mhurhangee/patent-ind-claim-en huggingface dataset:
An atmospheric corrosion monitor, ACM, sensor placement device comprising: a holder comprising: a main body with two opposite surfaces, including two claw portions , each of which being provided at each of two facing sides of a first one of the two surfaces of the main body, the claw portions each being provided with a sensor fitting groove ; a cover portion being provided on the second one of the two surfaces of the main body, characterized in that two band insertion holes configured to receive an insertable band are provided in the cover portion , a first one of the band insertion holes extending in the direction in which the two claw portions face each other, and the second one of the band insertion holes extending perpendicular to the direction in which the two claw portions face each other, wherein the band insertion holes are connected to each other, and form a cross shape as a whole, the main body comprises penetrating stopper insertion holes each configured for insertion of a stopper, and provided on opposite end sides of the main body , as seen perpendicular to the direction in which the two claw portions face each other, and the two claw portions and the stopper insertion holes are configured for securing an ACM sensor in the holder . a main body with two opposite surfaces, including two claw portions , each of which being provided at each of two facing sides of a first one of the two surfaces of the main body, the claw portions each being provided with a sensor fitting groove ; a cover portion being provided on the second one of the two surfaces of the main body, two band insertion holes configured to receive an insertable band are provided in the cover portion , a first one of the band insertion holes extending in the direction in which the two claw portions face each other, and the second one of the band insertion holes extending perpendicular to the direction in which the two claw portions face each other, wherein the band insertion holes are connected to each other, and form a cross shape as a whole, the main body comprises penetrating stopper insertion holes each configured for insertion of a stopper, and provided on opposite end sides of the main body , as seen perpendicular to the direction in which the two claw portions face each other, and the two claw portions and the stopper insertion holes are configured for securing an ACM sensor in the holder .
A method performed by a wireless device (10; 100) for supporting transmission to a network node (10; 100; 20; 200) in a wireless communication network based on Long Term Evolution, LTE, wherein the wireless device is allowed to transmit on a set of Resource Elements, REs, allocated for transmission to the network node (10; 100; 20; 200), wherein the method comprises the steps of: - determining (S1) at least one transport format control parameter for at least a first part of said set of REs allocated for transmission; and - transmitting (S2), to the network node (10; 100; 20; 200), an indication representing said at least one determined transport format control parameter on at least a second part of said set of REs allocated for transmission to notify the network node (10; 100; 20; 200) of the at least one determined transport format control parameter, characterized in that said set of REs are allocated for uplink data transmission on the Physical Uplink Shared Channel, PUSCH. - determining (S1) at least one transport format control parameter for at least a first part of said set of REs allocated for transmission; and - transmitting (S2), to the network node (10; 100; 20; 200), an indication representing said at least one determined transport format control parameter on at least a second part of said set of REs allocated for transmission to notify the network node (10; 100; 20; 200) of the at least one determined transport format control parameter, characterized in that said set of REs are allocated for uplink data transmission on the Physical Uplink Shared Channel, PUSCH.
An array substrate (1; 2), comprising a base substrate , a functional layer (12; 23) and a photochromic layer (14; 27), wherein the photochromic layer (14; 27) is disposed on the functional layer (12; 23); upon the array substrate (1; 2) suffering from light leakage, the photochromic layer (14; 27) in a light leakage area is configured to, upon being irradiated by light, form a light blocking part (16; 29) in the light leakage area; and the functional layer is disposed on the base substrate and comprises a pixel electrode layer (12; 23) as an outmost layer of the functional layer (12; 23) and one or more of an insulating layer , a data line layer , a gate insulating layer and a gate layer disposed sequentially in a direction from a position away from the base substrate towards a position near to the base substrate ; characterized in that the photochromic layer (14; 27) is disposed on an outmost surface of the functional layer (12; 23).
