mhurhangee/ep-ind-claims huggingface dataset:
A method by an online system comprising: sending to a plurality of vehicles, a high definition map for a geographical region, wherein each of the plurality of vehicles requested the high definition map for a geographical region for driving on a route through the geographical regior determining for each of the plurality of vehicles, an upload rate based on a frequency at which the vehicle uploads data collected via one or more sensors of the vehicle to the online system, the upload rate comprising a rate of data uploaded per time period; ranking the plurality of vehicles based on one or more criteria, wherein the one or more criteria comprise the upload rate, and wherein vehicles with lower upload rates are ranked higher than vehicles with higher upload rates; identifying vehicles of the plurality of vehicles with routes passing through a particular location about which the online system is requesting an upload of data from vehicle sensors; selecting an identified vehicle based on the ranking; sending to the selected vehicle a request for additional data about the particular location, wherein the additional data is based on sensor data captured by the selected vehicle; receiving, from the selected vehicle, additional data about the particular location; updating the high definition map for the geographical region using the additional data received from the selected vehicle; and sending, to one or more vehicles driving on a route including the particular location, the updated high definition map. sending to a plurality of vehicles, a high definition map for a geographical region, wherein each of the plurality of vehicles requested the high definition map for a geographical region for driving on a route through the geographical regior determining for each of the plurality of vehicles, an upload rate based on a frequency at which the vehicle uploads data collected via one or more sensors of the vehicle to the online system, the upload rate comprising a rate of data uploaded per time period; ranking the plurality of vehicles based on one or more criteria, wherein the one or more criteria comprise the upload rate, and wherein vehicles with lower upload rates are ranked higher than vehicles with higher upload rates; identifying vehicles of the plurality of vehicles with routes passing through a particular location about which the online system is requesting an upload of data from vehicle sensors; selecting an identified vehicle based on the ranking; sending to the selected vehicle a request for additional data about the particular location, wherein the additional data is based on sensor data captured by the selected vehicle; receiving, from the selected vehicle, additional data about the particular location; updating the high definition map for the geographical region using the additional data received from the selected vehicle; and sending, to one or more vehicles driving on a route including the particular location, the updated high definition map.
A vacuum pump, in particular a turbomolecular pump, comprising a rotor shaft; a rotary bearing for the rotatable support of the rotor shaft; and an operating medium store for the reception of an operating medium with which the rotary bearing is to be supplied, wherein the operating medium store has a non-rotationally symmetrical shape with respect to an axis of rotation of the rotary bearing and is located in a construction space available in the vacuum pump; wherein the operating medium store comprises a primary store configured rotationally symmetrical with respect to the axis of rotation of the rotary bearing and at least one secondary store (20, 20', 20"); wherein a conveying path for the operating medium leads from the secondary store (20, 20', 20") via the primary store to the rotary bearing; and wherein the secondary store (20, 20', 20"), with respect to the axis of rotation of the rotary bearing, is spaced further apart from the rotary bearing in the axial direction than the primary store, characterized in that the secondary store (20, 20', 20") is connected to a conveying means which is configured to convey the operating medium from the rotary bearing to the secondary store (20, 20', 20").
A steel wire for the reinforcement of rubber articles, a peripheral face of a wire being brass plated, wherein an amount of phosphorus included as an oxide in a surface layer region from a surface of the brass plating up to a depth of 5 nm in a radial direction of the wire is more than zero but not more than 1.5 atomic%, wherein an average thickness of the brass plated layer is 0.13-0.35μm, characterized in that a ratio of copper to a total amount of copper and zinc in the surface layer region is 50-80 atomic%.
A compound of formula: wherein PEG is optionally present and is a polyethylene glycol moiety, wherein PEG has a molecular weight of 44 Da to 100 kDa; each L 2 is independently optional and is a linker group; each L 4 is independently optional and is a linker group; D 2 is a dendritic polymer having one or more branched monomer units, and a plurality of end groups; R 2 is an end group of the dendritic polymer and is independently at each occurrence in the compound selected from the group consisting of positively or negatively charged groups and neutral groups (e.g., polar groups: sugars, peptides, hydrophilic polymers, or hydrophobic groups: long-chain alkanes (C 1 -C 50) and fatty acids (C 1 -C 50), aromatic molecules, esters, halogens, nitrocompounds, anthracyclines, fluorocarbons, silicones, certain steroids such as cholesterol, terpenoids, vitamins, and polymers), and amphiphilic groups (e.g. cholic acid, riboflavin, and chlorogenic acid), wherein one or more positively or negatively charged groups are present in R 2 and at least one R 2 group is a hydrophobic group; subscript y is an integer from 1 to 64, wherein subscript y is equal to the number of end groups on the dendritic polymer; and subscript m is an integer from 0 to 32. PEG is optionally present and is a polyethylene glycol moiety, wherein PEG has a molecular weight of 44 Da to 100 kDa; each L 2 is independently optional and is a linker group; each L 4 is independently optional and is a linker group; D 2 is a dendritic polymer having one or more branched monomer units, and a plurality of end groups; R 2 is an end group of the dendritic polymer and is independently at each occurrence in the compound selected from the group consisting of positively or negatively charged groups and neutral groups (e.g., polar groups: sugars, peptides, hydrophilic polymers, or hydrophobic groups: long-chain alkanes (C 1 -C 50) and fatty acids (C 1 -C 50), aromatic molecules, esters, halogens, nitrocompounds, anthracyclines, fluorocarbons, silicones, certain steroids such as cholesterol, terpenoids, vitamins, and polymers), and amphiphilic groups (e.g. cholic acid, riboflavin, and chlorogenic acid), wherein one or more positively or negatively charged groups are present in R 2 and at least one R 2 group is a hydrophobic group; subscript y is an integer from 1 to 64, wherein subscript y is equal to the number of end groups on the dendritic polymer; and subscript m is an integer from 0 to 32.
