mhurhangee/ep-ind-claims huggingface dataset:
A medical circuit comprising: a medical tube, wherein the medical tube comprises a first elongate member and a second elongate member; and a connector having a tube end forming a connection with the medical tube, the connector configured to connect the medical tube to a gases delivery system component, wherein the connector comprises an overmold, the overmold comprising an edge, the edge comprising an offset portion, wherein the offset portion of the edge is configured to enable a remainder of the edge to follow a helical orientation of the first elongate member. a medical tube, wherein the medical tube comprises a first elongate member and a second elongate member; and a connector having a tube end forming a connection with the medical tube, the connector configured to connect the medical tube to a gases delivery system component, wherein the connector comprises an overmold, the overmold comprising an edge, the edge comprising an offset portion, wherein the offset portion of the edge is configured to enable a remainder of the edge to follow a helical orientation of the first elongate member.
A composition comprising carbon nanotubes having a length greater than 100 micrometers; and wherein the carbon nanotubes are dispersed in a solution comprising poly(ethylene glycol) dibenzoate or di(propylene glycol) dibenzoate.
A ventilation device comprising a housing and a ventilation member, wherein the ventilation member is attached to an opening portion of the housing, the ventilation member comprising: an inner member fitted to the opening portion and comprising a tubular portion having a through hole configured to serve as a part of a ventilation path between a space inside the housing and a space outside the housing; and an outer member mounted to the inner member and covering an opening of the through hole, characterized in that the inner member and the outer member have an exposed surface subjected to liquid-repellent treatment, characterized in that the ventilation member further comprises an annular sealing member mounted so as to be placed around the opening portion in a clearance between the inner member and the housing, the sealing member having an exposed surface subjected to liquid-repellent treatment, and each of the inner member, the outer member and the sealing member is individually subjected to liquid-repellent treatment, and then the outer member and the sealing member are mounted to the inner member so that portions at which the inner member, the outer member and the sealing member are fitted together are subjected to liquid-repellent treatment. an inner member fitted to the opening portion and comprising a tubular portion having a through hole configured to serve as a part of a ventilation path between a space inside the housing and a space outside the housing; and an outer member mounted to the inner member and covering an opening of the through hole, characterized in that the inner member and the outer member have an exposed surface subjected to liquid-repellent treatment, characterized in that the ventilation member further comprises an annular sealing member mounted so as to be placed around the opening portion in a clearance between the inner member and the housing, the sealing member having an exposed surface subjected to liquid-repellent treatment, and each of the inner member, the outer member and the sealing member is individually subjected to liquid-repellent treatment, and then the outer member and the sealing member are mounted to the inner member so that portions at which the inner member, the outer member and the sealing member are fitted together are subjected to liquid-repellent treatment.
A hydrogen-oxygen reaction device, comprising: a reaction vessel including a reaction region filled with a reaction catalyst which is configured to promote a reaction between hydrogen and oxygen; an introduction portion configured to introduce a hydrogen-oxygen mixed gas having hydrogen or oxygen as a main component into the reaction vessel; a water vapor pipe of which one end portion is inserted into the reaction vessel and including a region in contact with the reaction region with at least a part of the region in contact with the reaction region being formed of a water vapor permeable membrane; a discharge portion configured to discharge a gas in the reaction vessel through the discharge portion to an outside; and a cooling portion configured to cool the water vapor pipe outside the reaction vessel. a reaction vessel including a reaction region filled with a reaction catalyst which is configured to promote a reaction between hydrogen and oxygen; an introduction portion configured to introduce a hydrogen-oxygen mixed gas having hydrogen or oxygen as a main component into the reaction vessel; a water vapor pipe of which one end portion is inserted into the reaction vessel and including a region in contact with the reaction region with at least a part of the region in contact with the reaction region being formed of a water vapor permeable membrane; a discharge portion configured to discharge a gas in the reaction vessel through the discharge portion to an outside; and a cooling portion configured to cool the water vapor pipe outside the reaction vessel.
