mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing a speech probability estimation, comprising: a first speech probability estimator (110; 210; 310) for estimating speech probability information indicating a first probability on whether a sound field of a scene comprises speech or on whether the sound field of the scene does not comprise speech, wherein the first speech probability estimator (110; 210; 310) is configured to estimate the speech probability information based on at least spatial information about the sound field or spatial information on the scene, and a second speech probability estimator (215; 315) for estimating the speech probability estimation indicating a second probability on whether the sound field of the scene comprises speech or on whether the sound field of the scene does not comprise speech, wherein the second speech probability estimator (215; 315) is configured to estimate the speech probability estimation based on the speech probability information estimated by the first speech probability estimator (110; 210; 310), and based on one or more acoustic sensor signals, which depend on the sound field, and an output interface (120; 220) for outputting the speech probability estimation. a first speech probability estimator (110; 210; 310) for estimating speech probability information indicating a first probability on whether a sound field of a scene comprises speech or on whether the sound field of the scene does not comprise speech, wherein the first speech probability estimator (110; 210; 310) is configured to estimate the speech probability information based on at least spatial information about the sound field or spatial information on the scene, and a second speech probability estimator (215; 315) for estimating the speech probability estimation indicating a second probability on whether the sound field of the scene comprises speech or on whether the sound field of the scene does not comprise speech, wherein the second speech probability estimator (215; 315) is configured to estimate the speech probability estimation based on the speech probability information estimated by the first speech probability estimator (110; 210; 310), and based on one or more acoustic sensor signals, which depend on the sound field, and an output interface (120; 220) for outputting the speech probability estimation.
A communication method, comprising: enabling, by a terminal device, signaling plane protection after receiving an access stratum, AS, security mode command, SMC, from a base station; receiving, by the terminal device, a Radio Resource Control, RRC, reconfiguration message from the base station; and enabling, by the terminal device, user plane integrity protection when the RRC reconfiguration message includes integrity protection indication information and the integrity protection indication information is configured to instruct to enable the user plane integrity protection. enabling, by a terminal device, signaling plane protection after receiving an access stratum, AS, security mode command, SMC, from a base station; receiving, by the terminal device, a Radio Resource Control, RRC, reconfiguration message from the base station; and enabling, by the terminal device, user plane integrity protection when the RRC reconfiguration message includes integrity protection indication information and the integrity protection indication information is configured to instruct to enable the user plane integrity protection.
A door for lockers or cabinets with limited access, in particular post office boxes, comprises a front panel with a lighting element, as well as side walls, wherein at least the side walls include holes for articulated connection of the door with the body of the locker; wherein the door includes a rear panel, wherein between the front panel and the rear panel at least one body is located, which has at least partially transparent front wall, and which has the lighting element located inside the body, wherein the body is seated in through holes in the front panel and the rear panel.
A cap for sealing a container having a neck, the cap comprising: an annular outer skirt having an inner surface and an outer surface, a top portion of the outer skirt forming an annular rim; a top wall extending inwardly below a plane defined by the rim, the top wall having a top face and a bottom face; an annular inner skirt extending downward from the top wall bottom face and disposed radially inward from and concentric with the outer skirt, wherein the inner skirt is configured to sealingly engage with an inner surface of the container neck when the cap is attached thereto; and a threaded portion on the inner surface of the outer skirt for cooperating with a corresponding threaded portion on an outer surface of the container neck; wherein the length of said annular inner skirt is less than the length of said annular outer skirt, characterised in that the top wall is generally concave and extends from the plane defined by the rim. an annular outer skirt having an inner surface and an outer surface, a top portion of the outer skirt forming an annular rim; a top wall extending inwardly below a plane defined by the rim, the top wall having a top face and a bottom face; an annular inner skirt extending downward from the top wall bottom face and disposed radially inward from and concentric with the outer skirt, wherein the inner skirt is configured to sealingly engage with an inner surface of the container neck when the cap is attached thereto; and a threaded portion on the inner surface of the outer skirt for cooperating with a corresponding threaded portion on an outer surface of the container neck; wherein the length of said annular inner skirt is less than the length of said annular outer skirt, characterised in that the top wall is generally concave and extends from the plane defined by the rim.
