mhurhangee/patent-ind-claim-en huggingface dataset:
A joint connection comprising: a first plate assembly connected to a structural column and having a first connection plate including a first inner hole formed therethrough and a plurality of first outer holes formed therethrough and about the first inner hole; a second plate assembly connected to a structural beam and having a second connection plate including a second inner hole formed therethrough and a plurality of second outer holes formed therethrough and about the second inner hole, the second connection plate being positioned such that at least a portion of the first inner hole aligns with at least a portion of the second inner hole and at least a portion of each of the first outer holes aligns with at least a portion of a corresponding second outer hole, at least one of the plurality of first outer holes and the plurality of second outer holes being slots aligned radially about the respective first inner hole or second inner hole; a pin positioned through the first inner hole and the second inner hole rotationally connecting the first plate assembly to the second plate assembly; and at least one connecting rod positioned through at least one of the first outer holes and corresponding second outer holes, the joint connection accommodating a slippage of at least one of the first and second plate assemblies relative to each other rotationally about the pin when the joint connection is subject to a seismic load that overcomes a coefficient of friction effected by the at least one connecting rod and without losing connectivity at the pin. a first plate assembly connected to a structural column and having a first connection plate including a first inner hole formed therethrough and a plurality of first outer holes formed therethrough and about the first inner hole; a second plate assembly connected to a structural beam and having a second connection plate including a second inner hole formed therethrough and a plurality of second outer holes formed therethrough and about the second inner hole, the second connection plate being positioned such that at least a portion of the first inner hole aligns with at least a portion of the second inner hole and at least a portion of each of the first outer holes aligns with at least a portion of a corresponding second outer hole, at least one of the plurality of first outer holes and the plurality of second outer holes being slots aligned radially about the respective first inner hole or second inner hole; a pin positioned through the first inner hole and the second inner hole rotationally connecting the first plate assembly to the second plate assembly; and at least one connecting rod positioned through at least one of the first outer holes and corresponding second outer holes, the joint connection accommodating a slippage of at least one of the first and second plate assemblies relative to each other rotationally about the pin when the joint connection is subject to a seismic load that overcomes a coefficient of friction effected by the at least one connecting rod and without losing connectivity at the pin.
A conditioning system for controlling conditions of the air in an enclosed space, the system comprising: a scavenger plenum configured to direct scavenger air from a scavenger inlet to a scavenger outlet ; a process plenum sealed from the scavenger plenum and configured to direct process air from a process inlet to a process outlet , the process inlet receiving heated air from the space and the process outlet supplying cooled air to the space; a liquid-to-air membrane energy exchanger (LAMEE) arranged inside the scavenger plenum , the LAMEE configured to use the scavenger air to evaporatively cool a first fluid flowing through the LAMEE , a temperature of the first fluid at a LAMEE outlet being lower than a temperature of the first fluid at a LAMEE inlet; a first liquid-to-air heat exchanger (LAHX) arranged inside the process plenum , the first LAHX configured to directly and sensibly cool the heated air from the space to a supply air temperature using a second fluid flowing through the first LAHX ; a second LAHX arranged inside the scavenger plenum , the second LAHX configured to receive and cool the second fluid heated by the first LAHX using the scavenger air; and a fluid circuit configured to transport the first and second fluids among the LAMEE , the first LAHX , and the second LAHX , the said conditioning system characterized by the second LAHX being arranged downstream of the LAMEE . a scavenger plenum configured to direct scavenger air from a scavenger inlet to a scavenger outlet ; a process plenum sealed from the scavenger plenum and configured to direct process air from a process inlet to a process outlet , the process inlet receiving heated air from the space and the process outlet supplying cooled air to the space; a liquid-to-air membrane energy exchanger (LAMEE) arranged inside the scavenger plenum , the LAMEE configured to use the scavenger air to evaporatively cool a first fluid flowing through the LAMEE , a temperature of the first fluid at a LAMEE outlet being lower than a temperature of the first fluid at a LAMEE inlet; a first liquid-to-air heat exchanger (LAHX) arranged inside the process plenum , the first LAHX configured to directly and sensibly cool the heated air from the space to a supply air temperature using a second fluid flowing through the first LAHX ; a second LAHX arranged inside the scavenger plenum , the second LAHX configured to receive and cool the second fluid heated by the first LAHX using the scavenger air; and a fluid circuit configured to transport the first and second fluids among the LAMEE , the first LAHX , and the second LAHX , the said conditioning system characterized by the second LAHX being arranged downstream of the LAMEE .
