mhurhangee/patent-ind-claim-en huggingface dataset:
Facility for distributing liquefied hydrogen comprising a source of gaseous hydrogen, a liquefier , at least one liquid hydrogen store , the liquefier comprising an inlet connected to the source and an outlet connected to an inlet of the store via a liquid circuit so as to store therein liquefied hydrogen produced by the liquefier , the facility comprising a liquid filling circuit provided with a first end connected to the store and a second end intended to be removably connected to a first end of a mobile liquid tank to be filled such as a semitrailer, the facility further comprising a gas recovery circuit provided with a first end intended to be removably connected to a second end of said tank and a second end connected to a receiving member of the facility , for example an inlet of the liquefier , the gas recovery circuit comprising a pressure and/or flow rate regulation member , such as a valve making it possible to lower the pressure in the mobile liquid tank to a determined filling pressure (Pr), the facility comprising an electronic control member comprising a microprocessor configured to control all or part of the facility , the electronic control member being configured to receive at least one signal requesting filling of a mobile liquid tank , the facility being characterized in that the pressure and/or flow rate regulation member is adjustable and in that the electronic control member is configured to control the latter so as to regulate the pressure level in a mobile liquid tank to a determined filling pressure (Pr) as a function of a filling request signal received.
Process for manufacturing customized facemasks, especially for the treatment of Class III malocclusions comprising the following steps: • producing respective impressions of patient's forehead and chin, to record the anatomic structure thereof, using impression materials commonly utilized in dentistry for intraoral impressions; • producing respective 3D digital images of a patient's forehead and chin through a 3d-scanning of said forehead and chin impressions ; • 3D printing of customized forehead and chin pads ; • detecting patient's side profile line from a side picture of patient's face; • 3D printing of a midline rod modelled according to said profile line; and • assembling said forehead and chin pads and said midline rod into a facemask featuring a facial frame providing retention to elastic bands meant to be connected to an intraoral appliance, wherein, in the forehead pad a temperature sensor is inserted while a pressure sensor is embedded into the chin pad . • producing respective impressions of patient's forehead and chin, to record the anatomic structure thereof, using impression materials commonly utilized in dentistry for intraoral impressions; • producing respective 3D digital images of a patient's forehead and chin through a 3d-scanning of said forehead and chin impressions ; • 3D printing of customized forehead and chin pads ; • detecting patient's side profile line from a side picture of patient's face; • 3D printing of a midline rod modelled according to said profile line; and • assembling said forehead and chin pads and said midline rod into a facemask featuring a facial frame providing retention to elastic bands meant to be connected to an intraoral appliance,
A method for producing a soldered block for a plate heat exchanger , wherein the block has a plurality of heat exchange passages for indirect heat exchange between at least two fluids (A, B, C, D, E), wherein first a plurality of separating plates and heat conducting structures are stacked together with solder in the vertical (V) in a block , and wherein subsequently (a) the block is subjected along the vertical (V) to a first force (F 1 ) which acts on the block from the outside, and a first, upper portion of the block is heated to a solder softening temperature (T L ) at which the solder softens so that the upper portion is soldered, and wherein, at the same time, a second portion of the block which adjoins the first portion along the vertical (V) at the bottom thereof is brought to a tempering temperature (T R ) which is reduced in comparison to the solder softening temperature (T L ) and which is above the ambient temperature, and at which the solder does not soften, and wherein, following step (a), (b) the block is not subjected to a force from the outside along the vertical (V), or is subjected to a second force (F 2 ) which acts on the block from the outside, wherein the second force (F 2 ) is less than the first force (F 1 ), and the second portion of the block is brought to a solder softening temperature (T L ) at which the solder softens so that the second portion is soldered, and wherein the first portion is brought at the same time to a tempering temperature (T R ) which is reduced in comparison to the solder softening temperature (T L ) and which is above the ambient temperature, and at which the solder cures or does not soften. (a) the block is subjected along the vertical (V) to a first force (F 1 ) which acts on the block from the outside, and a first, upper portion of the block is heated to a solder softening temperature (T L ) at which the solder softens so that the upper portion is soldered, and wherein, at the same time, a second portion of the block which adjoins the first portion along the vertical (V) at the bottom thereof is brought to a tempering temperature (T R ) which is reduced in comparison to the solder softening temperature (T L ) and which is above the ambient temperature, and at which the solder does not soften, and wherein, following step (a), (b) the block is not subjected to a force from the outside along the vertical (V), or is subjected to a second force (F 2 ) which acts on the block from the outside, wherein the second force (F 2 ) is less than the first force (F 1 ), and the second portion of the block is brought to a solder softening temperature (T L ) at which the solder softens so that the second portion is soldered, and wherein the first portion is brought at the same time to a tempering temperature (T R ) which is reduced in comparison to the solder softening temperature (T L ) and which is above the ambient temperature, and at which the solder cures or does not soften.
