mhurhangee/ep-ind-claims huggingface dataset:
A locking element for releasably locking an adapter relative to a body of a push-pull rod, comprising a lever arm and a pin connected to the lever arm, a snap-action element and a latching device, characterised in that the snap-action element is rotatably connected to the lever arm, wherein the snap-action element is rotatably connected to the lever arm about an axis of rotation parallel to the pin.
An apparatus for categorizing voicemails, the apparatus being configured to: store a voicemail message; create a transcription of the voicemail message; determine information about the context of the voicemail message by determining one or more of a subject, an importance level, an urgency level, a project identifier, a case reference, an identification of the caller and information about the caller from the transcription; determine metadata associated with the voicemail message, the metadata associated with the voicemail message comprising the information about the context of the voicemail message; store the associated metadata; and perform a search of stored voicemails using the associated metadata. store a voicemail message; create a transcription of the voicemail message; determine information about the context of the voicemail message by determining one or more of a subject, an importance level, an urgency level, a project identifier, a case reference, an identification of the caller and information about the caller from the transcription; determine metadata associated with the voicemail message, the metadata associated with the voicemail message comprising the information about the context of the voicemail message; store the associated metadata; and perform a search of stored voicemails using the associated metadata.
A catheter system comprising: a catheter body comprising a catheter proximal end and a catheter distal end; a balloon positioned on said catheter distal end, the balloon having a balloon proximal end and a balloon distal end; a distal short rail providing a guidewire lumen attached to said balloon distal end, said guidewire lumen having a length of less than 15 mm; and an auxiliary elongated element providing a guidewire enclosure having an enclosure distal end and an enclosure proximal end, said guidewire enclosure being attached to said catheter body; wherein said auxiliary elongated element is at least partially positioned within said catheter body, wherein the auxiliary elongated element has a distal exit point for a guidewire placed therethrough, and wherein the distal short rail is positioned at a portion of the system distal to the distal exit point and wherein the distal exit point is positioned at said catheter body distal end, further comprising a core wire and a core wire exit point located at a distal end of the catheter body at which the core wire exits the catheter body so that the core wire is positioned outside of the catheter body to provide an external core wire, wherein the external core wire runs alongside the balloon, and a distal end of the external core wire is attached to a distal end of the system preferably attached to a tip of the balloon. a catheter body comprising a catheter proximal end and a catheter distal end; a balloon positioned on said catheter distal end, the balloon having a balloon proximal end and a balloon distal end; a distal short rail providing a guidewire lumen attached to said balloon distal end, said guidewire lumen having a length of less than 15 mm; and an auxiliary elongated element providing a guidewire enclosure having an enclosure distal end and an enclosure proximal end, said guidewire enclosure being attached to said catheter body; wherein said auxiliary elongated element is at least partially positioned within said catheter body, wherein the auxiliary elongated element has a distal exit point for a guidewire placed therethrough, and wherein the distal short rail is positioned at a portion of the system distal to the distal exit point and wherein the distal exit point is positioned at said catheter body distal end, further comprising a core wire and a core wire exit point located at a distal end of the catheter body at which the core wire exits the catheter body so that the core wire is positioned outside of the catheter body to provide an external core wire, wherein the external core wire runs alongside the balloon, and a distal end of the external core wire is attached to a distal end of the system preferably attached to a tip of the balloon.
An end effector for use with a surgical instrument, the end effector comprising: (a) a first jaw; (b) a second jaw pivotable relative to the first jaw, wherein the second jaw comprises a proximal end, wherein the proximal end comprises a first engagement feature and a second engagement feature, wherein the first engagement feature extends proximally further than the second engagement feature; and (c) a closure ring coupled with the second jaw, wherein the closure ring is translatable relative to the first jaw, wherein the closure ring is configured to first engage the first engagement feature and then engage the second engagement feature of the second jaw as the closure ring translates distally relative to the first jaw to thereby pivot the second jaw relative to the first jaw, wherein the first engagement feature comprises a first ramped surface positioned centrally on a top surface of the proximal end of the second jaw, and wherein the second engagement feature comprises a second ramped surface on at least one side portion of the proximal end of the second jaw, wherein the first and second ramped surfaces slope proximally downwardly. (a) a first jaw; (b) a second jaw pivotable relative to the first jaw, wherein the second jaw comprises a proximal end, wherein the proximal end comprises a first engagement feature and a second engagement feature, wherein the first engagement feature extends proximally further than the second engagement feature; and (c) a closure ring coupled with the second jaw, wherein the closure ring is translatable relative to the first jaw, wherein the closure ring is configured to first engage the first engagement feature and then engage the second engagement feature of the second jaw as the closure ring translates distally relative to the first jaw to thereby pivot the second jaw relative to the first jaw,
A method for transporting and for treatment of a material web, in particular a material web made of fibres, wherein the material web is initially transported over a transport surface and then over a rotating transfer roller arranged at the end of the transport surface, wherein the material web is transferred from the transfer roller to a rotating treatment roller arranged at a distance from the transfer roller and after the transfer roller in the transport direction of the material web, wherein the material web is transported with the proviso that in particular the distance a between the transfer roller and the treatment roller is set with the proviso that the material web wraps around the transfer roller with a wrap angle α of 15° to 90°.
