mhurhangee/ep-ind-claims huggingface dataset:
A cell culture apparatus, comprising: a plurality of cylindrical cell culture flasks which are air-tightly sealed to culture a cell using a culture solution and various gases and formed of a transparent material to observe an internal portion thereof, wherein the cell culture flask is formed into a cylindrical shape with a predetermined height and comprises a culture space for cell culture, and at a side surface of the cell culture flask is formed a culture solution inlet port for introducing the culture solution or the cell into the culture space, a culture solution outlet port for discharging the culture solution or the cell from the culture space, gas inlet port and gas outlet port to introduce and discharge the various gases into/from the culture space, and a foreign substance inlet port for introducing a foreign substance; injections unit for supplying the cell and the culture solution intro each cell culture flask; collection units for collecting the cell and the culture solution from each cell culture flask; and a cell culture flask receiving part which is comprised of first and second vertical frames in which a plurality of injecting parts and collecting parts for respectively receiving the injection units and the collection units are vertically formed to be opposed to each other, and plate type connection parts which are respectively disposed between upper ends and lower ends of the two opposed vertical frames to be spaced apart from each other in regular intervals, thereby connecting the first and second vertical frames and supporting the cell culture flask. a plurality of cylindrical cell culture flasks which are air-tightly sealed to culture a cell using a culture solution and various gases and formed of a transparent material to observe an internal portion thereof, wherein the cell culture flask is formed into a cylindrical shape with a predetermined height and comprises a culture space for cell culture, and at a side surface of the cell culture flask is formed a culture solution inlet port for introducing the culture solution or the cell into the culture space, a culture solution outlet port for discharging the culture solution or the cell from the culture space, gas inlet port and gas outlet port to introduce and discharge the various gases into/from the culture space, and a foreign substance inlet port for introducing a foreign substance; injections unit for supplying the cell and the culture solution intro each cell culture flask; collection units for collecting the cell and the culture solution from each cell culture flask; and a cell culture flask receiving part which is comprised of first and second vertical frames in which a plurality of injecting parts and collecting parts for respectively receiving the injection units and the collection units are vertically formed to be opposed to each other, and plate type connection parts which are respectively disposed between upper ends and lower ends of the two opposed vertical frames to be spaced apart from each other in regular intervals, thereby connecting the first and second vertical frames and supporting the cell culture flask.
A lighting assembly for vehicles, having two light conductors (2, 3) and a light source, wherein the light source is associated with both light conductors to feed light, the light conductors are designed to guide light and to emit light on the basis of imperfections provided at the inner sides of the light conductors, the light conductors branch away from one another in a curved manner from the common feed point in a forking, and bead-like emission points are formed in the region of the forking on the outer faces of the two light conductors (2, 3) facing towards one another, characterised in that a wedge-shaped luminous body is arranged in the forking, wherein two sides of the luminous body are adapted to the curvature and to the diameter of the light conductors (2, 3) and are nestled thereagainst, leaving an air gap.
Excavation tool for making ground excavations for panels and diaphragms, wherein: said excavations are kept full of excavation fluid or stabilizing mud during the execution of the same excavations; said excavation tool being adapted to be immersed in the excavation fluid or stabilizing mud during the execution of the same excavations; said excavation tool being comprising: - at least one rotary excavation drum; - at least one frame, adapted to support said at least one excavation drum; - at least one suction pump, adapted for suction of said excavation fluid or stabilizing mud and the detritus present in the excavation fluid; - at least one brushless electric motor, adapted to put in rotation said at least one excavation drum; - at least one mechanical reducer (30, 50), operationally connected to said at least one electric motor and said at least one excavation drum; said electric motor being installed in said frame and being coaxial to said at least one excavation drum; said at least one mechanical reducer (30, 50) being coaxial to said at least one electric motor and said at least one excavation drum; said at least one mechanical reducer (30, 50) being adapted to transfer the rotary motion from said at least one electric motor to said at least one excavation drum. said excavations are kept full of excavation fluid or stabilizing mud during the execution of the same excavations; said excavation tool being adapted to be immersed in the excavation fluid or stabilizing mud during the execution of the same excavations; said excavation tool being comprising: - at least one rotary excavation drum; - at least one frame, adapted to support said at least one excavation drum; - at least one suction pump, adapted for suction of said excavation fluid or stabilizing mud and the detritus present in the excavation fluid; - at least one brushless electric motor, adapted to put in rotation said at least one excavation drum; - at least one mechanical reducer (30, 50), operationally connected to said at least one electric motor and said at least one excavation drum; - at least one rotary excavation drum; - at least one frame, adapted to support said at least one excavation drum; - at least one suction pump, adapted for suction of said excavation fluid or stabilizing mud and the detritus present in the excavation fluid; - at least one brushless electric motor, adapted to put in rotation said at least one excavation drum; - at least one mechanical reducer (30, 50), operationally connected to said at least one electric motor and said at least one excavation drum; said electric motor being installed in said frame and being coaxial to said at least one excavation drum; said at least one mechanical reducer (30, 50) being coaxial to said at least one electric motor and said at least one excavation drum; said at least one mechanical reducer (30, 50) being adapted to transfer the rotary motion from said at least one electric motor to said at least one excavation drum.
