mhurhangee/ep-ind-claims huggingface dataset:
An electrochemically active device for collecting and retaining a blood sample, comprising: (i) at least a pair of conductive tracks (102a,102b) disposed on a substrate; (ii) at least a two-electrode member (103a, 103b) with a lysing membrane connected to said at least pair of conductive tracks (102a, 102b) and disposed to receive a blood sample, release non-electrochemically active haemoglobin bioanalyte and its complexes from red blood cells of said blood sample; (iii) a non-electrochemically active N-heterocyclic organic receptor with an integral receptor-membrane, disposed between said at least two-electrode member (103a, 103b) and said lysing agent membrane which is arranged on the surface of the receptor layer, said receptor disposed to form an electrochemically active receptor-hemichrome from said non-electrochemically active haemoglobin bioanalyte and its complexes and to provide, a reversible redox current peak on application of redox potential. (i) at least a pair of conductive tracks (102a,102b) disposed on a substrate; (ii) at least a two-electrode member (103a, 103b) with a lysing membrane connected to said at least pair of conductive tracks (102a, 102b) and disposed to receive a blood sample, release non-electrochemically active haemoglobin bioanalyte and its complexes from red blood cells of said blood sample; (iii) a non-electrochemically active N-heterocyclic organic receptor with an integral receptor-membrane, disposed between said at least two-electrode member (103a, 103b) and said lysing agent membrane which is arranged on the surface of the receptor layer, said receptor disposed to form an electrochemically active receptor-hemichrome from said non-electrochemically active haemoglobin bioanalyte and its complexes and to provide, a reversible redox current peak on application of redox potential.
A polybifunctional reagent comprising a plurality of molecules each comprising a polymeric backbone bearing (a) a plurality of pendent latent photoreactive moieties capable of being activated by exposure to a suitable energy source, and (b) two or more pendent bioactive groups capable of specific, noncovalent interactions with complementary groups, the reagent being capable, upon activation of the latent photoreactive moieties, of forming a crosslinked material or surface coating, wherein the polymeric backbone comprises a synthetic polymer or copolymer selected from the group consisting of acrylics, vinyls, nylons, polyurethanes, and polyethers, and biodegradable polymers selected from the group consisting of polylactic acid, polyglycolic acid, polydioxanones, polyanhydrides, and polyorthoesters, and wherein the pendent latent photoreactive moieties and pendent bioactive groups are each coupled to the backbone via covalent bonds, such that said latent photoreactive moieties and said bioactive groups are provided along the length of the polymeric backbone. (a) a plurality of pendent latent photoreactive moieties capable of being activated by exposure to a suitable energy source, and (b) two or more pendent bioactive groups capable of specific, noncovalent interactions with complementary groups, the reagent being capable, upon activation of the latent photoreactive moieties, of forming a crosslinked material or surface coating,
Equipment for supporting, holding, accommodating, and loosening telecommunications cables, comprising an equipment body, an internal lock for blocking telecommunication cables, and at least one means for fixing the equipment to external support structures, characterized by additionally comprising: - an external lock for preventing telecommunication cables from falling; - at one end of the equipment body, a connection and support rod (1.7) for fitting the internal lock and the external lock by one end of the internal lock and by one end of the external lock; and - a tightening and adjustment guide (1.4) on an inner side of the equipment body for fitting a locking tooth (2.3) positioned at another end of the internal lock and a safety tab (1.8) for fitting a locking ramp (3.4) positioned at another end of the external lock. - an external lock for preventing telecommunication cables from falling; - at one end of the equipment body, a connection and support rod (1.7) for fitting the internal lock and the external lock by one end of the internal lock and by one end of the external lock; and - a tightening and adjustment guide (1.4) on an inner side of the equipment body for fitting a locking tooth (2.3) positioned at another end of the internal lock and a safety tab (1.8) for fitting a locking ramp (3.4) positioned at another end of the external lock.
