mhurhangee/ep-ind-claims huggingface dataset:
A locking dog assembly, comprising: a body including inner cavity with a lower opening, a first cylindrical cavity on a first side of the body, and a second cylindrical cavity on a second side of the body opposite the first side; a first locking dog in the first cylindrical cavity at least partially extending through the first side of the body and displaceable into and out of the inner cavity; a second locking dog in the second cylindrical cavity at least partially extending through the second side of the body, and displaceable into and out of the inner cavity; a mechanism for simultaneous displacement of the first and second locking dogs (120a, 120b) with mechanical advantage; characterized by a first locking dog extension having a first end extending through a slot in a curved side of the first cylindrical cavity and connected to the first locking dog and a second end coupled to the mechanism, wherein the mechanism displaces the first locking dog via the first locking dog extension; and a second locking dog extension having a first end extending through a slot in a curved side of the second cylindrical cavity and connected to the second locking dog and a second end coupled to the mechanism, wherein the mechanism displaces the second locking dog via the second locking dog extension. a body including inner cavity with a lower opening, a first cylindrical cavity on a first side of the body, and a second cylindrical cavity on a second side of the body opposite the first side; a first locking dog in the first cylindrical cavity at least partially extending through the first side of the body and displaceable into and out of the inner cavity; a second locking dog in the second cylindrical cavity at least partially extending through the second side of the body, and displaceable into and out of the inner cavity; a mechanism for simultaneous displacement of the first and second locking dogs (120a, 120b) with mechanical advantage; characterized by a first locking dog extension having a first end extending through a slot in a curved side of the first cylindrical cavity and connected to the first locking dog and a second end coupled to the mechanism, wherein the mechanism displaces the first locking dog via the first locking dog extension; and a second locking dog extension having a first end extending through a slot in a curved side of the second cylindrical cavity and connected to the second locking dog and a second end coupled to the mechanism, wherein the mechanism displaces the second locking dog via the second locking dog extension.
A site-specifically mutated adeno-associated virus capsid protein VP1, VP2 or VP3, wherein an amino acid at a specific site of a corresponding wild type adeno-associated virus capsid protein VP1, VP2 or VP3 is mutated as non-natural amino acid Nε-2-azideoethyloxycarbonyl-L-lysine (NAEK), and the specific site is selected from sites R447, G453, S578, N587, N587+1, or S662 of VP1, VP2 or VP3, or wherein an amino acid at a specific site of a corresponding wild type adeno-associated virus capsid protein VP1, VP2 or VP3 is mutated as non-natural amino acid DiZPK, and the specific site is site N587, wherein VP1 is described by SEQ ID NO:1 and the amino acid sites for VP2 and VP3 are defined like those of VP1.
A pregelatinised starch having in UDMSO, (9 volumes DMSO, 1 volume 6M urea) at a concentration of 8mg/ml at 25°C a ratio of apparent viscosity of said pregelatinised starch to the apparent viscosity of the corresponding parent non-pregelatinised starch of between 1,00 and 1.18 at 1s -1, and a normalised storage modulus G' (c/c*) of a 6% by weight aqueous dispersion of said starch at 30°C of between 15 and 30 Pa.
A system comprising: electrode apparatus comprising a plurality of external electrodes to monitor electrical activity from tissue of a patient and computing apparatus comprising processing circuitry and coupled to the electrode apparatus and configured to: monitor electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy to the patient by an implanted VfA pacing therapy apparatus using the plurality of external electrodes; generate paced electrical heterogeneity information, EHI, based on the monitored electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy at one or more VfA paced settings, wherein the paced EHI is representative of at least one of mechanical cardiac functionality and electrical cardiac functionality; and determine whether the one or more VfA paced settings for the VfA pacing therapy are acceptable based on the paced EHI. electrode apparatus comprising a plurality of external electrodes to monitor electrical activity from tissue of a patient and computing apparatus comprising processing circuitry and coupled to the electrode apparatus and configured to: monitor electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy to the patient by an implanted VfA pacing therapy apparatus using the plurality of external electrodes; generate paced electrical heterogeneity information, EHI, based on the monitored electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy at one or more VfA paced settings, wherein the paced EHI is representative of at least one of mechanical cardiac functionality and electrical cardiac functionality; and determine whether the one or more VfA paced settings for the VfA pacing therapy are acceptable based on the paced EHI. monitor electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy to the patient by an implanted VfA pacing therapy apparatus using the plurality of external electrodes; generate paced electrical heterogeneity information, EHI, based on the monitored electrical cardiac activity during delivery of ventricle from atrium, VfA, pacing therapy at one or more VfA paced settings, wherein the paced EHI is representative of at least one of mechanical cardiac functionality and electrical cardiac functionality; and determine whether the one or more VfA paced settings for the VfA pacing therapy are acceptable based on the paced EHI.