A method performed by a parent node for distributing pre-fetched data to at least two child nodes, the method comprising: performing mobility prediction to predict a location of a particular user at particular future points in time; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; selecting a first subset and a second subset of the pre-fetch data for transmission, respectively, to a first child node and a second child node of the at least two child nodes, the selecting based on at least the determined priorities, a predicted future location of the particular user and a respective geographic location of the first and second child nodes; and transmitting the first subset and the second subset of the pre-fetch data, respectively, to the first child node and the second child node by way of the at least one data network. performing mobility prediction to predict a location of a particular user at particular future points in time; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; selecting a first subset and a second subset of the pre-fetch data for transmission, respectively, to a first child node and a second child node of the at least two child nodes, the selecting based on at least the determined priorities, a predicted future location of the particular user and a respective geographic location of the first and second child nodes; and transmitting the first subset and the second subset of the pre-fetch data, respectively, to the first child node and the second child node by way of the at least one data network.
Device for drying, in particular for drying biomass, having at least one drying surface onto which material, in particular biomass, can be spread over a large area for drying, wherein for spreading the material, in particular the biomass, conveying elements are provided which can be or are moved by at least one traction means and which are attached indirectly via supports to the at least one traction means and can be moved by said traction means in the conveying direction, wherein the supports extend transversely to the conveying direction and a plurality of conveying elements are attached to each support , wherein the conveying elements are designed as turning hooks and each have at least one turning portion for distributing the biomass on the drying surfaces , wherein turning hooks which are carried by at least one of the supports are attached thereto for conjoint rotation, and wherein the turning hooks are designed with vertical play such that, in conveying operation, they can be moved in direct contact, in particular in frictional contact, with the drying surface .
A method for determining a composition of a particle using a debris collection and metrology apparatus comprising a substrate support assembly and a tip support assembly , each being supported by a base , the substrate support assembly comprising a fixture configured to support a substrate that is an extreme ultraviolet lithography photomask, the tip support assembly comprising a scanning probe microscopy SPM tip that is coupled to a tip stage assembly via a tip cantilever , the method comprising: transferring the particle from the substrate supported by the fixture to the SPM tip ; irradiating the particle on the SPM tip with a first incident irradiation from an irradiation source while the SPM tip is coupled to the tip stage assembly , wherein the first incident irradiation from the irradiation source is at least one of an x-ray, visible light, infrared light, ultraviolet light, an electron beam, and a laser; detecting a first sample irradiation from the particle caused by the first incident irradiation with an irradiation detector , the irradiation detector comprising a light detector, in particular an x-ray detector, and/or an electron beam detector; receiving, by a controller , a first signal from the irradiation detector in response to the first sample irradiation, analyzing, by the controller , the first signal, identifying, by the controller one or more material attributes of the particle on the SPM tip ; and effecting relative motion between the SPM tip and at least one of the irradiation source and the irradiation detector based on the first signal from the irradiation detector in response to the first sample irradiation. transferring the particle from the substrate supported by the fixture to the SPM tip ; irradiating the particle on the SPM tip with a first incident irradiation from an irradiation source while the SPM tip is coupled to the tip stage assembly , wherein the first incident irradiation from the irradiation source is at least one of an x-ray, visible light, infrared light, ultraviolet light, an electron beam, and a laser; detecting a first sample irradiation from the particle caused by the first incident irradiation with an irradiation detector , the irradiation detector comprising a light detector, in particular an x-ray detector, and/or an electron beam detector; receiving, by a controller , a first signal from the irradiation detector in response to the first sample irradiation, analyzing, by the controller , the first signal, identifying, by the controller one or more material attributes of the particle on the SPM tip ; and effecting relative motion between the SPM tip and at least one of the irradiation source and the irradiation detector based on the first signal from the irradiation detector in response to the first sample irradiation.
