mhurhangee/patent-ind-claim-en huggingface dataset:
An air seal for an automotive heat exchanger , which heat exchanger has a core and a sideplate mounted on the core and having longitudinal side edges ; said air seal having an elongate shape and comprising a profiled base for connecting with the side plate of the heat exchanger ; the profiled base comprising: • a longitudinal flat middle section , • a first longitudinal edge bent to the side facing the sideplate during mounting and forming a longitudinal hook for engaging with the longitudinal edge of the sideplate ; • a second longitudinal edge bent towards the sideplate during mounting and forming a longitudinal lock for blocking with the second longitudinal edge of the sideplate and having a middle wall approximately perpendicular to said flat middle section and an end wall extending from the middle wall towards the centre of the flat middle section , characterized in that said lock of the second longitudinal edge comprises a longitudinal blocking lip located at a distance (D1) from said end wall of the lock and protruding from the inner side of said middle wall to such a distance (D2) that, between said blocking lip , said middle wall and said end wall there is defined a cavity for receiving and blocking said second longitudinal edge of the sideplate of the heat exchanger when mounting the air seal on the sideplate . • a longitudinal flat middle section , • a first longitudinal edge bent to the side facing the sideplate during mounting and forming a longitudinal hook for engaging with the longitudinal edge of the sideplate ; • a second longitudinal edge bent towards the sideplate during mounting and forming a longitudinal lock for blocking with the second longitudinal edge of the sideplate and having a middle wall approximately perpendicular to said flat middle section and an end wall extending from the middle wall towards the centre of the flat middle section ,
A heat pump , comprising: a plurality of stages arranged sequentially along a predetermined direction, each of the stages comprising magneto caloric material (MCM) having a Curie temperature range, the stages arranged so that the Curie temperature ranges of the plurality of stages increase along the predetermined direction; an adjustable heat transfer fluid flow path (F) through the heat pump , the fluid flow path (F) configured so that the number of stages through which heat transfer fluid passes is adjustable; and a magnetic device positioned adjacent to the plurality of stages , the magnetic device configured to subject one or more of the plurality of stages to a magnetic field (M). a plurality of stages arranged sequentially along a predetermined direction, each of the stages comprising magneto caloric material (MCM) having a Curie temperature range, the stages arranged so that the Curie temperature ranges of the plurality of stages increase along the predetermined direction; an adjustable heat transfer fluid flow path (F) through the heat pump , the fluid flow path (F) configured so that the number of stages through which heat transfer fluid passes is adjustable; and a magnetic device positioned adjacent to the plurality of stages , the magnetic device configured to subject one or more of the plurality of stages to a magnetic field (M).
A controller for a control apparatus , the controller comprising a chassis which is a ring type in shape, the controller being characterised in that it comprises: an operation member which is slidable along an extension direction of the chassis with a predetermined position as a reference, is rotatable in a circumferential direction of the chassis with the predetermined position as the reference, and at least a part of which is fitted into a recess section provided in an external surface of the chassis; a second sensor section operable to sense an amount of sliding of the operation member along the extension direction, and an amount of rotation of the operation member in the circumferential direction; and a communication section operable to transmit a signal to the control apparatus indicating the operation of the operation member in dependence upon the sensed sliding and/or rotation. an operation member which is slidable along an extension direction of the chassis with a predetermined position as a reference, is rotatable in a circumferential direction of the chassis with the predetermined position as the reference, and at least a part of which is fitted into a recess section provided in an external surface of the chassis; a second sensor section operable to sense an amount of sliding of the operation member along the extension direction, and an amount of rotation of the operation member in the circumferential direction; and a communication section operable to transmit a signal to the control apparatus indicating the operation of the operation member in dependence upon the sensed sliding and/or rotation.
A traffic detection method for use in a communications network, the communications network comprising at least a first network device and a second network device, wherein the first network device is configured to transmit traffic along a traffic transmission path to the second network device, and the second network device is configured to receive the traffic, wherein the method is performed by the first network device, and the method comprises: obtaining (S501) a packet, wherein the packet is any packet of the traffic; adding (S502) a detection flag and detection indication information to the packet to update the packet, wherein the detection flag is used to indicate a position of the detection indication information, the detection indication information comprises a first flag, and the first flag is used to indicate whether the traffic is to-be-detected traffic; and sending (S503) an updated packet to the second network device; wherein the detection indication information further comprises a reverse flow flag and a tuple flag, wherein the reverse flow flag is used to indicate whether to detect a reverse flow, and the tuple flag is used to indicate to detect a reverse flow that meets one or more tuple entries. obtaining (S501) a packet, wherein the packet is any packet of the traffic; adding (S502) a detection flag and detection indication information to the packet to update the packet, wherein the detection flag is used to indicate a position of the detection indication information, the detection indication information comprises a first flag, and the first flag is used to indicate whether the traffic is to-be-detected traffic; and sending (S503) an updated packet to the second network device; wherein the detection indication information further comprises a reverse flow flag and a tuple flag, wherein the reverse flow flag is used to indicate whether to detect a reverse flow, and the tuple flag is used to indicate to detect a reverse flow that meets one or more tuple entries.