An inhibitor of ADAMTS4 for use in treating or preventing left ventricular remodeling or chronic heart failure in a subject with left ventricular remodeling or with chronic heart failure, wherein said inhibitor of ADAMTS4 is not marimastat.
A medical device, comprising: a plurality of elongate members arranged to define a frame of the medical device, the frame including a proximal eyelet near a first longitudinal end of the device, a distal eyelet near a second longitudinal end of the device, a proximal bulb, and a distal bulb, wherein the proximal bulb and the distal bulb are each located between the proximal eyelet and the distal eyelet, and wherein the distal bulb includes a plurality of petals; a sealing member that covers at least a portion of the frame of the medical device; characterised in that the device further comprises at least one anchor attached to at least one of the petals of the distal bulb, wherein the at least one anchor is adapted to atraumatically contact body tissue at an implant site to anchor the device in position, wherein the at least one anchor includes a first leg and a second leg, each of which extends from the wire frame of the device, wherein at least a portion of the first leg is oriented substantially parallel to a portion of the second leg, and wherein the first leg and the second leg converge at a looped end of the at least one anchor. a plurality of elongate members arranged to define a frame of the medical device, the frame including a proximal eyelet near a first longitudinal end of the device, a distal eyelet near a second longitudinal end of the device, a proximal bulb, and a distal bulb, wherein the proximal bulb and the distal bulb are each located between the proximal eyelet and the distal eyelet, and wherein the distal bulb includes a plurality of petals; a sealing member that covers at least a portion of the frame of the medical device; characterised in that the device further comprises at least one anchor attached to at least one of the petals of the distal bulb, wherein the at least one anchor is adapted to atraumatically contact body tissue at an implant site to anchor the device in position, wherein the at least one anchor includes a first leg and a second leg, each of which extends from the wire frame of the device, wherein at least a portion of the first leg is oriented substantially parallel to a portion of the second leg, and wherein the first leg and the second leg converge at a looped end of the at least one anchor.
A laser scanning control device for controlling laser scanning performed by a laser scanning apparatus having a light reception unit, and a variable optical attenuator, the control device comprising: a laser scanning apparatus controller which executes first laser scanning and second laser scanning, the first laser scanning being performed under conditions in which the light reception unit is saturated by light reflected back from a reflector for surveying, the second laser scanning being performed under conditions in which saturation of the light reception unit does not occur; a reflection prism distance acquisition unit which acquires a distance to the reflector for surveying, based on the first laser scanning; a variable optical attenuator controller which adjusts an intensity of light to be received by the light reception unit, based on the distance to the reflector for surveying, in the second laser scanning, wherein the variable optical attenuator controller adjusts the intensity by adjusting an attenuation amount of the variable optical attenuator in accordance with the distance; and a reflection prism detector which detects light that is reflected back from a reflection prism that is the reflector for surveying, wherein, in the second laser scanning, the reflection prism detector detects light as the light that is reflected back from the reflection prism, on the condition that output from the light reception unit that receives the light is equal to or greater than a predetermined threshold, and the predetermined threshold is a value in a range of 5 to 50 % of a maximum value of output of the light reception unit in the second laser scanning. a laser scanning apparatus controller which executes first laser scanning and second laser scanning, the first laser scanning being performed under conditions in which the light reception unit is saturated by light reflected back from a reflector for surveying, the second laser scanning being performed under conditions in which saturation of the light reception unit does not occur; a reflection prism distance acquisition unit which acquires a distance to the reflector for surveying, based on the first laser scanning; a variable optical attenuator controller which adjusts an intensity of light to be received by the light reception unit, based on the distance to the reflector for surveying, in the second laser scanning, wherein the variable optical attenuator controller adjusts the intensity by adjusting an attenuation amount of the variable optical attenuator in accordance with the distance; and a reflection prism detector which detects light that is reflected back from a reflection prism that is the reflector for surveying, wherein, in the second laser scanning, the reflection prism detector detects light as the light that is reflected back from the reflection prism, on the condition that output from the light reception unit that receives the light is equal to or greater than a predetermined threshold, and the predetermined threshold is a value in a range of 5 to 50 % of a maximum value of output of the light reception unit in the second laser scanning.
