mhurhangee/ep-ind-claims huggingface dataset:
A full-duplex antenna structure, comprising: a receiving antenna configured to receive broadband signals, and signals of a predetermined wavelength; a transmitting antenna configured to transmit broadband signals, and signals of said predetermined wavelength; and a signal reflection apparatus comprising a spherical reflection surface configured to reflect a signal transmitted by the transmitting antenna and further comprising a dielectric layer of a specific dispersion property configured to be arranged on the path of the reflected signal to reduce a wavelength difference between signals of different frequencies in the broadband signal, the signal reflection apparatus being positioned so as to realize that a path difference between a reflected signal, being the signal transmitted by the transmitting antenna which reaches the receiving antenna after being reflected, and a direct signal, being the signal transmitted by the transmitting antenna which directly reaches the receiving antenna, is an odd number of times as much as one half of the predetermined wavelength. a receiving antenna configured to receive broadband signals, and signals of a predetermined wavelength; a transmitting antenna configured to transmit broadband signals, and signals of said predetermined wavelength; and a signal reflection apparatus comprising a spherical reflection surface configured to reflect a signal transmitted by the transmitting antenna and further comprising a dielectric layer of a specific dispersion property configured to be arranged on the path of the reflected signal to reduce a wavelength difference between signals of different frequencies in the broadband signal, the signal reflection apparatus being positioned so as to realize that a path difference between a reflected signal, being the signal transmitted by the transmitting antenna which reaches the receiving antenna after being reflected, and a direct signal, being the signal transmitted by the transmitting antenna which directly reaches the receiving antenna, is an odd number of times as much as one half of the predetermined wavelength.
A cooling fluid system for a gas turbine engine comprising: a fluid source; a fluid supply system comprising: a fluid fitting that has a fluid junction, the fluid junction includes a first fluid port in fluid communication with and configured to supply a first cooling fluid to a first component, and the fluid junction includes a second fluid port in fluid communication with and configured to supply a second cooling fluid to a second component; a primary pipe fluidly connected to the fluid fitting and configured to provide a cooling supply fluid from the fluid source to the fluid fitting; and a flow meter arranged between the primary pipe and the fluid fitting upstream from the fluid junction and configured to receive the cooling supply fluid from the fluid source; and a turbine section including said first and second components (59, 68); characterised in that the flow meter is a wall having an orifice that is radiused on a surface facing into the cooling supply fluid, and wherein a surface opposite the radiused surface is non-radiused. a fluid source; a fluid supply system comprising: a fluid fitting that has a fluid junction, the fluid junction includes a first fluid port in fluid communication with and configured to supply a first cooling fluid to a first component, and the fluid junction includes a second fluid port in fluid communication with and configured to supply a second cooling fluid to a second component; a primary pipe fluidly connected to the fluid fitting and configured to provide a cooling supply fluid from the fluid source to the fluid fitting; and a flow meter arranged between the primary pipe and the fluid fitting upstream from the fluid junction and configured to receive the cooling supply fluid from the fluid source; and a fluid fitting that has a fluid junction, the fluid junction includes a first fluid port in fluid communication with and configured to supply a first cooling fluid to a first component, and the fluid junction includes a second fluid port in fluid communication with and configured to supply a second cooling fluid to a second component; a primary pipe fluidly connected to the fluid fitting and configured to provide a cooling supply fluid from the fluid source to the fluid fitting; and a flow meter arranged between the primary pipe and the fluid fitting upstream from the fluid junction and configured to receive the cooling supply fluid from the fluid source; and a turbine section including said first and second components (59, 68); characterised in that the flow meter is a wall having an orifice that is radiused on a surface facing into the cooling supply fluid, and wherein a surface opposite the radiused surface is non-radiused.
A video decoding method for decoding a video signal using motion compensated prediction with sub-pixel accuracy, the method being operable in respect of a 4:2:0 and 4:2:2 format video signal, the method comprising: generating prediction units of a current image from one or more stored images preceding the current image, the generating step comprising: in respect of a 4:2:0 format video signal, deriving samples of an interpolated prediction unit by using an 8-tap x4 luminance filter applied vertically and horizontally to a stored luminance prediction unit and by applying a 4-tap x8 chrominance filter horizontally and vertically to a stored chrominance prediction unit; in respect of a 4:2:2 format video signal, deriving samples of an interpolated chrominance prediction unit by applying the same 4-tap x8 chrominance filter horizontally and vertically to a stored chrominance prediction unit, but using only alternate fractional-position results as interpolated samples in the vertical direction; and accessing samples of the interpolated prediction unit pointed to by a sub-pixel accuracy motion vector to generate a motion compensated prediction of a prediction unit of the current image with respect to an area represented by the samples of the interpolated prediction unit. in respect of a 4:2:0 format video signal, deriving samples of an interpolated prediction unit by using an 8-tap x4 luminance filter applied vertically and horizontally to a stored luminance prediction unit and by applying a 4-tap x8 chrominance filter horizontally and vertically to a stored chrominance prediction unit; in respect of a 4:2:2 format video signal, deriving samples of an interpolated chrominance prediction unit by applying the same 4-tap x8 chrominance filter horizontally and vertically to a stored chrominance prediction unit, but using only alternate fractional-position results as interpolated samples in the vertical direction; and accessing samples of the interpolated prediction unit pointed to by a sub-pixel accuracy motion vector to generate a motion compensated prediction of a prediction unit of the current image with respect to an area represented by the samples of the interpolated prediction unit.
