mhurhangee/patent-ind-claim-en huggingface dataset:
A reaction measuring unit , comprising: - a plurality of reaction vessels , each configured to hold a specimen and a reagent; - a supporting member ; - a reaction container holding the plurality of reaction vessels , the reaction container being rotatably supported by the supporting member ; and - a photometric unit sandwiching at least one of the reaction vessels from opposing sides thereof and suspended from the supporting member , and configured to measure the reaction between the specimen and the reagent contained in each reaction vessel , wherein - the photometric unit is constructed by integrating a first optical unit disposed on a side of the reaction vessel closer to the axis of rotation of the reaction container than a second optical unit disposed on the opposite side of the reaction vessel further from the axis of rotation of the reaction container ; - the first optical unit and the second optical unit are connected by a connecting unit for forming the photometric unit ; and wherein - an upper surface of the connecting unit is connected to a bottom surface of the supporting member . - a plurality of reaction vessels , each configured to hold a specimen and a reagent; - a supporting member ; - a reaction container holding the plurality of reaction vessels , the reaction container being rotatably supported by the supporting member ; and - a photometric unit sandwiching at least one of the reaction vessels from opposing sides thereof and suspended from the supporting member , and configured to measure the reaction between the specimen and the reagent contained in each reaction vessel , wherein - the photometric unit is constructed by integrating a first optical unit disposed on a side of the reaction vessel closer to the axis of rotation of the reaction container than a second optical unit disposed on the opposite side of the reaction vessel further from the axis of rotation of the reaction container ; - the first optical unit and the second optical unit are connected by a connecting unit for forming the photometric unit ; and wherein - an upper surface of the connecting unit is connected to a bottom surface of the supporting member .
A spectroscopic apparatus, including a plurality of varied line spacing diffraction gratings , each differing in range of wavelengths to be accommodated and having a groove plane provided with a concave geometry; selection means for selecting one varied line spacing diffraction grating from among the plurality of varied line spacing diffraction gratings for obtaining a desired wavelength of output light; a light source for emitting an incident ray entering the one varied line spacing diffraction grating , the light source is on the upper side of the groove plane of the selected grating; an image surface common to all the varied line spacing diffraction gratings , onto which the ray diffracted by the diffraction grating is focused; the selection means for selecting the one varied line spacing diffraction grating is adapted to install it in a position where the incident ray is to be entered, the spectroscopic apparatus is characterized in that , in selecting the one varied line spacing diffraction grating from among the plurality of varied line spacing diffraction gratings , the selection means treats the normal line passing through the center of the groove plane of the respective varied line spacing diffraction gratings as one to be superposed upon a common normal line, and the selection means are configured so that the centers of the groove planes of the gratings are provided in a positional relationship, so that with a switchover among the gratings a changeover of the height of the position of the center of the groove plane of the respective varied line spacing diffraction gratings is caused, so that the selection means selects the one varied line spacing diffraction grating and installs it such that the smaller the value of the minimum wavelength to be accommodated by the one varied line spacing diffraction grating, the higher the position at which the groove plane is set.
A method for determining a substance, using the application of THz radiation, wherein a first and a second measurement are carried out, wherein the THz radiation is emitted in the direction of the substance and a part of the THz radiation coming from the direction of the substance is detected, wherein the substance is a liquid and is located in a closed container which additionally contains a gas , wherein a wall of the container is transparent to THz radiation, wherein during the first measurement, the THz radiation is directed onto a location of the wall at which the gas or a bubble containing the gas contacts the wall , whereas during the second measurement, the Thz radiation is directed onto a location of the wall at which the liquid contacts the wall , characterised in that during the first measurement, the detected part of the THz radiation is reflected at a boundary surface between the wall and the gas or the bubble, and during the second measurement, the detected part of the THz radiation is reflected at a boundary surface between the wall and the liquid in order to measure the characteristics of the liquid , wherein the first measurement serves as a reference measurement for a measurement result of the second measurement, wherein a radiation intensity of the part reflected at the boundary surface to the gas or to the bubble, measured during the first measurement, is used as a reference value and a refractive index of the liquid is determined depending on a ratio of a radiation intensity of the part reflected at the boundary surface to the liquid during the second measurement to the reference value. characterised in that during the first measurement, the detected part of the THz radiation is reflected at a boundary surface between the wall and the gas or the bubble, and during the second measurement, the detected part of the THz radiation is reflected at a boundary surface between the wall and the liquid in order to measure the characteristics of the liquid , wherein the first measurement serves as a reference measurement for a measurement result of the second measurement, wherein a radiation intensity of the part reflected at the boundary surface to the gas or to the bubble, measured during the first measurement, is used as a reference value and a refractive index of the liquid is determined depending on a ratio of a radiation intensity of the part reflected at the boundary surface to the liquid during the second measurement to the reference value.
