mhurhangee/patent-ind-claim-en huggingface dataset:
An extraction device , comprising: a delivery shaft having a lumen and a distal end; a first wire forming a first arc and being positionable distal to the distal end of the delivery shaft while ends of the first arc are at a distalmost end of the delivery shaft : a second wire forming a second arc and being positionable distal to the distal end of the delivery shaft while ends of the second arc are at the distalmost end of the delivery shaft ; a first guide and a second guide moveable along the first wire toward a distalmost extent of the first wire from a first position to a second position more distal than the first position; and a cover attached to the first guide and the second guide , wherein, while in the second position, the cover encompasses an outer cross-sectional dimension of each of (i) the first wire and (ii) the second wire , wherein the distalmost extent of the first wire is distal to a distalmost extent of the second wire , wherein the first wire and the second wire are retractable relative to the delivery shaft . a delivery shaft having a lumen and a distal end; a first wire forming a first arc and being positionable distal to the distal end of the delivery shaft while ends of the first arc are at a distalmost end of the delivery shaft : a second wire forming a second arc and being positionable distal to the distal end of the delivery shaft while ends of the second arc are at the distalmost end of the delivery shaft ; a first guide and a second guide moveable along the first wire toward a distalmost extent of the first wire from a first position to a second position more distal than the first position; and a cover attached to the first guide and the second guide , wherein, while in the second position, the cover encompasses an outer cross-sectional dimension of each of (i) the first wire and (ii) the second wire , wherein the distalmost extent of the first wire is distal to a distalmost extent of the second wire , wherein the first wire and the second wire are retractable relative to the delivery shaft . a second wire forming a second arc and being positionable distal to the distal end of the delivery shaft while ends of the second arc are at the distalmost end of the delivery shaft ; a first guide and a second guide moveable along the first wire toward a distalmost extent of the first wire from a first position to a second position more distal than the first position; and a cover attached to the first guide and the second guide , wherein, while in the second position, the cover encompasses an outer cross-sectional dimension of each of (i) the first wire and (ii) the second wire , wherein the distalmost extent of the first wire is distal to a distalmost extent of the second wire , wherein the first wire and the second wire are retractable relative to the delivery shaft .
A receptacle assembly, comprising: a receptacle , the receptacle including at least three electrical terminals contained within a receptacle housing, wherein the receptacle is configured to operate as a C13 and C19 receptacle, wherein the at least three electrical terminals are configured to connect with one of a C14 plug or a C20 plug , wherein each electrical terminal of the at least three electrical terminals is configured to connect with one of a pin of the C14 plug or a pin of the C20 plug , characterized in that the receptacle housing includes a flange at a base of the receptacle housing, configured to provide a more secure fit between the receptacle housing and one of a C14 plug or a C20 plug that is connected with the receptacle .
A steel-plate cooling method including conveying a steel plate in a state of being constrained by a plurality of rolls disposed at a predetermined pitch in a steel-plate conveying direction and cooling the steel plate by jetting a cooling water onto upper and lower surfaces of the steel plate by using cooling nozzles disposed between the plurality of rolls, wherein the cooling is performed at a plate passage speed V that satisfies a formula below: V > 2.21 × 10 − 5 × Cv × L 3 × t − 2 × 24.2 + 204.3 × L / W 2 − 1 where, in the formula , V: plate passage speed (m/s), Cv: cooling speed (°C/s) with respect to a steel-plate average temperature in a plate thickness direction, L: roll pitch (m), t: plate thickness (m), and W: plate width (m), wherein the plate thickness t is 10 mm or less, and wherein the cooled steel plate has a steepness λ of less than 0.5%, wherein the steepness λ satisfies a formula below: λ = δ / P × 100 where, in the formula , λ: steepness (%), δ: wave height (m), and P: wave pitch (m), wherein (δ/P) in formula is an average value of all edge waves generated at both end portions of the steel plate. V: plate passage speed (m/s), Cv: cooling speed (°C/s) with respect to a steel-plate average temperature in a plate thickness direction, L: roll pitch (m), t: plate thickness (m), and W: plate width (m), λ: steepness (%), δ: wave height (m), and P: wave pitch (m),
A method for recovery of protein from animal by-product by sequential isoelectric solubilisation of the animal by-product, the method comprising the steps of: isoelectric solubilisation of the animal by-product in one of an acid or alkali solution to provide a first solubilised protein fraction; separating the first solubilised protein fraction from unsolubilised animal by-product; isoelectric solubilisation of the unsolubilised animal by-product in an other of the acid or alkali solution to provide a second solubilised protein fraction; separating the second solubilised protein fraction from unsolubilised animal by-product; and recovery of protein from the first and/or second solubilised protein fractions, wherein the protein from the first and second solubilised protein fractions are recovered by combining the first and second solubilised protein fractions in a proportion to effect precipitation of the protein. isoelectric solubilisation of the animal by-product in one of an acid or alkali solution to provide a first solubilised protein fraction; separating the first solubilised protein fraction from unsolubilised animal by-product; isoelectric solubilisation of the unsolubilised animal by-product in an other of the acid or alkali solution to provide a second solubilised protein fraction; separating the second solubilised protein fraction from unsolubilised animal by-product; and recovery of protein from the first and/or second solubilised protein fractions, wherein the protein from the first and second solubilised protein fractions are recovered by combining the first and second solubilised protein fractions in a proportion to effect precipitation of the protein.
