mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a separating tool and comprising a counterpressure plate for producing contour geometries in adhesive-containing composite materials, wherein the separating tool is adapted to be moved in translational tool stroke directions (41, 42) between an inoperative position and a parting position normal to the counterpressure plate, wherein, in the parting position, the separating tool is spaced apart from the counterpressure plate towards the inoperative position, and wherein the separating tool comprises a tool cutting edge having a cutting edge plane spanned normal to the tool stroke directions (41, 42), characterized in that - the apparatus comprises at least one actuator (52; 54), - the separating tool and the counterpressure plate are adapted to be controlled relative to each other by means of each actuator (52; 54) in at least one excitation direction (63; 64) by means of a ramp function and/or a jump function, and - each of these excitation directions (63; 64) lies in a parallel plane to the cutting edge plane of the separating tool. - the apparatus comprises at least one actuator (52; 54), - the separating tool and the counterpressure plate are adapted to be controlled relative to each other by means of each actuator (52; 54) in at least one excitation direction (63; 64) by means of a ramp function and/or a jump function, and - each of these excitation directions (63; 64) lies in a parallel plane to the cutting edge plane of the separating tool.
A tap changer comprising: a rotatable upper movable contact; a rotatable lower movable contact electrically connected to the upper movable contact; a driving shaft rotating the upper movable contact and the lower movable contact integrally; a single-type fixed contact including a single terminal connected to any one of a plurality of taps; and a dual-type fixed contact including a first terminal and a second terminal (184, 196) connected together to another of the plurality of taps, wherein one single-type fixed contact and at least one dual-type fixed contact are disposed in a rotation track of the upper movable contact, and at least one dual-type fixed contact and one single-type fixed contact are disposed in a rotation track of the lower movable contact. a rotatable upper movable contact; a rotatable lower movable contact electrically connected to the upper movable contact; a driving shaft rotating the upper movable contact and the lower movable contact integrally; a single-type fixed contact including a single terminal connected to any one of a plurality of taps; and a dual-type fixed contact including a first terminal and a second terminal (184, 196) connected together to another of the plurality of taps, wherein one single-type fixed contact and at least one dual-type fixed contact are disposed in a rotation track of the upper movable contact, and at least one dual-type fixed contact and one single-type fixed contact are disposed in a rotation track of the lower movable contact.
A reversible anatomic shoulder replacement system, comprising: a fixation ring configured to be positioned within the glenoid cavity, the fixation ring at least partially comprising a porous coating, the fixation ring also comprising a peripheral edge comprising an outer diameter; and an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; a medial peripheral edge; and a lateral peripheral edge, the medial peripheral edge comprising a substantially constant diameter that is less than a substantially constant diameter of the lateral peripheral edge, the fixation ring comprising an inner diameter sized and configured to circumscribe the medial peripheral edge of the implant, wherein the fixation ring is configured to be at least partially implanted within the glenoid cavity, characterised in that the inner diameter of the fixation ring comprises barbs, or the inner diameter of the fixation ring comprises threads. a fixation ring configured to be positioned within the glenoid cavity, the fixation ring at least partially comprising a porous coating, the fixation ring also comprising a peripheral edge comprising an outer diameter; and an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; a medial peripheral edge; and a lateral peripheral edge, the medial peripheral edge comprising a substantially constant diameter that is less than a substantially constant diameter of the lateral peripheral edge, the fixation ring comprising an inner diameter sized and configured to circumscribe the medial peripheral edge of the implant, wherein the fixation ring is configured to be at least partially implanted within the glenoid cavity, characterised in that the inner diameter of the fixation ring comprises barbs, or the inner diameter of the fixation ring comprises threads.
A biodegradable plastic with an increased biodegradation speed, wherein the plastic contains (a) 0.1 to 40 % by weight of finely distributed particles of a biodegradable, water-soluble, organic component with a mean particle size of less than 10 μm and (b) finely distributed particles of a water-soluble, inorganic component containing N, P and/or S, promoting the growth of microorganisms and with a mean particle size of less than 10 μm. (a) 0.1 to 40 % by weight of finely distributed particles of a biodegradable, water-soluble, organic component with a mean particle size of less than 10 μm and (b) finely distributed particles of a water-soluble, inorganic component containing N, P and/or S, promoting the growth of microorganisms and with a mean particle size of less than 10 μm.