Method for growing a plant in at least partly conditioned manner, wherein actinic light is supplied to the plant ,wherein a root temperature of a root system of the plant is maintained at a desired value, and wherein a carbon dioxide assimilation management of a leaf system of the plant is influenced, characterized in that said plant is grown in a in a daylight-free environment wherein artificial actinic light is supplied to the plant , in that said supply of actinic light, the root temperature and the carbon dioxide assimilation management of a leaf system of the plant are adapted to each other, wherein the carbon dioxide assimilation management is influenced by regulating a leaf temperature of the leaf system so that it differs from an ambient temperature of the environment.
Method for determining the time of flight of an ultrasound signal in a flowing medium, wherein an ultrasound signal provided with a marker is generated by an ultrasound emitter , the ultrasound signal is transmitted through the flowing medium to an ultrasound receiver , and the location of the marker is used to determine the time of flight of the ultrasound signal , wherein in order to receive the reception signal , a reception window is opened, wherein the marker is embedded in the ultrasound signal at a previously known time, characterized in that in order to determine the location of the marker , the period duration of at least one selected period of the reception signal is measured, and the location of the reception window is established as a function of the location of the selected period of the reception signal by measuring the time from the embedding time to the registration of the marker in the reception signal . in order to determine the location of the marker , the period duration of at least one selected period of the reception signal is measured, and the location of the reception window is established as a function of the location of the selected period of the reception signal by measuring the time from the embedding time to the registration of the marker in the reception signal .
Furniture fitting for a moveable furniture part, in particular for driving a flap , a door or a drawer, wherein the furniture fitting has a first support arm and a second support arm , each of which is mountable on one side pivotably about first and second carcass-side pivot axes on a furniture carcass of a piece of furniture or on a fitting part which can be secured to a furniture carcass and on the other side pivotably about first and second furniture part-side pivot axes on the movable furniture part or on a holding part which can be secured to the movable furniture part, wherein three additional connecting hinges are located on the two support arms , so that as a whole a seven-hinge arrangement is formed, which has several hinge arms hinged to one another and pivotable relative to one another and which comprises the two support arms and the holding part , wherein the seven-hinge arrangement is designed such that, if the furniture fitting is mounted on the piece of furniture , at least two of the three connecting hinges are in a closed position of the movable furniture part in the furniture carcass and are pivoted out of the furniture carcass if the movable furniture part is opened, so that they are outside the furniture carcass in an open position of the movable furniture part, and with a second power-operated mechanism , which can be located on the furniture carcass and is connected via a lever mechanism to the seven-hinge arrangement for introducing a force in the closing direction and, after passing a dead point, for introducing a force in the opening direction of the movable furniture part, characterised by a self-tightening device with a first power-operated mechanism for introducing a closing force in the closing direction and after, passing a dead point, for introducing an opening force in the opening direction of the movable furniture part, wherein the first power-operated mechanism is integrated into the seven-hinge arrangement by being operatively interposed between two of the hinge arms which are pivotable relative to each other, and wherein the lever mechanism has a power deflection lever , which is pivotably mounted about a carcass-side power deflection lever pivot axis and subjected to a force in a first pivoting direction by the second power-operated mechanism , and a push rod , which is pivotably connected on one side to the power deflection lever at a distance from the power deflection lever pivot axis by means of a first push rod hinge and on the other side to one of the two support arms of the seven-hinge arrangement by means of a second push rod hinge .
An information processing device comprising: a data processing unit configured to control a data recording process on both lands and grooves of an optical disc , wherein, when data is recorded on the lands or the grooves , the data processing unit is configured to perform a dummy data recording process as a process of matching data recording states of grooves or lands on both sides adjacent to a data recording target land or groove with each other. a data processing unit configured to control a data recording process on both lands and grooves of an optical disc , wherein, when data is recorded on the lands or the grooves , the data processing unit is configured to perform a dummy data recording process as a process of matching data recording states of grooves or lands on both sides adjacent to a data recording target land or groove with each other.
A method for operating an independently moving surface treatment device , particularly a cleaning robot, wherein the surface treatment device can travel in an environment and in the process perform surface treatment tasks where necessary, and wherein an obstacle detection device of the surface treatment device measures an obstacle within the environment, characterized in that the surface treatment device remains motionless at a defined location of the environment, particularly in a range of motion of a certain object , during a user-predefined time span, wherein the obstacle detection device repeatedly measures a distance (a) to a certain object and evaluates the measured values of the distance (a) with respect to a time rate of change during the time span and/or wherein the obstacle detection device detects a potentially occurring collision with the object during the time span, and wherein an alarm signal is output in case of a change beyond a defined threshold value and/or in case of a collision.