A security system, comprising: a credential holder including a credential database that contains specified secured area credential information indicating at least one secured access location between a specified secured area and a specified adjacent area where the credential information is valid for authorized access; an access control device at a selected position corresponding to the secured access location, the access control device being configured to receive the credential information when the credential holder is near the access control device, the access control device including a processor that has stored access control information including an indication of the secured access location between the specified secured area and the specified adjacent area, the processor being configured to determine autonomously that access to the specified secured area will be granted when the received credential information, from the credential holder indicating said at least one secured location, corresponds to a relevant indication of the said secured locations stored in the said processor of the access control device; wherein the access control device is configured to determine whether to grant access from the specified adjacent area to the specified secured area, without the access control device being configured to perform at least one of: accessing a remote database; or communicating with a remotely located controller. a credential holder including a credential database that contains specified secured area credential information indicating at least one secured access location between a specified secured area and a specified adjacent area where the credential information is valid for authorized access; an access control device at a selected position corresponding to the secured access location, the access control device being configured to receive the credential information when the credential holder is near the access control device, the access control device including a processor that has stored access control information including an indication of the secured access location between the specified secured area and the specified adjacent area, the processor being configured to determine autonomously that access to the specified secured area will be granted when the received credential information, from the credential holder indicating said at least one secured location, corresponds to a relevant indication of the said secured locations stored in the said processor of the access control device; wherein the access control device is configured to determine whether to grant access from the specified adjacent area to the specified secured area, without the access control device being configured to perform at least one of: accessing a remote database; or communicating with a remotely located controller.
A method for managing communication in an IP network between a server(110, 210, 310) and a probe that does not maintain an IP address, the method comprising the steps of: providing a first list (170, 270, 370) for storing IP addresses (A, B, C, D, M) for borrowing by the probe; providing a second list (280, 380) for storing at least one of a black list of IP addresses to exclude from the first list (170, 270, 370), and a white list of all IP addresses permitted on the first list (170, 270, 370); identifying active IP addresses in the network that are downstream of the probe; in response to identifying active IP addresses, updating the first list (170, 270, 370) with the identified active IP addresses in accordance with the second list (280, 380); selecting an IP address from the first list (170, 270, 370); assigning the selected IP address to the probe for communication with the server (110, 210, 310) on top of the IP protocol; scrubbing the first list (170, 270, 370) in response to at least one of adding an IP address to the black list and removing an IP address from the white list; if the IP address assigned to the probe was scrubbed from the first list (170, 270, 370), assigning another IP address to the probe from the first list (170, 270, 370) for communication with the server (110, 210, 310) on top of the IP protocol; identifying an IP address in the network that has become invalid; removing the invalid IP address from the first list (170, 270, 370) if the first list (170, 270, 370) contains the invalid IP address; and assigning another IP address from the first list (170, 270, 370) to the probe if the invalid IP address was assigned to the probe. providing a first list (170, 270, 370) for storing IP addresses (A, B, C, D, M) for borrowing by the probe; providing a second list (280, 380) for storing at least one of a black list of IP addresses to exclude from the first list (170, 270, 370), and a white list of all IP addresses permitted on the first list (170, 270, 370); identifying active IP addresses in the network that are downstream of the probe; in response to identifying active IP addresses, updating the first list (170, 270, 370) with the identified active IP addresses in accordance with the second list (280, 380); selecting an IP address from the first list (170, 270, 370); assigning the selected IP address to the probe for communication with the server (110, 210, 310) on top of the IP protocol; scrubbing the first list (170, 270, 370) in response to at least one of adding an IP address to the black list and removing an IP address from the white list; if the IP address assigned to the probe was scrubbed from the first list (170, 270, 370), assigning another IP address to the probe from the first list (170, 270, 370) for communication with the server (110, 210, 310) on top of the IP protocol; identifying an IP address in the network that has become invalid; removing the invalid IP address from the first list (170, 270, 370) if the first list (170, 270, 370) contains the invalid IP address; and assigning another IP address from the first list (170, 270, 370) to the probe if the invalid IP address was assigned to the probe.
