mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound dental treatment appliance (200, 300) comprising at least one surgical handpiece (220, 320) fitted with a transducer (410, 510) connected to an ultrasound generator (230, 330), said handpiece (220, 320) being designed to receive ultrasound inserts designed to be mechanically coupled to the transducer in an interchangeable way and that operate in different ultrasound wave power and amplitude ranges depending on the type of ultrasound insert (210, 310), the appliance being characterized in that it includes a correspondence table (235, 407, 504) in which utilization power and amplitude ranges are recorded for each type of insert (210, 310), means for automatically recognizing the type of insert (210, 310) mounted on the handpiece (220, 320), and processing means for, in response to the recognition of the type of insert, automatically setting the ultrasound generator to the power and amplitude range adapted to the type of insert recognized by using said range extending between a lower limit and an upper limit defining respective minimum and maximum utilization power and amplitude values for the recognized insert (210, 310). the appliance being characterized in that it includes a correspondence table (235, 407, 504) in which utilization power and amplitude ranges are recorded for each type of insert (210, 310), means for automatically recognizing the type of insert (210, 310) mounted on the handpiece (220, 320), and processing means for, in response to the recognition of the type of insert, automatically setting the ultrasound generator to the power and amplitude range adapted to the type of insert recognized by using said range extending between a lower limit and an upper limit defining respective minimum and maximum utilization power and amplitude values for the recognized insert (210, 310).
A unit cell comprising: a separator and an electrode that are alternately stacked by a predetermined number; a first adhesive part that is positioned between the separator and the electrode and is composed of a first adhesive composition; characterised by a second adhesive part that is positioned between the separator and the other separator and is composed of a second adhesive composition, wherein a shear strength of the first adhesive part is equal to or smaller than a shear strength of the second adhesive part. a separator and an electrode that are alternately stacked by a predetermined number; a first adhesive part that is positioned between the separator and the electrode and is composed of a first adhesive composition; characterised by a second adhesive part that is positioned between the separator and the other separator and is composed of a second adhesive composition, wherein a shear strength of the first adhesive part is equal to or smaller than a shear strength of the second adhesive part.
Mast assembly for a construction machine having - a base mast, which has a linear guide for displaceably guiding a working carriage along the base mast, - a mast extension, which can be detachably attached to an underside of the base mast in order to extend the base mast and the linear guide downwards, and - a connection device, with which the mast extension is detachably attached to the base mast, characterised in that the connection device is arranged within the base mast and/or the mast extension and comprises at least one actuation device with which at least one locking element can be displaced between a retracted unlocking position, in which the mast extension is released from the base mast, and an extended locking position, in which the mast extension is firmly held and locked to the base mast by the at least one locking element. - a base mast, which has a linear guide for displaceably guiding a working carriage along the base mast, - a mast extension, which can be detachably attached to an underside of the base mast in order to extend the base mast and the linear guide downwards, and - a connection device, with which the mast extension is detachably attached to the base mast,
A fin tube heat exchanger, comprising: a plurality of heat transfer tubes arranged in parallel to each other; and a plurality of plate-shaped fins provided orthogonally to the heat transfer tubes, each of the heat transfer tubes being in contact with fin collars of the plate-shaped fins by expanding the heat transfer tubes, and being inserted along the fin collars, wherein each fin collar is configured such that a bend is provided in each of a re-flared portion and a root portion of the fin collar and a flat intermediate portion is formed between the bend in the re-flared portion and the bend in the root portion, a thickness of the re-flared portion is smaller than a thickness of the root portion, characterized by a radius of the bend of the re-flared portion is larger than a radius of the bend of the root portion, and a ratio of the thickness and the radius of the bend of the re-flared portion is one half or more of a ratio of the thickness to the radius of the bend of the root portion. a plurality of heat transfer tubes arranged in parallel to each other; and a plurality of plate-shaped fins provided orthogonally to the heat transfer tubes, each of the heat transfer tubes being in contact with fin collars of the plate-shaped fins by expanding the heat transfer tubes, and being inserted along the fin collars, each fin collar is configured such that a bend is provided in each of a re-flared portion and a root portion of the fin collar and a flat intermediate portion is formed between the bend in the re-flared portion and the bend in the root portion, a thickness of the re-flared portion is smaller than a thickness of the root portion, characterized by a radius of the bend of the re-flared portion is larger than a radius of the bend of the root portion, and a ratio of the thickness and the radius of the bend of the re-flared portion is one half or more of a ratio of the thickness to the radius of the bend of the root portion.
