mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing reaction agglomerated particles, the method comprising: circulating a liquid in a reaction processing vessel ; introducing a returned liquid of the circulated liquid into the reaction processing vessel along an inner peripheral surface of the reaction processing vessel so as to set a liquid flow in the reaction processing vessel to a spiral flow, the inflow position of the returned liquid of the circulated liquid into the reaction processing vessel being at one end portion of the reaction processing vessel in a longitudinal direction; and injecting an additional liquid (A, B, C) containing an inorganic substance to be added at a central position (Q) remote from an inner surface of the reaction processing vessel in a reaction field in the reaction processing vessel so as to perform reaction processing, whereby to produce said agglomerated particles, wherein the liquid after the reaction processing is extracted from the opposite end portion of the reaction processing vessel in the longitudinal direction at an outflow position so as to create a one way spiral flow along the vessel and so as to be returned to the reaction processing vessel as the returned liquid of the circulated liquid. circulating a liquid in a reaction processing vessel ; introducing a returned liquid of the circulated liquid into the reaction processing vessel along an inner peripheral surface of the reaction processing vessel so as to set a liquid flow in the reaction processing vessel to a spiral flow, the inflow position of the returned liquid of the circulated liquid into the reaction processing vessel being at one end portion of the reaction processing vessel in a longitudinal direction; and injecting an additional liquid (A, B, C) containing an inorganic substance to be added at a central position (Q) remote from an inner surface of the reaction processing vessel in a reaction field in the reaction processing vessel so as to perform reaction processing, whereby to produce said agglomerated particles, wherein the liquid after the reaction processing is extracted from the opposite end portion of the reaction processing vessel in the longitudinal direction at an outflow position so as to create a one way spiral flow along the vessel and so as to be returned to the reaction processing vessel as the returned liquid of the circulated liquid.
A method for removing calcium containing fly ash from a substrate, comprising: providing a substrate containing the calcium containing fly ash; and treating the provided substrate with a treatment composition to remove at least a portion of the calcium containing fly ash from the substrate, wherein the treatment composition comprises a salt of a partially protonated polycarboxylic acid, with the salt being selected from an alkali metal, ammonia or organic amine compound.
A detection method for chemical substances on moving objects, in which method a moving object to be examined is monitored within a defined spatial control region , a predefined capture region of the moving object is optically detected, the capture region of the moving object is spectroscopically examined, wherein for the spectroscopic examination of the capture region a laser-spectroscopic method that uses a laser is employed, in which chemical substances which are situated on a surface of the capture region of the moving object are detected by means of the spectroscopic examination, wherein the position of the capture region of the moving object within the control region is tracked spatially by the laser.
A filter media comprising a filtration substrate and a layer comprising a plurality of fine fibers disposed on the substrate, the fine fiber comprising a nonreactive polymer and a self-crosslinked resinous aldehyde composition, wherein the polymer is unable to crosslink with the resinous aldehyde composition; the resinous aldehyde composition is present in an amount of greater than 20 parts by weight per 100 parts by weight of the polymer, and wherein the fine fiber has an average diameter of no greater than 5 microns. the polymer is unable to crosslink with the resinous aldehyde composition; the resinous aldehyde composition is present in an amount of greater than 20 parts by weight per 100 parts by weight of the polymer, and wherein the fine fiber has an average diameter of no greater than 5 microns.
A method for semiautomatic positioning of a handling device or an automatic handling device, wherein an operator adjusts a laser pointer that functions as a position indicator device, and after successful adjustment, confirms an orientation of the laser pointer by actuation of an operating element provided for this purpose, wherein the laser pointer is disposed to be movable with at least one degree of freedom, wherein the laser pointer is mounted in a stationary position in a device that allows a pivoting movement in at least one plane and at least as a pitching movement, wherein with or after the confirmation the orientation of the laser pointer is recorded and converted into motion data, for the positioning of the handling device, and wherein position information is recorded with respect to the/each degree of freedom for recording the orientation of the laser pointer .