Transport ventilator characterized by comprising: a monobloc body with at least one medical oxygen inlet; at least one compressed air inlet, and at least one ambient air inlet; at least one selector valve integrated to the monobloc body and adapted to allow, selectively, the passage of medical oxygen or compressed air; a venturi system, internal to the monobloc body, that includes an injector nozzle and a venturi tube, the injector nozzle receiving the medical oxygen or the compressed air passing through the selector valve and generating a jet towards the venturi tube, the jet dragging ambient air through the ambient air inlet to generate a mixture of gases to be ventilated to a patient; a fraction of inspired oxygen sensor that measures the concentration of oxygen in the gas mixture; and an electronic control system that controls the selector valve to allow the passage of medical oxygen or compressed air based on the oxygen concentration measured by the fraction of inspired oxygen sensor. a monobloc body with at least one medical oxygen inlet; at least one compressed air inlet, and at least one ambient air inlet; at least one selector valve integrated to the monobloc body and adapted to allow, selectively, the passage of medical oxygen or compressed air; a venturi system, internal to the monobloc body, that includes an injector nozzle and a venturi tube, the injector nozzle receiving the medical oxygen or the compressed air passing through the selector valve and generating a jet towards the venturi tube, the jet dragging ambient air through the ambient air inlet to generate a mixture of gases to be ventilated to a patient; a fraction of inspired oxygen sensor that measures the concentration of oxygen in the gas mixture; and an electronic control system that controls the selector valve to allow the passage of medical oxygen or compressed air based on the oxygen concentration measured by the fraction of inspired oxygen sensor.
An ablation device for treatment of tissue comprising: an ablation structure comprising a plurality of bipolar electrode zones (802, 804, 806, 808, 810, 812, 814), each electrode zone comprising a channel pair (A1, B2, C1, B3, D1, E2, A3) therein comprising a positive channel (A, B, C, D) and a negative channel (1, 2, 3), wherein the ablation structure is configured such that, for any adjacent electrode zone pair ([A2, B1], [B1, C2], [C3, B1], [B1, D3], [D2, E1], [E3, A2]) comprising a first electrode zone and a second electrode zone adjacent to the first electrode zone, the positive channel of the first electrode zone is electrically distinct from the positive channel of the second electrode zone, and the negative channel of the first electrode zone is electrically distinct from the negative channel of the second electrode zone; and wherein the ablation structure comprises a total number of electrically distinct channels that is less than twice a total number of the plurality of bipolar electrode zones, characterised in that the ablation structure is further configured such that every shared-positive-channel electrode zone pair ([A1, A3], [B2, B3]) comprises a negative channel pair that is electrically distinct from the negative channel pair of every other shared-positive-channel electrode zone pair. an ablation structure comprising a plurality of bipolar electrode zones (802, 804, 806, 808, 810, 812, 814), each electrode zone comprising a channel pair (A1, B2, C1, B3, D1, E2, A3) therein comprising a positive channel (A, B, C, D) and a negative channel (1, 2, 3), wherein the ablation structure is configured such that, for any adjacent electrode zone pair ([A2, B1], [B1, C2], [C3, B1], [B1, D3], [D2, E1], [E3, A2]) comprising a first electrode zone and a second electrode zone adjacent to the first electrode zone, the positive channel of the first electrode zone is electrically distinct from the positive channel of the second electrode zone, and the negative channel of the first electrode zone is electrically distinct from the negative channel of the second electrode zone; and wherein the ablation structure comprises a total number of electrically distinct channels that is less than twice a total number of the plurality of bipolar electrode zones, characterised in that the ablation structure is further configured such that every shared-positive-channel electrode zone pair ([A1, A3], [B2, B3]) comprises a negative channel pair that is electrically distinct from the negative channel pair of every other shared-positive-channel electrode zone pair.
Device for the selective removal of molecules from tissues or fluids in which a series of target molecules are present, together with natural antibodies, wherein said device is made up of a main catheter which is adapted to be inserted through a body surface in question, until said main catheter reaches the fluid or tissue to be treated, the main catheter adapted for inserting specific antibodies or aptamers against the target molecules, and terminating in a main chamber in which a nanomembrane is positioned having a pore size larger than that of the target molecules, but smaller than that of the antibodies, both the natural antibodies and the specific antibodies or aptamers, and having the special feature that said main chamber communicates with a second catheter through a nanomembrane, having a pore size larger than that of the target molecules, but smaller than that of the antibodies, said second catheter providing a means for removing and filtering the fluid treated with the specific antibodies and consequently having a lower concentration of target molecules.
Diagnostic in vitro method for analyzing the presence of a quorum sensing molecule in a sample of a mammal to assess the presence of at least one QSM that influences muscle wasting and wherein the QSM is selected from the group consisting of: CVGIW (SEQ ID NO: 11; QSP022), ESRVSRIILDFLFQRKK (SEQ ID NO: 28; QSP055), KSSAYSLQMGATAIKQVKKLFKKWGW (SEQ ID NO: 40; QSP0125), SGSLSTFFRLFNRSFTQALGK (SEQ ID NO: 56; QSP176), and SIFTLVA (SEQ ID NO: 57; QSP184).