A thermoplastic resin composition comprising: about 100 parts by weight of a polycarbonate resin; about 0.7 part by weight to about 12 parts by weight of a polyester resin; about 35 parts by weight to about 85 parts by weight of glass fiber having a rectangular cross-section, a cross-section aspect ratio (long-side length/short-side length in cross-section) of about 1.5 to about 10, a short-side length of about 2 μm to about 10 μm, and a pre-processing length of about 1 mm to about 30 mm as measured by the method outlined in the description; about 5 parts by weight to about 40 parts by weight of talc having an average particle diameter (D50) of about 7 μm to about 30 μm as measured by the method outlined in the description; and about 4 parts by weight to about 28 parts by weight of a phosphazene flame retardant, wherein the glass fiber and the talc are present in a weight ratio of about 1.5:1 to about 6:1. about 100 parts by weight of a polycarbonate resin; about 0.7 part by weight to about 12 parts by weight of a polyester resin; about 35 parts by weight to about 85 parts by weight of glass fiber having a rectangular cross-section, a cross-section aspect ratio (long-side length/short-side length in cross-section) of about 1.5 to about 10, a short-side length of about 2 μm to about 10 μm, and a pre-processing length of about 1 mm to about 30 mm as measured by the method outlined in the description; about 5 parts by weight to about 40 parts by weight of talc having an average particle diameter (D50) of about 7 μm to about 30 μm as measured by the method outlined in the description; and about 4 parts by weight to about 28 parts by weight of a phosphazene flame retardant, wherein the glass fiber and the talc are present in a weight ratio of about 1.5:1 to about 6:1.
Use of an aqueous composition comprising 0.01 -5 vol.%, preferably 0.01 -2 vol.%, more preferably 0.02-1 vol.%, of at least one polyethylene glycol with a molecular weight of 300-20000 Da, preferably of 300-8000 Da, wherein said at least one polyethylene glycol is used as an insecticidal and/or acaricidal active ingredient, for controlling the infestation by and/or the spread of phytophagous insects and/or mites on plants.
A harness apparatus for attaching an exoskeleton device to a limb, comprising: a support holder including a first end and a second end, the first end and the second end defining a support holder axis therebetween; a limb support coupled to a support lock element , the limb support configured to rotate about the support holder axis; and a connection element configured to pivotably connect to the support holder along a common axis of rotation, wherein the support lock element is configured to reversibly slide along the support holder axis so as to shift a position of the limb support, and the support lock element includes a tubular body with a hollow core which receives a retaining element for securing the limb support to the support holder . a support holder including a first end and a second end, the first end and the second end defining a support holder axis therebetween; a limb support coupled to a support lock element , the limb support configured to rotate about the support holder axis; and a connection element configured to pivotably connect to the support holder along a common axis of rotation, wherein the support lock element is configured to reversibly slide along the support holder axis so as to shift a position of the limb support, and the support lock element includes a tubular body with a hollow core which receives a retaining element for securing the limb support to the support holder . the support lock element is configured to reversibly slide along the support holder axis so as to shift a position of the limb support, and the support lock element includes a tubular body with a hollow core which receives a retaining element for securing the limb support to the support holder .
A line retraction system for an industrial robot for tightening at least one supply assembly guided along a robot arm , in particular a supply hose and/or a supply line and/or a line package, for length compensation as a result of a movement of the robot arm , having at least one guide rod and one or more return elements , wherein a holding system is adjustable against the spring force of the return element , wherein the holding system is designed for fastening the supply assembly , wherein the holding system has a carriage , wherein the carriage is adjustably mounted on the guide rod and wherein a line clamp is held on the carriage and therewith forms the holding system , characterised in that the line clamp is at least partially enveloped by a protective casing along at least part of the travel path thereof, that the protective casing has two partial shells that can be opened against each other, that the line clamp is connected to the carriage via a clamp foot and that the protective casing has a slot (42.1) along the travel path of the holding system , through which the clamp foot is guided.