Hybrid drive system comprising an internal combustion engine and an electric machine , comprising a first spur gear sub-transmission (B) and a second spur gear sub-transmission (A), which drive via at least one countershaft , and a four-shaft planetary gearset which is arranged coaxially to a crankshaft of the internal combustion engine and which namely has a first shaft (8.1), a second shaft (8.2), a third shaft (8.3) and a fourth shaft (8.4), the first shaft (8.1) being coupled or couplable to the crankshaft of the internal combustion engine such that torques originating from the internal combustion engine can be introduced into the planetary gearset via the first shaft (8.1), a rotor of the electric machine being coupled or couplable to the second shaft (8.2) such that torques originating from the rotor can be introduced into the planetary gearset via the second shaft (8.2), a first input shaft of the first spur gear sub-transmission (B) being connected to the third shaft (8.3) for conjoint rotation, a second input shaft of the second spur gear sub-transmission (A) being connected to the fourth shaft (8.4) for conjoint rotation, the first and the second spur gear sub-transmission (B, A) each having exactly one spur gear pair , characterized in that a blocking shifting element (SK) is arranged between the two spur gear pairs as seen in an axial direction (a), relative to an axis of rotation of the input shafts , for connecting two of the shafts (8.1, 8.2, 8.3, 8.4) of the planetary gearset for conjoint rotation.
Cell module structure for a motor vehicle, wherein the cell module structure has at least one energy cell and an energy cell holding device , wherein the energy cell holding device comprises: - a contact plate which has at least one cutout (4-n) and at least one overhang (2-n); - wherein the cutout (4-n) and the overhang (2-n) fix the energy cell to the contact plate via a casing surface of the energy cell by form fit and/or force fit and/or substance bonding; and wherein the cutout (4-n) and the overhang (2-n) are designed to contact an electrical terminal of the energy cell via the casing surface of the energy cell , wherein the energy cell comprises a contact on an end face of the energy cell as a first electrical contact and a contact on a casing surface as a second electrical contact, wherein the second electrical contact is arranged inside a half-side region (B), and furthermore the first electrical contact is arranged inside the half-side region (B). - a contact plate which has at least one cutout (4-n) and at least one overhang (2-n); - wherein the cutout (4-n) and the overhang (2-n) fix the energy cell to the contact plate via a casing surface of the energy cell by form fit and/or force fit and/or substance bonding; and wherein
A containment structure for location and tracking devices, comprising at least two portions configured to be coupled to each other in order to form at least one receptacle adapted to accommodate a location and tracking device ; said two portions can be opened, in an open configuration, allowing the insertion of a location and tracking device in said receptacle , and allowing the removal of said location and tracking device from said receptacle ; said two portions can be closed in a closed configuration, in which said location and tracking device inserted in said receptacle cannot be removed from said containment structure; at least one part of at least one of said two portions being transparent at the operating frequencies of said location and tracking device ; said containment structure being characterized in that said part of at least one of said two portions that is transparent at the operating frequencies of said location and tracking device comprises an opening formed on at least one of said two portions , through which opening the location and tracking device can partially protrude when inserted in said receptacle .
A three-dimensional powder bed fusion additive manufacturing PBF-AM apparatus comprising: a movement mechanism ; a stage that is movably supported by the movement mechanism ; a build box with a cylinder hole in which the stage is arranged so as to be slidable; a plurality of support columns that are arranged on the stage ; a base plate supported by the plurality of support columns , on which a powder material (M1) for forming a product is laminated; a shielding member that surrounds the plurality of support columns between the stage and the base plate , and that forms a space between the stage and the base plate , wherein a space between the shielding member and an inner wall surface of the cylinder hole of the build box is filled with the powder material (M1), and wherein the powder material (M1) is blocked by the shielding member , and the powder material (M1) is not present in the space . a movement mechanism ; a stage that is movably supported by the movement mechanism ; a build box with a cylinder hole in which the stage is arranged so as to be slidable; a plurality of support columns that are arranged on the stage ; a base plate supported by the plurality of support columns , on which a powder material (M1) for forming a product is laminated; a shielding member that surrounds the plurality of support columns between the stage and the base plate , and that forms a space between the stage and the base plate , wherein a space between the shielding member and an inner wall surface of the cylinder hole of the build box is filled with the powder material (M1), and wherein the powder material (M1) is blocked by the shielding member , and the powder material (M1) is not present in the space .