A status-indicating device for indicating a status of a container comprising: - a support panel having a forward-facing side and an opposing back-facing side; - a flap attached by a hinge in relation to the forward-facing side of the support panel manually actuateable between a first and second position, - a permanent magnet disposed in relation to the support panel wherein the flap is configured to engage the permanent magnet in the second position, - a slidable member slidably attached to the flap, manually slidable between a retracted and an deployed position, wherein: - the flap is configured such that an exposed portion of the slidable member is unmasked in the deployed position; and - the flap comprises a magnetically-regulated linear ratchet mechanism activated in the flap first position and deactivated in the flap second position, configured when activated to restrict movement of the slidable member towards the retracted position. - a support panel having a forward-facing side and an opposing back-facing side; - a flap attached by a hinge in relation to the forward-facing side of the support panel manually actuateable between a first and second position, - a permanent magnet disposed in relation to the support panel wherein the flap is configured to engage the permanent magnet in the second position, - a slidable member slidably attached to the flap, manually slidable between a retracted and an deployed position, - the flap is configured such that an exposed portion of the slidable member is unmasked in the deployed position; and - the flap comprises a magnetically-regulated linear ratchet mechanism activated in the flap first position and deactivated in the flap second position, configured when activated to restrict movement of the slidable member towards the retracted position.
Pneumatic or hydraulic deflection element having a flexible support and one or more cushions which touch the support in a planar manner and to which pressure is applied in order to buckle the support in a controlled manner, and the edge regions (4a, 4b) of said cushions, which are opposite one another in the direction of the support longitudinal axis, can be indirectly attached to the support by means of a tensile element which spans the cushions, characterised in that the tensile element is shaped integrally in the form of a three-dimensional shell or dome made of different materials having a different degree of flexibility and elasticity or consists of a fabric having a differentiated functional layout in that only the regions which have to absorb tensile forces are designed to have high tensile strength, while the remaining regions are elastic.
A high-strength electric resistance welded steel pipe comprising: a composition containing, on a mass% basis, C: 0.04% to 0.15%, Si: 0.10% to 0.50%, Mn: 1.0% to 2.2%, P: 0.050% or less, S: 0.005% or less, Cr: 0.2% to 1.0%, Ti: 0.005% to 0.030%, and Al: 0.010% to 0.050%, N: 0.005% or less, O: 0.005% or less, optionally at least one selected from Mo: 0.5% or less, Cu: 0.5% or less, Ni: 1.0% or less, and Co: 1.0% or less, optionally at least one selected from Nb: 0.10% or less and V: 0.10% or less, optionally Ca: 0.0005% to 0.0050%, the balance being Fe and unavoidable impurities; and a microstructure including polygonal ferrite with a volume fraction of 70% or more and retained austenite with a volume fraction of 3% to 20%, the balance being at least one selected from martensite, bainite, and pearlite, wherein the polygonal ferrite has an average grain size of 5 μm or more and an aspect ratio of 1.40 or less. a composition containing, on a mass% basis, C: 0.04% to 0.15%, Si: 0.10% to 0.50%, Mn: 1.0% to 2.2%, P: 0.050% or less, S: 0.005% or less, Cr: 0.2% to 1.0%, Ti: 0.005% to 0.030%, and Al: 0.010% to 0.050%, N: 0.005% or less, O: 0.005% or less, optionally at least one selected from Mo: 0.5% or less, Cu: 0.5% or less, Ni: 1.0% or less, and Co: 1.0% or less, optionally at least one selected from Nb: 0.10% or less and V: 0.10% or less, optionally Ca: 0.0005% to 0.0050%, the balance being Fe and unavoidable impurities; and a microstructure including polygonal ferrite with a volume fraction of 70% or more and retained austenite with a volume fraction of 3% to 20%, the balance being at least one selected from martensite, bainite, and pearlite, wherein the polygonal ferrite has an average grain size of 5 μm or more and an aspect ratio of 1.40 or less.
