mhurhangee/ep-ind-claims huggingface dataset:
A method for quantifying a nucleic acid, the method comprising: determining a first reference threshold cycle for a first predetermined input quantity for a reference nucleic acid; determining a first target threshold cycle for the first predetermined input quantity for a target nucleic acid; determining a second reference threshold cycle for a second predetermined input quantity for the reference nucleic acid; determining a second target threshold cycle for the second predetermined input quantity for the target nucleic acid; receiving a sample threshold cycle; determining a sample input quantity based on the first and second reference threshold cycle and the first and second target threshold cycle; and displaying the sample input quantity to a user; wherein the first and second target threshold cycles are determined from a mutant detection assay; wherein the first and second reference threshold cycles are determined by a gene reference assay; wherein each sample is tested with two different assays and the two different assays are: (i) a mutant detection assay for the mutation of interest, and (ii) a reference assay which covers both the wild-type and mutant allele. determining a first reference threshold cycle for a first predetermined input quantity for a reference nucleic acid; determining a first target threshold cycle for the first predetermined input quantity for a target nucleic acid; determining a second reference threshold cycle for a second predetermined input quantity for the reference nucleic acid; determining a second target threshold cycle for the second predetermined input quantity for the target nucleic acid; receiving a sample threshold cycle; determining a sample input quantity based on the first and second reference threshold cycle and the first and second target threshold cycle; and displaying the sample input quantity to a user; wherein the first and second target threshold cycles are determined from a mutant detection assay; wherein the first and second reference threshold cycles are determined by a gene reference assay; wherein each sample is tested with two different assays and the two different assays are: (i) a mutant detection assay for the mutation of interest, and (ii) a reference assay which covers both the wild-type and mutant allele. (i) a mutant detection assay for the mutation of interest, and (ii) a reference assay which covers both the wild-type and mutant allele.
An insulation device for a coating system for coating objects, wherein the coating system comprises an electrostatically operating application apparatus having a dispensing device by means of which a coating material is able to be dispensed, and at least one feed reservoir for coating material, which is connected to an input valve device via an inlet line and to the dispensing device via a supply line, wherein the insulation device comprises a duct having a clearing body that is movable in the duct, wherein the clearing body has an electrically insulating material and is movable between a parked position and an insulation position, wherein the clearing body is configured such that, while moving from the parked position to the insulation position or from the insulation position to the parked position, the clearing body frees an inner lateral surface of the duct of coating material such that an electrical insulation section is able to be formed between the feed reservoir and the input valve device, wherein the clearing body is movable by means of a fluid pressure, and wherein the clearing body has an insulation portion for electrical insulation and a line portion for a coating material line. wherein the insulation device comprises a duct having a clearing body that is movable in the duct, wherein the clearing body has an electrically insulating material and is movable between a parked position and an insulation position, wherein the clearing body is configured such that, while moving from the parked position to the insulation position or from the insulation position to the parked position, the clearing body frees an inner lateral surface of the duct of coating material such that an electrical insulation section is able to be formed between the feed reservoir and the input valve device, wherein the clearing body is movable by means of a fluid pressure, and wherein the clearing body has an insulation portion for electrical insulation and a line portion for a coating material line.
A power reception apparatus to which power is configured to be transferred from a power transmission apparatus in a contactless manner, the power reception apparatus comprising: a ferrite provided in a plate shape, the ferrite having a first principal face and a second principal face; a coil provided on the first principal face of the ferrite, the coil having an annular shape; and a shield provided on the second principal face of the ferrite, wherein an outer peripheral side of the shield includes a stepped portion provided at a position away from the second principal face of the ferrite, such that part of the second principal face is exposed on the outer-peripheral-portion side of the ferrite, characterized in that: an outer peripheral portion of the coil is placed on an inner side relative to an outer peripheral portion of the ferrite, such that part of the first principal face is exposed on the outer-peripheral-portion side of the ferrite. a ferrite provided in a plate shape, the ferrite having a first principal face and a second principal face; a coil provided on the first principal face of the ferrite, the coil having an annular shape; and a shield provided on the second principal face of the ferrite, an outer peripheral portion of the coil is placed on an inner side relative to an outer peripheral portion of the ferrite, such that part of the first principal face is exposed on the outer-peripheral-portion side of the ferrite.
