mhurhangee/patent-ind-claim-en huggingface dataset:
A fuzz testing apparatus , comprising: a storage , being configured to store a plurality of candidate test packets (CTP1, CTP2, CTP3) capable of testing a device under test ; a transceiver , being electrically connected with the storage and configured to transmit and receive a plurality of first packets (P1, P2, P3) to the device under test ; and a processor , being electrically connected with the storage and the transceiver and configured to: calculate an abnormal-state probability, a normal response time and an abnormal-state-processing time of the device under test on a basis of the plurality of first packets (P1, P2, P3) transmitted and received; estimate a maximum quantity of packets being sent to the device under test in a dormant period of the device under test according to the abnormal-state probability, the normal response time and the abnormal-state-processing time; and determine a plurality of test packets (TP1, TP2) from the candidate test packets (CTP1, CTP2, CTP3) according to the maximum quantity of packets; wherein the transceiver is further configured to transmit the test packets (TP1, TP2) to the device under test , so as to perform a fuzz test to the device under test . a storage , being configured to store a plurality of candidate test packets (CTP1, CTP2, CTP3) capable of testing a device under test ; a transceiver , being electrically connected with the storage and configured to transmit and receive a plurality of first packets (P1, P2, P3) to the device under test ; and a processor , being electrically connected with the storage and the transceiver and configured to: calculate an abnormal-state probability, a normal response time and an abnormal-state-processing time of the device under test on a basis of the plurality of first packets (P1, P2, P3) transmitted and received; estimate a maximum quantity of packets being sent to the device under test in a dormant period of the device under test according to the abnormal-state probability, the normal response time and the abnormal-state-processing time; and determine a plurality of test packets (TP1, TP2) from the candidate test packets (CTP1, CTP2, CTP3) according to the maximum quantity of packets; calculate an abnormal-state probability, a normal response time and an abnormal-state-processing time of the device under test on a basis of the plurality of first packets (P1, P2, P3) transmitted and received; estimate a maximum quantity of packets being sent to the device under test in a dormant period of the device under test according to the abnormal-state probability, the normal response time and the abnormal-state-processing time; and determine a plurality of test packets (TP1, TP2) from the candidate test packets (CTP1, CTP2, CTP3) according to the maximum quantity of packets; wherein the transceiver is further configured to transmit the test packets (TP1, TP2) to the device under test , so as to perform a fuzz test to the device under test .
A component holding apparatus comprising: a stage with a horizontal upper surface on which components of one type are scattered; characterized in that the component holding apparatus further comprises: an input screen configured to input multiple heights of the components of one type; a two-dimensional imaging device configured to perform fixed-point imaging at a predetermined height above the stage and to image the components of one type which are scattered on the stage; and a means configured to calculate a holding position based on the inputted multiple heights and on image data of the imaged components of one type, wherein the components of one type which are scattered on the stage are held based on the calculated holding position. a stage with a horizontal upper surface on which components of one type are scattered; characterized in that the component holding apparatus further comprises: an input screen configured to input multiple heights of the components of one type; a two-dimensional imaging device configured to perform fixed-point imaging at a predetermined height above the stage and to image the components of one type which are scattered on the stage; and a means configured to calculate a holding position based on the inputted multiple heights and on image data of the imaged components of one type, wherein the components of one type which are scattered on the stage are held based on the calculated holding position. an input screen configured to input multiple heights of the components of one type; a two-dimensional imaging device configured to perform fixed-point imaging at a predetermined height above the stage and to image the components of one type which are scattered on the stage; and a means configured to calculate a holding position based on the inputted multiple heights and on image data of the imaged components of one type, wherein the components of one type which are scattered on the stage are held based on the calculated holding position.