A method of removing selenium cation(s) from water containing selenium cation(s), the method comprising a) preparing an iron precipitate-containing sludge by electrochemical water treatment in an electrochemical water treatment unit, wherein the water is led through an electrochemical water treatment unit, wherein electricity dissolves iron from an anode to the water, thereby forming an iron precipitate-containing sludge to which cations to be removed are adsorbed/co-precipitated, b) densifying the iron precipitate-containing sludge by further adsorbing selenium cations contained in the water by enhancing adsorption and co-precipitation in an adsorption and co-precipitation unit, thereby obtaining a very high density sludge having an iron precipitate concentration of 50 - 400 g/l, c) separating, in a solid-liquid separation unit, solids from the obtained very high density sludge, thereby producing treated water having a reduced cation content and solids comprising iron precipitate compounds and adsorbed/co-precipitated cation compounds, wherein the iron precipitate concentration of the very high density sludge is adjusted to a desired level by re-circulating at least a part or all of the solids comprising iron precipitate and adsorbed/co-precipitated cations obtained in step c) back to the adsorption and co-precipitation unit, wherein the pH of the water is 4, and wherein the cations are removed from the water as oxyanions. a) preparing an iron precipitate-containing sludge by electrochemical water treatment in an electrochemical water treatment unit, wherein the water is led through an electrochemical water treatment unit, wherein electricity dissolves iron from an anode to the water, thereby forming an iron precipitate-containing sludge to which cations to be removed are adsorbed/co-precipitated, b) densifying the iron precipitate-containing sludge by further adsorbing selenium cations contained in the water by enhancing adsorption and co-precipitation in an adsorption and co-precipitation unit, thereby obtaining a very high density sludge having an iron precipitate concentration of 50 - 400 g/l, c) separating, in a solid-liquid separation unit, solids from the obtained very high density sludge, thereby producing treated water having a reduced cation content and solids comprising iron precipitate compounds and adsorbed/co-precipitated cation compounds, wherein the iron precipitate concentration of the very high density sludge is adjusted to a desired level by re-circulating at least a part or all of the solids comprising iron precipitate and adsorbed/co-precipitated cations obtained in step c) back to the adsorption and co-precipitation unit, wherein the pH of the water is 4, and wherein the cations are removed from the water as oxyanions.
A curable resin composition comprising: fine particles; a polymerizable compound having an ethylenic unsaturated group; a photopolymerization initiator having a betaine structure; and water. fine particles; a polymerizable compound having an ethylenic unsaturated group; a photopolymerization initiator having a betaine structure; and water.
Fluid line connector for cooling or heating systems, having a housing part with at least two connection regions (5a, 5b, 5c, 5d) for respective connection of a fluid line, wherein the connection regions (5a, 5b, 5c, 5d) are connected fluidically via a fluid channel in the housing part, wherein the housing part has at least one receiving opening, which is connected fluidically to the fluid channel, and one insert part, which is inserted into the receiving opening, and the insert part can be inserted into the receiving opening so as to be adjustable relative to the housing part initially in such a way that it sets, in a manner dependent on the relative position with respect to the housing part, an effective cross-sectional area of at least one channel section (7a, 7b, 7c) of the fluid channel, and the insert part is fixed in the receiving opening in a fixed position, wherein the insert part, in the receiving opening, is sealed in a media-tight manner with respect to the housing part, and the insert part has an adjustment section which projects into the fluid channel and which is formed and arranged in such a way that it reduces the effective cross-sectional area of at least one channel section (7a, 7b, 7c) of the fluid channel according to the relative position of the insert part with respect to the housing part, characterized in that the adjustment section of the insert part is formed as a partial tube piece which is closed off at one side at a face side.
