mhurhangee/ep-ind-claims huggingface dataset:
A wave energy converter comprising: a resonant heaving buoy point absorber comprising a surface piercing float operably coupled to an adjustable reference mass and a ballast, the ballast having a fixed mass and the adjustable reference mass defining a volume for accommodating sea water therein, the surface piercing float, the adjustable reference mass and the ballast being configured to rise and fall together in response to passing waves; a chamber provided within the surface piercing float and operably in fluid communication with the sea water to effect a trapping of a volume of air between a top surface of a column of sea water and a top surface of the chamber, the chamber being configured such that operably the resonant heaving buoy point absorber expands and compresses the trapped volume of air which in turn expands and compresses the column of sea water; and a power take off, PTO, in communication with and responsive to air vented from the chamber resultant from a reaction of the heaving buoy point absorber against the top surface of the enclosed column of sea water, and wherein the relationship between the reference mass, a wave period and a water plane area of the buoy is substantially represented by the formula: T = 2 π Mf + Madded ρgA where T is the wave period, M f the inertial mass of sea water trapped in the reference mass, Madded is the added mass resultant from movement of the device within the sea water and is determined from the geometry and configuration of the device, ρ is the density of sea water, g is gravity and A is the water-plane area of the surface-piercing float. a resonant heaving buoy point absorber comprising a surface piercing float operably coupled to an adjustable reference mass and a ballast, the ballast having a fixed mass and the adjustable reference mass defining a volume for accommodating sea water therein, the surface piercing float, the adjustable reference mass and the ballast being configured to rise and fall together in response to passing waves; a chamber provided within the surface piercing float and operably in fluid communication with the sea water to effect a trapping of a volume of air between a top surface of a column of sea water and a top surface of the chamber, the chamber being configured such that operably the resonant heaving buoy point absorber expands and compresses the trapped volume of air which in turn expands and compresses the column of sea water; and a power take off, PTO, in communication with and responsive to air vented from the chamber resultant from a reaction of the heaving buoy point absorber against the top surface of the enclosed column of sea water, and wherein the relationship between the reference mass, a wave period and a water plane area of the buoy is substantially represented by the formula: T = 2 π Mf + Madded ρgA where T is the wave period, M f the inertial mass of sea water trapped in the reference mass, Madded is the added mass resultant from movement of the device within the sea water and is determined from the geometry and configuration of the device, ρ is the density of sea water, g is gravity and A is the water-plane area of the surface-piercing float.
Landing gear door system, comprising: - a landing gear bay configured for accommodating a landing gear in a retracted position, the landing gear bay comprising an opening for the landing gear to be deployed from the landing gear bay, - a landing gear door configured for opening and closing the opening of the landing gear bay, - an actuator attached to the landing gear bay and connected to the landing gear door for operating the landing gear door between an open position and a closed position, - a lock located in the landing gear bay and configured to latch the landing gear door in the closed position, - a stop fitting located in the landing gear bay and configured to be in connection with the landing gear door at least in its latched position, characterised in that the landing gear door system further comprises an additional actuator configured to apply a force to the landing gear door in its closed position and to elastically deform the landing gear door towards the landing gear door bay. - a landing gear bay configured for accommodating a landing gear in a retracted position, the landing gear bay comprising an opening for the landing gear to be deployed from the landing gear bay, - a landing gear door configured for opening and closing the opening of the landing gear bay, - an actuator attached to the landing gear bay and connected to the landing gear door for operating the landing gear door between an open position and a closed position, - a lock located in the landing gear bay and configured to latch the landing gear door in the closed position, - a stop fitting located in the landing gear bay and configured to be in connection with the landing gear door at least in its latched position,
A method for drawing a room layout, comprising: obtaining a sweeping path graph of a sweeping robot, the sweeping path graph comprising positions of N first obstacles and shapes and positions of M second obstacles encountered by the sweeping robot when sweeping a room, a bottom area of each of the N first obstacles being less than or equal to a first preset threshold, a bottom area of each of the M second obstacles being greater than or equal to a second preset threshold, wherein N and M are integers greater than or equal to 0, wherein obtaining the sweeping path graph comprises: determining a number of times of encountering an obstacle, and marking the obstacle as a fixed obstacle and marking it on the sweeping path graph when encountering the obstacle at the same position for a preset number of times; determining Q pieces of furniture arranged in the room based on the positions of the N first obstacles and the shapes and the positions of the M second obstacles, wherein Q is an integer greater than or equal to 0 and less than or equal to (N + M); and marking the Q pieces of furniture on a plan of the room to generate the layout of the room. obtaining a sweeping path graph of a sweeping robot, the sweeping path graph comprising positions of N first obstacles and shapes and positions of M second obstacles encountered by the sweeping robot when sweeping a room, a bottom area of each of the N first obstacles being less than or equal to a first preset threshold, a bottom area of each of the M second obstacles being greater than or equal to a second preset threshold, wherein N and M are integers greater than or equal to 0, wherein obtaining the sweeping path graph comprises: determining a number of times of encountering an obstacle, and marking the obstacle as a fixed obstacle and marking it on the sweeping path graph when encountering the obstacle at the same position for a preset number of times; determining Q pieces of furniture arranged in the room based on the positions of the N first obstacles and the shapes and the positions of the M second obstacles, wherein Q is an integer greater than or equal to 0 and less than or equal to (N + M); and marking the Q pieces of furniture on a plan of the room to generate the layout of the room.