Mobile monitoring device for use in a metallurgical plant , which is freely movable in the region of the metallurgical plant on a substantially planar surface , comprising a chassis with wheels or tracks, which run along the planar surface , a compressed air motor (M) for drive of the wheels or tracks, at least one first camera by which a region of the metallurgical plant can be observed and thus monitored, at least one second camera , a control unit in signal connection with the first camera and the second camera , an accumulator unit or a battery unit by which at least the cameras and the control unit are supplied with energy and an upper part with a protective hood , wherein the first camera and the second camera are arranged in the upper part and screened by the protective hood relative to the environment, wherein a region of the environment of the mobile monitoring device can be observed by the second camera in the direction of the travel path of the monitoring device on the planar surface .
A method for producing a polyurethane foam composition, the method comprising the steps of providing an A-side composition comprising one or more polyisocyanates; providing a B-side composition comprising one or more highly alternating polycarbonate polyols derived from the copolymerization of one or more epoxides and CO 2 ; heating the B-side composition to a temperature above 50 °C; mixing the A-side composition, the heated B-side composition, and CO 2 to provide a foam mixture; and allowing the foam mixture to cure into the polyurethane foam composition; wherein at least a portion of the CO 2 is added as a separate stream, or is provided dissolved in the B-side composition; wherein the highly alternating polycarbonate polyol is characterized in that it has at least 95% carbonate linkages.
Method for operating a process engineering system , in which actuating units which are externally driven and are actuated by means of a pressurized operating fluid (e) are used to control, in an open-loop and/or closed-loop manner, and/or monitor process parameters (a, b, c), which actuating units are in each case designed to assume a safe state in the absence of a sufficient supply of the operating fluid (e), a plurality of the actuating units being supplied with the operating fluid (e) via a supply line between a common supply unit and the plurality of actuating units , and the supply of the operating fluid (e) to the plurality of actuating units being actively reduced if necessary at least to such an extent that said actuating units in each case assume the safe state, characterized in that the supply line is designed in such a way that a maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds a supply requirement for the plurality of actuating units by no more than a predetermined value, a quantity limiting device being provided in the supply line and being designed in such a way that the maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds the supply requirement by no more than the predetermined value. the supply line is designed in such a way that a maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds a supply requirement for the plurality of actuating units by no more than a predetermined value, a quantity limiting device being provided in the supply line and being designed in such a way that the maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds the supply requirement by no more than the predetermined value.
A retaining device for coils of wire in wire barrels , having a base element , a guide element arranged above the base element for wire running off of the coil of wire, and at least one connecting element between the base element and the guide element , wherein the base element has at least two retaining elements arranged in a ring for the connecting elements which are arranged coaxially to each other, the ring retaining elements present a different diameter, and the retaining element with the largest diameter has a larger distance to the guide element than the respectively adjacent retaining element with a smaller diameter, characterized in that the at least one connecting element runs along a spirally running curved path between the base element and the guide element .
A static mixer for mixing a mass fluid flow, the static mixer comprising: an elongate body extending along a central axis and including an open proximal end , an open distal end , and an inner wall , the inner wall including a plurality of convolutions formed integrally therein to define a single flow path, wherein at least a portion of the flow path extends coaxially along the central axis , at least a portion of the flow path extends radially away from the central axis , and at least a portion of the flow path extends radially towards the central axis , wherein at least a portion of the flow path extends helically about the central axis and characterized in that a first portion of the helical portion of the flow path at least partially circumscribes the central axis in a first direction, and a second portion of the helical portion of the flow path at least partially circumscribes the central axis in a second, opposite direction.
A support layer for supporting an artificial turf assembly , said support layer being formed of a polymeric foam, preferably having a density of between 20 and 70 gram per liter, such as a polyolefin foam; and having an upper side and a lower side , wherein in use the support layer has been placed with the lower side thereof on a base surface and supports, on the upper side thereof, the artificial turf assembly, the support layer comprising a plurality of through drainage holes extending from the upper side to the lower side for allowing liquid such as rain water to flow via the plurality of drainage holes from the upper side to the lower side , and also comprising a plurality of channels at the lower side for allowing liquid such as rain water to flow through the channels along the lower side , wherein each of said plurality of drainage holes debouches into one of the plurality of channels , characterized in that drainage holes , preferably each drainage hole, of the plurality of drainage holes have a widened entrance portion at the upper side of the support layer , the widened entrance portion being star-shaped or cross-shaped in plan view, each arm of the shape being sloped.
