mhurhangee/ep-ind-claims huggingface dataset:
An access sheath comprising: an elongate tubular body including a proximal body portion and a distal body portion, and comprising a longitudinal lumen extending through a length of the elongate tubular body; the proximal body portion comprising a first outer diameter; the distal body portion comprising an expandable/collapsible construction that is biased into an expanded state so as to comprise a self-expanding tube, configured for passage into a patient duct when in a non-expanded state, and further configured to anchor into a patient duct when in an expanded state, characterized in that the access sheath further comprises an elongate pusher member extending through the longitudinal lumen and connected releasably to the distal body portion; wherein a distal length of the pusher member is configured as a constraining sleeve (412, 432) that extends around and constrains an outer diameter of at least a portion of the self-expanding tube in a manner retaining that portion in a non-expanded state; and wherein the distal length of the pusher member may be moved to deploy the constrained self-expanding tube by releasing the self-expanding tube to assume an expanded state. an elongate tubular body including a proximal body portion and a distal body portion, and comprising a longitudinal lumen extending through a length of the elongate tubular body; the proximal body portion comprising a first outer diameter; the distal body portion comprising an expandable/collapsible construction that is biased into an expanded state so as to comprise a self-expanding tube, configured for passage into a patient duct when in a non-expanded state, and further configured to anchor into a patient duct when in an expanded state, characterized in that the access sheath further comprises an elongate pusher member extending through the longitudinal lumen and connected releasably to the distal body portion; wherein a distal length of the pusher member is configured as a constraining sleeve (412, 432) that extends around and constrains an outer diameter of at least a portion of the self-expanding tube in a manner retaining that portion in a non-expanded state; and wherein the distal length of the pusher member may be moved to deploy the constrained self-expanding tube by releasing the self-expanding tube to assume an expanded state.
Method for automatically picking metal elements of elongated shape, in particular bar-shaped metal profiles, by means of a gripping device mobile along a picking direction and comprising a magnetic source, characterized in that it comprises the steps of: (a). prearranging said gripping device comprising said magnetic source, predisposed to exert a force of attraction on said elements and further comprising a structure of containment of said magnetic source, having an open end and shaping at said open end an adjustable spacer, predisposed for modulating said force of attraction, said magnetic source being mobile inside said structure along a longitudinal adjustment direction, alternately between a condition of minimum grip, backed, and a condition of maximum grip, close to or outwardly protruding, from said spacer shaped by said structure through said open end; (b). adjusting said gripping device through said spacer to a desired degree of grip, by varying the distance along said longitudinal adjustment direction between said magnetic source and said adjustable spacer shaped by said structure; (c). operating along said longitudinal gripping direction said gripping device, placing it at a picking area in which said elements to be picked are arranged; (d). picking a number of said elements through said gripping device adjusted to said desired degree of grip, by approaching said gripping device to said elements; (e) handling said elements held by said gripping device towards a discharge zone; (f) discharging said handled elements at said discharge zone, by performing the adjustment of said gripping device to said condition of minimum grip or discharge. (a). prearranging said gripping device comprising said magnetic source, predisposed to exert a force of attraction on said elements and further comprising a structure of containment of said magnetic source, having an open end and shaping at said open end an adjustable spacer, predisposed for modulating said force of attraction, said magnetic source being mobile inside said structure along a longitudinal adjustment direction, alternately between a condition of minimum grip, backed, and a condition of maximum grip, close to or outwardly protruding, from said spacer shaped by said structure through said open end; (b). adjusting said gripping device through said spacer to a desired degree of grip, by varying the distance along said longitudinal adjustment direction between said magnetic source and said adjustable spacer shaped by said structure; (c). operating along said longitudinal gripping direction said gripping device, placing it at a picking area in which said elements to be picked are arranged; (d). picking a number of said elements through said gripping device adjusted to said desired degree of grip, by approaching said gripping device to said elements; (e) handling said elements held by said gripping device towards a discharge zone; (f) discharging said handled elements at said discharge zone, by performing the adjustment of said gripping device to said condition of minimum grip or discharge.