An anti-IL-34 antibody or antigen-binding fragments thereof, said antibody comprising a light chain comprising CDR-L1, CDR-L2 and CDR-L3 comprising respectively the amino acid sequence SEQ ID Nos. 1, 2 and 3; and a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 comprising respectively the amino acid sequence SEQ ID Nos. 4, 5 and 6.
A dental care preparation in a form of a toothpaste or tooth gel dentifrice comprising an antimicrobial amount of at least one antimicrobial N-methylol transfer agent selected from taurolidine, taurultam, 7-oxa-2-thia-1,5-diazabicyclo[3.3.1]nonane-2,2-dione, N-methylol taurinamide or any combination thereof, and at least one of a fluoride compound or a source of fluoride ions.
An apparatus for a wireless communication system, wherein the apparatus is to transmit a reference signal on a common set of resource elements, REs, the common set of REs used by one or more further apparatuses in the wireless communication system to transmit the reference signal so that the reference signals of the apparatus and of the one or more further apparatuses use the same REs, the apparatus is to - transmit the reference signal using a plurality of OFDM symbols, each OFDM symbol having a comb structure, and some or all of the OFDM symbols having different comb offsets, and - apply the same sequence to each OFDM symbol, the sequence having a zero auto correlation property, the apparatus and the one or more further apparatus using for a common RE the same sequence, and the apparatus is to apply a phase correction to an OFDM symbol before transmission, wherein the phase correction is applied in the time domain or in the frequency domain by multiplying the OFDM symbol with a correction factor e jφ c, and wherein, for reducing phase discontinuities during SRS de-staggering, the correction factor e jφ c depends on the comb factor and the comb offset of the OFDM symbol and is independent of the resource element. the apparatus is to transmit a reference signal on a common set of resource elements, REs, the common set of REs used by one or more further apparatuses in the wireless communication system to transmit the reference signal so that the reference signals of the apparatus and of the one or more further apparatuses use the same REs, the apparatus is to - transmit the reference signal using a plurality of OFDM symbols, each OFDM symbol having a comb structure, and some or all of the OFDM symbols having different comb offsets, and - apply the same sequence to each OFDM symbol, the sequence having a zero auto correlation property, the apparatus and the one or more further apparatus using for a common RE the same sequence, and - transmit the reference signal using a plurality of OFDM symbols, each OFDM symbol having a comb structure, and some or all of the OFDM symbols having different comb offsets, and - apply the same sequence to each OFDM symbol, the sequence having a zero auto correlation property, the apparatus and the one or more further apparatus using for a common RE the same sequence, and the apparatus is to apply a phase correction to an OFDM symbol before transmission, wherein the phase correction is applied in the time domain or in the frequency domain by multiplying the OFDM symbol with a correction factor e jφ c, and wherein, for reducing phase discontinuities during SRS de-staggering, the correction factor e jφ c depends on the comb factor and the comb offset of the OFDM symbol and is independent of the resource element.
A sensor package comprising: a manifold comprising: a cylindrical body defining a first passage extending longitudinally along a central axis from a first exterior end to an interior end of the cylindrical body; a flange extending from the cylindrical body along an outer periphery of the cylindrical body; and a mounting surface disposed at the interior end of the first passage; and a MEMS die bonded to the mounting surface, wherein a surface area of the mounting surface is less than a surface area of the MEMS die. a manifold comprising: a cylindrical body defining a first passage extending longitudinally along a central axis from a first exterior end to an interior end of the cylindrical body; a flange extending from the cylindrical body along an outer periphery of the cylindrical body; and a mounting surface disposed at the interior end of the first passage; and a cylindrical body defining a first passage extending longitudinally along a central axis from a first exterior end to an interior end of the cylindrical body; a flange extending from the cylindrical body along an outer periphery of the cylindrical body; and a mounting surface disposed at the interior end of the first passage; and a MEMS die bonded to the mounting surface, wherein a surface area of the mounting surface is less than a surface area of the MEMS die.