A device (30, 50, 730) for modulating a nerve within a body of a patient, the device comprising: a handheld device comprising an enclosure with an interior, an electrode (340, 745) positioned within the interior, and an electrically conductive interface (744, 743) configured for a contact with an outer skin surface of the patient; a source of energy housed within the interior of the enclosure; a signal generator housed within the enclosure and coupled to the source of energy and the electrode, wherein the signal generator is configured to apply an electrical impulse through the electrode and the electrically conductive interface of the enclosure transcutaneously through the outer skin surface of the patient to the nerve at a target region below the outer skin surface; and an electronic filter (R, R 1, R 2, C) housed within the enclosure and electrically coupling the electrode with the signal generator, wherein the electronic filter is configured to filter out a high frequency component from the electrical impulse. a handheld device comprising an enclosure with an interior, an electrode (340, 745) positioned within the interior, and an electrically conductive interface (744, 743) configured for a contact with an outer skin surface of the patient; a source of energy housed within the interior of the enclosure; a signal generator housed within the enclosure and coupled to the source of energy and the electrode, wherein the signal generator is configured to apply an electrical impulse through the electrode and the electrically conductive interface of the enclosure transcutaneously through the outer skin surface of the patient to the nerve at a target region below the outer skin surface; and an electronic filter (R, R 1, R 2, C) housed within the enclosure and electrically coupling the electrode with the signal generator, wherein the electronic filter is configured to filter out a high frequency component from the electrical impulse.
A process for preparing caprolactam, the process comprising contacting a reactant comprising lysine, alpha aminocaprolactam or a salt thereof, with a catalyst and a gas comprising hydrogen gas, in the presence of a hydrodenitrogenation reaction solvent selected from the group consisting of tetrahydrofuran, dimethylformamide, chlorobenzene, chloroform, pyridine, ethanol, hexane, octane, decane, hexadecane, cyclohexane, benzene, toluene, hexanol, and combinations thereof, wherein said catalyst is a transition metal catalyst comprising Pt, Au, Pd, Rh, Re, Ru, Ir, Ni, or Mo.
A needle assembly, comprising: a housing, having a distal end, and a proximal end; a cannula extending distally from the housing, the cannula comprising a patient end; a pivoting safety shield fixedly engaged with a portion of the housing, the safety shield transitionable over the cannula from a retracted position in which the patient end is exposed, to an extended position in which the patient end is shielded by at least a portion of the safety shield; and a cannula shield releasably engaged with a portion of the housing and shielding at least the patient end of the cannula, characterized in that the cannula shield comprises a safety shield engagement, the pivoting safety shield releasably engaged with the safety shield engagement, wherein removal of the cannula shield from the housing allows for transition of the safety shield from the retracted position to the extended position. a housing, having a distal end, and a proximal end; a cannula extending distally from the housing, the cannula comprising a patient end; a pivoting safety shield fixedly engaged with a portion of the housing, the safety shield transitionable over the cannula from a retracted position in which the patient end is exposed, to an extended position in which the patient end is shielded by at least a portion of the safety shield; and a cannula shield releasably engaged with a portion of the housing and shielding at least the patient end of the cannula, characterized in that the cannula shield comprises a safety shield engagement, the pivoting safety shield releasably engaged with the safety shield engagement, wherein removal of the cannula shield from the housing allows for transition of the safety shield from the retracted position to the extended position.