Method for hydrophobizing and/or oleophobizing a material that is part of an electric machine, comprising: a. loading a compressed gas with a hydrophobizing agent and/or oleophobizing agent , b. bringing the material into contact with the compressed and loaded gas , and c. removing the gas from the material , wherein the hydrophobizing and/or oleophobizing agent comprises a fluorocarbon compound and the material comprises a polymer or consits of such. a. loading a compressed gas with a hydrophobizing agent and/or oleophobizing agent , b. bringing the material into contact with the compressed and loaded gas , and c. removing the gas from the material ,
A polyester resin comprising a sulfonate component and a hetero alicyclic skeleton component as constituent units, wherein the sulfonate component is a component derived from a bis(2-hydroxyethyl)phthalate sulfonic acid salt.
Toy for playing back music or a spoken story, having - a loudspeaker or a loudspeaker connection, - a sensor which can detect, within an area of its environment, a property or a change in a property of this environment, - a control unit which can control the loudspeaker or the loudspeaker connection to play back music or a spoken story if the sensor detects, within the area of its environment, a specific property or a specific change in a property of this environment or if the control unit detects a specific change in the property detected by the sensor, wherein the sensor is a reader for communicating with a passive RFID transponder and/or for communicating with an active RFID transponder, characterized in that, in addition, a sensor can detect that a magnetic field in a specific area of its environment has a specific field direction relative to a preferred direction. - a loudspeaker or a loudspeaker connection, - a sensor which can detect, within an area of its environment, a property or a change in a property of this environment, - a control unit which can control the loudspeaker or the loudspeaker connection to play back music or a spoken story if the sensor detects, within the area of its environment, a specific property or a specific change in a property of this environment or if the control unit detects a specific change in the property detected by the sensor,
Composition, containing as active ingredient ectoine, hydroxyectoine and/or salts, esters or amides of said compounds for use in a method for treatment and/or prophylaxis of diseases of the eyes associated with a disorder of the tear film, the disease being a hyperevaporative keratoconjunctivitis sicca based on a malfunction of the Meibom glands and the active ingredient effecting a fluidisation of the lipid layer formed by the Meibom glands, and the composition being present in the form of liposomes.
A thermally resistant layered composite sheet, the composite sheet comprising: a first fabric layer having a top side and a bottom wherein the fabric layer includes any polymeric film or composite as well as any woven or nonwoven fabric materials and the fabric material of the fabric layer has a composition comprised of polypropylene, polyethylene, polyamides, fiberglass, poly(ethylene terephthalate), and compositions or mixtures thereof; and a thermal barrier layer comprising at least one layer of a silicone elastomer and one or more silicone topcoats; the thermal barrier layer being located adjacent to one of the top side or bottom side; wherein the silicone elastomer of the barrier layer is a solid sheet or layer or is a cellular foam or sponge, comprising either a high consistency rubber (HCR) or a liquid silicone rubber (LSR) which exhibits a weight that is between 100 g/m 2 to 600 g/m 2 , and wherein silicone topcoat of the barrier layer comprises an organopolysiloxane having one or more silicon atom-bonded alkenyl groups on average in one molecule: an organohydrogenpolysiloxane; a hydrosilylation reaction catalyst present in any amount capable of curing the coating composition; and optionally, a reinforcing filler material, such as silica and is applied such that it exhibits a weight between 3 g/m 2 to 50 g/m 2 , wherein the Young's modulus of elasticity of the silicone topcoat of the thermal barrier layer is greater than that of the silicone elastomer of the thermal barrier layer; and wherein the composite sheet has a thermal resistance value of six seconds or more at 725°C using a Hot Rod thermal resistivity test. a first fabric layer having a top side and a bottom wherein the fabric layer includes any polymeric film or composite as well as any woven or nonwoven fabric materials and the fabric material of the fabric layer has a composition comprised of polypropylene, polyethylene, polyamides, fiberglass, poly(ethylene terephthalate), and compositions or mixtures thereof; and a thermal barrier layer comprising at least one layer of a silicone elastomer and one or more silicone topcoats; the thermal barrier layer being located adjacent to one of the top side or bottom side; wherein the Young's modulus of elasticity of the silicone topcoat of the thermal barrier layer is greater than that of the silicone elastomer of the thermal barrier layer; and wherein the composite sheet has a thermal resistance value of six seconds or more at 725°C using a Hot Rod thermal resistivity test.
