mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module housing system for cooling a battery module , the battery module housing system comprising a lower part and an upper part ; wherein the lower part comprises a plate: the plate having an upper side and a lower side , the lower side being opposite to the upper side with respect to the plate, wherein the upper side of the plate is connectable to the upper part ; wherein the upper part comprises a tub: the tub being configured for accommodating the battery module ; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; wherein the upper side of the plate is connectable to the lower side of the bottom tile such that a cavity is formed between the upper side of the plate and the lower side of the bottom tile , wherein the cavity forms a liquid-tight hollow only accessible via the coolant inlet(s) and the coolant outlet(s); characterized in that : the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally. wherein the lower part comprises a plate: the plate having an upper side and a lower side , the lower side being opposite to the upper side with respect to the plate, wherein the upper side of the plate is connectable to the upper part ; wherein the upper part comprises a tub: the tub being configured for accommodating the battery module ; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; the tub being configured for accommodating the battery module ; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; wherein the upper side of the plate is connectable to the lower side of the bottom tile such that a cavity is formed between the upper side of the plate and the lower side of the bottom tile , wherein the cavity forms a liquid-tight hollow only accessible via the coolant inlet(s) and the coolant outlet(s); characterized in that : the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally. the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally.
A virtualized network function scale-out method, comprising: determining , by a management and orchestration, MANO, when a delay of a response to a request of a user accessing a first virtualized network function, VNF, exceeds a tolerance time of the user and a second VNF cannot satisfy a requirement of a user accessing the second VNF, that the first VNF and the second VNF satisfy a joint scale-out condition, wherein the second VNF is a downstream VNF of the first VNF, the joint scale-out condition indicates the first VNF and the second VNF satisfy scale-out condition; and scaling out , by the MANO, the first VNF and the second VNF, wherein a process of scaling out the first VNF and a process of scaling out the second VNF completely overlap or partially overlap. determining , by a management and orchestration, MANO, when a delay of a response to a request of a user accessing a first virtualized network function, VNF, exceeds a tolerance time of the user and a second VNF cannot satisfy a requirement of a user accessing the second VNF, that the first VNF and the second VNF satisfy a joint scale-out condition, wherein the second VNF is a downstream VNF of the first VNF, the joint scale-out condition indicates the first VNF and the second VNF satisfy scale-out condition; and scaling out , by the MANO, the first VNF and the second VNF, wherein a process of scaling out the first VNF and a process of scaling out the second VNF completely overlap or partially overlap.
Silica particles characterized by : (i) a BET surface area in a range from 0.1 to 7 m 2 /g; (ii) a pack density in a range from 0,561 to 0,881 g/cm 3 ; (iii) a brass Einlehner abrasion value in a range from 8 to 25 mg lost/100,000 revolutions; (iv) a total mercury intrusion pore volume in a range from 0.7 to 1.2 cc/g; and (v) a stannous compatibility in a range from 70 to 99% measured after centrifuged at 12,000 RPM for 10 minutes by an inductively coupled plasma optical emission spectrometer. (i) a BET surface area in a range from 0.1 to 7 m 2 /g; (ii) a pack density in a range from 0,561 to 0,881 g/cm 3 ; (iii) a brass Einlehner abrasion value in a range from 8 to 25 mg lost/100,000 revolutions; (iv) a total mercury intrusion pore volume in a range from 0.7 to 1.2 cc/g; and (v) a stannous compatibility in a range from 70 to 99% measured after centrifuged at 12,000 RPM for 10 minutes by an inductively coupled plasma optical emission spectrometer.
A method comprising: analyzing (505; 605) an amount of data communicated by a set of two or more network interfaces operating on a line card , wherein the data communicated by the set of two or more network interfaces is processed by a set of functional units , and wherein the data communicated by the set of network interfaces is arranged in a set of queues (420A-420D), wherein the set of functional units include at least a forwarding engine a data processing engine ; configuring, based on analyzing the amount of data arranged in the set of queues, a data interconnect coupled to the set of two or more network interfaces and the set of functional units, wherein the data interconnect comprises a plurality of input ports coupled to the set of network interfaces, a plurality of output ports coupled to the set of functional units, and a plurality of connections between the input ports and the output ports, and wherein the data interconnect enables and disables one or more communication lines to forward the data communicated by the two or more network interfaces to functional units that are active on the line card; and causing (530; 650) the data communicated by the set of two or more network interfaces to be forwarded to one or more of the set of functional units via the data interconnect. analyzing (505; 605) an amount of data communicated by a set of two or more network interfaces operating on a line card , wherein the data communicated by the set of two or more network interfaces is processed by a set of functional units , and wherein the data communicated by the set of network interfaces is arranged in a set of queues (420A-420D), wherein the set of functional units include at least a forwarding engine a data processing engine ; configuring, based on analyzing the amount of data arranged in the set of queues, a data interconnect coupled to the set of two or more network interfaces and the set of functional units, wherein the data interconnect comprises a plurality of input ports coupled to the set of network interfaces, a plurality of output ports coupled to the set of functional units, and a plurality of connections between the input ports and the output ports, and wherein the data interconnect enables and disables one or more communication lines to forward the data communicated by the two or more network interfaces to functional units that are active on the line card; and causing (530; 650) the data communicated by the set of two or more network interfaces to be forwarded to one or more of the set of functional units via the data interconnect.