A method of optimizing a driver turn on time to prevent flashing of a light source powered by the driver, the method characterized by: selecting, from a table of duty cycle values for a variety of possible output currents and corresponding output voltages, a highest duty cycle value corresponding to a target output current of the driver, wherein the selected duty cycle value has a corresponding voltage; applying the selected duty cycle value to the driver; measuring an output voltage at the light source connected to an output of the driver; comparing the measured output voltage to the corresponding voltage of the selected duty cycle to produce a voltage comparison result; and adjusting the selection of the duty cycle based on the voltage comparison result. selecting, from a table of duty cycle values for a variety of possible output currents and corresponding output voltages, a highest duty cycle value corresponding to a target output current of the driver, wherein the selected duty cycle value has a corresponding voltage; applying the selected duty cycle value to the driver; measuring an output voltage at the light source connected to an output of the driver; comparing the measured output voltage to the corresponding voltage of the selected duty cycle to produce a voltage comparison result; and adjusting the selection of the duty cycle based on the voltage comparison result.
A method of limiting the amount of network traffic reaching an electronic device operating an Ethernet networking protocol and using a network stack comprising at least one physical layer communicating with at least one link layer where the data received is propagated to one or more higher layers of said network stack, said electronic device being connected to a communication network, in which method said network traffic is filtered and an unwanted data reception addressed to said electronic device filtered out, the method further comprising receiving said network traffic in at least one said physical layer of said electronic device, comparing said network traffic to at least one access control list, detecting a said unwanted data reception, and sending a signal causing the selected said unwanted data reception to be rejected and discarded at the link layer or media access controller, MAC, before it reaches another higher layer of said network stack of said electronic device, characterised in that the filtering is arranged to append control data to the reception such that the MAC of the link layer rejects the said unwanted data reception transmitted from the physical layer.
An electrosurgical instrument for delivering radiofrequency and/or microwave energy into biological tissue, the electrosurgical instrument comprising: a coaxial cable for conveying radiofrequency and/or microwave energy, the coaxial cable having an inner conductor, an outer conductor formed coaxially with the inner conductor, and a first dielectric material separating the inner conductor and outer conductor, a radiating tip portion disposed at a distal end of the coaxial cable to receive the RF and/or microwave energy from the coaxial cable, an image sensor (14, 44) disposed at the distal end of the coaxial cable for generating digital images of a treatment site, wherein the image sensor is mounted at a distal end of an imaging cable; and a handpiece, wherein the coaxial cable and the imaging cable are connected to and extend away from the handpiece; wherein the handpiece comprises a communication module arranged to communicate information relating to the digital images to a remote device, the communication module comprising a transceiver that is communicably connectable to a wireless network. a coaxial cable for conveying radiofrequency and/or microwave energy, the coaxial cable having an inner conductor, an outer conductor formed coaxially with the inner conductor, and a first dielectric material separating the inner conductor and outer conductor, a radiating tip portion disposed at a distal end of the coaxial cable to receive the RF and/or microwave energy from the coaxial cable, an image sensor (14, 44) disposed at the distal end of the coaxial cable for generating digital images of a treatment site, wherein the image sensor is mounted at a distal end of an imaging cable; and a handpiece, wherein the coaxial cable and the imaging cable are connected to and extend away from the handpiece; wherein the handpiece comprises a communication module arranged to communicate information relating to the digital images to a remote device, the communication module comprising a transceiver that is communicably connectable to a wireless network.
