mhurhangee/ep-ind-claims huggingface dataset:
Device (1, 1', 100, 100') for supplying power to an electrical system of a motor vehicle comprising a first and a second battery and a DC voltage converter comprising a first terminal linked to the first battery and a second terminal linked to the second battery, the second terminal also being intended to be connected to the electrical system, wherein the DC voltage converter is configured to create a current source arranged in series between the first and the second battery so as to control the current exchanged with the first battery; and wherein the DC voltage converter comprises: - an inductor arranged in series with the first and the second battery; - a rectifier, arranged in series with the inductor, configured to rectify an AC voltage so as to deliver a voltage controlling the current flowing through the inductor; - an inverter configured to deliver an AC voltage to said rectifier from a voltage source, termed power supply source of the inverter; - a transformer comprising a first primary winding, the ends of which are linked to the output of the inverter, and a secondary winding, the ends of which are linked to the input of the rectifier. - an inductor arranged in series with the first and the second battery; - a rectifier, arranged in series with the inductor, configured to rectify an AC voltage so as to deliver a voltage controlling the current flowing through the inductor; - an inverter configured to deliver an AC voltage to said rectifier from a voltage source, termed power supply source of the inverter; - a transformer comprising a first primary winding, the ends of which are linked to the output of the inverter, and a secondary winding, the ends of which are linked to the input of the rectifier.
A method of fingerprinting at least one wireless device transmitting data in frames on a channel in a network, wherein the channel is used by a plurality of wireless devices, wherein frames are transmitted in succession on the channel, the method comprising the steps, in a device listening to the channel, of: receiving a current frame that succeeds a preceding frame; measuring an inter-arrival time from the end of reception of the preceding frame to the end of reception of the current frame; obtaining an identity of the wireless device that transmitted the current frame; and storing the inter-arrival time in a set of inter-arrival times for the wireless device corresponding to the obtained identity in order to generate a fingerprint for the wireless device. receiving a current frame that succeeds a preceding frame; measuring an inter-arrival time from the end of reception of the preceding frame to the end of reception of the current frame; obtaining an identity of the wireless device that transmitted the current frame; and storing the inter-arrival time in a set of inter-arrival times for the wireless device corresponding to the obtained identity in order to generate a fingerprint for the wireless device.
A blank comprising a part; a tool; and a connection member connecting the tool to the part; wherein the part, the tool and the connection member are integrally formed as a single piece of build material, the connection member can be broken or cut to disconnect the tool from the part, and after the tool has been disconnected from the part, the tool can be used to mechanically remove surface build material from the surface of the part; wherein the part has a feature with an interior surface (34a, 34b), the feature being a hole, channel, passageway, recess or corner; the tool is inside the feature; the tool extends to a tool tip at a distal end of the tool, the tool tip is inside the feature and the connection member is not located within the feature.
An artificial stomach adapted to be implanted in a patient, comprising a food reservoir adapted to collect food, the food reservoir comprising an inlet adapted to upstream be connected to the patient's gastrointestinal tract and an outlet adapted to downstream be connected to the patient's gastrointestinal tract; wherein an outer wall encloses both the food reservoir and a servo reservoir for regulating the size of the food reservoir, the food reservoir and the servo reservoir being separated by a flexible inner wall, where further both the food reservoir wall and the wall of the servo reservoir comprise parts of the outer wall and the flexible inner wall. a food reservoir adapted to collect food, the food reservoir comprising an inlet adapted to upstream be connected to the patient's gastrointestinal tract and an outlet adapted to downstream be connected to the patient's gastrointestinal tract; wherein an outer wall encloses both the food reservoir and a servo reservoir for regulating the size of the food reservoir, the food reservoir and the servo reservoir being separated by a flexible inner wall, where further both the food reservoir wall and the wall of the servo reservoir comprise parts of the outer wall and the flexible inner wall.