A method for chamfering an end of a pipe made from thermoplastic material, characterised in that it comprises, in combination, the following steps: - localised and circumferentially heating of a localised axial end portion of the pipe at a predetermined operating temperature; - plastic deformation, using a tool , of the heated axial end portion of the pipe for reducing the thickness of the pipe at the heated axial end portion thus forming a chamfer on the heated axial end portion of the pipe without generation of waste and dust, the heated axial end portion of the pipe having an axial extension less than the diameter of the pipe and more than the axial extension of the chamfer, wherein the operation of plastic deformation comprises the step of: - inserting a punch inside the heated axial end portion of the pipe ; - after inserting a punch , positioning a female ring so as to accommodate internally the axial end portion of the pipe ;moving a front flange close to the axial end portion of the pipe ; - extracting the punch from the pipe to compress the axial end portion of the pipe between the female ring and the punch to flatten the end portion of the pipe between the punch and the female ring in contact externally with the end portion of the pipe and form the chamfer at the axial end portion of the pipe . - localised and circumferentially heating of a localised axial end portion of the pipe at a predetermined operating temperature; - plastic deformation, using a tool , of the heated axial end portion of the pipe for reducing the thickness of the pipe at the heated axial end portion thus forming a chamfer on the heated axial end portion of the pipe without generation of waste and dust, the heated axial end portion of the pipe having an axial extension less than the diameter of the pipe and more than the axial extension of the chamfer, wherein the operation of plastic deformation comprises the step of: - inserting a punch inside the heated axial end portion of the pipe ; - after inserting a punch , positioning a female ring so as to accommodate internally the axial end portion of the pipe ;moving a front flange close to the axial end portion of the pipe ; - extracting the punch from the pipe to compress the axial end portion of the pipe between the female ring and the punch to flatten the end portion of the pipe between the punch and the female ring in contact externally with the end portion of the pipe and form the chamfer at the axial end portion of the pipe . - inserting a punch inside the heated axial end portion of the pipe ; - after inserting a punch , positioning a female ring so as to accommodate internally the axial end portion of the pipe ;moving a front flange close to the axial end portion of the pipe ; - extracting the punch from the pipe to compress the axial end portion of the pipe between the female ring and the punch to flatten the end portion of the pipe between the punch and the female ring in contact externally with the end portion of the pipe and form the chamfer at the axial end portion of the pipe .
A burner , in particular for vehicle heaters, with diaphragm which separates an inner combustion region from an outer region , wherein a light-sensitive sensor for flame detection is arranged in the outer region , and wherein the diaphragm exhibits at least one light aperture which enables a passage of light from the inner combustion region into the outer region , wherein the light aperture is provided to enable also a passage of combustion air from the outer region into the inner combustion region , characterized in that the diaphragm is flexible.
