mhurhangee/ep-ind-claims huggingface dataset:
A dig accessory for excavating machines for preparing land for a planting line wherein the accessory comprises at least two tines for penetrating the soil, these tines being connected with each other; at least one blade, and a support of the blade, such that a blade is applied between every two tines wherein each blade, set of two tines and support are arranged such that, when provided a vertical downward movement of a machine coupled to the accessory, each blade is able to be totally stuck into the soil, simultaneously with a penetration of the tines into the soil, and wherein the tines are connected by a tube, the dig accessory being characterised in that the blade is mechanically joined to the tines and to the support. wherein each blade, set of two tines and support are arranged such that, when provided a vertical downward movement of a machine coupled to the accessory, each blade is able to be totally stuck into the soil, simultaneously with a penetration of the tines into the soil, and wherein the tines are connected by a tube, the dig accessory being characterised in that the blade is mechanically joined to the tines and to the support.
A switching valve assembly for an endoscope, including a cylinder (50, 140), a piston unit (51, 135) disposed in said cylinder in a slidable manner, a button device (43, 47) secured to an upper end of said piston unit, a flow channel (71, 72) formed in said piston unit, plural flow openings (56, 57, 141-145) formed in said cylinder, wherein said piston unit is set in an initial position at an upper end of said cylinder, a down position, and a halfway position predetermined between said initial position and said down position upon operation of said button device, and changes over plural flow lines (28, 46) between communication and interruption by changing a combination of said flow openings with said flow channel for communication, said switching valve assembly comprising: a cylinder cap device, secured to said cylinder under said button device, for partially covering said piston unit; a slide device (77, 120) of a cup shape, contained in said cylinder cap device, having a receiving hole, for receiving entry of said piston unit, for guiding said piston unit in a longitudinal direction thereof, and for sliding in a downward direction in said cylinder cap device when said button device is pushed in said downward direction; an end ring for keeping said slide device contained in said cylinder cap device; a first coil spring, disposed between said slide device and said cylinder cap device, for biasing said slide device in an upward direction from said cylinder; a second coil spring, disposed between said button device and said slide device, for biasing said button device in said upward direction, having a smaller force of bias than said first coil spring; wherein said slide device includes an inner guide sleeve (104, 121) for extending long in said longitudinal direction of said piston unit, said inner guide sleeve having said receiving hole. a cylinder cap device, secured to said cylinder under said button device, for partially covering said piston unit; a slide device (77, 120) of a cup shape, contained in said cylinder cap device, having a receiving hole, for receiving entry of said piston unit, for guiding said piston unit in a longitudinal direction thereof, and for sliding in a downward direction in said cylinder cap device when said button device is pushed in said downward direction; an end ring for keeping said slide device contained in said cylinder cap device; a first coil spring, disposed between said slide device and said cylinder cap device, for biasing said slide device in an upward direction from said cylinder; a second coil spring, disposed between said button device and said slide device, for biasing said button device in said upward direction, having a smaller force of bias than said first coil spring; wherein said slide device includes an inner guide sleeve (104, 121) for extending long in said longitudinal direction of said piston unit, said inner guide sleeve having said receiving hole.
A method for reducing power consumption of a wireless device, the method comprising: receiving one or more data units; determining, by the wireless device, that the one or more data units have been transferred using low-power consumption transfer based on whether or not the one or more data units have been transferred using a particular network port of a variety of available ports of the wireless device, wherein the low-power consumption transfer indicates that data transfer is performed via direct memory access without interrupting a main processor of the wireless device; in response to determining that the one or more data units have been transferred using the low-power consumption data transfer, directly storing the one or more data units in a predetermined memory of the wireless device; determining that a condition exists to interrupt the main processor of the wireless device to process the one or more data units directly stored in the predetermined memory of the wireless device; and interrupting, based at least in part on the determining, the main processor of the wireless device to process the one or more data units directly stored in the predetermined memory of the wireless device. receiving one or more data units; determining, by the wireless device, that the one or more data units have been transferred using low-power consumption transfer based on whether or not the one or more data units have been transferred using a particular network port of a variety of available ports of the wireless device, wherein the low-power consumption transfer indicates that data transfer is performed via direct memory access without interrupting a main processor of the wireless device; in response to determining that the one or more data units have been transferred using the low-power consumption data transfer, directly storing the one or more data units in a predetermined memory of the wireless device; determining that a condition exists to interrupt the main processor of the wireless device to process the one or more data units directly stored in the predetermined memory of the wireless device; and interrupting, based at least in part on the determining, the main processor of the wireless device to process the one or more data units directly stored in the predetermined memory of the wireless device.