A system enhanced for the simplification of the packaging process of the products by the cashier, customer or personnel in the markets, supermarkets and similar places, providing the automatic packaging of the products, characterized in that it comprises: • reels providing the products read by the barcode reader and sent from the cash point to move towards the packaging part. • product guider palette providing the products coming through the reels to move towards the product flow channel. • product flow channel preventing the products to overflow into the exiting part of the packaging section, having at least one bag stopper (4.1) in the head part. • packaging section including the solenoid valve (5.1) operating with the information coming from the cash point and at least one bag holder connecting tab performing the process of pulling out of the bag to be stored inside the products from the bag roller and of leaving from the system when the bag is in a certain weight. • product slideway where the bag full of products leaves the system. • bag roller including the bags where the products will be put. • carrier body carrying the whole system. • reels providing the products read by the barcode reader and sent from the cash point to move towards the packaging part. • product guider palette providing the products coming through the reels to move towards the product flow channel. • product flow channel preventing the products to overflow into the exiting part of the packaging section, having at least one bag stopper (4.1) in the head part. • packaging section including the solenoid valve (5.1) operating with the information coming from the cash point and at least one bag holder connecting tab performing the process of pulling out of the bag to be stored inside the products from the bag roller and of leaving from the system when the bag is in a certain weight. • product slideway where the bag full of products leaves the system. • bag roller including the bags where the products will be put. • carrier body carrying the whole system.
A method for monitoring the electric energy supplied by batteries for the propulsion of a hybrid vehicle, wherein the estimated remaining distance of a journey and the available charge level (Nv) of said batteries are taken into account in order to calculate a desired discharge coefficient (Cd) of said batteries, which is transmitted to a distribution function of the torque setting between the electric motorization and a propulsion heat engine, characterized in that it makes an assessment periodically along the journey, according to the real discharge coefficient of the last period (40, 50), the remaining distance of the journey and the available charge level (Nv), in order to calculate in each instance a new target discharge coefficient making it possible, while remaining consistent, to reach the end of the journey (d_cible) with a final minimum charge level (Nv_fin).
A photoelectric switch comprising: a transmitter following a specific light projecting pattern, from a plurality of light projecting patterns with mutually differing projected light periods and projected light pulse widths, to perform, with each applicable projected light period, light projection of the applicable pulse width toward a detecting region; a detector detecting light from the detecting region to generate a detected light pulse; and a pulse width evaluating portion evaluating whether or not a pulse width of the detected light pulse that is produced by the detector is essentially identical to the specific projected light pulse width of the light projecting pattern, to determine, if essentially identical, that light detected by the detector is locally-emitted light projected by the transmitter, characterized in that the photoelectric switch further comprises an evaluating portion arranged to, when a locally-emitted light has been identified by the pulse width evaluating portion, add a prescribed number to a count value, and if there is no subsequent identification of a locally-emitted light during an interval from the point of time of that evaluation until the projected light period of the specific light projecting pattern has elapsed, subtract a prescribed value from the count value, to evaluate whether or not there is a detection object in a detecting region based on the count value. a transmitter following a specific light projecting pattern, from a plurality of light projecting patterns with mutually differing projected light periods and projected light pulse widths, to perform, with each applicable projected light period, light projection of the applicable pulse width toward a detecting region; a detector detecting light from the detecting region to generate a detected light pulse; and a pulse width evaluating portion evaluating whether or not a pulse width of the detected light pulse that is produced by the detector is essentially identical to the specific projected light pulse width of the light projecting pattern, to determine, if essentially identical, that light detected by the detector is locally-emitted light projected by the transmitter, characterized in that the photoelectric switch further comprises an evaluating portion arranged to, when a locally-emitted light has been identified by the pulse width evaluating portion, add a prescribed number to a count value, and if there is no subsequent identification of a locally-emitted light during an interval from the point of time of that evaluation until the projected light period of the specific light projecting pattern has elapsed, subtract a prescribed value from the count value, to evaluate whether or not there is a detection object in a detecting region based on the count value.