An electric arc breaker device (1; 50) comprising: • a contact zone in which there are present at least one stationary contact and at least one movable contact that is movable relative to the stationary contact , the contacts (3; 4) being capable of being put into contact with each other and of being separated from each other; and • an arcing horn present facing the stationary contact , the height h c of the arcing horn being greater than or equal to the height h t of the stationary contact , and the arcing horn presenting a folded-back arc switching portion extending in a direction away from the stationary contact ; the device being present in a box and being characterized in that the arcing horn has a width L equal to the inside width of said box, the width L of the arc horn corresponding to its largest dimension measured perpendicularly to its height. • a contact zone in which there are present at least one stationary contact and at least one movable contact that is movable relative to the stationary contact , the contacts (3; 4) being capable of being put into contact with each other and of being separated from each other; and • an arcing horn present facing the stationary contact , the height h c of the arcing horn being greater than or equal to the height h t of the stationary contact , and the arcing horn presenting a folded-back arc switching portion extending in a direction away from the stationary contact ;
A coating composition comprising an aqueous dispersion of a) from 5 to 30 weight percent of carboxylate salt functionalized first thermoplastic polymer particles having a T g in the range of -20 °C to 70 °C, wherein T g is calculated by the Fox equation, wherein said first thermoplastic polymer particles comprise structural units of methyl methacrylate or styrene, or a combination thereof, and structural units of butyl methacrylate, ethyl acrylate, butyl acrylate, or 2-ethylhexyl acrylate, or a combination thereof; b) from 2 to 35 weight percent of second thermoplastic polymer particles that are i) imbibed with a thermosettable compound having at least two oxirane groups and ii) functionalized with a sufficient concentration of anti-agglomerating groups to stabilize the second thermoplastic polymer particles against agglomeration, wherein said second thermoplastic polymer particles comprise structural units of methyl methacrylate or styrene, or a combination thereof, and structural units of butyl methacrylate, ethyl acrylate, butyl acrylate, or 2-ethylhexyl acrylate, or a combination thereof; c) from 30 to 80 weight percent of an extender, wherein said extender is selected from the group consisting of: oxides of zinc and titanium, BaSO 4 , silicates, aluminosilicates, talc, clay, mica, sericite, CaCO 3 , nepheline, feldspar, wollastonite, kaolinite, dicalcium phosphate, and diatomaceous earth; and d) a volatile base, wherein said volatile base is a base having a boiling point of less than 150C; wherein all weight percentages are based on the weight of total solids in the composition. a) from 5 to 30 weight percent of carboxylate salt functionalized first thermoplastic polymer particles having a T g in the range of -20 °C to 70 °C, wherein T g is calculated by the Fox equation, wherein said first thermoplastic polymer particles comprise structural units of methyl methacrylate or styrene, or a combination thereof, and structural units of butyl methacrylate, ethyl acrylate, butyl acrylate, or 2-ethylhexyl acrylate, or a combination thereof; b) from 2 to 35 weight percent of second thermoplastic polymer particles that are i) imbibed with a thermosettable compound having at least two oxirane groups and ii) functionalized with a sufficient concentration of anti-agglomerating groups to stabilize the second thermoplastic polymer particles against agglomeration, wherein said second thermoplastic polymer particles comprise structural units of methyl methacrylate or styrene, or a combination thereof, and structural units of butyl methacrylate, ethyl acrylate, butyl acrylate, or 2-ethylhexyl acrylate, or a combination thereof; c) from 30 to 80 weight percent of an extender, wherein said extender is selected from the group consisting of: oxides of zinc and titanium, BaSO 4 , silicates, aluminosilicates, talc, clay, mica, sericite, CaCO 3 , nepheline, feldspar, wollastonite, kaolinite, dicalcium phosphate, and diatomaceous earth; and d) a volatile base, wherein said volatile base is a base having a boiling point of less than 150C;
Device having a stud gun for placing studs in treads of pneumatic vehicle tyres , having a stud placing installation which has a placing bolt , and having an infeed installation having an infeed tube or infeed hose for feeding the studs to a gun head , wherein the infeed installation for separating or singularizing studs has a singularizing installation having two stop installations which are disposed on top of one another at a defined mutual spacing, characterized in that a sensor unit is provided between the pistol head and the singularizing installation , said sensor unit having two light barriers disposed one above the other, the light sources of which emit light beams (13' 13'') which preferably run so as to be mutually parallel and which transverse the infeed tube and have a mutual spacing (a) which is slightly larger than the height of a stud , and wherein the sensor unit is connected to an electronic evaluation unit which evaluates the signals of the sensor unit and when required ensures a repetition of the singularizing procedure or interrupts the procedure of placing studs.