An aqueous composition comprising: (i) porous particles present in an amount of at least 2 weight % and up to and including 10 weight %, each porous particle comprising a continuous polymeric phase and discrete pores dispersed within the continuous polymeric phase, the porous particles having a mode particle size of at least 2 μm and up to and including 50 μm; (ii) a film-forming binder material having a T g of less than or equal to 25°C, which film-forming binder material is present in an amount of at least 25 weight % and up to and including 60 weight %; (iii) a non-abrasive, whitening inorganic filler material having a value of less than 5 on the MOHS scale of mineral hardness, which non-abrasive, whitening inorganic filler material is present in an amount of at least 2 weight % and up to and including 15 weight %; and (iv) an aqueous medium in an amount of at least 35 weight % in which the film-forming binder material is soluble or dispersible, wherein the amounts of the (i) porous particles, the (ii) film-forming binder material, the (iii) inorganic filler material, and the (iv) aqueous medium are based on the total weight of the aqueous composition. (i) porous particles present in an amount of at least 2 weight % and up to and including 10 weight %, each porous particle comprising a continuous polymeric phase and discrete pores dispersed within the continuous polymeric phase, the porous particles having a mode particle size of at least 2 μm and up to and including 50 μm; (ii) a film-forming binder material having a T g of less than or equal to 25°C, which film-forming binder material is present in an amount of at least 25 weight % and up to and including 60 weight %; (iii) a non-abrasive, whitening inorganic filler material having a value of less than 5 on the MOHS scale of mineral hardness, which non-abrasive, whitening inorganic filler material is present in an amount of at least 2 weight % and up to and including 15 weight %; and (iv) an aqueous medium in an amount of at least 35 weight % in which the film-forming binder material is soluble or dispersible,
Linear compressor based on oscillating resonant mechanism, comprising at least one resonant spring, at least one linear motor composed of at least one fixed portion and at least one movable portion, at least one piston operatively associated with at least a rod and at least one cylinder, wherein all these elements are disposed within a housing; the movable portion, the linear motor being physically associated to one of the ends of the resonance spring through a first coupling assembly; the rod being physically associated with the opposite end of the resonance spring via a second coupling assembly, whereby the rod is disposed within the resonant spring; the piston-cylinder (4,6) is capable of acting at the distal end to the coupling end between the rod to the resonant spring; the linear compressor being CHARACTERIZED in that: the linear motor, the cylinder and the piston are physically arranged within a same distal end of the linear compressor. at least one resonant spring, at least one linear motor composed of at least one fixed portion and at least one movable portion, at least one piston operatively associated with at least a rod and at least one cylinder, wherein all these elements are disposed within a housing; the movable portion, the linear motor being physically associated to one of the ends of the resonance spring through a first coupling assembly; the rod being physically associated with the opposite end of the resonance spring via a second coupling assembly, whereby the rod is disposed within the resonant spring; the piston-cylinder (4,6) is capable of acting at the distal end to the coupling end between the rod to the resonant spring; the linear compressor being CHARACTERIZED in that: the linear motor, the cylinder and the piston are physically arranged within a same distal end of the linear compressor. the linear motor, the cylinder and the piston are physically arranged within a same distal end of the linear compressor.
A method of performing overlay metrology upon a target having at least two layers formed thereon, the method comprising: providing a target having a plurality of periodic structures for measuring overlay in at least two overlay directions; scanning a charged particle beam in a first direction across a plurality of scan swaths of the target and at a first angle with respect to the target so that each edge of the periodic structures is scanned at an angle; scanning the charged particle beam in a second direction, which is opposite the first direction, across the plurality of scan swaths and at a second angle that is 180° from the first angle; repeating the first and second direction scanning operations for different first and second angles and a different plurality of scan swaths of the target so that the target is scanned symmetrically; combining images that are generated by the first and second direction scanning operations to form a combined image; determining and reporting an overlay error of the target based on analyzing the combined image; and determining whether a process is out of specification based on the overlay error; adjusting a subsequent process to compensate for the process that is determined to be out of specification; performing the subsequent process to continue fabrication of the same wafer. providing a target having a plurality of periodic structures for measuring overlay in at least two overlay directions; scanning a charged particle beam in a first direction across a plurality of scan swaths of the target and at a first angle with respect to the target so that each edge of the periodic structures is scanned at an angle; scanning the charged particle beam in a second direction, which is opposite the first direction, across the plurality of scan swaths and at a second angle that is 180° from the first angle; repeating the first and second direction scanning operations for different first and second angles and a different plurality of scan swaths of the target so that the target is scanned symmetrically; combining images that are generated by the first and second direction scanning operations to form a combined image; determining and reporting an overlay error of the target based on analyzing the combined image; and determining whether a process is out of specification based on the overlay error; adjusting a subsequent process to compensate for the process that is determined to be out of specification; performing the subsequent process to continue fabrication of the same wafer.
