mhurhangee/patent-ind-claim-en huggingface dataset:
A method of navigating a vehicle , the vehicle comprising a scanning device and a self-contained navigation system, SCNS being operatively connected to a computer , the SCNS providing data indicative of a current position of the vehicle relative to a previous position, the method comprising: operating the scanning device for repeatedly executing a scanning operation, where each scanning operation includes scanning an area surrounding the vehicle, to thereby generate respective scanning output data; operating the computer for generating, based on the scanning output data from multiple scanning operations, a relative map representing at least a part of the area, the relative map having known dimensions and being relative to a position of the vehicle, wherein the relative map comprises cells, each cell being classified to a class selected from at least two classes, comprising traversable and non-traversable; the method is characterized by : each cell is characterized by dimensions equal or larger than an accumulated drift value of the SCNS over a predefined distance, wherein the predefined distance is derived from one or more of the known dimensions of the relative map; wherein non-traversable cells correspond to obstacles identified in the scanning output data; receiving SCNS data and updating a position of the vehicle relative to the cells based on the SCNS data, enabling to generate instructions for controlling the vehicle movement within the area based on the relative map, while avoiding non-traversable cells. operating the scanning device for repeatedly executing a scanning operation, where each scanning operation includes scanning an area surrounding the vehicle, to thereby generate respective scanning output data; operating the computer for generating, based on the scanning output data from multiple scanning operations, a relative map representing at least a part of the area, the relative map having known dimensions and being relative to a position of the vehicle, wherein the relative map comprises cells, each cell being classified to a class selected from at least two classes, comprising traversable and non-traversable; the method is characterized by : each cell is characterized by dimensions equal or larger than an accumulated drift value of the SCNS over a predefined distance, wherein the predefined distance is derived from one or more of the known dimensions of the relative map; wherein non-traversable cells correspond to obstacles identified in the scanning output data; receiving SCNS data and updating a position of the vehicle relative to the cells based on the SCNS data, enabling to generate instructions for controlling the vehicle movement within the area based on the relative map, while avoiding non-traversable cells.
Torque support arrangement for a wind power transmission for transmitting a support force to a load-bearing structure of a wind turbine, wherein on the transmission side there is at least one radial support arm with an associated opening for accommodating a horizontal support bolt which establishes a releasable connection with at least one corresponding opening (13a; 13b) of a load-bearing eye unit arranged on the load-bearing structure , wherein the at least one opening (13a; 13b) of the load-bearing eye unit is provided with an elastomer bearing bush (15a; 15b) whose stiffness is load-dependent and into which the support bolt is inserted, wherein the elastomer bearing bush (15a; 15b) consists of at least one softer region of lower stiffness and at least one opposite harder region of higher stiffness, wherein the softer region of lower stiffness establishes permanent contact between the load-bearing eye unit and the support bolt , whereas the harder region of higher stiffness comes into contact between the load-bearing eye unit and the support bolt only from a defined minimum loading, characterized in that the softer region of lower stiffness consists of a moulded-on outer ring that is narrower than the overall length of the elastomer bearing bush .
Method for connecting a field device to an operating unit , wherein communication between the operating unit and the field device is implemented via the connection, wherein at least one query signal is transmitted to the field device by the operating unit and that at least one response signal is generated by the field device as a reaction to the query signal, in that the field device generates a blinking display and/or a change in color of a display and/or an acoustic signal and/or a change in an acoustic signal characterized in that data for connecting the field device to the operating unit is transmitted in the response signal, wherein the response signal is a password or parts of a password, wherein the password permits access to the field device, and that the password is transmitted to the field device by the operating unit .
An RFID tag for use in harsh environments comprising an UHF-SHF antenna made from a continuous electroconductive textile thread, electrically insulated, embroidered on a textile substrate , an encapsulated RFID transponder , and said textile substrate on which the encapsulated RFID transponder and the UHF-SHF antenna are placed, characterized in that the UHF-SHF antenna has a central zone in which the electroconductive thread forms a central double loop which inductively couples with the encapsulated RFID transponder , when forming the central double loop , the continuous electroconductive textile thread crosses itself at two crossing points (A, B) without having electrical contact.