An emergency stop button comprising: a red button body ; and a user perceptible indicator comprising a light source (30A; 30B) that is illuminated to indicate an operative state of the emergency stop button, wherein the emergency stop button is in the operative state when power to components of an industrial automation system will be interrupted when the emergency stop button is actuated, and characterized in that the button body is opaque and the light source is disposed in a recess in the button body so as to be visible. a red button body ; and a user perceptible indicator comprising a light source (30A; 30B) that is illuminated to indicate an operative state of the emergency stop button, wherein the emergency stop button is in the operative state when power to components of an industrial automation system will be interrupted when the emergency stop button is actuated, and characterized in that the button body is opaque and the light source is disposed in a recess in the button body so as to be visible.
Fume hood for a laboratory room, having a housing inside of which is located a working space that is delimited at the front by a sash , at the bottom by a bottom plate and on each side by a side wall , and a first hollow profile disposed on a front end face of each side wall , each first hollow profile having a first pressure chamber which is in fluid communication with a plurality of first openings , from which jets of air in the form of wall jets consisting of compressed air can be emitted into the working space along the respective side wall , wherein the size of the first openings and the air pressure prevailing in the first pressure chamber when the fume hood is operated according to its intended use are selected such that a fluid connection can be created between the first pressure chamber and a compressed air system installed in the building without causing a flow separation of the wall jets from the side wall in an area from a front side of the working space as far as least 25% of the depth of the working space, characterized in that at least one of the first openings is configured by a jet geometry thereof in such manner that the compressed air jet exiting the first opening is emitted into the working space as a periodically oscillating wall jet .
A method of mobile communication at a user equipment, UE, the method comprising the step of : receiving , from a network entity, configuration information associated with an enhanced uplink in CELL_FACH state protocol, wherein the UE is configured to transmit uplink transmissions according to the enhanced uplink in CELL FACH state protocol, said method being characterized in that it further comprises the steps of: determining that mapping information of the configuration information is invalid, wherein invalid configuration information results in the UE being unable to transmit on the uplink; and performing at least one remedial action to ensure that the UE is able to transmit the uplink transmissions based on determining that the configuration information is invalid, wherein the at least one remedial action comprises at least initiating a cell updated procedure. determining that mapping information of the configuration information is invalid, wherein invalid configuration information results in the UE being unable to transmit on the uplink; and performing at least one remedial action to ensure that the UE is able to transmit the uplink transmissions based on determining that the configuration information is invalid, wherein the at least one remedial action comprises at least initiating a cell updated procedure.
Heatable hollow body for transporting and/or for storing liquid, gaseous and/or pasty media, comprising at least one heatable layer which comprises an electrically conductive material, a first electrical conductor which is electrically conductively connected to the heatable layer , and a second electrical conductor which is electrically conductively connected to the heatable layer , wherein the first electrical conductor and the second electrical conductor each have a sheathing at least in sections, wherein at least the sheathing of one of the two electrical conductors is electrically conductive and designed as a PTC thermistor, characterized in that the current flow can take place from the respective electrical conductor , through the sheathing of said electrical conductor, into the electrically conductive layer , and vice versa.
A method for synchronising a clock signal of a slave station with a clock signal of a master station, the clock signal of the master station being given by an external reference means, the two stations being connected by a Powerline Communication, PLC, network, including the steps of: - determining a common time reference for the two stations from an alternating current of said PLC network; - updating the clock signal of the slave station by applying a clock value determined from the common time reference, the common time reference being transmitted from the master station to the slave station via the PLC network. - determining a common time reference for the two stations from an alternating current of said PLC network; - updating the clock signal of the slave station by applying a clock value determined from the common time reference, the common time reference being transmitted from the master station to the slave station via the PLC network.
