mhurhangee/ep-ind-claims huggingface dataset:
An antenna arrangement comprising: two or more feed antennas (204, 214, 504) adapted to transmit and receive radio signals, wherein the two or more feed antennas (204, 214, 301, 404, 405, 406) comprise at least a first feed antenna (204, 301, 404, 504) adapted to operate in a first frequency band and a second feed antenna (214, 405, 406) adapted to operate in a second frequency band, the first frequency band and the second frequency band being discontiguous with each other; and an antenna radome (201, 401, 501) arranged around the two or more feed antennas (204, 214, 301, 404, 405, 406), wherein the antenna radome (201, 401, 501) comprises a nonmetallic section (202, 402, 502) penetrable by radio waves, characterized in that the antenna radome (201, 401, 501) further comprises a metallic section (203, 403, 503) implementing an antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406), the metallic section (203, 403, 503) having a parabolic shape forming an offset parabolic antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406) or polyhedral shape approximating a parabolic shape and forming an offset quasi-parabolic antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406). two or more feed antennas (204, 214, 504) adapted to transmit and receive radio signals, wherein the two or more feed antennas (204, 214, 301, 404, 405, 406) comprise at least a first feed antenna (204, 301, 404, 504) adapted to operate in a first frequency band and a second feed antenna (214, 405, 406) adapted to operate in a second frequency band, the first frequency band and the second frequency band being discontiguous with each other; and an antenna radome (201, 401, 501) arranged around the two or more feed antennas (204, 214, 301, 404, 405, 406), wherein the antenna radome (201, 401, 501) comprises a nonmetallic section (202, 402, 502) penetrable by radio waves, characterized in that the antenna radome (201, 401, 501) further comprises a metallic section (203, 403, 503) implementing an antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406), the metallic section (203, 403, 503) having a parabolic shape forming an offset parabolic antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406) or polyhedral shape approximating a parabolic shape and forming an offset quasi-parabolic antenna reflector for the two or more feed antennas (204, 214, 301, 404, 405, 406).
A composite polystyrene profile extending longitudinally from a first end to a second end and comprising a front surface and a back surface, comprising a. a core portion comprising a polystyrene monopolymer foam extending in said longitudinal direction, said core portion comprising polystyrene foam with a density of the range of 160kg/m 3 to 240kg/m 3; b. a skin portion comprising/consisting of a high impact polystyrene copolymer and surrounding said core portion at least in said longitudinal direction, with a density in the range of 700kg/m 3 to 1300kg/m 3; wherein - said polystyrene profile comprises a combined density within the range of 200 to 360 kg/m 3; and - said skin portion comprises a non-uniform thickness in a transversal direction perpendicular to said longitudinal direction. a. a core portion comprising a polystyrene monopolymer foam extending in said longitudinal direction, said core portion comprising polystyrene foam with a density of the range of 160kg/m 3 to 240kg/m 3; b. a skin portion comprising/consisting of a high impact polystyrene copolymer and surrounding said core portion at least in said longitudinal direction, with a density in the range of 700kg/m 3 to 1300kg/m 3; - said polystyrene profile comprises a combined density within the range of 200 to 360 kg/m 3; and - said skin portion comprises a non-uniform thickness in a transversal direction perpendicular to said longitudinal direction.
A phantom for the simulation and/or training of a percutaneous endoscopic gastrostomy comprising finding a point suitable for the placement of a percutaneous endoscopic gastrostomy in the abdominal wall and in the front or ventral stomach wall located therebelow by way of diaphanoscopy, the phantom comprising a container which encloses an interior, with a covering, which comprises, one on top of another, at least one reproduction of abdominal wall layers and at least one reproduction of stomach wall layers, wherein the reproduction of the stomach wall layers is oriented towards the interior, and at least one digital video camera (250, 260, 270) in the interior, which depicts at least one region of the reproduction of the stomach wall layers, wherein the at least one reproduction of the abdominal wall layers and the at least one reproduction of the stomach wall layers are movable at least partially towards one another, the container is closed in order to simulate a closed abdomen, wherein the container has a side wall with an inlet opening for inserting at least one endoscope into the interior, wherein the inlet opening is sealed with a flexible and light-proof material in order to prevent any undesired incidence of light from outside, and in that the reproductions of the abdominal wall layers and the stomach wall layers are suitable for the diaphanoscopy and, to this end, have a sufficient light permeability.