A multi-step extraction process for preparing a soil conditioning agent comprising an extract of a plant from the genus Asclepias, wherein the extraction process comprises the steps of: a) providing chopped and dried superterranean parts of the plant; b) mixing the chopped and dried superterranean parts of the plant with one or more solvents selected from water and alcohol; c) filtering the solvent-wet biomass of step b; d) mixing the remaining solvent-wet biomass of step c with one or more solvents selected from a ketone type solvent; and e) filtering the solvent-wet biomass of step d. a) providing chopped and dried superterranean parts of the plant; b) mixing the chopped and dried superterranean parts of the plant with one or more solvents selected from water and alcohol; c) filtering the solvent-wet biomass of step b; d) mixing the remaining solvent-wet biomass of step c with one or more solvents selected from a ketone type solvent; and e) filtering the solvent-wet biomass of step d.
A rotor blade assembly for a wind turbine , the rotor blade assembly comprising: a rotor blade having surfaces defining a pressure side , a suction side , a leading edge , and a trailing edge extending between a blade tip and a blade root ; and, at least one noise reducer secured at the trailing edge , the noise reducer comprising at least one serration , the at least one serration comprising a base portion having a triangular cross-section and extending along a first plane defined by an X-Y plane relative to an X-Y coordinate, and opposing side edge features extending from the base portion on opposing sides of the base portion , having an arcuate form cross-section, and extending out of the first plane so as to reduce vortices generated by the serration , or wherein the at least one serration comprises a generally triangular cross-section, opposing side edges and a radius of curvature defined between the opposing side edges , wherein the radius of curvature is configured to reduce vortices generated by the side edges of the serration . a rotor blade having surfaces defining a pressure side , a suction side , a leading edge , and a trailing edge extending between a blade tip and a blade root ; and, at least one noise reducer secured at the trailing edge , the noise reducer comprising at least one serration , the at least one serration comprising a base portion having a triangular cross-section and extending along a first plane defined by an X-Y plane relative to an X-Y coordinate, and opposing side edge features extending from the base portion on opposing sides of the base portion , having an arcuate form cross-section, and extending out of the first plane so as to reduce vortices generated by the serration , or base portion having a triangular cross-section and extending along a first plane defined by an X-Y plane relative to an X-Y coordinate, and opposing side edge features extending from the base portion on opposing sides of the base portion , having an arcuate form cross-section, and extending out of the first plane so as to reduce vortices generated by the serration , or wherein the at least one serration comprises a generally triangular cross-section, opposing side edges and a radius of curvature defined between the opposing side edges , wherein the radius of curvature is configured to reduce vortices generated by the side edges of the serration . a generally triangular cross-section, opposing side edges and a radius of curvature defined between the opposing side edges , wherein the radius of curvature is configured to reduce vortices generated by the side edges of the serration .
Method of controlling a rechargeable battery system for a vehicle, the system comprising at least two battery subsystems , at least one recharging interface capable of operating a recharging to a first recharging voltage when said battery subsystems are configured in parallel connection and at a second recharging voltage when said battery subsystems are configured in series connection, and at least a first consumer interface capable of operating at a first determined supply voltage and supplying at least one thermal regulation device of said at least two battery subsystems of the battery system, control means (50, 41-49) for controlling the connection configuration of the at least two battery subsystems to the recharging interface and to the first consumer interface , characterized in that it comprises the steps successive steps when activating a recharge operated via the recharge interface at the second voltage : - the connection (EI) in series of at least two battery subsystems for recharge at the second recharge voltage, - upon detection of an activation condition (CDA) of a thermal regulation device of the battery system, the connection (E3) of the terminals of a first subsystem only among the at least two sub - battery systems at the first consumer interface , - in case of detection of a switching condition (CDC) during recharging at said second recharging voltage, disconnection (E4) of the terminals of the first battery subsystem from the first consumer interface , then connection (E5) by the terminal control means of a second sub- one of the at least two battery subsystems at the first consumer interface . - the connection (EI) in series of at least two battery subsystems for recharge at the second recharge voltage, - upon detection of an activation condition (CDA) of a thermal regulation device of the battery system, the connection (E3) of the terminals of a first subsystem only among the at least two sub - battery systems at the first consumer interface , - in case of detection of a switching condition (CDC) during recharging at said second recharging voltage, disconnection (E4) of the terminals of the first battery subsystem from the first consumer interface , then connection (E5) by the terminal control means of a second sub- one of the at least two battery subsystems at the first consumer interface .
