mhurhangee/patent-ind-claim-en huggingface dataset:
A method for staining a tissue section comprising: bright field observation staining of a specific biological substance on the tissue section that allows bright field observation; and fluorescence staining of the specific biological substance, with a label used for the said bright field observation staining that is a pigmentation-inducing substance, and a fluorescent label used for the said fluorescence staining that is a fluorescent aggregate, wherein the fluorescent aggregate has a core/shell structure that has a core capable of immobilizing a large number of fluorescent substances and a shell comprising multiple fluorescent substances immobilized on the core, or has a morphology which a phosphor-containing nanoparticle that has a structure in which multiple fluorescent substances are contained in a base material, and the label used for the said bright field observation staining and the fluorescent label used for the said fluorescence staining: directly or indirectly consecutively bind to a probe biological substance and form one labeled probe biological substance, or each directly or indirectly binds to a probe biological substance and forms different labeled probe biological substances, wherein both the probe biological substances bind to the specific biological substance , characterized in that the average particle size of the fluorescent aggregate is from 30 to 800 nm. bright field observation staining of a specific biological substance on the tissue section that allows bright field observation; and fluorescence staining of the specific biological substance, with a label used for the said bright field observation staining that is a pigmentation-inducing substance, and a fluorescent label used for the said fluorescence staining that is a fluorescent aggregate, wherein the fluorescent aggregate has a core/shell structure that has a core capable of immobilizing a large number of fluorescent substances and a shell comprising multiple fluorescent substances immobilized on the core, or has a morphology which a phosphor-containing nanoparticle that has a structure in which multiple fluorescent substances are contained in a base material, and the label used for the said bright field observation staining and the fluorescent label used for the said fluorescence staining: directly or indirectly consecutively bind to a probe biological substance and form one labeled probe biological substance, or each directly or indirectly binds to a probe biological substance and forms different labeled probe biological substances, wherein both the probe biological substances bind to the specific biological substance , characterized in that the average particle size of the fluorescent aggregate is from 30 to 800 nm. directly or indirectly consecutively bind to a probe biological substance and form one labeled probe biological substance, or each directly or indirectly binds to a probe biological substance and forms different labeled probe biological substances, wherein both the probe biological substances bind to the specific biological substance , characterized in that the average particle size of the fluorescent aggregate is from 30 to 800 nm.
Gas recirculation device comprising a main pipe , known as the main gas flow pipe, comprising a mixing means defining the downstream portion and the upstream portion of said main gas flow pipe , and a bypass circuit , known as the diverted flow circuit, comprising a heat exchange means , said mixing means comprising a first inlet connected to the upstream portion of said main gas flow pipe , a second inlet connected to one end of the bypass circuit , and an outlet connected to the downstream portion of said main gas flow pipe , the other end of said bypass circuit being connected to the downstream portion of said main gas flow pipe at a point known as the first bypass point , said bypass circuit comprising, on the one hand a primary circuit connected to said main gas flow pipe at said first bypass point and at said mixing means , and on the other hand a secondary circuit comprising said heat exchange means and one of the ends whereof, known as the downstream end, is connected to said primary circuit via a second mixing means , and the other end whereof, known as the upstream end, is connected to said primary circuit at a second bypass point placed downstream of said second mixing means on said primary circuit, said secondary circuit further comprising a pressurising means and a purifying means .
A water heater, comprising: a water tank comprising at least one water temperature gauge, one temperature sensor , a cold water inlet and a hot water outlet ; a heat exchanger being a heat exchanger tank having a shape able to withstand water pressure and mounted into a top of and immersed in said water tank , wherein said heat exchanger tank immersed in said water tank is filled with a dielectric heat exchanging liquid maintained at normal atmospheric pressure and comprises at least one impervious connector pass-through and said heat exchanger comprises at least one heat exchanger temperature sensor ; an insulating layer enclosing said water tank , wherein said insulating layer is adjacent to said heat exchanger; a computing device being immersible in said heat exchanger tank immersed in said water tank , wherein said computing device comprises a processor for processing computing tasks; and a connectivity system to connect said computing device to a network , said network supplying said computing tasks to said computing device such that running said computing tasks results in a heat production. a heat exchanger being a heat exchanger tank having a shape able to withstand water pressure and mounted into a top of and immersed in said water tank , wherein said heat exchanger tank immersed in said water tank is filled with a dielectric heat exchanging liquid maintained at normal atmospheric pressure and comprises at least one impervious connector pass-through and said heat exchanger comprises at least one heat exchanger temperature sensor ; an insulating layer enclosing said water tank , wherein said insulating layer is adjacent to said heat exchanger; a computing device being immersible in said heat exchanger tank immersed in said water tank , wherein said computing device comprises a processor for processing computing tasks; and a connectivity system to connect said computing device to a network , said network supplying said computing tasks to said computing device such that running said computing tasks results in a heat production.
