mhurhangee/patent-ind-claim-en huggingface dataset:
Device having a frequency-selective surface comprising a substrate , a network of conductive elementary patterns which are imprinted on a surface of said substrate and form in total a regular network, and a network of coupling components , each coupling component connecting two adjacent conductive elementary patterns , each coupling component having a capacitance which can be modified by application of a control, said device comprising, furthermore, a control assembly which is configured to control selectively the value of the capacitances of the groups of coupling components selectively according to: - a first mode, in which the capacitance of the assembly of groups of coupling components is fixed at the same value, in order to make said device function in band-stop mode, and - a second mode, in which the capacitance of the coupling components of a first assembly of groups of coupling components is fixed at a first value, and the capacitance of the coupling components of a second assembly of groups of coupling components , complementary to the first assembly, is fixed at a second value, different from the first value, in order to make said device function in band-pass mode, each group of coupling components comprising a first coupling component connecting a first elementary pattern to a second elementary pattern which is adjacent thereto, and a second coupling component connecting the first elementary pattern to a third elementary pattern which is adjacent thereto, the network of elementary patterns being a line-column network, each coupling component connecting two adjacent conductive elementary patterns according to a line or according to a column. - a first mode, in which the capacitance of the assembly of groups of coupling components is fixed at the same value, in order to make said device function in band-stop mode, and - a second mode, in which the capacitance of the coupling components of a first assembly of groups of coupling components is fixed at a first value, and the capacitance of the coupling components of a second assembly of groups of coupling components , complementary to the first assembly, is fixed at a second value, different from the first value, in order to make said device function in band-pass mode,
A pharmaceutical composition for use in treating obesity in an obese subject, which contains azelaic acid as an active ingredient.
Brake control system for a vehicle, the brake control system including: a post-collision automatic braking function to activate at least one brake of the vehicle upon detection of a collision of the vehicle; characterised by a plurality of mechanisms configured to release the at least one brake upon activation of at least one of the mechanisms of the plurality of mechanisms ; the plurality of mechanisms being positioned at different locations in the vehicle, the different locations including at least one of: trunk, engine compartment, passenger cabin. a post-collision automatic braking function to activate at least one brake of the vehicle upon detection of a collision of the vehicle; characterised by a plurality of mechanisms configured to release the at least one brake upon activation of at least one of the mechanisms of the plurality of mechanisms ; the plurality of mechanisms being positioned at different locations in the vehicle, the different locations including at least one of: trunk, engine compartment, passenger cabin.
A machine for making filter bags with infusion products comprising: - a feeding station configured for feeding a strip (S) of filter material; - a forming and joining station configured for forming the strip (S) into a closed tubular shape; the strip (S) advancing along a first feed direction (Z); - a dosing station configured for dosing the infusion product inside the strip (S) with a closed tubular shape; the dosing station being positioned above the forming and joining station ; - a closing station configured for closing an open portion of the strip (S) with a closed tubular shape and defining simultaneously a top of a filter bag being formed and a bottom of a next filter bag ; the closing station being located downstream of the forming and joining station along the first feed direction (Z); characterised in that it comprises, downstream of the closing station along the first of feed direction (Z): - a drive member configured to intercept a continuous strip (S1) of filter bags , advancing along the first feed direction (Z), and able to divert the strip (S1) of filter bags from the first feed direction (Z) to a second feed direction (T), transversal to the first feed direction (Z); - a separating station configured to separate groups of one or more filter bags from the continuous strip (S1) of filter bags , the separating station being positioned downstream of the drive member ; - a pulling unit configured to pull the continuous strip (S1) of filter bags ; the pulling unit being interposed between the drive member and the separating station to allow a controlled and continuous pulling of the strip (S1) of filter bags towards the separating station . - a feeding station configured for feeding a strip (S) of filter material; - a forming and joining station configured for forming the strip (S) into a closed tubular shape; the strip (S) advancing along a first feed direction (Z); - a dosing station configured for dosing the infusion product inside the strip (S) with a closed tubular shape; the dosing station being positioned above the forming and joining station ; - a closing station configured for closing an open portion of the strip (S) with a closed tubular shape and defining simultaneously a top of a filter bag being formed and a bottom of a next filter bag ; the closing station being located downstream of the forming and joining station along the first feed direction (Z); - a drive member configured to intercept a continuous strip (S1) of filter bags , advancing along the first feed direction (Z), and able to divert the strip (S1) of filter bags from the first feed direction (Z) to a second feed direction (T), transversal to the first feed direction (Z); - a separating station configured to separate groups of one or more filter bags from the continuous strip (S1) of filter bags , the separating station being positioned downstream of the drive member ; - a pulling unit configured to pull the continuous strip (S1) of filter bags ; the pulling unit being interposed between the drive member and the separating station to allow a controlled and continuous pulling of the strip (S1) of filter bags towards the separating station .
