mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for generating a fluid pressure pulse downhole, the apparatus comprising: an elongate, generally tubular housing defining an internal fluid flow passage ; a first device for controlling the flow of fluid along a first flow path which communicates with the internal fluid flow passage , to generate a first fluid pressure pulse; and a second device for controlling the flow of fluid along a second flow path which communicates with the internal fluid flow passage , to generate a second fluid pressure pulse; in which the first and second devices are both provided in the housing , take the form of a cartridge configured to be releasably mounted in a space provided in a wall of the housing , and house a valve having a valve element and a valve seat , the valve being actuatable to control the flow of fluid along the respective flow path, wherein the first device and the second device are arranged at a common axial position along a length of the tubular housing . an elongate, generally tubular housing defining an internal fluid flow passage ; a first device for controlling the flow of fluid along a first flow path which communicates with the internal fluid flow passage , to generate a first fluid pressure pulse; and a second device for controlling the flow of fluid along a second flow path which communicates with the internal fluid flow passage , to generate a second fluid pressure pulse; in which the first and second devices are both provided in the housing , take the form of a cartridge configured to be releasably mounted in a space provided in a wall of the housing , and house a valve having a valve element and a valve seat , the valve being actuatable to control the flow of fluid along the respective flow path, wherein the first device and the second device are arranged at a common axial position along a length of the tubular housing .
Computer-implemented method for controlling a radio transmitter (110, 110.1, 110.2) that communicates data to objects (100, o.1., o.2., o.3), the objects being associated with receivers, wherein the radio transmitter is enabled to send directed radio signals (s, s.1, s.2., s.3) as beams into a plurality of sectors (sec.1, sec.2, sec.3, 110.1.b, 110.2.b), the method performed by a computer that controls the radio transmitter , the method comprising the following steps: selecting a sub-plurality of beams and causing the radio transmitter to communicate data to the objects, wherein the radio transmitter sends directed radio signals via the selected beams; processing feedback data from feedback signals that arrive from objects that have obtained data from the radio transmitter, wherein the feedback data is being converted to values that indicate communication performance to communicate data to the objects; characterized in that the method further comprises: repeating the selecting and processing step, to select sub-pluralities of beams, according to the values that indicate communication performance, wherein repeating selecting and processing comprises to apply machine learning with a multi-armed bandit problem in the contextual category with the context being movement of the objects. selecting a sub-plurality of beams and causing the radio transmitter to communicate data to the objects, wherein the radio transmitter sends directed radio signals via the selected beams; processing feedback data from feedback signals that arrive from objects that have obtained data from the radio transmitter, wherein the feedback data is being converted to values that indicate communication performance to communicate data to the objects; characterized in that the method further comprises: repeating the selecting and processing step, to select sub-pluralities of beams, according to the values that indicate communication performance, wherein repeating selecting and processing comprises to apply machine learning with a multi-armed bandit problem in the contextual category with the context being movement of the objects.
A method for cutting a steel frame along a cutting surface perpendicular to a longitudinal direction of the steel frame, the method comprising: holding the steel frame by a holding device ; setting a cutting start position to a position of a first end of the cutting surface or to a position on an outer side of the first end; setting a first cutting end position to a position of a second end of the cutting surface opposite to the cutting start position across the cutting surface or to a position on an outer side of the second end; locating a cutting torch at a position apart from the steel frame held by the holding device in a direction along the cutting surface and moving the cutting torch from the cutting start position to the first cutting end position in a first feed direction perpendicular to a supply direction along the cutting surface with applying a flame in the supply direction from a fire port of the cutting torch and supplying oxygen for oxidation of the steel frame to thereby cut a part of the cutting surface; and stopping the cutting torch at the first cutting end position and thereafter moving the cutting torch in a second feed direction opposite to the first feed direction from the first cutting end position to thereby cut at least a part of a remaining part of the steel frame, the remaining part being a part having failed to be cut by the movement in the first feed direction. holding the steel frame by a holding device ; setting a cutting start position to a position of a first end of the cutting surface or to a position on an outer side of the first end; setting a first cutting end position to a position of a second end of the cutting surface opposite to the cutting start position across the cutting surface or to a position on an outer side of the second end; locating a cutting torch at a position apart from the steel frame held by the holding device in a direction along the cutting surface and moving the cutting torch from the cutting start position to the first cutting end position in a first feed direction perpendicular to a supply direction along the cutting surface with applying a flame in the supply direction from a fire port of the cutting torch and supplying oxygen for oxidation of the steel frame to thereby cut a part of the cutting surface; and stopping the cutting torch at the first cutting end position and thereafter moving the cutting torch in a second feed direction opposite to the first feed direction from the first cutting end position to thereby cut at least a part of a remaining part of the steel frame, the remaining part being a part having failed to be cut by the movement in the first feed direction.