An online colorimetric analyzer for providing an indication of a material in a sample, the analyzer comprising: a peristaltic pump configured to convey the sample; a photometric cell operably coupled to the peristaltic pump to receive the sample; an illumination source disposed to direct illumination through the sample in the photometric cell along an optical axis; a photodetector disposed to receive illumination passing through the photometric cell along the optical axis and provide a signal indicative of a color of the sample; a controller coupled to the illumination source , the photodetector and the peristaltic pump ; and wherein the optical axis is defined by a straight line connecting the illumination source and the photodetector ; wherein the optical axis is tilted relative to vertical such that illumination from the illumination source intersect a surface of liquid present when the photometric cell is partially filled at an angle of incidence different from 0° on the surface of said liquid and is reflected away from the optical axis; and wherein the optical axis does not intersect said surface of liquid when the photometric cell is empty or full. a peristaltic pump configured to convey the sample; a photometric cell operably coupled to the peristaltic pump to receive the sample; an illumination source disposed to direct illumination through the sample in the photometric cell along an optical axis; a photodetector disposed to receive illumination passing through the photometric cell along the optical axis and provide a signal indicative of a color of the sample; a controller coupled to the illumination source , the photodetector and the peristaltic pump ; and wherein the optical axis is defined by a straight line connecting the illumination source and the photodetector ; wherein the optical axis is tilted relative to vertical such that illumination from the illumination source intersect a surface of liquid present when the photometric cell is partially filled at an angle of incidence different from 0° on the surface of said liquid and is reflected away from the optical axis; and wherein the optical axis does not intersect said surface of liquid when the photometric cell is empty or full.
A curable composition comprising a. 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy resin component; c. 5 -15 parts of a liquid polyether polyol; d. 10 to 25 parts of a hydroxy-functional film-forming polymer; wherein the sum of a) to d) is 100 parts by weight; and e. 0.1 to 1 parts of a cationic photoinitiator, relative to 100 parts of a) to d). a. 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy resin component; c. 5 -15 parts of a liquid polyether polyol; d. 10 to 25 parts of a hydroxy-functional film-forming polymer; wherein the sum of a) to d) is 100 parts by weight; and e. 0.1 to 1 parts of a cationic photoinitiator, relative to 100 parts of a) to d).
A vibration damping structure comprising: a first member which is a structure; and a second member joined to the first member , wherein the second member , in an area facing the first member , comprises: one or more joined portions joined to the first member ; and one or more unjoined portions disposed adjacent to the joined portions and not joined to the first member , and the second member is formed such that the second member is higher in damping than the first member and such that a resonance frequency of the second member is substantially the same as a resonance frequency of the first member . a first member which is a structure; and a second member joined to the first member , wherein the second member , in an area facing the first member , comprises: one or more joined portions joined to the first member ; and one or more unjoined portions disposed adjacent to the joined portions and not joined to the first member , and the second member is formed such that the second member is higher in damping than the first member and such that a resonance frequency of the second member is substantially the same as a resonance frequency of the first member . one or more joined portions joined to the first member ; and one or more unjoined portions disposed adjacent to the joined portions and not joined to the first member , and the second member is formed such that the second member is higher in damping than the first member and such that a resonance frequency of the second member is substantially the same as a resonance frequency of the first member .