An arthroscopic surgery device for delivering a therapeutic formulation into a cartilage of an articular joint, wherein the device comprises: a flexible tubular delivery arm , comprising more than one internal channels for carrying the therapeutic formulation wherein the more than one internal channels comprise a channel for extracting fluid from an articular cavity, a channel for carrying the therapeutic formulation, a channel for transmitting radiation, and a channel for passing an optical fibre for visualization; a flexible external sleeve enveloping the delivery arm lengthwise; a pliable cup attached to an end of the delivery arm , for covering a cartilage part where the therapeutic formulation is to be delivered; arranged such that by outwards axial displacement of the delivery arm in respect to the external sleeve , the cup moves from inside to outside of the external sleeve , expanding the cup . a flexible tubular delivery arm , comprising more than one internal channels for carrying the therapeutic formulation wherein the more than one internal channels comprise a channel for extracting fluid from an articular cavity, a channel for carrying the therapeutic formulation, a channel for transmitting radiation, and a channel for passing an optical fibre for visualization; a flexible external sleeve enveloping the delivery arm lengthwise; a pliable cup attached to an end of the delivery arm , for covering a cartilage part where the therapeutic formulation is to be delivered; arranged such that by outwards axial displacement of the delivery arm in respect to the external sleeve , the cup moves from inside to outside of the external sleeve , expanding the cup .
A pet door comprising: a first frame , wherein the first frame is configured to partially embed within a first external surface; a hinge, wherein the hinge is configured to pivot along a pivot axis defined by the first frame; a door, wherein at least one edge connects to the hinge; a knob , wherein the knob is attached to a surface of the door; a latch, wherein the latch extends from a rotational axis of the knob and interfaces with the first frame ; a first connector frame extending from the first frame , wherein the first connector frame is configured to be fully embedded within the first external surface; a second frame , wherein the second frame is configured to partially embed within a second external surface, wherein when the first frame and the second frame are embedded, a portal from the first external surface to the second external surface is created; and a second connector frame extending from the second frame , wherein the second connector frame is connectable on a distal end to the first connector frame , and wherein when connected, the second connector frame is configured to be fully embedded within the second external surface. a first frame , wherein the first frame is configured to partially embed within a first external surface; a hinge, wherein the hinge is configured to pivot along a pivot axis defined by the first frame; a door, wherein at least one edge connects to the hinge; a knob , wherein the knob is attached to a surface of the door; a latch, wherein the latch extends from a rotational axis of the knob and interfaces with the first frame ; a first connector frame extending from the first frame , wherein the first connector frame is configured to be fully embedded within the first external surface; a second frame , wherein the second frame is configured to partially embed within a second external surface, wherein when the first frame and the second frame are embedded, a portal from the first external surface to the second external surface is created; and a second connector frame extending from the second frame , wherein the second connector frame is connectable on a distal end to the first connector frame , and wherein when connected, the second connector frame is configured to be fully embedded within the second external surface.
A method for paging at least one client node in a group communications system , the method being performed by a control node of the group communications system , the method comprising: obtaining (S102) a need for paging the at least one client node in the group communications system ; and transmitting (S106) a paging message for the at least one client node in a Single Cell Point To Multipoint, SC-PTM, transmission to the at least one client node . obtaining (S102) a need for paging the at least one client node in the group communications system ; and transmitting (S106) a paging message for the at least one client node in a Single Cell Point To Multipoint, SC-PTM, transmission to the at least one client node .
A composite shaft with an end fitting mounted on an interface region on at least one end of said shaft , and a preload structure arranged to provide a biasing force to bias the composite shaft against the end fitting ; wherein the preload structure is in an interference fit (d) with the composite shaft ; and characterised in that the end fitting comprises a toothed surface comprising at least one tooth formed as a helical thread engaging with the interface region . a preload structure arranged to provide a biasing force to bias the composite shaft against the end fitting ; wherein the preload structure is in an interference fit (d) with the composite shaft ; and characterised in that the end fitting comprises a toothed surface comprising at least one tooth formed as a helical thread engaging with the interface region .
