mhurhangee/ep-ind-claims huggingface dataset:
Multilayer adhesive material for food contact comprising: - a polyolefin film 14 having a first surface 14a and a second surface 14b opposite the first; - a polyolefin film 11 coupled to the polyolefin film 14 on the first surface 14a by means of a layer 13 comprising at least one adhesive; - a layer 12 comprising at least one ink interposed between the polyolefin films 11 and 14; and - an adhesive layer 15 comprising at least one pressure-sensitive hot-melt adhesive arranged on the second surface 14b of the polyolefin film 14, wherein the at least one pressure-sensitive hot-melt adhesive has a hot shear value ≥ 60 min., preferably ≥ 100 min., more preferably ≥ 300 min., the hot shear value being measured on steel at 40°C according to the method disclosed in the description. - a polyolefin film 14 having a first surface 14a and a second surface 14b opposite the first; - a polyolefin film 11 coupled to the polyolefin film 14 on the first surface 14a by means of a layer 13 comprising at least one adhesive; - a layer 12 comprising at least one ink interposed between the polyolefin films 11 and 14; and - an adhesive layer 15 comprising at least one pressure-sensitive hot-melt adhesive arranged on the second surface 14b of the polyolefin film 14, wherein the at least one pressure-sensitive hot-melt adhesive has a hot shear value ≥ 60 min., preferably ≥ 100 min., more preferably ≥ 300 min., the hot shear value being measured on steel at 40°C according to the method disclosed in the description.
A bidirectional forwarding detection, BFD, method, wherein the method is applied to a process in which a first virtual machine receives BFD packets, the BFD packets are from a second virtual machine, and characterized in that the method comprises: Obtaining prediction duration and a predetermined quantity of sample time intervals, wherein the prediction duration is a time interval between a current moment and a moment at which the first virtual machine received a BFD packet last time, and the sample time interval is an arrival time interval between two adjacent BFD packets; Obtaining an eigenvalue according to the prediction duration and the predetermined quantity of sample time intervals, wherein the eigenvalue is used to indicate a possibility of fault occurrence on an application that is running on the second virtual machine; and for the application that is running on the second virtual machine, comparing the eigenvalue with a preset fault determining criterion of the application, and determining, according to a comparison result, whether the application is faulty. Obtaining prediction duration and a predetermined quantity of sample time intervals, wherein the prediction duration is a time interval between a current moment and a moment at which the first virtual machine received a BFD packet last time, and the sample time interval is an arrival time interval between two adjacent BFD packets; Obtaining an eigenvalue according to the prediction duration and the predetermined quantity of sample time intervals, wherein the eigenvalue is used to indicate a possibility of fault occurrence on an application that is running on the second virtual machine; and for the application that is running on the second virtual machine, comparing the eigenvalue with a preset fault determining criterion of the application, and determining, according to a comparison result, whether the application is faulty.
A blood treatment apparatus comprising: a first supply line for removing blood from a patient; a dialyser unit coupled to said first supply line for receiving blood from the patient and for treating the blood by removing waste from the blood; a glucose monitoring unit receiving the blood for measuring a glucose level in the blood, detecting a blood glucose level in the blood above a threshold level and detecting a blood glucose level in the blood below a threshold level; a glucose scavenging unit positioned in a line between the dialyser and the patient and having a glucose scavenger selected from the group consisting of glucose binding proteins, boronic acids, boronic esters and mixtures thereof, said glucose scavenger adapted for receiving the blood and removing a predetermined amount of glucose from the blood when the glucose level is above said threshold level; and a second supply line for returning treated blood from said glucose scavenging unit to the patient. a first supply line for removing blood from a patient; a dialyser unit coupled to said first supply line for receiving blood from the patient and for treating the blood by removing waste from the blood; a glucose monitoring unit receiving the blood for measuring a glucose level in the blood, detecting a blood glucose level in the blood above a threshold level and detecting a blood glucose level in the blood below a threshold level; a glucose scavenging unit positioned in a line between the dialyser and the patient and having a glucose scavenger selected from the group consisting of glucose binding proteins, boronic acids, boronic esters and mixtures thereof, said glucose scavenger adapted for receiving the blood and removing a predetermined amount of glucose from the blood when the glucose level is above said threshold level; and a second supply line for returning treated blood from said glucose scavenging unit to the patient.