An apparatus for a drive for driving an externally excited synchronous motor, the apparatus comprising means for performing: causing (201; 301) the drive to operate in a primary operating mode for achieving unity power factor; monitoring (202; 302) at least a stator flux linkage load angle reference, a stator flux linkage reference and a torque reference defined for control of the externally excited synchronous motor by the drive; and in response to the stator flux linkage load angle reference, in a steady state, reaching or exceeding a pre-defined maximum allowed stator flux linkage load angle for steady state operation, causing (204; 304) the drive to operate in a stator flux assistance operating mode, wherein, in the stator flux assistance operating mode, an increased stator flux linkage for allowing operation with the pre-defined maximum allowed stator flux linkage load angle with unity or with at least maximized sub-unity power factor is used as the stator flux linkage reference, the increased stator flux linkage being increased relative to a stator flux linkage usable in the primary operating mode as the stator flux linkage reference. causing (201; 301) the drive to operate in a primary operating mode for achieving unity power factor; monitoring (202; 302) at least a stator flux linkage load angle reference, a stator flux linkage reference and a torque reference defined for control of the externally excited synchronous motor by the drive; and in response to the stator flux linkage load angle reference, in a steady state, reaching or exceeding a pre-defined maximum allowed stator flux linkage load angle for steady state operation, causing (204; 304) the drive to operate in a stator flux assistance operating mode, wherein, in the stator flux assistance operating mode, an increased stator flux linkage for allowing operation with the pre-defined maximum allowed stator flux linkage load angle with unity or with at least maximized sub-unity power factor is used as the stator flux linkage reference, the increased stator flux linkage being increased relative to a stator flux linkage usable in the primary operating mode as the stator flux linkage reference.
A vial cap for removing a matrix component from a liquid sample and transferring the liquid sample in a sample vial to an injection valve at the same time, the vial cap comprising: a cap body including a liquid sample passageway, and an outer periphery configured to have a slidable gas and liquid seal with a side wall of a sample vial; an inlet portion configured to receive a pressurized liquid sample from the sample vial where the liquid sample flows into the liquid sample passageway, the inlet portion including a counterbore section, the counterbore section holding a filter plug, the filter plug comprising high density polyethylene resin particles and a matrix component binding material selected from the group consisting of an ion exchange material and a reversed-phase material, the high density polyethylene resin particles being fused together to bind the matrix component binding material, the binding material being physically entrapped within a void volume in the fused high density polyethylene; an outlet portion configured to output the liquid sample from the liquid sample passageway that has passed through the filter plug, the outlet portion including a plunger section configured to receive a downward force into a sample vial to pressurize the liquid sample within the sample vial. a cap body including a liquid sample passageway, and an outer periphery configured to have a slidable gas and liquid seal with a side wall of a sample vial; an inlet portion configured to receive a pressurized liquid sample from the sample vial where the liquid sample flows into the liquid sample passageway, the inlet portion including a counterbore section, the counterbore section holding a filter plug, the filter plug comprising high density polyethylene resin particles and a matrix component binding material selected from the group consisting of an ion exchange material and a reversed-phase material, the high density polyethylene resin particles being fused together to bind the matrix component binding material, the binding material being physically entrapped within a void volume in the fused high density polyethylene; an outlet portion configured to output the liquid sample from the liquid sample passageway that has passed through the filter plug, the outlet portion including a plunger section configured to receive a downward force into a sample vial to pressurize the liquid sample within the sample vial.
A compound for use for the treatment of cancer, the compound having the formula: wherein Z is phenyl substituted with from 1 to 5 halogens chosen from fluorine and chlorine; R 4 is C 1 -C 4 linear alkyl or C 3 -C 4 branched alkyl; or a pharmaceutically acceptable salt thereof. wherein Z is phenyl substituted with from 1 to 5 halogens chosen from fluorine and chlorine; R 4 is C 1 -C 4 linear alkyl or C 3 -C 4 branched alkyl;
A polypeptide having amino acid sequence (i) or (ii) below, and a copepod luciferase activity: (i) the amino acid sequence represented by SEQ ID NO: 38; and (ii) an amino acid sequence represented by SEQ ID NO: 38 in which one or more amino acids are deleted in at least one of a region corresponding to positions 1-31 and a region corresponding to positions 217-221. (i) the amino acid sequence represented by SEQ ID NO: 38; and (ii) an amino acid sequence represented by SEQ ID NO: 38 in which one or more amino acids are deleted in at least one of a region corresponding to positions 1-31 and a region corresponding to positions 217-221.
