mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a foamed sulfur asphalt stabilized soil comprising the steps of: introducing an asphalt binder, elemental sulfur, foaming air, and foaming water into a foaming mixer, where the foaming water has a water introduction pressure, where the foaming air has an air introduction pressure, and where the water introduction pressure is greater than the air introduction pressure; operating the foaming mixer such that a foamed sulfur asphalt forms, where the foamed sulfur asphalt has an amount of elemental sulfur in a range of from 10% to 50% by weight of the combined amount of elemental sulfur and the asphalt binder, a foam half-life equal to or greater than 6 seconds and has a foam expansion ratio equal to or greater than 8, and where the foaming mixer operates at a temperature in a range of from 140 °C to 150 °C; introducing the foamed sulfur asphalt, an aggregate having a moisture content, and Portland cement into an aggregate mixer, wherein the foamed sulfur asphalt passes from the foaming mixer into the aggregate mixer and introduced to the aggregate in the aggregate mixer at a temperature no greater than 130 °C; and operating the aggregate mixer such that the foamed sulfur asphalt stabilized soil forms. introducing an asphalt binder, elemental sulfur, foaming air, and foaming water into a foaming mixer, where the foaming water has a water introduction pressure, where the foaming air has an air introduction pressure, and where the water introduction pressure is greater than the air introduction pressure; operating the foaming mixer such that a foamed sulfur asphalt forms, where the foamed sulfur asphalt has an amount of elemental sulfur in a range of from 10% to 50% by weight of the combined amount of elemental sulfur and the asphalt binder, a foam half-life equal to or greater than 6 seconds and has a foam expansion ratio equal to or greater than 8, and where the foaming mixer operates at a temperature in a range of from 140 °C to 150 °C; introducing the foamed sulfur asphalt, an aggregate having a moisture content, and Portland cement into an aggregate mixer, wherein the foamed sulfur asphalt passes from the foaming mixer into the aggregate mixer and introduced to the aggregate in the aggregate mixer at a temperature no greater than 130 °C; and operating the aggregate mixer such that the foamed sulfur asphalt stabilized soil forms.
Vehicle with chassis (13; 14; 15; 16) on which is attached a reverse deformable train, the rear train having on each side of the deformable a longitudinal suspension arm of the type having, in the rear , a wheel hub and, in the front , a joint , so that the front part of the suspension arm can be connected to the chassis ; 14; 15; 16), the chassis (13; 14; 15; 16) having a structural element positioned in the forward extension of the suspension arm and adapted to extend opposite and limit the longitudinal displacement (x) of the front part of the suspension arm , such a longitudinal displacement occurring during a shock on the rear of the vehicle which causes the said articulation to break , the vehicle fitted with adequate means of blocking to block the transverse movement (y) of the front part of the suspension arm during that shock, the means of blocking having a protruding end carried by a front part of the suspension arm , the protruding end being adapted to penetrate an opening (43 6) corresponding to a reinforcement (43; 44; 45; 46) worn by the chassis (13; 14; 15; 16), characterized as the hole is formed by a free zone of the said reinforcement (43; 44; 45; 46).
An interface arrangement for data, signal and/or voice transmission between two adjacent railcar bodies (A, B) of a multi-member vehicle, in particular a track-guided vehicle, wherein the interface arrangement comprises an electrical contact coupling allocated to a first railcar body (A) which has at least one coupling plane-side coupling contact (2.1, ..., 2.4) for data, signal and/or voice transmission with a mating electrical contact coupling of a second railcar body (B) adjacent to the first railcar body (A), characterized in that the at least one coupling plane-side coupling contact (2.1, ..., 2.4) is solely connected to a railcar body-side coupling contact of an electrical coupling/train interface by a data bus cabling. characterized in that the at least one coupling plane-side coupling contact (2.1, ..., 2.4) is solely connected to a railcar body-side coupling contact of an electrical coupling/train interface by a data bus cabling.
A method of synchronizing images from multiple image sensors comprising a first image sensor and a second image sensor , the method comprising: synchronizing a capture of a first image using the first image sensor and a capture of a second image using the second image sensor based on configuration information, wherein the first image sensor differs from the second image sensor in at least one of characteristics comprising a megapixel, a frame rate or a focal length; and storing at least one of (a) the captured first image on a first on-sensor memory integrated on the first image sensor , or (b) the captured second image on a second on-sensor memory integrated on the second image sensor by converting analog values associated with pixels of at least one of the captured first image or the captured second image into digital values, wherein the configuration information comprises blanking and a read-out speed of pixel values from a pixel array to an on-sensor memory. synchronizing a capture of a first image using the first image sensor and a capture of a second image using the second image sensor based on configuration information, wherein the first image sensor differs from the second image sensor in at least one of characteristics comprising a megapixel, a frame rate or a focal length; and storing at least one of (a) the captured first image on a first on-sensor memory integrated on the first image sensor , or (b) the captured second image on a second on-sensor memory integrated on the second image sensor by converting analog values associated with pixels of at least one of the captured first image or the captured second image into digital values, wherein the configuration information comprises blanking and a read-out speed of pixel values from a pixel array to an on-sensor memory.
