mhurhangee/patent-ind-claim-en huggingface dataset:
A system for moisturizing an eye during ocular surgery, the system comprising: a fluid nozzle ; a nozzle mounting device adapted to hold the fluid nozzle stable relative to a patient's eye; a fluid reservoir coupled to the fluid nozzle; a fluid control device adapted to regulate fluid flow from the fluid reservoir to the nozzle for eye moisturizing; and an activation device comprising a computer operable to determine when to activate and deactivate the fluid control device; characterized in that the system further comprises an optical sensor operable to recognize a dryness level of the cornea, wherein the activation device is operable to deactivate the fluid control device when an appropriate amount of moisturizing and cleaning to the eye has been provided; and wherein the system is operable to determine whether to deactivate the fluid control device based on a signal of the sensor that recognizes the dryness level of the cornea. a fluid nozzle ; a nozzle mounting device adapted to hold the fluid nozzle stable relative to a patient's eye; a fluid reservoir coupled to the fluid nozzle; a fluid control device adapted to regulate fluid flow from the fluid reservoir to the nozzle for eye moisturizing; and an activation device comprising a computer operable to determine when to activate and deactivate the fluid control device; characterized in that the system further comprises an optical sensor operable to recognize a dryness level of the cornea, wherein the activation device is operable to deactivate the fluid control device when an appropriate amount of moisturizing and cleaning to the eye has been provided; and wherein the system is operable to determine whether to deactivate the fluid control device based on a signal of the sensor that recognizes the dryness level of the cornea.
A gas hob, comprising a flat top plate ; a burner provided on the top plate ; a pan support made of a metal material having an outer frame seated on the top plate and surrounding the burner at a distance so as to define a cooking area ; a holding element which is fixed to the top plate from a base portion and forming an elongated channel to receive a grip portion of the pan support aligned with the burner from the top and extending parallel to an upper edge of the top plate characterized in that the holding element comprises a transversely extending opening into which a support arm extending from the pan support to the burner is inserted.
A rotating seal mechanism for a rotary kiln, disposed between a fixed body and a rotating body and comprising: a sealing assembly disposed on a circumference of the rotating body and rotatably connected to the rotating body , wherein the sealing assembly comprises a sealing frame body , and the sealing frame body is provided therein with a sealing ring , a positioning ring for a sealing ring , and a gland for a sealing ring ; a flexible connecting body connected with the sealing assembly and the fixed body ; a limiting cooperating component disposed on the sealing assembly ; and follower support components disposed on the sealing assembly , characterized in that the follower support components define a coaxiality between the sealing assembly and the rotating body , the follower support components are supporting rollers, supporting rings or supporting blocks respectively on one side of the sealing frame body and one side of the gland for the sealing ring, wherein during rotation of the rotating body , the sealing assembly moves relative to the rotating body to be radially displaced up and down and leftwards and rightwards with the rotating body , and during the rotation of the rotating body , the sealing member is subjected to friction from the rotating body , a force applied in a circumferential direction is unloaded onto the flexible connecting body , and a position of the sealing assembly in the circumferential direction changes. a sealing assembly disposed on a circumference of the rotating body and rotatably connected to the rotating body , wherein the sealing assembly comprises a sealing frame body , and the sealing frame body is provided therein with a sealing ring , a positioning ring for a sealing ring , and a gland for a sealing ring ; a flexible connecting body connected with the sealing assembly and the fixed body ; a limiting cooperating component disposed on the sealing assembly ; and follower support components disposed on the sealing assembly , characterized in that the follower support components define a coaxiality between the sealing assembly and the rotating body , the follower support components are supporting rollers, supporting rings or supporting blocks respectively on one side of the sealing frame body and one side of the gland for the sealing ring, wherein during rotation of the rotating body , the sealing assembly moves relative to the rotating body to be radially displaced up and down and leftwards and rightwards with the rotating body , and during the rotation of the rotating body , the sealing member is subjected to friction from the rotating body , a force applied in a circumferential direction is unloaded onto the flexible connecting body , and a position of the sealing assembly in the circumferential direction changes.
