mhurhangee/ep-ind-claims huggingface dataset:
A candy comprising a ball-shaped candy body wrapped in a wrap by connecting the side faces and the end faces of the wrap, characterised in that the candy body is made from a candy mass and covered with a sugar glaze coating with the thickness of 0.5 to 2.5mm; and the wrap is produced of a transparent material having a stylized image thereon; wherein the wrap comprises two transparent layers (6, 7) comprising an inner layer and an outer layer; wherein image fragments are printed on the inside of the outer layer and/or on the outside of the inner layer, said image fragments being colored at least in one color and having a shape and dimensions corresponding to the respective fragments of the stylized image on the wrap; wherein the candy body is intended to create a three-dimensional configuration of the stylized image on the wrap, and a color of the glaze coating of the candy body forms a part of the color of the stylized image on the wrap, wherein the joint strength of the end faces of the wrap is lower than that of the side faces, so as the wrap can be opened from its end faces by applying pressure to the wrap and removing the candy body from the end faces by holding the outer surface of the wrap.
A system for monitoring use of a medical device, comprising: a medical device comprising a wearable harness positionable on a torso of a subject; a plurality of engines coupled to the wearable harness, wherein the plurality of engines is configured, when activated, to apply an oscillation force to at least one treatment area of the subject to mobilize at least some secretions in an airway within the subject substantially adjacent the at least one treatment area; and a controller associated with the medical device, configured to monitor operation of the medical device to determine whether the medical device is operating according to a prescribed regimen, characterised in that the prescribed regimen includes a prescribed positioning of at least some of the plurality of engines on the medical device during operation of the medical device. a medical device comprising a wearable harness positionable on a torso of a subject; a plurality of engines coupled to the wearable harness, wherein the plurality of engines is configured, when activated, to apply an oscillation force to at least one treatment area of the subject to mobilize at least some secretions in an airway within the subject substantially adjacent the at least one treatment area; and a controller associated with the medical device, configured to monitor operation of the medical device to determine whether the medical device is operating according to a prescribed regimen, characterised in that the prescribed regimen includes a prescribed positioning of at least some of the plurality of engines on the medical device during operation of the medical device.
A method of preparing a soft tissue filler composition, the method comprising the steps of: providing a hyaluronic acid component crosslinked with at least one crosslinking agent selected from the group consisting of 1,4-butanediol diglycidyl ether (BDDE), 1,2-bis(2,3-epoxypropoxy)ethylene and 1-(2,3-epoxypropyl)-2,3- epoxycyclohexane, or combinations thereof; wherein the hyaluronic acid component comprises 10% to 20% free hyaluronic acid by volume; adjusting the pH of said hyaluronic acid component to an adjusted pH above 7.5; and adding a solution containing at least one anesthetic agent to said hyaluronic acid component having said adjusted pH to obtain a hyaluronic acid-based soft tissue filler composition, wherein the at least one anesthetic agent is lidocaine HCl. providing a hyaluronic acid component crosslinked with at least one crosslinking agent selected from the group consisting of 1,4-butanediol diglycidyl ether (BDDE), 1,2-bis(2,3-epoxypropoxy)ethylene and 1-(2,3-epoxypropyl)-2,3- epoxycyclohexane, or combinations thereof; wherein the hyaluronic acid component comprises 10% to 20% free hyaluronic acid by volume; adjusting the pH of said hyaluronic acid component to an adjusted pH above 7.5; and adding a solution containing at least one anesthetic agent to said hyaluronic acid component having said adjusted pH to obtain a hyaluronic acid-based soft tissue filler composition, wherein the at least one anesthetic agent is lidocaine HCl.
