mhurhangee/ep-ind-claims huggingface dataset:
A method for drying a plurality of specimens carried by a plurality of microscope slides, the method comprising: positioning a slide carrier at a first position while the slide carrier holds the plurality microscope slides, wherein each of the specimens is carried by one of the plurality of microscope slides; robotically moving the slide carrier from the first position to a second position to move the slide carrier into a circulation loop defined by a heater apparatus, wherein the second position is oriented vertically relative to the first position; and convectively heating the specimens and/or microscope slides while the slide carrier is at the second position; characterized by positioning the slide carrier such that, in the second position, a first end (1201a, 1205a) of each of the slides is positioned above the second end (1201b, 1205b) of each of the slides, wherein the second end (1201b, 1205b) is opposite the first end (1201a, 1205a), and wherein the second end (1201b, 1205b) is labeled. positioning a slide carrier at a first position while the slide carrier holds the plurality microscope slides, wherein each of the specimens is carried by one of the plurality of microscope slides; robotically moving the slide carrier from the first position to a second position to move the slide carrier into a circulation loop defined by a heater apparatus, wherein the second position is oriented vertically relative to the first position; and convectively heating the specimens and/or microscope slides while the slide carrier is at the second position; characterized by positioning the slide carrier such that, in the second position, a first end (1201a, 1205a) of each of the slides is positioned above the second end (1201b, 1205b) of each of the slides, wherein the second end (1201b, 1205b) is opposite the first end (1201a, 1205a), and wherein the second end (1201b, 1205b) is labeled.
Percussion mechanism unit (10a-d), which is designed as a non-linear, oscillatory system, in particular for a rotary and/or percussion hammer (12a-d), with a control unit (14a-d) that is provided to control a pneumatic percussion mechanism (16a-d) by open-loop and/or closed-loop control, characterized in that the control unit (14a-d) is provided, in an operating state in which an operating parameter (18a-c) is set as an above-critical working value, to set the operating parameter (18a-c) temporarily to a starting value for the purpose of changing from an idling operating state to a percussive operating state, wherein the operating parameter (18a-c) is a percussion-mechanism rotational speed (n) and the starting value lies in a range of the percussion-mechanism rotational speed (n) in which an amplitude-frequency response of an oscillating body of the percussion mechanism (16a-d) has a single-valued solution, and the above-critical working value lies in a range of the percussion-mechanism rotational speed (n) in which the amplitude-frequency response has a multi-valued solution, and wherein the starting value lies below the above-critical working value.
A combined machining apparatus, wherein the combined machining apparatus comprises: a machining platform configured to place a workpiece; a machining device including a body and a spindle mounted on the body, wherein the spindle is configured to selectively assemble a tool head or a feeding head; and a laser spectroscopic device disposed at a side of the spindle and comprising: a laser splitting module configured to split a main laser into at least two laser beams; and at least two laser outlets configured to output the laser beams to the workpiece, respectively; characterized in that the laser splitting module includes an incident lens configured to introduce the main laser, a laser splitting box configured to split the main laser into the laser beams, and at least two transmitting channels configured to guide the laser beams to the laser outlets, respectively; the laser spectroscopic device further includes two positioning modules connected to the transmitting channels, respectively, and configured to adjust a heat affected zone of each of the laser outlets; wherein each of the positioning modules includes a telescopic portion and a rotating portion; the telescopic portion is disposed on the corresponding transmitting channel, reciprocally moved, and configured to linearly adjust the heat affected zone of one of the laser outlets; the rotating portion is pivoted on the telescopic portion, reciprocally rotated, and configured to rotatably adjust the heat affected zone of one of the laser outlets. a machining platform configured to place a workpiece; a machining device including a body and a spindle mounted on the body, wherein the spindle is configured to selectively assemble a tool head or a feeding head; and a laser spectroscopic device disposed at a side of the spindle and comprising: a laser splitting module configured to split a main laser into at least two laser beams; and at least two laser outlets configured to output the laser beams to the workpiece, respectively; characterized in that the laser splitting module includes an incident lens configured to introduce the main laser, a laser splitting box configured to split the main laser into the laser beams, and at least two transmitting channels configured to guide the laser beams to the laser outlets, respectively; the laser spectroscopic device further includes two positioning modules connected to the transmitting channels, respectively, and configured to adjust a heat affected zone of each of the laser outlets; wherein each of the positioning modules includes a telescopic portion and a rotating portion; the telescopic portion is disposed on the corresponding transmitting channel, reciprocally moved, and configured to linearly adjust the heat affected zone of one of the laser outlets; the rotating portion is pivoted on the telescopic portion, reciprocally rotated, and configured to rotatably adjust the heat affected zone of one of the laser outlets.