A molding machine configured to form a molded body by closing, in a state where a parison is disposed by injecting molten resin between first and second molds (21, 22) capable of being opened and closed, the first and second molds (21, 22) and maintaining pressure applied to the first and second molds (21, 22), comprising: a hydraulic circuit to conduct oil for generating hydraulic pressure; a flow adjustment valve, a pressure adjustment valve, and a path control valve (V3-V9) included in the hydraulic circuit, wherein the flow adjustment valve is configured to adjust a flow rate of the oil, the pressure adjustment valve is configured to adjust the hydraulic pressure, and path control valve (V3-V9) is configured to determine a conduction path of the oil in the hydraulic circuit; characterized in that a hydraulic mechanism for injecting the molten resin, a hydraulic mechanism for opening and closing the molds (21, 22), and a hydraulic mechanism for maintaining the pressure applied to the first and second molds (21, 22) are driven by the hydraulic pressure; and the molding machine further comprises a multi-functional valve unit integrally comprising the flow adjustment valve, the pressure adjustment valve, and the path control valve (V3-V9). a hydraulic circuit to conduct oil for generating hydraulic pressure; a flow adjustment valve, a pressure adjustment valve, and a path control valve (V3-V9) included in the hydraulic circuit, wherein the flow adjustment valve is configured to adjust a flow rate of the oil, the pressure adjustment valve is configured to adjust the hydraulic pressure, and path control valve (V3-V9) is configured to determine a conduction path of the oil in the hydraulic circuit; characterized in that a hydraulic mechanism for injecting the molten resin, a hydraulic mechanism for opening and closing the molds (21, 22), and a hydraulic mechanism for maintaining the pressure applied to the first and second molds (21, 22) are driven by the hydraulic pressure; and the molding machine further comprises a multi-functional valve unit integrally comprising the flow adjustment valve, the pressure adjustment valve, and the path control valve (V3-V9).
Method for adjusting a pivot angle of at least one of at least two headlamps (11, 12) with an asymmetric low beam while a vehicle is driving around a corner, where - a course of a first lane line (11c, 12c) is determined - an anticipatory distance (d) is specified - a first point of contact (11b, 12b) is determined in which a first tangent (11a, 12a) contacts the lane line - it is then determined whether the first point of contact is further away from the vehicle than the anticipatory distance (d), characterised in that - the anticipatory distance (d) is specified as a reference headlamp range of the first headlamp - the first point of contact (11b, 12b) of the first tangent is determined by the first tangent (11a, 12a) from the first headlamp (11, 12) being placed at the first lane line and - if the first point of contact (11b, 2b) is not further away than the anticipatory distance (d), the first headlamp is adjusted in such a way that a projection of an intersection point of a horizontal part of a light/dark cut-off line of the first headlamp and a rising branch of the light/dark cut-off line of the first headlamp falls onto the road in a plane in front of the vehicle and vertically to the vehicle's longitudinal axis in a circle with a designated radius around the first point of contact (11b, 12b). - a course of a first lane line (11c, 12c) is determined - an anticipatory distance (d) is specified - a first point of contact (11b, 12b) is determined in which a first tangent (11a, 12a) contacts the lane line - it is then determined whether the first point of contact is further away from the vehicle than the anticipatory distance (d), - the anticipatory distance (d) is specified as a reference headlamp range of the first headlamp - the first point of contact (11b, 12b) of the first tangent is determined by the first tangent (11a, 12a) from the first headlamp (11, 12) being placed at the first lane line and - if the first point of contact (11b, 2b) is not further away than the anticipatory distance (d), the first headlamp is adjusted in such a way that a projection of an intersection point of a horizontal part of a light/dark cut-off line of the first headlamp and a rising branch of the light/dark cut-off line of the first headlamp falls onto the road in a plane in front of the vehicle and vertically to the vehicle's longitudinal axis in a circle with a designated radius around the first point of contact (11b, 12b).