A handle for a door closable within a door frame having a door corresponding door jamb, the handle comprising: a body mountable to a surface of the door; a slide member configured to be received at least partially within said body so as to slidingly move between a first position wherein the slide member projects beyond the body and a second position wherein the slide member is retracted into said body; a fastening member mounted within said body so as to receive at least a portion of said slide member when the slide member is in the second position so as to lock said slide member in the second position; and a locking mechanism configured to prevent opening of the door when said sliding member is in the second position, wherein sliding movement of said slide member from said first position to said second position engages the locking mechanism to prevent opening of the door. a body mountable to a surface of the door; a slide member configured to be received at least partially within said body so as to slidingly move between a first position wherein the slide member projects beyond the body and a second position wherein the slide member is retracted into said body; a fastening member mounted within said body so as to receive at least a portion of said slide member when the slide member is in the second position so as to lock said slide member in the second position; and a locking mechanism configured to prevent opening of the door when said sliding member is in the second position, wherein sliding movement of said slide member from said first position to said second position engages the locking mechanism to prevent opening of the door.
A safety switch mechanism comprising: a lockable switch mechanism comprising: a switch plunger which is mounted in a housing and is displaceable relative to the housing along a predetermined axis between a first unlocked position and a second position, a locking mechanism for locking the switch plunger in the second position, and a switch mechanism which is actuated by movements of the switch plunger between the first and second positions, wherein the locking mechanism comprises at least one first locking member which is biased against a surface of the switch plunger and at least one second locking member (14, 19) which is displaceable between locked and released positions, the surface of the switch plunger against which the first locking member is biased defining a profile arranged such that movement of the switch plunger from the second to the first position causes the profile to displace the first locking member, and the second locking member (14, 19) when in the locked position preventing displacement of the first locking member by the profile to thereby prevent movement of the plunger from the second to the first position; and a contact block comprising: a set of fixed contacts, and a contact block plunger provided with at least one bridging contact, the contact block plunger being moveable in the contact block to move the bridging contact into and out of electrical connection with the fixed contacts; characterised in that the second locking member (14, 19) is attached to the contact block plunger via a linking member. a lockable switch mechanism comprising: a switch plunger which is mounted in a housing and is displaceable relative to the housing along a predetermined axis between a first unlocked position and a second position, a locking mechanism for locking the switch plunger in the second position, and a switch mechanism which is actuated by movements of the switch plunger between the first and second positions, wherein the locking mechanism comprises at least one first locking member which is biased against a surface of the switch plunger and at least one second locking member (14, 19) which is displaceable between locked and released positions, the surface of the switch plunger against which the first locking member is biased defining a profile arranged such that movement of the switch plunger from the second to the first position causes the profile to displace the first locking member, and the second locking member (14, 19) when in the locked position preventing displacement of the first locking member by the profile to thereby prevent movement of the plunger from the second to the first position; and a contact block comprising: a set of fixed contacts, and a contact block plunger provided with at least one bridging contact, the contact block plunger being moveable in the contact block to move the bridging contact into and out of electrical connection with the fixed contacts; characterised in that the second locking member (14, 19) is attached to the contact block plunger via a linking member.
A security element for security papers, value documents and other data carriers, having a surface hologram structure and a volume hologram structure, the volume hologram structure being swollen in fractional regions, characterized in that, due to the swelling in fractional regions, the volume hologram structure forms an additional piece of information in the form of a two- or multi-colored motif and in the form of a microstructure that constitutes a three-dimensional additional piece of information in the volume hologram structure.