Apparatus for blending fibre components, adapted • to convey fibre components to be blended into a weighing container of the apparatus and • to discharge the fibre components, after being weighed in the weighing container, onto a blending conveyor of the apparatus, characterised in that • the weighing container is mounted at only three suspension points (A, B, C) on a frame, • each suspension point (A, B, C) has a weighing sensor, • and the frame is formed by longitudinal bars and transverse bars (21a, 21b, 22a, 22b) and • the transverse bars (22a, 22b) are in the form of a U-shaped profile that is open towards the outside, the open U-shaped profile being arranged so that it points away from the end faces (10c, 10d) of the weighing container, • wherein the frame with the weighing container are configured to be jointly removable from or installable in the apparatus for blending the fibre components. • to convey fibre components to be blended into a weighing container of the apparatus and • to discharge the fibre components, after being weighed in the weighing container, onto a blending conveyor of the apparatus, • the weighing container is mounted at only three suspension points (A, B, C) on a frame, • each suspension point (A, B, C) has a weighing sensor, • and the frame is formed by longitudinal bars and transverse bars (21a, 21b, 22a, 22b) and • the transverse bars (22a, 22b) are in the form of a U-shaped profile that is open towards the outside, the open U-shaped profile being arranged so that it points away from the end faces (10c, 10d) of the weighing container, • wherein the frame with the weighing container are configured to be jointly removable from or installable in the apparatus for blending the fibre components.
Method for the continuous liquefying of organic solids in a fermenter, characterized in that an upwardly directed flow of solids is produced in a dammed-up liquid, wherein solids are added in the lower region of the fermenter, the solid fermentation residues are collected below the level of the dammed-up liquid by means of at least one sieve in the upper region of the fermenter, thereby a flow of droplets of solids to fermenting organic substances with an upwardly rising density gradient is produced in the fermenter, the dammed-up liquid circulates through the fermenter, by introducing it through the liquid inlet in the lower region of the fermenter and removing it through the liquid discharge outlet in the upper region of the fermenter, whereby an upwardly directed flow in the fermenter is produced by the circulation of the dammed-up liquid, which supports the floating-up of the solids, the organic solids reside for a specific time in the dammed-up liquid, the solid fermentation residues are subsequently removed in the upper region of the fermenter, the fermentation gases are removed in the upper region of the fermenter and the solved organic substances are removed.
Fuel system of an internal combustion engine, having a fuel tank 12, which contains fuel, and a pre-feed pump 14, which feeds the fuel from the fuel tank 12 to a high-pressure fuel pump 16 which is in the form of a piston pump and which compresses the fuel to a pressure level of sufficient magnitude for an injection and feeds it to a high-pressure region 18, which comprises a fuel rail 20, wherein a plurality of injectors 24 are connected to the fuel rail 20, said injectors being able to inject the fuel directly into combustion chambers 26, which are associated therewith, of the internal combustion engine, wherein the high-pressure fuel pump 16 can be mechanically driven by the internal combustion engine, wherein a connection fitting 22 is arranged at the transition between the high-pressure fuel pump 16 and the high-pressure region 18, at the outlet of the high-pressure fuel pump, and is connected to the high-pressure region of the fuel system, wherein the connection fitting has a first connection opening, for connecting to the outlet of the high-pressure fuel pump and having a first opening axis, and has a second connection opening, for connecting to the high-pressure region and having a second opening axis, wherein the second opening axis is arranged non-coaxially to the first opening axis, characterized in that the second opening axis is arranged parallel to the first opening axis.
Bodywork part having a visible face, said part comprising an opening delimited by a receding peripheral rim extending the visible face towards the inside of the opening, a portion of the peripheral rim forming a base for a lug having a protuberance projecting from said peripheral rim, the base of the lug comprising two thinned portions of the peripheral rim, said thinned portions being located on both side of the protuberance of the lug and giving the base an ability to deform elastically by retracting the protuberance of the lug, the peripheral rim having an inner face delimiting the opening and an outer face opposite the inner face, characterised in that each thinned portion of the peripheral rim results solely from a recess in the outer face.