Outlet fitting with a fitting housing, comprising at least one pipe connection port connectable to a pipe and forming an inlet opening, a hose connection port connectable to an extraction hose and forming an outlet opening, at least one shut-off member held in said fitting housing and interacting with a valve seat provided in said fitting housing, a system separator provided in said fitting housing, characterized in that the system separator is formed as a system-separator-cartridge inserted into the fitting housing and comprising at least one backflow preventer and a drain valve , and that a second pipe connection port connectable to a second pipe and forming a second inlet opening is provided, and that two backflow preventers disposed in the direction of flow upstream of said at least one shut-off member are associated with one of said pipe connection ports , respectively, and that a mixing valve is provided in said fitting housing for mixing fluids that are passed through said two pipe connection ports , wherein said mixing valve comprises a thermostatic element.
A quick release cable pull-in system for releasably connecting a flexible protective outer conduit , in which is internally arranged an elongated cable , to another structure, characterised in that the system comprises: a. A pull-in arrangement at the leading end of the conduit, said pull-in arrangement comprising a tapered nose piece adapted to be connected to a pull-in line for pulling the cable into the structure , said nose piece being releasably attached to the conduit and the internal cable by a weak link attachment , said weak link attachment arranged to detach from the conduit at a lower pulling force than from the cable, b. A connection collar attached to the leading end of the conduit , said connection collar having a recess or groove , c. A cylindrical body attached to the structure, the body having a cylindrical opening leading to the interior of the structure adapted for receiving the pull-in arrangement and the connection collar, d. A rotatable locking arm attached to the cylindrical body , the arm having a downward projecting shoulder member , said locking arm arranged such that, when in a first lower position the shoulder member extends into the opening a sufficient distance to lockingly engage the recess or groove in the connection collar in the event the pull-in arrangement is pulled into the opening by the pull-in wire, e. Said arm being biased towards the first lower position by a biasing member . a. A pull-in arrangement at the leading end of the conduit, said pull-in arrangement comprising a tapered nose piece adapted to be connected to a pull-in line for pulling the cable into the structure , said nose piece being releasably attached to the conduit and the internal cable by a weak link attachment , said weak link attachment arranged to detach from the conduit at a lower pulling force than from the cable, b. A connection collar attached to the leading end of the conduit , said connection collar having a recess or groove , c. A cylindrical body attached to the structure, the body having a cylindrical opening leading to the interior of the structure adapted for receiving the pull-in arrangement and the connection collar, d. A rotatable locking arm attached to the cylindrical body , the arm having a downward projecting shoulder member , said locking arm arranged such that, when in a first lower position the shoulder member extends into the opening a sufficient distance to lockingly engage the recess or groove in the connection collar in the event the pull-in arrangement is pulled into the opening by the pull-in wire, e. Said arm being biased towards the first lower position by a biasing member .
A power module , comprising: a base plate configured to provide mechanical support and heat spreading; a power substrate positioned above the base plate ; at least two power contacts , each of the at least two power contacts electrically connected to the power substrate ; a plurality of power devices electrically connected to the at least two power contacts , wherein the plurality of power devices are electrically connected in parallel across the power substrate and configured such that a power loop between the at least two power contacts has shared current paths; a gate and source board mounted above the power substrate , the gate and source board including at least one interconnection channel ; gate drive connectors electrically connected to the gate and source board ; fastener arranged below the at least two power contacts ; and a housing secured to the power substrate , wherein the at least two power contacts are folded over the fasteners ; and wherein the gate drive connectors are arranged on the power module . a base plate configured to provide mechanical support and heat spreading; a power substrate positioned above the base plate ; at least two power contacts , each of the at least two power contacts electrically connected to the power substrate ; a plurality of power devices electrically connected to the at least two power contacts , wherein the plurality of power devices are electrically connected in parallel across the power substrate and configured such that a power loop between the at least two power contacts has shared current paths; a gate and source board mounted above the power substrate , the gate and source board including at least one interconnection channel ; gate drive connectors electrically connected to the gate and source board ; fastener arranged below the at least two power contacts ; and a housing secured to the power substrate , wherein the at least two power contacts are folded over the fasteners ; and wherein the gate drive connectors are arranged on the power module .
