mhurhangee/ep-ind-claims huggingface dataset:
A method for fundus image observation, the method using a processor of a computer, the method comprising: a first acquisition step of acquiring image group data including fluorescent angiographic images of a plurality of frames acquired through a fluorescent imaging procedure for an examinee's eye; a second acquisition step of selecting and setting at least one or more frames illustrating a desired contrast medium appearance as at least one or more key frames from the fluorescent angiographic images included in the image group data and obtaining key frame specification information for specifying the at least one or more key frames in the image group data; a list display step of displaying the key frames extracted from the image group data in list form on a display unit on the basis of the key frame specification information, wherein, in the first acquisition step, the image group data is acquired which includes at least a photographed image group being the fluorescent angiographic images of a plurality of frames photographed continuously at regular intervals, the image group data further includes one of the fluorescent angiographic images photographed at an output timing of a third trigger signal emitted during photographing of the photographed image data, and in the second acquisition step, the fluorescent angiographic image photographed at the output timing of the third trigger signal, whereby the fluorescent angiographic image being included in the photographed image group, is selected and set as the at least one or more key frames or a candidate therefor. a first acquisition step of acquiring image group data including fluorescent angiographic images of a plurality of frames acquired through a fluorescent imaging procedure for an examinee's eye; a second acquisition step of selecting and setting at least one or more frames illustrating a desired contrast medium appearance as at least one or more key frames from the fluorescent angiographic images included in the image group data and obtaining key frame specification information for specifying the at least one or more key frames in the image group data; a list display step of displaying the key frames extracted from the image group data in list form on a display unit on the basis of the key frame specification information, wherein, in the first acquisition step, the image group data is acquired which includes at least a photographed image group being the fluorescent angiographic images of a plurality of frames photographed continuously at regular intervals, the image group data further includes one of the fluorescent angiographic images photographed at an output timing of a third trigger signal emitted during photographing of the photographed image data, and in the second acquisition step, the fluorescent angiographic image photographed at the output timing of the third trigger signal, whereby the fluorescent angiographic image being included in the photographed image group, is selected and set as the at least one or more key frames or a candidate therefor.
Vehicle seat (10; 60), preferably a motor vehicle seat, comprising a) a seat part, and b) a backrest, comprising a lower partial backrest and an upper partial backrest pivotably arranged on the lower partial backrest about a horizontal first pivot axis, wherein the upper partial backrest is pivotable about the first pivot axis in the direction of the seat part into a horizontal folding position and a usable surface is arranged on the rear side thereof, which usable surface can be used as a table in the horizontal folding position, and wherein the usable surface is formed by a cover, preferably a plastic cover or plate, attached to the rear side of the upper partial backrest, characterised in that the cover comprises at least one cover section which at least partially covers at least one side surface of the upper partial backrest and an upper fitting system, by means of which the upper partial backrest is pivotably attached to the lower partial backrest. a) a seat part, and b) a backrest, comprising a lower partial backrest and an upper partial backrest pivotably arranged on the lower partial backrest about a horizontal first pivot axis, wherein the upper partial backrest is pivotable about the first pivot axis in the direction of the seat part into a horizontal folding position and a usable surface is arranged on the rear side thereof, which usable surface can be used as a table in the horizontal folding position, and wherein the usable surface is formed by a cover, preferably a plastic cover or plate, attached to the rear side of the upper partial backrest,
A method of modeling an opening of a hearing aid vent, the method comprising: defining a trimming surface through a tip of the vent as one of a planar surface or a non-planar surface; and trimming the shell along the trimming surface to expose the interior of the shell to create the vent opening, wherein the tip includes an endpoint of the vent, wherein the hearing aid shell fits inside an ear of a patient and the method is performed by a processor, and wherein the trimming is performed after modeling of the shell to generate an inner wall of the shell and placement of components for providing acoustic signals to the ear in the shell. defining a trimming surface through a tip of the vent as one of a planar surface or a non-planar surface; and trimming the shell along the trimming surface to expose the interior of the shell to create the vent opening, wherein the tip includes an endpoint of the vent, wherein the hearing aid shell fits inside an ear of a patient and the method is performed by a processor, and wherein the trimming is performed after modeling of the shell to generate an inner wall of the shell and placement of components for providing acoustic signals to the ear in the shell.