Cooling apparatus for a hydraulic assembly, the cooling apparatus having a container for hydraulic oil, which container has an inlet and an outlet, at least two heat pipes (12, 14, 16) being arranged in the flow path of the hydraulic oil between the inlet and the outlet, each heat pipe (12, 14, 16) having a coolant, and each heat pipe (12, 14, 16) being immersed with one pipe section into the container, in order to dissipate heat from the hydraulic oil as heat of evaporation, by the coolant evaporating at a location to be cooled, the heat pipes (12, 14, 16) not being arranged in series as viewed in the direction of the flow path.
A mounting apparatus for a rotor, including: a first portion for connection to a driving means, for rotation about a first rotational axis; a second portion comprising a mounting assembly adapted for engaging with a portion of the rotor so as to hold the rotor relative thereto, configured for rotation about a second rotational axis; and a connection member connecting the first portion to the second portion so that rotational movement of the first portion effects rotational movement of the second portion about the second rotational axis, wherein the connection member comprises an outer ring and an inner ring spaced from and concentric with the outer ring, the outer ring being connected to the first portion and the inner ring being connected to the second portion, the outer ring and inner ring being connected by a plurality of extension members, and wherein the connection member is configured substantially to prevent radial movement of the second portion relative to the first portion, while enabling inclination of the first rotational axis relative to the second rotational axis. a first portion for connection to a driving means, for rotation about a first rotational axis; a second portion comprising a mounting assembly adapted for engaging with a portion of the rotor so as to hold the rotor relative thereto, configured for rotation about a second rotational axis; and a connection member connecting the first portion to the second portion so that rotational movement of the first portion effects rotational movement of the second portion about the second rotational axis, wherein the connection member comprises an outer ring and an inner ring spaced from and concentric with the outer ring, the outer ring being connected to the first portion and the inner ring being connected to the second portion, the outer ring and inner ring being connected by a plurality of extension members, and wherein the connection member is configured substantially to prevent radial movement of the second portion relative to the first portion, while enabling inclination of the first rotational axis relative to the second rotational axis.
A voltage division device, comprising - a core region with a capacitor arrangement arranged in the core region and an electrical resistor arranged in the core region, - a first electrode of the capacitor arrangement with a coupling member for the connection with a live element, - a second electrode of the capacitor arrangement with a grounding member for the connection with a grounding element, - and wherein the first electrode and the second electrode together form a capacitor and are electrically conductively connected via the electrical resistor, characterised in that the first electrode and the second electrode each comprise a plurality of electrically conductive, substantially finger-shaped or rod-shaped modulation elements of the capacitor. - a core region with a capacitor arrangement arranged in the core region and an electrical resistor arranged in the core region, - a first electrode of the capacitor arrangement with a coupling member for the connection with a live element, - a second electrode of the capacitor arrangement with a grounding member for the connection with a grounding element, - and wherein the first electrode and the second electrode together form a capacitor and are electrically conductively connected via the electrical resistor,
A method comprising: establishing a data connection between a wireless communication device and a wireless data provider, the wireless communication device being in a geographic area that is served by the wireless data provider; streaming video through the data connection and displaying the video to a user of the wireless communication device; querying the wireless data provider by the wireless communication device regarding a data transfer rate that is currently available from the wireless data provider in the geographic area of the wireless communication device; receiving an indication from the wireless data provider regarding the data transfer rate that is currently available from the wireless data provider in the geographic area, the data transfer rate being dependent at least in part on demand for data by multiple wireless communication devices in the geographic area; and based at least on the data transfer rate, displaying on the wireless communication device a notification for a user to expect degraded video streaming. establishing a data connection between a wireless communication device and a wireless data provider, the wireless communication device being in a geographic area that is served by the wireless data provider; streaming video through the data connection and displaying the video to a user of the wireless communication device; querying the wireless data provider by the wireless communication device regarding a data transfer rate that is currently available from the wireless data provider in the geographic area of the wireless communication device; receiving an indication from the wireless data provider regarding the data transfer rate that is currently available from the wireless data provider in the geographic area, the data transfer rate being dependent at least in part on demand for data by multiple wireless communication devices in the geographic area; and based at least on the data transfer rate, displaying on the wireless communication device a notification for a user to expect degraded video streaming.