A process for recovering crude oil from a subterranean hydrocarbon containing formation, the process comprising the steps of A) injecting a composition comprising a) at least one compound selected from the group consisting of formulae - wherein Ra is a C 5 to C 29 aliphatic hydrocarbon group, Rb is a C 1 to C 23 aliphatic hydrocarbon group, and b) a component selected from the group consisting of water, at least one organic solvent, and a mixture of water and at least one organic solvent into said formation, and B) recovering the crude oil. A) injecting a composition comprising a) at least one compound selected from the group consisting of formulae - wherein Ra is a C 5 to C 29 aliphatic hydrocarbon group, Rb is a C 1 to C 23 aliphatic hydrocarbon group, and b) a component selected from the group consisting of water, at least one organic solvent, and a mixture of water and at least one organic solvent into said formation, and a) at least one compound selected from the group consisting of formulae - wherein Ra is a C 5 to C 29 aliphatic hydrocarbon group, Rb is a C 1 to C 23 aliphatic hydrocarbon group, and Ra is a C 5 to C 29 aliphatic hydrocarbon group, Rb is a C 1 to C 23 aliphatic hydrocarbon group, and b) a component selected from the group consisting of water, at least one organic solvent, and a mixture of water and at least one organic solvent B) recovering the crude oil.
Guide bushing for guiding and sealing a shut-off needle of a needle shut-off nozzle for injection moulding apparatus, a) with a main body and a fastening element, b) wherein the main body has a through-opening for the shut-off needle, c) wherein the through-opening has at least one guide section (20, 22, 24, 26, 28, 30), which secures the shut-off needle with a small amount of play, d) wherein the through-opening has at least two extension sections (34, 36, 38, 40, 42), the diameter of which, in each case, is greater than that of at least one guide section (20, 22, 24, 26, 28, 30), e) wherein the main body of the guide bushing has a widened flange and above the flange has a small neck section in the outer diameter, which is coaxially enclosed by the fastening element, f) wherein the guide bushing also has the fastening element, which can be secured to the main body, and g) wherein the fastening element is designed as a threaded bushing and has a hollow cylindrical basic form, characterised in that, h) a sealing element, which rests entirely on a shut-off needle inserted into the through-opening, is positioned between the fastening element and the main body, i) the upper surface of the fastening element has a peripheral flange rim with a central opening, which is aligned concentrically with the through-opening of the main body, j) wherein the diameter of the opening corresponds to the diameter of the guide sections (20, 22, 24, 26, 28 und 30), and k) wherein the sealing element is positioned between the flange rim and an upper surface of the main body. a) with a main body and a fastening element, b) wherein the main body has a through-opening for the shut-off needle, c) wherein the through-opening has at least one guide section (20, 22, 24, 26, 28, 30), which secures the shut-off needle with a small amount of play, d) wherein the through-opening has at least two extension sections (34, 36, 38, 40, 42), the diameter of which, in each case, is greater than that of at least one guide section (20, 22, 24, 26, 28, 30), e) wherein the main body of the guide bushing has a widened flange and above the flange has a small neck section in the outer diameter, which is coaxially enclosed by the fastening element, f) wherein the guide bushing also has the fastening element, which can be secured to the main body, and g) wherein the fastening element is designed as a threaded bushing and has a hollow cylindrical basic form, h) a sealing element, which rests entirely on a shut-off needle inserted into the through-opening, is positioned between the fastening element and the main body, i) the upper surface of the fastening element has a peripheral flange rim with a central opening, which is aligned concentrically with the through-opening of the main body, j) wherein the diameter of the opening corresponds to the diameter of the guide sections (20, 22, 24, 26, 28 und 30), and k) wherein the sealing element is positioned between the flange rim and an upper surface of the main body.