An air filter for an air conditioning system of a railway vehicle, which is configured to filter air along an air flow direction, the air filter comprising: - a first layer of a first filter medium with a first medium surface; - a second layer of a second filter medium with a second medium surface; and - a peripheral frame to hold the first layer and the second layer adjacent to each other, wherein the second surface medium area is non-flat and provides a larger filter surface area than the first layer , characterized in that the first layer is arranged to be upstream from the second layer and comprises a lower packing density than the second layer , the second layer comprises a pleated layer material and the first layer comprises a flat surface and is glued on one side of the pleated second layer to provide air cavities between the first layer and the second layer , and the peripheral frame includes two kinds of vertical flaps , one per side, which are pleated and glued to the first layer , and the second layer , which is glued to the peripheral frame . - a first layer of a first filter medium with a first medium surface; - a second layer of a second filter medium with a second medium surface; and - a peripheral frame to hold the first layer and the second layer adjacent to each other, wherein the second surface medium area is non-flat and provides a larger filter surface area than the first layer , the first layer is arranged to be upstream from the second layer and comprises a lower packing density than the second layer , the second layer comprises a pleated layer material and the first layer comprises a flat surface and is glued on one side of the pleated second layer to provide air cavities between the first layer and the second layer , and the peripheral frame includes two kinds of vertical flaps , one per side, which are pleated and glued to the first layer , and the second layer , which is glued to the peripheral frame .
A method for testing a fire alarm system, the method comprising: in response to a technician activating devices of the fire alarm system during a test of the devices, the activated devices sending signals to a control panel, event data from the control panel being sent to a central operations system, wherein the event data are generated by the control panel based on the signals; and sending the event data from the central operations system to a mobile computing device operated by the technician, characterized in that the event data includes at least one analog and/or detected value of the activated devices, the at least one analog and/or detected value including a detected smoke level or detected ambient temperature. in response to a technician activating devices of the fire alarm system during a test of the devices, the activated devices sending signals to a control panel, event data from the control panel being sent to a central operations system, wherein the event data are generated by the control panel based on the signals; and sending the event data from the central operations system to a mobile computing device operated by the technician, characterized in that the event data includes at least one analog and/or detected value of the activated devices, the at least one analog and/or detected value including a detected smoke level or detected ambient temperature.
Vehicle headlight having at least one housing which is closed by a cover lens , the vehicle headlight having at least one supporting frame , the supporting frame being suitable for accommodating at least one lighting unit and the supporting frame having at least one predetermined breaking point element , so that in the event of a collision the supporting frame breaks in a targeted manner and so that the impact energy can be dissipated by displacing and/or deforming the supporting frame, characterized in that the predetermined breaking point element is designed as a separate component and is fastened to the supporting frame by means of separate fastening means .
Spray arm for a dishwasher , having an outlet nozzle provided on the bottom side of the spray arm for emptying washing liquor (S) from the spray arm , a valve for selectively closing or opening the outlet nozzle , wherein the valve can be moved from an open position into a closed position with the aid of a pressure of the washing liquor (S), wherein in the closed position, the valve is entirely closed or a cross-section of the outlet nozzle is reduced in size compared with the open position of the valve, and wherein the valve is pretensioned in the direction of the open position so that the valve automatically opens when the pressure of the washing liquor drops below a predetermined value, wherein the valve has a plate-shaped valve body , characterised in that in the open position, the plate-shaped valve body is arranged obliquely to a wall of the spray arm , and that the predetermined value is between 0 and 0.5 bar.
Electrical power supply system having a transformer for transforming from a medium-voltage level to a low-voltage level; at least one electrical resistor which is electrically connected to the secondary winding of the transformer and acts as a precharging resistor, wherein a respective bypass switch is electrically connected in parallel with the resistor ; a respective rectifier module , which is electrically connected in series with the resistor , for feeding a DC voltage grid to which electrical consumers , in particular electric motors, are electrically connected by means of respective capacitors or electrical stores , wherein, by means of a switching apparatus which switches switches (S; 1) in a wired or wireless manner, the forward current can be limited by the resistor when the capacitors are precharged, characterized in that the DC voltage grid can be divided into partial DC voltage grids by means of the switches (S), and the power supply system is designed to limit the forward current in the resistor by virtue of - only a single switch out of all the switches (S) ever being closed and - all the switches (S) being closed successively one after the other in order to precharge their connected capacitors and - each subsequent switch (S) being closed only when the temperature at the resistor has fallen below a threshold value. - only a single switch out of all the switches (S) ever being closed and - all the switches (S) being closed successively one after the other in order to precharge their connected capacitors and - each subsequent switch (S) being closed only when the temperature at the resistor has fallen below a threshold value.
