mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for a vehicle system, the controller comprising: a control unit portion in communication with the vehicle system to initiate a vehicle system procedure, wherein the vehicle system is a transmission ; ; a prognostic module in two way communication with the control unit portion a diagnostic module in communication with the prognostic module and in two way communication with the control unit portion ; and a telematics interface in two way communication with the control unit portion , wherein a plurality of control settings and system parameters are sent to one of the diagnostic module and the prognostic module to be compared with previously stored data stored in one of the diagnostic module and the prognostic module ; and wherein in response to the plurality of control settings and system parameters the controller is configured to adjust the shifting procedures of the transmission by being configured to: either adjust a pressure profile of a clutch, avoid the use of one or more clutch or gear selections, or perform double swap shifts . a control unit portion in communication with the vehicle system to initiate a vehicle system procedure, wherein the vehicle system is a transmission ; ; a prognostic module in two way communication with the control unit portion a diagnostic module in communication with the prognostic module and in two way communication with the control unit portion ; and a telematics interface in two way communication with the control unit portion , wherein a plurality of control settings and system parameters are sent to one of the diagnostic module and the prognostic module to be compared with previously stored data stored in one of the diagnostic module and the prognostic module ; and wherein in response to the plurality of control settings and system parameters the controller is configured to adjust the shifting procedures of the transmission by being configured to: either adjust a pressure profile of a clutch, avoid the use of one or more clutch or gear selections, or perform double swap shifts .
An implant needle for introducing an implant into a body of a patient, comprising - a receiving portion configured to receive an implant and provided in a hollow needle main body , the hollow needle main body having an opening extending in a longitudinal direction of the implant needle in a side of the hollow needle main body , and - a taper-shaped tip portion , the taper-shaped tip portion further comprising: - a first slant surface contiguous to a first outer peripheral surface of the hollow needle main body , wherein the first slant surface is provided as a first non-cutting edge; - a second slant surface contiguous to a second outer peripheral surface of the hollow needle main body , wherein the second slant surface is provided as a second non-cutting edge; and - a pair of sharpened surfaces symmetric with respect to an edge point and a longitudinal axis of the needle main body , wherein the sharpened surfaces are both provided with a cutting edge; wherein the first slant surface comprises a first flank and the second slant surface comprises a second flank , and wherein the first flank is provided at a first distance from the edge point and the second flank is provided at a second distance from the edge point which is different from the first distance. - a receiving portion configured to receive an implant and provided in a hollow needle main body , the hollow needle main body having an opening extending in a longitudinal direction of the implant needle in a side of the hollow needle main body , and - a taper-shaped tip portion , the taper-shaped tip portion further comprising: - a first slant surface contiguous to a first outer peripheral surface of the hollow needle main body , wherein the first slant surface is provided as a first non-cutting edge; - a second slant surface contiguous to a second outer peripheral surface of the hollow needle main body , wherein the second slant surface is provided as a second non-cutting edge; and - a pair of sharpened surfaces symmetric with respect to an edge point and a longitudinal axis of the needle main body , wherein the sharpened surfaces are both provided with a cutting edge; wherein the first slant surface comprises a first flank and the second slant surface comprises a second flank , and wherein the first flank is provided at a first distance from the edge point and the second flank is provided at a second distance from the edge point which is different from the first distance. - a first slant surface contiguous to a first outer peripheral surface of the hollow needle main body , wherein the first slant surface is provided as a first non-cutting edge; - a second slant surface contiguous to a second outer peripheral surface of the hollow needle main body , wherein the second slant surface is provided as a second non-cutting edge; and - a pair of sharpened surfaces symmetric with respect to an edge point and a longitudinal axis of the needle main body , wherein the sharpened surfaces are both provided with a cutting edge;
A method for selecting beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9, R1, R2, R3) in a multiple input multiple output system including a transmitter device including multiple transmitter antenna elements and a receiver device including multiple receiver antenna elements for providing first beams (R1, R2, R3) and second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9), wherein the first beams (R1, R2, R3) are transmitter beams provided by the transmitter antenna elements or receiver beams (R1, R2, R3) provided by the receiver antenna elements , wherein if the first beams (R1, R2, R3) are transmitter beams provided by the transmitter antenna elements , then the second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) are receiver beams provided by the receiver antenna elements , and if the first beams (R1, R2, R3) are receiver beams (R1, R2, R3) provided by the receiver antenna elements , then the second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) are