A collision countermeasure structure for a motor having a housing provided with a step section that incorporates a motor rotation angle sensor on a shaft end surface, the collision countermeasure structure characterized in that the housing comprises a rib (20, 20a, 20b, 20c, 20d, 20e, 20f, 20g) which extends between an end portion of the step section opposing a vehicle structure disposed in a longitudinal direction of a vehicle and an end portion of the housing, the rib (20, 20a, 20b, 20c, 20d, 20e, 20f, 20g) having a contact surface (21, 21a, 21b, 21c, 21d, 21e, 21f, 21g) for coming in contact with the vehicle structure, and the contact surface (21, 21a, 21b, 21c, 21d, 21e, 21f, 21g) of the rib (20, 20a, 20b, 20c, 20d, 20e, 20f, 20g) is inclined with respect to the step section and is formed to be shorter on the housing end portion side and longer on the step section end portion side.
A camera unit for monitoring a spatial region, in particular as part of a concurrently moving safety device on a moving machine part, comprising an electronic image sensor arranged on a component carrier, comprising a lens having a lens body, to which at least one optical element is fixed, and comprising a first coupling piece, via which the lens body and the component carrier are connected to form an integrated structural unit, wherein the first coupling piece in the integrated structural unit has at least one limited first mobility (100, 102, 106) relative to the lens body and at least one limited second mobility relative to the component carrier, and the integrated structural unit has at least one first and one second releasable clamping mechanism (74, 76, 84; 62, 90, 94) in order to fix the first coupling piece, the lens body and the component carrier relative to one another, characterized by a second coupling piece, which is fixedly connected to the component carrier and which is moveable relative to the first coupling piece in order to enable the second mobility.
A grate block for a combustion grate in which sequential grate blocks are arranged one above the other in a step-like manner and are configured so as to rearrange and convey the combustion material during combustion by means of pushing movements which are carried out relative to each other, wherein the grate block comprises a block member which is formed as a cast component and which comprises an upper wall forming a support face that extends at least partially parallel with a longitudinal axis L of the block member and along which the combustion material is intended to be conveyed and a foremost end of the upper wall, when viewed in the pushing direction S, forms an edge via which the support face descends into a pushing face formed by a front wall, the front wall has at least one air supply opening in order to supply air to the combustion grate and is formed in the lowest region thereof in the form of a base which is intended to be positioned on the support face of a grate block which is adjacent in the pushing direction S, wherein at least the front support edge of the pushing face is arranged in a plane E which extends substantially perpendicularly to the longitudinal axis L, the air supply opening when viewed as a longitudinal section extends perpendicularly or obliquely with respect to the pushing face, characterized in that the edge is offset forward with respect to the plane E when viewed along the longitudinal axis L and in the pushing direction S, the upper wall and the front wall are formed in a thickened manner in the region in which they meet each other and the wall thickening is constructed in a curved manner when viewed as a longitudinal section.
A method for a speech transmission system, the method comprising: receiving a first audio stream comprised of a plurality of words having an order; generating digitized audio by recording the first audio stream; performing at least two independent voice-to-text conversions of the audio stream thereby generating a first and a second text version of the plurality of words; comparing each word of the plurality of words in the first and second text versions respectively, thereby generating (i) a first set of words comprising words for which the first and second text versions are identical and (ii) a second set of words comprising words for which the first and second text versions differ; performing a text-to-voice conversion of the first set of words; identifying parts of the digitized audio corresponding to the words of the second set of words; and creating a second audio stream comprising (i) the text-to-voice converted first set of words and (ii) the parts of the digitized audio corresponding to the words of the second set of words, such that words in the second audio stream have the same order as the plurality of words in the first audio stream. receiving a first audio stream comprised of a plurality of words having an order; generating digitized audio by recording the first audio stream; performing at least two independent voice-to-text conversions of the audio stream thereby generating a first and a second text version of the plurality of words; comparing each word of the plurality of words in the first and second text versions respectively, thereby generating (i) a first set of words comprising words for which the first and second text versions are identical and (ii) a second set of words comprising words for which the first and second text versions differ; performing a text-to-voice conversion of the first set of words; identifying parts of the digitized audio corresponding to the words of the second set of words; and creating a second audio stream comprising (i) the text-to-voice converted first set of words and (ii) the parts of the digitized audio corresponding to the words of the second set of words, such that words in the second audio stream have the same order as the plurality of words in the first audio stream.