A computer-implemented method for detecting an abnormal execution of a plurality of program tasks (D-G, X, Y), the plurality of program tasks (D-G, X, Y) being requested for wakeup so as to be executed in a predetermined schedule in accordance with a real time operating system (RTOS) running on the computer, the computer implemented method comprising the steps of: measuring a period until wakeup of at least one of the plurality of program tasks (D-G, X, Y) and comparing the measured period with a predetermined first timeout value, thus determining that the at least one of the plurality of program tasks is abnormally executed by the computer if the measured period is equal to or greater than the predetermined first timeout value; characterized in that the plurality of program tasks (D-G, X, Y) being requested for wakeup at irregular time intervals; and the measured period is a delay period between the output of a wakeup request for waking up the at least one of the plurality of program tasks (D-G, X, Y) and the start of execution of the at least one of the plurality of program tasks (D-G, X, Y). measuring a period until wakeup of at least one of the plurality of program tasks (D-G, X, Y) and comparing the measured period with a predetermined first timeout value, thus determining that the at least one of the plurality of program tasks is abnormally executed by the computer if the measured period is equal to or greater than the predetermined first timeout value; characterized in that the plurality of program tasks (D-G, X, Y) being requested for wakeup at irregular time intervals; and the measured period is a delay period between the output of a wakeup request for waking up the at least one of the plurality of program tasks (D-G, X, Y) and the start of execution of the at least one of the plurality of program tasks (D-G, X, Y).
A method of wireless communication, comprising: receiving a plurality of encoded sub-blocks associated with a data transport block, the plurality of encoded sub-blocks comprising at least a first encoded sub-block and a second encoded sub-block, a size of the first encoded sub-block being different than a size of the second encoded sub-block, wherein: the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and a code rate of the first encoded sub-block is lower than a code rate of the second encoded sub-block; decoding at least the first and second encoded sub-blocks, wherein the decoding at least the first and second encoded sub-blocks comprises: determining whether the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and decoding the first encoded sub-block prior to the second encoded sub-block when the size of the first encoded sub-block is determined to be smaller than the size of the second encoded sub-block; and performing data-aided channel estimation for one or more of the plurality of encoded sub-blocks based on the decoding of the first encoded sub-block. receiving a plurality of encoded sub-blocks associated with a data transport block, the plurality of encoded sub-blocks comprising at least a first encoded sub-block and a second encoded sub-block, a size of the first encoded sub-block being different than a size of the second encoded sub-block, wherein: the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and a code rate of the first encoded sub-block is lower than a code rate of the second encoded sub-block; the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and a code rate of the first encoded sub-block is lower than a code rate of the second encoded sub-block; decoding at least the first and second encoded sub-blocks, wherein the decoding at least the first and second encoded sub-blocks comprises: determining whether the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and decoding the first encoded sub-block prior to the second encoded sub-block when the size of the first encoded sub-block is determined to be smaller than the size of the second encoded sub-block; and determining whether the size of the first encoded sub-block is smaller than the size of the second encoded sub-block; and decoding the first encoded sub-block prior to the second encoded sub-block when the size of the first encoded sub-block is determined to be smaller than the size of the second encoded sub-block; and performing data-aided channel estimation for one or more of the plurality of encoded sub-blocks based on the decoding of the first encoded sub-block.
A commercial vehicle, particularly a fire-fighting vehicle, with a superstructure that is mounted on a chassis frame and features a driver's cabin, which is pivotable about a horizontal axis extending transverse to the driving direction, and at least one crew and/or equipment cabin mounted on the chassis, as well as a passage formed by opposite openings in a rear wall of the driver's cabin and a transverse wall of the crew and/or equipment cabin, wherein said passage features a detachable connecting device that encloses the passage with at least one flexible sealing element, and wherein said sealing element separates a cabin interior from an exterior, and with a superstructure that is mounted on the chassis frame independently of the driver's cabin and the crew and/or equipment cabin and features installations for the storage of tools and equipment, as well as entry and/or access openings in transverse and/or longitudinal sidewalls of the superstructure, which are accessible via at least one climbing device, wherein the sealing element is mounted on a transverse wall of the crew and/or equipment cabin by means of a mounting frame and the sealing element is at least partially encompassed by an essentially L-shaped limb of a cover frame mounted on the rear wall of the driver's cabin, characterized in that the sealing element features a base body with an elastic sealing strip, a sealing profile and a groove-shaped clamping section and is connected to the mounting frame with the aid of a connecting means, wherein the mounting frame has an essentially U-shaped cross section and the cover frame at least sectionally features a contact section, wherein the sealing profile rests against the contact section in the idle state of the commercial vehicle such that the cross section of the sealing profile is changed in a reversible fashion, wherein the sealing strip furthermore rests against the contact section, and wherein the end region of the sealing strip rests against a vertical section of the limb of the cover frame during a deceleration of the commercial vehicle.