A system for the inventory, the position tracking and the management of information relating to the cages for housing laboratory animals, comprising: - a shelf defining a plurality of seats or cage positions for a corresponding number of animal housing cages , at least one of said cage positions comprising in turn at least a RFiD reader ; - one or more cages , each of said cages having a cover and a filtering element inserted in said cover and closed by a filter cover ; - an RFiD TAG associated to said cover of each of said one or more cages ; - a data collection and management central software for managing the information collected by said RFiD readers ; so that the system is able to automatically detect the information associated to the RFiD TAG of a cage when this latter is inserted in said at least one cage position of said shelf , characterized in that said at least one RFiD reader is positioned in the lower area of said at least one cage position thus being positioned below a cage and located in the area of said filtering element of said underlying cage , in that said RFiD TAG is incorporated in a plate , and in that said plate is disposed between said filtering element and said filter cover . - a shelf defining a plurality of seats or cage positions for a corresponding number of animal housing cages , at least one of said cage positions comprising in turn at least a RFiD reader ; - one or more cages , each of said cages having a cover and a filtering element inserted in said cover and closed by a filter cover ; - an RFiD TAG associated to said cover of each of said one or more cages ; - a data collection and management central software for managing the information collected by said RFiD readers ; so that the system is able to automatically detect the information associated to the RFiD TAG of a cage when this latter is inserted in said at least one cage position of said shelf , characterized in that said at least one RFiD reader is positioned in the lower area of said at least one cage position thus being positioned below a cage and located in the area of said filtering element of said underlying cage , in that said RFiD TAG is incorporated in a plate , and in that said plate is disposed between said filtering element and said filter cover .
A compound of formula I or a salt or N-oxide thereof, wherein R 2 and R 4 are as set out in the following table: R 4 R 2 3,5-dichlorophenyl- (4 R )-2-ethyl-3-oxo-isoxazolidin-4-yl- 3,5-dichlorophenyl- 1-oxothietan-3-yl- 3,5-dichlorophenyl- 1,1-dioxothietan-3-yl- 3,5-dichlorophenyl- ( E )-methoxyiminomethyl- 3,4,5-trichlorophenyl- 2-oxo-2-(2,2,2-trifluoroethylamino)ethyl- 3,4,5-trichlorophenyl- ( E )-methoxyiminomethyl- 3,5-dichloro-4-fluorophenyl- 2-oxo-2-(2,2,2-trifluoroethylamino)ethyl- 3,4,5-trichlorophenyl- 2,2,2-trifluoroethyl- 3,5-dichloro-4-fluorophenyl- ( E )-methoxyiminomethyl- 3,4,5-trichlorophenyl- cyclobutyl- 3,5-dichloro-4-fluorophenyl- cyclobutyl- 3,5-dichloro-4-fluorophenyl- 2,2,2-trifluoroethyl- 3,5-dichlorophenyl- cyclobutyl-
A flow generator for a respiratory treatment apparatus comprising: a motor; an impeller coupled with the motor; a housing for the impeller comprising a volute, a gas inlet and a gas outlet , the gas inlet being an inlet to the flow generator, through which a flow of breathable gas is drawn to the flow generator, the gas outlet being adaptable for a conduit of a patient interface to deliver the breathable gas as a respiratory treatment; an inlet flow seal positioned to selectively open and close the gas inlet , the inlet flow seal having a first side internally proximate to an inlet chamber of the gas inlet and the inlet flow seal having a second side externally proximate to the inlet chamber of the gas inlet ; and a seal activation chamber configured proximate to the second side of the inlet flow seal to permit a negative pressure in the seal activation chamber to open the gas inlet to a flow of breathable gas. a motor; an impeller coupled with the motor; a housing for the impeller comprising a volute, a gas inlet and a gas outlet , the gas inlet being an inlet to the flow generator, through which a flow of breathable gas is drawn to the flow generator, the gas outlet being adaptable for a conduit of a patient interface to deliver the breathable gas as a respiratory treatment; an inlet flow seal positioned to selectively open and close the gas inlet , the inlet flow seal having a first side internally proximate to an inlet chamber of the gas inlet and the inlet flow seal having a second side externally proximate to the inlet chamber of the gas inlet ; and a seal activation chamber configured proximate to the second side of the inlet flow seal to permit a negative pressure in the seal activation chamber to open the gas inlet to a flow of breathable gas.
