mhurhangee/ep-ind-claims huggingface dataset:
An RF coupler comprising: a pair of dielectrically separated strip conductors (16a, b), the pair of dielectrically separated strip conductors having a coupling region, the coupling region comprising: a plurality of serially connected, vertically stacked, coupling sections (18a-c), each one of the coupling sections comprising a portion of the pair of strip conductors separated by a dielectric gap, the gap forming an electromagnetic coupling region between the portion of the pair of strip conductors; a plurality of electrically conductive layers (20a, b), each one of the electrically conductive layers being disposed between a pair of the vertically stacked coupling sections; an additional electrically conductive layer disposed over an upper most one of the serially connected, vertically stacked, coupling sections; and characterised in that the additional electrically conductive layer is on sides of the vertically stacked, coupling sections, and wherein the plurality of electrically conductive layers and the additional electrically conductive layer are electrically interconnected to form an electrical shield around the coupling sections. a pair of dielectrically separated strip conductors (16a, b), the pair of dielectrically separated strip conductors having a coupling region, the coupling region comprising: a plurality of serially connected, vertically stacked, coupling sections (18a-c), each one of the coupling sections comprising a portion of the pair of strip conductors separated by a dielectric gap, the gap forming an electromagnetic coupling region between the portion of the pair of strip conductors; a plurality of electrically conductive layers (20a, b), each one of the electrically conductive layers being disposed between a pair of the vertically stacked coupling sections; an additional electrically conductive layer disposed over an upper most one of the serially connected, vertically stacked, coupling sections; and characterised in that the additional electrically conductive layer is on sides of the vertically stacked, coupling sections, and wherein the plurality of electrically conductive layers and the additional electrically conductive layer are electrically interconnected to form an electrical shield around the coupling sections.
A hybrid vehicle control method for a hybrid vehicle including a generator and an electric motor, the generator being configured to charge a battery by use of power of an engine, the electric motor being configured to drive driving wheels by electric power of the battery, the hybrid vehicle control method comprising: driving the engine at a first rotation speed when a charging amount of the battery decreases to a first charging threshold; changing the engine to driving at a second rotation speed larger than the first rotation speed when the engine is driven at the first rotation speed and the charging amount decreases to a second charging threshold smaller than the first charging threshold; continuing driving of the engine until the charging amount becomes equal to or more than a charging end threshold (ThE) larger than the first charging threshold; and changing the engine to driving at the first rotation speed when the engine is driven at the second rotation speed and the charging amount increases to a third charging threshold smaller than the charging end threshold (ThE), wherein the third charging threshold is larger than the first charging threshold. driving the engine at a first rotation speed when a charging amount of the battery decreases to a first charging threshold; changing the engine to driving at a second rotation speed larger than the first rotation speed when the engine is driven at the first rotation speed and the charging amount decreases to a second charging threshold smaller than the first charging threshold; continuing driving of the engine until the charging amount becomes equal to or more than a charging end threshold (ThE) larger than the first charging threshold; and changing the engine to driving at the first rotation speed when the engine is driven at the second rotation speed and the charging amount increases to a third charging threshold smaller than the charging end threshold (ThE), wherein the third charging threshold is larger than the first charging threshold.
A rotary sampling valve adapted for a multi-point aspirated gas or smoke detection system, the rotary sampling valve including: stator and one or more rotors rotationally connected thereto, which can be rotated to select a mode of operation of the valve; and a plurality of flow networks, each flow network comprising: one of a plurality of sets of inlet ports (14, 16); a sampling chamber (22, 24); and a respective common outlet (32, 42), to deliver the sampled air to a detector, whereby each flow network is adapted to be selectably configured in a first operation mode of the valve, to define a first flow path or in a second operation mode of the valve, to define one of a plurality of second flow paths, wherein the first flow path draws air into the flow network from each of the inlet ports of each of the sets of inlet ports (14, 16) to the common outlet (32, 42) via the respective sampling chamber (22, 24) such that air is drawn via all inlet ports from the plurality of sets of inlet ports (14, 16) simultaneously, and wherein each second flow path draws air into the flow network via a respective selected single inlet port of each of the sets of inlet ports (14, 16) to the respective common outlet (32, 42), wherein the rotary sampling valve includes a plurality of outlets (32, 42), the common outlet of each flow network being one of the plurality of outlets; the stator and the one or more rotors are shaped to form a plurality of sampling chambers (22, 24) between them whereby the sampling chamber of each flow network is one of the plurality of sampling chambers (22, 24); the plurality of flow networks are isolated from each other, such that detection of particles in a sample from one flow network allows the identification of the flow network to thereby enable the subsequent identification of the relevant inlet port that was the source of the detected particle, and in the second operation mode, the rotor is configured to rotate to sequentially define each of said plurality of second flow paths, such that for each second flow path air is drawn via one inlet port from each set of inlet ports simultaneously. stator and one or more rotors rotationally connected thereto, which can be rotated to select a mode of operation of the valve; and a plurality of flow networks, each flow network comprising: one of a plurality of sets of inlet ports (14, 16); a sampling chamber (22, 24); and a respective common outlet (32, 42), to deliver the sampled air to a detector, one of a plurality of sets of inlet ports (14, 16); a sampling chamber (22, 24); and a respective common outlet (32, 42), to deliver the sampled air to a detector,
An adhesive composition comprising a latex, a polyurethane, an amine-based adhesion promoter, and a water-containing solvent, wherein a relative viscosity measured using an Ubbelohde viscometer satisfies the range of 2.50 to 3.00 as measured according to the description.