A precipitation method for synthesis of nanomaterials, wherein the method comprises the following steps: add 0.01-100 weight parts of precursor and 100 weight parts of lactam solvent into a reactor and stir at 80-200°C for 0.1-2h to make the precursor fully dissolved or dispersed in the molten lactam solvent, when stirring, add 0.05-50 weight parts of precipitant for sufficient precipitation reaction, with the reaction temperature of 80-250°C and the reaction time of 0.1-200h, and obtain the nanomaterials after washing, separation and drying, wherein the purity of the lactam solvent is greater than or equal to 60% and the moisture of the lactam solvent is less than or equal to 30%; the precursor is selected from soluble inorganic salts formed by binding metal cations with halogen, nitrate, nitrite, sulfate, sulfite or carbonate anions or from organic compounds containing metals or metalloids; the lactam contained in the lactam solvent is one or more substances selected from cyclic amides or cyclic amide derivatives, wherein the general structural formula of the cyclic amides is: or wherein the general structural formula of the cyclic amide derivatives is: R 0, R 1, R 2, R 3 ------R n is one or more of substances selected from hydrogen, halogen, alkyl, hydroxy, alkoxy or acyl; the precipitant is selected from alkali metals, alkali metal oxides, alkali metal hydroxides, alkali metal organic salts, ammonia and compounds able to release ammonia by pyrolysis, soluble inorganic salts formed by metal elements and halogen elements, soluble inorganic salts formed by metal elements and chalcogens, soluble inorganic salts formed by metal elements and carbonate, or soluble inorganic salts formed by metal elements and sulfate.
Crosslinkable rubber composition (M1, M2), characterized in that it comprises: - a first elastomer consisting of polybutadiene having a Mooney plasticity PMoo such that 40 Mooney units ≤ PMmoo < 55 Mooney units measured according to the ASTM D-1646 standard, - a second elastomer, - a carbon black having a specific surface area within a range of values extending from 15 m 2 /g to 25 m 2 /g measured according to the ASTM D-6556 standard and an oil adsorption number of compressed sample (COAN) within a range of values extending from 65 ml/100 g to 85 ml/100 g measured according to the ASTM D-3493 standard. - a first elastomer consisting of polybutadiene having a Mooney plasticity PMoo such that 40 Mooney units ≤ PMmoo < 55 Mooney units measured according to the ASTM D-1646 standard, - a second elastomer, - a carbon black having a specific surface area within a range of values extending from 15 m 2 /g to 25 m 2 /g measured according to the ASTM D-6556 standard and an oil adsorption number of compressed sample (COAN) within a range of values extending from 65 ml/100 g to 85 ml/100 g measured according to the ASTM D-3493 standard.
Method for operating a folding system, particularly a foldable sliding wall, that is provided with a control unit with an operating program as well as at least two hingedly connected foldable elements (11,..., 16) including a front-sided folding element, that are rotatably connected each via a connecting shaft to a related carriage (5A; 5B; 5C), which are slidably supported in a running rail and of which at least the carriage connected to the front-sided foldable element is provided with a drive motor and is designed as drive carriage and is drivable along the running rail, characterized in that the method comprises the execution of a learning drive, with which the folding system is transferred at least from a first into a second position and information is gathered, wherein during the learning drive at the front-sided carriage data of the acting load and related position data are captured and therefrom configuration data of the installed folding system are determined and provided to the operating program, that controls the drive motor depending on to the determined configuration data, wherein a) for an increase of the load during the learning drive a closing and for a decrease of the load an opening of the folding system is registered; and/or b) based on the registered load changes the number of the foldable elements (11,..., 16) is determined; and/or c) based on the distances between the captured load changes the width (..., b14, b15, b16) of the foldable elements (11,..., 16) is determined. a) for an increase of the load during the learning drive a closing and for a decrease of the load an opening of the folding system is registered; and/or b) based on the registered load changes the number of the foldable elements (11,..., 16) is determined; and/or c) based on the distances between the captured load changes the width (..., b14, b15, b16) of the foldable elements (11,..., 16) is determined.