Camera for simultaneously capturing at least two images, wherein each image is limited to light in a limited spectral band , wherein the camera comprises an optical filter for transmitting light of a pass wavelength, comprising at least two optical filter stages arranged along a transmission direction , along which the light of the pass wavelength is transmitted through the optical filter , wherein each of the at least two optical filter stages comprises at least one entrance polarizing element and at least one constant retarding element , wherein each of the at least two optical filter stages comprises a periodic transmission characteristic that extends over a working wavelength range , wherein each transmission characteristic comprises at least two peaks (43c - 43e) which each overlap with at least one peak (43c - 43e) of each of the other transmission characteristics , wherein an overall transmission characteristic of the optical filter comprises at least two spectral passbands that are spectrally separated from each other, wherein at least one spectral passband of the filter's overall transmission characteristic is located in each of the spectral bands , wherein the camera further comprises a detector and each of the detector pixels comprises a microfilter , wherein the microfilters comprise a distinctive transmission spectrum, wherein the at least two spectral passbands of the optical filter experience different transmission values for each of the microfilters , and wherein a processor for post-processing is provided for relating the measured intensity for each pixel to only one of the at least two spectral passbands .
A method for producing a polyarylene sulfide resin, the method comprising performing polymerization reaction of a mixture containing a diiodo aromatic compound, elemental sulfur, and a polymerization inhibitor having a group represented by general formula below, (in the formula, X represents a hydrogen atom or an alkali metal atom).
A health mask, comprising: a body part resting on and covering a partial area of a face, including a respiratory system of a user, the body part having an internal space formed therein; a tight fitting part positioned along a circumference of the body part such that the body part is tightly fitted to the partial area of the face; an ear loop part positioned at opposite sides of the body part such that the body part is secured to the partial area of the face the health mask being characterized by : a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part ; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances. a body part resting on and covering a partial area of a face, including a respiratory system of a user, the body part having an internal space formed therein; a tight fitting part positioned along a circumference of the body part such that the body part is tightly fitted to the partial area of the face; an ear loop part positioned at opposite sides of the body part such that the body part is secured to the partial area of the face the health mask being characterized by : a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part ; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances. a filter part positioned at the opposite sides of the body part such that external air is purified and supplied to the internal space of the body part ; and an air curtain-forming means provided on the body part such that an air curtain is formed around the body part to block entry of external substances.
A method of controlling a screen of a panel display apparatus , the method comprising: displaying a rectangular screen comprising a digital image in a display area of the panel display apparatus; acquiring information to modify a shape of the rectangular screen; determining one coordinate value of a horizontal axis of the display area based on the acquired information; and modifying and displaying the modified shape of the rectangular screen in the display area based on the one coordinate value , wherein a height of the modified screen , at a respective coordinate value on the horizontal axis, decreases gradually as the respective coordinate value of the height of the modified screen is closer to the one coordinate value , and the digital image gradually shrinks in height size such that the modified screen has a curved shape that is concave and the digital image is displayed in the display area of the modified screen, wherein the information acquired to modify the shape of the rectangular screen is position information of a user who views the digital image, and wherein the position information is acquired by an image acquirer that captures an external environment of the panel display apparatus. displaying a rectangular screen comprising a digital image in a display area of the panel display apparatus; acquiring information to modify a shape of the rectangular screen; determining one coordinate value of a horizontal axis of the display area based on the acquired information; and modifying and displaying the modified shape of the rectangular screen in the display area based on the one coordinate value , wherein a height of the modified screen , at a respective coordinate value on the horizontal axis, decreases gradually as the respective coordinate value of the height of the modified screen is closer to the one coordinate value , and the digital image gradually shrinks in height size such that the modified screen has a curved shape that is concave and the digital image is displayed in the display area of the modified screen, wherein the information acquired to modify the shape of the rectangular screen is position information of a user who views the digital image, and wherein the position information is acquired by an image acquirer that captures an external environment of the panel display apparatus.