A process for the preparation of methyl methacrylate (MMA) comprising: (a) contacting methacrylamide with methanol in an aqueous reaction medium in an esterification reaction zone in the presence of an acidic raw material to produce a first stream comprising MMA (methyl methacrylate), water, methanol, the acidic raw material and MAA (methacrylic acid); (b) phase separating the first stream into a first aqueous stream comprising the acidic raw material, and a first organic liquid product stream comprising MMA, methanol and MAA; (c) neutralizing the MAA of the first organic liquid product stream with ammonia to produce a neutralized stream comprising MMA, methanol and ammonium methacrylate; (d) optionally adding water to the neutralized stream; (e) separating the neutralized stream into a second organic stream comprising MMA, and a second aqueous stream comprising methanol and ammonium methacrylate; (f) contacting the second aqueous stream with an acidifying agent to form an acidified aqueous stream wherein the amount of acidifying agent admixed with the second aqueous stream is an amount sufficient to acidify the second aqueous stream to a pH of less than 1.75 before it reaches the reaction zone; and (g) sending at least a portion of the acidified aqueous stream to the reaction zone. (a) contacting methacrylamide with methanol in an aqueous reaction medium in an esterification reaction zone in the presence of an acidic raw material to produce a first stream comprising MMA (methyl methacrylate), water, methanol, the acidic raw material and MAA (methacrylic acid); (b) phase separating the first stream into a first aqueous stream comprising the acidic raw material, and a first organic liquid product stream comprising MMA, methanol and MAA; (c) neutralizing the MAA of the first organic liquid product stream with ammonia to produce a neutralized stream comprising MMA, methanol and ammonium methacrylate; (d) optionally adding water to the neutralized stream; (e) separating the neutralized stream into a second organic stream comprising MMA, and a second aqueous stream comprising methanol and ammonium methacrylate; (f) contacting the second aqueous stream with an acidifying agent to form an acidified aqueous stream wherein the amount of acidifying agent admixed with the second aqueous stream is an amount sufficient to acidify the second aqueous stream to a pH of less than 1.75 before it reaches the reaction zone; and (g) sending at least a portion of the acidified aqueous stream to the reaction zone.
An autoinjector device for use with a liquid product container , comprising a housing and electrodes ; characterized in that the housing is configured to internally receive the liquid product container , and the housing comprises: electrodes arranged circumferentially around the liquid product container when the liquid product container is received by the housing , wherein the electrodes are substantially linear and positioned substantially parallel with a length of the liquid product container ; and electrical contacts , each of the electrical contacts corresponding to an electrode, the electrical contacts accessible from the exterior of the housing of the autoinjector device , wherein the electrical contacts are configured to be in electrical communication with the electrodes when the liquid product container is received by the housing and receive an applied high voltage for detecting if there is a leak in the liquid product container . the housing is configured to internally receive the liquid product container , and the housing comprises: electrodes arranged circumferentially around the liquid product container when the liquid product container is received by the housing , wherein the electrodes are substantially linear and positioned substantially parallel with a length of the liquid product container ; and electrical contacts , each of the electrical contacts corresponding to an electrode, the electrical contacts accessible from the exterior of the housing of the autoinjector device , wherein the electrical contacts are configured to be in electrical communication with the electrodes when the liquid product container is received by the housing and receive an applied high voltage for detecting if there is a leak in the liquid product container . electrodes arranged circumferentially around the liquid product container when the liquid product container is received by the housing , wherein the electrodes are substantially linear and positioned substantially parallel with a length of the liquid product container ; and electrical contacts , each of the electrical contacts corresponding to an electrode, the electrical contacts accessible from the exterior of the housing of the autoinjector device , wherein the electrical contacts are configured to be in electrical communication with the electrodes when the liquid product container is received by the housing and receive an applied high voltage for detecting if there is a leak in the liquid product container .
A hearing instrument comprising - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing instrument, - a speaker connected to an output of the signal processor for converting the second audio signal into an output sound signal, - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field, the antenna having a first antenna element and a plurality of further antenna elements, the first antenna element having a first branch and a second branch, the first branch and the second branch being interconnected with the wireless communication unit, the first branch having a first connecting region and the second branch having a second connecting region, characterized in that each of the plurality of further antenna elements interconnects the first connecting region and the second connecting region. - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing instrument, - a speaker connected to an output of the signal processor for converting the second audio signal into an output sound signal, - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field, the antenna having a first antenna element and a plurality of further antenna elements, the first antenna element having a first branch and a second branch, the first branch and the second branch being interconnected with the wireless communication unit, the first branch having a first connecting region and the second branch having a second connecting region, characterized in that each of the plurality of further antenna elements interconnects the first connecting region and the second connecting region.