A cartridge configured to house a pre-vapor formulation for an e-vaping device, the cartridge comprising: a reservoir configured to store the pre-vapor formulation; characterized in that the reservoir contains a plurality of polymer fibers in suspension in the pre-vapor formulation and wherein the plurality of fibers is configured to be at least one of mobile and substantially free of entanglement with one another.
A process for processing fly ash by grinding fly ash, wherein the fly ash is ground in a dry-operated agitator bead mill, characterised in that the fly ash has a content of reactive calcium oxide of less than 15% by weight.
Rotating machine for filling containers comprising - several filling stations each comprising a filling spout connected to means for distributing filling liquid, and - a cleaning device comprising - several individual tubular collecting elements, each collecting element comprising an internal passage (610, 630) extending from an upstream end to a downstream end, and being able to come in contact by its upstream end against a filling spout, - a collection tube whereon are mounted rigidly said collecting elements via their downstream end, - moving means able to move said collection tube between a service position wherein the individual collecting elements are in contact via their upstream end against the filling spouts, and a retracted position wherein said collecting elements are separated from the filling spouts, characterised in that said collection tube radially towards the interior laterally carries said individual collecting elements in such a way that, in the retracted position of the collection tube, said collecting elements are arranged between the filling spouts, the moving means being able to move said collection tube from its retracted position towards its service position by at least one displacement in vertical translation downwards, parallel to the longitudinal axes of the filling spouts, followed by a horizontal movement, perpendicularly to the longitudinal axes of the filling spouts, in such a way that the upstream end of each collecting element is substantially centred according to the longitudinal axis of a filling spout. - several filling stations each comprising a filling spout connected to means for distributing filling liquid, and - a cleaning device comprising - several individual tubular collecting elements, each collecting element comprising an internal passage (610, 630) extending from an upstream end to a downstream end, and being able to come in contact by its upstream end against a filling spout, - a collection tube whereon are mounted rigidly said collecting elements via their downstream end, - moving means able to move said collection tube between a service position wherein the individual collecting elements are in contact via their upstream end against the filling spouts, and a retracted position wherein said collecting elements are separated from the filling spouts, - several individual tubular collecting elements, each collecting element comprising an internal passage (610, 630) extending from an upstream end to a downstream end, and being able to come in contact by its upstream end against a filling spout, - a collection tube whereon are mounted rigidly said collecting elements via their downstream end, - moving means able to move said collection tube between a service position wherein the individual collecting elements are in contact via their upstream end against the filling spouts, and a retracted position wherein said collecting elements are separated from the filling spouts,
A camera module comprising: a lens unit; a coupling unit coupled to the lens unit; a housing coupled to the coupling unit, the housing being configured to accommodate a printed circuit board therein and having a vent formed therein; a membrane formed of an air-permeable material and configured to close the vent formed in the housing so as to prevent external foreign substances from entering the housing; and a cover member configured to close the membrane, characterized in that the cover member has a through-hole formed in a region opposite the membrane to enable ventilation, wherein the membrane is coupled to an inner surface of the housing to close the vent, wherein the cover member is located outside of the housing to close both the membrane and the vent. a lens unit; a coupling unit coupled to the lens unit; a housing coupled to the coupling unit, the housing being configured to accommodate a printed circuit board therein and having a vent formed therein; a membrane formed of an air-permeable material and configured to close the vent formed in the housing so as to prevent external foreign substances from entering the housing; and a cover member configured to close the membrane, characterized in that the cover member has a through-hole formed in a region opposite the membrane to enable ventilation, wherein the membrane is coupled to an inner surface of the housing to close the vent, wherein the cover member is located outside of the housing to close both the membrane and the vent.