A non-aqueous ink jet composition comprising: a pigment containing a diketopyrrolopyrrole red pigment; and an organic solvent containing a glycol diether represented by Formula and a glycol monoether represented by Formula: R 1 O-(R 3 O) m -R 2 where, R 1 and R 2 each independently represent an alkyl group having 1 to 7 carbon atoms, R 3 represents an alkylene group having 1 to 3 carbon atoms, and m represents an integer of 1 to 7, OH-(R 5 O) n -R 4 where, R 4 represents an alkyl group having 1 to 7 carbon atoms, R 5 represents an alkylene group having 1 to 3 carbon atoms, and n represents an integer of 1 to 7, and wherein the organic solvent further contains a cyclic lactone. a pigment containing a diketopyrrolopyrrole red pigment; and an organic solvent containing a glycol diether represented by Formula and a glycol monoether represented by Formula: R 1 O-(R 3 O) m -R 2 where, R 1 and R 2 each independently represent an alkyl group having 1 to 7 carbon atoms, R 3 represents an alkylene group having 1 to 3 carbon atoms, and m represents an integer of 1 to 7, OH-(R 5 O) n -R 4 where, R 4 represents an alkyl group having 1 to 7 carbon atoms, R 5 represents an alkylene group having 1 to 3 carbon atoms, and n represents an integer of 1 to 7, and wherein the organic solvent further contains a cyclic lactone.
An insertion device, comprising: a hollow handle; a shaft extending distally of the hollow handle; and a cap coupled to a distal end of the shaft, the cap including a camera and an LED coupled thereto, wherein the hollow handle includes a rounded ball-head and a grip depending therefrom, wherein the shaft extends from a location within the ball-head and through a side of the ball-head of the hollow handle, and wherein a port extends from a side of the ball-head of the hollow handle opposite the side from which the shaft extends. a hollow handle; a shaft extending distally of the hollow handle; and a cap coupled to a distal end of the shaft, the cap including a camera and an LED coupled thereto, wherein the hollow handle includes a rounded ball-head and a grip depending therefrom, wherein the shaft extends from a location within the ball-head and through a side of the ball-head of the hollow handle, and wherein a port extends from a side of the ball-head of the hollow handle opposite the side from which the shaft extends.
A tubular support member for a catheter, comprising: a plurality of segments stacked along a longitudinal axis of the catheter, each segment having an annular shape; and a plurality of beams connecting respective segments of the plurality, wherein the beams meet respective segments at oblique angles, and wherein the beams collectively form a helix around the longitudinal axis of the catheter; wherein respective pairs of adjacent segments in the plurality of segments are connected by a respective plurality of beams, and wherein the plurality of beams collectively forms a plurality of helices around the longitudinal axis of the catheter; characterized in that the plurality of beams collectively forms a pair of helices that rotate in same direction around the longitudinal axis of the catheter. a plurality of segments stacked along a longitudinal axis of the catheter, each segment having an annular shape; and a plurality of beams connecting respective segments of the plurality, wherein the beams meet respective segments at oblique angles, and wherein the beams collectively form a helix around the longitudinal axis of the catheter; wherein respective pairs of adjacent segments in the plurality of segments are connected by a respective plurality of beams, and wherein the plurality of beams collectively forms a plurality of helices around the longitudinal axis of the catheter; characterized in that the plurality of beams collectively forms a pair of helices that rotate in same direction around the longitudinal axis of the catheter.
Method of printing an image on a substrate in a printing machine comprising at least a first printing unit and an inkjet printing unit, the method comprising: Moving the substrate through the printing machine, Printing a raster image consisting of image dots on the substrate at a first moment using at least the first printing unit, and Printing at least one contiguous area of inkjet dots in the raster image at a second moment after the first moment using the inkjet printing unit, whereby substantially all inkjet dots forming the contiguous area are printed at dot locations having identical surface wetting, wherein the inkjet dots are printed at locations not overlapping with the image dots of the raster image. Moving the substrate through the printing machine, Printing a raster image consisting of image dots on the substrate at a first moment using at least the first printing unit, and Printing at least one contiguous area of inkjet dots in the raster image at a second moment after the first moment using the inkjet printing unit, whereby substantially all inkjet dots forming the contiguous area are printed at dot locations having identical surface wetting, wherein the inkjet dots are printed at locations not overlapping with the image dots of the raster image.