A knob assembly for a cooking appliance, comprising: a valve including a movable valve shaft; a knob connected to a knob shaft, the knob shaft being coupled with the valve shaft; a knob ring surrounding a periphery of the knob and supporting the knob shaft; an actuating member coupled with the knob ring; a support frame supporting the actuating member; and a fixing frame coupled with the support frame for preventing the actuating member from separating from the support frame, characterized in that the knob ring includes: a knob ring body; a rear plate including a support hole for supporting the valve shaft passing through the support hole; and a support tube coupled with the rear plate for supporting the valve shaft. a valve including a movable valve shaft; a knob connected to a knob shaft, the knob shaft being coupled with the valve shaft; a knob ring surrounding a periphery of the knob and supporting the knob shaft; an actuating member coupled with the knob ring; a support frame supporting the actuating member; and a fixing frame coupled with the support frame for preventing the actuating member from separating from the support frame, characterized in that the knob ring includes: a knob ring body; a rear plate including a support hole for supporting the valve shaft passing through the support hole; and a support tube coupled with the rear plate for supporting the valve shaft. a knob ring body; a rear plate including a support hole for supporting the valve shaft passing through the support hole; and a support tube coupled with the rear plate for supporting the valve shaft.
An assembly between a titanium-based metal piece and a ceramic material piece based on silicon carbide and/or carbon, the assembly being characterized in that it comprises a stack structure comprising the following elements assembled together in pairs by brazing: • said metal piece; • first intermediate piece that is suitable for deforming to accommodate differential expansion between said metal piece and said ceramic material piece; • a second intermediate piece that is rigid, that has a coefficient of expansion close to that of said ceramic material piece, and that is made of aluminum nitride (AlN) or of tungsten; and • said ceramic material piece, wherein the brazing composition that assembles said second intermediate piece to the ceramic material piece is of the Ag-Mn type with a percentage by weight of manganese (Mn) that lies in the range 1% to 25%. • said metal piece; • first intermediate piece that is suitable for deforming to accommodate differential expansion between said metal piece and said ceramic material piece; • a second intermediate piece that is rigid, that has a coefficient of expansion close to that of said ceramic material piece, and that is made of aluminum nitride (AlN) or of tungsten; and • said ceramic material piece,
Semiautomatic device to evaporate solvents by sweeping its vapor produced by exposure to a flux of N 2 gas, which is useful for processing atmospheric samples destined for identification and quantification of organic chemical compounds with toxic properties, comprising a container vial that is placed in a thermal isolated aluminum container cooled by a Peltier element, wherein the device further comprises: - a solenoid valve to externally supply the N 2 gas flux at a pressure below 4x10 2 kPa, and a flux sensor to control that the gas flux is within the range of 0 - 1000 sccm (cubic centimeters per minute) under standard conditions of temperature and pressure; - a dosing nozzle for N 2 gas supply and a stepped motor provided to displace the dosing nozzle; - a nozzle control to regulate the approach of said dosing nozzle for N 2 gas supply to the sample comprised in the container vial; - a sensor to control that temperature of the sample is kept at 0 °C; - a capacitive sensor to detect the solvent level inside the container vial; and - alarms to indicate the level of the extraction solution contained in the vial. - a solenoid valve to externally supply the N 2 gas flux at a pressure below 4x10 2 kPa, and a flux sensor to control that the gas flux is within the range of 0 - 1000 sccm (cubic centimeters per minute) under standard conditions of temperature and pressure; - a dosing nozzle for N 2 gas supply and a stepped motor provided to displace the dosing nozzle; - a nozzle control to regulate the approach of said dosing nozzle for N 2 gas supply to the sample comprised in the container vial; - a sensor to control that temperature of the sample is kept at 0 °C; - a capacitive sensor to detect the solvent level inside the container vial; and - alarms to indicate the level of the extraction solution contained in the vial.