Method for packaging portioned products which are liquid or pasty at least in the processing state in a wrapper (E) that is cut to length from at least one packaging material web , wherein the packaging material web is transported in the direction of at least one upwardly open pair of folding claws , is cut to length while forming a substantially planar blank (Z) of the wrapper (E), and the blank (Z) is positioned above the pair of folding claws , wherein the product is metered, characterized in that the product portion is pre-shaped, and the blank (Z) by placing thereon the pre-shaped product portion is folded into the pair of folding claws while forming the upwardly open wrapper (E), whereupon the upward-projecting lateral longitudinal peripheries of the upwardly open wrapper (E) are folded inward onto the pre-shaped product portion, and whereupon the transverse peripheries of the wrapper (E) which extend so as to be substantially perpendicular to the lateral longitudinal peripheries of said wrapper (E) are folded inward onto the pre-shaped product portion, and characterized in that at least the upward-projecting lateral longitudinal peripheries of the upwardly open wrapper (E) are folded inward onto the pre-shaped product portion and simultaneously connected to one another, while the wrapper (E) provided with the pre-shaped product portion is still situated in the pair of folding claws .
An eccentric fitting assembly (36; 70) comprising: an outer eccentric fitting (40; 72) which defines an outer axis, said outer eccentric fitting (40; 72) defines an opening offset (52; 90) from said outer axis; and an inner eccentric fitting (42; 74) which defines an inner axis, said inner eccentric fitting (42; 74) defines a stud opening offset (54; 92) from said inner axis, said inner eccentric fitting (42; 74) receivable within said opening (52; 90), characterized in that said outer eccentric fitting (40; 72) defines a threaded section (40T; 72T) which defines said outer axis. an outer eccentric fitting (40; 72) which defines an outer axis, said outer eccentric fitting (40; 72) defines an opening offset (52; 90) from said outer axis; and an inner eccentric fitting (42; 74) which defines an inner axis, said inner eccentric fitting (42; 74) defines a stud opening offset (54; 92) from said inner axis, said inner eccentric fitting (42; 74) receivable within said opening (52; 90), characterized in that said outer eccentric fitting (40; 72) defines a threaded section (40T; 72T) which defines said outer axis.
A product comprising: a dust collection device for a sanding tool comprising a bag having a sidewall and a coupler attached to the bag ; the sidewall comprising a first filter layer , a second filter layer , and an outer support layer ; the first filter layer comprising a plurality of fibers forming a nonwoven web, the first filter layer having a total pressure drop between 0.1 to 4.0 mm H 2 O, and the first filter layer having a total basis weight between 115 to 450 gram/m 2 ; and the second filter layer comprising a melt blown microfiber nonwoven web, the second filter layer having a total pressure drop between 5.5 to 20.0 mm H 2 0, and the second filter layer having a total basis weight between 15 to 75 gram/m 2 . a dust collection device for a sanding tool comprising a bag having a sidewall and a coupler attached to the bag ; the sidewall comprising a first filter layer , a second filter layer , and an outer support layer ; the first filter layer comprising a plurality of fibers forming a nonwoven web, the first filter layer having a total pressure drop between 0.1 to 4.0 mm H 2 O, and the first filter layer having a total basis weight between 115 to 450 gram/m 2 ; and the second filter layer comprising a melt blown microfiber nonwoven web, the second filter layer having a total pressure drop between 5.5 to 20.0 mm H 2 0, and the second filter layer having a total basis weight between 15 to 75 gram/m 2 .