A method of communication according to a multiple access protocol by time distribution or in English Time Division Multiple Acces TDMA between a master device (D1) and at least one slave device (D2) during which a plurality of frames (TR1, TR2) are transmitted between the master device (D1) and the slave device (D2), each frame (TR1, TR2) being partitioned into a plurality of time slots, at least one time slot comprising an analog synchronization signal (S), transmitted by the master device (D1) to the slave device (D2), the analog synchronization signal (S) being characterized in that it comprises: • an amplitude setting portion (S1) which is in the form of a sine wave having a constant amplitude during a predetermined number of pulses, and • an optimized synchronization portion (S2) which is in the form of a triangular-shaped amplitude modulation of the sine wave so as to determine a reference time instant (TOP). • an amplitude setting portion (S1) which is in the form of a sine wave having a constant amplitude during a predetermined number of pulses, and • an optimized synchronization portion (S2) which is in the form of a triangular-shaped amplitude modulation of the sine wave so as to determine a reference time instant (TOP).
Watch self-winding device with rotary motion, comprising a base carrying a motor for driving a mobile support in rotation relative to said base , which support is arranged so as to receive a mechanical watch or an electronic watch with a mechanical power source in a winding position, and comprises at least one upper watch holder comprising a receiving surface for direct contact with a watch fixed to said support , the said support comprising at least one microphone for listening to a said watch , characterised in that it comprises at least one embedded electronic circuit housed inside said support for processing the signal from each said microphone , and in that said device comprises, in order to supply power to each said embedded electronic circuit , at least one first coil , fixed to said base or to said motor , and powered by a static power source carried or relayed by said base , and at least one second coil embedded in said support and arranged to cooperate with at least one said first coil , and arranged to transmit power to each said embedded electronic circuit , at least one said embedded electronic circuit whereof is arranged to exchange information with at least one static electronic circuit housed at said base .
A method of processing data for connection to a platform of an Internet site by a server comprising at least one data-processing unit and data-storage means, the method being characterised in that it comprises steps of: (a) Observation of a set of observable indices relative to personal data of a user connected to the platform and/or relative to general data, and identification using said indices of a situation of said user connected to said platform via equipment from a list of reference situations, each reference situation being associated with at least one strategy, each strategy comprising one or more situational motors selected from a library of situational motors, each situational motor being capable of executing given processing on a situation of a user so as to obtain a message having an expected effect on the situation; (b) For at least one of the strategies associated with said identified situation, executed by the data-processing means of the server of the situational motors of said strategy on said situation so as to obtain at least one stack of messages; (c) Sending to the equipment of said user and/or of the platform a subset of the messages of said at least one stack of messages; wherein the strategies include situational motors configured so that messages are sent out to report the emergence of a new situation corresponding to a subcategory of an existing situation, either intended for a manager of the site in order to suggest a new reference situation that the manager of the site can validate or not, or to automatically include the new reference situation. (a) Observation of a set of observable indices relative to personal data of a user connected to the platform and/or relative to general data, and identification using said indices of a situation of said user connected to said platform via equipment from a list of reference situations, each reference situation being associated with at least one strategy, each strategy comprising one or more situational motors selected from a library of situational motors, each situational motor being capable of executing given processing on a situation of a user so as to obtain a message having an expected effect on the situation; (b) For at least one of the strategies associated with said identified situation, executed by the data-processing means of the server of the situational motors of said strategy on said situation so as to obtain at least one stack of messages; (c) Sending to the equipment of said user and/or of the platform a subset of the messages of said at least one stack of messages;
Oval wheel flow meter for measuring a flow of at least one process medium in a dispensing system , the oval wheel flow meter comprising a housing in which a measuring chamber , an inlet portion and an outlet portion are formed, two oval wheels which are rotatably mounted in the measuring chamber between the inlet portion and the outlet portion , and a detecting means for detecting a position of the oval wheels , a groove facing the measuring chamber being formed in at least one housing part or portion of the housing , characterised in that the groove is arranged between axes of rotation of the oval wheels , a longitudinal axis of the groove extending between the inlet portion and the outlet portion along a flow meter longitudinal axis connecting the inlet portion to the outlet portion , and a longitudinal dimension of the groove being selected such that a gas-permeable connection is provided between the inlet portion and the outlet portion by means of the groove .
A laboratory device , comprising a body ; a platform for receiving a vessel (V), object, or sample to be heated; a heating element ; a first temperature sensor , arranged proximate to the platform ; at least one controller , located in the body and arranged to receive a temperature signal from the first temperature sensor , for controlling an amount of electrical power supplied to the heating element ; characterized by containing a wireless communication device , which enables a mobile device (D) located within a communication range of the laboratory device to communicate bidirectionally, wherein the wireless communication device is configured to provide a signal to not allow completion of a circuit supplying electrical power to the heating element , unless communication with the mobile device (D) has been established.
Exenatide for use in a method of treating a disease or disorder, the method comprising: administering to a subject, via an implantable delivery device, a continuous subcutaneous dose of exenatide, wherein: the subject is orally co-administered a drug after implantation of the implantable delivery device and during continuous subcutaneous dosing of the exenatide; wherein the orally co-administered drug is acetaminophen, ethinyl estradiol, or levonorgestrel; and wherein the orally co-administered drug is administered without dose adjustment. wherein the orally co-administered drug is acetaminophen, ethinyl estradiol, or levonorgestrel; and wherein the orally co-administered drug is administered without dose adjustment.