Surgical sealing instrument , particularly for sealing and cutting of vessels, having a first jaw that comprises a first tool part of a sealing tool at its distal end , having a second jaw that is pivotably supported relative to the first jaw and that comprises a second tool part of the sealing tool at its distal end , having a cartridge seat that is configured for reception of a knife cartridge , having a knife cartridge , which is attached to cartridge seat , being removable from the cartridge seat , wherein the knife cartridge comprises: a housing that encloses an inner space , a knife that comprises at least one cutting edge and that comprises a coupling device for connection to an operating device , wherein the knife is movably arranged in the knife cartridge in order to be shifted from a first position in which the cutting edge is arranged in the inner space into a second position in which the cutting edge is outside of the knife cartridge , characterized in that the knife cartridge is the only part that can be removed from the instrument, wherein the knife cartridge and the tool parts are assemblies that are separate from each other and are not rigidly connected with each other. having a first jaw that comprises a first tool part of a sealing tool at its distal end , having a second jaw that is pivotably supported relative to the first jaw and that comprises a second tool part of the sealing tool at its distal end , having a cartridge seat that is configured for reception of a knife cartridge , having a knife cartridge , which is attached to cartridge seat , being removable from the cartridge seat , wherein the knife cartridge comprises: a housing that encloses an inner space , a knife that comprises at least one cutting edge and that comprises a coupling device for connection to an operating device , wherein the knife is movably arranged in the knife cartridge in order to be shifted from a first position in which the cutting edge is arranged in the inner space into a second position in which the cutting edge is outside of the knife cartridge , characterized in that the knife cartridge is the only part that can be removed from the instrument, wherein the knife cartridge and the tool parts are assemblies that are separate from each other and are not rigidly connected with each other. a housing that encloses an inner space , a knife that comprises at least one cutting edge and that comprises a coupling device for connection to an operating device , wherein the knife is movably arranged in the knife cartridge in order to be shifted from a first position in which the cutting edge is arranged in the inner space into a second position in which the cutting edge is outside of the knife cartridge , characterized in that the knife cartridge is the only part that can be removed from the instrument, wherein the knife cartridge and the tool parts are assemblies that are separate from each other and are not rigidly connected with each other.
A notification control device , comprising: an image analyzing unit configured to make a first determination of determining whether a user is present in a predetermined location by analyzing image data of an image captured by an imaging unit and to make a second determination of determining whether the user has taken a first action by analyzing the image data; and a notification control unit configured to give a predetermined notification to the user in a case in which it is determined in the first determination that the user is present in the predetermined location, to refrain from giving the predetermined notification to the user in a case in which it is determined that the user is not present in the predetermined location, to transition into a state in which the predetermined notification is not given to the user even when the user is present in the predetermined location in a case in which it is determined in the second determination that the user has taken the first action, and to cancel the predetermined notification if the predetermined notification is being given at a point in time when it is determined in the second determination that the user has taken the first action. an image analyzing unit configured to make a first determination of determining whether a user is present in a predetermined location by analyzing image data of an image captured by an imaging unit and to make a second determination of determining whether the user has taken a first action by analyzing the image data; and a notification control unit configured to give a predetermined notification to the user in a case in which it is determined in the first determination that the user is present in the predetermined location, to refrain from giving the predetermined notification to the user in a case in which it is determined that the user is not present in the predetermined location, to transition into a state in which the predetermined notification is not given to the user even when the user is present in the predetermined location in a case in which it is determined in the second determination that the user has taken the first action, and to cancel the predetermined notification if the predetermined notification is being given at a point in time when it is determined in the second determination that the user has taken the first action.
An air cell device , comprising: an air cell having two long sides (L), two height sides (H), and two short sides (W) defined by an air cell wall when the air cell is inflated, the air cell wall having a left air cell wall and a right air cell wall which are defined on two sides of the long sides (L); and an air transfer unit in fluid communication with an inside of the air cell and an outside of the air cell to transfer air, wherein the air cell has an upper connection segment and a lower connection segment which are formed by joining of the left air cell wall and the right air cell wall and extended along the long-side direction, wherein the upper connection segment and the lower connection segment each have at least one curved portion extending in the direction of the long side (L) by arranging the positions where the left air cell wall and the right air cell wall to be joined. an air cell having two long sides (L), two height sides (H), and two short sides (W) defined by an air cell wall when the air cell is inflated, the air cell wall having a left air cell wall and a right air cell wall which are defined on two sides of the long sides (L); and an air transfer unit in fluid communication with an inside of the air cell and an outside of the air cell to transfer air, wherein the air cell has an upper connection segment and a lower connection segment which are formed by joining of the left air cell wall and the right air cell wall and extended along the long-side direction, wherein the upper connection segment and the lower connection segment each have at least one curved portion extending in the direction of the long side (L) by arranging the positions where the left air cell wall and the right air cell wall to be joined.