Surface-treating-method for improvement of corrosion resistance of a metallic substrate, more particularly steel sheet, that is equipped with a Zn-based protective coating, according to which a chloride-containing solution is applied to this protective coating and as a result, an anti-corrosion layer containing hydrozincite and simonkolleite is formed, characterized in that the protectively coated substrate reacts with the solution, which is adjusted to a pH value in the range from 4 to 6 with the aid of an acid and contains 1.8 to 18.5 wt.% chloride, in order to form an elevated proportion of simonkolleite relative to the proportion of hydrozincite in the anti-corrosion layer, wherein the solution reacts with the coating for a maximum of 20 minutes and the reaction of the solution with the protective coating forms an anti-corrosion layer with a layer thickness in the range from 150 nm to 1.5 μm.
A child carrier , comprising a body for carrying a child and a base rotatably connected with the body , wherein the child carrier further comprises an angle adjustment structure for adjusting an angle of the body relative to the base , the angle adjustment structure comprising a positioning member and a locking member for locking with the positioning member , wherein the body is provided with at least two of the positioning members , and the locking member is movably disposed on the base , and the locking member and the positioning member are locked or unlocked by means of movement of the locking member ; wherein the base is disposed with an accommodating cavity in which the body rotates, and the body is rotatably disposed within the accommodating cavity ; wherein a concave portion is disposed on the body , and a convex portion in cooperation with the concave portion is disposed within the accommodating cavity ; and wherein a center of the concave portion on the body is used as a rotation center; and wherein the at least two positioning members are located on the same circle with the rotation center as a circle center. the angle adjustment structure comprising a positioning member and a locking member for locking with the positioning member , wherein the body is provided with at least two of the positioning members , and the locking member is movably disposed on the base , and the locking member and the positioning member are locked or unlocked by means of movement of the locking member ; wherein the base is disposed with an accommodating cavity in which the body rotates, and the body is rotatably disposed within the accommodating cavity ; wherein a concave portion is disposed on the body , and a convex portion in cooperation with the concave portion is disposed within the accommodating cavity ; and wherein a center of the concave portion on the body is used as a rotation center; and wherein the at least two positioning members are located on the same circle with the rotation center as a circle center.
A mounting block for attaching a reducing element to a rotary drum for comminuting material, the mounting block comprising: a top surface ; a bottom surface opposite the top surface; a front mounting surface ; a back mounting surface opposite the front mounting surface; at least two rows of block through-holes within the mounting block that are parallel to the top surface and bottom surface, the block through-holes being configured for attaching the mounting block to the rotary drum, the block through-holes extending through the front mounting surface, the top row of block through-holes nearest the top surface being a distance D 1 from the top surface, the bottom row of block through-holes nearest the bottom surface being a distance D 2 from the bottom surface, wherein D 1 is generally different from D 2 ; and an opening that extends through the top surface, the opening being configured for attaching a reducing element to the mounting block. a top surface ; a bottom surface opposite the top surface; a front mounting surface ; a back mounting surface opposite the front mounting surface; at least two rows of block through-holes within the mounting block that are parallel to the top surface and bottom surface, the block through-holes being configured for attaching the mounting block to the rotary drum, the block through-holes extending through the front mounting surface, the top row of block through-holes nearest the top surface being a distance D 1 from the top surface, the bottom row of block through-holes nearest the bottom surface being a distance D 2 from the bottom surface, wherein D 1 is generally different from D 2 ; and an opening that extends through the top surface, the opening being configured for attaching a reducing element to the mounting block.
