mhurhangee/patent-ind-claim-en huggingface dataset:
A speaker comprising: one or more drivers ; an acoustic horn that includes a first side panel and a second side panel , edges of the first and second side panels defining an opening for receiving acoustic outputs from one or more drivers; a manifold disposed between the opening and the one or more drivers, the manifold including a plurality of acoustic passages for connecting the opening to each of the one or more drivers; characterized in that the speaker additionally comprises: an adaptor disposed between the manifold and the acoustic horn, the adaptor including multiple apertures for the plurality of acoustic passages and at least one bending portion , wherein the at least one bending portion is configured to facilitate bending of the adaptor to conform to various profiles of the opening while maintaining a seal between the acoustic horn and the plurality of acoustic passages. one or more drivers ; an acoustic horn that includes a first side panel and a second side panel , edges of the first and second side panels defining an opening for receiving acoustic outputs from one or more drivers; a manifold disposed between the opening and the one or more drivers, the manifold including a plurality of acoustic passages for connecting the opening to each of the one or more drivers; characterized in that the speaker additionally comprises: an adaptor disposed between the manifold and the acoustic horn, the adaptor including multiple apertures for the plurality of acoustic passages and at least one bending portion , wherein the at least one bending portion is configured to facilitate bending of the adaptor to conform to various profiles of the opening while maintaining a seal between the acoustic horn and the plurality of acoustic passages.
System for the catalytic production of diesel oil from a starting material from the group of residues, such as plastics (PE, PP, pet, PVC, etc.), cellulose-containing substances and biomaterials, comprising at least one introduction system for the starting material , a reaction unit , at least one single-part or multi-part separation and separator unit and at least one sediment preparation stage for solids and/or sediments, wherein the reaction unit comprises at least one reactor for treating a mixing phase of a liquid carrier phase (carrier oil) and the solid starting material , wherein the reactor - in intended operation, has a gas- or steam-filled head chamber (11.1) and a product chamber (11.2) filled with the mixing phase, further comprising an inlet for the starting material , a head outlet for a gas or vapor phase, an outlet connected to the sediment preparation stage and at least one motor-driven agitation unit for homogenizing and circulating the reactor content, which projects into the product chamber (11.2) with at least one agitator body , characterized in that the reactor comprises at least one heating device or a heating device directly adjacent thereto, wherein the heating device is an SSG high-frequency wave heater (22.1), which has a solid-state generator , and the at least one SSG high-frequency wave heater (22.1) has in particular a power of 80 to 200 kW or more, and which is separated from the product chamber (11.2) of the reactor or the circulating line carrying the mixing phase by at least one pane, window and/or pipe made of glass or quartz glass. - in intended operation, has a gas- or steam-filled head chamber (11.1) and a product chamber (11.2) filled with the mixing phase, further comprising an inlet for the starting material , a head outlet for a gas or vapor phase, an outlet connected to the sediment preparation stage and at least one motor-driven agitation unit for homogenizing and circulating the reactor content, which projects into the product chamber (11.2) with at least one agitator body , characterized in that the reactor comprises at least one heating device or a heating device directly adjacent thereto, wherein the heating device is an SSG high-frequency wave heater (22.1), which has a solid-state generator , and the at least one SSG high-frequency wave heater (22.1) has in particular a power of 80 to 200 kW or more, and which is separated from the product chamber (11.2) of the reactor or the circulating line carrying the mixing phase by at least one pane, window and/or pipe made of glass or quartz glass.