A heat storage and release unit, comprising: a reaction material formed body into which a reaction material is formed, the reaction material reversibly reacting with a reaction medium to store or release heat, the reaction material formed body including first and second opposite surfaces (160,170); and a plurality of heat transfer enhancing members extending at least from the first surface to the second surface, wherein at least two or more of the heat transfer enhancing members are oriented in a predetermined single direction; a reaction material accommodating part accommodating the reaction material formed body and including a heat transfer surface that exchanges heat with the reaction material formed body; and characterised by a reaction material pressing member configured to press the reaction material formed body against the heat transfer surface. a reaction material formed body into which a reaction material is formed, the reaction material reversibly reacting with a reaction medium to store or release heat, the reaction material formed body including first and second opposite surfaces (160,170); and a plurality of heat transfer enhancing members extending at least from the first surface to the second surface, wherein at least two or more of the heat transfer enhancing members are oriented in a predetermined single direction;
A method of protecting an interior of a hollow body, the method comprising: providing an inlet and exhaust manifold comprising a port assembly attachable to an opening of the hollow body; producing a protective coating by exposing the interior of the hollow body to sequential self-saturating surface reactions by sequential inlet of reactive gases via said port assembly and said opening into the interior of the hollow body; and removing excess gases via said opening and said port assembly out from the hollow body, wherein the inlet and exhaust manifold provides at least one in-feed line and an exhaust line, precursor vapor being discharged from the at least one in-feed line at a discharge point within the hollow body, and the exhaust line beginning at an exhaust point within the hollow body, wherein the discharge point resides at an end of the hollow body in which the opening resides and the exhaust point resides opposite to the end in which the opening resides. providing an inlet and exhaust manifold comprising a port assembly attachable to an opening of the hollow body; producing a protective coating by exposing the interior of the hollow body to sequential self-saturating surface reactions by sequential inlet of reactive gases via said port assembly and said opening into the interior of the hollow body; and removing excess gases via said opening and said port assembly out from the hollow body, wherein the inlet and exhaust manifold provides at least one in-feed line and an exhaust line, precursor vapor being discharged from the at least one in-feed line at a discharge point within the hollow body, and the exhaust line beginning at an exhaust point within the hollow body, wherein the discharge point resides at an end of the hollow body in which the opening resides and the exhaust point resides opposite to the end in which the opening resides.
Hose clamp comprising a clamping band with overlapping end portions in the closed state of the hose clamp, of which the overlapped, inner end portion is a tongue with a width being reduced as compared to the full width of the clamping band and hooks ( 12, 13) for closing the hose clamp, the overlapping outer end portion having openings for hooking the hooks ( 12, 13), an ear-like tensioning device for tensioning the hose clamp around an object to be clamped and a band bow for receiving the tongue, the band bow being cut free from the clamping band by longitudinal cuts to form lateral band webs, characterised in that the number of openings is greater than the number of the hooks ( 12, 13), that the clamping band is step-free with the exception of the ear-like tensioning device, and that the length of the tongue is shorter than the difference between the circumferential length of the hose clamp in the untightened and the tightened state.
A method of deploying cloud services in a cloud computing system having multiple computing facilities interconnected by a computer network, the method comprising: receiving a service request for deploying an application in the cloud computing system, the application including multiple cloud services of dissimilar service types and separately managed in the cloud computing system, at least one of the multiple cloud services being deployable in more than one of the computing facilities, wherein receiving the service request includes receiving the service request identifying a colocation constraint between two or more of the cloud services and a threshold degree to which the co-location constraint can be relaxed; and in response to receiving the service request, querying for lists individually containing data representing the computing facilities arranged in order of preference for deploying each of the multiple cloud services of dissimilar service types associated with the application; selecting a computing facility from the multiple computing facilities based on the preferences reflected in the queried lists of the computing facilities; and deploying the multiple cloud services associated with the application to the selected computing facility, wherein the selected computing facility is a first computing facility, and wherein selecting the computing facility includes relaxing the co-location constraint based on the threshold degree to select a second computing facility for deploying at least one of the multiple cloud services associated with the application, the second computing facility being distinct from the first computing facility. receiving a service request for deploying an application in the cloud computing system, the application including multiple cloud services of dissimilar service types and separately managed in the cloud computing system, at least one of the multiple cloud services being deployable in more than one of the computing facilities, wherein receiving the service request includes receiving the service request identifying a colocation constraint between two or more of the cloud services and a threshold degree to which the co-location constraint can be relaxed; and in response to receiving the service request, querying for lists individually containing data representing the computing facilities arranged in order of preference for deploying each of the multiple cloud services of dissimilar service types associated with the application; selecting a computing facility from the multiple computing facilities based on the preferences reflected in the queried lists of the computing facilities; and deploying the multiple cloud services associated with the application to the selected computing facility, wherein the selected computing facility is a first computing facility, and wherein selecting the computing facility includes relaxing the co-location constraint based on the threshold degree to select a second computing facility for deploying at least one of the multiple cloud services associated with the application, the second computing facility being distinct from the first computing facility.