A turbine flowpath component for a gas turbine engine, comprising: a spar; and a coversheet configured to at least partially enclose the spar, and configured for mating engagement with the spar; wherein the coversheet includes a plurality of pedestals formed therein and extending toward the spar; and wherein the plurality of pedestals are configured to form a cooling circuit for cooling air; wherein the turbine flowpath component is defined by a pressure side and a suction side, wherein the spar forms a cavity between the pressure side and the suction side; characterized in that the turbine flowpath component further comprises a plurality of hollow pins extending between the pressure side and the suction side and bridging the cavity; and wherein the hollow pins are configured to transmit cooling air directly between the suction side and the pressure side. a spar; and a coversheet configured to at least partially enclose the spar, and configured for mating engagement with the spar; wherein the coversheet includes a plurality of pedestals formed therein and extending toward the spar; and wherein the plurality of pedestals are configured to form a cooling circuit for cooling air; wherein the turbine flowpath component is defined by a pressure side and a suction side, wherein the spar forms a cavity between the pressure side and the suction side; characterized in that the turbine flowpath component further comprises a plurality of hollow pins extending between the pressure side and the suction side and bridging the cavity; and wherein the hollow pins are configured to transmit cooling air directly between the suction side and the pressure side.
A pallet for fixing a board-like work, the pallet being configured to be arranged on a table of a liquid applying apparatus, which applies a liquid by moving a nozzle for discharging the liquid and the table relatively to each other, wherein the pallet comprises a base having a work area in which a plurality of works are arranged in parallel in a row direction and/or a column direction, and a holding plate for holding the work at both ends thereof, the holding plate having a window which is positioned to make open central portion of the works arranged in the work area, characterized in that the work area is made up of plural rows, and the base has projections formed to project upward from a surface of the base, on which the work is placed, for partition between the rows of the work area, and an interval between the projections is slightly larger than a short side of the work.
A compound represented by the following formula: wherein R 1' represents an aromatic ring or a heteroaromatic ring connected to the carbon atom of the oxime group either directly or by a group selected from ether, amino, thioether, carbonyl, ester, amide, urethane, urea, sulfinyl, sulfonyl, sulfonic ester, sulphonamide, imide, sulfonylamide, disulfonylimide, and a phosphine oxide group represented by the structure R 1a represents an alkyl group substituted by -SAr wherein Ar represents an aromatic ring selected from a benzene ring, a naphthalene ring and an anthracene ring, each of which may optionally be substituted by halogen, alkoxy, hydroxyl, alkyl, alkanoyl, aryloyl, a heterocyclic group or heterocyclic carbonyl group; R 2a represents an alkanoyl group, an alkenoyl group, an aryloyl group, an alkoxycarbonyl group, an aryloxycarbonyl group, a heterocyclic oxycarbonyl group, a heteroaryloxycarbonyl group, an alkylthiocarbonyl group, an arylthiocarbonyl group, a heterocyclic thiocarbonyl group, a heteroarylthiocarbonyl group, or -CO-CO-Rd wherein Rd represents an aromatic or heteroaromatic group optionally substituted by halogen, alkoxy, hydroxyl, alkyl, alkanoyl, aryloyl, a heterocyclic group or a heterocyclic carbonyl group; and n represents an integer of 1 to 6. R 1a represents an alkyl group substituted by -SAr wherein Ar represents an aromatic ring selected from a benzene ring, a naphthalene ring and an anthracene ring, each of which may optionally be substituted by halogen, alkoxy, hydroxyl, alkyl, alkanoyl, aryloyl, a heterocyclic group or heterocyclic carbonyl group; R 2a represents an alkanoyl group, an alkenoyl group, an aryloyl group, an alkoxycarbonyl group, an aryloxycarbonyl group, a heterocyclic oxycarbonyl group, a heteroaryloxycarbonyl group, an alkylthiocarbonyl group, an arylthiocarbonyl group, a heterocyclic thiocarbonyl group, a heteroarylthiocarbonyl group, or -CO-CO-Rd wherein Rd represents an aromatic or heteroaromatic group optionally substituted by halogen, alkoxy, hydroxyl, alkyl, alkanoyl, aryloyl, a heterocyclic group or a heterocyclic carbonyl group; and n represents an integer of 1 to 6.
A method for controlling network access, said method comprising, the steps of: receiving a request from a client device to allow a communication flow over a network; temporarily allowing the communication flow over the network prior to making a determination of whether the network can handle the communication flow, wherein a period of time during which the communication flow is temporarily allowed comprises a transient period, and wherein access during the transient period is based on a local policy at the client device; allocating a first configurable percentage of total network bandwidth for use by a plurality of communication flows occurring during the transient period for minimising an impact of the plurality of communication flows to allowed communication flows in the network, determining availability of a network resource to be used by the communication flow; determining a priority of the communication flow; and responding to the request based on the availability of the network resource and the priority according to a network admission policy. receiving a request from a client device to allow a communication flow over a network; temporarily allowing the communication flow over the network prior to making a determination of whether the network can handle the communication flow, wherein a period of time during which the communication flow is temporarily allowed comprises a transient period, and wherein access during the transient period is based on a local policy at the client device; allocating a first configurable percentage of total network bandwidth for use by a plurality of communication flows occurring during the transient period for minimising an impact of the plurality of communication flows to allowed communication flows in the network, determining availability of a network resource to be used by the communication flow; determining a priority of the communication flow; and responding to the request based on the availability of the network resource and the priority according to a network admission policy.