transmitter beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) provided by the transmitter antenna elements , the method comprising the steps: - providing for each of the first beams (R1, R2, R3) and each of the second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) a probability for establishing a communication link based on beam data including statistically analyzed history data generated by operating the multiple input multiple output system and - selecting first beams (R1, R2, R3) and second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) based on their probability for establishing a communication link in an iterative process until a communication link is established between a selected first beam (R1, R2, R3) and a selected second beam (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9); wherein the beam data, based on which the probability for establishing the communication link is provided, additionally includes model data generated based on model assumptions for the multiple input multiple output system, wherein the model data includes statistically analyzed history data of other users. - providing for each of the first beams (R1, R2, R3) and each of the second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) a probability for establishing a communication link based on beam data including statistically analyzed history data generated by operating the multiple input multiple output system and - selecting first beams (R1, R2, R3) and second beams (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9) based on their probability for establishing a communication link in an iterative process until a communication link is established between a selected first beam (R1, R2, R3) and a selected second beam (T1L1, T2L1; T1L2, T2L2, T3L2, T4L2; T1, ..., T9);
An electronic device for controlling an access ramp to a door of a vehicle , the ramp being able to move from a retracted configuration to a deployed configuration, the electronic device including: - a detection module configured to detect, via at least one sensor , at least one element of interest located in a nearby area near the door , each sensor being able to be linked to the detection module ; and - a command module configured to command the passage of the ramp from one of the retracted and deployed configurations to the other as a function of the detection of the at least one element of interest ; characterized in that the detection module is configured to assign each element of interest a confidence index as a function of predetermined parameters, the command module being able to command the passage of the ramp from one of the retracted and deployed configurations to the other as a function of the result of the comparison of the confidence index of each element of interest with at least one predetermined threshold value (SB, SH). - a detection module configured to detect, via at least one sensor , at least one element of interest located in a nearby area near the door , each sensor being able to be linked to the detection module ; and - a command module configured to command the passage of the ramp from one of the retracted and deployed configurations to the other as a function of the detection of the at least one element of interest ;
A method of technical diagnostics of machine-tools by means of a diagnostic system of machine-tools comprising an information interface and a control part , wherein the control part comprises a memory, the diagnostic system of machine-tools further comprising at least two sensors for positioning on the machine-tools , the control part memory further stores a model fault-free state comprising waveforms corresponding to waveforms and quantities measured by the at least two sensors in a fault-free operation, and the control part memory further stores at least a first model fault state and a second model fault state, the second model fault state being different than the first model fault state, wherein both the first model fault state and the second model fault state comprise waveforms corresponding to waveforms and quantities measured by the at least two sensors during a fault in the operation, the method being characterised in that at least one of the at least two sensors is a vibration sensor and at least one other sensor is a position sensor , the method comprising the steps of: carry out a measurement and, thereafter, send the measured data from the at least two sensors to the control part , process the measured data from the at least two sensors by applying, in the control part , an evaluation process comprising a measured data pairing step so that the data from individual sensors correspond time wise, and subsequently filter the processed data, the data from at least one sensor being used to set filter parameters for filtering data from at least one other sensor, wherein the processed data are subsequently compared to the model states in the control part , and, based on this comparison, issuing, by the control unit, information to the information interface that the machine-tool is in a fault-free state or in at least one of the model fault states. characterised in that at least one of the at least two sensors is a vibration sensor and at least one other sensor is a position sensor , the method comprising the steps of: carry out a measurement and, thereafter, send the measured data from the at least two sensors to the control part , process the measured data from the at least two sensors by applying, in the control part , an evaluation process comprising a measured data pairing step so that the data from individual sensors correspond time wise, and subsequently filter the processed data, the data from at least one sensor being used to set filter parameters for filtering data from at least one other sensor, wherein the processed data are subsequently compared to the model states in the control part , and, based on this comparison, issuing, by the control unit, information to the information interface that the machine-tool is in a fault-free state or in at least one of the model fault states.