A chill-proofing composite filter aid comprising: a filtration component; and an adsorption component comprising precipitated silica at least partially coating the filtration component, wherein the composite filter aid has a pore volume of at least 0.15 cm 3 /gram to 0.35 cm 3 /gram at an average pore size between 3 nanometers and 15 nanometers, further wherein the filtration component comprises diatomaceous earth. a filtration component; and an adsorption component comprising precipitated silica at least partially coating the filtration component, wherein the composite filter aid has a pore volume of at least 0.15 cm 3 /gram to 0.35 cm 3 /gram at an average pore size between 3 nanometers and 15 nanometers, further wherein the filtration component comprises diatomaceous earth.
A casting device with a casting mould (8, 16, 16') and with a core (6, 9, 20, 20'), for the manufacture of a spiral-shaped casting, wherein the core is designed as a lost core (6, 9, 20, 20') which can be disintegrated after the casting, characterised in that a female mould for receiving the spiral-shaped casting on casting is formed completely within the outer contour of the core, wherein the female mould on the one hand is delimited by the core (6, 9, 20, 20') as well as on the other hand at its peripheral-side delimitation surfaces by the casting mould. wherein the core is designed as a lost core (6, 9, 20, 20') which can be disintegrated after the casting, characterised in that a female mould for receiving the spiral-shaped casting on casting is formed completely within the outer contour of the core, wherein the female mould on the one hand is delimited by the core (6, 9, 20, 20') as well as on the other hand at its peripheral-side delimitation surfaces by the casting mould.
Drive of a water-borne means of transport, such as a submarine or a ship, wherein the drive has an electric motor, a first coolant pump, a second coolant pump, a first coolant pump supply unit and a second coolant pump supply unit, wherein the first coolant pump can be operated using both the first coolant pump supply unit and the second coolant pump supply unit, characterised in that the first coolant pump supply unit has a power converter which can be interconnected with the first coolant pump and/or with the second coolant pump, wherein the second coolant pump supply unit has another power converter which can be interconnected with the first coolant pump and/or with the second coolant pump.
A transmission method for use in a wireless communication system wherein: a base station provides a first cell (cell 1) comprising a first set of resources and a second cell (cell 2) comprising a second set of resources; a broadcast channel transmitted by the second cell (cell 2) differs from the corresponding broadcast channel transmitted by the first cell (cell 1); the first cell and the second cell coexist with the same Cell ID, and at least some of the first set of resources are the same as some of the second set of resources; characterised in that a terminal in enhanced coverage transmits on a Physical Random Access Channel in the second cell (cell 2), with a number of repetitions applied to transmission of the Physical Random Access Channel based on information broadcast by the second cell (cell 2), or the number of repetitions applied to a channel transmitted by the second cell. a base station provides a first cell (cell 1) comprising a first set of resources and a second cell (cell 2) comprising a second set of resources; a broadcast channel transmitted by the second cell (cell 2) differs from the corresponding broadcast channel transmitted by the first cell (cell 1); the first cell and the second cell coexist with the same Cell ID, and at least some of the first set of resources are the same as some of the second set of resources; characterised in that a terminal in enhanced coverage transmits on a Physical Random Access Channel in the second cell (cell 2), with a number of repetitions applied to transmission of the Physical Random Access Channel based on information broadcast by the second cell (cell 2), or the number of repetitions applied to a channel transmitted by the second cell.