mhurhangee/patent-ind-claim-en huggingface dataset:
A system for decontamination of contaminated liquid comprising: • a cylindrical separation tank comprising a central liquid inlet column for pumping liquid inside the cylindrical separation tank and a clean liquid collection channel for flowing liquid out from the cylindrical separation tank ; • acoustic pressure shock wave devices positioned at the top of the cylindrical separation tank configured to apply acoustic pressure shock waves to an action zone of acoustic pressure shock waves below the shock wave devices in a downward action towards the bottom of the cylindrical separation tank , the acoustic pressure shock waves having a comprehensive phase and a tensile phase during one cycle of the acoustic pressure wave; • guiding means configured to guide the contaminated liquid flowing from the central inlet column downward and to establish a lateral flow of the contaminated liquid through said action zone of acoustic pressure shock waves and after passing the action zone of acoustic pressure shock waves to flow upward towards the clean liquid collection channel . • a cylindrical separation tank comprising a central liquid inlet column for pumping liquid inside the cylindrical separation tank and a clean liquid collection channel for flowing liquid out from the cylindrical separation tank ; • acoustic pressure shock wave devices positioned at the top of the cylindrical separation tank configured to apply acoustic pressure shock waves to an action zone of acoustic pressure shock waves below the shock wave devices in a downward action towards the bottom of the cylindrical separation tank , the acoustic pressure shock waves having a comprehensive phase and a tensile phase during one cycle of the acoustic pressure wave; • guiding means configured to guide the contaminated liquid flowing from the central inlet column downward and to establish a lateral flow of the contaminated liquid through said action zone of acoustic pressure shock waves and after passing the action zone of acoustic pressure shock waves to flow upward towards the clean liquid collection channel .
A process for producing 2-chloro-3,3,3-trifluoropropene, comprising reacting at least one chlorine-containing compound (A) selected from chloropropanes of formula and chloropropenes of formula or : CXYZ-CHCl-CH 2 A CXYZ-CCl=CH 2 CXY=CCl-CH 2 A wherein X, Y and Z each independently are F or Cl, and A is a halogen atom, with anhydrous HF in a gas phase in the presence of a chromium atom-containing fluorination catalyst while heating, wherein the reaction is carried out at a temperature of 200-380°C and under reduced or ordinary pressure, and in the presence of molecular chlorine. wherein X, Y and Z each independently are F or Cl, and A is a halogen atom, with anhydrous HF in a gas phase in the presence of a chromium atom-containing fluorination catalyst while heating, wherein the reaction is carried out at a temperature of 200-380°C and under reduced or ordinary pressure, and in the presence of molecular chlorine.
Optical block (BO) comprising a housing (BB) delimiting an internal space housing at least one photon source associated with a reflector (RP) and with a mask (M) participating in at least one photometric function, and a lens (GL) fixedly attached to a front part of said housing (BB) characterized in that said mask (M) comprises a rear portion (P1j) opposite said lens (GL) and including a stud (Plj) provided with a threaded hole cooperating with a screw (Vj) passing through a corresponding hole defined in a rear wall (PB) of said housing (BB) and at least one indexing fin (Aj) defined along a selected direction and in that said reflector (RP) comprises a rear portion (P2j) interposed between said rear wall (PB) of the casing (BB) and said rear portion (P1j) of the mask (M) and provided with an opening (Oj) having a shape homologous to a shape of said pad (Plj) and traversed by an end portion thereof (Plj) so that said reflector (RP) is indexed in position with respect to said mask (M) along said selected direction while immobilizing it with respect to said rear wall (PB) of the housing (BB).
