mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing core/shell-type fluorescent dye-containing nanoparticles having an average particle size of 40 to 500 nm for immunohistochemical staining or live cell imaging, said nanoparticle comprising: a core particle which is composed of a uniformly dispersed fluorescent dye-containing thermoplastic resin; and a shell layer which coats said core particle and is composed of a thermosetting resin; wherein said method comprising: the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin. a core particle which is composed of a uniformly dispersed fluorescent dye-containing thermoplastic resin; and a shell layer which coats said core particle and is composed of a thermosetting resin; wherein said method comprising: the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin. the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin.
A work support apparatus for making an unskilled worker grow into a skilled worker without disturbing the skilled workers' work, comprising: a processor and a memory , and an output device to which the work support apparatus is connected, the memory holds a value indicating information on at least one of an apparatus used for a work and a worker performing the work , work change recognition determination information indicating a work change recognition determination algorithm, and work support information indicating a work support content corresponding to a determination result, and the processor applies a value indicating information on at least one of the apparatus and the worker to the work change recognition determination algorithm and execute a work change recognition determination for determining whether or not the worker recognizes a work change indicating at least one of a change in a work process and a transition between a normal state and an abnormal state of a work, and outputs, to the output device , a work support content corresponding to a determination result of the work change recognition determination, with reference to the work support information. a processor and a memory , and an output device to which the work support apparatus is connected, the memory holds a value indicating information on at least one of an apparatus used for a work and a worker performing the work , work change recognition determination information indicating a work change recognition determination algorithm, and work support information indicating a work support content corresponding to a determination result, and the processor applies a value indicating information on at least one of the apparatus and the worker to the work change recognition determination algorithm and execute a work change recognition determination for determining whether or not the worker recognizes a work change indicating at least one of a change in a work process and a transition between a normal state and an abnormal state of a work, and outputs, to the output device , a work support content corresponding to a determination result of the work change recognition determination, with reference to the work support information.
A polymerizable composition comprising: a polymer compound containing a repeating unit represented by the following Formula ; a polymerization initiator; and a polymerizable compound wherein the polymerizable compound comprises at least one monofunctional polymerizable compound, and, optionally, at least one multifunctional polymerizable compound, wherein the content of the multifunctional polymerizable compound is 20% by mass or lower with respect to the total amount of the polymerizable compound and wherein the term "multifunctional polymerizable compound" refers to a compound including, in a molecule thereof, at least two radically polymerizable ethylenically unsaturated bonds. wherein the polymerizable compound comprises at least one monofunctional polymerizable compound, and, optionally, at least one multifunctional polymerizable compound, wherein the content of the multifunctional polymerizable compound is 20% by mass or lower with respect to the total amount of the polymerizable compound and wherein the term "multifunctional polymerizable compound" refers to a compound including, in a molecule thereof, at least two radically polymerizable ethylenically unsaturated bonds.
Slide rack for a cupboard unit , in particular for a kitchen cupboard unit having upright side walls aligned in parallel with one another and a rear wall extending between these side walls , which delimits a cupboard interior laterally and at the rear, comprising a rack frame which can be transferred by telescopic rails from a closed position located in the cupboard interior into an open position which is moved out of the cupboard interior, wherein at least one shelf or a similar fitting can be supported on at least one vertical support column of the rack frame , characterised in that the rack frame is hingedly connected to a translationally movable telescopic rail by means of a pivot lever and in that the rack frame is hinged to the pivot lever so as to be pivotable relative thereto, wherein the telescopic rail is associated with a guide slot along which the rack frame is designed to be movable in its open position for a pivoting movement of the rack frame with respect to the telescopic rail .
