mhurhangee/ep-ind-claims huggingface dataset:
A method for communication, comprising: receiving a Radio Frequency channel, which contains a desired signal conforming to a first air interface and an interfering signal conforming to a second air interface that is different from the first air interface, by a first receiver that is configured for the first air interface and receives the RF channel via a first antenna, and by a second receiver that is configured for the second air interface and receives the RF channel via a second antenna that is different from the first antenna; synchronizing the first receiver and the second receiver to a common frequency and timing reference, even though the first receiver and the second receiver are configured for different air interfaces; and while the first and second receivers are synchronized, decoding the desired signal from the RF channel using the first receiver to generate a first output, decoding the interfering signal from the RF channel using the second receiver to generate a second output, and reconstructing the desired signal while suppressing the interfering signal by jointly processing the first and second outputs. receiving a Radio Frequency channel, which contains a desired signal conforming to a first air interface and an interfering signal conforming to a second air interface that is different from the first air interface, by a first receiver that is configured for the first air interface and receives the RF channel via a first antenna, and by a second receiver that is configured for the second air interface and receives the RF channel via a second antenna that is different from the first antenna; synchronizing the first receiver and the second receiver to a common frequency and timing reference, even though the first receiver and the second receiver are configured for different air interfaces; and
A package that houses at least a heat source, used for a flavor inhaler, having a columnar shape extending along a predetermined direction, comprising: a bottom surface; and a heat source holder holding the heat source so that the predetermined direction is directed toward a direction crossing the bottom surface, characterized in that a space is provided between the heat source and the bottom surface, and that the heat source is held by only the heat source holder. a bottom surface; and a heat source holder holding the heat source so that the predetermined direction is directed toward a direction crossing the bottom surface, characterized in that a space is provided between the heat source and the bottom surface, and that the heat source is held by only the heat source holder.
An aircraft emergency control system, the system comprising: a plurality of sensors (104A, 104B), each said sensor configured to output a respective electronic signal relating to detection of incapacitation of at least one aircraft crew member; a processor configured to receive and process the electronic signals to determine whether emergency action is to be taken, and a control unit configured to communicate, in use, a control signal to an avionics system of the aircraft in relation to the emergency action if the processor determines that emergency action is to be taken, the system characterised in that the plurality of sensors comprise an imaging device comprising a still or video camera, and an audio device comprising a recording device or microphone, the processor is configured to analyse images encoded in the electronic signals of the imaging device in order to detect movement of the at least one crew member, and analyse audio data encoded in the electronic signals of the audio device, and determine that the emergency action is to be taken if no said movement is detected during a predetermined period of time and if no said audio data indicating speech of the at least one crew member is detected during the predetermined period of time. a plurality of sensors (104A, 104B), each said sensor configured to output a respective electronic signal relating to detection of incapacitation of at least one aircraft crew member; a processor configured to receive and process the electronic signals to determine whether emergency action is to be taken, and a control unit configured to communicate, in use, a control signal to an avionics system of the aircraft in relation to the emergency action if the processor determines that emergency action is to be taken, the system characterised in that the plurality of sensors comprise an imaging device comprising a still or video camera, and an audio device comprising a recording device or microphone, the processor is configured to analyse images encoded in the electronic signals of the imaging device in order to detect movement of the at least one crew member, and analyse audio data encoded in the electronic signals of the audio device, and determine that the emergency action is to be taken if no said movement is detected during a predetermined period of time and if no said audio data indicating speech of the at least one crew member is detected during the predetermined period of time.