A knife jig assembly (1, 3) for use in sharpening a knife in a grinding machine, comprising a conventional knife jig with a clamp for clamping and holding an object, characterized by a knife holder with means (5, 10) for holding the knife and with a flat rod to be clamped by the clamp of the knife jig.
A spent fuel storage rack for accommodating and storing spent fuels from a nuclear power plant, in a large number of cells formed in a grid pattern, the spent fuel storage rack comprising: a flat rectangular plate-shaped base that forms a bottom of the rack; columnar members that extend upward from four corners of the base, wherein the columnar members have an L-like cross-sectional shape; and at least an upper grid-shaped frame plate and a lower grid-shaped frame plate which are disposed above the base and fixed to and supported by the columnar members, wherein the four corners of the upper grid-shaped frame plate are in contact with the inner surfaces of the L-shaped upper end angled portions of the columnar members, and wherein the four corners of the lower grid-shaped frame plate are in contact with the inner surfaces of the L-shaped lower end angled portions of the columnar members, the cells being arranged contiguously at fixed intervals in the grid-shaped frame plates (4a, 4c), and wherein each of the cells is formed by assembling four flat metal plates to which boron is added to a density greater than 1 wt% into a rectangular tube, the plates have slits and locking protrusions formed thereon and are assembled with the locking protrusions inserted into the slits such that the ends of the flat metal plates intersect each other at right angles and sideward protruding ends of each of the intersecting portions form protrusions extending outward by a fixed length. a flat rectangular plate-shaped base that forms a bottom of the rack; columnar members that extend upward from four corners of the base, wherein the columnar members have an L-like cross-sectional shape; and at least an upper grid-shaped frame plate and a lower grid-shaped frame plate which are disposed above the base and fixed to and supported by the columnar members, wherein the four corners of the upper grid-shaped frame plate are in contact with the inner surfaces of the L-shaped upper end angled portions of the columnar members, and wherein the four corners of the lower grid-shaped frame plate are in contact with the inner surfaces of the L-shaped lower end angled portions of the columnar members, the cells being arranged contiguously at fixed intervals in the grid-shaped frame plates (4a, 4c), and wherein each of the cells is formed by assembling four flat metal plates to which boron is added to a density greater than 1 wt% into a rectangular tube, the plates have slits and locking protrusions formed thereon and are assembled with the locking protrusions inserted into the slits such that the ends of the flat metal plates intersect each other at right angles and sideward protruding ends of each of the intersecting portions form protrusions extending outward by a fixed length.
A winding mandrel in a winding apparatus for producing a liner hose for the lining of channels and pipelines, which has an inner film hose and a layer arranged thereon made of at least one fibrous strip wound in an overlapping manner which is impregnated with a liquid reaction resin, with a base body on which at least two guide devices (10, 12) are accommodated, each comprising a continually revolving belt (14, 16) by means of which the inner film hose is moved in a feed direction, characterised in that the first guide device is coupled by fixed mounting to the base body, and in that the revolving belt of the second guide device can be moved in a plane extending perpendicularly to the feed direction and is forced away from the upper side of the base body with a preferably substantially constant force by means of pressing means (18; 118).
Method of communication according to a WebRTC type technology on a communication network, characterized in that it includes steps of: - connection of a first terminal of a first user to an environment server, providing a unified communication environment, and loading of a web application incorporated in a web page provided by said environment server into a web browser on the first terminal; - sending of a service activation request message, by the web application loaded in the web browser on the first terminal of the first user, to an application server, in order to determine communication services currently authorized for the first user; - reception by said browser of a service activation response message, said response message containing data for access to a set of communication services, and activation by the web application, in the first terminal, of each service of said set; - updating of a communication environment graphical interface, displayed in the first terminal by said web application, with said set of communication services. - connection of a first terminal of a first user to an environment server, providing a unified communication environment, and loading of a web application incorporated in a web page provided by said environment server into a web browser on the first terminal; - sending of a service activation request message, by the web application loaded in the web browser on the first terminal of the first user, to an application server, in order to determine communication services currently authorized for the first user; - reception by said browser of a service activation response message, said response message containing data for access to a set of communication services, and activation by the web application, in the first terminal, of each service of said set; - updating of a communication environment graphical interface, displayed in the first terminal by said web application, with said set of communication services.