System comprising an electrode for an electric battery of the so-called "lead-acid" type, in which a series of electrodes are involved, materialized in plates of laminar configuration arranged vertically as anode and cathode, distributed in parallel in the cavity of one or more cells of the housing of the battery itself, plates, between which an electrolyte is established, wherein in correspondence with the upper area of the electrode there is a funnel-like conduit, which determines a tilted cover, convergent in the upward direction, which ends in a kind of chimney through which the gases produced in the electrolysis are evacuated, cover that is traversed on one of its sides by the corresponding terminal of the electrode, with the particularity that on each side of the electrode a set of slats parallel to each other and tilted in a convergent way in the upper direction for guiding the gas bubbles generated in the electrolysis towards the chimney; characterized in that the electrode is associated with an electronics for controlling the battery power or charge status, associated with respective three-way solenoid valves implemented in correspondence with the outputs of the chimneys as a means of separating the different gases generated in the battery charging or discharging process; wherein the sides of the cover extend downwards, covering the set of slats at their ends; and wherein the electrode is located under the cover, centered in a vertical arrangement. characterized in that the electrode is associated with an electronics for controlling the battery power or charge status, associated with respective three-way solenoid valves implemented in correspondence with the outputs of the chimneys as a means of separating the different gases generated in the battery charging or discharging process; wherein the sides of the cover extend downwards, covering the set of slats at their ends; and wherein the electrode is located under the cover, centered in a vertical arrangement.
An apparatus for decoding a video bitstream to reconstruct a quantization matrix, QM, associated with a picture, the apparatus comprising a processor, the processor being configured to: • acquire a plurality of weighting factors from a received video bitstream, wherein each weighting factor among the plurality of weighting factors is associated with a reference QM among a plurality of reference QMs; • acquire the plurality of reference QMs, wherein each reference QM among the plurality of reference QMs is a previously decoded QM; • compute a predicted matrix using the plurality of reference QMs and the plurality of weighting factors associated with the plurality of reference QMs, wherein the predicted matrix is used to reconstruct the QM associated with the picture. • acquire a plurality of weighting factors from a received video bitstream, wherein each weighting factor among the plurality of weighting factors is associated with a reference QM among a plurality of reference QMs; • acquire the plurality of reference QMs, wherein each reference QM among the plurality of reference QMs is a previously decoded QM; • compute a predicted matrix using the plurality of reference QMs and the plurality of weighting factors associated with the plurality of reference QMs, wherein the predicted matrix is used to reconstruct the QM associated with the picture.
Shelf service device having a chassis which can be moved on a rail arrangement in a first direction and has a mast arrangement on which a lifting carriage can be displaced in a second direction, the mast arrangement having a first mast profile and a second mast profile which are connected to each other by truss struts (25, 25a, 26), characterized in that truss struts (25, 25a, 26) which follow each other in the second direction, abut in a third direction perpendicular to the first direction and perpendicular to the second direction from opposite sides against mounting areas (19, 20) of the mast profiles (11, 12) and are connected to each other.
Device for controlling a synchronous three-phase electric machine with a wound rotor for an electric or hybrid electric motor vehicle, comprising a module for receiving the voltages (v a, v b, v c, v f) across the terminals of the phases of the stator and of the rotor winding, a module for measuring the current (i f) flowing through the rotor winding, a module for retrieving the speed of rotation (ω) of the rotor relative to the stator and an estimator of the behaviour of the operating parameters of the wound-rotor synchronous electric machine, characterized in that the estimator is combined with the use of a state observer, the device comprising means for collecting reference values of the intensities (i dref, i qref) flowing through the phases of the stator in a two-phase reference frame linked to the rotor (d, q), said estimator being capable of estimating the intensities flowing through the phases of the stator (i d, i q) in the two-phase reference frame linked to the rotor (d, q) and the resistive torque (C r) applied to the rotor, according to the quantities (v a, v b, v c, v f, i f, ω) determined by the receiving, measuring and retrieving modules (6, 8, 10) and to reference values (i dref, i qref) of the intensities flowing through the phases of the stator in a two-phase reference frame linked to the rotor.