A device for continuously measuring the flow rate of steel melt near the surface thereof, comprising a flow rate detecting rod and a deflection means for the flow rate detecting rod, wherein the flow rate detecting rod comprises a refractory material tube at one end and a stainless steel rod at the other end, wherein the stainless steel rod is fittedly connected with the refractory material tube; the flow rate detecting rod comprises a refractory material of a single compound selected from Al 2 O 3, MgO, SiO 2, CaO, ZrO 2, SiC or of a composite of two or more of the above compounds; the flow rate detecting rod has a length of 10-100cm and a diameter of 5-50mm; and the deflection means for the flow rate detecting rod comprises a fastening screw for the flow rate detecting rod, and the flow rate detecting rod is fixed to the deflection means for the flow rate detecting rod by using the fastening screw for the flow rate detecting rod; the deflection means for the flow rate detecting rod comprises a flow rate detecting rod counterweight, a deflection bearing sleeve, a deflection bearing, a deflection angle indicating board, a deflection angle pointer and a fastening screw for the flow rate detecting rod; both the deflection bearing sleeve and the deflection bearing are circular parts, wherein the deflection bearing is slidably set against the inner wall of the deflection bearing sleeve; the outer surface of the deflection bearing sleeve comprises a counterweight rod extending outward, wherein the counterweight rod and the fastening screw for the flow rate detecting rod are fixed to the outer surface of the deflection bearing sleeve respectively and spaced by 180 degrees, and the flow rate detecting rod counterweight is fixed to the counterweight rod; the deflection angle indicating board has a shape of sector, wherein the vertex of the sector is fixed to an end face of the deflection bearing, and the surface of the arc of the sector comprises scales; the deflection angle pointer is fixed to the vertex of the sector at one end, and the other end points to the scales on the arc of the sector, wherein the deflection angle pointer is parallel to the flow rate detecting rod, and rotates as the flow rate detecting rod rotates; the flow rate detecting rod is fixed to the outer surface of the deflection bearing sleeve using the fastening screw for the flow rate detecting rod;, the flow rate detecting rod counterweight comprises an upper fastening screw, a balancing disc and a lower fastening screw; and the balancing disc is a circular counterweight disc set around the counterweight rod, wherein the upper and lower fastening screws are fixed to the counterweight rod from the upper and lower sides respectively, limiting the position of the balancing disc.
A data transmission method performed by a base station, the method comprising: generating at least one total downlink assignment index, DAI, for a plurality of component carrier groups; carrying the at least one total downlink assignment index in a piece of downlink control information; and transmitting the downlink control information to a terminal, wherein a plurality of component carriers are divided into the plurality of component carrier groups according to code block group configuration information of the component carriers; and wherein an uplink grant is transmitted in the same downlink control information with the at least one total downlink assignment index and the downlink control information includes at least two Total DAI fields. generating at least one total downlink assignment index, DAI, for a plurality of component carrier groups; carrying the at least one total downlink assignment index in a piece of downlink control information; and transmitting the downlink control information to a terminal, wherein a plurality of component carriers are divided into the plurality of component carrier groups according to code block group configuration information of the component carriers; and wherein an uplink grant is transmitted in the same downlink control information with the at least one total downlink assignment index and the downlink control information includes at least two Total DAI fields.
A torque transfer assembly comprising a drive shaft and a driven shaft and a dielectric insert arranged to be positioned between the drive shaft and the driven shaft, the insert assembly comprising a body of dielectric material shaped to form an insulating layer and configured to engage, respectively, with a first shaped engagement feature on the drive shaft and a second shaped engagement feature on the driven shaft, in torque transfer engagement, the insulating layer providing a dielectric barrier between the drive shaft and the driven shaft; and wherein the dielectric insert defines four opposing arms, defining a cross, separated by recesses, each arm defining two opposing contact surfaces to respectively contact corresponding surfaces of the first or the second engagement feature, and a hollow space within the arms, the dielectric insert thus being in the form of a hollow cross; and wherein the first or the second engagement feature comprises a cross-shaped blind bore shaped to receive the arms, the blind bore defining surfaces arranged to contact the contact surfaces of the arms, and wherein the other of the first or the second engagement feature comprises a protruding cross configured to engage within the hollow spaces of the arms of the dielectric insert; and characterised in that the contact surfaces have a convex or bowed profile. wherein the dielectric insert defines four opposing arms, defining a cross, separated by recesses, each arm defining two opposing contact surfaces to respectively contact corresponding surfaces of the first or the second engagement feature, and a hollow space within the arms, the dielectric insert thus being in the form of a hollow cross; and wherein the first or the second engagement feature comprises a cross-shaped blind bore shaped to receive the arms, the blind bore defining surfaces arranged to contact the contact surfaces of the arms, and wherein the other of the first or the second engagement feature comprises a protruding cross configured to engage within the hollow spaces of the arms of the dielectric insert; and characterised in that the contact surfaces have a convex or bowed profile.