A composition comprising an aqueous solution, α-TCP and a phosphorylated amino acid for use in a method of adhering soft tissue to soft tissue wherein the amount of phosphorylated amino acid is 50-85wt%, based on the solid content of the composition.
A movable contact arm for a molded case circuit breaker, the movable contact arm comprising:an adhesive material removal portion, characterized in that the adhesive material removal portion 3b is formed on a lateral surface at which a contact of the movable contact arm is located, separately located from the contact, and is configured to minimize a contact area with adhesive materials so as to remove the adhesive materials due to an arc by striking a blow at the adhesive materials to remove them.
A drug delivery safety device comprising: a locking element having a body with a proximal end and a distal end, the proximal end being attachable a drug delivery device; a keying element having a proximal end and distal end, the proximal end attachable to a vascular access device; wherein the drug delivery device securely connects to the vascular access device when the engagement member of the keying element is configured to provide a complementary fit with the patient specific pattern of receiving openings of the locking element; characterized in that the distal end of the locking element having at least one flange with a plurality of mechanically configurable sections having a plurality of removable pre-scored notches to provide a patient specific pattern of receiving openings, and the distal end of the keying element having a plurality of mechanically configurable engagement members having removable tab-like projections to identify an individual patient, application or drug type. a locking element having a body with a proximal end and a distal end, the proximal end being attachable a drug delivery device; a keying element having a proximal end and distal end, the proximal end attachable to a vascular access device; wherein the drug delivery device securely connects to the vascular access device when the engagement member of the keying element is configured to provide a complementary fit with the patient specific pattern of receiving openings of the locking element; characterized in that the distal end of the locking element having at least one flange with a plurality of mechanically configurable sections having a plurality of removable pre-scored notches to provide a patient specific pattern of receiving openings, and the distal end of the keying element having a plurality of mechanically configurable engagement members having removable tab-like projections to identify an individual patient, application or drug type.
A tissue clipping device, comprising: a flexible member sized for insertion through a working channel of an endoscope; a capsule (110, 210) releasably coupled to a distal end of the flexible member, the capsule housing a clip (102, 202) including a pair of clip arms (104, 204), a proximal end of the clip being received within the capsule (110, 210), wherein the clip arms (104, 204) include a locking member biased to engage a first locking structure of the capsule (110, 210) to lock the clip (102, 202) within the capsule (110, 210) in a closed configuration; and a tension member extending through the flexible member releasably coupling the clip (102, 202) to a handle (1500, 2000), a distal end of the tension member being configured to release when subject to a predetermined load to separate the clip (102, 202) and the capsule (110, 210) from the flexible member, release of the distal end of the tension member releasing the proximal end of the clip arms (104, 204) such that the locking member engages the first locking structure; wherein the capsule (110, 210) is coupled to a bushing (120, 120', 221, 404), characterized in that the bushing is rotatably coupled to a distal end of the flexible member. a flexible member sized for insertion through a working channel of an endoscope; a capsule (110, 210) releasably coupled to a distal end of the flexible member, the capsule housing a clip (102, 202) including a pair of clip arms (104, 204), a proximal end of the clip being received within the capsule (110, 210), wherein the clip arms (104, 204) include a locking member biased to engage a first locking structure of the capsule (110, 210) to lock the clip (102, 202) within the capsule (110, 210) in a closed configuration; and a tension member extending through the flexible member releasably coupling the clip (102, 202) to a handle (1500, 2000), a distal end of the tension member being configured to release when subject to a predetermined load to separate the clip (102, 202) and the capsule (110, 210) from the flexible member, release of the distal end of the tension member releasing the proximal end of the clip arms (104, 204) such that the locking member engages the first locking structure; wherein the capsule (110, 210) is coupled to a bushing (120, 120', 221, 404), characterized in that the bushing is rotatably coupled to a distal end of the flexible member.