Modular electrical switching device comprising: - a switching block comprising unitary switching blocks respectively having electrical switching means, - an actuation block for the unitary switching blocks comprising an actuator of electromagnetic type controlled by control means; the actuation block comprising: - an actuation module incorporating the electromagnetic actuator; - a removable electrical control module incorporating the control means and comprising adaptive connection means intended to be interconnected with an actuation coil of the electromagnetic actuator when said electrical control module is positioned on the actuation module, characterized in that the actuation coil comprises control windings respectively comprising connection terminals; - in a first configuration, the adaptive connection means of the removable electrical control module being arranged to be connected to the connection terminals and place the control windings in series, and - in a second configuration, said adaptive connection means being arranged to be connected to the connection terminals and place the control windings in parallel. - a switching block comprising unitary switching blocks respectively having electrical switching means, - an actuation block for the unitary switching blocks comprising an actuator of electromagnetic type controlled by control means; the actuation block comprising: - an actuation module incorporating the electromagnetic actuator; - a removable electrical control module incorporating the control means and comprising adaptive connection means intended to be interconnected with an actuation coil of the electromagnetic actuator when said electrical control module is positioned on the actuation module, - an actuation module incorporating the electromagnetic actuator; - a removable electrical control module incorporating the control means and comprising adaptive connection means intended to be interconnected with an actuation coil of the electromagnetic actuator when said electrical control module is positioned on the actuation module, - in a first configuration, the adaptive connection means of the removable electrical control module being arranged to be connected to the connection terminals and place the control windings in series, and - in a second configuration, said adaptive connection means being arranged to be connected to the connection terminals and place the control windings in parallel.
Paper packaging for plants in the shape of a truncated cone arranged to receive a plant with or without a pot, wherein the paper packaging is made from a basic sheet in the shape of an isosceles trapezoid with base sides (a1, a2) of different lengths and two legs (b1, b2) of same lengths, characterized in that the final packaging is obtained in the following manner: the basic sheet is folded along an axis crossing both base sides so as to form a right-angle trapezoid, the axis being moveable left or right so as to leave an edge, wherein the folded edge forms a short leg of the right-angle trapezoid and the outmost leg of the basic sheet forms a long leg of the right-angle trapezoid; from which a first triangle (A') is cut off along a cut line crossing the long leg and the corner formed by the longer base side and the folded edge to form a second sheet; from which a second smaller triangle (A") is cut along a cut line crossing the long leg of the right-angle trapezoid and the corner formed by the innermost leg of the basic sheet and the longer base side to obtain a third sheet; the third sheet being formed by, in counter-clockwise order: the folded edge, the shorter base side comprising a double thickness portion and a signle thickness portion of the width of the edge, the remaining part of the long leg of the right-angle trapezoid, the cut line of the second triangle, and the remaining part of the cut line of the first triangle (A'); wherein the edge is then provided with glue, folded over the innermost leg of the basic sheet onto the opposite side to be glued onto it so as to form the final packaging. the basic sheet is folded along an axis crossing both base sides so as to form a right-angle trapezoid, the axis being moveable left or right so as to leave an edge, wherein the folded edge forms a short leg of the right-angle trapezoid and the outmost leg of the basic sheet forms a long leg of the right-angle trapezoid; from which a first triangle (A') is cut off along a cut line crossing the long leg and the corner formed by the longer base side and the folded edge to form a second sheet; from which a second smaller triangle (A") is cut along a cut line crossing the long leg of the right-angle trapezoid and the corner formed by the innermost leg of the basic sheet and the longer base side to obtain a third sheet; the third sheet being formed by, in counter-clockwise order: the folded edge, the shorter base side comprising a double thickness portion and a signle thickness portion of the width of the edge, the remaining part of the long leg of the right-angle trapezoid, the cut line of the second triangle, and the remaining part of the cut line of the first triangle (A'); wherein the edge is then provided with glue, folded over the innermost leg of the basic sheet onto the opposite side to be glued onto it so as to form the final packaging.
An electronic system of the type comprising a processor, a memory component, and a communication channel, the communication channel comprising at least one command bus that can be driven by the processor to access the memory component, the electronic system further comprising a programmable component, the programmable component being integrated along the communication channel, cutting between the processor and the memory component, the communication channel comprising a first command bus between the processor and the programmable component and a second command bus between the programmable component and the memory component, the programmable component being adapted to filter the commands addressed by the processor to the memory component, characterised in that the programmable component is of the fast logic component type, preferably of the ASIC, FPGA or CPLD type, and in that the electronic system further comprises a trusted component adapted to command the programmable component so as to select, directly or indirectly, the off-state or the on-state of the programmable component.