A method for cooling of an ion chain having multiple ions, comprising: generating a sideband cooling laser beam for each ion in the ion chain; concurrently cooling two or more motional modes associated with the ions in the ion chain using the respective sideband cooling laser beam until each of the two or more motional modes reaches a motional ground state; and performing a quantum computation using the ion chain after the two or more motional modes have reached the motional ground state. generating a sideband cooling laser beam for each ion in the ion chain; concurrently cooling two or more motional modes associated with the ions in the ion chain using the respective sideband cooling laser beam until each of the two or more motional modes reaches a motional ground state; and performing a quantum computation using the ion chain after the two or more motional modes have reached the motional ground state.
A container , especially a meat container comprising: a base having one or more foot portions extending substantially perpendicular to the base ; four sidewalls ; wherein the four sidewalls are moveably connected to the base to allow the container to form an erected configuration when the four sidewalls are upright and a folded down configuration when the four sidewalls are folded down; wherein at least one of the four sidewalls is moveably connected to the base via the one or more foot portions : wherein in the one of the four sidewalls being moveably connected via the one or more foot portions forms together with the foot portion a first plane and a second plane , the second plane comprising a surface for a label ; wherein the surface for the label comprises a separation line separating the foot portion from the one of the four sidewalls ; wherein the container comprises a label attached to said surface. a base having one or more foot portions extending substantially perpendicular to the base ; four sidewalls ; wherein the four sidewalls are moveably connected to the base to allow the container to form an erected configuration when the four sidewalls are upright and a folded down configuration when the four sidewalls are folded down; wherein at least one of the four sidewalls is moveably connected to the base via the one or more foot portions : wherein in the one of the four sidewalls being moveably connected via the one or more foot portions forms together with the foot portion a first plane and a second plane , the second plane comprising a surface for a label ; wherein the surface for the label comprises a separation line separating the foot portion from the one of the four sidewalls ; wherein the container comprises a label attached to said surface. wherein in the one of the four sidewalls being moveably connected via the one or more foot portions forms together with the foot portion a first plane and a second plane , the second plane comprising a surface for a label ; wherein the surface for the label comprises a separation line separating the foot portion from the one of the four sidewalls ; wherein the container comprises a label attached to said surface.
Assembly of moulding elements for moulding cuts in a tread of a tyre, said assembly comprising a first sipe blade , a second sipe blade and means for assembling the first sipe blade with the second sipe blade , characterized in that the assembly means comprise at least one slot in the thickness of the first sipe blade , said first sipe blade having no additional thickness at said slot and a protuberance in the continuation of the second sipe blade , said protuberance being able to be inserted into the slot .
Cartridge for testing a biological sample (P), the cartridge being at least substantially flat and card-like and comprising a receiving cavity with a connection for receiving the sample (P) and a closure element for fluidically closing the connection , the cartridge comprising a packaging enclosing the cartridge in the delivery state, characterised in that the packaging comprises a support apparatus for supporting the cartridge , the support apparatus being formed by raised portions and/or reinforcements in order to support the cartridge on its lower face, and/or a mounting apparatus for mounting the cartridge in a form-fit, interlocking, clamping and/or latching manner, and/or a lower part comprising a peripheral edge for receiving and mounting the cartridge , and a removable or pull-off lid for closing the lower part , wherein the connection is arranged on a flat side of the cartridge that, in the packaging , is oriented upwards and/or towards a lid of the packaging such that, when the packaging is open, the cartridge can be filled in the packaging and the connection can be closed in the packaging . a support apparatus for supporting the cartridge , the support apparatus being formed by raised portions and/or reinforcements in order to support the cartridge on its lower face, and/or a mounting apparatus for mounting the cartridge in a form-fit, interlocking, clamping and/or latching manner, and/or a lower part comprising a peripheral edge for receiving and mounting the cartridge , and a removable or pull-off lid for closing the lower part ,
Control unit for a vehicle comprising a circuit board , wherein electronic components are arranged on the circuit board , wherein the control unit has mechanical tamperproofing, by means of which individual components or a plurality of components on the circuit board can be damaged and/or the circuit board itself can be damaged, characterized in that the tamperpoofing comprises at least one shearing off device , and the components on the circuit board can be sheared off by means of the shearing off device .