Portable power tool, in particular sanding machine, having at least one tool holder (12a; 12b) which can be driven in an oscillating manner, having at least one drive unit (14a; 14b), which has at least one drive shaft (16a; 16b) with at least one drive axis (18a; 18b), which intersects the tool holder (12a; 12b), for driving at least the tool holder (12a; 12b), and having at least one bearing unit (20a; 20b) for movably mounting the tool holder (12a; 12b) about a bearing axis (22a; 22b) of the bearing unit (20a; 20b), which intersects the tool holder (12a; 12b), wherein the drive axis (18a; 18b) is formed differently from the bearing axis (22a; 22b), and the drive unit (14a; 14b) has a rolling bearing (28a; 28b) arranged eccentrically to the drive axis (18a; 18b) on the drive shaft (16a; 16b), characterized in that the tool holder (12a; 12b) at least has running surfaces (30a, 32a; 30b, 32b) which, in an alternating manner, have a force from the rolling bearing (28a; 28b) applied thereto and are intended to convert a movement of the rolling bearing (28a; 28b) into a reciprocating movement (36a; 36b) of the tool holder (12a; 12b) about the bearing axis (22a; 22b).
A particle supply apparatus comprising: a particle accommodating unit that is configured to accommodate particles in an interior portion and has a gas spouting unit that is configured to spout gas toward the interior portion arranged at a bottom portion of the particle accommodating unit; and a conveying mechanism that is configured to apply suction to the particles accommodated in the particle accommodating unit in an upward direction against the gravitational force and to convey the particles toward a supply destination, wherein the bottom portion of the particle accommodating unit is arranged into a sloping surface; and wherein the gas spouting unit includes a gas spouting outlet that is made of a porous member, characterized in that the gas spouting unit further includes plural independent chambers (33C1, 33C2, 33C3, 33C4) which are arranged below the porous member such that a gas spouting amount per unit area per unit time at a lowermost region of the sloping surface is greater than a gas spouting amount per unit area per unit time at other regions of the sloping surface, wherein the gas spouting amount at the lowermost region and the gas spouting amount at the other regions are varied by separately supplying air to the chambers (33C1, 33C2, 33C3, 33C4). a particle accommodating unit that is configured to accommodate particles in an interior portion and has a gas spouting unit that is configured to spout gas toward the interior portion arranged at a bottom portion of the particle accommodating unit; and a conveying mechanism that is configured to apply suction to the particles accommodated in the particle accommodating unit in an upward direction against the gravitational force and to convey the particles toward a supply destination, wherein the bottom portion of the particle accommodating unit is arranged into a sloping surface; and wherein the gas spouting unit includes a gas spouting outlet that is made of a porous member, characterized in that the gas spouting unit further includes plural independent chambers (33C1, 33C2, 33C3, 33C4) which are arranged below the porous member such that a gas spouting amount per unit area per unit time at a lowermost region of the sloping surface is greater than a gas spouting amount per unit area per unit time at other regions of the sloping surface, wherein the gas spouting amount at the lowermost region and the gas spouting amount at the other regions are varied by separately supplying air to the chambers (33C1, 33C2, 33C3, 33C4).
An optical filter comprising: a lower substrate; a lower mirror provided to the lower substrate; a lower electrode provided to the lower substrate; an upper substrate disposed so as to be opposed to the lower substrate; an upper mirror provided to the upper substrate, and opposed to the lower mirror; and an upper electrode provided to the upper substrate, and opposed to the lower electrode, wherein the upper substrate has a groove surrounding the upper mirror in a plan view, the groove includes a first side surface section, a second side surface section, a bottom surface section, a first end section located between the first side surface section and the bottom surface section, and a second end section located between the second side surface section and the bottom surface section, in a cross-sectional view, the bottom surface is flat, and characterized in that: the first end section and the second end section each have a curved surface, wherein a curvature radius of each of the curved surfaces is large in order to ease the stress concentration in the end sections. a lower substrate; a lower mirror provided to the lower substrate; a lower electrode provided to the lower substrate; an upper substrate disposed so as to be opposed to the lower substrate; an upper mirror provided to the upper substrate, and opposed to the lower mirror; and an upper electrode provided to the upper substrate, and opposed to the lower electrode, wherein the upper substrate has a groove surrounding the upper mirror in a plan view, the groove includes a first side surface section, a second side surface section, a bottom surface section, a first end section located between the first side surface section and the bottom surface section, and a second end section located between the second side surface section and the bottom surface section, in a cross-sectional view, the bottom surface is flat, and characterized in that: the first end section and the second end section each have a curved surface, wherein a curvature radius of each of the curved surfaces is large in order to ease the stress concentration in the end sections. the first end section and the second end section each have a curved surface, wherein a curvature radius of each of the curved surfaces is large in order to ease the stress concentration in the end sections.