A foldable display device , comprising: a foldable display module including a first non-folding portion , a second non-folding portion , and a folding portion disposed between the first non-folding portion and the second non-folding portion ; a first support member disposed on a non-display surface of the first non-folding portion and supporting the first non-folding portion ; a second support member disposed on a non-display surface of the second non-folding portion and supporting the second non-folding portion ; and a third member rotatably coupled to the first support member , wherein the first support member comprises a first plate, the second support member comprises a second plate, and the third member comprises a first rotatable plate , and a first end of the first rotatable plate is rotatably connected to the first plate and a second end of the first rotatable plate is a free end, characterised in that : the flexible display device is capable of folding in an out-folded mode, wherein, in the out-folded mode, the folding portion is folded such that the non-display surface of the first non-folding portion and the non-display surface of the second non-folding portion face each other while a display surface of the first non-folding portion and a display surface of the second non-folding portion face away from each other. a foldable display module including a first non-folding portion , a second non-folding portion , and a folding portion disposed between the first non-folding portion and the second non-folding portion ; a first support member disposed on a non-display surface of the first non-folding portion and supporting the first non-folding portion ; a second support member disposed on a non-display surface of the second non-folding portion and supporting the second non-folding portion ; and a third member rotatably coupled to the first support member , wherein the first support member comprises a first plate, the second support member comprises a second plate, and the third member comprises a first rotatable plate , and a first end of the first rotatable plate is rotatably connected to the first plate and a second end of the first rotatable plate is a free end, characterised in that : the flexible display device is capable of folding in an out-folded mode, wherein, in the out-folded mode, the folding portion is folded such that the non-display surface of the first non-folding portion and the non-display surface of the second non-folding portion face each other while a display surface of the first non-folding portion and a display surface of the second non-folding portion face away from each other. the flexible display device is capable of folding in an out-folded mode, wherein, in the out-folded mode, the folding portion is folded such that the non-display surface of the first non-folding portion and the non-display surface of the second non-folding portion face each other while a display surface of the first non-folding portion and a display surface of the second non-folding portion face away from each other.
An implantable glaucoma shunt for treating glaucoma in an eye, comprising: a plate adapted to be positioned on the sclera; and an elastomeric drainage tube having an outflow end connected to the plate and opening at the outer face thereof, and an inflow end extending away from the plate, the drainage tube having an open lumen and a length sufficient to extend into the anterior chamber of the eye; and characterised in that the plate has at least 8 fenestrations extending between an outer face and an inner face, the fenestrations permitting tissue to form therethrough; and the glaucoma shunt further includes a flow restrictor positioned within the drainage tube, the flow restrictor being either made of a resorbable suture material and having an open throughbore smaller than the lumen; or movable within the drainage tube, the flow restrictor having exterior length markings and a length sufficient to extend from within the drainage tube to a location past a bleb that forms over the plate after implant. a plate adapted to be positioned on the sclera; and an elastomeric drainage tube having an outflow end connected to the plate and opening at the outer face thereof, and an inflow end extending away from the plate, the drainage tube having an open lumen and a length sufficient to extend into the anterior chamber of the eye; and characterised in that the plate has at least 8 fenestrations extending between an outer face and an inner face, the fenestrations permitting tissue to form therethrough; and the glaucoma shunt further includes a flow restrictor positioned within the drainage tube, the flow restrictor being either made of a resorbable suture material and having an open throughbore smaller than the lumen; or movable within the drainage tube, the flow restrictor having exterior length markings and a length sufficient to extend from within the drainage tube to a location past a bleb that forms over the plate after implant.
A volumetric resistance blower comprising: a housing ; a motor ; and a rotor disposed within the housing and rotated by the motor, the rotor constructed of metal foam; characterized in that , the rotor has a plurality of sections (1104a-1004g, 1208a-1208k) having differing porosities, wherein the sections are stacked in an axial direction, and wherein the sections decrease in porosity from a middle section to top and bottom sections. a housing ; a motor ; and a rotor disposed within the housing and rotated by the motor, the rotor constructed of metal foam; characterized in that , the rotor has a plurality of sections (1104a-1004g, 1208a-1208k) having differing porosities, wherein the sections are stacked in an axial direction, and wherein the sections decrease in porosity from a middle section to top and bottom sections.
Plug screw for a pressurised container, comprising a head which has a tool engagement region , and comprising a cylindrical shank which extends along an axis, is provided with an external thread and has a hollow space which is open at the free end of the shank and closed at the head , the outer surface of the shank having an annular groove which divides the external thread into a head-end first threaded portion and a second threaded portion adjacent to the free shank end and which contains a securing ring consisting of an elastomeric material, the outer diameter of which is greater than the core diameter of an internal thread compatible with the external thread , a radial hole penetrating the shank in the region of the first threaded portion and opening into the hollow space , characterised in that the outer surface of the shank has a longitudinal groove which extends from the radial hole to the free shank end and the depth of which reaches at least the core diameter of the external thread .