A load balancing method, comprising: receiving , by a first radio access network node, a first message from a second radio access network node, wherein the first message comprises load information of a first load type of the second radio access network node, and the first load type comprises any one or more of the following: network slice load, vehicle-to-everything V2X load, and supplementary uplink SUL load; obtaining , by the first radio access network node, the load information of the first load type; and performing load balancing, based on the obtained load information of the first load type of the second radio access network node, the method further comprising: sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type. receiving , by a first radio access network node, a first message from a second radio access network node, wherein the first message comprises load information of a first load type of the second radio access network node, and the first load type comprises any one or more of the following: network slice load, vehicle-to-everything V2X load, and supplementary uplink SUL load; obtaining , by the first radio access network node, the load information of the first load type; and performing load balancing, based on the obtained load information of the first load type of the second radio access network node, the method further comprising: sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type. sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type.
A nonaqueous electrolyte energy storage device comprising: a nonaqueous electrolyte containing a nonaqueous solvent containing fluorinated cyclic carbonate, and an electrolyte salt; and a negative electrode containing graphite and hardly graphitizable carbon, wherein a mass of the graphite is larger than a mass of the hardly graphitizable carbon, and a content of the electrolyte salt in the nonaqueous electrolyte is less than 2.0 mol/l, characterized in that a content of the fluorinated cyclic carbonate in the nonaqueous solvent is 5% by volume or more and less than 25% by volume. a nonaqueous electrolyte containing a nonaqueous solvent containing fluorinated cyclic carbonate, and an electrolyte salt; and a negative electrode containing graphite and hardly graphitizable carbon, wherein a mass of the graphite is larger than a mass of the hardly graphitizable carbon, and a content of the electrolyte salt in the nonaqueous electrolyte is less than 2.0 mol/l, characterized in that a content of the fluorinated cyclic carbonate in the nonaqueous solvent is 5% by volume or more and less than 25% by volume.
An apparatus for detecting tilt of a fixture , including: a visible element having a pattern visibly distinguishable from its surrounding area, the pattern being a special arrangement of shapes, colours, and/or lines; a part having a plane reflective surface being configured to be engaged with the fixture in alignment and being arranged to reflect light beams propagating directly from the visible element so as to produce a first virtual image (I1) of the visible element ; an image capture device configured for identifying the pattern by image processing technology and being disposed at same side of the visible element with respective to the part having a plane reflective surface and being configured to have a field of view covering the first virtual image (I1) and a second virtual image (I2) of the visible element produced by the part having a plane reflective surface ; wherein the second virtual image (I2) was produced where the part having a plane reflective surface assumed a levelling orientation; and a controller being adapted for detecting tilt of the fixture using a deviation of the first virtual image (I1) from the second virtual image (I2) of the visible element in the field of view of the image capture device . a visible element having a pattern visibly distinguishable from its surrounding area, the pattern being a special arrangement of shapes, colours, and/or lines; a part having a plane reflective surface being configured to be engaged with the fixture in alignment and being arranged to reflect light beams propagating directly from the visible element so as to produce a first virtual image (I1) of the visible element ; an image capture device configured for identifying the pattern by image processing technology and being disposed at same side of the visible element with respective to the part having a plane reflective surface and being configured to have a field of view covering the first virtual image (I1) and a second virtual image (I2) of the visible element produced by the part having a plane reflective surface ; wherein the second virtual image (I2) was produced where the part having a plane reflective surface assumed a levelling orientation; and a controller being adapted for detecting tilt of the fixture using a deviation of the first virtual image (I1) from the second virtual image (I2) of the visible element in the field of view of the image capture device .