Method to make a negative cast of a stump of a patient using deformable disposable material, said negative cast being usable for the production of articular prostheses, said method comprising: - providing molding means comprising a containing element open at one end and closed at the opposite end by a deformable bottom wall and comprising a lateral compression element, said containing element being configured to be laterally deformed by the lateral compression element, said containing element containing at least a deformable disposable material; - inserting the stump in the containing element, immersing it into the deformable disposable material; - a step of compressing the deformable disposable material in which the patient loads all his/her weight on the stump to make the negative cast during molding and solidification of the deformable disposable material in conditions where the anatomy of the stump is reproduced in negative, wherein said deformable bottom wall is deformed to allow the stump to assume the shape that it normally has in dynamic conditions, further wherein the pressure acting on the stump is modulated by laterally deforming the containing element by the lateral compression element. - providing molding means comprising a containing element open at one end and closed at the opposite end by a deformable bottom wall and comprising a lateral compression element, said containing element being configured to be laterally deformed by the lateral compression element, said containing element containing at least a deformable disposable material; - inserting the stump in the containing element, immersing it into the deformable disposable material; - a step of compressing the deformable disposable material in which the patient loads all his/her weight on the stump to make the negative cast during molding and solidification of the deformable disposable material in conditions where the anatomy of the stump is reproduced in negative, wherein said deformable bottom wall is deformed to allow the stump to assume the shape that it normally has in dynamic conditions, further wherein the pressure acting on the stump is modulated by laterally deforming the containing element by the lateral compression element.
A zipper assembly (100, 100', 302) comprising: an adhesive zipper tape (104, 104', 304) that is a single layer of material, the single layer of material either (i) consisting of a single component, wherein the single component is an adhesive, and wherein an adhesive quality of the adhesive zipper tape (104, 104', 304) is heat-activated, or (ii) including an adhesive mixed or dispersed with a stabilizing material; and a zipper (102, 306) connected directly to the adhesive zipper tape (104, 104', 304), the zipper (102, 306) including first and second sets of zipper teeth (106, 108). an adhesive zipper tape (104, 104', 304) that is a single layer of material, the single layer of material either (i) consisting of a single component, wherein the single component is an adhesive, and wherein an adhesive quality of the adhesive zipper tape (104, 104', 304) is heat-activated, or (ii) including an adhesive mixed or dispersed with a stabilizing material; and a zipper (102, 306) connected directly to the adhesive zipper tape (104, 104', 304), the zipper (102, 306) including first and second sets of zipper teeth (106, 108).
A closing device for a gas-conducting conduit, wherein the closing device comprises a base body extending between a first connecting side with a first round opening and a second connecting side with a second round opening, wherein the connecting sides (14, 18) each extend in a width direction and a height direction and are spaced apart from one another by a circumferential frame which forms a jacket of the base body, the closing device further comprising four closing elements (32a-32d) with a substantially flat extension, which are arranged in a working plane extending in the width direction and the height direction and are arranged between the first connecting side and the second connecting side, each of the closing elements (32a-32d) being arranged about a pivot axis (36a-36d) which is perpendicular to the substantially flat extension, and being pivotable in the working plane so that the closing elements (32a-32d) block a flow of gas from the first opening to the second opening in a blocking position and allow a free flow of gas from the first opening to the second opening in a flow position, wherein each closing element (32a-32d) has a first bounding side (38a-38d) of its substantially flat extension and a second rounded bounding side (40a-40d) of its substantially flat extension which are configured complementary to each other, so that each closing element (32a-32d) in the blocking position has its first bounding side (38a-38d) in the working plane positively locking to a second bounding side (40a-40d) of an adjacent closing element (32a-32d) and its second bounding side (40a-40d) in the working plane positively locking to a first bounding side (38a-38d) of a further adjacent closing element (32a-32d), so that the substantially flat extensions block the flow, wherein the closing elements (32a-32d) are in operative connection with a common actuating element, so that the closing elements (32a-32d) are in the flow position in an open position of the actuating element and are in the blocking position in a closed position of the actuating element, and wherein the actuating element can be actuated from outside the base body, characterized in that the base body is cuboidal, that the first connecting side and the second connecting side are square, that a radius of the second bounding side (40a-40d) is rounded and a radius of the second bounding side (40a-40d) corresponds to the radius of the first opening, and that each closing element (32a-32d) has a third bounding side (58a-58d) of its substantially flat extension, which, in the flow position, abuts the frame.