A method for producing polyclonal antibodies against an antigenic target protein which comprises inducing an immune response in a non-human mammalian host by applying an immunogenic composition comprising membrane vesicles incorporating said antigenic target protein to said host and obtaining antibodies against said target protein from the host's serum, and which method comprises at least the following steps: a) synthesizing the target protein my means of an in vitro translation reaction in a reaction medium comprising a nucleic acid template coding for the target protein and a eukaryotic cell lysate which contains membrane vesicles; b) separating membrane vesicles comprising the synthesized target protein from the medium; c) providing the membrane vesicles comprising the synthesized target protein in a physiologically compatible medium; d) applying the membrane vesicles of step c) to the host; e) testing a serum sample of the host for a specific immune response against said target protein; and f) obtaining specific antibodies against said target protein from the serum of a host exhibiting a specific immune response against said target protein, wherein the cell lysate is a Spodoptera frugiperda cell lysate and the membrane vesicles are Spodoptera frugiperda membrane vesicles. a) synthesizing the target protein my means of an in vitro translation reaction in a reaction medium comprising a nucleic acid template coding for the target protein and a eukaryotic cell lysate which contains membrane vesicles; b) separating membrane vesicles comprising the synthesized target protein from the medium; c) providing the membrane vesicles comprising the synthesized target protein in a physiologically compatible medium; d) applying the membrane vesicles of step c) to the host; e) testing a serum sample of the host for a specific immune response against said target protein; and f) obtaining specific antibodies against said target protein from the serum of a host exhibiting a specific immune response against said target protein,
A system for operating a plurality of wells with annuli fluidly communicable through a single main bore comprising at least one conduit, the system comprising: at least one chamber junction forming a fluid communication annular passageway within said plurality of wells comprising a first orifice in communication with said at least one conduit and a plurality of additional orifices, wherein each additional orifice of the plurality of additional orifices is in communication with a selected well of the plurality of wells; and a bore selection tool sized for insertion through the first orifice and alignable with at least one additional orifice of the plurality of additional orifices, wherein the bore selection tool comprises an upper opening aligned with the first orifice, and at least one lower opening, wherein each lower opening is selectively alignable with one of the plurality of additional orifices, and wherein the bore selection tool prevents communication with at least one of the additional orifices, characterised in that said fluid communication annular passageway of said at least one chamber junction is in fluid communication with said annuli of said plurality of wells and that said at least one lower opening of said bore selection tool is axially and rotationally movable to selectively align with said one of the additional orifices. at least one chamber junction forming a fluid communication annular passageway within said plurality of wells comprising a first orifice in communication with said at least one conduit and a plurality of additional orifices, wherein each additional orifice of the plurality of additional orifices is in communication with a selected well of the plurality of wells; and a bore selection tool sized for insertion through the first orifice and alignable with at least one additional orifice of the plurality of additional orifices, wherein the bore selection tool comprises an upper opening aligned with the first orifice, and at least one lower opening, wherein each lower opening is selectively alignable with one of the plurality of additional orifices, and wherein the bore selection tool prevents communication with at least one of the additional orifices, characterised in that said fluid communication annular passageway of said at least one chamber junction is in fluid communication with said annuli of said plurality of wells and that said at least one lower opening of said bore selection tool is axially and rotationally movable to selectively align with said one of the additional orifices.
A method of evaluating user feedback of mobile communication device applications, the method comprising: receiving, at a first server system, a plurality of user feedback messages from a plurality of mobile communication devices, the plurality of user feedback messages comprising information associated with one or more applications operable on the plurality of mobile communication devices; automatically selecting, based on the plurality of user feedback messages, one of said one or more operable applications; determining a classification parameter of said selected operable application based on evaluating one or more operating characteristics of said selected operable application obtained by operating said selected application on an application auditing system; communicating the classification parameter to one or more of the plurality of mobile communication devices; and communicating the classification parameter to an application evaluation database on a second server system. receiving, at a first server system, a plurality of user feedback messages from a plurality of mobile communication devices, the plurality of user feedback messages comprising information associated with one or more applications operable on the plurality of mobile communication devices; automatically selecting, based on the plurality of user feedback messages, one of said one or more operable applications; determining a classification parameter of said selected operable application based on evaluating one or more operating characteristics of said selected operable application obtained by operating said selected application on an application auditing system; communicating the classification parameter to one or more of the plurality of mobile communication devices; and communicating the classification parameter to an application evaluation database on a second server system.
A safety barrier element comprising: a base portion; a top portion; a first side wall; a second side wall being arranged opposite the first side wall; a first end wall; and a second end wall being arranged opposite the first end wall, wherein the top portion comprises a first anchoring member and a second anchoring member, the first anchoring member being arranged at a first end of the safety barrier element and the second anchoring member being arranged at a second end of the safety barrier element, the safety barrier element further comprising a connector arranged to connect the safety barrier element with an adjacent safety barrier element by means of anchoring members (150, 151, 150', 151') of the respective safety barrier elements, wherein said connector comprises a rear portion and a front portion, the rear portion being arrangeable at any one of the first and second anchoring members of the safety barrier element and the front portion being arranged to engage with the nearest anchoring member of the adjacent safety barrier element, characterized in that said connector can be moved to an activated position, wherein the front portion is arranged when the connector is in said activated position, to enter a locked engagement with the anchoring member of the adjacent safety barrier element automatically, without the need for operators to intervene. a base portion; a top portion; a first side wall; a second side wall being arranged opposite the first side wall; a first end wall; and a second end wall being arranged opposite the first end wall, wherein the top portion comprises a first anchoring member and a second anchoring member, the first anchoring member being arranged at a first end of the safety barrier element and the second anchoring member being arranged at a second end of the safety barrier element,