Sensing device designed for being applied on a first flap and on a second flap of an opening arranged in a wearable item , comprising: - a triggering element arranged on the first flap of the opening and comprising an activating component ; - a switch element arranged on the second flap of the opening and comprising a sensing component ; the sensing component being designed for emitting an electrical output signal when it is put in a predetermined mutual position with respect to the activating component ; characterized in that the triggering element is provided with at least one alignment component (22; 22A, 22B) designed for interacting with a corresponding alignment component (32; 32A, 32B) of the switch element so as to autonomously and automatically put in said predetermined mutual position the activating component and the sensing component when the first flap is drawn close to the second flap , or viceversa; wherein said at least one alignment component (22; 22A, 22B) of said triggering element and said at least one alignment component (32; 32A, 32B) of said switch element are magnetic components. - a triggering element arranged on the first flap of the opening and comprising an activating component ; - a switch element arranged on the second flap of the opening and comprising a sensing component ; the sensing component being designed for emitting an electrical output signal when it is put in a predetermined mutual position with respect to the activating component ;
Apparatus for detecting materials on a conveyor belt, comprising: a conveyor belt configured to convey a product in a conveying direction; an x-ray source configured to direct a beam of x-rays having a source intensity distributed across a source spectrum through the thickness of the conveyor belt along an x-ray path; a spectroscopic x-ray detector comprising one or more pixels on the opposite side of the conveyor belt from the x-ray source that receive the x-rays that are attenuated as they pass through the conveyor belt, the conveyed product, and any foreign object advancing with the conveyed product on the conveyor belt at discrete pixel positions across the width of the conveyor belt; wherein the one or more pixels define a corresponding field of view at each pixel position and determine a received intensity distributed across a received spectrum of the attenuated x-rays in its corresponding field of view at each pixel position; a processing system configured to relate the received spectrum at each pixel position to the source spectrum to determine a measured attenuation of the x-rays and to relate the measured attenuation to an x-ray attenuation model that includes attenuation coefficients of a set of preselected constituent materials including materials constituting the product, materials constituting the conveyor belt, and materials constituting foreign objects suspected as possible contaminants, characterised in that the processing system is further configured to determine the thickness of those materials in the fields of view at each pixel position. a conveyor belt configured to convey a product in a conveying direction; an x-ray source configured to direct a beam of x-rays having a source intensity distributed across a source spectrum through the thickness of the conveyor belt along an x-ray path; a spectroscopic x-ray detector comprising one or more pixels on the opposite side of the conveyor belt from the x-ray source that receive the x-rays that are attenuated as they pass through the conveyor belt, the conveyed product, and any foreign object advancing with the conveyed product on the conveyor belt at discrete pixel positions across the width of the conveyor belt; wherein the one or more pixels define a corresponding field of view at each pixel position and determine a received intensity distributed across a received spectrum of the attenuated x-rays in its corresponding field of view at each pixel position; a processing system configured to relate the received spectrum at each pixel position to the source spectrum to determine a measured attenuation of the x-rays and to relate the measured attenuation to an x-ray attenuation model that includes attenuation coefficients of a set of preselected constituent materials including materials constituting the product, materials constituting the conveyor belt, and materials constituting foreign objects suspected as possible contaminants, characterised in that the processing system is further configured to determine the thickness of those materials in the fields of view at each pixel position.
A method of separation of uric acid from an aqueous solution of poultry litter or poultry manure, characterised in that in an electrodialytic reactor with compartments separated by a semi-permeable anion-selective membrane, an aqueous suspension of fresh poultry litter or an aqueous solution of fresh poultry manure with a dry matter content in the range of 1-30% is placed in the cathodic compartment of the reactor; the anodic compartment is filled with water or with an aqueous solution of salts or bases when poultry litter is used; when poultry manure is used, the anodic compartment is filled with an aqueous solution of a salt or a base; and then, electric current is supplied to electrodes placed in the compartments and the process is carried out at a current density in the range of 150 - 300 A/m 2 ; wherein uric acid is brought into a soluble dinegative ionised urate form in the strongly alkaline environment of the cathodic compartment, allowing it to pass through the membrane in the acidic environment of the anodic compartment, after which, uric acid crystals are precipitated from the acidic environment of the anodic compartment; after that said uric acid crystals are separated by sedimentation, while nitrogen content in the cathodic compartment is reduced.