A network device, wherein the network device comprises: a first communications interface and N levels of schedulers, each (i+1) th -level scheduler is configured to schedule multiple i th -level schedulers, each first-level scheduler is configured to schedule multiple queues, N is an integer greater than 1, and i is an integer greater than or equal to 1 and less than N; the first communications interface, configured to receive a queue management instruction sent by a controller, wherein the queue management instruction comprises an identifier of a first scheduler and an identifier of a first queue, and the first scheduler is one of multiple first-level schedulers; characterized in that the network device comprises a traffic management, TM, chip, comprising the N levels of schedulers; wherein the TM chip is configured to control, according to the queue management instruction, scheduling of the first queue by the first scheduler, wherein a queue scheduled by the first scheduler belongs to a queue resource pool of the TM chip, and the queue resource pool comprises at least one to-be-allocated queue.
A drum washing machine comprising a drying unit, the drying unit comprising: a housing defining a passageway through which air flows and forming an external appearance of the drying unit, said housing comprising a first housing and a second housing, and a heater to emit high-temperature heat in the housing, characterized by a thermostat tightly mounted to the housing to detect the temperature of one side of the housing to prevent the heater from overheating, wherein the thermostat is mounted at regions where the first housing and the second housing are assembled. a housing defining a passageway through which air flows and forming an external appearance of the drying unit, said housing comprising a first housing and a second housing, and a heater to emit high-temperature heat in the housing, characterized by a thermostat tightly mounted to the housing to detect the temperature of one side of the housing to prevent the heater from overheating, wherein the thermostat is mounted at regions where the first housing and the second housing are assembled.
Resin particles for forming a three-dimensional object, the resin particles comprising: first thermoplastic resin particles that are columnar particles; and second thermoplastic resin particles that are non-columnar particles, wherein the first thermoplastic resin particles and the second thermoplastic resin particles comprise inorganic filler, and wherein the columnar shape is a shape including a first surface, a second surface, and a side surface, and is a shape where an outer circumferential region of the first surface and an outer circumferential region of the second surface are both extended along the side surface, wherein the inorganic filler content of the first thermoplastic resin particles is 5% by mass or less, the inorganic filler content of the second thermoplastic resin particles is 10% by mass or greater, and the inorganic filler for the second thermoplastic resin particles is a reinforcing agent. first thermoplastic resin particles that are columnar particles; and second thermoplastic resin particles that are non-columnar particles, wherein the first thermoplastic resin particles and the second thermoplastic resin particles comprise inorganic filler, and wherein the columnar shape is a shape including a first surface, a second surface, and a side surface, and is a shape where an outer circumferential region of the first surface and an outer circumferential region of the second surface are both extended along the side surface, wherein the inorganic filler content of the first thermoplastic resin particles is 5% by mass or less, the inorganic filler content of the second thermoplastic resin particles is 10% by mass or greater, and the inorganic filler for the second thermoplastic resin particles is a reinforcing agent.
A minimally invasive instrument for robotic surgery, including a functional element, a force, torque and/or pressure transmission device for transmitting force, torque and/or pressure from a drive to said functional element, a coupling device for coupling the instrument with a medical robot, in particular such that said functional element is adapted to be actuated via the drive, an operating element for manually operating said functional element in a state in which said instrument is uncoupled from the medical robot, characterized by a latch element (28, 28a, 28b) for retaining the operating element in a position determined by the user without the user having to apply a force upon said operating element, wherein the operating element is a lever which is adapted to be pivoted about a pivot point connected with the instrument, and said lever is adapted to be mechanically coupled with the force, torque and/or pressure transmission device at a hinge point which is spaced apart from said pivot point.
A method for preparing norbornyl (meth)acrylate by reacting norbornene with (meth)acrylic acid in the presence of boron trifluoride as catalyst, wherein a) boron trifluoride is initially charged in (meth)acrylic acid, b) the initial charge is heated to a temperature of 75 to 110°C, c) norbornene is added and d) the norbornyl (meth)acrylate obtained is isolated from the reaction mixture. a) boron trifluoride is initially charged in (meth)acrylic acid, b) the initial charge is heated to a temperature of 75 to 110°C, c) norbornene is added and d) the norbornyl (meth)acrylate obtained is isolated from the reaction mixture.
Wristwatch, which is provided with an electrical connector, the electrical connector being connected via a connection element to at least one electronic circuit and/or to a rechargeable battery which are disposed inside a watch case, the electrical connector being disposed on an inner surface of the bracelet, which comes into contact with the user's wrist when the watch is worn, and arranged in an end portion of the bracelet where the bracelet is secured to a middle part of the watch case, the electrical connector being disposed in a housing made in the bracelet on the inner surface side and where the bracelet is secured to the middle part.