An annular bobbin with a pair of bobbin halves which are identically formed, wherein each bobbin half has an annular base part and a sleeve part which forms one piece with and extends centrally, axially away from the base part, characterised in that connecting elements are provided which are evenly distributed in the circumferential direction of the central sleeve part, and which, in order to form the annular bobbin, are lockable or locked with the central sleeve parts of the two bobbin halves, wherein the central sleeve part of the respective bobbin half has an inner collar and an outer collar which are provided concentrically to one another and which form an annular gap between themselves for the connecting elements which is provided with radially oriented ribs, and in that the respective bobbin half is provided with locking recesses, which are evenly spaced in the circumferential direction of the bobbin half, wherein the connecting elements each have a pair of locking fingers with locking noses facing axially away from one another, which are provided in order to lock into the respective corresponding locking recess.
An apparatus for bit allocation, said apparatus comprising: means for dividing a spectrum for a current frame into a plurality of vectors, wherein the division of the spectrum is performed on a frame-by-frame basis and the division for the current frame is different from a division for the previous frame, wherein the division is based on a harmonic coding model and locates vectors resulting from the division at a fundamental frequency of the audio signal and at a plurality of harmonics of the fundamental frequency; means for calculating, for each among the plurality of vectors of the current frame, a corresponding one of a plurality of gain factors; means for calculating, for each among the plurality of vectors of the current frame, a corresponding bit allocation that is based on the length of the vector and the gain factor; means for determining, for at least one among the plurality of vectors, that the corresponding bit allocation is not greater than a minimum allocation value; and means for changing the corresponding bit allocation, in response to said determining, for each of said at least one vector. means for dividing a spectrum for a current frame into a plurality of vectors, wherein the division of the spectrum is performed on a frame-by-frame basis and the division for the current frame is different from a division for the previous frame, wherein the division is based on a harmonic coding model and locates vectors resulting from the division at a fundamental frequency of the audio signal and at a plurality of harmonics of the fundamental frequency; means for calculating, for each among the plurality of vectors of the current frame, a corresponding one of a plurality of gain factors; means for calculating, for each among the plurality of vectors of the current frame, a corresponding bit allocation that is based on the length of the vector and the gain factor; means for determining, for at least one among the plurality of vectors, that the corresponding bit allocation is not greater than a minimum allocation value; and means for changing the corresponding bit allocation, in response to said determining, for each of said at least one vector.
A method of isolating a target from a sample, the method comprising: a) forming a mixture comprising a sample, an antibody-linked immuno-sedimentation agent and red blood cells, wherein the antibody-linked immuno-sedimentation agent comprises 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; b) incubating the mixture under conditions sufficient to form a rouleaux and allow the antibody to bind to an antigen present in the mixture; and c) recovering a target from the mixture; wherein the target preferably comprises at least one of a non-human multicellular organism, a single-cell organism, a cell, a subcellular component, a cellular fragment, a virus, a virus-like target, a membrane-bound particle, a lipid particle, a macromolecule, a DNA, a RNA, and a protein; wherein the target is isolated by positive selection or negative selection; wherein the rouleaux is formed by adsorption of the at least one sedimentation agent onto the red blood cells of the rouleaux; and wherein the mixture is incubated under conditions sufficient to form a rouleaux network. a) forming a mixture comprising a sample, an antibody-linked immuno-sedimentation agent and red blood cells, wherein the antibody-linked immuno-sedimentation agent comprises 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; b) incubating the mixture under conditions sufficient to form a rouleaux and allow the antibody to bind to an antigen present in the mixture; and c) recovering a target from the mixture;
An information processing device comprising: a partial image information generation unit configured to generate partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; and a metadata generation unit configured to generate a media presentation description according to MPEG-DASH as metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the partial image information generated by the partial image information generation unit, wherein the metadata generation unit stores the partial image information regarding the plurality of partial images in mutually different adaptation sets of the media presentation description and assigns the bit streams of the plurality of partial images to the mutually different adaptation sets. a partial image information generation unit configured to generate partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; and a metadata generation unit configured to generate a media presentation description according to MPEG-DASH as metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the partial image information generated by the partial image information generation unit, wherein the metadata generation unit stores the partial image information regarding the plurality of partial images in mutually different adaptation sets of the media presentation description and assigns the bit streams of the plurality of partial images to the mutually different adaptation sets.