A method for processing an autonomous transmission of a User Equipment, UE, applied in the UE, the method comprising: reporting capability information, wherein the capability information comprises a capability to support the autonomous transmission and a collision handling capability of supporting handling of resource collision scenarios comprising any one or more of Dynamic Grant, DG, vs Configured Grant, CG, CG vs CG, DG vs DG, and Uplink, UL,-Shared Channel, SCH, vs Uplink Control Information, UCI, in which a de-prioritized Medium Access Control, MAC, Protocol Data Unit, PDU, is present; receiving , by the UE, first information comprising autonomous transmission information or information indicating activation or configuration of the autonomous transmission, wherein the first information comprises a first time length, the first time length being used for determining time for the UE to perform the autonomous transmission; and performing the autonomous transmission based on the first information, in response to determining from the first information that the autonomous transmission is configured or activated. reporting capability information, wherein the capability information comprises a capability to support the autonomous transmission and a collision handling capability of supporting handling of resource collision scenarios comprising any one or more of Dynamic Grant, DG, vs Configured Grant, CG, CG vs CG, DG vs DG, and Uplink, UL,-Shared Channel, SCH, vs Uplink Control Information, UCI, in which a de-prioritized Medium Access Control, MAC, Protocol Data Unit, PDU, is present; receiving , by the UE, first information comprising autonomous transmission information or information indicating activation or configuration of the autonomous transmission, wherein the first information comprises a first time length, the first time length being used for determining time for the UE to perform the autonomous transmission; and performing the autonomous transmission based on the first information, in response to determining from the first information that the autonomous transmission is configured or activated.
Coordinate measuring machine comprising at least one optical sensor for recording an image in an image capture region during an image recording time interval for the purposes of inspecting a measurement object , a control signal transducer which provides a control signal that represents the image recording time interval , a measurement illumination arrangement for illuminating the image capture region and a control device , characterized in that the control device is embodied to activate the measurement illumination arrangement on the basis of the control signal only during the image recording time interval and wherein the control device is furthermore embodied to activate at least one further illumination arrangement on the basis of the control signal only temporally outside of the image recording time , wherein the coordinate measuring machine comprises the further illumination arrangement , wherein the further illumination arrangement is a marking illumination device for marking the image capture region , wherein the coordinate measuring machine comprises a lens and wherein an image recording by the at least one optical sensor is implemented through the lens , wherein the lens is a zoom lens , wherein a measurement illumination beam path of the measurement illumination arrangement extends through the entire lens , wherein the marking illumination device is a laser and wherein the laser is arranged in such a way that a marking beam path of the laser extends outside of the lens .
An in vitro method for evaluating harmfulness of a chemical substance to a cell, said method comprising: introducing, into a cell, the compound to be evaluated for its harmfulness to the cell, and a double-stranded RNA probe comprising an RNA strand labeled with a fluorescent dye A that emits fluorescence, and an RNA strand labeled with a fluorescent dye B that quenches emission from a fluorescent dye in the vicinity thereof, wherein the fluorescence is quenched in a double-stranded state due to occurrence of fluorescence resonance energy transfer (FRET) between said two kinds of fluorescent dyes; and detecting a decrease in the degradation rate of intracellular RNA by measuring fluorescence emission, which detection utilizes the principle that, in cases where double-stranded RNA is degraded by activity of intracellular ribonuclease, the FRET state is canceled, allowing fluorescence emission of the fluorescent dye A, while in cases where activity of intracellular ribonuclease is suppressed, double-stranded RNA remains undegraded, making the fluorescent dye A remain quenched due to influence of the fluorescent dye B. introducing, into a cell, the compound to be evaluated for its harmfulness to the cell, and a double-stranded RNA probe comprising an RNA strand labeled with a fluorescent dye A that emits fluorescence, and an RNA strand labeled with a fluorescent dye B that quenches emission from a fluorescent dye in the vicinity thereof, wherein the fluorescence is quenched in a double-stranded state due to occurrence of fluorescence resonance energy transfer (FRET) between said two kinds of fluorescent dyes; and detecting a decrease in the degradation rate of intracellular RNA by measuring fluorescence emission, which detection utilizes the principle that, in cases where double-stranded RNA is degraded by activity of intracellular ribonuclease, the FRET state is canceled, allowing fluorescence emission of the fluorescent dye A, while in cases where activity of intracellular ribonuclease is suppressed, double-stranded RNA remains undegraded, making the fluorescent dye A remain quenched due to influence of the fluorescent dye B.