A multi-language scheduling method, the method being applied to an embedded device, and comprising: receiving (S101) a language scheduling request from a terminal, wherein the language scheduling request comprises a language pack identifier; when (S102) it is determined that there is not a language pack corresponding to the language pack identifier in a memory of the device, determining whether a number of language packs in the memory is greater than or equal to a set value, in response to determining the number of language packs in the memory is greater than or equal to the set value, deleting a language pack requested a minimum number of times in the memory, and loading the language pack corresponding to the language pack identifier from an external storage medium into the memory of the device; obtaining (S103) the language pack corresponding to the language pack identifier from the memory of the device and returning the language pack to the terminal so that the terminal displays a Web management page of the device based on the language pack; and increasing a number of times that the language pack is requested by 1. receiving (S101) a language scheduling request from a terminal, wherein the language scheduling request comprises a language pack identifier; when (S102) it is determined that there is not a language pack corresponding to the language pack identifier in a memory of the device, determining whether a number of language packs in the memory is greater than or equal to a set value, in response to determining the number of language packs in the memory is greater than or equal to the set value, deleting a language pack requested a minimum number of times in the memory, and loading the language pack corresponding to the language pack identifier from an external storage medium into the memory of the device; obtaining (S103) the language pack corresponding to the language pack identifier from the memory of the device and returning the language pack to the terminal so that the terminal displays a Web management page of the device based on the language pack; and increasing a number of times that the language pack is requested by 1.
A method for producing lactic acid, said method comprising the step of removing glycerol from an aqueous lactic acid solution containing glycerol as an impurity using an ion-exchange resin, wherein glycerol contained in the aqueous lactic acid solution is adsorbed to said ion-exchange resin and said ion-exchange resin is a strong acid ion-exchange resin.
A washing apparatus for a 3D-printed article for removing support material from the article comprising a glove isolation cabinet provided with a liquid-discharging nozzle to enable an operator to spray an article located in the cabinet with a washing liquid and a drain ; a first filter arrangement that receives washing liquid discharged from the cabinet via the drain and through which the washing liquid drains under the influence of gravity; a first pump ; and a second filter arrangement through which liquid that has passed through the first filter arrangement is pumped by the first pump; wherein, the first filter arrangement is located in a trough in which washing liquid that has passed through the first filter arrangement accumulates whereby, in use, the first filter arrangement is submerged to ensure filtered-out residue remains submerged in the washing liquid, wherein a platform is provided within the glove isolation cabinet on which an article to be washed is located, characterised in that the second filter arrangement comprises at least one filter cartridge , and in the platform comprising a tray above which is mounted a support plate on which the article sits and wherein a plurality of rollers is mounted in the support plate whereby the article is movable over the support plate. a glove isolation cabinet provided with a liquid-discharging nozzle to enable an operator to spray an article located in the cabinet with a washing liquid and a drain ; a first filter arrangement that receives washing liquid discharged from the cabinet via the drain and through which the washing liquid drains under the influence of gravity; a first pump ; and a second filter arrangement through which liquid that has passed through the first filter arrangement is pumped by the first pump; wherein, the first filter arrangement is located in a trough in which washing liquid that has passed through the first filter arrangement accumulates whereby, in use, the first filter arrangement is submerged to ensure filtered-out residue remains submerged in the washing liquid, wherein a platform is provided within the glove isolation cabinet on which an article to be washed is located, characterised in that the second filter arrangement comprises at least one filter cartridge , and in the platform comprising a tray above which is mounted a support plate on which the article sits and wherein a plurality of rollers is mounted in the support plate whereby the article is movable over the support plate.
A base station , comprising: control circuitry , which, in operation, determines a transmission method for transmitting feedback information including a response signal for uplink data, based on a configured grant configuration configured for a terminal ; and transmission circuitry , which, in operation, transmits the feedback information based on the transmission method, wherein the feedback information includes a first HARQ-ACK information of a first configured grant transmission and a second HARQ-ACK information of a second configured grant transmission, wherein the first configured grant transmission is configured to operate by a higher layer signaling and the second configured grant transmission is configured to operate by activation downlink control information, DCI, after a reception of the higher layer signaling, and wherein the feedback information indicates the HARQ-ACK information for each HARQ process used for the first configured grant transmission and the second configured grant transmission, by using a bitmap. control circuitry , which, in operation, determines a transmission method for transmitting feedback information including a response signal for uplink data, based on a configured grant configuration configured for a terminal ; and transmission circuitry , which, in operation, transmits the feedback information based on the transmission method, wherein the feedback information includes a first HARQ-ACK information of a first configured grant transmission and a second HARQ-ACK information of a second configured grant transmission, wherein the first configured grant transmission is configured to operate by a higher layer signaling and the second configured grant transmission is configured to operate by activation downlink control information, DCI, after a reception of the higher layer signaling, and wherein the feedback information indicates the HARQ-ACK information for each HARQ process used for the first configured grant transmission and the second configured grant transmission, by using a bitmap.
