mhurhangee/ep-ind-claims huggingface dataset:
A method of mass spectrometry, comprising: (a) labeling an analyte with an isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region to form a tagged analyte, wherein the neutral loss moiety is appended to the mass balance region or the tag reporter moiety; (b) ionizing the tagged analyte to form a precursor ion; (c) selecting the precursor ion for fragmentation; (d) fragmenting the precursor ion to form a first generation of fragment ions and a neutral loss fragment, wherein the neutral loss fragment is, or is at least a part of, the neutral loss moiety; (e) selecting at least one of the first generation of fragment ions for fragmentation; (f) fragmenting the at least one first generation of fragment ions to form a second generation of fragment ions, wherein the second generation of fragment ions includes a tag reporter ion; and, (g) mass analyzing the tag reporter ion. (a) labeling an analyte with an isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region to form a tagged analyte, wherein the neutral loss moiety is appended to the mass balance region or the tag reporter moiety; (b) ionizing the tagged analyte to form a precursor ion; (c) selecting the precursor ion for fragmentation; (d) fragmenting the precursor ion to form a first generation of fragment ions and a neutral loss fragment, wherein the neutral loss fragment is, or is at least a part of, the neutral loss moiety; (e) selecting at least one of the first generation of fragment ions for fragmentation; (f) fragmenting the at least one first generation of fragment ions to form a second generation of fragment ions, wherein the second generation of fragment ions includes a tag reporter ion; and, (g) mass analyzing the tag reporter ion.
A portable hand-held smoking device configured for vaporizing a smokable material into a vaporization chamber and enabling the inhalation of the vaporized material, the device comprising at least one means of feedback configured to indicate a state of the device selected from the group consisting of: (i) the vaporization chamber has reached a prescribed operating temperature and the vaporized material is ready for inhalation; (ii) the vaporization chamber is below the prescribed operating temperature; and (iii) the vaporization chamber has exceeded the prescribed operating temperature.
Capacitive sensor arrangement for a motor vehicle, comprising an elongate, flat measuring electrode and at least one fastening element for fastening the measuring electrode on a support component, characterized in that the fastening element has a retaining tongue, which can be elastically deflected out of a rest position, the uninstalled measuring electrode can be slid, for the fastening thereof, underneath the retaining tongue via a flat side in an installation motion, which elastically deflects the retaining tongue, the installation motion is oriented transversely to the local longitudinal extension of the measuring electrode and parallel to a flat side of the measuring electrode, a locking element is provided, which is engaged with the installed measuring electrode in an interlocking or force-locked manner for locking the installed measuring electrode with respect to a motion parallel to a flat side of the measuring electrode, and at least two fastening elements are provided, which are disposed along the measuring electrode, and the measuring electrode, along its longitudinal extension, has multiple locking recesses, each of which is assigned to a locking element of a fastening element.
An apparatus comprising a safety switching device (26; 136) and a safety switch for generating a system enable signal depending on the position of a movable guard door which is used to safeguard a hazardous area of a system, wherein the safety switching device (26; 136) drives the safety switch and evaluates output signals from the safety switch and shuts down an electrical load in the system in dependence thereon, wherein at least one part of the system located in the hazardous area can be operated when the system enable signal is present, the safety switch comprising a door part to be fastened to the movable guard door and a frame part to be fastened to a mating door piece, the safety switch comprising a bolt moveable between a first position and a second position, a recess in which the bolt can engage in the second position, a locking element designed to block the bolt in the second position, an actuator designed to influence the position of the locking element relative to the bolt, and a first position sensor designed to clearly detect at least one of the positions of the bolt in order to generate the system enable signal in dependence thereon, and wherein the safety switching device (26; 136) comprises an evaluation unit that can generate a drive signal for the actuator depending on variables supplied to it, characterized in that the safety switch further comprises an electrically operating door release unit which makes it possible to directly request a door release on the safety switch and which can assume a locked state and an unlocked state, wherein blocking of the bolt by the locking element in the second position is allowed or maintained in the locked state, and blocking of the bolt by the locking element in the second position is not allowed or is canceled in the unlocked state, wherein the door release unit supplies a release request signal to the evaluation unit in the unlocked state, wherein, when the release request signal is present, the evaluation unit can generate a drive signal which is used to drive the actuator in such a manner that the blocking of the bolt is canceled in the second position.