Endoscope monitoring apparatus for monitoring the efficacy of an endoscope cleaning process in use, said apparatus including: a holder device ; two or more indicator holding means ; two or more elongate lumen devices ; said holder device including a body portion with two or more apertures defined in said body portion; said apertures being a spaced distance apart and each aperture of such size and dimensions for the location of at least part of one of the two or more indicator holding means therewith or therethrough; said body portion having a top or outer surface and a base or inner surface ; the indicator holding means , the holder device and the two or more elongate lumen devices being detachably attached together; characterised in that : the body portion or at least the top or the outer surface has a narrowing taper from a base edge to a top edge or point, thereby providing one or more angled surfaces, the apertures are defined in the one or more angled surfaces to allow positioning of the indicator holding means at different angles or orientations with respect to each other, and at least part of the two or more indicator holding means protrude outwardly from the top or outer surface of the holder device at different angles or orientations with respect to each other. a holder device ; two or more indicator holding means ; two or more elongate lumen devices ; said holder device including a body portion with two or more apertures defined in said body portion; said apertures being a spaced distance apart and each aperture of such size and dimensions for the location of at least part of one of the two or more indicator holding means therewith or therethrough; said body portion having a top or outer surface and a base or inner surface ; the indicator holding means , the holder device and the two or more elongate lumen devices being detachably attached together; characterised in that : the body portion or at least the top or the outer surface has a narrowing taper from a base edge to a top edge or point, thereby providing one or more angled surfaces, the apertures are defined in the one or more angled surfaces to allow positioning of the indicator holding means at different angles or orientations with respect to each other, and at least part of the two or more indicator holding means protrude outwardly from the top or outer surface of the holder device at different angles or orientations with respect to each other.
. A cable structure , applied to an electrical device, comprising: a power cord ; an insulating shell arranged at an end part or a middle portion of the power cord ; and an antenna arranged in the shell, a communication module arranged in the shell and connected with the antenna and a conducting wire , wherein one end of the conducting wire is connected with the communication module or the antenna , and the other end of the conducting wire is connected with the electrical device, characterized in that the shell is detachably mounted on the power cord and that the power cord comprises a first portion and a second portion separated from the first portion; the first portion is connected with the second portion by a connecting element; and the connecting element is arranged in the shell , and in that the outside of both the power cord and the conducting wire is coated with insulating layers. a power cord ; an insulating shell arranged at an end part or a middle portion of the power cord ; and an antenna arranged in the shell, a communication module arranged in the shell and connected with the antenna and a conducting wire , wherein one end of the conducting wire is connected with the communication module or the antenna , and the other end of the conducting wire is connected with the electrical device, characterized in that the shell is detachably mounted on the power cord and that the power cord comprises a first portion and a second portion separated from the first portion; the first portion is connected with the second portion by a connecting element; and the connecting element is arranged in the shell , and in that the outside of both the power cord and the conducting wire is coated with insulating layers.
A foam structuring composition for use in the manufacture of an aerated confectionery product having a density up to 0.5 g/cm 3 , the composition comprising: (i) a native potato protein; (ii)a highly branched starch (HBS) obtained by treatment of starch or a starch derivative with glycogen branching enzyme (EC 2.4.1.18), and wherein said HBS has a molecular branching degree of at least 6%, wherein the molecular branching degree is defined as the percentage of α-1,6 glycosidic linkages of the total of α-1,6 and α-1,4 glycosidic linkages ((α-1,6/(α-1,6+α-1,4) ∗ 100%); and (iii) a gelling starch which is distinct from HBS, comprising a modified potato starch, acid-degraded starch, oxidative degraded starch and/or an enzymatically degraded starch. (i) a native potato protein; (ii)a highly branched starch (HBS) obtained by treatment of starch or a starch derivative with glycogen branching enzyme (EC 2.4.1.18), and wherein said HBS has a molecular branching degree of at least 6%, wherein the molecular branching degree is defined as the percentage of α-1,6 glycosidic linkages of the total of α-1,6 and α-1,4 glycosidic linkages ((α-1,6/(α-1,6+α-1,4) ∗ 100%); and (iii) a gelling starch which is distinct from HBS, comprising a modified potato starch, acid-degraded starch, oxidative degraded starch and/or an enzymatically degraded starch.
Cooling apparatus for a synthetic thread, in particular a twisted thread, within a texturing zone, having an elongate cooling body which on a guiding side has an open cooling groove for guiding the thread, wherein the cooling groove by way of a metering opening in the groove base (4.1) is connected to a metering installation for feeding a cooling liquid, characterized in that the cooling groove has a groove cross section which is subdivided into a plurality of part-cross sections (7.1, 7.2, 7.3), in which the groove flanks (10.1, 10.2) in at least one of the part-cross sections (7.2) (guiding cross section) are embodied so as to be mutually parallel or in each case inclined at an opening angle (α 2 )< 15°.