mhurhangee/ep-ind-claims huggingface dataset:
A manually-actuated pump for applying reduced pressure at a tissue site, the manually- actuated pump comprising: at least one variable volume chamber that is manually compressible into a plurality of positions; a fixed volume chamber in communication with the at least one variable volume chamber; characterized in that the manually-actuated pump further comprises a filter housing having a hydrophobic filter that prevents liquid from entering the at least one variable volume chamber, the fixed volume chamber being coupled to the at least one variable volume chamber via the filter housing, the filter housing being located in between the at least one variable volume chamber and the fixed volume chamber, the fixed volume chamber having reduced pressure that is applied to the tissue site in response to a movement of the at least one variable volume chamber from a compressed position in the plurality of positions to an uncompressed position in the plurality of positions. at least one variable volume chamber that is manually compressible into a plurality of positions; a fixed volume chamber in communication with the at least one variable volume chamber; characterized in that the manually-actuated pump further comprises a filter housing having a hydrophobic filter that prevents liquid from entering the at least one variable volume chamber, the fixed volume chamber being coupled to the at least one variable volume chamber via the filter housing, the filter housing being located in between the at least one variable volume chamber and the fixed volume chamber, the fixed volume chamber having reduced pressure that is applied to the tissue site in response to a movement of the at least one variable volume chamber from a compressed position in the plurality of positions to an uncompressed position in the plurality of positions.
A camera, comprising: a photosensor configured to capture images projected onto the photosensor; a two-dimensional objective lens array comprising N discrete objective lenses and having at least two discrete lenses in each dimension, wherein each objective lens is configured to refract light from a subject located in front of an aperture of the camera; and a two-dimensional lenslet array located between the objective lens array and the photosensor, wherein the lenslet array comprises M lenslets and has at least two discrete lenslets in each direction, wherein each lenslet in the lenslet array is configured to: refract light from each of the N objective lenses in the objective lens array; and separate the light refracted from the N objective lenses and project the separated light onto N separate subregions of a region of the photosensor corresponding to the lenslet to thus project N separate images of the subject onto the region of the photosensor; wherein the separate images of the subject projected onto the photosensor by the lenslet array form an array of the separate images that includes radiance information, wherein the radiance information indicates distribution of intensity of the light in multiple directions at multiple points. a photosensor configured to capture images projected onto the photosensor; a two-dimensional objective lens array comprising N discrete objective lenses and having at least two discrete lenses in each dimension, wherein each objective lens is configured to refract light from a subject located in front of an aperture of the camera; and a two-dimensional lenslet array located between the objective lens array and the photosensor, wherein the lenslet array comprises M lenslets and has at least two discrete lenslets in each direction, wherein each lenslet in the lenslet array is configured to: refract light from each of the N objective lenses in the objective lens array; and separate the light refracted from the N objective lenses and project the separated light onto N separate subregions of a region of the photosensor corresponding to the lenslet to thus project N separate images of the subject onto the region of the photosensor; refract light from each of the N objective lenses in the objective lens array; and separate the light refracted from the N objective lenses and project the separated light onto N separate subregions of a region of the photosensor corresponding to the lenslet to thus project N separate images of the subject onto the region of the photosensor;
Weaving device of the Axminster type comprising one or more driven pile yarn loaders for the selection, according to a pattern to be woven, of one or more pile yarns which are presented in a selected position to grippers which are driven by an oscillating gripper bar and which are configured to pull the selected pile yarn out of the pile yarn loader along a desired length by rotation of the gripper bar before it is cut by a pile yarn cutting device, characterized in that the pile yarn cutting device comprises a cutting device which reciprocates at least across the width of the weaving device and which comprises, as the only cutting member, one or more single cutting blades i.e. cutting blades for cutting the pile yarns in flight in at least one direction of movement of the cutting device and without a counter blade, wherein the single cutting blades are fastened to the reciprocating cutting device and are configured to cut the pulled-out pile yarns.