A device for packaging trays, which comprises a heat-sealing and cutting station for heat-sealing a film on the rim of a tray and for cutting said film , said heat-sealing and cutting station comprising a lower supporting surface which comprises a plurality of receptacles configured to accommodate trays of different dimensions and/or formats, said heat-sealing and cutting station comprising a plurality of upper bell-shaped elements that are configured to engage with said trays of different dimensions and/or formats, said bell-shaped elements being selectively associable with said receptacles as a function of the dimensions and/or formats of said trays , characterized in that said heat-sealing and cutting station moves in a a horizontal plane so as to bring a pail uf receptacle and bell-shaped element pair associated with a tray into alignment in the processing area.
A system for verifying controllers of a vehicle based on a virtual machine , the system comprising: a server configured to store software of upper level controllers of a vehicle and to execute the software of the upper level controllers through the virtual machine ; and a telematics terminal configured to collect input data of the upper level controllers and to transmit the input data to the server , wherein the server is further configured to verify a ROM binary based on software ID and version information of the upper level controllers received from the telematics terminal , and to execute a virtual machine matching the verified ROM binary; wherein the virtual machine is configured to emulate the upper level controllers and execute the verified ROM binary based on the input data of the upper level controllers ; wherein the telematics terminal is further configured to compare first output data collected from the upper level controllers with second output data received from the server , and to verify a validity of the first output data based on the comparison of first output data with the second output data, wherein the server is further configured to generate the second output data based on an output value obtained by executing the ROM binary, and wherein the upper level controller controls operations of lower level controllers , the upper level controller controlling sensors or actuators of the vehicle through the lower level controllers. a server configured to store software of upper level controllers of a vehicle and to execute the software of the upper level controllers through the virtual machine ; and a telematics terminal configured to collect input data of the upper level controllers and to transmit the input data to the server , wherein the server is further configured to verify a ROM binary based on software ID and version information of the upper level controllers received from the telematics terminal , and to execute a virtual machine matching the verified ROM binary; wherein the virtual machine is configured to emulate the upper level controllers and execute the verified ROM binary based on the input data of the upper level controllers ; wherein the telematics terminal is further configured to compare first output data collected from the upper level controllers with second output data received from the server , and to verify a validity of the first output data based on the comparison of first output data with the second output data, wherein the server is further configured to generate the second output data based on an output value obtained by executing the ROM binary, and wherein the upper level controller controls operations of lower level controllers , the upper level controller controlling sensors or actuators of the vehicle through the lower level controllers.
Valve body intended to be fastened to a cup provided with an opening in order to form an aerosol generator valve, which valve body comprises a tubular body closed at one of its ends by a closure wall provided with an orifice and extending along a main axis (A), wherein the valve body is constituted by two parts which are separate before assembly of the valve, one of the two parts being provided with the closure wall and a portion or all of the tubular body , and the other of the two parts being provided with another closure wall provided with another orifice and with the rest of the tubular body, each part being provided with fastening means so that in the assembled state of the valve, one of the two parts is located on one side of the cup and the other of the two parts is located on the other side of the cup, a portion of at least one of the two parts passing through the opening of the cup so as to protrude on the other side of the cup, characterized in that each part is provided with a bearing surface , and in that the two parts are fastened to each other by their fastening means while clamping, between their respective bearing surfaces , the cup at an annular portion located around the opening , wherein a cup seal may be overmolded on one of the bearing surfaces .
A dual-mode resonator, comprising: a cavity and a dual-mode dielectric body coupled to an inner surface of the cavity, wherein the dual-mode dielectric body comprises a central part and four components that protrude from the central part, the four components are disposed opposite to each other in pair and are in a cross shape, and a first coupling groove (S 1) and a second coupling groove (S2) are provided on the central part, wherein an extension direction of the first coupling groove is between two adjacent components, an extension direction of the second coupling groove is between the other two adjacent components, widths and/or depths of the first coupling groove and the second coupling groove are different, and the extension direction of the first coupling groove and the extension direction of the second coupling groove are at a preset angle; wherein opening grooves are provided on respective outer end portions of two adjacent components, a first tuning mechanical part (T2) of the dual-mode resonator is disposed in one opening groove, and a second tuning mechanical part (T3) of the dual-mode resonator is disposed in the other opening groove; and wherein heights of the two adjacent components provided with the opening grooves are lower than heights of other components.