Electrostatic separator for the purification of particle-laden waste gas, comprising: a) a waste gas inlet b) means for the electrical charging of particles with a high-voltage connection c) separation surfaces with a reference potential for the potential of the high-voltage connection for the electrically charged particles d) a high-voltage isolator between high-voltage connection and separator surfaces e) a collector step with purified gas outlet (3, 5) characterised in that the high-voltage isolator is surrounded by a gas-tight cover cap, which projects into a pipe which is connected to the purified gas outlet. a) a waste gas inlet b) means for the electrical charging of particles with a high-voltage connection c) separation surfaces with a reference potential for the potential of the high-voltage connection for the electrically charged particles d) a high-voltage isolator between high-voltage connection and separator surfaces e) a collector step with purified gas outlet (3, 5)
A single-mode optical fiber for guiding an optical signal, said optical fiber having a longitudinal optical axis and a cross section perpendicular thereto, said optical fiber comprising a core region being capable of guiding an optical signal in a fundamental core mode with an effective refractive index, n c, at an optical signal wavelength, λ 1; a cladding region surrounding the core region, the cladding region comprising an inner cladding region and an outer cladding region, said inner cladding region comprising a background material having a refractive index, n b, and a plurality of inner cladding features arranged in said background material, wherein at least a plurality of said plurality of inner cladding features are of a first type of feature, said first type of feature comprising an air hole surrounded by a high-index region comprising a high-index material having a refractive index, n r, that is larger than the refractive index of the inner cladding background material, said first type of feature supports an optical mode with an effective refractive index, n 1, which is lower than or equal to the effective refractive index of the fundamental core mode, n c, at said optical signal wavelength, λ 1. wherein said core region has a maximum cross-sectional dimension of more than 40 μm, and wherein the index difference between the high-index material and the background material of the inner cladding is below 1·10 -2
Bay window assembly, comprising a building, with a wall, with an opening in the wall, and comprising a bay window system, which is installed in the opening, in order to form a bay window which projects from the wall, the bay window system comprising: - a floor element; - a roof element; - one or more wall elements extending between the floor element and the roof element; - securing means (8, 9) for securing the bay window system to the building, which securing means (8, 9) comprise: - a first structural securing bracket which is attached to the building, on a first side of the opening; - and a second structural securing bracket which is attached to the building on a second side of the opening; characterised in that each securing bracket (8, 9): - comprises a structural floor body to which the floor element is secured and which at least partly projects from the wall on the side of the wall where the bay window projects from the wall, in order to support the floor element; - comprises a structural roof body to which the roof element is secured and which at least partly projects from the wall on the side of the wall where the bay window projects from the wall, in order to support the roof element; - and comprises a structural base body which connects the structural floor body and the structural roof body to each other and at least partly extends into the opening. - a floor element; - a roof element; - one or more wall elements extending between the floor element and the roof element; - securing means (8, 9) for securing the bay window system to the building, which securing means (8, 9) comprise: - a first structural securing bracket which is attached to the building, on a first side of the opening; - and a second structural securing bracket which is attached to the building on a second side of the opening; - a first structural securing bracket which is attached to the building, on a first side of the opening; - and a second structural securing bracket which is attached to the building on a second side of the opening; - comprises a structural floor body to which the floor element is secured and which at least partly projects from the wall on the side of the wall where the bay window projects from the wall, in order to support the floor element; - comprises a structural roof body to which the roof element is secured and which at least partly projects from the wall on the side of the wall where the bay window projects from the wall, in order to support the roof element; - and comprises a structural base body which connects the structural floor body and the structural roof body to each other and at least partly extends into the opening.
A bit holder comprising: a shaft having a proximal end adapted to couple with a driver; and; an outer sleeve surrounding the shaft in an unlocked configuration to form a socket with a non-circular cross section near the distal end of the shaft; at least one interchangeable bit comprising a working end and a proximal portion with a non-circular cross section complementary to the socket, the proximal portion including a plurality of contoured portions that permit the interchangeable bit to articulate in the socket, the interchangeable bit further including a relief located between the working end and the proximal portion configured to permit articulation of the interchangeable bit; characterized by: a distal end of the shaft being magnetically coupled to the interchangeable bit; the relief being configured to engage with the distal end of the outer sleeve to limit articulation relative to the shaft; and a locked configuration for the outer sleeve such that the distal end of the outer sleeve engages with a body portion of the interchangeable bit to retain the interchangeable bit generally aligned with a longitudinal axis of the shaft. a shaft having a proximal end adapted to couple with a driver; and; an outer sleeve surrounding the shaft in an unlocked configuration to form a socket with a non-circular cross section near the distal end of the shaft; at least one interchangeable bit comprising a working end and a proximal portion with a non-circular cross section complementary to the socket, the proximal portion including a plurality of contoured portions that permit the interchangeable bit to articulate in the socket, the interchangeable bit further including a relief located between the working end and the proximal portion configured to permit articulation of the interchangeable bit; characterized by: a distal end of the shaft being magnetically coupled to the interchangeable bit; the relief being configured to engage with the distal end of the outer sleeve to limit articulation relative to the shaft; and a locked configuration for the outer sleeve such that the distal end of the outer sleeve engages with a body portion of the interchangeable bit to retain the interchangeable bit generally aligned with a longitudinal axis of the shaft.