An electrical energy generation facility comprising: - a steam production device suitable for producing saturated steam from a heat source and arranged in an enclosure; - a set of one or more separators connected downstream to the steam production device and suitable for extracting the majority of the water from the steam produced by the device; the set of separators being arranged in the enclosure; - a set of one or more dryers, connected upstream to the set of separators and suitable for collecting the water droplets in suspension in the steam coming from the set of separators, thus producing dry steam; - a steam turbine comprising at least one expansion body for the dry steam, the steam turbine being suitable for generating electricity from the dry steam; - a set of exchangers (23, 7), suitable for functioning as steam superheaters or for reheating so-called feed water; characterized in that the set of dryers is arranged outside the enclosure of the steam production device with its inlet connected upstream to the set of separators, a first outlet connected downstream to the inlet of said turbine body, and a second outlet connected downstream as a heat source to the set of exchangers (23, 7). - a steam production device suitable for producing saturated steam from a heat source and arranged in an enclosure; - a set of one or more separators connected downstream to the steam production device and suitable for extracting the majority of the water from the steam produced by the device; the set of separators being arranged in the enclosure; - a set of one or more dryers, connected upstream to the set of separators and suitable for collecting the water droplets in suspension in the steam coming from the set of separators, thus producing dry steam; - a steam turbine comprising at least one expansion body for the dry steam, the steam turbine being suitable for generating electricity from the dry steam; - a set of exchangers (23, 7), suitable for functioning as steam superheaters or for reheating so-called feed water;
Adjustable washing/rinsing device (6, 6b, 6c) for dishware contained inside a static dishwashing machine, in particular of the professional type, comprising at least a first arm, for example upper arm, for supplying a washing/rinsing fluid, at least a second arm, for example lower arm, for supplying a washing/rinsing fluid, and means for feeding the washing/rinsing fluid to the arms including a hydraulic circuit (8, 8b, 8c) which feeds mains water hydraulically in parallel to the at least first arm and to the at least second arm, the hydraulic circuit comprising a first branch for feeding the first arm and a second branch for feeding the second arm, the first and second branches (9,10) being arranged hydraulically in parallel with each other between an inlet for introducing mains water into the hydraulic circuit (8, 8b, 8c) and at least the first and second arms; wherein each first branch and second branch is provided hydraulically in series with means (13, 14) for supplying the washing/rinsing fluid to the respective first and second arms (4, 5), which can be activated selectively and independently; the washing/rinsing device further comprising control means for selectively activating the means (13, 14) for supplying the first and second branches (9, 10), characterized in that the control means are configured for selectively activating the means (13, 14) for supplying the first and second branches (9, 10) for time periods different from each other, depending on the type of dishware.
A method for growing a β-Ga 2 O 3 -based single crystal by EFG method, comprising a step of growing a plate-shaped Sn-doped β-Ga 2 O 3 -based single crystal in a direction of a b-axis using a seed crystal without a shoulder broadening process for increasing a width of the Sn-doped β-Ga 2 O 3 -based single crystal, wherein a concentration of Sn doped into the β-Ga 2 O 3 -based single crystal is not less than 0.005 mol% and not more than 1.0 mol%.
A bioreactor outlet air conditioning system comprising: a. a bioreactor vessel comprising a body portion and a lid portion sealingly attachable thereto; and b. a heat exchanger comprising: i. an outlet fluid flow path from a headspace in the vessel for venting air from the vessel, wherein at least a portion of the outlet fluid flow path is an integral part of the bioreactor vessel, wherein the outlet fluid flow path is integral with the lid portion, wherein the outlet fluid flow path is oriented in the same plane as the lid portion; and ii. a temperature control element (300, 310) in separable thermal contact with at least the portion of the outlet fluid flow path that is integral with the bioreactor vessel. a. a bioreactor vessel comprising a body portion and a lid portion sealingly attachable thereto; and b. a heat exchanger comprising: i. an outlet fluid flow path from a headspace in the vessel for venting air from the vessel, wherein at least a portion of the outlet fluid flow path is an integral part of the bioreactor vessel, wherein the outlet fluid flow path is integral with the lid portion, wherein the outlet fluid flow path is oriented in the same plane as the lid portion; and ii. a temperature control element (300, 310) in separable thermal contact with at least the portion of the outlet fluid flow path that is integral with the bioreactor vessel. i. an outlet fluid flow path from a headspace in the vessel for venting air from the vessel, wherein at least a portion of the outlet fluid flow path is an integral part of the bioreactor vessel, wherein the outlet fluid flow path is integral with the lid portion, wherein the outlet fluid flow path is oriented in the same plane as the lid portion; and ii. a temperature control element (300, 310) in separable thermal contact with at least the portion of the outlet fluid flow path that is integral with the bioreactor vessel.