A compound of the formula II, where A is a covalent bond, B, D and E are identical or different and are independently of one another a covalent bond or the radical -O-, ring1, ring2 or ring3 are identical or different and are independently of one another 1) covalent bond, or 2) is phenyl and are unsubstituted or substituted independently of one another once or twice by G, with the proviso that at least one of the radicals ring1, ring2 or ring3 is phenyl, ring4 is phenyl and is unsubstituted or substituted independently of one another once or twice by G, G is 1) hydrogen atom, 2) Br, C1 or F, 3) -(C 1 -C 4)-alkyl in which alkyl is unsubstituted or substituted once, twice or three times by Br, Cl or F, 4) -SO 2 -methyl, or 5) -CN, X is -OH or -NH-OH, and R2, R3, R4, Y1 and Y2 are identical and are hydrogen atom. A is a covalent bond, B, D and E are identical or different and are independently of one another a covalent bond or the radical -O-, ring1, ring2 or ring3 are identical or different and are independently of one another 1) covalent bond, or 2) is phenyl and are unsubstituted or substituted independently of one another once or twice by G, with the proviso that at least one of the radicals ring1, ring2 or ring3 is phenyl, 1) covalent bond, or 2) is phenyl and are unsubstituted or substituted independently of one another once or twice by G, ring4 is phenyl and is unsubstituted or substituted independently of one another once or twice by G, G is 1) hydrogen atom, 2) Br, C1 or F, 3) -(C 1 -C 4)-alkyl in which alkyl is unsubstituted or substituted once, twice or three times by Br, Cl or F, 4) -SO 2 -methyl, or 5) -CN, 2) Br, C1 or F, 3) -(C 1 -C 4)-alkyl in which alkyl is unsubstituted or substituted once, twice or three times by Br, Cl or F, 4) -SO 2 -methyl, or 5) -CN, X is -OH or -NH-OH, and R2, R3, R4, Y1 and Y2 are identical and are hydrogen atom.
An apparatus for inspecting a planar structure comprising: a first hosing defining at least one inlet for receiving a couplant; a second housing defining a tapered chamber and an inner chamber said inner chamber positioned to receive the couplant via said at least one inlet and dispense said couplant into said tapered chamber; and a sensing element coupled to said first housing, said sensing element positioned above said tapered chamber, said tapered chamber configured to restrict the flow of the couplant as it flows out through an opening in said tapered chamber to maintain a column of couplant between said sensing element and an edge of a planar structure to be inspected as at least a portion of the sensing element overhangs the edge of the planar structure to be inspected. a first hosing defining at least one inlet for receiving a couplant; a second housing defining a tapered chamber and an inner chamber said inner chamber positioned to receive the couplant via said at least one inlet and dispense said couplant into said tapered chamber; and a sensing element coupled to said first housing, said sensing element positioned above said tapered chamber, said tapered chamber configured to restrict the flow of the couplant as it flows out through an opening in said tapered chamber to maintain a column of couplant between said sensing element and an edge of a planar structure to be inspected as at least a portion of the sensing element overhangs the edge of the planar structure to be inspected.
Density control system for an agricultural baler, which comprises a baling chamber comprising a plurality of walls including at least one movable wall section (30, 104, 105), an intake duct leading into the baling chamber, and a plunger (37, 101) for compressing charges of crop material to a package in the chamber, actuator means (31, 102, 103) for adjusting the position of the at least one movable wall section in response to an output of the density control system in order to vary the density of said package, characterized in that the density control system comprises a sensor for measuring the position of the at least one movable wall section, a comparator for comparing said position with a threshold position and a decision module configured to stop the movement of the actuator means when the position exceeds the threshold position.
A playback device for playing back music data, the playback device comprising: a first communicator configured to communicate with an external device through a first communication scheme and to receive the music data and music information indicating an attribute of the music data from the external device; a music information storage configured to store the music information received by the first communicator; a music player configured to play back the music data received by the first communicator; a search data generator configured to, based on the music information, generate search data for searching for information related to the music data; a second communicator configured to communicate via a network through a second communication scheme different from the first communication scheme and to transmit the search data and receive a search result for the search data; and a search result output configured to output the search result received by the second communicator, wherein the first communication scheme and the second communication scheme are each a wireless communication scheme, and the playback device further includes a communication controller configured to, in a case where a wireless communication band of the first communication scheme and a wireless communication band of the second communication scheme are identical, switch a communication mode of the second communicator to either one of a low-speed communication mode and a high-speed communication mode having a higher communication speed than the low-speed communication mode, based on the music information or a playback status of the music data. a first communicator configured to communicate with an external device through a first communication scheme and to receive the music data and music information indicating an attribute of the music data from the external device; a music information storage configured to store the music information received by the first communicator; a music player configured to play back the music data received by the first communicator; a search data generator configured to, based on the music information, generate search data for searching for information related to the music data; a second communicator configured to communicate via a network through a second communication scheme different from the first communication scheme and to transmit the search data and receive a search result for the search data; and a search result output configured to output the search result received by the second communicator, wherein the first communication scheme and the second communication scheme are each a wireless communication scheme, and the playback device further includes a communication controller configured to, in a case where a wireless communication band of the first communication scheme and a wireless communication band of the second communication scheme are identical, switch a communication mode of the second communicator to either one of a low-speed communication mode and a high-speed communication mode having a higher communication speed than the low-speed communication mode, based on the music information or a playback status of the music data.