A unit dosage pharmaceutical composition comprising: (i) abiraterone acetate; (ii) one or more of a millable grinding compound selected from lactose monohydrate, lactose anhydrous, and mannitol; (iii) one or more of a facilitating agent selected from sodium lauryl sulfate, povidone and a stearic acid or salts or esters thereof; and (iv) one or more of an antioxidant selected from ascorbic acid, butylated hydroxyanisole (BHA), and butylated hydroxytoluene (BHT) and/or one or more of a sequestering agent selected from fumaric acid, tartaric acid, and citric acid; wherein [D 50 ] determined on a particle volume basis of the abiraterone acetate in the composition is greater than 100nm and less than one of: 1000nm, 900nm, 800nm, 700nm, 600nm, 500nm, 400 nm, 300nm, and 200nm; wherein the composition is produced by dry milling; and wherein the dissolution rate of the abiraterone acetate in the composition is such that when a sample containing 100mg of abiraterone acetate is tested in 900 ml of pH 4.5 phosphate buffer comprising 0.1% sodium lauryl sulfate (SLS), using USP Apparatus II at 75 rpm, at least 80% of the abiraterone acetate dissolves in 15 min or less, or in 10 min or less. (i) abiraterone acetate; (ii) one or more of a millable grinding compound selected from lactose monohydrate, lactose anhydrous, and mannitol; (iii) one or more of a facilitating agent selected from sodium lauryl sulfate, povidone and a stearic acid or salts or esters thereof; and (iv) one or more of an antioxidant selected from ascorbic acid, butylated hydroxyanisole (BHA), and butylated hydroxytoluene (BHT) and/or one or more of a sequestering agent selected from fumaric acid, tartaric acid, and citric acid; wherein [D 50 ] determined on a particle volume basis of the abiraterone acetate in the composition is greater than 100nm and less than one of: 1000nm, 900nm, 800nm, 700nm, 600nm, 500nm, 400 nm, 300nm, and 200nm; wherein the composition is produced by dry milling; and wherein the dissolution rate of the abiraterone acetate in the composition is such that when a sample containing 100mg of abiraterone acetate is tested in 900 ml of pH 4.5 phosphate buffer comprising 0.1% sodium lauryl sulfate (SLS), using USP Apparatus II at 75 rpm, at least 80% of the abiraterone acetate dissolves in 15 min or less, or in 10 min or less.
An inhibitor of the Tissue Factor-Protease Activated Receptor 2 (TF-PAR2) signaling pathway for use in the treatment or prevention of heart failure (HF).
A subsea fluid distributor , comprising: a. a support framework configured to be removably mounted to a subsea structure, intermediate the subsea structure and an incoming flying lead terminator of an incoming flying lead; b. a plate attached to an upper section of the support framework; c. a fixed bucket attached to the support framework ; d. a valve attached to the support framework ; e. a lower framework attached to a lower portion of the support framework ; f. a first hydraulic tube attached to the lower framework , the first hydraulic tube in fluid communication with the valve ; g. a flying lead junction assembly attached to the lower portion of the support framework ; h. a second hydraulic tube disposed at least partially within flying lead junction assembly , the second hydraulic tube in fluid communication with a predetermined subsea equipment; i. a first remotely operated vehicle (ROV) torque bucket attached to an upper portion of the flying lead junction assembly ; and j. a second ROV torque bucket attached to the upper section of the support framework , and k. a predetermined set of signal connectors attached to the upper of the support framework . a. a support framework configured to be removably mounted to a subsea structure, intermediate the subsea structure and an incoming flying lead terminator of an incoming flying lead; b. a plate attached to an upper section of the support framework; c. a fixed bucket attached to the support framework ; d. a valve attached to the support framework ; e. a lower framework attached to a lower portion of the support framework ; f. a first hydraulic tube attached to the lower framework , the first hydraulic tube in fluid communication with the valve ; g. a flying lead junction assembly attached to the lower portion of the support framework ; h. a second hydraulic tube disposed at least partially within flying lead junction assembly , the second hydraulic tube in fluid communication with a predetermined subsea equipment; i. a first remotely operated vehicle (ROV) torque bucket attached to an upper portion of the flying lead junction assembly ; and j. a second ROV torque bucket attached to the upper section of the support framework , and k. a predetermined set of signal connectors attached to the upper of the support framework .