A product comprising an identification material admixture containing paramagnetic phases having an electron spin resonance, ESR, fingerprint spectrum which allows a unique identification of the product, characterized in that the phases are a mixture of i) lactose monohydrate, microcrystalline cellulose, natural ultramarine blue, diamond powder, copper(II) sulfate and magnesium oxide; or ii) natural ultramarine blue, diamond powder, copper(II) sulfate and magnesium oxide.
A gaspath component comprising: a platform including a cooling plenum ; a plurality of vectored holes (150; 250; 310) connected to the cooling plenum ; characterised by at least one retaining feature (152; 320) extending from the platform, wherein the plurality of vectored holes (150; 250; 310) are disposed in said at least one retaining feature (152; 320), the plurality of vectored holes (150; 250; 310) including at least two vectored holes defining converging axis. a platform including a cooling plenum ; a plurality of vectored holes (150; 250; 310) connected to the cooling plenum ; characterised by at least one retaining feature (152; 320) extending from the platform, wherein the plurality of vectored holes (150; 250; 310) are disposed in said at least one retaining feature (152; 320), the plurality of vectored holes (150; 250; 310) including at least two vectored holes defining converging axis.
Method for improving at least one phenotypic trait selected from grain yield, germination rate or growth in a plant, said method comprising overexpression of L-aspartate oxidase, said method comprising transformation of a plant cell with at least one nucleic acid that encodes L-aspartate oxidase, and generation from such a cell of a plant that overexpresses L-aspartate oxidase.
A hose joint sleeve (A) comprising a sleeve main body (A1) that is provided to hold a flexible hose (C) between the sleeve main body (A1) and a nipple of a hose joint (B), the hose joint sleeve (A) being configured to press and tighten the flexible hose (C) toward an outer peripheral surface of the nipple with radial contraction and deformation of the sleeve main body (A1), wherein the sleeve main body (A1) includes a plurality of belt-like (band-shaped) bodies divided at equal intervals in a circumferential direction of the sleeve main body (A1), and each of the belt-like bodies being formed to be deformable in the circumferential direction, each of the plurality of belt-like bodies includes a fitting part provided at one end in a circumferential direction of each of the plurality of belt-like bodies , a part to be fitted provided at the other end of each of the plurality of belt-like bodies , and a recessed part provided on an inner surface (A2) facing an outer surface (C1) of the flexible hose (C) in a radial direction, the fitting part and the part to be fitted are formed in shapes such that the fitting part and the part to be fitted engage with each other to couple the plurality of belt-like bodies , and recessed parts each being the recessed part are formed to be annularly connected to each other concomitantly with the coupling of the plurality of belt-like bodies ; characterized in that the sleeve main body is elastically deformable in a radial direction, each belt-like body having a plurality of cut-out and formed slits (A4) and a plurality of belt plate parts (A5) formed among the plurality of slits (A4). the sleeve main body (A1) includes a plurality of belt-like (band-shaped) bodies divided at equal intervals in a circumferential direction of the sleeve main body (A1), and each of the belt-like bodies being formed to be deformable in the circumferential direction, each of the plurality of belt-like bodies includes a fitting part provided at one end in a circumferential direction of each of the plurality of belt-like bodies , a part to be fitted provided at the other end of each of the plurality of belt-like bodies , and a recessed part provided on an inner surface (A2) facing an outer surface (C1) of the flexible hose (C) in a radial direction, the fitting part and the part to be fitted are formed in shapes such that the fitting part and the part to be fitted engage with each other to couple the plurality of belt-like bodies , and recessed parts each being the recessed part are formed to be annularly connected to each other concomitantly with the coupling of the plurality of belt-like bodies ; characterized in that the sleeve main body is elastically deformable in a radial direction, each belt-like body having a plurality of cut-out and formed slits (A4) and a plurality of belt plate parts (A5) formed among the plurality of slits (A4).
Method of moving a stack of products by means of a robot , wherein the robot comprises an articulated arm and at least one gripper for the stack of products , the gripper disposed on the articulated arm, wherein the stack of products is selectively turned, wherein the step of moving terminates at a selected deposit position among multiple deposit positions of a predefined deposit scheme and wherein the stack of products is deposited on a base at the selected deposit position, characterized in that the stack of products is held in such a way that the stack of products sags diagonally and in that when the stack of products that sags diagonally is deposited, the sagging portion is the first to touch the base .