A fluid delivery system usable with a liquid electrophotography printing apparatus, the system comprising: a fluid chamber configured to store fluid having at least charge directors and a carrier liquid; a charge reducing unit in communication with the fluid chamber, the charge reducing unit configured to decrease a charge level of the fluid of the fluid chamber; and a charge control unit in communication with the fluid chamber and the charge reducing unit, the charge control unit configured to control the charge level of the fluid based on a detection of at least one fluid parameter corresponding to the charge level of the fluid of the fluid chamber, wherein the charge reducing unit is configured to reduce a concentration of an amount of the charge directors in the fluid of the fluid chamber, and the charge reducing unit comprises a filter unit configured to remove charge directors from the fluid by adsorbtion to form a filtered fluid and provide the filtered fluid to the fluid chamber. a fluid chamber configured to store fluid having at least charge directors and a carrier liquid; a charge reducing unit in communication with the fluid chamber, the charge reducing unit configured to decrease a charge level of the fluid of the fluid chamber; and a charge control unit in communication with the fluid chamber and the charge reducing unit, the charge control unit configured to control the charge level of the fluid based on a detection of at least one fluid parameter corresponding to the charge level of the fluid of the fluid chamber, wherein the charge reducing unit is configured to reduce a concentration of an amount of the charge directors in the fluid of the fluid chamber, and the charge reducing unit comprises a filter unit configured to remove charge directors from the fluid by adsorbtion to form a filtered fluid and provide the filtered fluid to the fluid chamber.
A dental surgery system for implanting a prosthesis, comprising: a first dental surgical guide, a second dental surgical guide, and a third dental surgical guide each configured to fit a dental surgical site of a patient, wherein the dental surgical site is a portion of a partially edentulous maxillary of mandibular jaw of the patient, wherein: the first dental surgical guide is configured to align with one or more teeth of the patient at the surgical site; the second dental surgical guide is configured to allow for drilling of osteotomies for placement of implants at the surgical site; the third dental surgical guide is configured to provide for the appearance of natural teeth such that the third surgical guide may serve as a dental prosthesis; and the first dental surgical guide, second dental surgical guide, and third dental surgical guide each comprise one or more anchoring sites (510, 610, 710) for attachment to jaw bone of the patient, wherein the anchoring sites (510, 610, 710) occupy the same relative positions on the first, second, and third dental surgical guides (500, 600, 700) such that the guides (500, 600, 700) may be aligned and secured by a single set of osteotomies determined by the anchoring sites (510, 610, 710) of the first dental surgical guide. the first dental surgical guide is configured to align with one or more teeth of the patient at the surgical site; the second dental surgical guide is configured to allow for drilling of osteotomies for placement of implants at the surgical site; the third dental surgical guide is configured to provide for the appearance of natural teeth such that the third surgical guide may serve as a dental prosthesis; and the first dental surgical guide, second dental surgical guide, and third dental surgical guide each comprise one or more anchoring sites (510, 610, 710) for attachment to jaw bone of the patient, wherein the anchoring sites (510, 610, 710) occupy the same relative positions on the first, second, and third dental surgical guides (500, 600, 700) such that the guides (500, 600, 700) may be aligned and secured by a single set of osteotomies determined by the anchoring sites (510, 610, 710) of the first dental surgical guide.