A process of purification of native form plasminogen (Glu-Pg) starting from human plasma or a fractionation intermediate thereof; said process comprising: ii) a step of virus inactivation in which human plasma is contacted with a solvent/detergent mixture; v) a single affinity chromatographic step on L-lysine immobilized cross-linked agarose resin wherein the plasminogen elution buffer contains sodium phosphate 0.05 M, ε-aminocaproic acid 0.05 M, sodium chloride 0.1 M pH 7.4; and ix) a virus removal nanofiltration step; wherein said virus inactivation (ii) is performed upstream the affinity chromatography and said nanofiltration (ix) is performed downstream the affinity chromatography; wherein no protease inhibitor is employed;. ii) a step of virus inactivation in which human plasma is contacted with a solvent/detergent mixture; v) a single affinity chromatographic step on L-lysine immobilized cross-linked agarose resin wherein the plasminogen elution buffer contains sodium phosphate 0.05 M, ε-aminocaproic acid 0.05 M, sodium chloride 0.1 M pH 7.4; and ix) a virus removal nanofiltration step; wherein said virus inactivation (ii) is performed upstream the affinity chromatography and said nanofiltration (ix) is performed downstream the affinity chromatography; wherein no protease inhibitor is employed;.
A substantially pure (-)-epicatechin for use in the treatment of a FGFR3-related chondrodysplasia in a patient in need thereof wherein substantially pure means that there are either no detectable related-substance impurities, or if a single related-substance impurity is detected, it is present in an amount no greater than 0.1% by weight, or if multiple related-substance impurities are detected, they are present in aggregate in an amount no greater than 0.6% by weight.
A combination comprising a crane and a load guiding arrangement arranged for mounting to the crane, which crane comprises a crane boom and which load guiding arrangement is arranged for controlling the orientation of a load suspended in a crane boom from a bearing wire about said bearing wire, which combination comprises: - two winches , each of said winches has a bi-directional rotational spool, wherein the winches are placed on the crane, - two taglines with a first end of the tagline attached to the spool, wherein each tagline is connected to the load for applying a controlled torque to the load about the bearing wire , - two attachment brackets attached to the crane boom in an attachment position in a top zone of the crane boom, each attachment bracket is arranged for attachment to a second end of the tagline and - two tagline redirection means , for example snatch blocks which are connected with the load , wherein the redirection means allow the tagline to roll or slide around the redirection means while the load is raised or lowered and simultaneously provides for a redirection of the tagline, whereby each tagline is connected with the load through the redirection means so that each tagline extend from the spool to the attachment bracket via the redirection means , characterised in that the combination furthermore comprises: - a crane counterweight and - for each winch a winch frame , which is mounted directly on the crane next to or on the crane counterweight in positions at each side of the crane . - two winches , each of said winches has a bi-directional rotational spool, wherein the winches are placed on the crane, - two taglines with a first end of the tagline attached to the spool, wherein each tagline is connected to the load for applying a controlled torque to the load about the bearing wire , - two attachment brackets attached to the crane boom in an attachment position in a top zone of the crane boom, each attachment bracket is arranged for attachment to a second end of the tagline and - two tagline redirection means , for example snatch blocks which are connected with the load , wherein the redirection means allow the tagline to roll or slide around the redirection means while the load is raised or lowered and simultaneously provides for a redirection of the tagline, whereby each tagline is connected with the load through the redirection means so that each tagline extend from the spool to the attachment bracket via the redirection means , characterised in that the combination furthermore comprises: - a crane counterweight and - for each winch a winch frame , which is mounted directly on the crane next to or on the crane counterweight in positions at each side of the crane .
A wound care system for reduced pressure therapy comprising a covering device , which is provided, at least in sections, with an adhesive agent designed to fix the covering device to the skin, preferably running around the wound space, that can be fixed to the skin surrounding a wound and serving to produce a closed wound space containing the wound, comprising a valve system assigned to the covering device, said valve system being operable on the one hand to suck gases out of the wound space and on the other hand to counter the penetration of gases into the wound space after fixing the covering device to the skin surrounding the wound, the valve system being able to be coupled detachably to a suction device that can be operated to suck gases out of the wound space, wherein the valve system is coupled to the covering device by means of a fluid line, in particular a tube characterised in that the valve system has a valve body with a valve chamber serving to receive gases from the wound space, wherein the tube coupled to the covering device leads into the valve chamber , the valve system comprises a film valve and the valve chamber is at least partially delimited by a rigid housing .