Process for the production of polymers in which there are fillers incorporated and homogeneously distributed, where: - the particle sizes of the fillers are below 10 μm; - a polymer starting material is input into a twin-screw extruder and is melted there to give a melt, and - in a conveying and mixing section, a suspension, which consists of the fillers and of a carrier liquid, is injected into the melt, characterized - in that the melt viscosity is reduced by injection of the carrier liquid in the conveying and mixing section in that a cleavable polycondensate is used as polymer and low-molecular-weight cleavage product arising during the polycondensation is used as carrier liquid, and therefore the molten polymer is at least to some extent depolymerized within the conveying and mixing section; - in that the mixture, which consists of the melt whose viscosity is reduced by cleavage, of the remainder of the carrier liquid and of the fillers, is homogenized, and - in that, after the homogenization, the viscosity of the melt is finally in turn increased by use of a devolatilizing extruder in which, for the viscosity increase, a polycondensation is carried out, in that a vacuum is applied and the cleavage product is removed from the devolatilizing extruder by means of the vacuum. - the particle sizes of the fillers are below 10 μm; - a polymer starting material is input into a twin-screw extruder and is melted there to give a melt, and - in a conveying and mixing section, a suspension, which consists of the fillers and of a carrier liquid, is injected into the melt, characterized - in that the melt viscosity is reduced by injection of the carrier liquid in the conveying and mixing section in that a cleavable polycondensate is used as polymer and low-molecular-weight cleavage product arising during the polycondensation is used as carrier liquid, and therefore the molten polymer is at least to some extent depolymerized within the conveying and mixing section; - in that the mixture, which consists of the melt whose viscosity is reduced by cleavage, of the remainder of the carrier liquid and of the fillers, is homogenized, and - in that, after the homogenization, the viscosity of the melt is finally in turn increased by use of a devolatilizing extruder in which, for the viscosity increase, a polycondensation is carried out, in that a vacuum is applied and the cleavage product is removed from the devolatilizing extruder by means of the vacuum.
An input control device comprising: a touch panel display; an image display means for displaying an image including operation target regions on the touch panel display; a storage means for storing event correspondence information exhibiting correspondence of an event occurred in each of the operation target regions to a piece of event information, in each of the operation target regions; an operation recognition for acquiring a contact coordinate of a position at which a user has touched the touch panel display; a pointer displaying means for displaying a pointer such that the direction of a pointer vector extending from the contact coordinate to a pointer is nearly the same as the direction of a contact point extending from a reference point on the touch panel display to the contact coordinate, and the magnitude of the pointer vector increases according to an increase in the magnitude of the contact point vector; and an event information generation means for generating a piece of event information corresponding to an event occurred in an operation target region referring to the event correspondence information, in a case where an indicated coordinate, which is a coordinate of a position indicated by the pointer, is judged to have entered and/or exited any operation target region by deciding whether the indicated coordinate is within any of the operation target regions or not. a touch panel display; an image display means for displaying an image including operation target regions on the touch panel display; a storage means for storing event correspondence information exhibiting correspondence of an event occurred in each of the operation target regions to a piece of event information, in each of the operation target regions; an operation recognition for acquiring a contact coordinate of a position at which a user has touched the touch panel display; a pointer displaying means for displaying a pointer such that the direction of a pointer vector extending from the contact coordinate to a pointer is nearly the same as the direction of a contact point extending from a reference point on the touch panel display to the contact coordinate, and the magnitude of the pointer vector increases according to an increase in the magnitude of the contact point vector; and an event information generation means for generating a piece of event information corresponding to an event occurred in an operation target region referring to the event correspondence information, in a case where an indicated coordinate, which is a coordinate of a position indicated by the pointer, is judged to have entered and/or exited any operation target region by deciding whether the indicated coordinate is within any of the operation target regions or not.
A computer-based method for reducing font execution instructions for a font, comprising: defining a first function for a first common instruction set, the first common instruction set comprising a nested instruction set in a second common instruction set identified in the font execution instructions; defining a second function for the second common instruction set; replacing the first common instruction set in the font execution instructions with a call to the defined first function; and replacing the second common instruction set in the font execution instructions with a call to the defined second function. defining a first function for a first common instruction set, the first common instruction set comprising a nested instruction set in a second common instruction set identified in the font execution instructions; defining a second function for the second common instruction set; replacing the first common instruction set in the font execution instructions with a call to the defined first function; and replacing the second common instruction set in the font execution instructions with a call to the defined second function.
Switch disconnector fuse or disconnector having a clamping construction for connecting cables to terminal busses comprising a substantially U-shaped cage bracket which comprises two leg portions (2, 3) and a bottom portion connecting the leg portions (2, 3), a cage brace, which substantially connects the leg portions (2, 3) with each other at the side facing away from the bottom portion, such that a cage cell is formed between the cage brace on the one hand and the cage bracket on the other hand, a clamping piece arranged in the cage cell between the two leg portions (2, 3), and a clamping plate, which is arranged in the cage cell between the cake brace and the clamping piece, wherein the clamping plate can be moved between an open position and a clamping position, and wherein the cage brace can be removed from the cage bracket, characterized in that the switch disconnector fuse or the disconnector comprises a recess assigned to the terminal bus, in which a drawer insert can be inserted, wherein the drawer insert comprises a recess for receiving the clamping construction.