Device for visual recognition of the distribution of luminescent, in particular fluorescent substances on the two hands of a user, namely a test person, comprising a laterally openable housing and at least one light source attached in an upper region of the housing which emits light of a predetermined wavelength range within the ultraviolet range, wherein the housing can be switched between a closed first position for depositing the device outside of its operation, i.e. outside of its application or use, and an opened second position for operation of the device, i.e. for visual recognition and/or representation of the distribution of luminescent, in particular fluorescent substances on the two hands of the test person, wherein the surface area of the housing base in the first position is smaller than at least two side surfaces (16, 18) of the housing, characterised in that the housing has, in the second position, exactly one lateral opening to its interior in one of the four sides (16, 18, 20, 22), the opening being suitable for accommodating at least two hands of the test person simultaneously, wherein the light source comprises at least one UV tube and/or a plurality of LEDs which are housed in an electronics housing arranged in an upper region of the housing, wherein the device has a height of between 25 cm and 35 cm and, in the first position, a depth of between 5 cm and 10 cm, and wherein the device has a fastening device for a photo camera or film camera for photographing or filming the hands of the test person within the interior of the housing.
A building site machine, configured for pumping and/or mixing fluid, pasty and/or viscous products such as mortars, concretes and fluid screeds, comprising: a chassis, a receptacle, mounted on the chassis, defining a receiving volume and an introduction aperture opening out into the receiving volume, a screen, mounted in a removable or retractable manner relative to the chassis, having a working position in which the screen extends over the introduction aperture, and a vibratory source, wherein the vibratory source is mounted away from the screen, and wherein the vibratory source is configured to transmit to the screen, when the screen is in its working position, a vibratory movement via a vibratory transmission comprising a detachable connector, characterized in that the vibratory source is mounted on the chassis, and in that the detachable connector is configured to maintain the connection between the vibratory source and the screen under the sole effect of the weight of the screen. a chassis, a receptacle, mounted on the chassis, defining a receiving volume and an introduction aperture opening out into the receiving volume, a screen, mounted in a removable or retractable manner relative to the chassis, having a working position in which the screen extends over the introduction aperture, and a vibratory source, wherein the vibratory source is mounted away from the screen, and wherein the vibratory source is configured to transmit to the screen, when the screen is in its working position, a vibratory movement via a vibratory transmission comprising a detachable connector, characterized in that the vibratory source is mounted on the chassis, and in that the detachable connector is configured to maintain the connection between the vibratory source and the screen under the sole effect of the weight of the screen.
A beverage composition comprising water, a main material, a sweetener having a sweetness of 40 or higher, and cellulose ether, wherein the sweetness of the sweetener is defined as the sweetness of an aqueous solution of the sweetener having the same concentration as that of an aqueous sucrose solution having a predetermined concentration, provided that the sweetness of the aqueous sucrose solution is assumed as 1, wherein the cellulose ether masks unpleasant tastes or residual tastes caused by the sweetener, wherein the content of the main material is in the range of 0.01 parts by weight to 10 parts by weight based on 100 parts by weight of the beverage composition, wherein the content of the sweetener is in the range of 0.01 parts by weight to 0.5 parts by weight based on 100 parts by weight of the beverage composition, wherein the content of the cellulose ether is in the range of 0.01 parts by weight to 2 parts by weight based on 100 parts by weight of the beverage composition, wherein the cellulose ether comprises hydroxypropyl methyl cellulose (HPMC), and wherein the beverage composition has a caloric value of 40 kcal/100 ml or less. wherein the sweetness of the sweetener is defined as the sweetness of an aqueous solution of the sweetener having the same concentration as that of an aqueous sucrose solution having a predetermined concentration, provided that the sweetness of the aqueous sucrose solution is assumed as 1, wherein the cellulose ether masks unpleasant tastes or residual tastes caused by the sweetener, wherein the content of the main material is in the range of 0.01 parts by weight to 10 parts by weight based on 100 parts by weight of the beverage composition, wherein the content of the sweetener is in the range of 0.01 parts by weight to 0.5 parts by weight based on 100 parts by weight of the beverage composition, wherein the content of the cellulose ether is in the range of 0.01 parts by weight to 2 parts by weight based on 100 parts by weight of the beverage composition, wherein the cellulose ether comprises hydroxypropyl methyl cellulose (HPMC), and wherein the beverage composition has a caloric value of 40 kcal/100 ml or less.