A computer-implemented method, comprising: creating a signed Uniform Resource Locator, URL, to give time-limited read or write access to a resource, wherein creating the signed URL comprises: constructing a first portion of the URL to be signed, wherein the first portion of the URL to be signed comprises information indicating an operation to be performed, the operation comprising storing or retrieving data, expiration information to indicate when the signed URL expires to no longer be usable for submission to access the resource, and a path to the resource; signing the first portion of the URL with a private key to generate a signature of the first portion of the URL; constructing the URL to refer to the resource, wherein the URL comprises the expiration information, and the signature; and providing the signed URL to a user, wherein the signed URL comprises the signed first portion and a second portion, wherein the second portion is not signed by the private key and comprises a customer-supplied encryption key, wherein the customer-supplied encryption key is not specified in the first portion of the URL that is signed. constructing a first portion of the URL to be signed, wherein the first portion of the URL to be signed comprises information indicating an operation to be performed, the operation comprising storing or retrieving data, expiration information to indicate when the signed URL expires to no longer be usable for submission to access the resource, and a path to the resource; signing the first portion of the URL with a private key to generate a signature of the first portion of the URL; constructing the URL to refer to the resource, wherein the URL comprises the expiration information, and the signature; and providing the signed URL to a user, wherein the signed URL comprises the signed first portion and a second portion, wherein the second portion is not signed by the private key and comprises a customer-supplied encryption key, wherein the customer-supplied encryption key is not specified in the first portion of the URL that is signed.
A three-dimensional printing apparatus, comprising: a light source, emitting a light; a digital micromirror device, disposed on a transmission path of the light, and having a plurality of first micromirrors and a plurality of second micromirrors; a projection lens, wherein the first micromirrors reflect a first part of the light to the projection lens, the projection lens projects the first part of the light to a working liquid to cure the working liquid, and the second micromirrors reflect a second part of the light to an outside of the projection lens; characterized by a photo sensor, disposed on a transmission path of the second part of the light;and a control unit, configured to monitor an intensity of the second part of the light measured by the photo sensor to determine whether an intensity of the light emitted by the light source is decayed. a light source, emitting a light; a digital micromirror device, disposed on a transmission path of the light, and having a plurality of first micromirrors and a plurality of second micromirrors; a projection lens, wherein the first micromirrors reflect a first part of the light to the projection lens, the projection lens projects the first part of the light to a working liquid to cure the working liquid, and the second micromirrors reflect a second part of the light to an outside of the projection lens; characterized by a photo sensor, disposed on a transmission path of the second part of the light;and a control unit, configured to monitor an intensity of the second part of the light measured by the photo sensor to determine whether an intensity of the light emitted by the light source is decayed.
A cast film comprising a polyolefin composition comprising - a propylene homo- or copolymer with an MFR 2 of 0.5-80 g/10 min as measured in accordance with ISO 1133, - a hydrocarbon resin product comprising a hydrocarbon resin, wherein the hydrocarbon resin is characterized by a softening point of 200 °C or less as measured according to ASTM E-28, and - a nucleating agent, wherein the cast film is obtained from the polyolefin composition in a cast film production process, wherein the chill roll has a temperature of 40-90 °C. - a propylene homo- or copolymer with an MFR 2 of 0.5-80 g/10 min as measured in accordance with ISO 1133, - a hydrocarbon resin product comprising a hydrocarbon resin, wherein the hydrocarbon resin is characterized by a softening point of 200 °C or less as measured according to ASTM E-28, and - a nucleating agent,
A method for mooring a floating body in a harbour plant, wherein the harbour plant comprises a piled base structure provided with two side walls projecting upwards through a sea level and terminating above the sea level; and a laterally arranged bottom structure rigidly interconnecting the side walls, wherein a top surface of the bottom structure is arranged at a depth allowing the floating body to be floated in between the two side walls, and wherein the floating body is provided with a sideways projecting part and is arranged to be rigidly, but releasably, supported by at least parts of the side walls, the method comprising bringing the floating body into a position between the side walls, with at least part of the sideways projecting part positioned above the side walls; and fixing rigidly the floating body to the vertical side walls of the base structure, while still exposing the floating body more or less fully to buoyancy by allowing a water filled gap at least between a bottom of the floating body and a corresponding upper surface of the base structure, preventing relative vertical motion between the floating body and the base structure. a piled base structure provided with two side walls projecting upwards through a sea level and terminating above the sea level; and a laterally arranged bottom structure rigidly interconnecting the side walls, wherein a top surface of the bottom structure is arranged at a depth allowing the floating body to be floated in between the two side walls, and wherein the floating body is provided with a sideways projecting part and is arranged to be rigidly, but releasably, supported by at least parts of the side walls,
Method for the foundation of a transformer platform having at least four piles, in which precisely one pile driver is brought to a location, the pile driver is supported on the seabed by means of extendable supporting legs, driving jigs are attached on or to the pile driver, the piles are inserted through the associated driving jigs, the piles are successively driven into the seabed, upper ends of the piles driven into the seabed are arranged level with or above the associated driving jig, the supporting legs of the pile driver are retracted, characterised in that the pile driver is moved away from the location and an upper platform part is arranged on a pontoon and is brought to the location, and at the location is placed onto the upper ends of the piles.