mhurhangee/patent-ind-claim-en huggingface dataset:
A gastric residence system for administration to the stomach of a patient, comprising: an elastomer component, wherein the elastomer is concavo-convex, mono-concave, bi-concave, or toroidal; a plurality of at least three carrier polymer-agent components comprising a carrier polymer and a therapeutic agent or a salt thereof, wherein each of the plurality of carrier polymer-agent components comprises an elongate member comprising a proximal end, a distal end, and an outer surface therebetween; wherein the proximal end of each elongate member is attached to the elastomer component and projects radially from the elastomer component, each elongate member having its distal end not attached to the elastomer component and located at a larger radial distance from the elastomer component than the proximal end; wherein the gastric residence system is configured to have a compacted form in a container, suitable for administration orally or through a feeding tube; and an uncompacted form when released from the container in the stomach of the patient; wherein the gastric residence system is retained in the stomach for a period of at least about 24 hours; and wherein the system releases a therapeutically effective amount of therapeutic agent over at least a portion of the period in which the system is retained in the stomach. an elastomer component, wherein the elastomer is concavo-convex, mono-concave, bi-concave, or toroidal; a plurality of at least three carrier polymer-agent components comprising a carrier polymer and a therapeutic agent or a salt thereof, wherein each of the plurality of carrier polymer-agent components comprises an elongate member comprising a proximal end, a distal end, and an outer surface therebetween; wherein the proximal end of each elongate member is attached to the elastomer component and projects radially from the elastomer component, each elongate member having its distal end not attached to the elastomer component and located at a larger radial distance from the elastomer component than the proximal end; wherein the gastric residence system is configured to have a compacted form in a container, suitable for administration orally or through a feeding tube; and an uncompacted form when released from the container in the stomach of the patient; wherein the gastric residence system is retained in the stomach for a period of at least about 24 hours; and wherein the system releases a therapeutically effective amount of therapeutic agent over at least a portion of the period in which the system is retained in the stomach.
A self-erecting box for containing three bottles or the like or a multiple of three bottles or the like in overlapping rows and in a lying down position, said box comprising four side faces (21, 22, 23 and 24), four lower flaps (26, 27, 28 and 29) which during the assembly of the box come into contact with each other for constituting the bottom of the box itself, the side faces (26-29) being joined to the corresponding lower flaps through a first fold line , a first flap and a second flap of the said four lower flaps (26-29) each having a respective pair of protruding elements (34, 35; 36, 37) respectively separated by a groove , and that are joined to the respective first and second flap through a respective second and third fold line, parallel to each other, wherein a protruding element of each pair comes into contact with a protruding element of the other pair during the assembly of the box determining the formation, inside the box itself, of a pair of lower vertical separation elements for the insertion of three bottles lying on their side, characterised in that said groove has an inclined conformation with respect to a virtual line joining at 90° the extensions of the respective second and third fold lines of said protruding element, whereby the vertical arrangement of the lower vertical separation elements is determined on one hand by the reciprocal thrust of two protruding elements and on the other hand by two further protruding elements , which by pressing against each other during the assembly step, are lifted positioning themselves vertically starting from a substantially planar position of two of the flaps .
A field device assembly comprising: a first process sensor disposed to sense a first process parameter; a transceiver configured to communicate with a network manager ; and a processor configured to process the sensed first process parameter, and configured to command the wireless transceiver and first process sensor to perform a first resource-intensive activity according to a first commissioned adaptive schedule whereby rates of the resource-intensive activity vary over time and in response to sensed events specified by the adaptive schedule, wherein the first commissioned adaptive schedule is known to both the processor and the network manager, wherein the processor is further configured to communicate changes in the first commissioned adaptive schedule that establish changes in the rates of the resource-intensive activity due to the sensed events to the network manager via the transceiver, together with accompanying requests for bandwidth. a first process sensor disposed to sense a first process parameter; a transceiver configured to communicate with a network manager ; and a processor configured to process the sensed first process parameter, and configured to command the wireless transceiver and first process sensor to perform a first resource-intensive activity according to a first commissioned adaptive schedule whereby rates of the resource-intensive activity vary over time and in response to sensed events specified by the adaptive schedule, wherein the first commissioned adaptive schedule is known to both the processor and the network manager, wherein the processor is further configured to communicate changes in the first commissioned adaptive schedule that establish changes in the rates of the resource-intensive activity due to the sensed events to the network manager via the transceiver, together with accompanying requests for bandwidth.