A method of hydraulically hoisting potash 'fines' material from an underground mine comprising the steps of: mining a potash ore deposit using a boring machine to generate a Run-of-Mine (ROM) material at a mine face; conveying the generated ROM material to an underground ore screening plant ; screening the ROM material relative to a threshold size wherein the threshold size is a feed size of one or more flotation cells at a surface product separation plant; mixing 'fines' material, comprising the ROM material that is below the threshold size, with a saturated brine to create a slurry mixture wherein the saturated brine prevents the potash 'fines' material from dissolving into the slurry mixture; and pumping the slurry mixture to a surface location via one of a shaft and at least one borehole to the surface product separation plant. mining a potash ore deposit using a boring machine to generate a Run-of-Mine (ROM) material at a mine face; conveying the generated ROM material to an underground ore screening plant ; screening the ROM material relative to a threshold size wherein the threshold size is a feed size of one or more flotation cells at a surface product separation plant; mixing 'fines' material, comprising the ROM material that is below the threshold size, with a saturated brine to create a slurry mixture wherein the saturated brine prevents the potash 'fines' material from dissolving into the slurry mixture; and pumping the slurry mixture to a surface location via one of a shaft and at least one borehole to the surface product separation plant.
A curable polyorganosiloxane composition comprising: (A) a siloxane-based polymer having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group, and having polysiloxane units and sil-alkylene units obtained by hydrosilylation reaction, in the same molecule, between the following combinations (i) or (ii): (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and (B) a photoinitiator; and further wherein an Si-bonded (meth)acryloxy C3-C20 alkyl radical group is regularly distributed in pendant chains of the siloxane-based polymer. (A) a siloxane-based polymer having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group, and having polysiloxane units and sil-alkylene units obtained by hydrosilylation reaction, in the same molecule, between the following combinations (i) or (ii): (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and (B) a photoinitiator; and further wherein an Si-bonded (meth)acryloxy C3-C20 alkyl radical group is regularly distributed in pendant chains of the siloxane-based polymer.
Friction clutch for a drive train of a motor vehicle having at least one counterpressure plate , having at least one clutch cover which is connected to the counterpressure plate , and having at least one pressing plate which can be moved to a limited extent in the axial direction (A) of the friction clutch with regard to the counterpressure plate in order to clamp a clutch disc in a frictionally locking manner between the counterpressure plate and the pressing plate , cup spring centring devices being provided which are arranged on the clutch cover such that they are distributed in the circumferential direction (U) of the friction clutch , by way of which cup spring centring devices a cup spring which is arranged in the axial direction (A) between the pressing plate and the clutch cover is held in a centred position with regard to a rotational axis (D) of the friction clutch , and on which cup spring centring devices leaf springs are provided, by way of which the pressing plate is attached on the clutch cover fixedly so as to rotate with it and such that it can be moved to a limited extent in the axial direction (A), and the cup spring having a force edge which is supported on the clutch cover such that it can be tilted in the radial direction (R) of the friction clutch via a pivot bearing which is arranged outside the cup spring centring devices , and acts on the pressing plate outside the pivot bearing in the radial direction (R), in order, in the case of a non-actuated cup spring , to move the pressing plate in the direction of the counterpressure plate for frictionally locking clamping of the clutch disc , characterized in that the leaf springs and/or the fastening of the leaf springs to the pressing plate forms/form a stop for the cup spring in the actuated state of the cup spring , which stop is contacted by the cup spring before the force edge of the cup spring contacts an inner side of the clutch cover outside the pivot bearing in the radial direction (R).