A method to dynamically associate spatial layers to beams in a Fixed Wireless Access, FWA, network operating in the millimeter-wave frequency range, wherein at least one base station and at least one customer premises equipment, CPE, are willing to wirelessly transmit and receive data through a wireless channel of said FWA network, said base station having beamforming capabilities henceforth generating multiple wireless beams aimed for enhancing signal detection at the CPE, characterized in that the method comprises: - performing, by a baseband processor subsystem (104, 301) of the base station, all baseband wireless functions related for creating, keeping and managing the connections between the base station and the at least one CPE, wherein information is handled in the form of up to M spatial layer signals that are transmitted/received by a multi-beam antenna array of the base station, and with no built-in capabilities for creation, detection or management of the beams; - performing, by a radio-frequency, RF, frontend subsystem (105, 302) of the base station, all necessary RF functions at millimeter-wave frequencies, including beamforming and conversion from complex baseband signals to RF signals and vice versa, in such a way that a fully flexible association between spatial layers and beams is possible by means of a beam switching subsystem of the RF frontend subsystem (105, 302) dynamically connecting the spatial layer signals to groups of antenna elements in uplink and downlink, in such a way that only the groups of antenna elements corresponding to the beam in use for the CPE are involved in the transmission/reception of the signals to/from such CPE; and - coupling, by the base station, the RF signals to said wireless channel and vice versa. - performing, by a baseband processor subsystem (104, 301) of the base station, all baseband wireless functions related for creating, keeping and managing the connections between the base station and the at least one CPE, wherein information is handled in the form of up to M spatial layer signals that are transmitted/received by a multi-beam antenna array of the base station, and with no built-in capabilities for creation, detection or management of the beams; - performing, by a radio-frequency, RF, frontend subsystem (105, 302) of the base station, all necessary RF functions at millimeter-wave frequencies, including beamforming and conversion from complex baseband signals to RF signals and vice versa, in such a way that a fully flexible association between spatial layers and beams is possible by means of a beam switching subsystem of the RF frontend subsystem (105, 302) dynamically connecting the spatial layer signals to groups of antenna elements in uplink and downlink, in such a way that only the groups of antenna elements corresponding to the beam in use for the CPE are involved in the transmission/reception of the signals to/from such CPE; and - coupling, by the base station, the RF signals to said wireless channel and vice versa.
A conversion pipeline for converting media into Ethernet packets, the conversion pipeline comprising: a memory; a media input stage configured to receive from a media source a sequence of media frames carrying media content; a packetizer configured to convert the media frames into a sequence of Ethernet packets by generating headers on-the-fly, without writing the media frames into the memory, and appending portions of the media frames to corresponding generated headers, including appending a first portion of a first media frame to a first generated header before the first media frame is fully received from the media source; an elasticity buffer, which is configured to compensate for a difference in clock speed between the media input stage and the packetizer, wherein the elasticity buffer has a buffer size that is less than a single media frame; an Ethernet Medium Access Control, MAC, engine configured to commence outputting a first Ethernet packet, the first Ethernet packet comprising the first header and payload bits corresponding to the first portion of the first media frame, before the first media frame is fully received from the media source; and an Ethernet physical-layer, PHY, interface, configured to transmit the sequence of Ethernet packets over a network. a memory; a media input stage configured to receive from a media source a sequence of media frames carrying media content; a packetizer configured to convert the media frames into a sequence of Ethernet packets by generating headers on-the-fly, without writing the media frames into the memory, and appending portions of the media frames to corresponding generated headers, including appending a first portion of a first media frame to a first generated header before the first media frame is fully received from the media source; an elasticity buffer, which is configured to compensate for a difference in clock speed between the media input stage and the packetizer, wherein the elasticity buffer has a buffer size that is less than a single media frame; an Ethernet Medium Access Control, MAC, engine configured to commence outputting a first Ethernet packet, the first Ethernet packet comprising the first header and payload bits corresponding to the first portion of the first media frame, before the first media frame is fully received from the media source; and an Ethernet physical-layer, PHY, interface, configured to transmit the sequence of Ethernet packets over a network.
An animal drinker, preferably a line drinker, having at least one water supply line and a plurality of drinking valves which are assigned to the water supply line, wherein the water supply line is realized as a water circulation line with two parallel pipe strings (23, 24), which are connected at their ends in a water-conducting manner and the pipe strings (23, 24) are configured as being continuous in that they are connected to each other, characterized in that the two continuous parallel pipe strings (23, 24) are spaced apart from one another and connected to one another by an upright web, with the web and the pipe strings (23, 24) arranged on its opposing longitudinal edges configured as being joined together as a single piece.