A method for configuring a control unit for a device for closing, privacy, sun protection or a screen equipping a building, characterized in that it comprises a test step for determining whether a sequence of actions to enter the configuration mode has been performed manually or using a programming tool, and a step for implementing a first software module for configuring the control unit if the sequence of actions to enter the configuration mode has been performed using a programming tool or a step for implementing a second software module for configuring the control unit if the sequence of actions to enter the configuration mode has been performed manually.
A damping system, in particular for a motor vehicle transmission, having a rotation axis and comprising at least: _ a support member able to be caused to rotate around the rotation axis, _ at least one first flyweight and one second flyweight able to oscillate with respect to the support member in a rotation plane orthogonal to the rotation axis, said first and second flyweights being mounted axially on either side of said support member and connected axially to one another by means of a spacer, and _ at least one device for guiding the first and second flyweights with respect to the support member, having at least one bearing element able to roll on a pair of opposite tracks, respectively a first guidance track and a second guidance track that is carried by the support member, characterized in that the first guidance track is carried by the spacer extending axially between the first flyweight and the second flyweight. _ a support member able to be caused to rotate around the rotation axis, _ at least one first flyweight and one second flyweight able to oscillate with respect to the support member in a rotation plane orthogonal to the rotation axis, said first and second flyweights being mounted axially on either side of said support member and connected axially to one another by means of a spacer, and _ at least one device for guiding the first and second flyweights with respect to the support member, having at least one bearing element able to roll on a pair of opposite tracks, respectively a first guidance track and a second guidance track that is carried by the support member, characterized in that the first guidance track is carried by the spacer extending axially between the first flyweight and the second flyweight.
A device for the presenting of weft threads to a gripper (10, 40) for a gripper weaving machine, more particularly to a feed gripper for a gripper weaving machine, wherein the device comprises a plurality of presenting elements (11, 12, 13, 14, 15, 16) which are movable between a rest position and a presentation position and comprises a support device which in use is arranged between the presenting elements (11, 12, 13, 14, 15, 16) and a gripper (10, 40) to support a weft thread (2, 3) while the weft thread (2, 3) is taken up by the gripper (10, 40), characterized in that a first thread separator is provided for weaving two weft threads (2, 3) at the same time, wherein the support device comprises two support elements (5, 6) which are separated from each other by the first thread separator, wherein the support elements (5, 6) extend in use substantially in the direction of movement of the gripper (10, 40) and wherein each support element (5, 6) allows an associated weft thread (2, 3) to be supported in a position transverse to the direction of movement of the gripper (10, 40), which position is different from the position of the other weft thread (2, 3).
A method for generating a virtual-room of a virtual room-based user interface that controls one or more devices within a physical room of a structure, comprising: prompting a user of a mobile device to select one or more services provided by the one or more devices within the physical room, each device providing a corresponding service; obtaining, on the mobile device, a plurality of images of the physical room that each share substantially a same perspective; aligning the plurality of images to create an aligned image stack; designating, in response to a user drawing on a screen on the mobile device, one or more hit boxes, each hit box to coincide with one of the one or more devices; and generating the virtual room based on the aligned image stack and the designated one or more hit boxes, the virtual room usable by the user to control the one or more devices within the physical room. prompting a user of a mobile device to select one or more services provided by the one or more devices within the physical room, each device providing a corresponding service; obtaining, on the mobile device, a plurality of images of the physical room that each share substantially a same perspective; aligning the plurality of images to create an aligned image stack; designating, in response to a user drawing on a screen on the mobile device, one or more hit boxes, each hit box to coincide with one of the one or more devices; and generating the virtual room based on the aligned image stack and the designated one or more hit boxes, the virtual room usable by the user to control the one or more devices within the physical room.