mhurhangee/ep-ind-claims huggingface dataset:
Driver assistance system for the acceleration of a vehicle by means of an accelerator pedal, having a control device, to which an actual speed (V actual) is supplied and for which a target speed (V target) is specified and which determines and specifies an optimised, efficient acceleration based on driving parameters and/or vehicle parameters, characterised in that the control device determines as the target pedal angle (6, 7) an accelerator pedal angle that changes in accordance with the predefined, efficient acceleration, and an actuating element (arrow F) controllable by the control device is operatively connected to the accelerator pedal as an active accelerator pedal, wherein with the actuating element (arrow F) the accelerator pedal angle selectable by the driver (driver's foot 8) by pedal actuation is limited respectively to the target pedal angle (6, 7) as the target threshold.
Collapsible support frame for a hammock having a frame body which is symmetrical with respect to a longitudinal centre plane and is made of straight struts and joint pieces (2, 3) connecting the struts to one another and forming plug-in receivers (7, 8, 9) for the struts, wherein the frame body comprises two joint pieces (2, 3) having plug-in receivers (7, 8, 9) for every three struts spanning a tetrahedron, two of the struts being formed as foot struts and the third strut extending in the plane of symmetry between the two foot struts being formed as a support arm for the hammock, that, between the two joint pieces (2, 3) on the side facing away from the tetrahedron, a longitudinal strut engaging into aligned plug-in receivers of the joint pieces (2, 3) is provided, characterised in that the struts forming a respective tetrahedron and also the foot struts of the mutually opposing joint pieces (2, 3) are connected to each other by traction means (13, 14) engaging on the strut ends.
Method for producing shaped polymeric microparticles of non-spherical shape, comprising the steps of: - providing microparticles in a substantially spherical shape; - placing one or more of said polymeric microparticles in a respective micro-cavity of a mould having the desired non-spherical shape; - subjecting said microparticles to softening by exposure to a solvent or mixture of solvent and non-solvent, in the liquid or vapour state, adapted to plasticize the polymeric material constituting said microparticles, and optionally assisting the solvent plasticization process by heating to a temperature preferably below 60°C and more preferably below 40°C or exclusively by heat treatment at a temperature not exceeding 40% above the glass transition temperature; and - removing said microparticles shaped in this way from the mould cavities. - providing microparticles in a substantially spherical shape; - placing one or more of said polymeric microparticles in a respective micro-cavity of a mould having the desired non-spherical shape; - subjecting said microparticles to softening by exposure to a solvent or mixture of solvent and non-solvent, in the liquid or vapour state, adapted to plasticize the polymeric material constituting said microparticles, and optionally assisting the solvent plasticization process by heating to a temperature preferably below 60°C and more preferably below 40°C or exclusively by heat treatment at a temperature not exceeding 40% above the glass transition temperature; and - removing said microparticles shaped in this way from the mould cavities.
A press-hardened shaped sheet metal part which has different sheet thicknesses and strengths, characterised in that at least two adjacent zones (110, 130) are provided which are formed with different sheet thicknesses and with different strengths, such that one of these zones is press-hardened and the other zone is non-hardened or only slightly hardened, wherein a transition zone which at the same time is configured as a thickness transition zone and as a strength transition zone is formed between these zones (110, 130), such that with this transition zone a gradual transition in sheet thickness and strength is brought about between the adjacent zones (110, 120).
A computing unit for operating in a parallel computing system, the computing unit comprising a plurality of processing elements and an interface for connecting the computing unit to other components of the computing system wherein each processing element has a nominal maximum processing rate NPR and each processing element includes a respective random access memory unit such that data can be transferred from the memory unit at a predetermined maximum data rate MBW and the interface provides a maximum data transfer rate CBW, wherein in order to provide a predetermined peak calculation performance, PP, for the computing unit obtainable by a number n processing elements operating at the nominal maximum processing rate such that PP = n x NPR operations per second, the computing unit includes an integer multiple f times n processing elements wherein f is greater than one and each processing element is limited to operate at a processing rate of NPR/ f.