A method for purifying sialyl glycopeptide, comprising mixing a synthetic silica-based deproteinizing agent with an aqueous solution containing avian egg yolk components including sialyl glycopeptide, thereby reducing the amount of proteins therein, and obtaining a dissolved portion from the mixture, wherein the sialyl glycopeptide remains in the dissolved portion.
A skin effect heating system for use with a power source , comprising: a ferromagnetic heat tube ; and a heater cable disposed in an interior of the heat tube and cooperating with the heat tube to produce the heat and to complete an electrical circuit with the power source via skin effect; the heater cable comprising: a core conductor ; an electrical insulation layer surrounding the core conductor ; and an outer semiconductive layer surrounding the electrical insulation layer , the outer semiconductive layer contacting an inner surface of the ferromagnetic heat tube such that the heater cable forms an electrical circuit with the ferromagnetic heat tube and, if the power source applies an alternating current to the core conductor , the electrical circuit causes skin effect heating of the heat tube . a ferromagnetic heat tube ; and a heater cable disposed in an interior of the heat tube and cooperating with the heat tube to produce the heat and to complete an electrical circuit with the power source via skin effect; the heater cable comprising: a core conductor ; an electrical insulation layer surrounding the core conductor ; and an outer semiconductive layer surrounding the electrical insulation layer , the outer semiconductive layer contacting an inner surface of the ferromagnetic heat tube such that the heater cable forms an electrical circuit with the ferromagnetic heat tube and, if the power source applies an alternating current to the core conductor , the electrical circuit causes skin effect heating of the heat tube . a core conductor ; an electrical insulation layer surrounding the core conductor ; and an outer semiconductive layer surrounding the electrical insulation layer , the outer semiconductive layer contacting an inner surface of the ferromagnetic heat tube such that the heater cable forms an electrical circuit with the ferromagnetic heat tube and, if the power source applies an alternating current to the core conductor , the electrical circuit causes skin effect heating of the heat tube .
A method for improving the recovery from recycling a disposable absorbent article including superabsorbent polymer, the method comprising: separating the article into a mixed polymeric material and cellulosic fiber stream and a superabsorbent polymer and fibers stream; and processing the mixed polymeric material and cellulosic fiber stream using an enzyme to release the cellulosic fibers from the polymeric materials. separating the article into a mixed polymeric material and cellulosic fiber stream and a superabsorbent polymer and fibers stream; and processing the mixed polymeric material and cellulosic fiber stream using an enzyme to release the cellulosic fibers from the polymeric materials.
A condition-based method for adding a Secondary Node, SN, or a Primary Secondary Cell, PSCell, performed by a terminal device, in a Dual Connectivity network including user equipment, a Master Cell Group, MCG, and a Secondary Cell Group, SCG, comprising: receiving (S310) configuration information for adding an SN/PSCel from a Master Node, MN; and adding (S320) the SN/PSCell by using the configuration information for adding an SN/PSCell, wherein the configuration information for adding an SN/PSCell comprises at least one of: addition condition configuration information of the SN/PSCell; and configuration information of the SN/PSCell, characterized in that the configuration information of the SN/PSCell comprises at least one of: configuration information of a default PSCell; configuration information of at least one Secondary Cell, SCell, in the SN; or addition condition configuration information of at least one SCell in the SN. receiving (S310) configuration information for adding an SN/PSCel from a Master Node, MN; and adding (S320) the SN/PSCell by using the configuration information for adding an SN/PSCell, wherein the configuration information for adding an SN/PSCell comprises at least one of: addition condition configuration information of the SN/PSCell; and configuration information of the SN/PSCell, characterized in that the configuration information of the SN/PSCell comprises at least one of: configuration information of a default PSCell; configuration information of at least one Secondary Cell, SCell, in the SN; or addition condition configuration information of at least one SCell in the SN. addition condition configuration information of the SN/PSCell; and configuration information of the SN/PSCell, characterized in that the configuration information of the SN/PSCell comprises at least one of: configuration information of a default PSCell; configuration information of at least one Secondary Cell, SCell, in the SN; or addition condition configuration information of at least one SCell in the SN. configuration information of a default PSCell; configuration information of at least one Secondary Cell, SCell, in the SN; or addition condition configuration information of at least one SCell in the SN.