A method of adding buoyancy to an object, comprising: enclosing a syntactic material inside a flexible container; heating the flexible container; inserting the flexible container into a free flooded cavity inside the object; forming the flexible container to the shape of the cavity; and cooling the flexible container. enclosing a syntactic material inside a flexible container; heating the flexible container; inserting the flexible container into a free flooded cavity inside the object; forming the flexible container to the shape of the cavity; and cooling the flexible container.
An optical arrangement, consisting of a first optical element and a second optical elemen for generating a variable light output beam: the first optical element defining an optical axis and being suitable for collimating light from a light source to generate collimated light along said optical axis; the second optical element for receiving collimated light from the first optical element, wherein an array of convex lenses located on a first face of the second optical element is associated with an array of convex lenses located on a second face of the second optical element opposite the first face, wherein for each lens located on the first face the collimated light passing through said lens is designed to pass through an associated, directly oppositely positioned lens of the array of lenses located on the second face, and wherein each lens on the second face is designed to focus on the associated lens on the first face, and each lens on the first face is designed to focus on the associated lens on the second face, characterized in that the first optical element and the second optical element are configured to be mutually moveable along the optical axis; and in that the arrays of lenses on the first and second faces have an increasing or decreasing lens diameter towards the edge of the second optical element, such that the spread of output angles of the light output from the second optical element increases or decreases with increasing distance from the center of the second optical element. the first optical element defining an optical axis and being suitable for collimating light from a light source to generate collimated light along said optical axis; the second optical element for receiving collimated light from the first optical element, wherein an array of convex lenses located on a first face of the second optical element is associated with an array of convex lenses located on a second face of the second optical element opposite the first face, wherein for each lens located on the first face the collimated light passing through said lens is designed to pass through an associated, directly oppositely positioned lens of the array of lenses located on the second face, and wherein each lens on the second face is designed to focus on the associated lens on the first face, and each lens on the first face is designed to focus on the associated lens on the second face, characterized in that the first optical element and the second optical element are configured to be mutually moveable along the optical axis; and in that the arrays of lenses on the first and second faces have an increasing or decreasing lens diameter towards the edge of the second optical element, such that the spread of output angles of the light output from the second optical element increases or decreases with increasing distance from the center of the second optical element.
Electric machine having a housing (1.1), having a plurality of phase conductors to which respective coil windings of the electric machine are electrically connected, and having electronic components of a power electronics system for supplying a high voltage for the electric machine, wherein the electronic components are respectively electrically connected to one of the phase conductors of the electric machine, wherein a cooling channel connection is provided between a cooling channel of the electric machine and a cooling channel of the power electronics system, wherein the cooling channel of the power electronics system is provided outside of the housing (1.1) of the electric machine, the electronic components are respectively electrically connected to one of the phase conductors of the electric machine via a phase connection line, wherein a cable channel leading into the housing (1.1) of the electric machine is provided and the phase connection lines run through the cable channel in the direction of the longitudinal extent of the cable channel, wherein the cooling channel of the power electronics system and the cooling channel of the electric machine are connected in series behind one another to form a joint cooling channel (11, 12), wherein the cooling medium is an oil, characterized in that the cooling channel connection leads through the cable channel in such a way that cooling medium can flow around the phase connection lines.
Pressure vessel for receiving samples to be heated, wherein the pressure vessel comprises a sealable reaction chamber as a pressure chamber for initiating and/or promoting chemical and/or physical pressure reactions, and wherein the pressure vessel comprises a pressure vessel wall enclosing the reaction chamber, characterized in that a hollow light guide tube extends from the pressure vessel wall to an infrared sensor arranged outside the pressure chamber, via which tube the infrared radiation emitted by the heated samples in the reaction chamber is guided to the infrared sensor during a pressure reaction, and an infrared-transmissive pressure receiving member is provided in a part of the pressure vessel wall between the reaction chamber and the light guide tube and preferably abutting the reaction chamber to support the light guide tube in the part of the pressure vessel wall, wherein the pressure receiving member is made of alumina, sapphire, calcium fluoride or quartz. a hollow light guide tube extends from the pressure vessel wall to an infrared sensor arranged outside the pressure chamber, via which tube the infrared radiation emitted by the heated samples in the reaction chamber is guided to the infrared sensor during a pressure reaction, and an infrared-transmissive pressure receiving member is provided in a part of the pressure vessel wall between the reaction chamber and the light guide tube and preferably abutting the reaction chamber to support the light guide tube in the part of the pressure vessel wall, wherein the pressure receiving member is made of alumina, sapphire, calcium fluoride or quartz.
