mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (i) an immunogenic amount of a live attenuated or inactivated Aeromonas hydrophila biotype A bacterium; and (ii) an immunogenic amount of a live attenuated or inactivated Aeromonas hydrophila biotype B bacterium, wherein an Aeromonas hydrophila biotype A bacterium has a Methionyl-tRNA synthetase (metG) gene comprising a sequence which is at least 99% identical to the sequence set forth in SEQ ID NO: 2, and/or a Citrate synthase I (gltA) gene, that comprises a sequence which is at least 99% identical to the sequence set forth in SEQ ID NO: 1; and, wherein an Aeromonas hydrophila biotype B bacterium has a Methionyl-tRNA synthetase (metG) gene comprising a sequence which is at least 99% identical to the sequence set forth in SEQ ID NO: 4, and/or a Citrate synthase I (gltA) gene, that comprises a sequence which is at least 99% identical to the sequence set forth in SEQ ID NO: 3. (i) an immunogenic amount of a live attenuated or inactivated Aeromonas hydrophila biotype A bacterium; and (ii) an immunogenic amount of a live attenuated or inactivated Aeromonas hydrophila biotype B bacterium,
A diffuser assembly, comprising: (a) a diffuser adapted to reside within a conduit, having a upper mounting member mountable within the conduit and having a fluid inlet port, and a lower section having a diffuser screen; (b) a plurality of cutters below the fluid inlet port, wherein the cutters are radially oriented relative to a central axis of the diffuser; and (c) a centralizing member adjacent to the diffuser screen and having a diameter greater than the diffuser screen; and wherein the diffuser screen is a cylinder having a plurality of diffuser slots formed therein and a bottom cap having a fluid port; and wherein each of the plurality of cutters extends substantially parallel to the central axis and includes a diffusing edge. (a) a diffuser adapted to reside within a conduit, having a upper mounting member mountable within the conduit and having a fluid inlet port, and a lower section having a diffuser screen; (b) a plurality of cutters below the fluid inlet port, wherein the cutters are radially oriented relative to a central axis of the diffuser; and (c) a centralizing member adjacent to the diffuser screen and having a diameter greater than the diffuser screen; and wherein the diffuser screen is a cylinder having a plurality of diffuser slots formed therein and a bottom cap having a fluid port; and wherein each of the plurality of cutters extends substantially parallel to the central axis and includes a diffusing edge.
A ship comprising: a propulsion unit that exerts a propulsion force on a ship hull by power from an engine; detection means for detecting a current position, a bow direction, and a moving speed of the ship hull; a brake pedal that limits a moving speed of the ship hull; a brake sensor that detects a foot-pushing amount on the brake pedal; and a control device that is connected to the propulsion unit, the detection means, and the brake sensor, the control device being configured to acquire an operating status of the propulsion unit and detection results obtained by the detection means and the brake sensor, and to control the propulsion unit based on the detection results, the control device being configured to change an output of the propulsion unit in accordance with a foot-pushing amount on the brake pedal detected by the brake sensor, characterized in that the control device performs a dynamic positioning control upon the brake sensor detecting manipulation on the brake pedal in a state where a moving speed of the ship hull detected by the detection means is zero.
A method of operation of a base station in a wireless network, comprising: transmitting a narrowband Primary Synchronization Signal, NB-PSS, and a narrowband Secondary Synchronization Signal, NB-SSS, in a narrowband portion of a downlink system bandwidth, wherein: more than two occurrences of the NB-PSS and more than two occurrences of the NB-SSS are transmitted over a defined time interval; each occurrence of the NB-PSS is transmitted over multiple contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols and each occurrence of the NB-SSS is transmitted over multiple contiguous OFDM symbols; and each occurrence of the NB-SSS provides an indication of a location of the occurrence of the NB-SSS within the defined time interval. more than two occurrences of the NB-PSS and more than two occurrences of the NB-SSS are transmitted over a defined time interval; each occurrence of the NB-PSS is transmitted over multiple contiguous Orthogonal Frequency Division Multiplexing, OFDM, symbols and each occurrence of the NB-SSS is transmitted over multiple contiguous OFDM symbols; and each occurrence of the NB-SSS provides an indication of a location of the occurrence of the NB-SSS within the defined time interval.