A method, performed by a terminal, of transmitting and receiving control information in a wireless communication system, the method comprising: receiving first service type data in a scheduled downlink physical data channel resource region; receiving second service type data assigned to at least a part of the resource region assigned to the first service type data, wherein the first service type data is different from the second service type data; receiving an interruption indicator, wherein the interruption indicator indicates that the first data type service is punctured by the second data type of service, and performing a hybrid automatic repeat request, HARQ, acknowledgement, ACK/negative ACK, NACK, transmission regarding the first service type data, based on the interruption indicator, characterised in that the performing of the HARQ ACK/NACK transmission comprises changing a pre-configured HARQ ACK/NACK transmission resource to a new HARQ ACK/NACK transmission resource when a resource to which a demodulation reference signal, DMRS, for demodulation of the first service type data is assigned is interrupted. receiving first service type data in a scheduled downlink physical data channel resource region; receiving second service type data assigned to at least a part of the resource region assigned to the first service type data, wherein the first service type data is different from the second service type data; receiving an interruption indicator, wherein the interruption indicator indicates that the first data type service is punctured by the second data type of service, and performing a hybrid automatic repeat request, HARQ, acknowledgement, ACK/negative ACK, NACK, transmission regarding the first service type data, based on the interruption indicator, characterised in that the performing of the HARQ ACK/NACK transmission comprises changing a pre-configured HARQ ACK/NACK transmission resource to a new HARQ ACK/NACK transmission resource when a resource to which a demodulation reference signal, DMRS, for demodulation of the first service type data is assigned is interrupted.
A layup mandrel to mold a part comprising or consisting essentially of a composite material, the layup mandrel comprising: a rib structure comprising ribs defining a lofted surface ; and a skin attached to and supported by the rib structure , wherein: the skin has a surface having a curvature of the lofted surface ; the ribs are disposed to at least partially shape the curvature molding said part pressed against the skin during curing of the part ; a face sheet on the skin ; a bagging film sealed to the face sheet so as to form a bag containing the part, and evacuating the bag so as to apply the pressure pressing the part against the face sheet, so as to finish molding the part against the face sheet. a rib structure comprising ribs defining a lofted surface ; and a skin attached to and supported by the rib structure , wherein: the skin has a surface having a curvature of the lofted surface ; the ribs are disposed to at least partially shape the curvature molding said part pressed against the skin during curing of the part ; a face sheet on the skin ; a bagging film sealed to the face sheet so as to form a bag containing the part, and evacuating the bag so as to apply the pressure pressing the part against the face sheet, so as to finish molding the part against the face sheet. the skin has a surface having a curvature of the lofted surface ; the ribs are disposed to at least partially shape the curvature molding said part pressed against the skin during curing of the part ; a face sheet on the skin ; a bagging film sealed to the face sheet so as to form a bag containing the part, and evacuating the bag so as to apply the pressure pressing the part against the face sheet, so as to finish molding the part against the face sheet.
One or more computing devices for removing sensitive content from documents, comprising: a data store for storing one more original documents; a process initiation component configured to initiate a document processing function in response to receipt of one or more triggering events, to provide an initiation instruction; a document retrieval component configured to retrieve one or more original documents to be processed from the data store in response to the initiation instruction; a strategy selection component configured to identify and select a modification strategy for use in transforming sensitive content from said one or more original documents based at least on a particular selection factor associated with a type of machine-trained model to be produced by a recipient entity, the modification strategy specifying one or more particular document modification rules that preserve information in the one or more original documents that is suitable for producing the type of machine-trained model; a removal component configured to transform sensitive content from said one or more original documents in accordance with the selected modification strategy and in accordance with an associated set of modification rules, to provide one or more modified documents, the removal component being configured to preserve formatting and structure associated with said one or more original documents; and a forwarding component configured to forward said one or more modified documents to the recipient entity over a communication conduit. a data store for storing one more original documents; a process initiation component configured to initiate a document processing function in response to receipt of one or more triggering events, to provide an initiation instruction; a document retrieval component configured to retrieve one or more original documents to be processed from the data store in response to the initiation instruction; a strategy selection component configured to identify and select a modification strategy for use in transforming sensitive content from said one or more original documents based at least on a particular selection factor associated with a type of machine-trained model to be produced by a recipient entity, the modification strategy specifying one or more particular document modification rules that preserve information in the one or more original documents that is suitable for producing the type of machine-trained model; a removal component configured to transform sensitive content from said one or more original documents in accordance with the selected modification strategy and in accordance with an associated set of modification rules, to provide one or more modified documents, the removal component being configured to preserve formatting and structure associated with said one or more original documents; and a forwarding component configured to forward said one or more modified documents to the recipient entity over a communication conduit.