A control device of a vehicle , to accelerate/decelerate the vehicle based on an amount of an operation to one operation-pedal , the control device being configured to set in advance, as continuous areas to which the amount of the operation belongs, a deceleration area to consider the operation as a deceleration operation, an acceleration area to consider the operation as an acceleration operation, and a dead-band area to consider the operation as neither of the deceleration and acceleration operations, the amounts within the deceleration, dead-band, and acceleration areas being larger in this order, a deceleration degree becoming larger as the amount becomes smaller within the deceleration area, an acceleration degree becoming larger as the amount becomes larger within the acceleration area, characterized by : a control unit , wherein if a change speed of the amount is defined to be positive/negative when the one operation-pedal is depressed/returned, the control unit is configured to perform, when the change speed of the amount within the deceleration area is a predetermined speed of positive value or larger, a braking force suppression control of generating a smaller braking force than in a case of the change speed smaller than the predetermined speed. the control device being configured to set in advance, as continuous areas to which the amount of the operation belongs, a deceleration area to consider the operation as a deceleration operation, an acceleration area to consider the operation as an acceleration operation, and a dead-band area to consider the operation as neither of the deceleration and acceleration operations, the amounts within the deceleration, dead-band, and acceleration areas being larger in this order, a deceleration degree becoming larger as the amount becomes smaller within the deceleration area, an acceleration degree becoming larger as the amount becomes larger within the acceleration area, characterized by : a control unit , wherein
A method comprising: receiving a plurality of feed element signals , each feed element signal of the plurality corresponding to a respective one of a plurality of feed elements of a feed array of an antenna having a service coverage area ; processing the received plurality of feed element signals according to a first beamforming configuration associated with a plurality of spot beams to generate one or more spot beam signals each corresponding to a respective spot beam of the antenna , the one or more spot beam signals comprising communications scheduled for transmission via respective ones of the plurality of spot beams ; storing the received plurality of feed element signals over a duration; determining to search for a target signal from a location within the service coverage area and at a first time window within the duration; processing the stored plurality of feed element signals for the first time window according to a second beamforming configuration to generate a target spot beam signal corresponding to the location; and evaluating the target spot beam signal for a presence of the target signal. receiving a plurality of feed element signals , each feed element signal of the plurality corresponding to a respective one of a plurality of feed elements of a feed array of an antenna having a service coverage area ; processing the received plurality of feed element signals according to a first beamforming configuration associated with a plurality of spot beams to generate one or more spot beam signals each corresponding to a respective spot beam of the antenna , the one or more spot beam signals comprising communications scheduled for transmission via respective ones of the plurality of spot beams ; storing the received plurality of feed element signals over a duration; determining to search for a target signal from a location within the service coverage area and at a first time window within the duration; processing the stored plurality of feed element signals for the first time window according to a second beamforming configuration to generate a target spot beam signal corresponding to the location; and evaluating the target spot beam signal for a presence of the target signal.
A method of preparing a polymer dispersion comprising (i) contacting an aqueous dispersion of de-ionized acidic colloidal silica particles with a first mixture of monomers to form a combination; (ii) polymerizing said combination at an initial pH of from 2 to 5 to at least 90% in completion; and (iii) adding a second mixture of monomers at a rate equal to the rate of consumption of said second mixture of monomers to continue and complete the polymerization and wherein the monomers are polymerizable ethylenically unsaturated nonionic monomers.
A communications method, performed by a terminal device or a chip for the terminal device, the method comprising: determining (S501a) a first measurement object corresponding to a first secondary component carrier, SCC; determining (S502a), that the first SCC is a CC where at least 6 cells and 24 SSB are required to be monitored, when there is an association relationship between the first measurement object and a first reporting configuration for the first SCC, and a reporting type of the first reporting configuration is a synchronization signal block, SSB, type; performing measurement on the first SCC; wherein the 24 SSBs have different physical cell identifiers and/or time indexes; wherein the first SCC is within a frequency band that belongs to frequency range 2; wherein a frequency range of the frequency range 2 ranges from 24250 MHz to 52600 MHz. determining (S501a) a first measurement object corresponding to a first secondary component carrier, SCC; determining (S502a), that the first SCC is a CC where at least 6 cells and 24 SSB are required to be monitored, when there is an association relationship between the first measurement object and a first reporting configuration for the first SCC, and a reporting type of the first reporting configuration is a synchronization signal block, SSB, type; performing measurement on the first SCC; wherein the 24 SSBs have different physical cell identifiers and/or time indexes; wherein the first SCC is within a frequency band that belongs to frequency range 2; wherein a frequency range of the frequency range 2 ranges from 24250 MHz to 52600 MHz.