Method of blow moulding a container, wherein the method comprises the steps: a) extruding a tube shaped, hollow, elongated parison from an extrusion head, wherein the parison comprises one free end; b) closing a moulding equipment around the parison, wherein the moulding equipment comprises a moulding cavity and at least one aperture, wherein the at least one aperture provides an opening into the moulding cavity from outside the closed moulding equipment, wherein an excess section of the parison is arranged inside the at least one aperture, wherein the free end of the parison is kept in place in the moulding equipment opposite the at least one aperture; c) holding the excess section of the parison in place within the at least one aperture by applying a holding force on the outside of the excess section of the parison; d) cutting the parison outside the closed moulding equipment, thereby providing the parison with an open end adjacent to the at least one aperture; e) arranging a blow pin within the open end of the parison such that said open end is closed by the blow pin; f) blowing pressurised gas from the blow pin into the parison, thereby forming a blow moulded container within the moulding cavity. a) extruding a tube shaped, hollow, elongated parison from an extrusion head, wherein the parison comprises one free end; b) closing a moulding equipment around the parison, wherein the moulding equipment comprises a moulding cavity and at least one aperture, wherein the at least one aperture provides an opening into the moulding cavity from outside the closed moulding equipment, wherein an excess section of the parison is arranged inside the at least one aperture, wherein the free end of the parison is kept in place in the moulding equipment opposite the at least one aperture; c) holding the excess section of the parison in place within the at least one aperture by applying a holding force on the outside of the excess section of the parison; d) cutting the parison outside the closed moulding equipment, thereby providing the parison with an open end adjacent to the at least one aperture; e) arranging a blow pin within the open end of the parison such that said open end is closed by the blow pin; f) blowing pressurised gas from the blow pin into the parison, thereby forming a blow moulded container within the moulding cavity.
A device characterized by generating means for generating initialization tables for a current frame or slice, the initialization tables having statistics of a significant coefficient pass for a previous encoded frame or slice using scalable video coding, wherein the initialization tables includes data corresponding to a variable length coding, VLC, table, an End-of-Block, EOB, shift table, and a special EOB, sEOB, shift table; and transmitting means for transmitting the initialization tables with the current frame or slice to a decoder.
A medical tool comprising: an elongated tubular section (310, 310A, 310B, 364) having a body wall including a plurality of slits (314, 350, 360, 602, 612, 622); a rigid needle tip (309, 309A, 309B, 363, 650) coupled to a distal end of the elongated tubular section; a flexible jacket covering a portion of the elongated tubular section; and an elongated flexible member coupled to a proximal end of the elongated tubular section, wherein a distal portion of the elongated flexible member covers a proximal portion of the flexible jacket; characterized in that the flexible jacket extends into a first portion of slits of the plurality of slits and a proximal portion of the elongated flexible member extends into a second portion of slits of the plurality of slits, and wherein the second portion of slits is not covered by the flexible jacket. an elongated tubular section (310, 310A, 310B, 364) having a body wall including a plurality of slits (314, 350, 360, 602, 612, 622); a rigid needle tip (309, 309A, 309B, 363, 650) coupled to a distal end of the elongated tubular section; a flexible jacket covering a portion of the elongated tubular section; and an elongated flexible member coupled to a proximal end of the elongated tubular section, wherein a distal portion of the elongated flexible member covers a proximal portion of the flexible jacket; characterized in that the flexible jacket extends into a first portion of slits of the plurality of slits and a proximal portion of the elongated flexible member extends into a second portion of slits of the plurality of slits, and wherein the second portion of slits is not covered by the flexible jacket.
An electric household appliance comprising a boiler in which water is brought to boil, having on a wall an aperture closable by a plug and a device (40, 41, 42) for removing limescale formed in the boiler, wherein the device (40, 41, 42) is extendable through the aperture of the boiler wall, and wherein the device (40, 41, 42) has at least one compact unit with a pore structure such that limescale is removed from the boiler, 41, 42) is extendable through the aperture of the boiler wall, and wherein the device (40, 41, 42) has at least one compact unit with pore structure so that lime adheres to the surface thereof and which can be withdrawn from the boiler for cleaning thereof, characterised in that the aperture is located at or near the bottom of the boiler and the device (40, 41, 42) is made of wire of an anti-corrosion metal.