A composite cemented carbide roll comprising an inner layer made of steel, an outer layer made of cemented carbide, and an intermediate layer made of cemented carbide which is metallurgically bonded to said inner layer and said outer layer; the cemented carbide forming said outer layer comprises 55 to 90 parts by mass of WC particles, wherein WC is a sintered alloy of tungsten carbide, and 10 to 45 parts by mass of a binder phase comprising Fe as a main component, the binder phase of said outer layer having a chemical composition comprising 0.5 to 10% by mass of Ni, 0.2 to 2.0% by mass of C, 0.5 to 5% by mass of Cr, and 0.1 to 5% by mass of W, the balance being Fe and inevitable impurities; the cemented carbide forming said intermediate layer comprises 30 to 65 parts by mass of WC particles, and 35 to 70 parts by mass of a binder phase comprising Fe as a main component, the binder phase of said intermediate layer having a chemical composition comprising 0.5 to 10% by mass of Ni, 0.2 to 2.0% by mass of C, 0.5 to 5% by mass of Cr, and 0.1 to 5% by mass of W, the balance being Fe and inevitable impurities; and the amount c1 (parts by mass) of WC particles in said outer layer and the amount c2 (parts by mass) of WC particles in said intermediate layer meet 0.45 ≤ c2/c1 ≤ 0.85; wherein the outer layer is as thick as 5 to 40 mm, and said intermediate layer is as thick as 3 to 15 mm, at an initial diameter of the composite cemented carbide roll at the start of use. the cemented carbide forming said outer layer comprises 55 to 90 parts by mass of WC particles, wherein WC is a sintered alloy of tungsten carbide, and 10 to 45 parts by mass of a binder phase comprising Fe as a main component, the binder phase of said outer layer having a chemical composition comprising 0.5 to 10% by mass of Ni, 0.2 to 2.0% by mass of C, 0.5 to 5% by mass of Cr, and 0.1 to 5% by mass of W, the balance being Fe and inevitable impurities; the cemented carbide forming said intermediate layer comprises 30 to 65 parts by mass of WC particles, and 35 to 70 parts by mass of a binder phase comprising Fe as a main component, the binder phase of said intermediate layer having a chemical composition comprising 0.5 to 10% by mass of Ni, 0.2 to 2.0% by mass of C, 0.5 to 5% by mass of Cr, and 0.1 to 5% by mass of W, the balance being Fe and inevitable impurities; and the amount c1 (parts by mass) of WC particles in said outer layer and the amount c2 (parts by mass) of WC particles in said intermediate layer meet 0.45 ≤ c2/c1 ≤ 0.85; wherein the outer layer is as thick as 5 to 40 mm, and said intermediate layer is as thick as 3 to 15 mm, at an initial diameter of the composite cemented carbide roll at the start of use.
An image processing device which is connected to an imaging unit , the imaging unit : being configured to sequentially capture images of a plurality of workpieces conveyed on a conveying device , and having an imaging range such that the sequentially captured images overlap, the image processing device comprising: an interface that receives image data of the sequentially captured images obtained by the imaging unit ; measurement unit for acquiring a measurement result by performing measurement processing to a respective sequentially captured image, wherein measurement processing includes obtaining the position of each workpiece as measurement result; a panoramic image processing unit for performing processing related to generating and displaying a panoramic image, the panoramic image processing unit comprises an image generation unit for generating a panoramic image from the sequentially captured images such that the sequentially captured images overlap with one another within an overlapping range in an imaging order, wherein a variable N is used for counting the image data relating to the sequentially captured images, and by superimposing the acquired measurement result; and an output unit for outputting the panoramic image with the superimposed measurement result and information indicating the overlapping range correlated with the panoramic image with the superimposed measurement result represented by a geometric figure, wherein the image generation unit is configured to superimpose a measurement result of the Nth image data as a measurement result of the (N + 1)th image data . being configured to sequentially capture images of a plurality of workpieces conveyed on a conveying device , and having an imaging range such that the sequentially captured images overlap, an interface that receives image data of the sequentially captured images obtained by the imaging unit ; measurement unit for acquiring a measurement result by performing measurement processing to a respective sequentially captured image, wherein measurement processing includes obtaining the position of each workpiece as measurement result; a panoramic image processing unit for performing processing related to generating and displaying a panoramic image, the panoramic image processing unit comprises an image generation unit for generating a panoramic image from the sequentially captured images such that the sequentially captured images overlap with one another within an overlapping range in an imaging order, wherein a variable N is used for counting the image data relating to the sequentially captured images, and by superimposing the acquired measurement result; and an output unit for outputting the panoramic image with the superimposed measurement result and information indicating the overlapping range correlated with the panoramic image with the superimposed measurement result represented by a geometric figure, wherein the image generation unit is configured to superimpose a measurement result of the Nth image data as a measurement result of the (N + 1)th image data .