A device to create alterations in an endoluminal prosthesis, wherein the endoluminal prosthesis comprises at least one layer of biocompatible material, comprising: a means to stabilize the endoluminal prosthesis, wherein the endoluminal prosthesis can be incrementally axially rotated, wherein the stabilizing means comprises a grooved mandrel suitable for receiving the endoluminal prosthesis; the mandrel including a plurality of grooves running longitudinally down its length, the grooves being spaced around the circumference of the mandrel; and a means (20, 92) to manipulate the layer of biocompatible material at at least one distinct point on the endoluminal prosthesis to produce an alteration on the surface thereof, characterised in that the manipulating means comprising spaced apart teeth to create the alteration, wherein the device further comprises a means to couple the stabilizing means with the manipulating means, wherein the coupling means is adapted to rotate the stabilizing means following the formation of at least one alteration on the surface of the endoluminal prosthesis, wherein the coupling means comprises a main support structure, wherein the grooved mandrel is coupled to the main support structure by support pins which are inserted into the center of the mandrel, and wherein a stop disk is configured to abut one end of the endoluminal prosthesis to prevent the endoluminal prosthesis from migrating a means to stabilize the endoluminal prosthesis, wherein the endoluminal prosthesis can be incrementally axially rotated, wherein the stabilizing means comprises a grooved mandrel suitable for receiving the endoluminal prosthesis; the mandrel including a plurality of grooves running longitudinally down its length, the grooves being spaced around the circumference of the mandrel; and a means (20, 92) to manipulate the layer of biocompatible material at at least one distinct point on the endoluminal prosthesis to produce an alteration on the surface thereof, characterised in that the manipulating means comprising spaced apart teeth to create the alteration, wherein the device further comprises a means to couple the stabilizing means with the manipulating means, wherein the coupling means is adapted to rotate the stabilizing means following the formation of at least one alteration on the surface of the endoluminal prosthesis, wherein the coupling means comprises a main support structure, wherein the grooved mandrel is coupled to the main support structure by support pins which are inserted into the center of the mandrel, and wherein a stop disk is configured to abut one end of the endoluminal prosthesis to prevent the endoluminal prosthesis from migrating
A method for manufacturing a semiconductor device including a plurality of packages disposed in a resin-molded case, each of the plurality of packages containing a power semiconductor element, the method comprising: placing the case on a working table with an opening formed at a bottom of the case, the case including a plurality of first terminals with one end internally drawn along the bottom of the case and connectable to one power semiconductor element; placing the packages on the working table through the opening of the case, each of the plurality of packages including a second terminal connectable to the power semiconductor element contained in the package, and forming a clearance between the first terminal of the case and the second terminal of the package; electrically connecting the first terminal and the second terminal with a bonding material disposed in the clearance; providing a plurality of third terminals, each comprised in one of the packages; and before or after placing the packages on the working table, inserting onto each third terminal, a control board with a through hole, and electrically connecting the third terminal to the control board, the control board including a circuit configured to output a driving signal to the power semiconductor element, wherein the third terminal is drawn in a direction that separates from the working table along a depth direction of the case and the control board. placing the case on a working table with an opening formed at a bottom of the case, the case including a plurality of first terminals with one end internally drawn along the bottom of the case and connectable to one power semiconductor element; placing the packages on the working table through the opening of the case, each of the plurality of packages including a second terminal connectable to the power semiconductor element contained in the package, and forming a clearance between the first terminal of the case and the second terminal of the package; electrically connecting the first terminal and the second terminal with a bonding material disposed in the clearance; providing a plurality of third terminals, each comprised in one of the packages; and before or after placing the packages on the working table, inserting onto each third terminal, a control board with a through hole, and electrically connecting the third terminal to the control board, the control board including a circuit configured to output a driving signal to the power semiconductor element, wherein the third terminal is drawn in a direction that separates from the working table along a depth direction of the case and the control board.
Peeling rotor (100, 200) for a device for processing foodstuffs comprising at least one peeling arm (1, 2, 3, 4) which is arranged on a carrier shaft, characterised in that the peeling arm (1, 2, 3, 4) comprises a connection piece (11, 21, 31, 41) and an end piece (12, 22, 32, 42), wherein the connection piece connects with a first end the peeling arm (1, 2, 3, 4) to the carrier shaft and the end piece (12, 22, 32, 42) adjoins the second end of the connection piece (11, 21, 31, 41), wherein the end piece (12, 22, 32, 42) is produced from a first elastomer material which has a lower Shore hardness A than a second elastomer material from which the connection piece (11, 21, 31, 41) is produced.
Process for the reorganization of polydimethylsiloxanes over sulphonic acid-containing cation exchange resins for the preparation of compositions containing polydimethylsiloxanes of the formula having a chain length N = n + 2, the proportion of polydimethylsiloxanes with N = 6 and N = 7 being ≥ 20% by weight, based on the mass of the polydimethylsiloxanes, characterized in that sulphonic acid-containing cation exchange resins having water contents of 8 to 25% by weight, determinable as stated in the description, are used and in that the polydimethylsiloxanes used are a mixture which comprises hexamethyldisiloxane and/or octamethyltrisiloxane and siloxane cycles, wherein, in the composition obtained directly as reorganizate, the proportion of polydimethylsiloxanes of chain lengths N = 6 to N = 12 (N 6-12) is 20 to 58% by weight, based on the mass of the polydimethylsiloxanes. having a chain length N = n + 2, the proportion of polydimethylsiloxanes with N = 6 and N = 7 being ≥ 20% by weight, based on the mass of the polydimethylsiloxanes, characterized in that sulphonic acid-containing cation exchange resins having water contents of 8 to 25% by weight, determinable as stated in the description, are used and in that the polydimethylsiloxanes used are a mixture which comprises hexamethyldisiloxane and/or octamethyltrisiloxane and siloxane cycles, wherein, in the composition obtained directly as reorganizate, the proportion of polydimethylsiloxanes of chain lengths N = 6 to N = 12 (N 6-12) is 20 to 58% by weight, based on the mass of the polydimethylsiloxanes.