Unenclosed electric traction machine, with a stator built up from a stator laminated core, and a rotor shaft with a rotor, mounted on the latter, built up from a rotor laminated core, wherein the stator laminated core is arranged between two outer pressing plates (7, 8), wherein a bearing shield (29, 30), which in each case has a bearing for the rotor shaft, is arranged outside at least one of the pressing plates (7, 8), characterised in that, along a section of the periphery of the stator laminated core, and spaced apart from the stator laminated core, at least one cover, designed as a tension bar between the pressing plates (7, 8), is arranged between the pressing plates (7, 8) so as to form at least one cooling box, with a base on the surface of the stator laminated core, wherein the at least one intermediate space between the base and the at least one cover of the cooling box is designed for the routeing of a cooling fluid.
An athletic shoe comprising: an upper attached to an outsole via a comfort sole; and a shell comprised of plastic or composite material disposed between the upper and the comfort sole, the shell comprising a shell bottom and a shell side, wherein the shell side surrounds the shell bottom along a rear portion of the shell corresponding to a heel and comprises a plurality of notches arranged along the periphery of shell bottom at the front portion of the shell, wherein the plurality of notches correspond to a position of joints between metatarsal bones and phalanges of a foot and between the phalanges and the toes of the foot. an upper attached to an outsole via a comfort sole; and a shell comprised of plastic or composite material disposed between the upper and the comfort sole, the shell comprising a shell bottom and a shell side, wherein the shell side surrounds the shell bottom along a rear portion of the shell corresponding to a heel and comprises a plurality of notches arranged along the periphery of shell bottom at the front portion of the shell, wherein the plurality of notches correspond to a position of joints between metatarsal bones and phalanges of a foot and between the phalanges and the toes of the foot.
A hand strap, comprising a flexible hand-supporting strap body having first and second ends (7a, 7b) configured for connection to a handle of a skiing pole or similar, a flexible support member extending from a branching region on the body and having a free end, and comprising an adjustable locking device (5a-e, 6b; 12a,b) configured for releasably securing the free end to a securing portion of the body, characterized in that it comprises an elastic retaining element arranged in a region of the flexible support member at the outer side of the strap turning away from the user's hand.
A sealed package comprising a storage volume for contents and at least one sealed region to be opened, the sealed region being bordered on at least one side by an outer edge of the package and having first and second ends; wherein the sealed region to be opened comprises a first line of weakness which extends from a first point on the sealed region inward of the first end to a second point on the sealed region inward from the second end; characterised in that the sealed region to be opened comprises at least one additional line of weakness; and in that the at least one additional line of weakness is arranged to intercept a tear deviating from the first line of weakness.
An automatic lap splicing method for a ribbon lap machine or a comber comprising a pair of lap rollers supporting the lap roll, wherein an automatic lap splicing apparatus comprising a detecting section and a parameter changing section performs lap splicing by overlapping and joining an end of a succeeding lap and an end of a preceding lap, the method being characterized by: a detecting step of the detecting section, which detects an overlap thickness corresponding amount, which corresponds to a thickness of an overlapping portion of the succeeding lap and the preceding lap, wherein the detecting section is located downstream of the location at which the splicing operation takes place; and a parameter changing step of the parameter changing section, which changes a parameter related to lap splicing in accordance with the overlap thickness corresponding amount detected in the detecting step, wherein the parameter includes an overlap length of the succeeding lap and the preceding lap, the overlap length being determined by the amount of forward rotation of the lap rollers after a lap of a new lap roll is cut to form the end of the succeeding lap and the lap rollers are stopped. a detecting step of the detecting section, which detects an overlap thickness corresponding amount, which corresponds to a thickness of an overlapping portion of the succeeding lap and the preceding lap, wherein the detecting section is located downstream of the location at which the splicing operation takes place; and a parameter changing step of the parameter changing section, which changes a parameter related to lap splicing in accordance with the overlap thickness corresponding amount detected in the detecting step, wherein the parameter includes an overlap length of the succeeding lap and the preceding lap, the overlap length being determined by the amount of forward rotation of the lap rollers after a lap of a new lap roll is cut to form the end of the succeeding lap and the lap rollers are stopped.