A reverse-flow adsorber with an adsorber body partially enclosing an adsorption region, the adsorber body comprising: two substantially opposing open ends with a first head capping one end of the adsorber body, a second head capping the opposing end of the adsorber body, a fixed bed disposed within the adsorber body comprising solid material capable of promoting adsorption with a gas stream, at least one gas stream inlet associated with the first head , at least one gas stream outlet associated with the second head , at least one intake poppet valve located in the first head and at least one exhaust poppet valve located in the second head; and at least one gas stream inlet associated with the second head at least one gas stream outlet associated with the first head , at least one intake poppet valve located in the second head and at least one exhaust poppet valve located in the first head; wherein the at least one intake poppet valve in the first head comprises a disk element connected to a valve stem element , wherein the disk element comprises a flat or profiled surface facing the adsorbent bed, and wherein the distance during operation between the at least one intake poppet valve disk element flat or profiled surface in the fully open position of the valve, when the valve lift is at its maximum, and the fixed bed surface is between 5% and 200% of the disk element diameter. two substantially opposing open ends with a first head capping one end of the adsorber body, a second head capping the opposing end of the adsorber body, a fixed bed disposed within the adsorber body comprising solid material capable of promoting adsorption with a gas stream, at least one gas stream inlet associated with the first head , at least one gas stream outlet associated with the second head , at least one intake poppet valve located in the first head and at least one exhaust poppet valve located in the second head; and at least one gas stream inlet associated with the second head at least one gas stream outlet associated with the first head , at least one intake poppet valve located in the second head and at least one exhaust poppet valve located in the first head; wherein the at least one intake poppet valve in the first head comprises a disk element connected to a valve stem element , wherein the disk element comprises a flat or profiled surface facing the adsorbent bed, and wherein the distance during operation between the at least one intake poppet valve disk element flat or profiled surface in the fully open position of the valve, when the valve lift is at its maximum, and the fixed bed surface is between 5% and 200% of the disk element diameter.
A method performed by a unified data management, UDM, entity , comprising: transmitting an HTTP request to unified data repository, UDR, entity to maintain a short message service, SMS, waiting context for a terminal device, at the UDR entity, wherein the SMS waiting context is information related to a re-attempt of a mobile terminating, MT, SMS delivery from at least one SMS service center, SMS-SC, to the terminal device due to a failure of the MT SMS delivery, wherein the SMS waiting context is maintained by at least one of the following steps: - querying the UDR entity for an SMS waiting context for the terminal device, by sending a hypertext transfer protocol, HTTP, GET request to the UDR entity; - creating an SMS waiting context for the terminal device, by sending an HTTP PUT request to the UDR entity; and - updating the SMS waiting context for the terminal device, by sending an HTTP PUT or PATCH request to the UDR entity, and wherein the HTTP PUT request comprises the SMS waiting context for the terminal device, and/or wherein the HTTP PATCH request comprises an indication indicating at least one of the SMS waiting context for the terminal device. transmitting an HTTP request to unified data repository, UDR, entity to maintain a short message service, SMS, waiting context for a terminal device, at the UDR entity, wherein the SMS waiting context is information related to a re-attempt of a mobile terminating, MT, SMS delivery from at least one SMS service center, SMS-SC, to the terminal device due to a failure of the MT SMS delivery, wherein the SMS waiting context is maintained by at least one of the following steps: - querying the UDR entity for an SMS waiting context for the terminal device, by sending a hypertext transfer protocol, HTTP, GET request to the UDR entity; - creating an SMS waiting context for the terminal device, by sending an HTTP PUT request to the UDR entity; and - updating the SMS waiting context for the terminal device, by sending an HTTP PUT or PATCH request to the UDR entity, and - querying the UDR entity for an SMS waiting context for the terminal device, by sending a hypertext transfer protocol, HTTP, GET request to the UDR entity; - creating an SMS waiting context for the terminal device, by sending an HTTP PUT request to the UDR entity; and - updating the SMS waiting context for the terminal device, by sending an HTTP PUT or PATCH request to the UDR entity, and wherein the HTTP PUT request comprises the SMS waiting context for the terminal device, and/or wherein the HTTP PATCH request comprises an indication indicating at least one of the SMS waiting context for the terminal device.
