mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a string of vehicles comprising a lead vehicle and at least one follower vehicle , comprising the follower vehicle following, by means of vehicle-to-vehicle (V2V) communication, the lead vehicle in a follower trajectory, the method further comprising generating surroundings data, regarding the surroundings of at least a part of the string, and generating, using the surroundings data, a backup trajectory (BT1), which is different from the follower trajectory, characterized in that the generated backup trajectory (BT1), or the surroundings data, is received by at least one of the at least one follower vehicle, wherein the receiving follower vehicle follows the generated backup trajectory (BT1), upon a determination of a predetermined condition for following the generated backup trajectory (BT 1 ), wherein the predetermined condition is that the communication with the lead vehicle is at least partially lost, and wherein the backup trajectory (BT1) is generated by the lead vehicle . generating surroundings data, regarding the surroundings of at least a part of the string, and generating, using the surroundings data, a backup trajectory (BT1), which is different from the follower trajectory, characterized in that the generated backup trajectory (BT1), or the surroundings data, is received by at least one of the at least one follower vehicle, wherein the receiving follower vehicle follows the generated backup trajectory (BT1), upon a determination of a predetermined condition for following the generated backup trajectory (BT 1 ), wherein the predetermined condition is that the communication with the lead vehicle is at least partially lost, and wherein the backup trajectory (BT1) is generated by the lead vehicle .
Data loggers with functional units, arranged inside a housing, for acquiring, digitizing, optionally storing and optionally evaluating measurement data and for transmitting data to an external data processing device and with a power source, in particular a button cell battery, arranged inside the housing, wherein the functional units for acquiring, digitizing, optionally storing and optionally evaluating measurement data and for transmitting data to an external data processing device are arranged on a printed circuit board, which forms a component of the housing of the data logger, wherein the housing of the data logger at the same time forms the housing of the power source, and at least one electrical contact for the power source is made on the housing.
Wheel steering assembly for a motor vehicle for pivoting a single steerable vehicle wheel which is arranged on a vehicle chassis such that it can be pivoted about a steering axis , the wheel steering assembly comprising a steering motor apparatus which has a steering motor and by way of which the vehicle wheel can be pivoted about the steering axis by rotation angles which are predefined by way of electric control signals, it being possible for a wheel pivoting lever to be coupled to the vehicle wheel , it being possible for the wheel pivoting lever to be pivoted about the steering axis , and it being possible for the steering motor apparatus to be fastened to the vehicle chassis, and the said steering motor apparatus comprising a motor pivoting lever which can be pivoted about a pivot axis by means of the steering motor , and a pivotable end region of the motor pivoting lever and a pivotable end region of the wheel pivoting lever being connected to one another by means of an articulated coupling rod , with the result that a pivoting movement of the motor pivoting lever , which pivoting movement is brought about by the pivoting motor , brings about a pivoting movement of the wheel pivoting lever , characterized in that the coupling rod is articulated on the motor pivoting lever and on the wheel pivoting lever in each case by means of a ball joint.
A surgical system comprising: a manipulator arm configured to manipulate movement of a surgical instrument mounted at the manipulator arm, the manipulator arm comprising a cannula mounting structure ; and a reader positioned at the cannula mounting structure and configured to: detect whether a magnet (714, 820 to 823) is present at each of a plurality of positions (810 to 813, 1614) arranged in an array at a cannula mounted to the cannula mounting structure, and output sensed information for each individual position of the plurality of positions, wherein the sensed information for the individual position comprises an indication of a magnetic polarity associated with a magnet detected to be present at the individual position or an indication that no magnet is detected to be present at the individual position. a manipulator arm configured to manipulate movement of a surgical instrument mounted at the manipulator arm, the manipulator arm comprising a cannula mounting structure ; and a reader positioned at the cannula mounting structure and configured to: detect whether a magnet (714, 820 to 823) is present at each of a plurality of positions (810 to 813, 1614) arranged in an array at a cannula mounted to the cannula mounting structure, and output sensed information for each individual position of the plurality of positions, wherein the sensed information for the individual position comprises an indication of a magnetic polarity associated with a magnet detected to be present at the individual position or an indication that no magnet is detected to be present at the individual position. detect whether a magnet (714, 820 to 823) is present at each of a plurality of positions (810 to 813, 1614) arranged in an array at a cannula mounted to the cannula mounting structure, and output sensed information for each individual position of the plurality of positions, wherein the sensed information for the individual position comprises an indication of a magnetic polarity associated with a magnet detected to be present at the individual position or an indication that no magnet is detected to be present at the individual position.