Method of implementing a block cipher algorithm by a device storing a fixed initialization datum (IV) specific to said device, a first iteration of the algorithm producing a block of predefined size, said method being characterized in that it comprises, before execution of the first iteration of said algorithm in the course of a session (S 0 ) : - a step (E0) of determining a modified initialization datum (IV') by means of a determined function (g) distinct from the algorithm, supplied as input with the fixed initialization datum (IV) and a state value (VS 0 ) which is specific to the session and of smaller size than the size of the block produced, the state value being stored in the device, said modified initialization datum being intended to be used to implement the first iteration of the algorithm, - a step (E5) of storing a new state value (VS 1 ) specific to a new session, said new state value being obtained by applying an updating function (f) to the state value (VS 0 ), the updating of the state value and the storage of the new state value being dependent of the cryptographic operations associated with the iterations of the block cipher algorithm. - a step (E0) of determining a modified initialization datum (IV') by means of a determined function (g) distinct from the algorithm, supplied as input with the fixed initialization datum (IV) and a state value (VS 0 ) which is specific to the session and of smaller size than the size of the block produced, the state value being stored in the device, said modified initialization datum being intended to be used to implement the first iteration of the algorithm, - a step (E5) of storing a new state value (VS 1 ) specific to a new session, said new state value being obtained by applying an updating function (f) to the state value (VS 0 ), the updating of the state value and the storage of the new state value being dependent of the cryptographic operations associated with the iterations of the block cipher algorithm.
An open-mouth modular bagging system for packaging a bulk product into a plurality of bag or pouch type containers, comprising at least one module adapted to successively fill each container with a determined amount of product, which module comprises at least its own control means, characterised in that the bagging system comprises securing means adapted to secure the so-called main module to at least one complementary module which comprises at least its own control means and is adapted to participate in packaging the bulk product into each container, and in that the bagging system comprises means for transmitting data between the control means of the main module and the control means of the complementary module, the control means of the complementary module being able to detect a master configuration of the control means of the main module, and being configured to • in case of a detection of said master configuration, operate in a slave configuration, according to a master-slave model in which the control means of the main module are master and the control means of the complementary module are slave, and • in case of no detection, autonomously operate and be driven. • in case of a detection of said master configuration, operate in a slave configuration, according to a master-slave model in which the control means of the main module are master and the control means of the complementary module are slave, and • in case of no detection, autonomously operate and be driven.
A device comprising: a housing ; an array of LEDs forming an indicia wherein the LEDs comprise unpackaged LEDs deposited on a substrate disposed within the housing , wherein the array of LEDs and the substrate having a combined profile height of less than 0.25 millimeters; one or more processors ; computer-readable media having stored thereon computer-readable instructions, which, when executed, cause the one or more processors to activate the LEDs to illuminate the indicia so as to display a logo; characterized in that the device comprises a camera having a field of view and wherein the LEDs are configured to illuminate an area within the field of view of the camera . a housing ; an array of LEDs forming an indicia wherein the LEDs comprise unpackaged LEDs deposited on a substrate disposed within the housing , wherein the array of LEDs and the substrate having a combined profile height of less than 0.25 millimeters; one or more processors ; computer-readable media having stored thereon computer-readable instructions, which, when executed, cause the one or more processors to activate the LEDs to illuminate the indicia so as to display a logo; characterized in that the device comprises a camera having a field of view and wherein the LEDs are configured to illuminate an area within the field of view of the camera .