Holding-down device for a trimming machine for trimming sheets and/or strips of metal, comprising at least one first holding-down ring, which can be arranged at a first drive shaft (3, 24, 25) provided for driving a first circular knife (2, 21, 22), and at least one second holding-down ring, which can be arranged at a second drive shaft (3, 24, 25) provided for driving a second circular knife (2, 21, 22) co-operating with the first circular knife (2, 21, 22) for cut generation, characterised in that at least one holding-down ring comprises a radially outer annular body formed at least partly from plastics material, which can be arranged adjacent to the respective circular knife (2, 21) and in which a fluid chamber of annular construction with walling at least partly of flexible construction is arranged, wherein at least one fluid channel, which is formed at the respective drive shaft (3, 24, 25) and the holding-down ring and by way of which the fluid chamber can be placed in fluid-conducting connection with a pressure generating device, is present.
Bag clamping device for clamping a bag, in particular a waste bag, comprising - a base clamping element enclosing an inner region, - a separating bar which projects beyond the inner region and extends from a first wall of the base clamping element to a second wall of the base clamping element, adapted in such a way that the bag can be clamped together by the base clamping element and the separating bar and can be arranged in the inner region, wherein the base clamping element comprises a base cover which covers the base clamping element, characterised in that the base clamping element does not cover the inner region. - a base clamping element enclosing an inner region, - a separating bar which projects beyond the inner region and extends from a first wall of the base clamping element to a second wall of the base clamping element, adapted in such a way that the bag can be clamped together by the base clamping element and the separating bar and can be arranged in the inner region, wherein the base clamping element comprises a base cover which covers the base clamping element, characterised in that the base clamping element does not cover the inner region.
A pharmaceutical composition in the form of an orally disintegrating film comprising an active ingredient and a stabilizing agent wherein the active ingredient is desmopressin or a pharmaceutically acceptable salt thereof, wherein the stabilizing agent is at least one gum and wherein the weight ratio of desmopressin or a pharmaceutically acceptable salt thereof and the gum(s) ranges from 3:1 to 1:10.
Peptide compound having the following general formula: R 1 - n -X 1 -Ser-Thr-Pro-X 2 - p -R 2 wherein, X 1 is a threonine, a serine, or is equal to zero, X 2 is an isoleucine, a leucine, a valine, an alanine, a glycine, or is equal to zero, AA is any amino acid with the exception of proline, or a derivative thereof, and n and p are integers between 0 and 4, R 1 is the primary amine function of the N-terminal amino acid, either free or substituted by a protective group which can be selected from an acetyl group, a benzoyl group, a tosyl group or a benzyloxycarbonyl group, R 2 is the hydroxyl group of the carboxyl function of the C-terminal amino acid, substituted by a protective group which can be selected from a C 1 to C 20 alkyl chain or an NH2, NHY or NYY group where Y is a C 1 to C 4 alkyl chain, said sequence having general formula consisting of 3 to 13 amino acid residues, characterised in that it corresponds to one of the following formulae: (SEQ ID no 1)Tyr-Val-Ser-Thr-Pro-Tyr-Asn-NH 2 (SEQ ID no 2)Val-Ser-Thr-Pro-Glu-NH 2 (SEQ ID no 3)Ser-Thr-Pro-NH 2 (SEQ ID no 4)Leu-His-Ser-Thr-Pro-NH 2 (SEQ ID no 5)Arg-His-Ser-Thr-Pro-Glu-NH 2 (SEQ ID no 6)His-Ser-Thr-Pro-Glu-NH 2 and suitable for restoring the circadian rhythm and resynchronising the biological clock of skin cells.
Apparatus for directionally tightening human skin tissue comprising: (a) a laser device with an ablative laser source and a non-ablative laser source, and a programmed controller, the programmed controller being configured to: (b) control the ablative laser source to form one or more overlapping circular shaped microchannels in the skin tissue; the overlapping microchannels formed having a longitudinal dimension larger than their cross dimension; and, (c) control the non-ablative laser source to weld the microchannels, the apparatus being characterised in that it further comprises a mechanism (1004, 1005) configured to both: either compress the skin tissue or stretch it. (a) a laser device with an ablative laser source and a non-ablative laser source, and a programmed controller, the programmed controller being configured to: (b) control the ablative laser source to form one or more overlapping circular shaped microchannels in the skin tissue; the overlapping microchannels formed having a longitudinal dimension larger than their cross dimension; and, (c) control the non-ablative laser source to weld the microchannels, the apparatus being characterised in that it further comprises a mechanism (1004, 1005) configured to both: either compress the skin tissue or stretch it.