A method of identifying a Location Area in a cellular communications network, the method being performed by a basestation of said network and comprising: detecting Location Area Identifications in radio transmissions from other basestations of the cellular communications network; including a first Location Area Identification in radio transmissions from said basestation, said first Location Area Identification being selected by the basestation from a first set of Location Area Identifications such that the first Location Area Identification is different from the detected Location Area Identifications; including a second Location Area Identification in messages sent to a core network of said cellular communications network, said second Location Area Identification being selected from a second set of Location Area Identifications. detecting Location Area Identifications in radio transmissions from other basestations of the cellular communications network; including a first Location Area Identification in radio transmissions from said basestation, said first Location Area Identification being selected by the basestation from a first set of Location Area Identifications such that the first Location Area Identification is different from the detected Location Area Identifications; including a second Location Area Identification in messages sent to a core network of said cellular communications network, said second Location Area Identification being selected from a second set of Location Area Identifications.
A method of controlling a robotic lawn mower, comprising the steps: - obtaining an overhead image of a plot of land; - defining a boundary of the plot of land using a graphical user interface; - defining one or more mower-safe subregions within the boundary using the graphical user interface; - assigning a control attribute to a mower-safe subregion; - controlling the robotic lawn mower to traverse the plot of land while its operation in a subregion is based on (a) the location of the mower in relation to the plot of land, (b) the defined boundary and one or more subregions and (c) the assigned control attribute. - obtaining an overhead image of a plot of land; - defining a boundary of the plot of land using a graphical user interface; - defining one or more mower-safe subregions within the boundary using the graphical user interface; - assigning a control attribute to a mower-safe subregion; - controlling the robotic lawn mower to traverse the plot of land while its operation in a subregion is based on (a) the location of the mower in relation to the plot of land, (b) the defined boundary and one or more subregions and (c) the assigned control attribute.
A method of processing data for use in printing using error diffusion comprising: using at least one computer, identifying, within data for use in printing, a first element set associated with a first print addressable area, the first element set comprising at least one element, wherein each element of the element set is associated with a print material or print material combination which may be selected for application to the print addressable area, selecting, using the at least one computer, an element from the first element set and assigning the element to the first print addressable area such that the print material or print material combination associated therewith will be applied to the print addressable area during a print operation; identifying, using the at least one computer, a second print addressable area as a candidate print addressable area for error diffusion, the second print addressable area being associated with a second element set; identifying, using the at least one computer, any common elements of the first element set and the second element set; and, if at least one common element is identified; diffusing, using the at least one computer, an error associated with the selection of the element from the first element set to the at least one identified common element of the second element set and not to elements which are present in just one of the first and second element sets. using at least one computer, identifying, within data for use in printing, a first element set associated with a first print addressable area, the first element set comprising at least one element, wherein each element of the element set is associated with a print material or print material combination which may be selected for application to the print addressable area, selecting, using the at least one computer, an element from the first element set and assigning the element to the first print addressable area such that the print material or print material combination associated therewith will be applied to the print addressable area during a print operation; identifying, using the at least one computer, a second print addressable area as a candidate print addressable area for error diffusion, the second print addressable area being associated with a second element set; identifying, using the at least one computer, any common elements of the first element set and the second element set; and, if at least one common element is identified; diffusing, using the at least one computer, an error associated with the selection of the element from the first element set to the at least one identified common element of the second element set and not to elements which are present in just one of the first and second element sets.
A method of extraction of follicular cells which is based on the principle of hair extraction from mammalian skin using an extraction device, whereby a root part of the hair surrounded by follicular cells remains preserved during the extraction, wherein at least one hair is sucked in from a sampling point of the skin by vacuum which is led from a body of the extraction device into interspace of a two-cone collet fixed partly to the body and partly to an arbor, and subsequently this hair is grasped by closing the interspace between an inner cone and an outer cone of said collet using counter-pressure of the arbor and afterwards said hair is extracted from the skin.