Voltage converter unit comprising - an active part having a voltage converter core which has a straight first core section and a U-shaped second core section which connects the ends of the first core section to one another, - and an active part housing comprising a housing inner side having a U-shaped contact region for the second core section , said contact region corresponding to the second core section , wherein the active part , with the second core section in contact with the contact region in a U-shaped manner, is arranged in the active part housing , - characterized in that the voltage converter core is fastened to the active part housing in a force-fitting manner by way of fastening plates (9 to 11) of the voltage converter unit which are connected to the active part housing and press the second core section of the voltage converter core against the contact region of the housing inner side of the active part housing . - an active part having a voltage converter core which has a straight first core section and a U-shaped second core section which connects the ends of the first core section to one another, - and an active part housing comprising a housing inner side having a U-shaped contact region for the second core section , said contact region corresponding to the second core section , wherein the active part , with the second core section in contact with the contact region in a U-shaped manner, is arranged in the active part housing , - characterized in that
A surroundings monitoring system for a work machine, comprising: a controller configured to detect a person present around the work machine and switch a state of the work machine between a first state and a second state based on a detection result of the controller , wherein the first state includes a state where a restriction on an operation of the work machine is canceled, the second state includes a state where the operation of the work machine is restricted or stopped, the controller is configured to return the state of the work machine to the first state when a predetermined condition is satisfied after switching the state of the work machine to the second state, the predetermined condition includes that no person is detected around the work machine and that it is ensured that the work machine is prevented from starting to operate, and that the work machine is prevented from starting to operate includes that an operation apparatus is in a neutral position for a predetermined time or more, a gate lock lever is lowered, or hands and feet of an operator are off the operation apparatus. a controller configured to detect a person present around the work machine and switch a state of the work machine between a first state and a second state based on a detection result of the controller , wherein the first state includes a state where a restriction on an operation of the work machine is canceled, the second state includes a state where the operation of the work machine is restricted or stopped, the controller is configured to return the state of the work machine to the first state when a predetermined condition is satisfied after switching the state of the work machine to the second state, the predetermined condition includes that no person is detected around the work machine and that it is ensured that the work machine is prevented from starting to operate, and that the work machine is prevented from starting to operate includes that an operation apparatus is in a neutral position for a predetermined time or more, a gate lock lever is lowered, or hands and feet of an operator are off the operation apparatus.
Method for transforming an image descriptor ( H ), based on a plurality of gradient histograms ( h ), each comprising a plurality of histogram bins (h i ), into a transformed image descriptor ( V ) based on a plurality of transformed gradient histograms ( v ), each comprising a set of values (v j ), wherein each of said plurality of gradient histograms (h) is related to a subregion (SR) of a local region (R) around an image keypoint (KP) and wherein, for transforming at least one gradient histogram of said plurality of gradient histograms ( h ), it is provided the steps of: for each value of the set of values (v i ) of the corresponding at least one transformed histogram ( v ), selecting at least two histogram bins from the plurality of histogram bins (h i ) of the at least one gradient histogram based on at least one location criterium of said plurality of histogram bins (h i ) and calculating, as the value, a function of the selected at least two histogram bins, wherein the plurality of gradient histograms comprises a plurality of gradient orientation histograms wherein at least one subregion gradient histogram is transformed using a transformation function which differs from the transformation functions used for transforming other subregion gradient histograms. for each value of the set of values (v i ) of the corresponding at least one transformed histogram ( v ), selecting at least two histogram bins from the plurality of histogram bins (h i ) of the at least one gradient histogram based on at least one location criterium of said plurality of histogram bins (h i ) and calculating, as the value, a function of the selected at least two histogram bins, wherein the plurality of gradient histograms comprises a plurality of gradient orientation histograms wherein at least one subregion gradient histogram is transformed using a transformation function which differs from the transformation functions used for transforming other subregion gradient histograms.
A compound selected from 2-amino-3-phenylpropyl(aminocarbonyl)carbamate, pharmaceutically acceptable salts and stereoisomers thereof.
A computer-implemented method for evaluating which of a set of different types of reference indicator (106a-c) has colour attributes closest to those of an object , wherein each respective type of reference indicator (106a-c) has different colour attributes, the method comprising: determining a colour relationship between the object and at least one reference indicator of a first type by analysing a plurality of image portions , each image portion comprising at least part of the object and at least one reference indicator of the first type placed directly on the object , wherein the image portions each have different lighting characteristics; and comparing the determined colour relationship to known colour relationships associated with the at least one reference indicator of the first type, each known colour relationship representing a relationship between the reference indicator of the first type and another reference indicator of the set of different types of reference indicator (106a-c), to identify which of the set of different types of reference indicator (106a-c) has colour attributes closest to those of the object . determining a colour relationship between the object and at least one reference indicator of a first type by analysing a plurality of image portions , each image portion comprising at least part of the object and at least one reference indicator of the first type placed directly on the object , wherein the image portions each have different lighting characteristics; and comparing the determined colour relationship to known colour relationships associated with the at least one reference indicator of the first type, each known colour relationship representing a relationship between the reference indicator of the first type and another reference indicator of the set of different types of reference indicator (106a-c), to identify which of the set of different types of reference indicator (106a-c) has colour attributes closest to those of the object .