A vacuum pump comprising a Holweck pump stage having a Holweck stator and a Holweck rotor which rotates about a rotor axis in the operation of the vacuum pump and which cooperates with the Holweck stator to generate a pumping effect, wherein the Holweck pump stage has at least one thread-like Holweck groove which is bounded by at least one side wall and which forms an internal thread, wherein the side wall is at least sectionally formed obliquely with respect to the rotor axis in a cross-section in which the rotor axis lies, characterized in that the Holweck groove has a groove base which defines a base envelope, with the base envelope being formed cylindrically in at least one section of the Holweck groove . wherein the Holweck pump stage has at least one thread-like Holweck groove which is bounded by at least one side wall and which forms an internal thread, wherein the side wall is at least sectionally formed obliquely with respect to the rotor axis in a cross-section in which the rotor axis lies, characterized in that the Holweck groove has a groove base which defines a base envelope, with the base envelope being formed cylindrically in at least one section of the Holweck groove .
A medical device system for treating an abscess cavity of a mammal, said device system comprising: (a) a fluidic or gel-type matrix biocompatible filler material that is configured for implantation into the abscess cavity, and (b) a stem cell material, wherein the stem cell material is combined with the fluidic or gel-type matrix biocompatible filler material, and wherein said fluidic or gel-type matrix biocompatible filler material is configured to solidify within the abscess cavity. (a) a fluidic or gel-type matrix biocompatible filler material that is configured for implantation into the abscess cavity, and (b) a stem cell material, wherein the stem cell material is combined with the fluidic or gel-type matrix biocompatible filler material, and wherein said fluidic or gel-type matrix biocompatible filler material is configured to solidify within the abscess cavity.
An agent which inhibits the activity of alkaline phosphatase protein (ALPL) for use in increasing blood-brain barrier permeability in a subject, wherein said subject is a patient in need thereof.
A plinabulin monohydrate in crystalline form, exhibiting an X-ray powder diffraction pattern comprising at least three characteristic peaks selected from the group consisting of peaks at 8.1°, 13.1°, 16.3°, 23.9°, 24.2°, 24.5°, and 26.6° 20, and preferably at least peaks at 8.1°, 13.1°, 16.1°, 16.3°, 19.8°, 22.9°, 23.9°, 24.2°, 24.5°, 26.6°, and 29.3°2θ based on a copper-K-alpha source.
A computer-implemented method comprising: (i) prior to execution of a computer application by a speculative execution engine: locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and (ii) during execution of the computer application by the speculative execution engine: changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application. (i) prior to execution of a computer application by a speculative execution engine: locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and (ii) during execution of the computer application by the speculative execution engine: changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application. changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application.
A method in a communications network comprising a plurality of communication devices using shared communication resources, wherein each of the plurality of communication devices is a user equipment, the method comprising: identifying (S1105), by a device among the plurality of communication devices, a time interval among the shared communication resources that can be allocated for separate use by another one of the plurality of communication devices, wherein the time interval is identified in relation to a common timing reference accessible to the plurality of communication devices; identifying (S1110), by the device, a guard period of the time interval; and transmitting (S1115), by the device, information within the guard period. identifying (S1105), by a device among the plurality of communication devices, a time interval among the shared communication resources that can be allocated for separate use by another one of the plurality of communication devices, wherein the time interval is identified in relation to a common timing reference accessible to the plurality of communication devices; identifying (S1110), by the device, a guard period of the time interval; and transmitting (S1115), by the device, information within the guard period.
Spark plug, in particular prechamber spark plug, having a housing , an ignition electrode and an earth electrode , wherein the ignition electrode can be acted on with an electrical voltage via a supply line, wherein the supply line extends at least partially inside an insulator , wherein the housing has a front housing portion and a rear housing portion , and wherein the rear housing portion engages behind the insulator so that the insulator is arranged with pretensioning between the front housing portion and the rear housing portion , characterised in that the front housing portion is generally produced from a material having a thermal conductivity of more than 150 W/mK and consequently acts as a discharge region .