A combustor for a gas turbine engine, the combustor comprising: a support structure; and a plurality of panels mounted to the structure, the plurality of panels defining a combustion cavity of the combustor, wherein the plurality of panels include a first panel (126; 205; 305) having a leading and trailing edge (135; 215), and a second panel (127; 210; 310) having a leading edge (140; 220; 320) and trailing edge, wherein the trailing edge of the first panel extends beyond the leading edge of the second panel and wherein the second panel is mounted to the support structure aft of the first panel; wherein the leading edge (140; 220; 320) of the second panel (127; 210; 310) includes one or more features to provide airflow when the trailing edge (135; 215) of the first panel (126; 205; 305) contacts the leading edge of the second panel; and characterised in that the one or more features include grooves in the leading edge (140; 220; 320) of the second panel (127; 210; 310) to provide said airflow. a support structure; and a plurality of panels mounted to the structure, the plurality of panels defining a combustion cavity of the combustor, wherein the plurality of panels include a first panel (126; 205; 305) having a leading and trailing edge (135; 215), and a second panel (127; 210; 310) having a leading edge (140; 220; 320) and trailing edge, wherein the trailing edge of the first panel extends beyond the leading edge of the second panel and wherein the second panel is mounted to the support structure aft of the first panel; a first panel (126; 205; 305) having a leading and trailing edge (135; 215), and a second panel (127; 210; 310) having a leading edge (140; 220; 320) and trailing edge, wherein the trailing edge of the first panel extends beyond the leading edge of the second panel and wherein the second panel is mounted to the support structure aft of the first panel; wherein the leading edge (140; 220; 320) of the second panel (127; 210; 310) includes one or more features to provide airflow when the trailing edge (135; 215) of the first panel (126; 205; 305) contacts the leading edge of the second panel; and characterised in that the one or more features include grooves in the leading edge (140; 220; 320) of the second panel (127; 210; 310) to provide said airflow.
Device for training the sense of equilibrium which comprises at least a first and a second acoustic output unit (1, 2) facing each other at a distance from each other, the device further comprising at least one inclination sensor arranged to measure an angle of inclination of the device with respect to the vertical direction and to output it to a measuring and control unit, the measuring and control unit being arranged to trigger at least one of the acoustic output units (1, 2) to output an acoustic signal, which is dependent on the measured angle of inclination, characterized in in that the acoustic signal has a first acoustically perceptible signal characteristic, which is independent of the measured angle of inclination, and a second acoustically perceptible signal characteristic, which varies according to the measured angle of inclination, the measurement and control unit being further arranged to suspend the output of the acoustic signal, when the angle of inclination of the device with respect to the vertical direction is zero, wherein the measuring and control unit is arranged to trigger the output of the acoustic signal when the measured angle of inclination exceeds a minimum angle, wherein the minimum angle is preferably at least 5 ° and particularly preferably at least 8 °.
A lamp, the lamp comprising a light source accessory, the light source accessory being provided with tact switch; a lamp cover, the lamp cover being connected to the light source accessory; wherein the lamp cover is provided with a fulcrum that can be in contact with the light source accessory, and when the lamp cover is pressed, the fulcrum is in contact with the light source accessory under pressure and downward pressure is generated on the light source accessory which causes the tact switch to be squeezed to turn the lamp on, characterized in that the light source accessory comprises a conductive plate, and a power supply component electrically connected to the conductive plate; the conductive plate is provided with a patch light emitting component; and the lamp further includes a housing; the lamp cover is in clearance fit with the housing, and the lamp cover can generate a downward movement within the clearance when pressed, and the tact switch can be self-reset after being pressed, the reset generates reverse thrust to the lamp cover, and the lamp cover can be reset by generating upward movement in the clearance under the action of reverse thrust.