A data processing device having a memory for storing program code and a processor for processing the program code to generate a graphical user interface, for navigating within the GUI, the GUI comprising: a first predefined display window; a second predefined display window; and a logical barrier between the first predefined display window and the second predefined display window, the logical barrier configured to temporarily prevent movement of a highlighting from a selectable graphical element in the first predefined display window to a selectable graphical element in the second predefined display window responsive to an input on a trackball for selecting the selectable graphical element in the second predefined display window while the selected graphical element in the first predefined display window is highlighted, the logical barrier is further configured to temporarily prevent the movement of the highlighting for a specified amount of rotation of the trackball directed towards the selectable graphical element in the second predefined display window, wherein the second predefined display window is not visible when the first predefined display window is visible on a display of the device, and the first predefined display window is not visible when the second predefined display window is visible on the display of the device. a first predefined display window; a second predefined display window; and a logical barrier between the first predefined display window and the second predefined display window, the logical barrier configured to temporarily prevent movement of a highlighting from a selectable graphical element in the first predefined display window to a selectable graphical element in the second predefined display window responsive to an input on a trackball for selecting the selectable graphical element in the second predefined display window while the selected graphical element in the first predefined display window is highlighted, the logical barrier is further configured to temporarily prevent the movement of the highlighting for a specified amount of rotation of the trackball directed towards the selectable graphical element in the second predefined display window, wherein the second predefined display window is not visible when the first predefined display window is visible on a display of the device, and the first predefined display window is not visible when the second predefined display window is visible on the display of the device.
A device for securing persons against falling, comprising a harness with arm loops (3a, 3b) and leg loops (7a, 7b), at least one first securing eyelet being arranged in a neck region of the harness, to which a catching rope is attached with one of its ends and is fastened with the other end to a stationary securing member, and the catching rope can be tightened by a fall of a person strapped into the harness and the strapped person can be caught by the tightening catching rope, wherein in a front region of the harness, at least one second securing eyelet is arranged to which a holding rope is fastened which runs parallel to the catching rope at least above the body of a strapped-in person, the holding rope being selected in its length or tracking such that a fall cannot be caught by the holding rope despite fastening or deflection and the holding rope cannot be tightened by the fall, the holding rope being tightenable after a fall by a winch, a further person or the fallen person, and the weight of the person thereby being transferable to the holding rope, whereby the person can be transferred from a position hanging in the neck into a seated position and at least one holding member is arranged on the harness on at least one of the arm loops (3a, 3b), with which holding member the holding rope is held in a holding position contacting the harness in the state unloaded by the weight of a person and can be released from the holding position in the state loaded by the weight of a person, for which the holding member is designed to release the holding rope from the holding position when loaded by the weight of a person by detaching the holding member from the harness or by releasing the holding rope from the at least one holding member, wherein the holding rope is formed in several parts with an upper rope section and a lower rope section facing the harness, wherein the lower rope section comprises two elastically flexible rope pieces which extend side by side and are fastened to the outer ends of a bracket which is centrally connected to the upper rope section, wherein the lower ends of the rope pieces are each connected to a front region of the harness via a second securing eyelet.
A method for reporting a Proximity Indication, PI, in an Long Term Evolution, LTE, system, the method comprises: sending, by a User Equipment, UE, PI indication information to a network side to indicate that the UE currently has PI information required to be reported; receiving, by the UE, a PI information request from the network side; wherein the receiving, by the UE, the PI information request from the network side comprises: receiving, by the UE, the PI information request sent by the network side according to the PI indication information; the PI information request contains at least one or more of: specified RAT/frequency point information, a cell type and specified geographical position information; and reporting, by the UE, PI information according to the PI information request; wherein the PI information reported by the UE comprises one or more of: RAT of a small cell, a cell type, Tracking Area Identity, TAI, information of a reported cell and broadcast Public Land Mobile Network, PLMN, list information of a reported cell. sending, by a User Equipment, UE, PI indication information to a network side to indicate that the UE currently has PI information required to be reported; receiving, by the UE, a PI information request from the network side; wherein the receiving, by the UE, the PI information request from the network side comprises: receiving, by the UE, the PI information request sent by the network side according to the PI indication information; the PI information request contains at least one or more of: specified RAT/frequency point information, a cell type and specified geographical position information; and reporting, by the UE, PI information according to the PI information request; wherein the PI information reported by the UE comprises one or more of: RAT of a small cell, a cell type, Tracking Area Identity, TAI, information of a reported cell and broadcast Public Land Mobile Network, PLMN, list information of a reported cell.