An apparatus for fixation measurement, the apparatus comprising: a first reflector comprising a diffraction component , wherein the first reflector is configured to rotate about a rotation axis , reflect light received from a light source onto a second reflector via the diffraction component, and reflect light received from the second reflector via the diffraction component; and one or more photodetectors configured to capture light which is reflected by the second reflector and subsequently reflected by the first reflector; wherein the rotation axis corresponds to a natural axis of symmetry of the first reflector including the diffraction component, so that the first reflector including the diffraction component rotates without inducing torque on the rotation axis; and wherein the first reflector including the diffraction component re-images, with an angular deviance induced by the diffraction component, a beam waist of the light received from the light source onto the second reflector so that, by rotation of the first reflector including the diffraction component, the re-imaged beam waist sweeps out a circle on the second reflector . a first reflector comprising a diffraction component , wherein the first reflector is configured to rotate about a rotation axis , reflect light received from a light source onto a second reflector via the diffraction component, and reflect light received from the second reflector via the diffraction component; and one or more photodetectors configured to capture light which is reflected by the second reflector and subsequently reflected by the first reflector; wherein the rotation axis corresponds to a natural axis of symmetry of the first reflector including the diffraction component, so that the first reflector including the diffraction component rotates without inducing torque on the rotation axis; and wherein the first reflector including the diffraction component re-images, with an angular deviance induced by the diffraction component, a beam waist of the light received from the light source onto the second reflector so that, by rotation of the first reflector including the diffraction component, the re-imaged beam waist sweeps out a circle on the second reflector .
Head for a sensor comprising two sections of optical fibre for propagating infrared light at at least one infrared wavelength and generating evanescent waves to the outside in order to detect infrared signatures of an external medium, said head comprising: - an optical fibre forming a curved part intended to connect the two sections of fibre and to come into contact with the external medium in order to detect the infrared signatures interfering with the propagation of the evanescent waves propagating along the fibre, and - means intended to protect the curved part against external mechanical stresses, while guaranteeing a contact area between the external medium and said curved part , - said means intended to protect the curved part consisting of a first plate and a second plate between which said curved part is placed, said first plate comprising a flow conduit intended to allow the flow of the liquid external medium between the plates , - said head being characterized in that said second plate comprises a stud an end of which is against said second plate and an end is situated facing the opening of the flow conduit and away from the first plate , and in that said curved part of the fibre comprises a turn wound around the stud . - an optical fibre forming a curved part intended to connect the two sections of fibre and to come into contact with the external medium in order to detect the infrared signatures interfering with the propagation of the evanescent waves propagating along the fibre, and - means intended to protect the curved part against external mechanical stresses, while guaranteeing a contact area between the external medium and said curved part , - said means intended to protect the curved part consisting of a first plate and a second plate between which said curved part is placed, said first plate comprising a flow conduit intended to allow the flow of the liquid external medium between the plates , - said head being characterized in that said second plate comprises a stud an end of which is against said second plate and an end is situated facing the opening of the flow conduit and away from the first plate , and in that said curved part of the fibre comprises a turn wound around the stud .