A method for service data processing, the method comprising: obtaining service data that is to be processed (S1); extracting pieces of key element data from the service data to receive source data for generating fingerprint data for the key element data, wherein the key element data is of a predetermined type; generating, by using a predetermined method, fingerprint data for the service data (S1), wherein the fingerprint data is generated for the key element data of the source data, wherein the service data is uniquely determined by using the fingerprint data, and wherein generating the fingerprint data comprises when a piece of the key element data is absent from the service data that is to be processed, determining (S11) a default value for the piece the key element data that is absent based on a service type of the service data, and using the default value as a value of the piece of key element data that is absent to generate the fingerprint data; storing the fingerprint data to a blockchain corresponding to the service data to generate blockchain copy data in the blockchain; and storing the blockchain copy data of the service data in the blockchain, wherein a node of the blockchain responsible for recording data of each block stores the blockchain copy data in a blockchain node, wherein the blockchain copy data includes fingerprint data stored in blockchain copy data of a previous adjacent node. determining (S11) a default value for the piece the key element data that is absent based on a service type of the service data, and using the default value as a value of the piece of key element data that is absent to generate the fingerprint data;
An illuminating device, comprising (a) a luminous element, (b) a support, and (c) a primary optical element, wherein (i) said luminous element (a) is present on the support (b), and (ii) said primary optical element (c) is arranged on the composite of luminous element (a) and support (b) in such a way that it takes up, directs and emits the radiation emerging from the luminous element in the desired light distribution, wherein (iii) said primary optical element (c) is fabricated from a high refractive index glass and (iv) attached to the support by direct bonding, characterized in that said glass contains oxides of tetravalent, divalent and monovalent metals. (a) a luminous element, (b) a support, and (c) a primary optical element, (i) said luminous element (a) is present on the support (b), and (ii) said primary optical element (c) is arranged on the composite of luminous element (a) and support (b) in such a way that it takes up, directs and emits the radiation emerging from the luminous element in the desired light distribution, wherein (iii) said primary optical element (c) is fabricated from a high refractive index glass and (iv) attached to the support by direct bonding,
A chain bar clutch system for a chainsaw, comprising: a chainsaw housing having a motor therein, a chain bar secured to the chainsaw housing , and operatively connected to the motor, a chain cover for securing the chain bar to the chainsaw housing, and a clutch system for controlling the force exerted by the chain cover against the chain bar.
An electronic device comprising: - a display working as a membrane; - an audio actuator connected to the display and wherein the audio actuator is an electro-mechanical transducer configured to transform an electrical alternating current audio signal to mechanical vibration and a mechanical force applied to the display to an electrical signal, wherein the audio actuator is configured to generate a voltage signal from a pressing force on the display ; - an audio signal generator connected to the audio actuator , wherein the audio actuator is configured to make the display vibrate in accordance with an audio signal generated by the audio signal generator , - a lowpass filter configured to filter the voltage signal to generate an output signal by filtering out the audio signal, and - a force detection unit connected to the lowpass filter , wherein the force detection unit is configured to determine if a is force applied to the display based on the output signal from the lowpass filter ; and wherein the lowpass filter is configured to have a passband that is below any frequency generated by the audio generator such that no signals generated by the audio signal generator are comprised in the output signal. - a display working as a membrane; - an audio actuator connected to the display and wherein the audio actuator is an electro-mechanical transducer configured to transform an electrical alternating current audio signal to mechanical vibration and a mechanical force applied to the display to an electrical signal, wherein the audio actuator is configured to generate a voltage signal from a pressing force on the display ; - an audio signal generator connected to the audio actuator , wherein the audio actuator is configured to make the display vibrate in accordance with an audio signal generated by the audio signal generator , - a lowpass filter configured to filter the voltage signal to generate an output signal by filtering out the audio signal, and - a force detection unit connected to the lowpass filter , wherein the force detection unit is configured to determine if a is force applied to the display based on the output signal from the lowpass filter ; and wherein
An unmanned aerial vehicle comprising a fuselage , a deployment mechanism supported by said fuselage, and a folding airfoil-shaped body attached to said deployment mechanism, wherein said deployment mechanism comprises first and second links which are pivotably coupled to each other, said folding airfoil-shaped body being in a stowed position when said first and second links are not aligned with each other and said folding airfoil-shaped body being in a deployed position when said first and second links are aligned with each other; said unmanned aerial vehicle further comprising a third link that is attached to said fuselage and pivotably coupled to said first link , and a fourth link pivotably coupled to said second and third links ; wherein the point (B) where said first and second links are pivotably coupled is disposed between the point (A) where said first and third links are pivotably coupled and the point (C) where said second and fourth links are pivotably coupled when said first and second links are aligned.