An electric vehicle , especially an electric car with (a) a first axle , (b) a second axle , (c) an electric motor for driving at least one of the axles, and (d) a battery for supplying the electric motor with electrical energy, (e) wherein the electric motor is composed of a first electric motor module (38.1) and at least a second electric motor module (38.2, 38.3), (f) wherein the electric motor modules (38.1, 38.2, 38.3) are arranged one behind the other in relation to a motor rotational axis (D 18 ), and have a common rotor shaft or coupled rotor shafts , and (g) wherein the first electric motor module (38.1) and the second electric motor module (38.2) are connected to one another via a plug connection which has - at least one cooling medium connection for cooling medium, and - at least one power connection for power current, characterised in that (h) the plug connection comprises (i) a first axial plug connector and (ii) a second axial plug connector , and (iii) the first axial plug connector is arranged laterally on a first side (S1) adjacent to the rotor shaft and the second axial plug connector is arranged laterally on a second side (S2) opposite the first side (S1) adjacent to the rotor shaft . (a) a first axle , (b) a second axle , (c) an electric motor for driving at least one of the axles, and (d) a battery for supplying the electric motor with electrical energy, (e) wherein the electric motor is composed of a first electric motor module (38.1) and at least a second electric motor module (38.2, 38.3), (f) wherein the electric motor modules (38.1, 38.2, 38.3) are arranged one behind the other in relation to a motor rotational axis (D 18 ), and have a common rotor shaft or coupled rotor shafts , and (g) wherein the first electric motor module (38.1) and the second electric motor module (38.2) are connected to one another via a plug connection which has - at least one cooling medium connection for cooling medium, and - at least one power connection for power current, characterised in that - at least one cooling medium connection for cooling medium, and - at least one power connection for power current, (h) the plug connection comprises (i) a first axial plug connector and (ii) a second axial plug connector , and (iii) the first axial plug connector is arranged laterally on a first side (S1) adjacent to the rotor shaft and the second axial plug connector is arranged laterally on a second side (S2) opposite the first side (S1) adjacent to the rotor shaft . (i) a first axial plug connector and (ii) a second axial plug connector , and (iii) the first axial plug connector is arranged laterally on a first side (S1) adjacent to the rotor shaft and the second axial plug connector is arranged laterally on a second side (S2) opposite the first side (S1) adjacent to the rotor shaft .
A method for producing tobacco suitable for making manufactured tobacco products, the method comprising: (a) direct seeding of tobacco seeds at a rate sufficient to produce a plant population density of at least 500,000 tobacco plants per 4046.86m 2 after germination; (b) mechanically harvesting above-ground portions of the tobacco plants at least one time during a growing season, to obtain harvested tobacco plant material comprising leaves attached to stalks, thereby obtaining a harvested tobacco plant material characterized by average stalks of between 5.08cm to 152.4cm (2 to 60 inches), average green stalk thickness less than 3.81cm (1.5 inches), and an average of about 4 to 18 leaves per harvested plant; and (c) curing the harvested tobacco plant material comprising cured leaves attached to cured stalks to obtain a cured harvested tobacco plant material. (a) direct seeding of tobacco seeds at a rate sufficient to produce a plant population density of at least 500,000 tobacco plants per 4046.86m 2 after germination; (b) mechanically harvesting above-ground portions of the tobacco plants at least one time during a growing season, to obtain harvested tobacco plant material comprising leaves attached to stalks, thereby obtaining a harvested tobacco plant material characterized by average stalks of between 5.08cm to 152.4cm (2 to 60 inches), average green stalk thickness less than 3.81cm (1.5 inches), and an average of about 4 to 18 leaves per harvested plant; and (c) curing the harvested tobacco plant material comprising cured leaves attached to cured stalks to obtain a cured harvested tobacco plant material.
A vehicle behavior control device applied to a vehicle having a steerable front road wheel, the vehicle behavior control device comprising: a steering speed acquiring part configured to acquire a steering speed of the vehicle; and characterized by a vertical load increasing part configured to increase a vertical load on a front road wheel when the steering speed becomes equal to or greater than a given threshold which is greater than zero. a steering speed acquiring part configured to acquire a steering speed of the vehicle; and characterized by a vertical load increasing part configured to increase a vertical load on a front road wheel when the steering speed becomes equal to or greater than a given threshold which is greater than zero.