A satellite television antenna, comprising: a mechanical structure defining an angular orientation of the antenna; a low-noise block-converter affixed to the mechanical structure; signaling circuitry in the LNB, the signaling circuitry configured to at least receive wireless signals from the antenna; orientation circuitry including at least one inclinometer, and a compass configured to generate current orientation data indicating the angular orientation of the antenna relative to a reference orientation; a signal interface in the LNB, the signal interface configured to communicate a signal corresponding to the received wireless signals to a receiver; and control circuitry configured to transfer the current orientation data from the orientation circuitry to the receiver, and configured to receive alignment information from the receiver, wherein the alignment information corresponds to a difference between the current orientation of the antenna and a desired orientation of the antenna that is based on a location of at least the antenna; characterised in that the satellite television antenna is a parabolic or dish antenna, the mechanical structure having a reflecting surface to receive wireless television signals and reflect the signals to the LNB; the LNB is in a fixed orientation relative to the reflecting surface; and the orientation circuitry is included in the LNB, wherein the orientation circuitry is in a fixed orientation relative to the antenna. a mechanical structure defining an angular orientation of the antenna; a low-noise block-converter affixed to the mechanical structure; signaling circuitry in the LNB, the signaling circuitry configured to at least receive wireless signals from the antenna; orientation circuitry including at least one inclinometer, and a compass configured to generate current orientation data indicating the angular orientation of the antenna relative to a reference orientation; a signal interface in the LNB, the signal interface configured to communicate a signal corresponding to the received wireless signals to a receiver; and control circuitry configured to transfer the current orientation data from the orientation circuitry to the receiver, and configured to receive alignment information from the receiver, wherein the alignment information corresponds to a difference between the current orientation of the antenna and a desired orientation of the antenna that is based on a location of at least the antenna; characterised in that the satellite television antenna is a parabolic or dish antenna, the mechanical structure having a reflecting surface to receive wireless television signals and reflect the signals to the LNB; the LNB is in a fixed orientation relative to the reflecting surface; and the orientation circuitry is included in the LNB, wherein the orientation circuitry is in a fixed orientation relative to the antenna.
A transverse magnetic, TM, mode dielectric filter, comprising an enclosure, a dielectric resonator, a main cover, and an elastic component, wherein a columnar resonant cavity is formed in the enclosure, and the enclosure is disposed with an opening at an end located at the resonant cavity; the dielectric resonator is columnar, is disposed in the resonant cavity, and is disposed coaxially with the resonant cavity; and one end of the dielectric resonator abuts against a bottom surface of the resonant cavity; the main cover is secured between the elastic component and an open end of the enclosure; the main cover has an inner surface and an outer surface that are opposite to each other; a central part of the inner surface of the main cover is adhered to the other end of the dielectric resonator, and a periphery of the main cover is adhered to the open end of the enclosure; and the elastic component comprises multiple elastic flaps; the multiple elastic flaps are evenly distributed around an axial direction of the dielectric resonator; one end of each of the elastic flaps is fixedly connected to the main cover, and the other end of each of the elastic flaps extends towards a central axis of the dielectric resonator to form a free end; and the free ends of the elastic flaps elastically act on a central part of the outer surface of the main cover, to provide an elastic force towards the dielectric resonator wherein a first boss is disposed at the central part of the outer surface of the main cover, and the first boss protrudes along the central axis of the dielectric resonator and forms a protruding surface; and the free ends of the elastic flaps elastically abut against the protruding surface, so that the elastic flaps are elastically deformed, wherein shapes of outer edges of a cross-section of the first boss and a cross-section of the dielectric resonator are the same, and an outer diameter of the first boss is equal to or slightly greater than an outer diameter of the dielectric resonator, wherein the TM mode dielectric filter further comprises a tuning screw and a nut; the dielectric resonator is of a hollow columnar structure; and a screw hole is disposed at a center of the main cover, the tuning screw is in threaded connection to the screw hole, one end of the tuning screw is located in the dielectric resonator, and a gap is disposed between the tuning screw and an inner wall of the dielectric resonator; and the nut is in threaded connection to the tuning screw and abuts against the main cover, wherein a second boss is further disposed at a central part of the main cover, and the second boss protrudes along the central axis of the dielectric resonator; the screw hole is disposed in the second boss, the nut abuts against the second boss, and the free ends of the multiple elastic flaps are located on a periphery of the second boss and wherein the second boss is disposed on the first boss, connection between the second boss and the first boss is step-like, and the protruding surface of the first boss is an annular step plane surrounding the second boss.
Exhaust cone for an aircraft propulsion system extending in a general direction called the longitudinal direction and comprising a front portion and a rear portion, in which the longitudinal assembly of said front portion and rear portion forms an acoustic treatment system having at least two degrees of freedom, a quarter-wave device is formed entirely in the rear portion and a Helmholtz-resonator device is formed partly in the front portion and partly in the rear portion, one portion of at least one cavity of said Helmholtz-resonator device extending into said cone under the quarter-wave device, each cavity being defined by the outer wall of the cone and by an inner wall, the inner wall being joined to the wall of the cone behind the quarter-wave device or to the quarter-wave device and at the front to the front portion, each cavity thus extending not only into the front portion but also into the rear portion, this exhaust cone being characterized in that the front portion comprises a longitudinal segment of the cone having curved surfaces allowing, from front to rear, an enlargement followed by initial narrowing of the cross section of said cone, and in that the rear portion is substantially conical or frustoconical.