A method for cleaving unsaturated fatty chains comprising a step of oxidative cleavage in which at least one fatty acid derivative having at least one unsaturation is reacted in the liquid phase with hydrogen peroxide in the presence of a catalyst for activating the reaction of oxidative cleavage and of molecular oxygen and in the absence of organic solvent.
Watercraft (1 a) with a watercraft lift or a watercraft stair, with a hull element arranged on the watercraft, which is pivotally attached to the stern or to the hull bottom by means of hinge (6,6a) and which is connected to the watercraft lift or watercraft stair by a connecting means or a connecting cylinder, the lowering of the watercraft lift or watercraft stair results in swinging down of the hull element, characterized in that the hull element has a static lift as long as the watercraft (1 a) rests in the water.
Biocide-free sponge cloth pre-wetted with a hygroscopically acting inorganic salt and based on regenerated cellulose which has been mechanically reinforced with fibres and/or a mesh, wherein the hygroscopically acting inorganic salt is magnesium chloride and the water fraction in the sponge cloth is from 75 to 200 % by weight, based on the dry weight of the sponge cloth, characterized in that it contains at least one substance selected from the group consisting of further inorganic salts, sugars, sugar esters, monobasic or polybasic carboxylic acids and hydrophilic polymers in an amount sufficient for setting an a w value of less than 0.8 in the sponge cloth, wherein the magnesium chloride is used in a from 20 to 22 % strength by weight aqueous solution.
Quick connector for weather protection, having a receiving element (1, 1a, 1b) and a locking element (8, 8a, 8b), the receiving element (1, 1a, 1b) having vertical recesses (2, 2b) for enabling the pivoting movement of struts, and in the region of the recesses (2, 2b) horizontal slots (3, 3b) are arranged into which locking pins of the struts can be inserted, and wherein the locking element (8, 8a, 8b) has vertical locking pins (9, 9b) and at least one locking hook (10, 10b), characterized in that vertical recesses (4, 4b) are provided in the outer region of the receiving element (1, 1a, 1b) through which the securing pins (9, 9b) of the locking element (8, 8a, 8b) pass and thereby at least partially close the horizontal slots (3, 3b) of the receiving element (1, 1a, 1b).
A protective sports helmet comprising: an outer shell; and a multi-layer liner assembly disposed within the outer shell and sized for receiving a wearer's head, wherein the multi-layer liner assembly includes an inner-layer, a middle-layer, and an outer-layer: the inner-layer positioned between an inner surface of the middle-layer and the wearer's head and is coupled to said middle-layer without adhesive; the middle-layer positioned between an outer surface of the inner-layer and an inner surface of the outer-layer, wherein the middle-layer: (i) has a thickness that is less than a thickness of each of the outer-layer and the inner-layer, and (ii) includes a material selected from the group consisting of polyester, polyurethane, D30 ®, Poron ® and an air bladder, and wherein a top portion of the multi-layer liner assembly is formed without the middle-layer and is configured to be aligned over a top of the wearer's head; and the outer-layer disposed adjacent an outer surface of the middle-layer. an outer shell; and a multi-layer liner assembly disposed within the outer shell and sized for receiving a wearer's head, wherein the multi-layer liner assembly includes an inner-layer, a middle-layer, and an outer-layer: the inner-layer positioned between an inner surface of the middle-layer and the wearer's head and is coupled to said middle-layer without adhesive; the middle-layer positioned between an outer surface of the inner-layer and an inner surface of the outer-layer, wherein the middle-layer: (i) has a thickness that is less than a thickness of each of the outer-layer and the inner-layer, and (ii) includes a material selected from the group consisting of polyester, polyurethane, D30 ®, Poron ® and an air bladder, and wherein a top portion of the multi-layer liner assembly is formed without the middle-layer and is configured to be aligned over a top of the wearer's head; and the outer-layer disposed adjacent an outer surface of the middle-layer. the inner-layer positioned between an inner surface of the middle-layer and the wearer's head and is coupled to said middle-layer without adhesive; the middle-layer positioned between an outer surface of the inner-layer and an inner surface of the outer-layer, wherein the middle-layer: (i) has a thickness that is less than a thickness of each of the outer-layer and the inner-layer, and (ii) includes a material selected from the group consisting of polyester, polyurethane, D30 ®, Poron ® and an air bladder, and wherein a top portion of the multi-layer liner assembly is formed without the middle-layer and is configured to be aligned over a top of the wearer's head; and the outer-layer disposed adjacent an outer surface of the middle-layer.