A method performed at a cache comprised in a network component , the cache being in communication with a content source and a playback device , the method comprising: receiving at the cache , from the content source , a plurality of content fragments and storing them in the cache ; receiving at the cache , from a playback device , a request for one of the plurality of content fragments stored in the cache; determining a length of time associated with receipt at the cache of the requested content fragment from the content source ; determining a bandwidth associated with the transmission of the requested content fragment from the content source to the cache , based on the determined length of time and a size of the requested content fragment; and the method being characterised by : sending by the cache to the playback device , the requested content fragment at a rate that does not exceed the determined bandwidth associated with the transmission of the requested content fragment from the content source to the cache . receiving at the cache , from the content source , a plurality of content fragments and storing them in the cache ; receiving at the cache , from a playback device , a request for one of the plurality of content fragments stored in the cache; determining a length of time associated with receipt at the cache of the requested content fragment from the content source ; determining a bandwidth associated with the transmission of the requested content fragment from the content source to the cache , based on the determined length of time and a size of the requested content fragment; and the method being characterised by : sending by the cache to the playback device , the requested content fragment at a rate that does not exceed the determined bandwidth associated with the transmission of the requested content fragment from the content source to the cache .
A method for generating a seismic signal, comprising: generating a vibrator control signal; and applying the vibrator control signal to a vibrator which generates a seismic signal based on the vibrator control signal, the seismic signal being transmitted into ground or water, characterized in that said vibrator control signal is generated by adding to a fundamental frequency component of a seismic sweep signal a selected amount of one or more odd order harmonic components of said fundamental frequency component, said amount of the one or more odd order harmonic components being selected based on one or more constraints of the vibrator used to generate the seismic signal, so that the amplitude of the fundamental is maximized, or the amplitude of the fundamental is kept constant while the amplitude of harmonics is maximized, or an overall total power radiated into ground or water is maximized, without exceeding said vibrator constraints. generating a vibrator control signal; and applying the vibrator control signal to a vibrator which generates a seismic signal based on the vibrator control signal, the seismic signal being transmitted into ground or water, characterized in that said vibrator control signal is generated by adding to a fundamental frequency component of a seismic sweep signal a selected amount of one or more odd order harmonic components of said fundamental frequency component, said amount of the one or more odd order harmonic components being selected based on one or more constraints of the vibrator used to generate the seismic signal, so that the amplitude of the fundamental is maximized, or the amplitude of the fundamental is kept constant while the amplitude of harmonics is maximized, or an overall total power radiated into ground or water is maximized, without exceeding said vibrator constraints.
Apparatus for indicating an occupancy of a seat in a vehicle for passenger transport, comprising: - an indication element , which is arranged on the seat and which is embodied o to adopt a first state , in which the indication element indicates the seat as unoccupied, and o to adopt a second state , in which the indication element indicates the seat as occupied, - a seat surface of the seat , which is provided for occupancy by a person or an object, and - an active connection between the seat surface and the indication element , which is embodied to cause the second state to be adopted when the seat is occupied, characterised in that the active connection comprises a mechanical lever apparatus and the lever apparatus comprises a lever arm mounted at a point of rotation and the point of rotation is permanently connected to the seat , wherein the lever arm is mounted at the point of rotation in such a manner that a first lever end of the lever arm is lowered when the seat is occupied and a second lever end of the lever arm is raised, and wherein the second lever end is connected to an arm element , which is embodied to move the indication element into the second state when the second lever end is raised. - an indication element , which is arranged on the seat and which is embodied o to adopt a first state , in which the indication element indicates the seat as unoccupied, and o to adopt a second state , in which the indication element indicates the seat as occupied, o to adopt a first state , in which the indication element indicates the seat as unoccupied, and o to adopt a second state , in which the indication element indicates the seat as occupied, - a seat surface of the seat , which is provided for occupancy by a person or an object, and - an active connection between the seat surface and the indication element , which is embodied to cause the second state to be adopted when the seat is occupied, characterised in that the active connection comprises a mechanical lever apparatus and the lever apparatus comprises a lever arm mounted at a point of rotation and the point of rotation is permanently connected to the seat , wherein the lever arm is mounted at the point of rotation in such a manner that a first lever end of the lever arm is lowered when the seat is occupied and a second lever end of the lever arm is raised, and wherein the second lever end is connected to an arm element , which is embodied to move the indication element into the second state when the second lever end is raised.