A molding assembly for the manufacturing of hollow containers, said molding assembly comprising a mold and a mold-holder, wherein: - said mold comprises a body having a generally cylindrical shape provided with a flange radially protruding from a shell thereof, said body being made up of three separable radial sectors (212, 213, 214) and comprising an internal cavity suitable to receive a preform of a container to be manufactured; - said mold-holder comprises a first and a second arms (310, 320) pivotally restrained to each other about a common axis, and wherein a first and a second radial sectors (212, 213) of the mold are respectively removably mounted on the first and second arms (310, 320) of the mold-holder and are rotatable therewith about said axis, characterized in that a third radial sector of the mold is restrained to both the first arm and the second arm (310, 320) of the mold-holder through a kinematic chain (410, 420, 510, 520) configured so as to cause the third radial sector to make translation movements from and towards the axis of the mold-holder simultaneously with the rotation of the first and second arms (310, 320) wherein said kinematic chain comprises a pair of guiding slots (410, 420) respectively associated to the arms (310, 320) of the mold-holder and a pair of pins (510, 520) associated to a flange portion of the third radial sector, or, alternatively, a pair of guiding slots (410, 420) respectively associated to the flange portion of the third radial sector and a pair of pins respectively associated with the arms (310, 320) of the mold-holder, each pin (510, 520) engaging one of said guiding slots (410, 420). - said mold comprises a body having a generally cylindrical shape provided with a flange radially protruding from a shell thereof, said body being made up of three separable radial sectors (212, 213, 214) and comprising an internal cavity suitable to receive a preform of a container to be manufactured; - said mold-holder comprises a first and a second arms (310, 320) pivotally restrained to each other about a common axis,
A method for synchronization information transmission, performed by an intermediate node on a synchronization path, the method comprising: receiving synchronization information from a previous node; updating intermediate node information in the synchronization information based on synchronization accuracy information of the current intermediate node, wherein the intermediate node information comprises at least one of a synchronization accuracy uniformity indication or node hop information of different pieces of synchronization accuracy information, the synchronization accuracy uniformity indication indicating whether synchronization accuracies of intermediate nodes for transmitting the synchronization information are consistent; and sending the updated synchronization information to a next node. receiving synchronization information from a previous node; updating intermediate node information in the synchronization information based on synchronization accuracy information of the current intermediate node, wherein the intermediate node information comprises at least one of a synchronization accuracy uniformity indication or node hop information of different pieces of synchronization accuracy information, the synchronization accuracy uniformity indication indicating whether synchronization accuracies of intermediate nodes for transmitting the synchronization information are consistent; and sending the updated synchronization information to a next node.
A pump assembly for a hydraulic tool, the pump assembly comprising: a reciprocating element configured to move between a retracted position and an extended position; a cam surface in the reciprocating element that engages a cam follower, the cam surface being a ramped radial channel including a hole extending radially outward from an inner circumferential surface of the reciprocating element; a rotating element that receives a rotational input, each of the rotating element and the rotational input arranged about a longitudinal axis; and a base that at least partially surrounds the rotating element; wherein movement of the cam follower along the cam surface moves the reciprocating element from the retracted position to the extended position. a reciprocating element configured to move between a retracted position and an extended position; a cam surface in the reciprocating element that engages a cam follower, the cam surface being a ramped radial channel including a hole extending radially outward from an inner circumferential surface of the reciprocating element; a rotating element that receives a rotational input, each of the rotating element and the rotational input arranged about a longitudinal axis; and a base that at least partially surrounds the rotating element; wherein movement of the cam follower along the cam surface moves the reciprocating element from the retracted position to the extended position.
A method, performed by one or more devices (110; 120; 130; 140; 141; 210; 212; 220; 230; 600), for managing Round Trip Time, RTT, associated with provision of a data flow (150; 250) from a server device (130; 230), via a multi-access communication network (100; 200), to a client device (120; 220), said one or more devices (110; 120; 130; 140; 141; 210; 212; 220; 230; 600) being communicatively connected to the multi-access communication network (100; 200), the multi-access communication network (100; 200) being configured to provide the data flow (150; 250) to the client device (120; 220) using a resource of the multi-access communication network (100; 200) that is shared by multiple client devices (120-121; 220-221), wherein the method comprises: - initiating, in response to identification that the data flow (150; 250) belongs to a certain type, introduction of an artificial delay in the RTT, and - initiating provision of said data flow (150; 250) to the client device (120; 220) in bursts (402a-d) with an idle time between the bursts (402a-d) based on the artificial delay. - initiating, in response to identification that the data flow (150; 250) belongs to a certain type, introduction of an artificial delay in the RTT, and - initiating provision of said data flow (150; 250) to the client device (120; 220) in bursts (402a-d) with an idle time between the bursts (402a-d) based on the artificial delay.