solvent, by weight of said personal care composition;
A safety seat for terrestrial vehicles, aircraft and water craft, comprising at least one seat part fixed to two vertical retaining belts affixable on the vehicle side, each retaining belt being routed in the region of the rear seat part edge, characterised in that the safety seat comprises a seat part frame that forms the seat part as well as comprising a backrest frame connected to the aforesaid, arranged at an angle to it, and forming a backrest, and each retaining belt is designed as a belt loop that can be tensioned between anchoring devices fixed to the vehicle, which anchoring devices are arranged at a vertical distance from each other, with a front belt facing the safety seat and a rear belt that extends at some distance from the aforesaid, wherein the front belt and the rear belt are alternatingly routed by way of the top transverse brace and the bottom transverse brace, which is arranged in the region of the seat part frame, of the backrest frame in such a manner that when the belt loop is tensioned the front belt and the rear belt clamp the transverse braces (15, 16) between themselves, and in that the backrest frame is suspended from at least one restraining belt fastenable to an anchoring device fixed to the vehicle, which anchoring device is arranged vertically above the safety seat.
Dosing system for a liquid medium, in particular a liquid reducing agent, such as for example an aqueous urea-water solution, the dosing system comprising a compressed air-actuated diaphragm pump, a 4/2 directional valve and a phase mixer, wherein the 4/2 directional valve, in a first switching position, connects a first chamber of the diaphragm pump to a compressed-air supply and, in a second switching position, connects a first inlet of the phase mixer to the compressed-air supply.
A surfactant-free method for producing an endotoxin-free bovine lactoferrin product by removing endotoxin bound to a protein in a liquid lactoferrin composition, the method comprising the steps of: a) passing a liquid lactoferrin composition comprising a protein with bound endotoxin through a cation exchange system to bind the protein with bound endotoxin to a cation exchange resin in the absence of added salt; b) eluting the endotoxin from the bound protein using a 0.25-0.35 molar salt solution in the absence of added surfactant; and c) eluting the bound protein with a salt solution having a conductivity between 80 to 100 mS/cm to produce an endotoxin-free bovine lactoferrin product the protein with bound endotoxin being selected from one or more of: lactoferrin, lactoferricin, lactoperoxidase and apolactoferrin. a) passing a liquid lactoferrin composition comprising a protein with bound endotoxin through a cation exchange system to bind the protein with bound endotoxin to a cation exchange resin in the absence of added salt; b) eluting the endotoxin from the bound protein using a 0.25-0.35 molar salt solution in the absence of added surfactant; and c) eluting the bound protein with a salt solution having a conductivity between 80 to 100 mS/cm to produce an endotoxin-free bovine lactoferrin product
An electronic device comprising: a display; at least one sensor disposed under a region of the display; and at least one processor configured to: detect, using the at least one sensor, a touch input on the region of the display, identify a size of the detected touch input by determining a width or height of the detected touch input, and display, using the display, a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input. a display; at least one sensor disposed under a region of the display; and at least one processor configured to: detect, using the at least one sensor, a touch input on the region of the display, identify a size of the detected touch input by determining a width or height of the detected touch input, and display, using the display, a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input. detect, using the at least one sensor, a touch input on the region of the display, identify a size of the detected touch input by determining a width or height of the detected touch input, and display, using the display, a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input.
A biological prosthesis having a thickness comprising between 0.5 and 4 mm, formed by the dermis taken from a part of an animal belonging to the porcine, bovine or caprine family, said part of the animal corresponding to a part going from the region situated at the base of the tail opposite the junction of the last sacral vertebrae as far as a region starting from the base of the tail covering the circumference of at least part of the caudal vertebrae.
A flaskless molding machine forming a flaskless upper mold and lower mold, comprising: an upper flask; a lower flask disposed below the upper flask and capable of clamping a match plate with the upper flask; an upper sand tank disposed above the upper flask, communicating with a compressed air source, being open at a lower end thereof, and internally storing mold sand; an upper plate attached to a lower end of the upper sand tank, with at least one supply port being formed in the upper plate, the supply port allowing the upper sand tank to communicate with an inside of the upper flask; a first lower sand tank communicating with a compressed air source, internally storing mold sand, and having a first communication port for discharging the stored mold sand; a second lower sand tank disposed below the lower flask, being open at an upper end thereof, having a second communication port capable of communicating with the first communication port of the first lower sand tank, and storing the mold sand supplied from the first lower sand tank and to be supplied into the lower flask; a lower plate attached to an upper end of the second lower sand tank, with at least one supply port being formed in the lower plate, the supply port allowing the second lower sand tank to communicate with an inside of the lower flask; a drive unit configured to move the second lower sand tank in a vertical direction, and allowing the upper plate and the lower plate to perform squeezing; and characterized by further comprising an adjustment drive unit configured to move the first lower sand tank in the vertical direction. an upper flask; a lower flask disposed below the upper flask and capable of clamping a match plate with the upper flask; an upper sand tank disposed above the upper flask, communicating with a compressed air source, being open at a lower end thereof, and internally storing mold sand; an upper plate attached to a lower end of the upper sand tank, with at least one supply port being formed in the upper plate, the supply port allowing the upper sand tank to communicate with an inside of the upper flask; a first lower sand tank communicating with a compressed air source, internally storing mold sand, and having a first communication port for discharging the stored mold sand; a second lower sand tank disposed below the lower flask, being open at an upper end thereof, having a second communication port capable of communicating with the first communication port of the first lower sand tank, and storing the mold sand supplied from the first lower sand tank and to be supplied into the lower flask; a lower plate attached to an upper end of the second lower sand tank, with at least one supply port being formed in the lower plate, the supply port allowing the second lower sand tank to communicate with an inside of the lower flask; a drive unit configured to move the second lower sand tank in a vertical direction, and allowing the upper plate and the lower plate to perform squeezing; and characterized by further comprising an adjustment drive unit configured to move the first lower sand tank in the vertical direction.