mhurhangee/ep-ind-claims huggingface dataset:
Tread profile of a pneumatic tyre of a vehicle, with at least one profile block row which is formed from profile block elements, which are arranged one behind another in the circumferential direction U of the tyre and are spaced apart from one another by obliquely or transversely running grooves, and is bounded in the axial direction A by circumferential grooves (2, 3), wherein the profile block elements are outwardly bounded in the radial direction R of the tyre by a radially outer surface forming the ground contact surface, and in the axial direction A with respect to the respectively adjacent circumferential groove by a profile block element flank forming a groove wall of the circumferential groove, wherein a group of a plurality of parallel fine incisions (11, 12, 13, 14, 15) arranged one behind another in the circumferential direction U are in each case formed in the radially outer surface of profile block elements of the profile block row, said fine incisions extending from the one circumferential groove over a length L, as measured in the radially outer surface, and with a depth t 1 and ending there at a distance from the other circumferential groove, characterized in that said fine incisions (11, 12, 13, 14, 15), which are in each case arranged of one behind another in the circumferential direction U in the profile block element and are of the length L, where L ≥ 6 mm, in the radially outer surface consist of a first section of extent and of a second section of extent, wherein said fine incisions in each case extends in the first section of extent, which adjoins the groove wall of the circumferential groove and is of the length b, where b ≤ 2 mm, along the groove wall to a depth t 2 and is formed in the second section of extent, which adjoins the first section of extent in the radially outer surface, with a depth t 1, where (4t 1) ≤ t 2, and in that said fine incisions (11, 12, 13, 14, 15) of the group, said fine incisions each being arranged one behind another in a profile block element in a direction of rotation D of the tyre, are formed from one fine incision in said direction of rotation D to the next fine incision in each case both with an increasing depth t 1 and with an increasing depth t 2.
An apparatus for treating cardiovascular diseases, said apparatus comprising an expandable support member having oppositely disposed proximal and distal end portions and a main body portion between said end portions for positioning in a blood vessel, said proximal end portion of said expandable support member comprising a plurality of wing members that extend from said main body portion; and each of said wing members being for engaging a portion of an antrum of a cardiac chamber surrounding the blood vessel; characterised in that: at least a portion of said expandable support member is treated with at least one therapeutic agent for eluting into the blood vessel, the cardiac chamber, and/or cardiac tissue; and the apparatus further comprises an electrical mechanism coupled to said expandable support member for delivering electrical energy to the at least a portion of the ostium of the blood vessel to ablate tissue. at least a portion of said expandable support member is treated with at least one therapeutic agent for eluting into the blood vessel, the cardiac chamber, and/or cardiac tissue; and the apparatus further comprises an electrical mechanism coupled to said expandable support member for delivering electrical energy to the at least a portion of the ostium of the blood vessel to ablate tissue.
An apparatus configured to structure contents of a meeting, the apparatus comprising: a voice recognizer configured to recognize a voice to generate text corresponding to the recognized voice; a clustering element configured to cluster the generated text into subjects to generate one or more clusters; a concept extractor configured to extract concepts indicative of each of the generated clusters by using a document summarization method; a level analyzer configured to analyze a level of each of the extracted concepts; and a structuring element configured to structure each of the extracted concepts based on the analysis, wherein the clustering element is configured to: extract keywords from each sentence of the generated text; and cluster the sentences of the generated text into the subjects based on the extracted keywords; and wherein the concept extractor is configured to: create one or more phrases or sentences that indicate each of the generated clusters based on the extracted concepts. a voice recognizer configured to recognize a voice to generate text corresponding to the recognized voice; a clustering element configured to cluster the generated text into subjects to generate one or more clusters; a concept extractor configured to extract concepts indicative of each of the generated clusters by using a document summarization method; a level analyzer configured to analyze a level of each of the extracted concepts; and a structuring element configured to structure each of the extracted concepts based on the analysis, wherein the clustering element is configured to: extract keywords from each sentence of the generated text; and cluster the sentences of the generated text into the subjects based on the extracted keywords; and extract keywords from each sentence of the generated text; and cluster the sentences of the generated text into the subjects based on the extracted keywords; and wherein the concept extractor is configured to: create one or more phrases or sentences that indicate each of the generated clusters based on the extracted concepts. create one or more phrases or sentences that indicate each of the generated clusters based on the extracted concepts.