Random light collector and detection device comprising (a) a reflecting cavity with an output port and configured to enclose a random light source (33, 41) that randomly transmits photons in essentially the whole solid angle of 4π steradian, the reflecting cavity having an inner wall being adapted to reflect the photons in such a way that at least a portion of once or multiply reflected photons is directed to the output port, (b) a photodetector (35, 43), and (c) guiding means for directing the reflected photons and photons which are directly emitted to the output port and to the photodetector (35, 43), wherein the guiding means is a hollow tube having a first end connected to or positioned adjacent to the output port, characterized in that (d) the hollow tube has an inner wall being adapted to reflect the photons, and in that (e) the photodetector (35, 43) is provided within the hollow tube or directly at or sufficiently close to a second end thereof in such a way that a sensitive area of the photodetector (35, 43) covers the whole cross-section of the second end. (a) a reflecting cavity with an output port and configured to enclose a random light source (33, 41) that randomly transmits photons in essentially the whole solid angle of 4π steradian, the reflecting cavity having an inner wall being adapted to reflect the photons in such a way that at least a portion of once or multiply reflected photons is directed to the output port, (b) a photodetector (35, 43), and (c) guiding means for directing the reflected photons and photons which are directly emitted to the output port and to the photodetector (35, 43), wherein the guiding means is a hollow tube having a first end connected to or positioned adjacent to the output port, characterized in that (d) the hollow tube has an inner wall being adapted to reflect the photons, and in that (e) the photodetector (35, 43) is provided within the hollow tube or directly at or sufficiently close to a second end thereof in such a way that a sensitive area of the photodetector (35, 43) covers the whole cross-section of the second end.
A method for generating a surgical guide for guiding a surgical intervention on a first bone of a patient, the method comprising: (a) providing a three-dimensional model of at least a part of the first bone and of a second bone of the patient; (b) identifying a contact surface on the first bone; (c) identifying a contact surface on the second bone; (d) determining a range of motion of the second bone relative to the first bone in at least one degree of freedom; and (e) generating a surgical guide, the guide comprising: one or more anatomy engagement surfaces or anatomy contact points corresponding to at least a part of the contact surface on the first bone; a support surface configured to contact at least a part of the contact surface on the second bone over the entire determined range of motion of the second bone; a bridge element configured to connect the anatomy engagement surface or anatomy contact points to the support surface; and a functional feature for assisting the surgical intervention. (a) providing a three-dimensional model of at least a part of the first bone and of a second bone of the patient; (b) identifying a contact surface on the first bone; (c) identifying a contact surface on the second bone; (d) determining a range of motion of the second bone relative to the first bone in at least one degree of freedom; and (e) generating a surgical guide, the guide comprising: one or more anatomy engagement surfaces or anatomy contact points corresponding to at least a part of the contact surface on the first bone; a support surface configured to contact at least a part of the contact surface on the second bone over the entire determined range of motion of the second bone; a bridge element configured to connect the anatomy engagement surface or anatomy contact points to the support surface; and a functional feature for assisting the surgical intervention. one or more anatomy engagement surfaces or anatomy contact points corresponding to at least a part of the contact surface on the first bone; a support surface configured to contact at least a part of the contact surface on the second bone over the entire determined range of motion of the second bone; a bridge element configured to connect the anatomy engagement surface or anatomy contact points to the support surface; and a functional feature for assisting the surgical intervention.
A system for speed control during motoring of a first gas turbine engine (10A, 10B) of an aircraft comprising at least two gas turbine engines, the system comprising: an air turbine starter; a starter air valve operable to deliver compressed air to the air turbine starter; and a controller operable to adjust the starter air valve to control motoring of the first gas turbine engine (10A, 10B) based on measured feedback with lead compensation providing a phase lead with a positive phase angle frequency response to reject disturbances attributable to dual to single or single to dual engine starting transitions between the at least two gas turbine engines (10A, 10B). an air turbine starter; a starter air valve operable to deliver compressed air to the air turbine starter; and a controller operable to adjust the starter air valve to control motoring of the first gas turbine engine (10A, 10B) based on measured feedback with lead compensation providing a phase lead with a positive phase angle frequency response to reject disturbances attributable to dual to single or single to dual engine starting transitions between the at least two gas turbine engines (10A, 10B).