A detachable toy comprising a first body , a second body detachably or rotatably disposed on the first body, locking parts for fixing the second body to the first body , and latch parts for releasing locking states of the locking parts by means of displacement in position thereof, wherein if the locking states of the locking parts are released, the second body is detached or rotates from the first body , and at least one of the first body and the second body is developed to transform from a first form into a second form, wherein the detachable toy further comprises an auxiliary toy disposed between the first body and the second body in such a manner as to be launched from the first body if the second body rotates to open, characterized in that if the auxiliary toy is launched from the first body , the auxiliary toy transforms into a second form from a first form.
Bypass turbofan engine comprising: - a low-pressure shaft supported by at least two low-pressure bearings (BP#1 to BP#4), - a high-pressure shaft supported by at least two high-pressure bearings (HP#1, HP#2), - a fan shaft supported by at least two fan bearings (S#1, S#2), - a reduction mechanism , coupling the low-pressure shaft and the fan shaft , - enclosures (A to D) housing the low-pressure bearings (BP#1 to BP#4), the high-pressure bearings (HP#1, HP#2), the fan bearings (S#1, S#2) and the reduction mechanism , and - a lubrication assembly comprising a closed oil circuit configured to supply the enclosures (A to E) with oil to cool said bearings and the reduction mechanism, said lubrication assembly comprising at most five recovery pumps (28a to 28d) configured to recover oil in the enclosures (A to D), the turbofan engine being characterised in that the high-pressure bearings (HP#1, HP#2) comprise two front high-pressure bearings (HP#1), placed upstream of a combustion chamber, and a rear high-pressure bearing (HP#2), placed downstream of the combustion chamber, the front high-pressure bearings (HP#1) being housed in the same enclosure (B) and associated with the same recovery pump . - a low-pressure shaft supported by at least two low-pressure bearings (BP#1 to BP#4), - a high-pressure shaft supported by at least two high-pressure bearings (HP#1, HP#2), - a fan shaft supported by at least two fan bearings (S#1, S#2), - a reduction mechanism , coupling the low-pressure shaft and the fan shaft , - enclosures (A to D) housing the low-pressure bearings (BP#1 to BP#4), the high-pressure bearings (HP#1, HP#2), the fan bearings (S#1, S#2) and the reduction mechanism , and - a lubrication assembly comprising a closed oil circuit configured to supply the enclosures (A to E) with oil to cool said bearings and the reduction mechanism, said lubrication assembly comprising at most five recovery pumps (28a to 28d) configured to recover oil in the enclosures (A to D), the turbofan engine being characterised in that the high-pressure bearings (HP#1, HP#2) comprise two front high-pressure bearings (HP#1), placed upstream of a combustion chamber, and a rear high-pressure bearing (HP#2), placed downstream of the combustion chamber, the front high-pressure bearings (HP#1) being housed in the same enclosure (B) and associated with the same recovery pump .
Brake drum for a drum brake, in particular of a motor vehicle, comprising a cylindrical casing and a carrier pot axially adjoining said cylindrical casing, wherein the carrier pot comprises a hub ring portion for fixing to a wheel hub , wherein a cylindrical friction ring is arranged on an inner side of the casing , characterized in that the brake drum formed in one piece is formed at least in part from a fibre-reinforced plastic, wherein the friction ring comprises metallic and/or ceramic components.
A method of operating a system for navigating within a track network , with a system central for administering network data which represent a model of the track network , with a track maintenance machine comprising a navigation device for processing navigation data derived from the network data, with communication means for data exchange between the system central and the navigation device and with a carrier platform with sensors for collecting raw data which represent characteristic information of the track network , wherein the raw data are transmitted to the system central , wherein in the system central a big data framework is installed, wherein object data are generated from the raw data by means of identification algorithms and wherein the network data are synchronized with the object data in order to update the network data, characterized in that probability values or probability functions are assigned to the object data in each case in dependence on the sensors used and/or the carrier platform used and/or the identification algorithms used.