A method for providing website authentication, the method comprising: receiving, at data processing hardware, a reference uniform resource locator, URL, at a browser; determining, by the data processing hardware, whether the reference URL adheres to an authentication protocol comprising a credential identifier and a web authentication host URL, wherein the reference URL has a format that includes the credential identifier and the web authentication host URL; and when the reference URL adheres to the authentication protocol: extracting, by the data processing hardware, the credential identifier and the web authentication host URL from the reference URL; obtaining, by the data processing hardware, credential data from a remote service using the credential identifier; and sending web authentication instructions to the browser, the web authentication instructions comprising: the web authentication host URL; and the credential data. receiving, at data processing hardware, a reference uniform resource locator, URL, at a browser; determining, by the data processing hardware, whether the reference URL adheres to an authentication protocol comprising a credential identifier and a web authentication host URL, wherein the reference URL has a format that includes the credential identifier and the web authentication host URL; and when the reference URL adheres to the authentication protocol: extracting, by the data processing hardware, the credential identifier and the web authentication host URL from the reference URL; obtaining, by the data processing hardware, credential data from a remote service using the credential identifier; and sending web authentication instructions to the browser, the web authentication instructions comprising: the web authentication host URL; and the credential data. extracting, by the data processing hardware, the credential identifier and the web authentication host URL from the reference URL; obtaining, by the data processing hardware, credential data from a remote service using the credential identifier; and sending web authentication instructions to the browser, the web authentication instructions comprising: the web authentication host URL; and the credential data. the web authentication host URL; and the credential data.
A field effect transistor, FET, comprising: a plurality of source electrical contact structures and a plurality of drain electrical contact structures, wherein each electrical contact structure distributes current along a length thereof, sach electrical contact structure comprising: a plurality of n metal rectangles (601, 602, 603, 604) on n levels of metal, wherein the metal rectangle (602,603,604) on one metal level is at least as wide in width and vertically covers in width the metal rectangle (601,602,603) on the metal level immediately below, wherein the metal rectangle (602,603,604) on one metal level is shorter in length than and substantially aligned at a first end with the metal rectangle (601,602,603) on the metal level immediately below, wherein metal rectangle first ends are substantially aligned, wherein the metal rectangles on higher metal levels are made progressively wider than the metal rectangle on the underlying metal level, and wherein the metal rectangle (602,603,604) on each metal level except the metal rectangle on the lowest metal level of said n levels of metal is coupled with the metal rectangle on the metal level immediately below, and the metal rectangle on the lowest metal level of said n levels of metal is coupled to a respective underlying source or drain diffusion, the transistor further comprising: a gate structure comprising a plurality of gate rectangles oriented parallel to each other, wherein the gate rectangles are oriented in the same direction; a source terminal comprising a first interconnect, wherein the first interconnect is a metal rectangle, wherein the first interconnect is coupled to the plurality of source electrical contact structures; and a drain terminal comprising a second interconnect, wherein the second interconnect is a metal rectangle, wherein the second interconnect is coupled to the plurality of drain electrical contact structures. a gate structure comprising a plurality of gate rectangles oriented parallel to each other, wherein the gate rectangles are oriented in the same direction; a source terminal comprising a first interconnect, wherein the first interconnect is a metal rectangle, wherein the first interconnect is coupled to the plurality of source electrical contact structures; and a drain terminal comprising a second interconnect, wherein the second interconnect is a metal rectangle, wherein the second interconnect is coupled to the plurality of drain electrical contact structures.
Process for producing a fired coarse-ceramic moulding, wherein the process comprises steps as follows, preferably in order as follows: a) providing at least one green moulding; b) optionally drying the at least one green moulding to give at least one at least partially dried green moulding, and c) firing the at least partially dried green moulding obtained optionally in step b), to give at least one fired coarse-ceramic moulding, characterized in that the firing of the at least one green moulding in step c) is carried out while subjecting the at least one green moulding to electromagnetic radiation with a frequency of 300 MHz to 300 GHz, wherein the at least one green moulding in step c) is heated in at least one heat-up phase with an average temperature change rate Δ T c Δ t c of at least 5 K/min, wherein at the start of step c) the at least one green moulding has a moisture content of not more than 1% by weight, based on the dry weight of the at least one green moulding present at the start of step c). a) providing at least one green moulding; b) optionally drying the at least one green moulding to give at least one at least partially dried green moulding, and c) firing the at least partially dried green moulding obtained optionally in step b), to give at least one fired coarse-ceramic moulding, in that the firing of the at least one green moulding in step c) is carried out while subjecting the at least one green moulding to electromagnetic radiation with a frequency of 300 MHz to 300 GHz, wherein the at least one green moulding in step c) is heated in at least one heat-up phase with an average temperature change rate Δ T c Δ t c of at least 5 K/min, wherein at the start of step c) the at least one green moulding has a moisture content of not more than 1% by weight, based on the dry weight of the at least one green moulding present at the start of step c).