A battery unit mounting structure of a vehicle, comprising: a pair of right and left vehicle body frame members extending in a vehicle front-rear direction, the right and left vehicle body frame members being disposed respectively at right and left outer side portions of a vehicle body in a vehicle-width direction; and a battery unit disposed between the pair of right and left vehicle body frame members; a reinforcement disposed on a bottom surface or a top surface of the battery unit, wherein the reinforcement is disposed at a position at which the reinforcement overlaps with the battery unit in a plan view, the reinforcement extends in the vehicle-width direction being longer than the battery unit in the vehicle-width direction, and the reinforcement is fixed to the battery unit, preferably at or near a center of the battery unit in the vehicle front-rear direction, such that the reinforcement is prevented from moving in the vehicle-width direction relatively to the battery unit, characterized in that, the reinforcement overlaps with rear side members and the right and left vehicle body frame members in the vehicle-height direction when viewed from the front, rear, and sides of the vehicle body. a pair of right and left vehicle body frame members extending in a vehicle front-rear direction, the right and left vehicle body frame members being disposed respectively at right and left outer side portions of a vehicle body in a vehicle-width direction; and a battery unit disposed between the pair of right and left vehicle body frame members; a reinforcement disposed on a bottom surface or a top surface of the battery unit, wherein the reinforcement is disposed at a position at which the reinforcement overlaps with the battery unit in a plan view, the reinforcement extends in the vehicle-width direction being longer than the battery unit in the vehicle-width direction, and the reinforcement is fixed to the battery unit, preferably at or near a center of the battery unit in the vehicle front-rear direction, such that the reinforcement is prevented from moving in the vehicle-width direction relatively to the battery unit, characterized in that, the reinforcement overlaps with rear side members and the right and left vehicle body frame members in the vehicle-height direction when viewed from the front, rear, and sides of the vehicle body.
Apparatus for manufacturing filled containers including a transport unit that is suitable and designed for transporting containers that are filled with a liquid and are closed with a closure cap, including a penetration unit that is suitable and designed for generating an opening in at least an area of the closure cap and/or of the container, including an application unit that applies a flowable and in particular gaseous medium to an internal space of the container through the opening and a closing unit, which closes the opening, wherein the closing unit has an ultrasound generation unit, the ultrasound generation unit has a processing head that can be fed towards the opening, with a surface that can be turned towards the opening, characterised in that the surface is formed concave curved for urging molten material in the direction of the opening and that the ultrasound generation unit includes a sonotrode, wherein two sonotrode elements with concave curved surfaces are provided on the processing head. the ultrasound generation unit has a processing head that can be fed towards the opening, with a surface that can be turned towards the opening, characterised in that the surface is formed concave curved for urging molten material in the direction of the opening and that the ultrasound generation unit includes a sonotrode, wherein two sonotrode elements with concave curved surfaces are provided on the processing head.
An implantable medical device comprising: an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip having a u-shape and comprising: i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; wherein the coil case and the magnet clip are configured to cooperate for a portion of the coil case to fit between the clip legs and the implant magnet to slide through the magnet fitting groove and fit through the magnet opening into the magnet receptacle. an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip having a u-shape and comprising: i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; wherein the coil case and the magnet clip are configured to cooperate for a portion of the coil case to fit between the clip legs and the implant magnet to slide through the magnet fitting groove and fit through the magnet opening into the magnet receptacle.