A method of resetting a password at a data storage device (10, 100) from a device at a remote location, the password being used by the data storage device to encrypt a content protection key K to provide a first encrypted content protection key at the data storage device (10, 100), the content protection key K also being encrypted by the data storage device using a key encryption key L generated by the data storage device to provide a second encrypted content protection key at the data storage device (10, 100), the key encryption key L being generated by the data storage device from a public key B received from the device at the remote location, B = bP, wherein b is a private key stored at the remote location and P a predetermined elliptic curve point, and a private key d generated at the data storage device, such that L = dB, and wherein a public key D = dP is stored by the data storage device (10, 100), and d is not stored at either the remote location or the data storage device (10, 100), the method comprising: the device at the remote location executing the steps of: transmitting a new password to the data storage device (10, 100); receiving a public key D' from the data storage device (10, 100), wherein D' is derived from a key value r generated by the data storage device and D; generating a public key L' from the key value b and D'; transmitting L' to the data storage device (10, 100), the data storage device executing the steps of: calculating r -1 L' to derive L, decrypting the second encrypted content protection key using L, deriving a new content protection key, and encrypting the new content protection key using the new password to provide a new first encrypted content protection key. the device at the remote location executing the steps of: transmitting a new password to the data storage device (10, 100); receiving a public key D' from the data storage device (10, 100), wherein D' is derived from a key value r generated by the data storage device and D; generating a public key L' from the key value b and D'; transmitting L' to the data storage device (10, 100), transmitting a new password to the data storage device (10, 100); receiving a public key D' from the data storage device (10, 100), wherein D' is derived from a key value r generated by the data storage device and D; generating a public key L' from the key value b and D'; transmitting L' to the data storage device (10, 100), the data storage device executing the steps of: calculating r -1 L' to derive L, decrypting the second encrypted content protection key using L, deriving a new content protection key, and encrypting the new content protection key using the new password to provide a new first encrypted content protection key. calculating r -1 L' to derive L, decrypting the second encrypted content protection key using L, deriving a new content protection key, and encrypting the new content protection key using the new password to provide a new first encrypted content protection key.
A semisolid pharmaceutical composition in a form of a gel consisting of: 0.05% by weight octenidine dihydrochloride, 9.90% by weight propylene glycol, 2.50% by weight hydroxyethylcellulose and water ad 100.00% by weight, for the topical treatment of wounds.
A lock assembly for a ventilating window having a sash arranged to be openable with respect to a main frame by pivotal movement about a pivot axis parallel to a pair of opposed sash members, said lock assembly comprises: a casing, a locking arm of plate material, one end of said locking arm is pivotally suspended from the casing, the other end of the locking arm is bent to form a pawl member at an angle (α) with the rest of the locking arm and creating a bend in the locking arm, a major portion of the pawl member protrudes through a slot in the casing, a locking mechanism arranged in said casing for enabling the locking arm to be displaceable said slot in the casing between a first end position defining an unlocked position and a second end position defining a locked position, characterized in that at least a portion of the pawl member is tapered as a result of the sides of the pawl member converging to the tip of the pawl member, and in that the pawl member is provided with narrow sides that converge towards the tip of the pawl member. a casing, a locking arm of plate material, one end of said locking arm is pivotally suspended from the casing, the other end of the locking arm is bent to form a pawl member at an angle (α) with the rest of the locking arm and creating a bend in the locking arm, a major portion of the pawl member protrudes through a slot in the casing, a locking mechanism arranged in said casing for enabling the locking arm to be displaceable said slot in the casing between a first end position defining an unlocked position and a second end position defining a locked position, characterized in that at least a portion of the pawl member is tapered as a result of the sides of the pawl member converging to the tip of the pawl member, and in that the pawl member is provided with narrow sides that converge towards the tip of the pawl member.
A method for signaling spectrum emission masks - SEMs -, comprising the following steps performed by a mobile device: receiving a first network signaled value and a second network signaled value, both specifying spectrum emission requirements, from an access point; utilizing the first network signaled value or the second network signaled value as a function of a priority, wherein the first network signaled value is a mandatory value and the second network signaled value is an optional value; and determining a priority associated with the second network signaled value based on an order of the network signaled values in a signaling structure, wherein the priority is implicit in the signaling structure. receiving a first network signaled value and a second network signaled value, both specifying spectrum emission requirements, from an access point; utilizing the first network signaled value or the second network signaled value as a function of a priority, wherein the first network signaled value is a mandatory value and the second network signaled value is an optional value; and determining a priority associated with the second network signaled value based on an order of the network signaled values in a signaling structure, wherein the priority is implicit in the signaling structure.