A GH61 polypeptide comprising an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 23 or a fragment thereof capable of enhancing hydrolysis of cellulosic material, and outperforming the hydrolytic efficiency of GH61 of Thielavia terrestris at a temperature range of 37-55°C.
A u-shaped binding element comprising a u-shaped element main body, an anti-drop adhesive tape and a wrappage, wherein the u-shaped element main body is made of steel material or aluminium alloy which is molded by a tension process, wherein one or two up ends of the u-shaped element main body is or are wrapped with the anti-drop adhesive tape; wherein if one up end of the u-shaped element main body is winded with the anti-drop adhesive tape, a single-side molding body is formed; if two ends of the u-shaped element main body are covered with respectively are winded with the anti-drop adhesive tape, a double-side molding body is formed, the wrappage is covered on an external surface of the single-side molding body or the double-side molding body to form the u-shaped binding element.
A method for radio link control in a mobile wireless device, the method comprising: transmitting a sequence of service requests to establish radio resources between the mobile wireless device and a wireless communication network for a data packet in a pending data packet buffer; when no radio resources are allocated in response to the transmitted sequence of service requests, setting a threshold for the pending data packet buffer to a minimum threshold value; discarding all pending data packets above the set threshold and the oldest pending data packet; and repeating the transmitting and the discarding until a radio resource is allocated by the wireless communication network or the pending data packet buffer is empty. transmitting a sequence of service requests to establish radio resources between the mobile wireless device and a wireless communication network for a data packet in a pending data packet buffer; when no radio resources are allocated in response to the transmitted sequence of service requests, setting a threshold for the pending data packet buffer to a minimum threshold value; discarding all pending data packets above the set threshold and the oldest pending data packet; and repeating the transmitting and the discarding until a radio resource is allocated by the wireless communication network or the pending data packet buffer is empty.
Method for determining the speed of vehicles on a roadway, in which a first measuring system and a second measuring system are provided, the first measuring system is provided with a sensor device covering a detection area and a first time measuring device, wherein the first measuring system measures at several points of time the distance of a vehicle moving within the detection area and determines by means of the distance, changing over time, a driving speed (v pe) of the vehicle, and the second measuring system checks the determined driving speed (v pe), characterised in that the second measuring system is provided with a second time measuring device being independent of the first time measuring device, wherein the second measuring system monitors by means of the sensor device a virtual entry line of a roadway section situated within the detection area and records by means of the second time measuring device an entry point of time (t 1), at which the sensor device detects an object point at the entry line, wherein the second measuring system checks at least at a later check point of time (t 2) by means of the sensor device, whether an object point is within a defined section window (2x i) around a virtual exit line of the roadway section.
A ground proximity warning system for a flight vehicle, comprising: a processor that is configured to generate a look-ahead envelope that defines region extending outwardly from the flight vehicle along a flight path, generates a terrain proximity message when the defined region intersects a terrain feature (44, 46, 60), identifies at least one alternate flight path (52, 54, 56), wherein the flight vehicle possesses suitable performance characteristics to execute the alternate flight path (52, 54, 56, 62, 64, 66); and characterized by an interface device coupled to the processor that is operable to configure the system in a first operating mode wherein the generated terrain proximity message is suppressed wherein the ground proximity warning message is altered from the suppression state by the processor if none of the at least one alternate flight paths (52, 54, 56, 62, 64, 66) comprising an executable aircraft bank angle avoids the intersection with the terrain feature. a processor that is configured to generate a look-ahead envelope that defines region extending outwardly from the flight vehicle along a flight path, generates a terrain proximity message when the defined region intersects a terrain feature (44, 46, 60), identifies at least one alternate flight path (52, 54, 56), wherein the flight vehicle possesses suitable performance characteristics to execute the alternate flight path (52, 54, 56, 62, 64, 66); and characterized by an interface device coupled to the processor that is operable to configure the system in a first operating mode wherein the generated terrain proximity message is suppressed wherein the ground proximity warning message is altered from the suppression state by the processor if none of the at least one alternate flight paths (52, 54, 56, 62, 64, 66) comprising an executable aircraft bank angle avoids the intersection with the terrain feature.