A method for producing a salt polymorph according to claim 3, comprising the steps of: (a) dissolving a 4-(6-ethoxy-1-methoxy-thioxanthene-9-ylidene)-1-methyl piperidine hydrochloride addition salt in a protic solvent selected from the group consisting of methanol, ethanol, and iso-propanol, and (b) removing said solvent at a temperature in the range of 50 to 80°C. (a) dissolving a 4-(6-ethoxy-1-methoxy-thioxanthene-9-ylidene)-1-methyl piperidine hydrochloride addition salt in a protic solvent selected from the group consisting of methanol, ethanol, and iso-propanol, and (b) removing said solvent at a temperature in the range of 50 to 80°C.
A portable cart for containing medical waste in a bag , the cart including: a mobile base ; a frame attached to said base that is located above said base, said frame having an outer surface and an opening and being adapted to removably mount the bag ; a sensor mounted to the frame that detects if metal is passed through the frame opening and that asserts a sensor signal when metal is passed through the frame opening; a reader mounted to said frame and configured to detect if RFID-tagged objects pass by the reader and to assert a reader signal when RFID-tagged objects pass by the reader ; and a processor configured to receive the sensor signal and, in response, said processor is configured to actuate a metal detection alarm, wherein the processor is further configured to receive the reader signal and, in response, actuate an RFID detection alarm, characterized in that the processor is configured to: based on the reader signal, determine whether an RFID-tagged object that has passed through the frame opening is to be discarded or reusable; and if the processor determines that an RFID-tagged object that is reusable has passed through the frame opening, actuate the RFID detection alarm. a mobile base ; a frame attached to said base that is located above said base, said frame having an outer surface and an opening and being adapted to removably mount the bag ; a sensor mounted to the frame that detects if metal is passed through the frame opening and that asserts a sensor signal when metal is passed through the frame opening; a reader mounted to said frame and configured to detect if RFID-tagged objects pass by the reader and to assert a reader signal when RFID-tagged objects pass by the reader ; and a processor configured to receive the sensor signal and, in response, said processor is configured to actuate a metal detection alarm, wherein the processor is further configured to receive the reader signal and, in response, actuate an RFID detection alarm, characterized in that the processor is configured to: based on the reader signal, determine whether an RFID-tagged object that has passed through the frame opening is to be discarded or reusable; and if the processor determines that an RFID-tagged object that is reusable has passed through the frame opening, actuate the RFID detection alarm. based on the reader signal, determine whether an RFID-tagged object that has passed through the frame opening is to be discarded or reusable; and if the processor determines that an RFID-tagged object that is reusable has passed through the frame opening, actuate the RFID detection alarm.
A method for calibrating an automated wire bending machine , the method comprising: a) feeding a wire through an automated wire bending machine comprising at least one bending die and at least one bending pin , such that a wire portion extends beyond the bending die and the at least one bending pin; b) bending the wire to a target angle using one of the at least one bending pins by engaging the bending pin against a side of the wire opposed to one of the at least one bending dies and driving the bending pin against the wire to a predetermined position, thereby forming an angle in the wire; c) disengaging the bending pin from the wire such that the bending pin no longer contacts the wire and orienting the wire relative to a camera system by feeding wire from the automated wire bending machine such that the camera system captures an image of the bent portion of the wire, the angle formed in the wire, and a straight portion of the wire; d) capturing an image of the wire portion using the camera system; e) measuring an actual angle formed in the wire based at least in part on the image using a processor device associated with the camera system; f) storing in an electronic memory a value based on the actual angle formed in the wire; g) automatically adjusting one or more programmed bend angles associated with a manufactured wire part based on the value. a) feeding a wire through an automated wire bending machine comprising at least one bending die and at least one bending pin , such that a wire portion extends beyond the bending die and the at least one bending pin; b) bending the wire to a target angle using one of the at least one bending pins by engaging the bending pin against a side of the wire opposed to one of the at least one bending dies and driving the bending pin against the wire to a predetermined position, thereby forming an angle in the wire; c) disengaging the bending pin from the wire such that the bending pin no longer contacts the wire and orienting the wire relative to a camera system by feeding wire from the automated wire bending machine such that the camera system captures an image of the bent portion of the wire, the angle formed in the wire, and a straight portion of the wire; d) capturing an image of the wire portion using the camera system; e) measuring an actual angle formed in the wire based at least in part on the image using a processor device associated with the camera system; f) storing in an electronic memory a value based on the actual angle formed in the wire; g) automatically adjusting one or more programmed bend angles associated with a manufactured wire part based on the value.