Telecommunication system including at least one local area network intended to communicate with a main network via at least one intermediate element through which data packets are intended to pass in transit from the local area network to the main network and vice-versa, system characterized in that it includes:. means (NWPB) for evaluating a volume of communications currently in progress within the local area network and which consist of a probe able to capture any data packet which flows through the intermediate element (INTM) and which are intended to generate an information signal (Cvol) having a value which conveys information representative of a bandwidth occupied within the local area network at the instant considered;. a management module (MNGM) intended to compare the value of said information signal (Cvol) with at least one predetermined threshold (Th1-ThN); and. means (TC1-TCN) for truncating data packets passing in transit through the intermediate element, which truncation means are intended to be activated by said management module when the value of said information signal is above said predetermined threshold.. means (NWPB) for evaluating a volume of communications currently in progress within the local area network and which consist of a probe able to capture any data packet which flows through the intermediate element (INTM) and which are intended to generate an information signal (Cvol) having a value which conveys information representative of a bandwidth occupied within the local area network at the instant considered;. a management module (MNGM) intended to compare the value of said information signal (Cvol) with at least one predetermined threshold (Th1-ThN); and. means (TC1-TCN) for truncating data packets passing in transit through the intermediate element, which truncation means are intended to be activated by said management module when the value of said information signal is above said predetermined threshold.
A method of removing a digital license from a client computing device, the digital license including an identification of a service that can authorize removing such license, the method comprising the client: selecting the license to be removed; selecting the service based on the identification of the service in the license; constructing a challenge including therein a challenge license identification block identifying the license to be removed, and sending the challenge to the service, receiving a response from the service, the response corresponding to the challenge and including therein a response LIB identifying the license to be removed and an identification of the service, and employing the response LIB from the response to identify the license to be removed; and removing the identified license upon confirming that the identification of the service in the identified license matches the identification of the service in the response, wherein at least the response includes a transaction ID therein, the method further comprising the client constructing an acknowledgment corresponding to the response and including therein the TID from the response, and sending the ACK to the service. selecting the license to be removed; selecting the service based on the identification of the service in the license; constructing a challenge including therein a challenge license identification block identifying the license to be removed, and sending the challenge to the service, receiving a response from the service, the response corresponding to the challenge and including therein a response LIB identifying the license to be removed and an identification of the service, and employing the response LIB from the response to identify the license to be removed; and removing the identified license upon confirming that the identification of the service in the identified license matches the identification of the service in the response, wherein at least the response includes a transaction ID therein, the method further comprising the client constructing an acknowledgment corresponding to the response and including therein the TID from the response, and sending the ACK to the service.
Module for supplying electric power to a motor block of an electric transport vehicle, comprising a first power supply unit for supplying said motor block, comprising a first converter connected to a first electric power supply source, adapted to supply said motor block in accordance with a first electric power supply mode, said first converter providing a first electric power, and a second power supply unit comprising a second converter connected to a second electric power supply source, adapted to supply said motor block in accordance with a second electric power supply mode, wherein the first converter and the second converter are connected in parallel, the first and second converters having the same output voltage, the power supply module further comprising a control module adapted to receive a command for switching between an initial power supply mode from among said first mode and said second mode and a final power supply mode that is different from the initial power supply mode, the power supply module being characterised in that it is configured to command said first converter to progressively vary the output voltage in order to effect a transition between the initial power supply mode and the final power supply mode, and to control the first power supplied by said first converter in order to maintain an electric power supply provided to the motor block that is not zero during the transition, said progressive variation in voltage being applied as a function of previously stored information comprising an association between a second power value provided by the second power supply unit and a voltage value at the output of the second converter.
A high gamma prime (y') nickel based welding material, comprising by wt. %: - Chromium from 13.0 to 14.0 %, - Cobalt from 30.0 to 32.0 %, - Molybdenum from 0.7 to 0.9 %, - Tungsten from 7.0 to 8.0 %, - Tantalum from 2.0 to 5.0 %, - Aluminum from 3.8 to 5.5 %, - Titanium from 0 to 0.12 %, - Zirconium from 0 to 0.02 %, - Hafnium from 0.4 to 0.8 %, - Boron from 0 to 0.02 %, - Carbon from 0.17 to 0.25 %, - Yttrium from 0.005 to 0.015 %, - Vanadium from 0 to 0.01 %, - Rhenium from 1.0 to 2.0 %, and - Nickel and impurities to balance. - Chromium from 13.0 to 14.0 %, - Cobalt from 30.0 to 32.0 %, - Molybdenum from 0.7 to 0.9 %, - Tungsten from 7.0 to 8.0 %, - Tantalum from 2.0 to 5.0 %, - Aluminum from 3.8 to 5.5 %, - Titanium from 0 to 0.12 %, - Zirconium from 0 to 0.02 %, - Hafnium from 0.4 to 0.8 %, - Boron from 0 to 0.02 %, - Carbon from 0.17 to 0.25 %, - Yttrium from 0.005 to 0.015 %, - Vanadium from 0 to 0.01 %, - Rhenium from 1.0 to 2.0 %, and - Nickel and impurities to balance.