Method for detecting a short circuit of at least one LED of an LED string of a light module , the LED string comprising a number of at least two LEDs connected in series with one another, the method comprising the following steps: a) providing a reference value (Rref) which correlates with a differential operating AC setpoint resistance of the LED string and storing the reference value (Rref) on a data memory , b) Commissioning the LED string with a DC operating voltage (UBT1, UBT2, UBT3) so that the LED string emits light, c) impressing an alternating current (IW1, IW2) superimposed on the DC operating voltage (UBT1, UBT2, UBT3) into the LED string , the frequency of the alternating current (IW1, IW2) being at least 60 Hz, the impressed alternating current (IW1, IW2) is selected such that its amplitude is between 20% and 60% of the absolute value of the nominal value of an operating direct current (IB) of the LED string caused by the operating direct voltage (UBT1, UBT2, UBT3), d) measuring the AC voltage drop (UW1, UW2) at the LED string caused by the AC current (IW1, IW2) according to step c), e) deriving a comparison actual value (Rist) of the LED string correlating with a differential operating AC actual resistance value with the aid of the AC voltage drop (UW1, UW2) measured in accordance with step d), f) retrieving the reference value (Rref) made available on the data memory in accordance with step a) and comparing it with the comparative actual value (Rist), the presence of an LED short circuit being inferred from the comparison depending on the result. a) providing a reference value (Rref) which correlates with a differential operating AC setpoint resistance of the LED string and storing the reference value (Rref) on a data memory , b) Commissioning the LED string with a DC operating voltage (UBT1, UBT2, UBT3) so that the LED string emits light, c) impressing an alternating current (IW1, IW2) superimposed on the DC operating voltage (UBT1, UBT2, UBT3) into the LED string , the frequency of the alternating current (IW1, IW2) being at least 60 Hz, the impressed alternating current (IW1, IW2) is selected such that its amplitude is between 20% and 60% of the absolute value of the nominal value of an operating direct current (IB) of the LED string caused by the operating direct voltage (UBT1, UBT2, UBT3), d) measuring the AC voltage drop (UW1, UW2) at the LED string caused by the AC current (IW1, IW2) according to step c), e) deriving a comparison actual value (Rist) of the LED string correlating with a differential operating AC actual resistance value with the aid of the AC voltage drop (UW1, UW2) measured in accordance with step d), f) retrieving the reference value (Rref) made available on the data memory in accordance with step a) and comparing it with the comparative actual value (Rist), the presence of an LED short circuit being inferred from the comparison depending on the result.
Composite laminate for an airframe lifting surface , the composite laminate being made of a pre-preg material, and comprising at least two sides and one ramp area defined by a decreasing staggered laminate extended along a ramp direction (D), wherein the composite laminate comprises a combination of: - first plies formed by tapes arranged parallel to the ramp direction (D), - second plies formed by tapes arranged orthogonal to the ramp direction (D), - third plies formed by tapes arranged in a first laying up direction (O1), being the first laying up direction (O 1 ) different from the ramp direction (D) and the direction orthogonal to the ramp direction (D), and - fourth plies formed by tapes arranged in a second laying up direction (O 2 ), being the second laying up direction (O 2 ) different from the ramp direction (D), the direction orthogonal to the ramp direction (D) and the first laying up direction (O 1 ); and wherein in the ramp area , the tapes forming the third and/or fourth plies are extended from one laminate side to another laminate side . wherein the composite laminate comprises a combination of: - first plies formed by tapes arranged parallel to the ramp direction (D), - second plies formed by tapes arranged orthogonal to the ramp direction (D), - third plies formed by tapes arranged in a first laying up direction (O1), being the first laying up direction (O 1 ) different from the ramp direction (D) and the direction orthogonal to the ramp direction (D), and - fourth plies formed by tapes arranged in a second laying up direction (O 2 ), being the second laying up direction (O 2 ) different from the ramp direction (D), the direction orthogonal to the ramp direction (D) and the first laying up direction (O 1 ); - first plies formed by tapes arranged parallel to the ramp direction (D), - second plies formed by tapes arranged orthogonal to the ramp direction (D), - third plies formed by tapes arranged in a first laying up direction (O1), being the first laying up direction (O 1 ) different from the ramp direction (D) and the direction orthogonal to the ramp direction (D), and - fourth plies formed by tapes arranged in a second laying up direction (O 2 ), being the second laying up direction (O 2 ) different from the ramp direction (D), the direction orthogonal to the ramp direction (D) and the first laying up direction (O 1 ); and wherein in the ramp area , the tapes forming the third and/or fourth plies are extended from one laminate side to another laminate side .