Circuit arrangement for the operation of at least one LED light , wherein the circuit arrangement comprises at least one LED light , fastening bases with contact sockets for contact pins of the LED light , lines connected to the contact sockets for connecting the LED light to an electrical supply network and an electrotechnical component in one of the lines for limiting the current, characterized in that the electrotechnical component is a PTC resistor .
A method, comprising: supporting, by a wireless communication device, transmitting single-port uplink signals on a first carrier in response to determining that the wireless communication device is in a first transmission method; supporting both, by the wireless communication device, transmitting the single-port uplink signals or dual-port uplink signals on a second carrier in response to determining that the wireless communication device is in a second transmission method; and determining, by the wireless communication device based on scheduling information received from a base station, a transmission method used to transmit uplink signals, the transmission method comprising the first transmission method or the second transmission method. supporting, by a wireless communication device, transmitting single-port uplink signals on a first carrier in response to determining that the wireless communication device is in a first transmission method; supporting both, by the wireless communication device, transmitting the single-port uplink signals or dual-port uplink signals on a second carrier in response to determining that the wireless communication device is in a second transmission method; and determining, by the wireless communication device based on scheduling information received from a base station, a transmission method used to transmit uplink signals, the transmission method comprising the first transmission method or the second transmission method.
A device for planning a placement of pedicle screws , comprising: a processing unit , wherein the processing unit is configured to receive a global model data set representing: - a first model surface of a first human vertebra and a first pedicle screw model positioned in a pedicle section of the first model surface, - a second model surface of a second human vertebra and a second pedicle screw model positioned in a pedicle section of the second model surface, and - a model arrangement of the first human vertebra relative to the second human vertebra, wherein the processing unit is configured to receive image data representing at least a first image of a first human vertebra , a second image of a second human vertebra and an arrangement of the first image relative to the second image, wherein the processing unit is configured to adapt the global model data set to the image data, the adapted model data set representing: - a first adapted model surface adapted to the first image of the first human vertebra, - a second adapted model surface adapted to the second image of the second human vertebra, and - a correspondingly adapted model arrangement of the first adapted model surface relative to the second adapted model surface, wherein the adapted model data set further represents correspondingly adapted first and second pedicle screw models . a processing unit , wherein the processing unit is configured to receive a global model data set representing: - a first model surface of a first human vertebra and a first pedicle screw model positioned in a pedicle section of the first model surface, - a second model surface of a second human vertebra and a second pedicle screw model positioned in a pedicle section of the second model surface, and - a model arrangement of the first human vertebra relative to the second human vertebra, - a first model surface of a first human vertebra and a first pedicle screw model positioned in a pedicle section of the first model surface, - a second model surface of a second human vertebra and a second pedicle screw model positioned in a pedicle section of the second model surface, and - a model arrangement of the first human vertebra relative to the second human vertebra, wherein the processing unit is configured to receive image data representing at least a first image of a first human vertebra , a second image of a second human vertebra and an arrangement of the first image relative to the second image, wherein the processing unit is configured to adapt the global model data set to the image data, the adapted model data set representing: - a first adapted model surface adapted to the first image of the first human vertebra, - a second adapted model surface adapted to the second image of the second human vertebra, and - a correspondingly adapted model arrangement of the first adapted - a first adapted model surface adapted to the first image of the first human vertebra, - a second adapted model surface adapted to the second image of the second human vertebra, and - a correspondingly adapted model arrangement of the first adapted model surface relative to the second adapted model surface,