Apparatus for opening a mould suitable for containing a food product, said mould comprising at least one mould element comprising a tubular element, inside which pressing elements are slidable each of which is fixed to a pair of rod means, said apparatus comprising an extracting device provided with gripping means that is movable towards said rod means to hook to said rod means and drag said rod means away from said mould, characterised in that said extracting device further comprises pressure rods arranged for pressing blocking elements of said rod means provided in said mould such as to permit sliding of said rod means.
Method for carrying out a hygiene program for a laundry treatment appliance, wherein the laundry treatment appliance comprises a drum for receiving laundry, a pump unit for pumping nebulised water into the drum, a heat pump for controlling the temperature of process air, a heating unit for heating the process air, a process air blower for conveying the process air through a circuit out of the drum and through the heat pump and the heating unit and back into the drum, a temperature sensor for providing a temperature signal representing a temperature in the drum, a humidity sensor for providing a humidity signal representing an air humidity in the drum and a control device for controlling the hygiene program, and wherein the method comprises the following steps: outputting a pumping signal to an interface with the pump unit in order to cause pumping of nebulised water into the drum; outputting a switch-on signal to an interface with the heat pump in order to cause warming of the process air; outputting a heating signal to an interface with the heating unit in order to cause heating of the process air; outputting a process air signal to an interface with the process air blower in order to pump the process air through the circuit; outputting a switch-off signal to the interface with the heat pump in order to switch the heat pump off when the temperature signal represents a temperature corresponding to a predetermined hygiene temperature value; and outputting a pump switch-off signal to the pump unit in order to switch the pump unit off when the humidity signal represents a humidity corresponding to a predetermined hygiene humidity value. outputting a pumping signal to an interface with the pump unit in order to cause pumping of nebulised water into the drum; outputting a switch-on signal to an interface with the heat pump in order to cause warming of the process air; outputting a heating signal to an interface with the heating unit in order to cause heating of the process air; outputting a process air signal to an interface with the process air blower in order to pump the process air through the circuit; outputting a switch-off signal to the interface with the heat pump in order to switch the heat pump off when the temperature signal represents a temperature corresponding to a predetermined hygiene temperature value; and outputting a pump switch-off signal to the pump unit in order to switch the pump unit off when the humidity signal represents a humidity corresponding to a predetermined hygiene humidity value.
Filter paper insert for producing a brewed beverage, with a first side wall and a second side wall, which are connected together at opposite sides respectively by a seam or a fold edge, and which are connected together by way of a base seam, wherein an opening for filling the filter paper insert is formed opposite the base seam, wherein the base seam has a shape departing from a straight line, wherein at least two deeper drains (9, 10) and a more highly positioned connecting piece (6, 16, 26, 36), which connects the at least two drains (9, 10), are formed at the base seam, wherein the volume in the region of the drains (9, 10) is formed to be substantially funnel-shaped when the filter paper insert is opened, characterised in that the base seam has two angled sections which form an angle smaller than 160°.
A golf club head, comprising: a golf club head body having a front face, a rear, a toe and a heel; a ball striking surface forming a portion of the front face of the golf club head body, the ball striking surface including at least a portion formed from a regrind material softer than the remainder of the front face of the golf club head body, wherein the regrind material includes an additive, wherein the additive includes at least one of leather, cotton, or synthetic fibers. a golf club head body having a front face, a rear, a toe and a heel; a ball striking surface forming a portion of the front face of the golf club head body, the ball striking surface including at least a portion formed from a regrind material softer than the remainder of the front face of the golf club head body, wherein the regrind material includes an additive, wherein the additive includes at least one of leather, cotton, or synthetic fibers.
A sanding system, in particular for a car body workshop, comprising a pneumatic sander connected to a pneumatic suction device comprising a suction nozzle connected to a suction unit and at least one air amplification module located in at least one hose for connecting said suction nozzle to said suction unit, characterised in that said at least one air amplification module comprises at least two air amplifiers operating according to Coanda effect, said at least two air amplifiers being disposed in parallel within said at least one amplification module.