Method for managing the maintenance of a particulate filter of an internal combustion engine, comprising a step of displaying a warning message containing a time threshold after which a forced regeneration of the particulate filter will be necessary, the method comprising at least the following preliminary steps: - acquisition of a first clogging value of the particulate filter and subsequent acquisition of a second clogging value of the particulate filter, - if said second value exceeds the first one, estimation of said time threshold as a remaining operating time of the internal combustion engine before a forced regeneration of the particulate filter will be necessary, - displaying of a warning message showing such remaining operating time; said estimation is determined by means of the calculation of a tendency curve. - acquisition of a first clogging value of the particulate filter and subsequent acquisition of a second clogging value of the particulate filter, - if said second value exceeds the first one, estimation of said time threshold as a remaining operating time of the internal combustion engine before a forced regeneration of the particulate filter will be necessary, - displaying of a warning message showing such remaining operating time;
A liquid detergent or cleaning agent, comprising a) a biocidal quaternary ammonium compound, b) a potassium salt, c) an alkoxylated oxoalcohol and d) also an amine oxide a) a biocidal quaternary ammonium compound, b) a potassium salt, c) an alkoxylated oxoalcohol and d) also an amine oxide
A device for releasing volatile substances comprising a container containing the volatile substances located in a fixed position and means for generating an air flow in order to release the volatile substances, characterized in that said means for generating an air flow comprise: - a movable body, the movement of which generates the air flow; - at least one magnet arranged on said movable body; and - means for generating magnetic flux (4, 5) the actuation of which causes the displacement of said movable body by means of the repulsion force between said at least one magnet on the movable body and said magnetic flux characterized in that said means for generating magnetic flux comprise a detector which actuates the generation of magnetic flux when the proximity of the magnet or one of the magnets of said movable body is detected. - a movable body, the movement of which generates the air flow; - at least one magnet arranged on said movable body; and - means for generating magnetic flux (4, 5) the actuation of which causes the displacement of said movable body by means of the repulsion force between said at least one magnet on the movable body and said magnetic flux characterized in that said means for generating magnetic flux comprise a detector which actuates the generation of magnetic flux when the proximity of the magnet or one of the magnets of said movable body is detected.
Pump device, comprising a pump and a drive unit with an electric drive motor for the pump, wherein the drive unit has at least one cooling unit for cooling the electric drive motor, which cooling unit is connected fluidically to the pump, characterized in that the at least one cooling unit is designed as a bush which surrounds the electric drive motor at least circumferentially, and in that the at least one cooling unit comprises a porous, in particular metallic or non-metallic, material or is formed from such a material.
A method for manufacturing an air bridge, comprising: applying a first photoresist layer to a substrate; applying a second photoresist layer to the first photoresist layer exposing, developing, and fixing the second photoresist layer, to form a patterned structure for depositing a bridge support on the second photoresist layer; etching away the first photoresist layer in a specified area through the patterned structure, to form a structure for blocking a deposition material from diffusing to a periphery on the substrate, the specified area comprising a projection area formed on the first photoresist layer by a top opening of the patterned structure; the method characterised by depositing a bridge support structure on a surface of the substrate exposed after the first photoresist layer in the specified area is etched away; and forming the air bridge based on the bridge support structure. applying a first photoresist layer to a substrate; applying a second photoresist layer to the first photoresist layer exposing, developing, and fixing the second photoresist layer, to form a patterned structure for depositing a bridge support on the second photoresist layer; etching away the first photoresist layer in a specified area through the patterned structure, to form a structure for blocking a deposition material from diffusing to a periphery on the substrate, the specified area comprising a projection area formed on the first photoresist layer by a top opening of the patterned structure; the method characterised by depositing a bridge support structure on a surface of the substrate exposed after the first photoresist layer in the specified area is etched away; and forming the air bridge based on the bridge support structure.
Steam feed circuit of a turbine having n main steam lines in parallel and n ' steam admission lines to the turbine in parallel, the number n ' of steam admission lines to the turbine being strictly greater than the number n of main steam lines, characterised in that it has - n direct steam admission lines to the turbine linking the main steam lines directly to the steam admission lines to the turbine, - n' - n admission lines not linked directly to the main steam lines, thereby defining the indirect admission lines, and supplied indirectly by at least one of the n direct admission lines by means of at least one diverted steam line branch connected to said direct admission line. - n direct steam admission lines to the turbine linking the main steam lines directly to the steam admission lines to the turbine, - n' - n admission lines not linked directly to the main steam lines, thereby defining the indirect admission lines, and supplied indirectly by at least one of the n direct admission lines by means of at least one diverted steam line branch connected to said direct admission line.