A Hall sensor, comprising: a Hall element (10,120)disposed on a semiconductor substrate; a heat source element disposed around the Hall element, the heat source element formed as an internal component of a drive circuit, wherein a center of the heat source is a point or a region having the highest temperature in the heat source corresponding to a peak of isotherms; two pairs of terminals (110A,110B,110C,110D) formed as N-type highly-doped regions disposed on the Hall element, and serving both as control current input terminals and Hall voltage output terminals; a first Hall element control current flowing between one pair of the terminals and a second Hall element control current flowing between another pair of the terminals and crossing each other as vectors; the Hall element is formed in a shape that is line-symmetrical to a straight line extending along a vector sum of the first Hall element control current and the second Hall element control current; wherein the center of the heat source element is on a straight line extending along a vector sum of the first Hall element control current and the second Hall element control current. a Hall element (10,120)disposed on a semiconductor substrate; a heat source element disposed around the Hall element, the heat source element formed as an internal component of a drive circuit, wherein a center of the heat source is a point or a region having the highest temperature in the heat source corresponding to a peak of isotherms; two pairs of terminals (110A,110B,110C,110D) formed as N-type highly-doped regions disposed on the Hall element, and serving both as control current input terminals and Hall voltage output terminals; a first Hall element control current flowing between one pair of the terminals and a second Hall element control current flowing between another pair of the terminals and crossing each other as vectors; the Hall element is formed in a shape that is line-symmetrical to a straight line extending along a vector sum of the first Hall element control current and the second Hall element control current; wherein the center of the heat source element is on a straight line extending along a vector sum of the first Hall element control current and the second Hall element control current.
A method of securely joining a joining device to a mesh network, the method comprising the steps performed by a joiner router of: receiving a Datagram Transport Layer Security-, DTLS-, ClientHello message from the joining device requesting to join the mesh network; encapsulating the received DTLS-ClientHello message in a DTLS Relay Receive Notification message; transmitting the DTLS Relay Receive Notification message to a commissioning device of the mesh network; receiving, from the commissioning device, a DTLS Relay Transmit Notification message; transmitting content of the DTLS Relay Transmit Notification message to the joining device, the content effective to enable the joining device to join the mesh network; receiving, from the commissioning device, an indication that the joining device is to be entrusted to receive network credentials for the mesh network; receiving, from the commissioning device, a Key Encryption Key, KEK, that is shared between the commissioning device and the joining device; and responsive to the receiving the indication, transmitting the network credentials from the joiner router to the joining device using the KEK to secure communication of the network credentials. receiving a Datagram Transport Layer Security-, DTLS-, ClientHello message from the joining device requesting to join the mesh network; encapsulating the received DTLS-ClientHello message in a DTLS Relay Receive Notification message; transmitting the DTLS Relay Receive Notification message to a commissioning device of the mesh network; receiving, from the commissioning device, a DTLS Relay Transmit Notification message; transmitting content of the DTLS Relay Transmit Notification message to the joining device, the content effective to enable the joining device to join the mesh network; receiving, from the commissioning device, an indication that the joining device is to be entrusted to receive network credentials for the mesh network; receiving, from the commissioning device, a Key Encryption Key, KEK, that is shared between the commissioning device and the joining device; and responsive to the receiving the indication, transmitting the network credentials from the joiner router to the joining device using the KEK to secure communication of the network credentials.
A polyester resin comprising a sulfonate component and a hetero alicyclic skeleton component as constituent units, wherein the sulfonate component is a component derived from a bis(2-hydroxyethyl)phthalate sulfonic acid salt.
A fuel rail assembly for an internal combustion engine comprising an elongated main gallery and a plurality of fuel delivery outlets spaced along the main gallery for hydraulically coupling the main gallery to fuel injectors which are operable to inject fuel into the combustion engine, each fuel delivery outlet having an injector cup for receiving a fuel inlet of a respective one of the fuel injectors, and an injector cup mounting connection arranged between the main gallery and the injector cup for hydraulically and mechanically coupling the injector cup to the main gallery, and a fixing bracket adapted to fasten the main gallery to the engine, the fixing bracket being spaced apart from the injector cup and being secured to the main gallery, with a fastening element to secure the fixing bracket to the engine, and a rigid connection member coupled to the fixing bracket extending between the fixing bracket and one of the injector cup and the injector cup mounting connection, to establish a rigid connection between the injector cup and the fixing bracket characterised in that the fixing bracket comprises a U-shaped member in cross-section and defines a channel through which the fastening element passes to secure the fixing bracket to the engine, the fixing bracket having a first leg secured to the main gallery and a second leg joining the connection member, the lower end of the fixing bracket adapted to abut the engine being shaped outwardly to form a flange to create a wider surface area to provide contact between the fastening bracket and the engine, the upper end of the fixing bracket being shaped outwardly to form a flange to provide a larger contact area for a clamping head of the fastening element.