Device for taking up oil from a water surface, comprising a container for receiving the oil and an oil-transporting means, wherein a portion of the oil-transporting means can be brought in fluid communication with the water surface and another portion of the oil-transporting means is disposed within the container, wherein the oil can be transported into the container via the oil-transporting means, characterized in that the oil-transporting means is formed of a hydrophobic fabric, the surface of which comprises filament-shaped structures, which are designed such that they retain an air layer on the surface of the hydrophobic fabric under water, wherein for the transport of the oil a portion of the fabric is located below the water surface and is in fluid communication with the water and another end of the fabric is located in the container, wherein a portion of the fabric in the container is located below the level of the water surface, whereby the oil can displace the air layer and flow into the container, and wherein the fabric structure is designed as a three-dimensional spacer textile which spacer textile comprises two outer layers spaced-apart from one another and spacer threads connecting the outer layers to one another, wherein the spacer threads correspond to the filament-shaped structures of the fabric. the oil-transporting means is formed of a hydrophobic fabric, the surface of which comprises filament-shaped structures, which are designed such that they retain an air layer on the surface of the hydrophobic fabric under water, wherein for the transport of the oil a portion of the fabric is located below the water surface and is in fluid communication with the water and another end of the fabric is located in the container, wherein a portion of the fabric in the container is located below the level of the water surface, whereby the oil can displace the air layer and flow into the container, and wherein the fabric structure is designed as a three-dimensional spacer textile which spacer textile comprises two outer layers spaced-apart from one another and spacer threads connecting the outer layers to one another, wherein the spacer threads correspond to the filament-shaped structures of the fabric.
A device for shortening menstruation duration, the device comprising: a pressure oscillations generating unit configured to be inserted into a vagina for applying pressure oscillations; wherein said pressure oscillations generating unit comprises an elastic membrane for generating pressure oscillations, said membrane disposed on an insertion side of said device; and wherein, in use, said pressure oscillations generating unit is suitable to apply pressure oscillations to one or both of a cervix os and a uterus via a vaginal air chamber defined by part of said insertion side of said device, walls of said vagina and said cervix of said uterus, said pressure oscillations mechanically oscillate along a general direction of a longitudinal axis of said device, so that application of said pressure oscillations to said vaginal air chamber significantly assists and accelerates flow of menses secretions from said uterus through said cervical canal, leading to shortening of menstrual period duration.
A method for the energy-saving operation of a security element of a system-on-a-chip device, in which the following steps are carried out: a) receiving an energy-saving command by the security element; b) transferring at least one current program configuration of the security element from a volatile memory of the security element to a memory external to the security element depending on the energy-saving command; c) adjusting an energy supply of at least the volatile memory of the security element; and d) energy-saving operation of the security element after the transfer, characterized in that the current program configuration is transferred to a module of the system-on-a-chip device which is configured separately from the security element and comprises the memory external to the security element, wherein the security element is configured to associate and authenticate a mobile device to a network, wherein the module comprising the memory external to the security element is an energy and communication manager module. a) receiving an energy-saving command by the security element; b) transferring at least one current program configuration of the security element from a volatile memory of the security element to a memory external to the security element depending on the energy-saving command; c) adjusting an energy supply of at least the volatile memory of the security element; and d) energy-saving operation of the security element after the transfer, the current program configuration is transferred to a module of the system-on-a-chip device which is configured separately from the security element and comprises the memory external to the security element, wherein the security element is configured to associate and authenticate a mobile device to a network, wherein the module comprising the memory external to the security element is an energy and communication manager module.
Nepheline syenite powder with a controlled particle size characterized in that 99.9% of the particles have a particle size less than 10 microns wherein the controlled particle size of less than 10 microns is produced by using a dry milling operation followed by an air classifier operation, and the powder is having an Einlehner Abrasive Value of less than 100.
A rotary cylinder lock and key wherein the key comprises a key grip and a key shank which adjoins the key grip and extends along a longitudinal axis, wherein the key shank comprises, on the outer side thereof, control recesses, in particular control bores, for positioning tumblers on the rotary cylinder lock, and at least one control element arranged movably in the key shank, which control element has a control surface cooperating with a tumbler of the rotary cylinder lock, and wherein the key shank, in the region of the control element, has a narrowed cross section which is narrowed in relation to the cross section with the control recesses, wherein the rotary cylinder lock comprises a stator, a rotor mounted rotatably in the stator, with a key channel, and the at least one tumbler cooperating with the control element, wherein the tumbler comprises a stator pin mounted in the stator and a rotor pin mounted in the rotor, wherein rotor pin and stator pin are positionable from a blocking position to a release position by the control element, and wherein, in the blocking position, the rotor pin preferably projects into the key channel, characterized in that in addition to the tumbler which cooperates with the control element, a further tumbler is provided, which cooperates with the outer side (31, 32) of the narrowed cross section and is movable radially outward from a blocking position into a release position, and in that the further tumbler comprises a stator sleeve mounted movably in the stator and a rotor sleeve mounted movably in the rotor, and a stator sleeve spring acting on the stator sleeve, wherein the stator sleeve spring subjects the stator sleeve and the rotor sleeve to a spring force in the direction of the key channel, and wherein the rotor sleeve projects with an end side into the key channel and is movable via said end side from a blocking position into a release position by the outer side (31, 32) of the narrowed cross section.