A hand rehabilitation device to be grasped by a hand to be trained, wherein in use of the hand rehabilitation device, the palm, fingers and thumb of said hand to be trained surround the hand rehabilitation device, comprising: - at least one first support configured to support the thumb of a hand, wherein said at least one first support is designed to perform a flexion/extension movement for rehabilitating said thumb, said flexion/extension movement being actioned by a first transmission mechanism to which the at least one first support is connected; the hand rehabilitation device being characterized in that it comprises: - at least one second support (120, 121, 120A, 120B) configured to support the index finger of said hand, wherein said at least one second support (120, 121, 120A, 120B) is designed to perform a flexion/extension movement for rehabilitating said index finger, said flexion/extension movement being actioned by a second transmission mechanism to which the at least one second support (120, 121, 120A, 120B) is connected; - at least one third support (122, 123, 122A, 122B) configured to support the three remaining fingers -middle ring, and little fingers- of said hand, wherein said at least one third support (122, 123, 122A, 122B) is designed to perform a flexion/extension movement for rehabilitating said three remaining fingers, said flexion/extension movement being actioned by a third transmission mechanism to which the at least one third support (122, 123, 122A, 122B) is connected; wherein said first transmission mechanism is actuated by one motor different from the at least one motor (111, 110) configured to actuate said second and third transmission mechanisms (114, 112); wherein the three flexion/extension movements of said at least one first support, said at least one second support (120, 121, 120A, 120B) and said at least one third support (122, 123, 122A, 122B) are independent from each other. - at least one first support configured to support the thumb of a hand, wherein said at least one first support is designed to perform a flexion/extension movement for rehabilitating said thumb, said flexion/extension movement being actioned by a first transmission mechanism to which the at least one first support is connected; - at least one second support (120, 121, 120A, 120B) configured to support the index finger of said hand, wherein said at least one second support (120, 121, 120A, 120B) is designed to perform a flexion/extension movement for rehabilitating said index finger, said flexion/extension movement being actioned by a second transmission mechanism to which the at least one second support (120, 121, 120A, 120B) is connected; - at least one third support (122, 123, 122A, 122B) configured to support the three remaining fingers -middle ring, and little fingers- of said hand, wherein said at least one third support (122, 123, 122A, 122B) is designed to perform a flexion/extension movement for rehabilitating said three remaining fingers, said flexion/extension movement being actioned by a third transmission mechanism to which the at least one third support (122, 123, 122A, 122B) is connected;
A medical device, comprising: a vascular access device further comprising a rotationally activated flow control valve, said flow control valve comprising, a body including a distal adapter and a proximal adapter defining a lumen extending therethrough; and a septum comprising a cylinder having a distal end and a proximal end and a disk located at the proximal end, wherein the cylinder comprises two flat portions on the outer surface, wherein said distal adapter and said proximal adapter are arranged concentrically as opposed to a longitudinal distal/proximal arrangement, characterized in that said septum is housed within said distal adapter within a septum housing and forms a fluid seal between said septum and said proximal adapter when said valve is in a closed position, wherein said septum further comprises a disk and sealing bead located on a proximal face of said disk, wherein the fluid seal is formed by the compression of sealing bead against a distal face of an annular wall, wherein said disk further comprises two holes (31, 32) connected by a slit extending through a disk portion and having opposing slit surfaces (128, 129) that at least substantially seals said lumen extending through said body; wherein said proximal adapter includes at least two posts (50, 51), which project from the distal face of annular wall, which mate with said holes (31, 32) when said valve is in a closed position, wherein rotation of said proximal adapter causes said posts (50, 51) to deform said slit of said septum to open said valve. a vascular access device further comprising a rotationally activated flow control valve, said flow control valve comprising, a body including a distal adapter and a proximal adapter defining a lumen extending therethrough; and a septum comprising a cylinder having a distal end and a proximal end and a disk located at the proximal end, wherein the cylinder comprises two flat portions on the outer surface, wherein said distal adapter and said proximal adapter are arranged concentrically as opposed to a longitudinal distal/proximal arrangement, characterized in that said septum is housed within said distal adapter within a septum housing and forms a fluid seal between said septum and said proximal adapter when said valve is in a closed position, wherein said septum further comprises a disk and sealing bead located on a proximal face of said disk, wherein the fluid seal is formed by the compression of sealing bead against a distal face of an annular wall, wherein said disk further comprises two holes (31, 32) connected by a slit extending through a disk portion and having opposing slit surfaces (128, 129) that at least substantially seals said lumen extending through said body; wherein said proximal adapter includes at least two posts (50, 51), which project from the distal face of annular wall, which mate with said holes (31, 32) when said valve is in a closed position, wherein rotation of said proximal adapter causes said posts (50, 51) to deform said slit of said septum to open said valve.