Peptide belonging to MDM4, said peptide comprising the aminoacids isoleucine and phenylalanine of MDM4 position 489 and 488 and having the following general formula I: R-KVFI-R1 wherein R is chosen from the group consisting of I, VI, LVI, QLVI (SEQ ID NO:13), IQLVI (SEQ ID NO:14), EIQLVI (SEQ ID NO:15), KEIQLVI (SEQ ID NO:16), KKEIQLVI (SEQ ID NO:17), CKKEIQLVI (SEQ ID NO:18), ICKKEIQLVI (SEQ ID NO:19), PICKKEIQLVI (SEQ ID NO:20), CPICKKEIQLVI (SEQ ID NO:21) or hydrogen of amino functional group of K; R1 is chosen from the group consisting of A or hydroxyl of carboxylic functional group of I; wherein said R and R1 are chosen so that said peptide ranges from 5 to 16 amino acids, preferably, from 8 to 12. R is chosen from the group consisting of I, VI, LVI, QLVI (SEQ ID NO:13), IQLVI (SEQ ID NO:14), EIQLVI (SEQ ID NO:15), KEIQLVI (SEQ ID NO:16), KKEIQLVI (SEQ ID NO:17), CKKEIQLVI (SEQ ID NO:18), ICKKEIQLVI (SEQ ID NO:19), PICKKEIQLVI (SEQ ID NO:20), CPICKKEIQLVI (SEQ ID NO:21) or hydrogen of amino functional group of K; R1 is chosen from the group consisting of A or hydroxyl of carboxylic functional group of I; wherein said R and R1 are chosen so that said peptide ranges from 5 to 16 amino acids, preferably, from 8 to 12.
A coating apparatus comprising: a coating chamber for applying a thermosetting coating material to a wire passing through the coating chamber; an elongate injection channel for receiving coating material input to the coating apparatus at a first end of the injection channel and supplying the received coating material to the coating chamber that is arranged at a second end of the injection channel; a number of heating elements controllable to progressively raise the temperature of the coating material as the coating material flows through the coating apparatus to achieve a desired viscosity of the coating material within the coating chamber; characterized in that the coating chamber has an inlet port through which wire enters the coating chamber, an outlet port through which wire exits the coating chamber, and a cylindrical section between the inlet port and the outlet port for receiving coating material from the injection channel; and wherein the end of the coating chamber that comprises the outlet port is a nozzle which tapers conically from a maximum diameter at the junction with the cylindrical section to a minimum diameter at the outlet port. a coating chamber for applying a thermosetting coating material to a wire passing through the coating chamber; an elongate injection channel for receiving coating material input to the coating apparatus at a first end of the injection channel and supplying the received coating material to the coating chamber that is arranged at a second end of the injection channel; a number of heating elements controllable to progressively raise the temperature of the coating material as the coating material flows through the coating apparatus to achieve a desired viscosity of the coating material within the coating chamber; characterized in that the coating chamber has an inlet port through which wire enters the coating chamber, an outlet port through which wire exits the coating chamber, and a cylindrical section between the inlet port and the outlet port for receiving coating material from the injection channel; and wherein the end of the coating chamber that comprises the outlet port is a nozzle which tapers conically from a maximum diameter at the junction with the cylindrical section to a minimum diameter at the outlet port.
An accumulator comprising: a tank closed by a lid member provided with an inflow port and an outflow port; an outflow pipe having a double pipe structure including an inner pipe connected to the outflow port so as to be suspended inside the tank and an outer pipe disposed on an outer periphery of the inner pipe; and a drying agent containing bag for absorbing and removing moisture in a refrigerant, a bag insertion cylindrical portion having the drying agent containing bag inserted thereinto provided at an outer portion of the outer pipe, characterized in that a slit-shaped notch portion is formed in the bag insertion cylindrical portion in the up and down direction. a tank closed by a lid member provided with an inflow port and an outflow port; an outflow pipe having a double pipe structure including an inner pipe connected to the outflow port so as to be suspended inside the tank and an outer pipe disposed on an outer periphery of the inner pipe; and a drying agent containing bag for absorbing and removing moisture in a refrigerant, a bag insertion cylindrical portion having the drying agent containing bag inserted thereinto provided at an outer portion of the outer pipe, characterized in that a slit-shaped notch portion is formed in the bag insertion cylindrical portion in the up and down direction.