A tape for collecting tissue samples in a manner compatible with imaging in a transmission electron microscopy system, the tape comprising: a substrate having a cross-section shape in the form of a channel with a top surface, a bottom surface, and a pair of side walls (142; 144) extending from the bottom surface, the side walls (142; 144) forming an internal space with an open side in proximity with bottom surfaces (142b; 144b) of the side walls (142; 144), the substrate having a stacked configuration in which the substrate is arranged in several concentric layers along its length, the concentric layers including at least a first layer and an immediately adjacent second layer; a plurality of apertures centrally positioned across the width of the substrate and equally spaced along the length of the substrate; and a support film providing structural integrity for receiving a tissue sample over each aperture, the bottom surfaces (142b; 144b) of the side walls (142; 144) in the first layer being in contact with the support film or the top surface of the substrate in the second layer, each aperture in the second layer being aligned with the open side between the side walls (142; 144), each aperture of the plurality of apertures being covered by the support film for receiving a respective tissue sample. a substrate having a cross-section shape in the form of a channel with a top surface, a bottom surface, and a pair of side walls (142; 144) extending from the bottom surface, the side walls (142; 144) forming an internal space with an open side in proximity with bottom surfaces (142b; 144b) of the side walls (142; 144), the substrate having a stacked configuration in which the substrate is arranged in several concentric layers along its length, the concentric layers including at least a first layer and an immediately adjacent second layer; a plurality of apertures centrally positioned across the width of the substrate and equally spaced along the length of the substrate; and a support film providing structural integrity for receiving a tissue sample over each aperture, the bottom surfaces (142b; 144b) of the side walls (142; 144) in the first layer being in contact with the support film or the top surface of the substrate in the second layer, each aperture in the second layer being aligned with the open side between the side walls (142; 144), each aperture of the plurality of apertures being covered by the support film for receiving a respective tissue sample.
A method for producing an erythropoietic composition comprising sialylated erythropoiesis-stimulating glycoproteins, comprising the steps of: growing a manganese-responsive CHO host cell which produces an erythropoiesis stimulating glycoprotein in a culture medium containing an amount of manganese effective to increase the sialylation of said erythropoietic composition produced by said manganese-responsive host cell, wherein the concentration of manganese in said culture medium ranges from about 0.01 to about 40 μM, and wherein the erythropoiesis-stimulating glycoproteins comprise (a) the amino acid sequence of SEQ ID NO:3 (erythropoietin) or erythropoietic fragments thereof; or (b) the amino acid sequence of SEQ ID NO:2 (darbepoetin) or erythropoietic fragments thereof. (a) the amino acid sequence of SEQ ID NO:3 (erythropoietin) or erythropoietic fragments thereof; or (b) the amino acid sequence of SEQ ID NO:2 (darbepoetin) or erythropoietic fragments thereof.
An intraocular lens (10, 58, 62, 70, 78) of one-piece type used for cataract treatment and being configured to be inserted into a capsule of an eye of a patient from which a lens of the eye has been removed, comprising: an optical portion of generally circular shape in front view and including a lens zone having prescribed optical characteristics; and supporting portions (16, 60, 64, 72, 80) that extend radially outwardly from the optical portion, and that with the lens (10, 58, 62, 70, 78) inserted in the eye, are configured to be disposed in contact against an inside surface of an outer circumferential part of the capsule thereby holding the optical portion positioned within the capsule, the optical portion and supporting portions (16, 60, 64, 72, 80) are integrally formed with a viscous material, the supporting portions (16, 60, 64, 72, 80) are of thin, elongated rod shape, characterized in that each of the supporting portions (16, 60, 64, 72, 80) is provided with a widened part at a basal end thereof so that the basal end widens gradually towards the optical portion, and has a rough surface portion at the basal end. an optical portion of generally circular shape in front view and including a lens zone having prescribed optical characteristics; and supporting portions (16, 60, 64, 72, 80) that extend radially outwardly from the optical portion, and that with the lens (10, 58, 62, 70, 78) inserted in the eye, are configured to be disposed in contact against an inside surface of an outer circumferential part of the capsule thereby holding the optical portion positioned within the capsule, the optical portion and supporting portions (16, 60, 64, 72, 80) are integrally formed with a viscous material, the supporting portions (16, 60, 64, 72, 80) are of thin, elongated rod shape, characterized in that each of the supporting portions (16, 60, 64, 72, 80) is provided with a widened part at a basal end thereof so that the basal end widens gradually towards the optical portion, and has a rough surface portion at the basal end.