Method for applying application material to an agricultural area , comprising the steps of: - providing application information regarding an application process carried out by a first agricultural application device on the agricultural area ; - controlling the application of the application material on the agricultural area by a second agricultural application device according to the provided application information regarding the application process of the first agricultural application device ; wherein - the first agricultural application device as an agricultural spreading device, wherein the application process carried out by the first agricultural application device is a spreading process and the application material is spreadable material, - the application information regarding the application process of the first agricultural application device comprises information about the device settings of the first agricultural application device during the application process of the first agricultural application device ; - wherein the distribution of the application material is determined from the device settings by determining the throwing distance, the throwing direction, and/or the spreading width from the device settings. - providing application information regarding an application process carried out by a first agricultural application device on the agricultural area ; - controlling the application of the application material on the agricultural area by a second agricultural application device according to the provided application information regarding the application process of the first agricultural application device ; wherein - the first agricultural application device as an agricultural spreading device, wherein the application process carried out by the first agricultural application device is a spreading process and the application material is spreadable material, - the application information regarding the application process of the first agricultural application device comprises information about the device settings of the first agricultural application device during the application process of the first agricultural application device ; - wherein the distribution of the application material is determined from the device settings by determining the throwing distance, the throwing direction, and/or the spreading width from the device settings.
Apparatus for supplying natural gas at elevated pressure, the apparatus including at least one main storage vessel for LNG, a submerged pump in the said main storage vessel , the submerged pump being able to be placed in communication with a natural gas supply pipeline , wherein there is located in the natural gas supply pipeline at least one secondary vessel for holding the LNG able to be placed in communication with a forced vaporiser of the LNG, and wherein the secondary vessel has associated therewith means for transferring the LNG under pressure from the secondary vessel to the forced vaporiser , the forced vaporiser being located in the natural gas supply pipeline , a compressor for compressing naturally-vaporised LNG from the said main storage vessel characterised in that the apparatus further includes means for precooling the naturally-vaporised LNG upstream of the compressor with LNG from the or each secondary vessel.
A method for forming structures upon a substrate, the method comprising: depositing fluid onto a substrate so as to define a wetted region, the fluid containing electrically polarizable nanoparticles; applying an alternating electric field to the fluid on the region, using a first electrode and a second electrode, so that a plurality of the nanoparticles are assembled to form an elongate structure extending from the first electrode towards the second electrode; and removing the fluid such that the elongate structure remains upon the substrate, the method characterized in further comprising, during the step of applying the alternating electric field, increasing the separation between the first and second electrodes by moving the second electrode away from the first electrode so as to further extend the elongate structure towards the second electrode. depositing fluid onto a substrate so as to define a wetted region, the fluid containing electrically polarizable nanoparticles; applying an alternating electric field to the fluid on the region, using a first electrode and a second electrode, so that a plurality of the nanoparticles are assembled to form an elongate structure extending from the first electrode towards the second electrode; and removing the fluid such that the elongate structure remains upon the substrate, the method characterized in further comprising, during the step of applying the alternating electric field, increasing the separation between the first and second electrodes by moving the second electrode away from the first electrode so as to further extend the elongate structure towards the second electrode.
Method for preparing an extract including at least 95%, preferably at least 97%, of 20-hydroxyecdysone, from a preparation of approximately 90% pure 20-hydroxyecdysone, characterised in that it comprises the following steps: a) Hot dissolution of approximately 90% pure 20-hydroxyecdysone in methanol, filtration and partial concentration, b) Addition of 1 to 5 volumes of acetone, c) Cooling to a temperature of between 0 and 5°C while stirring, d) Filtration of the obtained precipitate, e) Successive rinses with acetone and water, and f) Drying. a) Hot dissolution of approximately 90% pure 20-hydroxyecdysone in methanol, filtration and partial concentration, b) Addition of 1 to 5 volumes of acetone, c) Cooling to a temperature of between 0 and 5°C while stirring, d) Filtration of the obtained precipitate, e) Successive rinses with acetone and water, and f) Drying.