An endoscopic device comprising: a tubular member comprising a shaft, a distal end portion, and a wire guide lumen extending through at least a portion of the distal end portion; the distal end portion comprising a continuous compound curve portion and a distal tip ; the continuous compound curve portion comprising a first curved portion and a second curved portion , each having a radius of curvature and a length, the first curved portion located proximal to the second curved portion, wherein the second curved portion is formed by heat setting, and the first curved portion is suitable to flex into a semi-straightened shape when advanced through an accessory channel of an endoscope and to relax back to its pre-curved shape when it emerges from the distal end of the accessory channel, the first curved portion connected to the second curved portion to form a continuous compound curve wherein the radius of curvature of the first curved portion is greater than the radius of curvature of the second curved portion; further comprising an electrically conductive cutting element located along the distal end portion and proximal to the second curved portion, the cutting element connected to an electrical conductor extending within a second lumen extending through at least a portion of the tubular member, the cutting element extending exteriorly of the tubular member along an inner radius of curvature of the first curved portion, the cutting element being movable within a cutting plane. a tubular member comprising a shaft, a distal end portion, and a wire guide lumen extending through at least a portion of the distal end portion; the distal end portion comprising a continuous compound curve portion and a distal tip ; the continuous compound curve portion comprising a first curved portion and a second curved portion , each having a radius of curvature and a length, the first curved portion located proximal to the second curved portion, wherein the second curved portion is formed by heat setting, and the first curved portion is suitable to flex into a semi-straightened shape when advanced through an accessory channel of an endoscope and to relax back to its pre-curved shape when it emerges from the distal end of the accessory channel, the first curved portion connected to the second curved portion to form a continuous compound curve wherein the radius of curvature of the first curved portion is greater than the radius of curvature of the second curved portion; further comprising an electrically conductive cutting element located along the distal end portion and proximal to the second curved portion, the cutting element connected to an electrical conductor extending within a second lumen extending through at least a portion of the tubular member, the cutting element extending exteriorly of the tubular member along an inner radius of curvature of the first curved portion, the cutting element being movable within a cutting plane.
Method for testing coins having a core made of a first metal, an outer ring made of a second metal and a ring arranged between the core and the outer ring , with the ring being made of electrically insulating material that is transmissive for light for a first wavelength range and is opaque or less transmissive for light for a second wavelength range, in which method the coins are moved through an optical arrangement and signals in the optical arrangement are evaluated by an evaluation apparatus for generating an authenticity or forgery signal, wherein the coins are irradiated with light by an optical transmitter, and an optical sensor arrangement receives the light passing through the central ring , and the evaluation apparatus analyses the signal of the sensor arrangement and generates an authenticity signal if the spectrum of the received light corresponds to the material of the central ring of an authentic coin.
A method for producing megakaryocytes from hematopoietic progenitor cells, comprising the following (i) and (ii) steps: (i) forcibly expressing BCL-XL gene and c-MYC gene in hematopoietic progenitor cells and culturing the cells, and (ii) arresting forced expression of the BCL-XL gene and the c-MYC gene in the cells obtained in the step (i) and culturing the cells. (i) forcibly expressing BCL-XL gene and c-MYC gene in hematopoietic progenitor cells and culturing the cells, and (ii) arresting forced expression of the BCL-XL gene and the c-MYC gene in the cells obtained in the step (i) and culturing the cells.
A battery pack which is mounted in a vehicle, the battery pack comprising: a plurality of battery cells ; a base plate to support the plurality of battery cells ; and a cross beam unit which is positioned over a predetermined length along a widthwise direction of the base plate , and interposed between the plurality of battery cells in a lengthwise direction of the base plate to attach and fix the facing battery cells in the lengthwise direction, characterized in that a positive and negative electrode structure for electrical connection of the plurality of battery cells is provided on one surface of the plurality of battery cells , wherein the cross beam unit is attached to an opposite surface of the plurality of battery cells . a plurality of battery cells ; a base plate to support the plurality of battery cells ; and a cross beam unit which is positioned over a predetermined length along a widthwise direction of the base plate , and interposed between the plurality of battery cells in a lengthwise direction of the base plate to attach and fix the facing battery cells in the lengthwise direction, characterized in that a positive and negative electrode structure for electrical connection of the plurality of battery cells is provided on one surface of the plurality of battery cells , wherein the cross beam unit is attached to an opposite surface of the plurality of battery cells .