A method for providing secure access to a multimedia content to a user of a content service at a first user device configured to enable the user to enjoy said multimedia content, the method comprising: a) providing, from a second user device of the user, a user identifier to a provider of said content service, said second user device being provided with a subscriber identity module enabling said second user device to connect to a cellular communication network, said user identifier comprising an identifier of said subscriber identity module; b) at the second user device, receiving an access key from said service provider, through said cellular communication network, said access key being associated with said user identifier; c) providing said access key from said second user device to the first user device through a short-range connection; and d) at said first user device, using said access key to access said multimedia content, wherein the method further comprises, before step a), allowing said user to select said multimedia content and, after said selection, receiving, from said service provider, at said second user device an object identifier associated with said selected multimedia content, wherein said step c) further comprises providing the first user device with said access key and said object identifier and sending a confirmation to the service provider indicating that the access key is being used in association with said multimedia content identified by said object identifier. a) providing, from a second user device of the user, a user identifier to a provider of said content service, said second user device being provided with a subscriber identity module enabling said second user device to connect to a cellular communication network, said user identifier comprising an identifier of said subscriber identity module; b) at the second user device, receiving an access key from said service provider, through said cellular communication network, said access key being associated with said user identifier; c) providing said access key from said second user device to the first user device through a short-range connection; and d) at said first user device, using said access key to access said multimedia content,
An implantable microelectrode device , comprising: an elongated shaft having an outer wall and a distal end, the elongated shaft defining an internal lumen and a plurality of windows ; an end cap coupled with the distal end of the elongated shaft, the end cap having a frustum end projecting into the internal lumen of the elongated shaft and a central channel ; and a probe assembly comprising: a plurality of flexible pins , each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel . an elongated shaft having an outer wall and a distal end, the elongated shaft defining an internal lumen and a plurality of windows ; an end cap coupled with the distal end of the elongated shaft, the end cap having a frustum end projecting into the internal lumen of the elongated shaft and a central channel ; and a probe assembly comprising: a plurality of flexible pins , each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel . a plurality of flexible pins , each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel .
A composition comprising: a first solid material and a second solid material that are chemically distinct, wherein said first solid material and said second solid material are microphase-separated on a microphase-separation length scale from about 0.1 microns to about 500 microns, and wherein said first solid material and said second solid material have different surface energies; and at least one liquid selectively absorbed into either of said first solid material or said second solid material, wherein the liquid: (a) is a freezing-point depressant for water; or (b) (i) is a lubricant selected from the group consisting of fluorinated oils, fluorocarbon ether polymers of polyhexafluoropropylene, siloxanes, petroleum-derived oils, mineral oil, plant-derived oils, canola oil, soybean oil, and combinations thereof; and/or (ii) contains a solid lubricant suspended or dissolved in the liquid; or (c) is an electrolyte; wherein optionally said liquid is present in said composition at a concentration from about 5 wt% to about 50 wt%. a first solid material and a second solid material that are chemically distinct, wherein said first solid material and said second solid material are microphase-separated on a microphase-separation length scale from about 0.1 microns to about 500 microns, and wherein said first solid material and said second solid material have different surface energies; and at least one liquid selectively absorbed into either of said first solid material or said second solid material, wherein the liquid: (a) is a freezing-point depressant for water; or (b) (i) is a lubricant selected from the group consisting of fluorinated oils, fluorocarbon ether polymers of polyhexafluoropropylene, siloxanes, petroleum-derived oils, mineral oil, plant-derived oils, canola oil, soybean oil, and combinations thereof; and/or (ii) contains a solid lubricant suspended or dissolved in the liquid; or (c) is an electrolyte; wherein optionally said liquid is present in said composition at a concentration from about 5 wt% to about 50 wt%. (a) is a freezing-point depressant for water; or (b) (i) is a lubricant selected from the group consisting of fluorinated oils, fluorocarbon ether polymers of polyhexafluoropropylene, siloxanes, petroleum-derived oils, mineral oil, plant-derived oils, canola oil, soybean oil, and combinations thereof; and/or (ii) contains a solid lubricant suspended or dissolved in the liquid; or (c) is an electrolyte;