Hydraulic directional valve, with mixed series (S) and parallel (P) hydraulic circuit made of two or more sections each comprising a spool (I, II, II) and which can be mutually connected by both series and parallel connections, said valve comprising series channel (S) and parallel channel (P) for series and parallel connection, respectively, said parallel channel corresponding to a pressure channel of the valve, characterized in that said valve comprises a logic switching element (E, E1, E2) comprising a distributor, wherein said logic switching element (E, E1, E2) in a neutral position connects the series channel (S) of said mixed series and parallel hydraulic circuit with a downstream pressure branch (P1) positioned downstream the logic switching element (E, E1, E2) and connecting to a spool (II) downstream of the logic switching element (E, E1, E2), and at the same time isolates a pressure branch of the parallel channel (P) of a parallel connection and of a discharge branch (T); wherein, when switching the distributor of the logic switching element (E, E1, E2), the latter reaches a second position, in which the series channel (S) is closed and simultaneously the parallel channel (P) is opened towards the downstream pressure branch (P1), and in said second position said series channel (S) is set to discharge by connection with the discharge branch (T), wherein the logic switching element (E) comprises a control channel bringing the signal from the pressure channel (P) on one side of the logic switching element (E, E1, E2) and a spring (2; 2a) located on a side opposite to the one in which the pressure channel (P) is brought, wherein the logic switching element (E) is retained in said neutral position by the spring , a calibration value of said spring determining the pressure value in the control channel for switching of the logic switching element (E) from the neutral position to said second position.
A composition for an aerosol food product, comprising hydroxypropyl methylcellulose and water, wherein the hydroxypropyl methylcellulose is characterized in that the ratio of interfacial elastic modulus to interfacial viscous modulus is from 2.0 to 3.5, when measured with a tensiometer at 25°C using a 0.2% by mass aqueous solution, the viscosity of 2.0 wt% aqueous HPMC solution at 20°C is from 5.5 mPa.s to 1000,0 mPa.s, the degree of substitution with methoxy groups per unit of anhydrous glucose is from 1.60 to 1.95, and the molar substitution with hydroxypropoxy groups per mole of anhydrous glucose is from 0.10 to 0.60.
Latch for a motor vehicle, in particular a hood latch, comprising a locking mechanism having a catch and at least one pawl , a locking pin and an ejector which interacts with the locking pin , it being possible for the locking pin to be brought into a lift-off position (A) by means of the ejector , and having at least one electrically operatable means for moving the locking pin from the lift-off position (A) into a closed position (HR), a drive lever being provided and it being possible for the ejector and, at least indirectly, the catch to be operated by means of the drive lever , the at least one electrically operatable means comprising a closure drive for operating the drive lever , a closure lever being provided, characterized in that the drive lever alternately interacts with the ejector so as to transfer the locking pin from the lift-off position (A) into a securing position (S) and with the closure lever so as to transfer the locking pin from the securing position (S) into a closed position (HR).
An intradermal delivery device for delivering a substance to a patient, said device comprising: a housing (12; 112) having a top wall having an opening therein and defining an internal cavity (22; 120), said cavity being dimensioned to receive a substance for delivery to a patient; a skin penetrating device (14; 126) in fluid communication with said cavity; and an indicating member (48; 148) indicating the delivery of a sufficient amount of the substance to the patient, characterized in that : said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening. a housing (12; 112) having a top wall having an opening therein and defining an internal cavity (22; 120), said cavity being dimensioned to receive a substance for delivery to a patient; a skin penetrating device (14; 126) in fluid communication with said cavity; and an indicating member (48; 148) indicating the delivery of a sufficient amount of the substance to the patient, characterized in that : said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening. said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening.