Method wherein, when damage to a parked motor vehicle is detected, at at least two communication modules of the motor vehicle determine by means of triangulation the positions of mobile communication devices located in the vicinity of the motor vehicle , capture their MAC addresses and follow their trajectories ; and wherein the mobile communication device of the perpetrator of the damage is determined; and wherein, using a camera of the parked motor vehicle , an image recording or video recording in the direction of the current position of the mobile communication device of the perpetrator is generated.
An open-roof assembly for covering or at least partly uncovering an opening in a vehicle roof, the open-roof assembly comprising a frame defining the opening, a moveably arranged closure member and a pressure-sensitive sensor device , wherein the open-roof assembly comprises a closed state, in which the closure member covers the opening in the vehicle roof, and an open state, in which the closure member uncovers the roof opening at least partly, wherein the pressure-sensitive sensor device is arranged between the closure member and the frame for detecting presence of an object between the closure member and the frame , at least when the closure member is moving from the open state towards the closed state, and wherein the pressure-sensitive sensor device extends over a sensor device length and is configured to detect a location of a local pressure, which local pressure is exerted locally on the pressure-sensitive sensor device , along the sensor device length, wherein the pressure-sensitive sensor device is configured to detect a position of the moveably arranged closure member (2a, and the closure member is slidably arranged and wherein the closure member exerts locally a pressure on the pressure-sensitive sensor device , when the open-roof assembly is in the open state, characterised in that the closure member is configured to slide along the pressure-sensitive sensor device for the pressure-sensitive sensor device to detect the position of the local pressure exerted by the closure member , that moves with the sliding movement of the closure member . wherein the open-roof assembly comprises a closed state, in which the closure member covers the opening in the vehicle roof, and an open state, in which the closure member uncovers the roof opening at least partly, wherein the pressure-sensitive sensor device is arranged between the closure member and the frame for detecting presence of an object between the closure member and the frame , at least when the closure member is moving from the open state towards the closed state, and wherein the pressure-sensitive sensor device extends over a sensor device length and is configured to detect a location of a local pressure, which local pressure is exerted locally on the pressure-sensitive sensor device , along the sensor device length, wherein the pressure-sensitive sensor device is configured to detect a position of the moveably arranged closure member (2a, and the closure member is slidably arranged and wherein the closure member exerts locally a pressure on the pressure-sensitive sensor device , when the open-roof assembly is in the open state, characterised in that the closure member is configured to slide along the pressure-sensitive sensor device for the pressure-sensitive sensor device to detect the position of the local pressure exerted by the closure member , that moves with the sliding movement of the closure member .
A guidewire adjuster, comprising: a support mechanism having a lumen for a guidewire to extend therethrough; and a driving mechanism for driving the guidewire to move back and forth in the lumen; characterized in that the support mechanism is configured as an inner tube , the driving mechanism is configured as an outer sleeve slidably mounted around the inner tube , and wherein one of the inner tube and the outer sleeve is provide with a connecting member at one end thereof, and the other one of the inner tube and the outer sleeve is provided with a locking mechanism at an end opposite from the connecting member , and the connecting member comprises a fitting structure fixedly connectable with a delivery-system operation handle. a support mechanism having a lumen for a guidewire to extend therethrough; and a driving mechanism for driving the guidewire to move back and forth in the lumen; characterized in that the support mechanism is configured as an inner tube , the driving mechanism is configured as an outer sleeve slidably mounted around the inner tube , and wherein one of the inner tube and the outer sleeve is provide with a connecting member at one end thereof, and the other one of the inner tube and the outer sleeve is provided with a locking mechanism at an end opposite from the connecting member , and the connecting member comprises a fitting structure fixedly connectable with a delivery-system operation handle.