Device for removing condensates comprising a container (1, 5) in which condensates are collected and a removal pump providing for the discharge of the condensates present in said container, and containing at least one wire element (4, 8) made out of a bactericidal metal material, characterized in that said container (1, 5) is covered, on at least a part of its internal immersed walls, with a biocide surface treatment, and in that the wire element (4, 8) has a diameter of 0.01 mm to 1 mm, and a length chosen so as to provide a contact surface area greater than the surface area of said container (1, 5) in contact with said condensates.
An implantable surgical injection port having an undeployed position, and a deployed position wherein it is attached to tissue, said port comprising: a) a housing having a closed distal end, an open proximal end and a fluid reservoir therebetween; b) a needle penetrable septum attached to said housing about said open proximal end; and c) at least one attachment mechanism, characterised in that the at least one attachment mechanism is mounted to said housing at a pivot point along an outer periphery of said housing, said attachment mechanism comprising an arcuate hook pivotable with respect to said housing in order to engage the hook to tissue, said arcuate hook having a sharp free end and an arcuate length extending at least 180° about said pivot point, wherein said housing includes at least one recessed portion at said distal end thereof for receiving the free end of said attachment mechanism when said port is in its deployed position, wherein said arcuate hook is pivotable about said pivot point until said free end rests against a flat of the housing in said recessed portion. a) a housing having a closed distal end, an open proximal end and a fluid reservoir therebetween; b) a needle penetrable septum attached to said housing about said open proximal end; and c) at least one attachment mechanism, characterised in that the at least one attachment mechanism is mounted to said housing at a pivot point along an outer periphery of said housing, said attachment mechanism comprising an arcuate hook pivotable with respect to said housing in order to engage the hook to tissue, said arcuate hook having a sharp free end and an arcuate length extending at least 180° about said pivot point, wherein said housing includes at least one recessed portion at said distal end thereof for receiving the free end of said attachment mechanism when said port is in its deployed position, wherein said arcuate hook is pivotable about said pivot point until said free end rests against a flat of the housing in said recessed portion.
A method of pupil segmentation in a digital image of a vertebrate eye, said image being an intensity image composed of pixels having each a specific intensity value, the method comprising the steps of: - deriving a texture image from the intensity image, said texture image being composed of pixels having each a specific edge contrast value; - forming a combined image by point-wise combining the intensity image with the texture image, - identifying a set of pixels in the combined image which fulfill a combined low-intensity and low-contrast criterion; and - approximating a boundary of said set by a convex curve and taking said convex curve as a boundary of the pupil. - deriving a texture image from the intensity image, said texture image being composed of pixels having each a specific edge contrast value; - forming a combined image by point-wise combining the intensity image with the texture image, - identifying a set of pixels in the combined image which fulfill a combined low-intensity and low-contrast criterion; and - approximating a boundary of said set by a convex curve and taking said convex curve as a boundary of the pupil.
A decoding method of a multichannel audio system comprising at least four audio channels, comprising receiving a first pair of input audio channels and a second pair of input audio channels distinct from the first pair of input audio channels; subjecting the first pair of input audio channels to a first stereo decoding; subjecting the second pair of input audio channels to a second stereo decoding; subjecting a first audio channel resulting from the first stereo decoding and a first audio channel resulting from the second stereo decoding to a third stereo decoding so as to obtain a first pair of output audio channels; subjecting an audio channel associated with a second audio channel resulting from the first stereo decoding and a second audio channel resulting from the second stereo decoding to a fourth stereo decoding so as to obtain a second pair of output audio channels distinct from the first pair of output audio channels, wherein the audio channel associated with a second channel resulting from the first stereo decoding is the second audio channel resulting from the first stereo decoding or an audio channel resulting from a fifth stereo decoding of a fifth input audio channel and the second audio channel resulting from the first stereo decoding; and output of the first and the second pair of output audio channels, wherein at least two of the first, second, third and fourth stereo decoding include forming, for at least one frequency band and at least one time frame, a weighted or non-weighted sum of the two audio channels subjected to the respective stereo decoding and a weighted or non-weighted difference between the two audio channels subjected to the respective stereo decoding.