Wheel suspension for a heavy duty transport vehicle, with a chassis, at least one steerable wheel unit and a steering unit for the at least one wheel unit, wherein the wheel suspension has a hydraulic cylinder with a cylinder tube and a piston rod, which is arranged between the chassis and the respective wheel unit, wherein a longitudinal central axis of the hydraulic cylinder forms the pivoting axis of the wheel unit when steering, wherein the cylinder tube can be connected to the chassis rotably around the longitudinal center axis and axially fixed, and wherein the steering unit engages the cylinder tube or a part being connected torque-prove with the cylinder tube, characterized in that the piston rod has an external toothing which is in engagement with an internal toothing of the cylinder tube.
Process for producing a lining for a pipe within a pipe by introducing a hardenable mass which is pumped through at least one outlet into a ring-shaped gap formed by the wall of the pipe and a former spaced therefrom, wherein the former is moved along its longitudinal axis with its first end leading along the wall of the pipe, characterized in that prior to introducing the hardenable mass into the pipe, a tubular sheath is introduced into the pipe and the ring-shaped gap is formed between the tubular sheath and the former.
Method for operating a four stroke internal combustion engine having a plurality of cylinders, a fully variable valve train and at least one phase shifter for changing the time of the maximum valve lift of the inlet valves, the internal combustion engine being configured so as to be capable of being switched over between full cylinder operation and partial cylinder operation, at least one cylinder being switched off in partial cylinder operation and, to this end, the valves of said cylinder being moved into a zero lift position and the remaining cylinders continuing to run, the valve lift of the inlet valves of all cylinders being set in a middle switchover phase to a maximum lift during the switchover between full cylinder operation and partial cylinder operation, characterized in that, during the switchover of the internal combustion engine between the full cylinder operation and the partial cylinder operation, a) in an early switchover phase, the valve lift of the inlet valves is increased at all cylinders and, at the same time, the time of the maximum valve lift is adjusted in the early direction by means of a phase adjuster, and/or, b) in a late switchover phase, the valve lift of the inlet valvesis reduced at least at the cylinders which are to continue to run after the switchover, and, at the same time, the time of the maximum valve lift is adjusted in the late direction. a) in an early switchover phase, the valve lift of the inlet valves is increased at all cylinders and, at the same time, the time of the maximum valve lift is adjusted in the early direction by means of a phase adjuster, and/or, b) in a late switchover phase, the valve lift of the inlet valvesis reduced at least at the cylinders which are to continue to run after the switchover, and, at the same time, the time of the maximum valve lift is adjusted in the late direction.
Refrigerator, especially household refrigerator, having a coolant evaporator formed from two metal plates connected to one another with a first side (a) and a second side (b), wherein bend edges (3, 4, 5, 6), which are formed by bending the two metal plates connected to one another in the direction towards the second side (b), delimit the core area of the two metal plates connected to one another, characterised that the two metal plates connected to one another are disposed in an internal space of the refrigerator, especially close to a wall, such that the first side (a) is facing towards the internal space, wherein the two metal plates connected to one another are disposed close to a first wall of the refrigerator which is disposed opposite a closable opening in a second wall of the refrigerator.
A field device (12, 14, 16, 20) for an industrial process controller, wherein the field device (12, 14, 16, 20) is configured to control and/or monitor an industrial process, wherein the field device (12, 14, 16, 20) is further adapted to communicate by means of a data link and to store a block chain, wherein the block chain comprises a plurality of blocks (28, 30), and wherein the blocks store data that relate to the industrial process, characterized in that the field device (12, 14, 16, 20) is configured to delete one or more blocks from the block chain and to adapt the block chain to the change caused by the deletion. wherein the field device (12, 14, 16, 20) is configured to control and/or monitor an industrial process, wherein the field device (12, 14, 16, 20) is further adapted to communicate by means of a data link and to store a block chain, wherein the block chain comprises a plurality of blocks (28, 30), and wherein the blocks store data that relate to the industrial process, characterized in that the field device (12, 14, 16, 20) is configured to delete one or more blocks from the block chain and to adapt the block chain to the change caused by the deletion.