A lock for a door or a window comprising a housing, a bolt element displaceble between an unlocking position and a locking position, as well as an actuatable cylinder locking cam which, in cooperation with a locking lever, serves to displace the bolt element, characterized in that a breakthrough through the housing is formed between the cylinder locking cam and the rear end section of the locking element in the unlocking position, and in that the locking lever is formed as a ring section at one end section, which is supported pivotably around the cylinder of the cylinder closing cam, wherein the ring section includes abutment surfaces for the cylinder closing cam at its respective free ends, and in that the end section facing away from the ring section is further formed as a deflection lever coupled to the bolt element which deflection lever includes a section bent concavely toward the breakthrough or includes an edge side recess, such that the breakthrough in the unlocking position of the lock is aligned with the inner space of the concave section or with the edge side recess, respectively, and thus in each lock position the opening is freely passable.
A computer implemented method for aggregating and querying user profiles for multiple networking services in a system comprising a client (no), a primary networking service, a networking service crawler, and a secondary networking service (192, 914) connected over a network, wherein the primary networking service communicates with the client over a network and includes a network server, an application server, and a data store, and the network service crawler is used to access data from the secondary networking service and to provide data retrieved from the services to the data store, the method comprising: - identifying (610, 630, 660) a first user of the primary networking service associated with a first set of profile data maintained by the primary networking service; - receiving secondary network service data input from a user; - determining whether the received user input is for a predefined service and if the received user input is for a predefined service, the input is received as a user identifier for the predefined service and a user profile URL is constructed (530, 640) from the received user identifier and predefined service data contained in a configuration file of the data store, or if the received user input is not for a predefined service, the received user input includes a secondary networking service name, a user identifier, and a service profile URL regarding the undefined service; - retrieving, by the network service crawler, the second set of profile data associated with the first user from the secondary networking service, using the user profile URL or the service profile URL; - aggregating the first set of profile data associated with the primary networking service with the second set of profile data associated with the secondary networking service; and - storing the aggregated data in the data store. - identifying (610, 630, 660) a first user of the primary networking service associated with a first set of profile data maintained by the primary networking service; - receiving secondary network service data input from a user; - determining whether the received user input is for a predefined service and if the received user input is for a predefined service, the input is received as a user identifier for the predefined service and a user profile URL is constructed (530, 640) from the received user identifier and predefined service data contained in a configuration file of the data store, or if the received user input is not for a predefined service, the received user input includes a secondary networking service name, a user identifier, and a service profile URL regarding the undefined service; - retrieving, by the network service crawler, the second set of profile data associated with the first user from the secondary networking service, using the user profile URL or the service profile URL; - aggregating the first set of profile data associated with the primary networking service with the second set of profile data associated with the secondary networking service; and - storing the aggregated data in the data store.
A light source (500, 510) comprising two narrow-band light emitters (210, 220-228) both emitting light in a narrow spectral peak (Ps1, Ps2, P1-P9) having a full-width-half-maximum equal to or smaller than 40 nanometers and both having a different central emission wavelength (λs1, λs2, λ1-λ9) within a blue color-range or within a green color-range or within a red color-range, at least one of the two narrow-band light emitters (210, 220-228) comprising a luminescent material for generating the narrow spectral peak (Ps1, Ps2, P1-P9) and a distance between the narrow spectral peaks of the at least two narrow-band light emitters (210, 220-228) being configured to prevent overlap of the narrow spectral peaks (Ps1, Ps2, P1-P9), wherein the luminescent material is arranged: - on a light exit surface of a light emitting device (210, 212), and/or - in a vicinity of the light exit surface of the light emitting device (210, 212), and/or - in a remote location from the light exit surface of the light emitting device (210,212).. - on a light exit surface of a light emitting device (210, 212), and/or - in a vicinity of the light exit surface of the light emitting device (210, 212), and/or - in a remote location from the light exit surface of the light emitting device (210,212)..
Body of a commercial vehicle, in particular of a lorry, of a trailer or of a semi-trailer, having at least one sideboard forming a side wall, wherein the sideboard comprises at least one supporting structure (9, 10) and at least one sideboard element (7, 8) which is fixed to the supporting structure (9, 10) by means of at least one pivot connection defining exactly one pivot axis, wherein the sideboard element (7, 8) can be pivoted about the one pivot axis from a closed position in relation to the supporting structure (9, 10) into an open position, characterised in that in the open position of the sideboard element (7, 8) the sideboard element (7, 8) at least partly grips around the supporting structure (9, 10).