A method of making particles using a microwave generated plasma comprising: a. preparing a salt solution in water, in organic solvent, or in a mixture of water and organic solvent; b. generating precursor droplets from said salt solution using a feed injection device; c. introducing axially said precursor droplets into a microwave plasma torch; d. entraining said precursor droplets using at least two concentric laminar gas flows towards a microwave generated plasma; e. exposing said precursor droplets to high temperature within said microwave generated plasma; f. controlling a residence time of said precursor droplets in said microwave generated plasma; g. controlling quenching rates of an exhaust gas in a gas chamber; h. filtering a quenched exhaust gas of said microwave generated plasma; and i. extracting particles from said quenched exhaust gas. a. preparing a salt solution in water, in organic solvent, or in a mixture of water and organic solvent; b. generating precursor droplets from said salt solution using a feed injection device; c. introducing axially said precursor droplets into a microwave plasma torch; d. entraining said precursor droplets using at least two concentric laminar gas flows towards a microwave generated plasma; e. exposing said precursor droplets to high temperature within said microwave generated plasma; f. controlling a residence time of said precursor droplets in said microwave generated plasma; g. controlling quenching rates of an exhaust gas in a gas chamber; h. filtering a quenched exhaust gas of said microwave generated plasma; and i. extracting particles from said quenched exhaust gas.
An electrical lead for implantation in a patient, the lead comprising: a distal portion comprising one or more electrodes that are configured to generate therapeutic energy for biological tissue of the patient; and a proximal portion coupled to the distal portion and configured to engage a controller, the controller configured to cause the one or more electrodes to generate the therapeutic energy, wherein the distal portion is configured to split apart into sub-portions that travel in multiple directions during implantation into the patient, wherein the sub-portions include distal ends and the distal ends include flexible portions so as to allow the distal ends to change course when encountering sufficient resistance traveling through the biological tissue of the patient, characterized in that the flexible portions include one or more cutouts comprising one or more areas having a reduced cross section compared to other areas of the sub-portions. a distal portion comprising one or more electrodes that are configured to generate therapeutic energy for biological tissue of the patient; and a proximal portion coupled to the distal portion and configured to engage a controller, the controller configured to cause the one or more electrodes to generate the therapeutic energy, wherein the distal portion is configured to split apart into sub-portions that travel in multiple directions during implantation into the patient, wherein the sub-portions include distal ends and the distal ends include flexible portions so as to allow the distal ends to change course when encountering sufficient resistance traveling through the biological tissue of the patient, characterized in that the flexible portions include one or more cutouts comprising one or more areas having a reduced cross section compared to other areas of the sub-portions.
A meter electronics for detecting and identifying a change in a conduit of a vibratory meter, the meter electronics comprising: a processing system including a storage system configured to store a central tendency value of a meter verification parameter and a dispersion value of the meter verification parameter, said processing system being configured to: obtain the central tendency value and the dispersion value from the storage system; and determine a probability based on the central tendency value and the dispersion value to detect if the central tendency value is different than a baseline value, characterized in that the probability comprises a confidence interval of the central tendency value. a processing system including a storage system configured to store a central tendency value of a meter verification parameter and a dispersion value of the meter verification parameter, said processing system being configured to: obtain the central tendency value and the dispersion value from the storage system; and determine a probability based on the central tendency value and the dispersion value to detect if the central tendency value is different than a baseline value, characterized in that the probability comprises a confidence interval of the central tendency value.
Device, comprising an attachment, a carrier machine which is mechanically linked to the attachment, at least one receiver (6, 8) which is located on or near the carrier machine, or which is located on or near the attachment, and at least one remote control capable of communicating with the at least one receiver (6, 8), where the at least one receiver (6, 8) transmits electrical signals to the carrier machine and/or to the attachment when the at least one remote control communicates with the at least one receiver (6, 8), where the at least one receiver (6, 8) is a first receiver, and the device comprises a second receiver capable of communicating with the at least one remote control, where the first receiver transmits control signals via an electrical connection to the carrier machine which cause a movement of the attachment together with the carrier machine when the remote control transmits to the first receiver a first signal intended therefor, and the second receiver transmits control signals to the attachment which cause a movement of parts of the attachment when the remote control transmits to the second receiver a second signal intended therefor, and where the movement of the attachment together with the carrier machine and the movement of parts of the attachment are controlled with the same remote control, characterised in that the remote control is a wireless remote control, which has a single transmitter for communication with the first receiver and with the second receiver, or has two transmission modules, of which a first transmission module communicates with the first receiver and a second transmission module communicates with the second receiver, and where both the carrier machine and the attachment are controlled with the single remote control.