A data processing method executed at a network device, wherein the method comprises: receiving a data packet; parsing (S101, S201) the data packet to obtain information about a header field of a data packet; searching (S102, S202), by using the information, an exact match flow table for an exact match entry that matches the data packet; said exact match entry comprising a time stamp reporting its creation time, pointing information that point to a wildcard entry corresponding to said exact match entry, and said wildcard entry comprising a time stamp reporting its update time; when the exact match entry that matches the data packet is found, determining (S103, S203) whether the update time of the wildcard entry corresponding to the exact match entry is before the creation time of the exact match entry, wherein an exact flow in the exact match entry is a subset of a rule in the wildcard entry corresponding to the exact match entry; and when the update time of the wildcard entry corresponding to the exact match entry is before the creation time of the exact match entry, processing (SI04, S204) the data packet according to an action instruction corresponding to the exact match entry; or when the update time of the wildcard entry corresponding to the exact match entry is not before the creation time of the exact match entry, deleting (S105, S205) the exact match entry and searching, by using the information, a wildcard flow table for a wildcard entry that matches the data packet in order to process said data packet. receiving a data packet; parsing (S101, S201) the data packet to obtain information about a header field of a data packet; searching (S102, S202), by using the information, an exact match flow table for an exact match entry that matches the data packet; said exact match entry comprising a time stamp reporting its creation time, pointing information that point to a wildcard entry corresponding to said exact match entry, and said wildcard entry comprising a time stamp reporting its update time; when the exact match entry that matches the data packet is found, determining (S103, S203) whether the update time of the wildcard entry corresponding to the exact match entry is before the creation time of the exact match entry, wherein an exact flow in the exact match entry is a subset of a rule in the wildcard entry corresponding to the exact match entry; and when the update time of the wildcard entry corresponding to the exact match entry is before the creation time of the exact match entry, processing (SI04, S204) the data packet according to an action instruction corresponding to the exact match entry; or when the update time of the wildcard entry corresponding to the exact match entry is not before the creation time of the exact match entry, deleting (S105, S205) the exact match entry and searching, by using the information, a wildcard flow table for a wildcard entry that matches the data packet in order to process said data packet.
An apparatus for channel estimation, comprising: a first receiver configured to obtain a first channel estimate of channel conditions associated with a communication channel between the apparatus and a user equipment; and a second receiver including a channel estimation unit configured to compute a second channel estimate of channel conditions associated with the communication channel based on at least the first channel estimate and a receiver processing unit configured to, compute weights based on the second channel estimate, the channel estimation unit further configured to obtain a delay between the obtaining of the first channel estimate and the computing of the weights, and adjust the second channel estimate based on the delay, wherein the channel estimation unit is configured to determine whether Doppler estimates are available from the first receiver, generate a correlation matrix based on the Doppler estimates if the Doppler estimates are available from the first receiver, or based on a sample correlation matrix if the Doppler estimates are not available from the first receiver, and compute the second channel estimate using the correlation matrix. a first receiver configured to obtain a first channel estimate of channel conditions associated with a communication channel between the apparatus and a user equipment; and a second receiver including a channel estimation unit configured to compute a second channel estimate of channel conditions associated with the communication channel based on at least the first channel estimate and a receiver processing unit configured to, compute weights based on the second channel estimate, the channel estimation unit further configured to obtain a delay between the obtaining of the first channel estimate and the computing of the weights, and adjust the second channel estimate based on the delay,
Device for receiving electronic components (24, 26) comprising a housing with bottom, top, front, rear and side walls (12, 14, 16, 18, 20, 22) and positioning elements (86, 112, 140, 142, 144, 146) by means of which the electronic components are positionable inside the housing and arranged inside the housing preferably in accordance with a predetermined grid, the bottom and top walls (12, 14) being portions of a section with profile in the longitudinal direction, wherein in some of the profiles the positioning elements (86, 112, 140, 142, 144, 146) are detachably inserted which consist of a material differing from that of the section and are manufactured to a lower tolerance than the section, guide holders or guide rails for the electronic components (24, 26) are fixable in the positioning elements, the section has at least one second profile and preferably more than two second profiles (96, 98, 100, 102), and in the second profile a threaded strip is arranged as second positioning element into which is screwable a screw element by means of which an electronic component such as a circuit board, for example a backplane or plug connector, is fixable.
A child carrier comprising: a carrying harness; and a child supporting part connected with the carrying harness, the child supporting part including a torso support portion and a neck support portion detachably connected with each other via a fastener, wherein the fastener is engaged to connect the neck support portion with the torso support portion and disengaged to remove the neck support portion from the torso support portion, the neck support portion being foldable over the torso support portion for adjusting the neck support portion between a plurality of vertical positions relative to the torso support portion, characterized in that: the neck support portion has two end portions transversally opposite to each other that are respectively provided with two first fastening parts, and each of a left and a right side of the torso support portion respectively has a plurality of second fastening parts operable to engage with and disengage from the first fastening parts, wherein the two first fastening parts of the neck support portion respectively engage with two upper ones of the second fastening parts on the left and right sides of the torso support portion to hold the neck support portion in a first vertical position relative to the torso support portion, and engage with two lower ones of the second fastening parts on the left and right sides of the torso support portion to hold the neck support portion in a second vertical position relative to the torso support portion. a carrying harness; and a child supporting part connected with the carrying harness, the child supporting part including a torso support portion and a neck support portion detachably connected with each other via a fastener, wherein the fastener is engaged to connect the neck support portion with the torso support portion and disengaged to remove the neck support portion from the torso support portion, the neck support portion being foldable over the torso support portion for adjusting the neck support portion between a plurality of vertical positions relative to the torso support portion, characterized in that: the neck support portion has two end portions transversally opposite to each other that are respectively provided with two first fastening parts, and each of a left and a right side of the torso support portion respectively has a plurality of second fastening parts operable to engage with and disengage from the first fastening parts, wherein the two first fastening parts of the neck support portion respectively engage with two upper ones of the second fastening parts on the left and right sides of the torso support portion to hold the neck support portion in a first vertical position relative to the torso support portion, and engage with two lower ones of the second fastening parts on the left and right sides of the torso support portion to hold the neck support portion in a second vertical position relative to the torso support portion.