A pad for disc brakes for railway vehicles comprising a base plate, in which a plurality of fixing holes are obtained; a plurality of support plates, in each of which at least one fixing hole is obtained, which is designed to be engaged, together with a respective fixing hole obtained in said base plate, by a respective rivet so as to fix the respective support plate to said base plate; a plurality of friction elements, each fixed on a respective support plate; and a plurality of spacers (6; 11), each mounted between said base plate and a respective support plate; in each one of said spacers (6; 11) there being obtained a locking hole (8; 13) engaged by a respective rivet designed to fix the support plate on the base plate; each one of said spacers (6; 11) comprising a central portion (7; 12), in which said locking hole (8; 13) engaged by said rivet is obtained, and a plurality of support arms (9; 14) radially extending from said central portion (7; 12) and arranged in contact with a respective support plate without being fixed thereto; said pad being characterized in that each one of the support plates is fixed to said base plate by means of two rivets; and between each one of the support plates and the base plate there are fitted two of said spacers (6; 11).
Process for dyeing keratin fibres in which a mixture is applied to the said fibres, this mixture being obtained from: • a dye composition comprising at least one oxidation dye precursor, and • an aqueous oxidizing composition comprising at least one chemical oxidizing agent, • at least one of the compositions being dispensed from a pressurized container, • the mixture of the two compositions comprising at least one thickening polymer chosen from: - nonionic or cationic associative polymer chosen from cationic or nonionic associative cellulose derivatives, - anionic non-associative polymer chosen from anionic polymers not bearing sugar units chosen from crosslinked acrylic or methacrylic acid homopolymers or copolymers, - and mixtures thereof. • a dye composition comprising at least one oxidation dye precursor, and • an aqueous oxidizing composition comprising at least one chemical oxidizing agent, • at least one of the compositions being dispensed from a pressurized container, • the mixture of the two compositions comprising at least one thickening polymer chosen from: - nonionic or cationic associative polymer chosen from cationic or nonionic associative cellulose derivatives, - anionic non-associative polymer chosen from anionic polymers not bearing sugar units chosen from crosslinked acrylic or methacrylic acid homopolymers or copolymers, - and mixtures thereof. - nonionic or cationic associative polymer chosen from cationic or nonionic associative cellulose derivatives, - anionic non-associative polymer chosen from anionic polymers not bearing sugar units chosen from crosslinked acrylic or methacrylic acid homopolymers or copolymers, - and mixtures thereof. - and mixtures thereof.
A high-pressure vessel, comprising: a liner including a cylinder portion and dome portions disposed at both ends of the cylinder portion, and storing a high-pressure fluid therein, each of the dome portions having a dome shape; a composite material layer (Y, 100) surrounding an outer surface of the liner; and a protective layer (Z, 200, 300) surrounding an outer surface of the composite material layer (Y, 100) and including a shock-absorbing layer, a heat-resistant layer, and a surface protective layer, which are sequentially laminated, characterized in that the shock-absorbing layer of the protective layer (Z, 200, 300) is made of a resin material, and is formed by an injection molding method or a foaming method on an inner surface of the heat-resistant layer, wherein the surface protective layer of the protective layer (Z, 200, 300) is made of a resin material, and is formed on an outer surface of the heat-resistant layer through injection molding or thermoforming, and wherein the heat-resistant layer contains a ceramic material. a liner including a cylinder portion and dome portions disposed at both ends of the cylinder portion, and storing a high-pressure fluid therein, each of the dome portions having a dome shape; a composite material layer (Y, 100) surrounding an outer surface of the liner; and a protective layer (Z, 200, 300) surrounding an outer surface of the composite material layer (Y, 100) and including a shock-absorbing layer, a heat-resistant layer, and a surface protective layer, which are sequentially laminated, characterized in that the shock-absorbing layer of the protective layer (Z, 200, 300) is made of a resin material, and is formed by an injection molding method or a foaming method on an inner surface of the heat-resistant layer, wherein the surface protective layer of the protective layer (Z, 200, 300) is made of a resin material, and is formed on an outer surface of the heat-resistant layer through injection molding or thermoforming, and wherein the heat-resistant layer contains a ceramic material.
A Garcinia kola extract for use in inhibiting proteins glycation; said extract being rich in at least one biflavonoid selected from the group comprising GB1, GB1a, GB2 and kolaflavanone, i.e. comprising a total biflavonoid concentration of more than 5%, preferably more than 20%, preferably more than 40% biflavonoids expressed in GB2 equivalents, assayed by HPLC-UV at 290 nm.