A method of pre-shaping a ply of interlayer material for use in a laminated glazing, wherein at least a portion of the ply of interlayer material has a wedged cross-section before the pre-shaping, by stretching at least a portion of the ply of interlayer material, the method comprising: in a first step, providing heat and moisture to a first surface of the ply of interlayer material to perform a first heating stage; in a second step, providing heat and moisture to a second surface of the ply of interlayer material, opposite the first surface, to perform a second heating stage; and in a third step, stretching the ply of interlayer material into a desired shape; wherein in the first and second steps, the rate at which the heat and moisture are supplied is controlled such that the shaping of the ply of interlayer material is uniform, and the standard deviation in the magnitude of the wedge angle of the wedged portion of the interlayer material is less than 0.05 mrad; wherein the first step is carried out by passing the ply of interlayer material over the surface of a first rotating drum, and the heat and moisture is provided by water; and wherein the second step is carried out by passing the ply of interlayer material over the surface of a second rotating drum, and the heat and moisture is provided by water. in a first step, providing heat and moisture to a first surface of the ply of interlayer material to perform a first heating stage; in a second step, providing heat and moisture to a second surface of the ply of interlayer material, opposite the first surface, to perform a second heating stage; and in a third step, stretching the ply of interlayer material into a desired shape; wherein in the first and second steps, the rate at which the heat and moisture are supplied is controlled such that the shaping of the ply of interlayer material is uniform, and the standard deviation in the magnitude of the wedge angle of the wedged portion of the interlayer material is less than 0.05 mrad; wherein the first step is carried out by passing the ply of interlayer material over the surface of a first rotating drum, and the heat and moisture is provided by water; and wherein the second step is carried out by passing the ply of interlayer material over the surface of a second rotating drum, and the heat and moisture is provided by water.
A method for selecting a network slice to serve a user equipment, UE, in a network that comprises a plurality of network slices, the method comprising: receiving (S-805, S-905), at an access and mobility management function, AMF, of a network slice, an attach request originated from a UE; forwarding (S-810, S-815, S-910, S-915), from the AMF toward a slice user data repository, SDR, a request for slice selection data; determining (S-820, S-920), at the SDR, if subscription information is available at the SDR for the UE being served in this network slice; if subscription information is available, forwarding (S-825, S-830), from the SDR toward the AMF, the subscription information with the slice selection data for the UE, and transmitting (S-835), from the AMF toward the UE, allowance of the attach request of the UE to this network slice, the allowance based on the received subscription information; and if subscription information is not available, receiving (S-1040, S-1140, S-1240) the slice selection data for the UE, at the AMF, wherein the slice selection data are obtained (S-1035, S-1130, S-1240) from a slice selection repository, SSR, which is external to the network slice and shared by the plurality of network slices, and redirecting (S-1045, S-1145, S1245), from the AMF, the attach request of the UE toward a different network slice based on the received slice selection data for the UE. receiving (S-805, S-905), at an access and mobility management function, AMF, of a network slice, an attach request originated from a UE; forwarding (S-810, S-815, S-910, S-915), from the AMF toward a slice user data repository, SDR, a request for slice selection data; determining (S-820, S-920), at the SDR, if subscription information is available at the SDR for the UE being served in this network slice; if subscription information is available, forwarding (S-825, S-830), from the SDR toward the AMF, the subscription information with the slice selection data for the UE, and transmitting (S-835), from the AMF toward the UE, allowance of the attach request of the UE to this network slice, the allowance based on the received subscription information; and if subscription information is not available, receiving (S-1040, S-1140, S-1240) the slice selection data for the UE, at the AMF, wherein the slice selection data are obtained (S-1035, S-1130, S-1240) from a slice selection repository, SSR, which is external to the network slice and shared by the plurality of network slices, and redirecting (S-1045, S-1145, S1245), from the AMF, the attach request of the UE toward a different network slice based on the received slice selection data for the UE.