A system comprising an auto injector for administering a medicament and a cartridge assembly , wherein the cartridge assembly comprises a cartridge and a cartridge code feature , the cartridge comprising a cartridge compartment containing the medicament, and a cartridge outlet , and wherein the auto injector comprises: a housing ; a cartridge receiver configured to receive the cartridge assembly ; a code sensor configured to read the cartridge code feature ; a drive module coupled to move a plunger rod ; and a processing unit coupled to the code sensor and the drive module ; characterized in that the processing unit is configured to: - receive from the code sensor a code signal indicative of the cartridge code feature ; and - control the drive module to move the plunger rod to a first plunger rod position, the first plunger rod position being based on the code signal, wherein air is expelled from the cartridge upon movement of the plunger rod to the first plunger rod position, wherein by expelling air from the cartridge, the air in the cartridge compartment is reduced to an amount appropriate for injection, and wherein the plunger rod is only moved to the first plunger rod position if the cartridge outlet is pointing upwards. wherein the cartridge assembly comprises a cartridge and a cartridge code feature , the cartridge comprising a cartridge compartment containing the medicament, and a cartridge outlet , and wherein the auto injector comprises: a housing ; a cartridge receiver configured to receive the cartridge assembly ; a code sensor configured to read the cartridge code feature ; a drive module coupled to move a plunger rod ; and a processing unit coupled to the code sensor and the drive module ; a housing ; a cartridge receiver configured to receive the cartridge assembly ; a code sensor configured to read the cartridge code feature ; a drive module coupled to move a plunger rod ; and a processing unit coupled to the code sensor and the drive module ; - receive from the code sensor a code signal indicative of the cartridge code feature ; and - control the drive module to move the plunger rod to a first plunger rod position, the first plunger rod position being based on the code signal, wherein air is expelled from the cartridge upon movement of the plunger rod to the first plunger rod position, wherein by expelling air from the cartridge, the air in the cartridge compartment is reduced to an amount appropriate for injection, and wherein the plunger rod is only moved to the first plunger rod position if the cartridge outlet is pointing upwards.
A method performed by an electronic device for determining an inventory of auxiliary products in the interior of a vehicle, the method comprising: storing in memory a plurality of recognition models corresponding to a plurality of auxiliary products; obtaining, by the processor of the electronic device, image data of a scene of the interior of the vehicle from one or more image sensors in the vehicle; performing, by the processor of the electronic device, computer vision analysis on the image data, computer vision analysis comprising performing object recognition on the image data, wherein object recognition comprises: determining recognition data from the image data; comparing the recognition data with the recognition models to determine whether the recognition data matches one or more of the recognition models; storing, based on the comparing, in an auxiliary product inventory of the vehicle , auxiliary product data indicating the objects represented by the recognition models that are in the vehicle. storing in memory a plurality of recognition models corresponding to a plurality of auxiliary products; obtaining, by the processor of the electronic device, image data of a scene of the interior of the vehicle from one or more image sensors in the vehicle; performing, by the processor of the electronic device, computer vision analysis on the image data, computer vision analysis comprising performing object recognition on the image data, wherein object recognition comprises: determining recognition data from the image data; comparing the recognition data with the recognition models to determine whether the recognition data matches one or more of the recognition models; storing, based on the comparing, in an auxiliary product inventory of the vehicle , auxiliary product data indicating the objects represented by the recognition models that are in the vehicle. determining recognition data from the image data; comparing the recognition data with the recognition models to determine whether the recognition data matches one or more of the recognition models; storing, based on the comparing, in an auxiliary product inventory of the vehicle , auxiliary product data indicating the objects represented by the recognition models that are in the vehicle.
Aircraft landing gear comprising a stationary element and at least one movable element which can move relative to the stationary element between a first position and a second position, and detection means arranged to detect when the movable element is in at least one of its positions, characterised in that the detection means comprise at least one threadlike and flexible shape sensor , connected to an electronic processing unit arranged to deduce the position of the movable element of the shape of the shape sensor, the shape sensor comprising a first section (11.1) rigidly connected to the stationary element and a second section (11.3, 11.5, 11.7) rigidly connected to the movable element so that the first section and the second section are immobile with respect to the stationary element and the movable element respectively, and are movable relative to one another.