An immunogenic composition comprising: (i) an isolated polypeptide comprising the amino acid sequence of SEQ ID NO:44, wherein the polypeptide is characterized in that upon administration to a mammal, the polypeptide elicits an immune response comprising an IL-17A response to the polypeptide in the mammal; and (ii) an adjuvant. (i) an isolated polypeptide comprising the amino acid sequence of SEQ ID NO:44, wherein the polypeptide is characterized in that upon administration to a mammal, the polypeptide elicits an immune response comprising an IL-17A response to the polypeptide in the mammal; and (ii) an adjuvant.
An applicator instrument for dispensing surgical fasteners comprising: a housing ; an actuator coupled with said housing; an elongated shaft extending from said housing; a cap secured to a distal end of said elongated shaft, said cap including a bottom side , a top side , a lower distal edge adjacent the bottom side, and a distal end face that slopes proximally from said lower distal edge to said top side of said cap; a surgical fastener delivery window formed in said sloping distal end face, wherein said sloping distal end face extends continuously around the outer perimeter of said surgical fastener delivery window; a plurality of gripping features projecting distally from said sloping distal end face, wherein said gripping features have a textured surface selected from the group consisting of a knurled surface, a matte surface and a stepped surface. a housing ; an actuator coupled with said housing; an elongated shaft extending from said housing; a cap secured to a distal end of said elongated shaft, said cap including a bottom side , a top side , a lower distal edge adjacent the bottom side, and a distal end face that slopes proximally from said lower distal edge to said top side of said cap; a surgical fastener delivery window formed in said sloping distal end face, wherein said sloping distal end face extends continuously around the outer perimeter of said surgical fastener delivery window; a plurality of gripping features projecting distally from said sloping distal end face, wherein said gripping features have a textured surface selected from the group consisting of a knurled surface, a matte surface and a stepped surface.
A computer-implemented method for designing and controlling an efficient synthesis of polymer strands, the method comprising: receiving sequence data indicating monomer sequences of individual polymer strands in a set of polymer strands ; receiving identification of a reference sequence ; calculating a cost of synthesis for the individual polymer strands using the reference sequence , the cost being a number of cycles of polymer synthesis needed to synthesize the individual polymer strands ; partitioning the set of polymer strands into cost-grouped batches of polymer strands based on the cost of synthesis for the individual polymer strands ; and providing synthesis instructions identifying the cost-grouped batches of polymer strands and the reference sequence to a synthesizer ; wherein the polymer strands are polynucleotides or proteins. receiving sequence data indicating monomer sequences of individual polymer strands in a set of polymer strands ; receiving identification of a reference sequence ; calculating a cost of synthesis for the individual polymer strands using the reference sequence , the cost being a number of cycles of polymer synthesis needed to synthesize the individual polymer strands ; partitioning the set of polymer strands into cost-grouped batches of polymer strands based on the cost of synthesis for the individual polymer strands ; and providing synthesis instructions identifying the cost-grouped batches of polymer strands and the reference sequence to a synthesizer ; wherein the polymer strands are polynucleotides or proteins.
A coupling for connecting a swappable tool head to a machine part of a pressing device, particularly a manually or electrically driven hydraulic or mechanical hand pressing device, wherein the machine part has a receptacle region (A) for accommodating a shaft section of a swappable tool head , particularly for pressing, cutting and punching operations of the type normally carried out in the fields of plumbing or electrical engineering, with said shaft section being axially displaceable in the receptacle region (A), and with the shaft section comprising an end face (S) and at least two engaging elements , wherein at least two holding elements are arranged in the receptacle region (A) and a guide groove is respectively formed between two adjacent holding elements , wherein the at least two engaging elements are in an open position respectively lined up with a guide groove and movable in the direction of a rotational axis (D R ), wherein the at least two engaging elements are in a closed position at least sectionally lined up with the at least two holding elements in respective engaging zones (E) of the holding elements , and wherein the shaft section can be transferred from the open position into the closed position by rotating the swappable tool head such that a bayonet joint is formed between the shaft section of the swappable tool head and the machine part , characterized in that the machine part has a compression spring , which is located in the receptacle region (A), and the compression spring is arranged such that the compression spring can be functionally connected to the end face (S) of the shaft section of the swappable tool head , wherein a respective engaging element of the swappable tool head can in the closed position be pressed on the engaging zone (E) of a respective holding element due to the effect of the spring force (F) of the compression spring on the swappable tool head such that the compression spring can act as a safety spring for securing the closed position whereas the compression spring can act as an ejection spring in the open position.