Spray head comprising a spray head base body and a nozzle plate, the spray head base body comprising at least one liquid channel for providing a liquid flow towards the nozzle plate, wherein a drip-stop element is located between the spray head base body and the nozzle plate, said drip-stop element comprising at least one opening being fluidly coupled with said liquid channel for providing a fluid flow into a space between the drip-stop element and the nozzle plate, wherein at least a top portion of said drip-stop element is movably mounted within a spray head chamber in order to perform a stroke movement, wherein said top portion is preloaded such that the top portion rests against the nozzle plate or an intermediate member and said top portion is lifted off the nozzle plate or intermediate member in case that a liquid flow is provided through the liquid channel into the space between said top portion and the nozzle plate or intermediate member, wherein the drip-stop element is constituted by a membrane made of an elastic material, and wherein the top portion of the drip-stop element is preloaded towards the nozzle plate, characterized in that the drip stop element is coupled with the spray head base body by means of at least one coupling portion, said coupling portion being constituted by flexible U-shaped or zigzag-shaped material portions, with the preload of the top portion of the drip-stop element is generated by the coupling portion.
An agricultural composition comprising: at least one plant growth regulator; wherein the at least one plant growth regulator is ethephon, trinexapac ethyl, paclobutrazole or a combination thereof, and at least one pigment, wherein the at least one pigment is a phthalocyanine compound, at least one fungicide, wherein the at least one fungicide is fosetyl aluminum, trifloxystrobin, triadimefon, triticonazole, iprodione or a combination thereof, wherein the admixing of the at least one pigment to the at least one plant growth regulator provides a reduction in the phytotoxicity of the at least one plant growth regulator. at least one plant growth regulator; wherein the at least one plant growth regulator is ethephon, trinexapac ethyl, paclobutrazole or a combination thereof, and at least one pigment, wherein the at least one pigment is a phthalocyanine compound,
A coinfusion apparatus comprising: a first robot arm which retains a medical agent container; a second robot arm which retains a syringe and performs sucking and injection of a liquid medical agent with the syringe; a coinfusion processing room in which at least the two robot arms (21, 22) perform a coinfusion processing; and a controlling section which operates said at least two robot arms (21, 22) for performing a process of sucking a liquid medical agent from inside the medical agent container or a liquid medical agent prepared inside the medical agent container, with the syringe and injecting the liquid medical agent into a transfusion bag with the syringe, characterized in that the controlling section is configured to control the first robot arm and the second robot arm to perform an operation of making the first robot arm 21 grip the syringe which is exposed to the coinfusion processing room and pass the syringe to the second robot arm or place the syringe temporarily onto a stand-by rack inside the coinfusion processing room. a first robot arm which retains a medical agent container; a second robot arm which retains a syringe and performs sucking and injection of a liquid medical agent with the syringe; a coinfusion processing room in which at least the two robot arms (21, 22) perform a coinfusion processing; and a controlling section which operates said at least two robot arms (21, 22) for performing a process of sucking a liquid medical agent from inside the medical agent container or a liquid medical agent prepared inside the medical agent container, with the syringe and injecting the liquid medical agent into a transfusion bag with the syringe, characterized in that the controlling section is configured to control the first robot arm and the second robot arm to perform an operation of making the first robot arm 21 grip the syringe which is exposed to the coinfusion processing room and pass the syringe to the second robot arm or place the syringe temporarily onto a stand-by rack inside the coinfusion processing room.