Arrangement for contactless thickness measurement of a continuous, in particular flexible, elastic and/or coated, material web , with: an at least in sections cylindrical contact body ; a material web guided over a surface of the contact body ; a sensor arrangement for measuring the material web thickness (t), wherein at least one first sensor is directed at a material web top side and at least one second sensor , opposite the first sensor , is directed at a material web underside ; wherein the second sensor is arranged at least in sections below the contact area between the material web and the contact body , characterised in that the cylindrical contact body has a cavity in which the second sensor is accommodated. an at least in sections cylindrical contact body ; a material web guided over a surface of the contact body ; a sensor arrangement for measuring the material web thickness (t), wherein at least one first sensor is directed at a material web top side and at least one second sensor , opposite the first sensor , is directed at a material web underside ; wherein the second sensor is arranged at least in sections below the contact area between the material web and the contact body , characterised in that the cylindrical contact body has a cavity in which the second sensor is accommodated.
A seal comprising: a seal body disposed about a seal axis and configured to be mounted to a first component at a second axial end of the seal body , the seal body comprising an interior surface defining a seal gland circumferentially extending about the seal axis ; a packing disposed within the seal gland ; a retaining ring in communication with a second radial side of the packing and disposed within the seal gland ; and a plurality of exciter springs mounted to a second radial side of the retaining ring and circumferentially spaced about the retaining ring , the plurality of exciter springs biased against the interior surface of the seal body and configured to center the packing within the seal body , wherein the packing is configured to receive a second component and form a seal interface between the packing and the second component and wherein the seal body is configured to form a portion of a passage extending through the seal body , the first component , and the second component , characterised in that the packing comprises a first radial side opposite the second radial side of the packing and a first axial side and a second axial side opposite the first axial side and wherein the packing further comprises a first chamfer disposed between the first radial side and the first axial side . a seal body disposed about a seal axis and configured to be mounted to a first component at a second axial end of the seal body , the seal body comprising an interior surface defining a seal gland circumferentially extending about the seal axis ; a packing disposed within the seal gland ; a retaining ring in communication with a second radial side of the packing and disposed within the seal gland ; and a plurality of exciter springs mounted to a second radial side of the retaining ring and circumferentially spaced about the retaining ring , the plurality of exciter springs biased against the interior surface of the seal body and configured to center the packing within the seal body , wherein the packing is configured to receive a second component and form a seal interface between the packing and the second component and wherein the seal body is configured to form a portion of a passage extending through the seal body , the first component , and the second component , characterised in that the packing comprises a first radial side opposite the second radial side of the packing and a first axial side and a second axial side opposite the first axial side and wherein the packing further comprises a first chamfer disposed between the first radial side and the first axial side .
An earplug dispenser for contactless operation by a user comprising: a container portion further comprising a plurality of earplugs ; a dispensing portion coupled to the container portion , the dispensing portion further comprising: a motor ; a rotor coupled to the motor , the rotor comprising a plurality of rotor openings to receive individual earplugs in each rotor opening ; a dispensing opening ; wherein the motor rotates the rotor to dispense earplugs through the dispensing opening ; a plurality of gates positioned proximal to the plurality of rotor openings , each gate being separately movable between a first position and a second position as the rotor is rotated to dispense an earplug ; and a cam having a raised portion proximal to the dispensing opening ; wherein each of the plurality of gates has a follower that travels along the cam as the rotor rotate around the cam ; and wherein the raised portion of the cam pushes up on the follower to pivot the gate downward to dispense an earplug from the rotor opening through the dispenser opening . a container portion further comprising a plurality of earplugs ; a dispensing portion coupled to the container portion , the dispensing portion further comprising: a motor ; a rotor coupled to the motor , the rotor comprising a a motor ; a rotor coupled to the motor , the rotor comprising a plurality of rotor openings to receive individual earplugs in each rotor opening ; a dispensing opening ; wherein the motor rotates the rotor to dispense earplugs a dispensing opening ; wherein the motor rotates the rotor to dispense earplugs through the dispensing opening ; a plurality of gates positioned proximal to the plurality of rotor openings , each gate being separately movable between a first position and a second position as the rotor is rotated to dispense an earplug ; and a cam having a raised portion proximal to the dispensing opening ; wherein each of the plurality of gates has a follower that travels along the cam as the rotor rotate around the cam ; and wherein the raised portion of the cam pushes a cam having a raised portion proximal to the dispensing opening ; wherein each of the plurality of gates has a follower that travels along the cam as the rotor rotate around the cam ; and wherein the raised portion of the cam pushes up on the follower to pivot the gate downward to dispense an earplug from the rotor opening through the dispenser opening .