Intake ventilator provided with a flow channel, an air intake and an air outlet, the ventilator comprising a thick-walled shell made of a resilient material having good thermal insulation properties, arranged at the bottom in the form of concavity ,which consists of an air-intake cavity , an air-outlet cavity and a recess of the flow channel and said recess has a rib , the upper part of the thick-walled shell forms a plate provided with openings in which profiled ribs are arranged, moreover, said shell has two side walls and a closure of the air intake and a closure of the air outlet, and said four elements surround the concavity from four sides, the recess of the flow channel is closed from the bottom with a horizontal partition having a slanting fault and said horizontal partition via seals abuts on the upper surface of a window rail , while on the upper surface of the partition from the side of the air-intake cavity a pressure throttle is located, furthermore, inside the air-intake cavity a thermal air-flow controller is situated and said thermal air-flow controller consists of two profiled guides connected to yokes , each of the guides has a longitudinal groove and two longitudinal slots and the grooves are provided with two movable lamellar throttles having openings and binders between said openings, while in the slots of the guides two pairs of bars are placed respectively, and the yokes having arms respectively, with openings and they are assembled by means of screws to brackets respectively, equipped with mounting sleeves respectively, moreover, the air-intake cavity is covered from the bottom with a flap provided with two guides , in which side closures of the flap are located and said closures are provided with ribs with axles of rotation and furthermore the air-outlet cavity is covered from the bottom with a masking frame provided with two guides in which there are catches of side closures of the masking frame and said closures have ribs with transverse openings in which axles of rotation of a throttle are mounted.
A system for managing a plurality of clusters of distributed file systems, the plurality of clusters having cluster files, the system comprising: at least one processing unit; and a non-transitory memory communicatively coupled to the at least one processing unit and comprising computer-readable program instructions executable by the at least one processing unit for: receiving a request to access a cluster file in at least one of the clusters, the request comprising a logical file name, the request received from an application on a user device; retrieving metadata using the logical file name, the metadata mapping a logical file to a physical file, the physical file being the cluster file; determining a physical file location of the physical file and a physical file name of the physical file from the metadata; and sending the request to access the cluster file, using the physical file name of the physical file, to one of the clusters corresponding to the physical file location of the physical file. at least one processing unit; and a non-transitory memory communicatively coupled to the at least one processing unit and comprising computer-readable program instructions executable by the at least one processing unit for: receiving a request to access a cluster file in at least one of the clusters, the request comprising a logical file name, the request received from an application on a user device; retrieving metadata using the logical file name, the metadata mapping a logical file to a physical file, the physical file being the cluster file; determining a physical file location of the physical file and a physical file name of the physical file from the metadata; and sending the request to access the cluster file, using the physical file name of the physical file, to one of the clusters corresponding to the physical file location of the physical file. receiving a request to access a cluster file in at least one of the clusters, the request comprising a logical file name, the request received from an application on a user device; retrieving metadata using the logical file name, the metadata mapping a logical file to a physical file, the physical file being the cluster file; determining a physical file location of the physical file and a physical file name of the physical file from the metadata; and sending the request to access the cluster file, using the physical file name of the physical file, to one of the clusters corresponding to the physical file location of the physical file.
A spray assembly comprising: an inner chamber defining a first fluid outlet for providing a fluid in a first spray mode of a plurality of spray modes; and an outer chamber disposed radially outward from the inner chamber ; a spray face fluidly coupled to the outer chamber and comprising one or more nozzles , the one or more nozzles configured to be moved between a plurality of nozzle positions such that the spray face selectively provides the fluid in at least a second spray mode and a third spray mode; a plurality of shafts configured to be selectively movable between a plurality of shaft positions such that the spray assembly selectively provides the fluid in the plurality of spray modes; a lever configured to be selectively operable in a plurality of lever positions such that the lever operates the plurality of shafts in the plurality of shaft positions; a moving fulcrum structured to change a location of a fulcrum of the lever such that the fulcrum changes as the lever is operated through the plurality of lever positions; and a plurality of sleeves , a first sleeve of the plurality of sleeves configured to move the one or more nozzles of the spray face . an inner chamber defining a first fluid outlet for providing a fluid in a first spray mode of a plurality of spray modes; and an outer chamber disposed radially outward from the inner chamber ; a spray face fluidly coupled to the outer chamber and comprising one or more nozzles , the one or more nozzles configured to be moved between a plurality of nozzle positions such that the spray face selectively provides the fluid in at least a second spray mode and a third spray mode; a plurality of shafts configured to be selectively movable between a plurality of shaft positions such that the spray assembly selectively provides the fluid in the plurality of spray modes; a lever configured to be selectively operable in a plurality of lever positions such that the lever operates the plurality of shafts in the plurality of shaft positions; a moving fulcrum structured to change a location of a fulcrum of the lever such that the fulcrum changes as the lever is operated through the plurality of lever positions; and a plurality of sleeves , a first sleeve of the plurality of sleeves configured to move the one or more nozzles of the spray face .