A composition comprising anti-CD4 binding site (anti-CD4bs) NIH45-46 antibody having a heavy chain of SEQ ID NO 6 and a light chain of SEQ ID NO 5, the heavy chain having glycine substitution at position 54 according to Kabat numbering, the substitution being selected from hydrophobic amino acids consisting of histidine, leucine, methionine, phenylalanine, tryptophan, tyrosine or valine.
A rubber composition, comprising: a compound having a group represented by the following formula: wherein R 11 and R 12 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted monovalent hydrocarbon group optionally containing a heteroatom; and a sulfur atom-containing vulcanization accelerator, the rubber composition being obtained by, before kneading a rubber component with any sulfur, kneading the rubber component and the sulfur atom-containing vulcanization accelerator, and then kneading the kneaded mixture with sulfur. a compound having a group represented by the following formula: wherein R 11 and R 12 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted monovalent hydrocarbon group optionally containing a heteroatom; and a sulfur atom-containing vulcanization accelerator, the rubber composition being obtained by, before kneading a rubber component with any sulfur, kneading the rubber component and the sulfur atom-containing vulcanization accelerator, and then kneading the kneaded mixture with sulfur.
A method for monitoring a circuit breaker, wherein the circuit breaker comprising an actuating mechanism for actuating the closing and opening of a movable contact of the circuit breaker; the method comprising the following steps: obtaining a characteristic force associated with a linkage mechanism of the actuating mechanism over the time; and determining the time point when the closing and/or opening of the circuit breaker occurs by identifying a variation of the force; wherein the step of determining further comprises: determining the moment when a variation increase of the characteristic force occurs as the time point of the closing of the circuit breaker; and determining the moment when a variation decrease of the characteristic force occurs as the time point of the opening of the circuit breaker. obtaining a characteristic force associated with a linkage mechanism of the actuating mechanism over the time; and determining the time point when the closing and/or opening of the circuit breaker occurs by identifying a variation of the force; wherein the step of determining further comprises: determining the moment when a variation increase of the characteristic force occurs as the time point of the closing of the circuit breaker; and determining the moment when a variation decrease of the characteristic force occurs as the time point of the opening of the circuit breaker. determining the moment when a variation increase of the characteristic force occurs as the time point of the closing of the circuit breaker; and determining the moment when a variation decrease of the characteristic force occurs as the time point of the opening of the circuit breaker.
A bath or basin waste, including: a tube having an interior wall defining a flow passage with an inlet at its upper end and an outlet at its lower end, said tube terminating at its upper end in an outwardly extending flange, and a closure assembly within said flow passage, said closure assembly including a plug for selectively closing said flow passage and an actuation device connected to said plug for effecting up and down movement of said plug relative to said flow passage between an open position in which said plug is up and a closed position when it is down, said plug having an upper face which is substantially flush with said upper face of said flange when in the open position and below said upper face of said flange when in the closed position, said plug and said tube defining a space therebetween and said space being the only entry for flow to said flow passage when said plug is in the open position, characterized in that said closure assembly resting on a seat extending inwardly from said interior wall and said closure assembly being retained within said flow passage only by the weight of said closure assembly, wherein said seat is provided by a continuous circumferential flange or one or more lugs extending from said interior wall. a tube having an interior wall defining a flow passage with an inlet at its upper end and an outlet at its lower end, said tube terminating at its upper end in an outwardly extending flange, and a closure assembly within said flow passage, said closure assembly including a plug for selectively closing said flow passage and an actuation device connected to said plug for effecting up and down movement of said plug relative to said flow passage between an open position in which said plug is up and a closed position when it is down, said plug having an upper face which is substantially flush with said upper face of said flange when in the open position and below said upper face of said flange when in the closed position, said plug and said tube defining a space therebetween and said space being the only entry for flow to said flow passage when said plug is in the open position, characterized in that said closure assembly resting on a seat extending inwardly from said interior wall and said closure assembly being retained within said flow passage only by the weight of said closure assembly, wherein said seat is provided by a continuous circumferential flange or one or more lugs extending from said interior wall.