A hydraulic assembly comprising: - at least one first heat exchanger where a hot water/cold water heat exchange takes place in order to heat the cold water belonging to a supply closed circuit supplying at least one radiator - at least one second heat exchanger for heating the domestic cold water; - at least two hydraulic functional devices (50A, 50B); and - at least one interface manifold, which offers an interface, on one side, with said at least one first heat exchanger and with said at least one second heat exchanger and, on the other side, with said at least two hydraulic functional devices (50A, 50B); wherein said at least one interface manifold comprises at least two hydraulic functional support bars (51; 52) having a main body (CP1, CP2) supporting a plurality of closable joining elements (61A, 62A, 63A, 64A; 61B, 62B, 63B, 64B; 61C, 62C, 63C, 64C; 61D, 62D, 63D, 64D; 71A, 72A, 73A, 74A; 71B, 72B, 73B, 74B; 71C, 72C, 73C, 74C; 71D, 72D, 73D, 74D), which join said at least one first heat exchanger and said at least one second heat exchanger with said at least two hydraulic functional devices (50A, 50B); said hydraulic assembly being characterized in that - said at least one first heat exchanger; - said at least one second heat exchanger; - said at least two hydraulic functional devices (50A, 50B); and - said at least one interface manifold are packed together by means of tie rod devices (81, 82, 83, 84; 91, 92, 93, 94) and brackets (95, 96, 97, 98). - at least one first heat exchanger where a hot water/cold water heat exchange takes place in order to heat the cold water belonging to a supply closed circuit supplying at least one radiator - at least one second heat exchanger for heating the domestic cold water; - at least two hydraulic functional devices (50A, 50B); and - at least one interface manifold, which offers an interface, on one side, with said at least one first heat exchanger and with said at least one second heat exchanger and, on the other side, with said at least two hydraulic functional devices (50A, 50B); - said at least one first heat exchanger; - said at least one second heat exchanger; - said at least two hydraulic functional devices (50A, 50B); and - said at least one interface manifold are packed together by means of tie rod devices (81, 82, 83, 84; 91, 92, 93, 94) and brackets (95, 96, 97, 98).
Method for generating a trigger signal for triggering at least one safety function of a motor vehicle, comprising at least the following method steps: a) receiving respective signals from at least two pressure tube sensors (2, 3), b) determining at least one collision parameter from the signals received in step a), c) outputting the trigger signal for the at least one safety function depending on the at least one collision parameter determined in step b), characterized in that, in step a), respective signals are received from at least two pressure tube sensors (2, 3) which are arranged at a distance from one another at least in the direction of travel (x) of the motor vehicle. a) receiving respective signals from at least two pressure tube sensors (2, 3), b) determining at least one collision parameter from the signals received in step a), c) outputting the trigger signal for the at least one safety function depending on the at least one collision parameter determined in step b),
Composition containing not more than 10% by weight of alkylphenol and comprising a) at least one epoxy resin, b) at least one amine having at least two secondary amino groups that are both part of an organic ring system, and c) at least one salt of a Brønsted acid having a pK a of not more than 2 with a counterion selected from metal ions, metal-containing ions, phosphonium ions and ammonium ions, d) amines that do not have at least two secondary amino groups as part of an organic ring system, alone or in mixtures, with the proviso that the percentage by weight of the amines b) based on the total mass of the amines b) and d) is at least 10% by weight. a) at least one epoxy resin, b) at least one amine having at least two secondary amino groups that are both part of an organic ring system, and c) at least one salt of a Brønsted acid having a pK a of not more than 2 with a counterion selected from metal ions, metal-containing ions, phosphonium ions and ammonium ions, d) amines that do not have at least two secondary amino groups as part of an organic ring system, alone or in mixtures, with the proviso that the percentage by weight of the amines b) based on the total mass of the amines b) and d) is at least 10% by weight.
A device for detecting the presence or absence of a bacterium in a sample, comprising: a first amplifier configured to release a substrate in response to an enzyme produced and/or secreted by a bacterium; and a second amplifier, in fluid communication with the first amplifier, configured to bind to the released substrate and to produce a signal in the presence of the bacterium; and a membrane on which the signal is detectable, wherein the membrane filters the first amplifier away from the released substrate and the second amplifier. a first amplifier configured to release a substrate in response to an enzyme produced and/or secreted by a bacterium; and a second amplifier, in fluid communication with the first amplifier, configured to bind to the released substrate and to produce a signal in the presence of the bacterium; and a membrane on which the signal is detectable, wherein the membrane filters the first amplifier away from the released substrate and the second amplifier.