Brake controller/regulator (S1, S2) for a rail vehicle having a railcar body to which at least one bogie (D) is attached in a manner able to move by at least one degree of freedom, characterized in that the brake controller/regulator (S1, S2) is of multipart design, divided into at least one internal brake controller/regulator (S1) that is able to be arranged inside or on the railcar body and into at least one external brake controller/regulator (S2) that is able to be arranged inside or on the bogie (D), wherein the external brake controller/regulator (S2) is designed to communicate with sensors that are arranged on the bogie (D), and to collect and/or to (pre) process data ascertained from the sensors in order to forward said data to the internal brake controller/regulator (S1), such that the amount of data to be exchanged is reduced due to the processing of the data by the external brake controller/regulator (S2). the brake controller/regulator (S1, S2) is of multipart design, divided into at least one internal brake controller/regulator (S1) that is able to be arranged inside or on the railcar body and into at least one external brake controller/regulator (S2) that is able to be arranged inside or on the bogie (D), wherein the external brake controller/regulator (S2) is designed to communicate with sensors that are arranged on the bogie (D), and to collect and/or to (pre) process data ascertained from the sensors in order to forward said data to the internal brake controller/regulator (S1), such that the amount of data to be exchanged is reduced due to the processing of the data by the external brake controller/regulator (S2).
Gear wheel which, at least in its peripheral region, is composed of at least one plastifiable polymer, wherein the at least one plastifiable polymer is at least one thermoplastic polymer with shape-memory properties which has switching segments and has cross-links connecting these to one another, wherein the polymer with shape-memory properties can be deformed in a programmable manner by means of deformation from a permanent shape into a temporary shape and can be deformed back from the temporary shape into the permanent shape by means of heating at least to the switching temperature, characterized in that the polymer is programmed in such a manner that the gear wheel - has the permanent shape of a toothed or worm wheel, and in the temporary shape has at least one peripheral section configured in the shape of a cylinder, cone or truncated cone; or - in the permanent shape has at least one peripheral section configured in the shape of a cylinder, cone or truncated cone and has the temporary shape of a toothed or worm wheel. - has the permanent shape of a toothed or worm wheel, and in the temporary shape has at least one peripheral section configured in the shape of a cylinder, cone or truncated cone; or - in the permanent shape has at least one peripheral section configured in the shape of a cylinder, cone or truncated cone and has the temporary shape of a toothed or worm wheel.
A vehicle network in a vehicle , which is couplable to a further vehicle (no) to form a vehicle combination , wherein there is a solid connection between the vehicle and said further vehicle, the vehicle network comprising an inter-vehicle transceiver configured to communicate with a corresponding inter-vehicle transceiver of a vehicle network in said further vehicle (no) including generating a radio beam connecting the two transceivers , the inter-vehicle transceiver further configured to perform beam adaptation of the radio beam guided by: a) radio measurements aiming to localize the corresponding inter-vehicle transceiver, or b) an articulation angle ( φ , θ ) of the vehicle combination. the vehicle network comprising an inter-vehicle transceiver configured to communicate with a corresponding inter-vehicle transceiver of a vehicle network in said further vehicle (no) including generating a radio beam connecting the two transceivers , the inter-vehicle transceiver further configured to perform beam adaptation of the radio beam guided by: a) radio measurements aiming to localize the corresponding inter-vehicle transceiver, or b) an articulation angle ( φ , θ ) of the vehicle combination. a) radio measurements aiming to localize the corresponding inter-vehicle transceiver, or b) an articulation angle ( φ , θ ) of the vehicle combination.
A lubricant additive concentrate comprising a mineral base oil component and a component or mixture of components selected from the group consisting of: (a) the aminoalkylphosphonic acid dialkyl ester N,N-bis(2-hydroxylethyl)aminomethylphosphonic acid diethyl ester having the formula (II): (b) the cyclized product N,N-bis(2-hydroxylethyl) aminomethylphosphonic acid diethyl ester having the formula (III): and a mixture of (a) and (b); wherein the aminoalkylphosphonic acid dialkyl ester is present in an amount of greater than 50 wt% based on the total weight percent of the additive concentrate and/or the cyclized product is present in an amount of greater than 20 wt% based on the total weight percent of the additive concentrate. (a) the aminoalkylphosphonic acid dialkyl ester N,N-bis(2-hydroxylethyl)aminomethylphosphonic acid diethyl ester having the formula (II): (b) the cyclized product N,N-bis(2-hydroxylethyl) aminomethylphosphonic acid diethyl ester having the formula (III): and a mixture of (a) and (b);
Sheath remover for removing a protective needle sheath from a drug cartridge, comprising: - a resilient ring , - two or more resilient legs attached to the ring and extending in a proximal direction (P), the legs defining a space between them to receive a protective needle sheath within, wherein each leg comprises an inwardly directed ledge arranged at a proximal end (5.1) of the leg , wherein the ring consists of a resilient material allowing inward deflection of a proximal end (2.2) of the ring . - a resilient ring , - two or more resilient legs attached to the ring and extending in a proximal direction (P), the legs defining a space between them to receive a protective needle sheath within, wherein each leg comprises an inwardly directed ledge arranged at a proximal end (5.1) of the leg , wherein the ring consists of a resilient material allowing inward deflection of a proximal end (2.2) of the ring .