A yarn tensioner adapted for adjusting tension in a running yarn, comprising: a rotatable tension wheel having opposing yarn-contacting surfaces formed along an annular region thereof and configured to frictionally contact opposite sides of the running yarn such that the running yarn causes rotational movement of said tension wheel; an elongated wheel shaft directly affixed to said tension wheel; a tension adjustment assembly frictionally contacting said wheel shaft, and adapted to create a select rotation resistance between adjacent parts of said assembly and said wheel shaft such that rotation of said tension wheel is adjustably frictionally controlled, thereby adjusting tension in the running yarn; and a bearing housing operatively secured to said tension wheel, wherein said tension wheel is rotatable relative to said bearing housing, characterized in that said wheel shaft comprises a perforated brake disc located within said bearing housing and directly affixed to a distal end of said wheel shaft, and said brake disc defining a plurality of perforations extending therethrough from a first side of said brake disc to an opposite second side of said brake disc, and comprising a plurality of stacked friction balls arranged within each perforation of said brake disc, and having respective portions thereof extending from the first and second sides of said brake disc. a rotatable tension wheel having opposing yarn-contacting surfaces formed along an annular region thereof and configured to frictionally contact opposite sides of the running yarn such that the running yarn causes rotational movement of said tension wheel; an elongated wheel shaft directly affixed to said tension wheel; a tension adjustment assembly frictionally contacting said wheel shaft, and adapted to create a select rotation resistance between adjacent parts of said assembly and said wheel shaft such that rotation of said tension wheel is adjustably frictionally controlled, thereby adjusting tension in the running yarn; and a bearing housing operatively secured to said tension wheel, wherein said tension wheel is rotatable relative to said bearing housing, characterized in that said wheel shaft comprises a perforated brake disc located within said bearing housing and directly affixed to a distal end of said wheel shaft, and said brake disc defining a plurality of perforations extending therethrough from a first side of said brake disc to an opposite second side of said brake disc, and comprising a plurality of stacked friction balls arranged within each perforation of said brake disc, and having respective portions thereof extending from the first and second sides of said brake disc.
A Gold alloy for jewelry, comprising: - Gold: in the amount comprised between 780‰, more preferably 790‰, and 840‰ in weight; - Copper: in the amount comprised between 125‰ and 167‰ in weight; - Silver: in the amount comprised between 15‰ and 54‰ in weight; - Palladium in the amount comprised between 5‰ and 15‰, wherein the content of Palladium is such that the assembly of Gold, Copper, Silver and Palladium reaches the 1000‰ in weight of the alloy; the Gold alloy showing, under the conditions referred to in the ISO DIS 8654:2017 standard, a color compatible with the standard of color of the 5N alloys. - Gold: in the amount comprised between 780‰, more preferably 790‰, and 840‰ in weight; - Copper: in the amount comprised between 125‰ and 167‰ in weight; - Silver: in the amount comprised between 15‰ and 54‰ in weight; - Palladium in the amount comprised between 5‰ and 15‰, wherein the content of Palladium is such that the assembly of Gold, Copper, Silver and Palladium reaches the 1000‰ in weight of the alloy;
A method for configuring a first carrier for a user equipment in a wireless network including an evolved Node B, eNB and the user equipment , the method comprising: sending, from the eNB to the user equipment , radio resource signaling, said signaling configuring discontinuous reception, DRX, functionality and providing control channel support information for the first carrier, wherein the control channel support information includes a logical index for the first carrier and indicates whether control information for the downlink to be received by the user equipment and corresponding to the first carrier is transmitted on a second carrier, the second carrier being different from the first carrier.