A packaging receptacle including a container 1 and a lid 2 that are separate, said container 1 being provided with a bottom 10 and a peripheral wall opening into an opening 3 that can be closed by the lid 2, mutual securing means made up of profiles or peripheral edge face 4, 5 interlocking with one another and equipping the container 1 and the lid 2, the profile 4 of the container 1 including a peripheral annular groove 14 except on at least one angular sector equipped with a radial protuberance 6 of planar shape protruding toward the outside of the container 1, the lid 2 including a peripheral border 12 inserted into said groove 14 and, in the radial extension of the peripheral border 12, at least one tongue 13, the container 1 having, in each radial protuberance 6, a slit 7 able to receive the tongue 13, characterized in that the radial protuberance includes means for releasing said tongue 13 consisting on the one hand of a single breakable zone 9 manually arranged between an outer edge of the radial protuberance 6 and the slit 7, and on the other hand a tab 8 protruding from the radial protuberance 6, in a direction substantially oriented along the axis of the slit 7, said tab 8 having a first lateral border oriented in the extension of the breakable zone 9 of linear shape.
A casing of a tube heat exchanger which, on the top, closes a wall of a combustion chamber placed inside a jacked fitted with openings to accommodate stub pipes for the supply and discharge of the heated liquid, where the wall of the combustion chamber is shaped to form a container open on the top with its bottom formed to make an upper sieve bottom , the container encased in the jacket , where the jacket is bound on the top with a weld to the top section of the combustion chamber wall, characterised in that there is only one weld in it, where the jacket is given the shape of a container open on the top, with its bottom formed to make a lower sieve bottom .
A resin for ink obtained by obtaining a lignin-containing resol-type phenolic resin by reaction of: a lignin, phenols and aldehydes; and allowing the obtained lignin-containing resol-type phenolic resin to react with a rosin-based resin, and polyhydric alcohol. obtaining a lignin-containing resol-type phenolic resin by reaction of: a lignin, phenols and aldehydes; and a lignin, phenols and aldehydes; and allowing the obtained lignin-containing resol-type phenolic resin to react with a rosin-based resin, and polyhydric alcohol. a rosin-based resin, and polyhydric alcohol.
Method for providing a brake force in a vehicle which has a hydraulic vehicle brake with one or more wheel brake devices and an electromechanical brake device with an electric brake motor , which displaces a brake piston against a brake disc , wherein a) firstly, the idle travel of the electric brake motor is overcome via an actuation of the electric brake motor without building up electromechanical brake force, b) a hydraulic brake pressure is then produced, c) finally, the electric brake motor is actuated again to overcome a displacement of the brake piston caused by the hydraulic brake pressure and to build up electromechanical brake force, wherein the displacement of the brake piston caused by the hydraulic brake pressure is determined and the actual hydraulic brake pressure is inferred from the displacement of the brake piston , wherein, in the event of a deviation of the actual hydraulic brake pressure from a target brake pressure, a warning signal is produced. a) firstly, the idle travel of the electric brake motor is overcome via an actuation of the electric brake motor without building up electromechanical brake force, b) a hydraulic brake pressure is then produced, c) finally, the electric brake motor is actuated again to overcome a displacement of the brake piston caused by the hydraulic brake pressure and to build up electromechanical brake force,
Agricultural working system for processing an agricultural work order with an agricultural working machine which has at least one front axle (VA) and one rear axle (HA) with ground engaging means (VR, HR) arranged thereon, wherein the working machine can be equipped with at least one implement by means of at least one implement interface which comprises a traction amplification device , wherein the working machine comprises a driver assistance system which optimises the operation of at least the working machine and which has a computing unit , a memory unit and at least one input interface , wherein the computing unit is configured to process information generated by internal machine sensor systems, external information and information which can be stored in the memory unit , and wherein the working machine and/or the at least one implement comprise a control device for controlling and regulating the working machine and/or the implement , characterised in that in that the driver assistance system comprises a traction amplifier automaton which operates on the basis of a characteristic curve, the traction amplifier automaton being configured for an optimised setting of the at least one traction amplification device as a function of at least one selectable control strategy and/or optimisation target variable stored in the memory unit .