Method for preparing a resol-type phenolic resin comprising the following steps: a) a step of condensing phenol and formaldehyde, in a basic medium, the formaldehyde being in molar excess with respect to the phenol, at a condensation temperature of at least 50°C until the phenol conversion rate is 50 to 80%, whereby a resol-type phenolic resin results comprising free formaldehyde; b) a step of measuring the free formaldehyde mass content of the phenolic resin obtained in a); c) a step of reducing the free formaldehyde mass content of the phenolic resin obtained in a) by placing it in contact with an aminophenolic compound in an excess amount with respect to the free formaldehyde and at a temperature lower than the condensation temperature of step a). a) a step of condensing phenol and formaldehyde, in a basic medium, the formaldehyde being in molar excess with respect to the phenol, at a condensation temperature of at least 50°C until the phenol conversion rate is 50 to 80%, whereby a resol-type phenolic resin results comprising free formaldehyde; b) a step of measuring the free formaldehyde mass content of the phenolic resin obtained in a); c) a step of reducing the free formaldehyde mass content of the phenolic resin obtained in a) by placing it in contact with an aminophenolic compound in an excess amount with respect to the free formaldehyde and at a temperature lower than the condensation temperature of step a).
A method for automatically controlling a skin piercing system, wherein the skin piercing system has a manual piercing device with a driving attachment, and a piercing unit that functionally couples with the driving attachment, which are accommodated in a housing, as well as a controller, which is set up to provide control signals for the driving attachment during operation, and wherein the method comprises the following steps: - providing a driving force with the driving attachment and coupling the driving force to a piercing tool of the piercing unit, such that the piercing tool is moved in and out while executing a working motion, - acquiring a user input for an interval operation of the manual piercing device, during which working intervals, in which the piercing tool executes several working motions with a repetition frequency owing to the operation of the driving attachment, and non-working intervals, in which the operation of the driving attachment is interrupted, are alternatingly repeated with a prescribed time lag, - generating control signals for the driving attachment based on the interval operation with the controller and transmitting the control signals to the driving attachment; and - operating the driving attachment according to the control signals. - providing a driving force with the driving attachment and coupling the driving force to a piercing tool of the piercing unit, such that the piercing tool is moved in and out while executing a working motion, - acquiring a user input for an interval operation of the manual piercing device, during which working intervals, in which the piercing tool executes several working motions with a repetition frequency owing to the operation of the driving attachment, and non-working intervals, in which the operation of the driving attachment is interrupted, are alternatingly repeated with a prescribed time lag, - generating control signals for the driving attachment based on the interval operation with the controller and transmitting the control signals to the driving attachment; and - operating the driving attachment according to the control signals.
A method for recognizing the presence of leakages from sealed containers, said method comprising the steps of: - defining a detection zone in which a sealed container will be placed; - putting said detection zone in communication with at least one gas sensor (219a, 219b) through at least one duct; - placing a container in said detection zone; - sucking a gas flow from said detection zone through said duct and transferring said gas flow to a first gas sensor, the method being characterized in that it further comprises a step in which said gas flow that has reached the first gas sensor is either transferred to a second gas sensor or is transferred to the first gas sensor for a second time, and in that the signals generated by the first and second gas sensors (219a, 219b), or the two signals generated by the first gas sensor, are processed for determining the presence of a gas leakage in said container, and in that the two signals generated by the first and second gas sensors (219a, 219b), or the two signals generated by the first gas sensor, are compared with each other so as to generate a comparative logical signal indicative of the presence of a gas leakage when at the same instant the level of the second signal exceeds the level of the first signal. - defining a detection zone in which a sealed container will be placed; - putting said detection zone in communication with at least one gas sensor (219a, 219b) through at least one duct; - placing a container in said detection zone; - sucking a gas flow from said detection zone through said duct and transferring said gas flow to a first gas sensor,
A sensor for determining the concentration of an acidic or basic compound dissolved in water, wherein the determination is based on an ingress of gas or vapor of said compound, causing a change in pH value, within an inner buffer separated from a sample side by a membrane that is essentially permeable to gases and essentially impermeable to ions, characterized in that a layer is provided between the membrane and the sample side, wherein the layer substantially covers the membrane, wherein the layer is water-soluble and has pH buffering properties.
A method for checkpointing and restarting a container status in a linux system, comprising: at a checkpoint stage, acquiring and checkpointing configuration information of a first container in a linux system, a control group status parameter of the first container, and an application program status parameter of the first container; and at a restart stage, reading the configuration information of the first container, the control group status parameter of the first container, and the application program status parameter of the first container, and configuring a second container in a linux system according to the read configuration information of the first container, the read control group status parameter of the first container, and the read application program status parameter of the first container. at a checkpoint stage, acquiring and checkpointing configuration information of a first container in a linux system, a control group status parameter of the first container, and an application program status parameter of the first container; and at a restart stage, reading the configuration information of the first container, the control group status parameter of the first container, and the application program status parameter of the first container, and configuring a second container in a linux system according to the read configuration information of the first container, the read control group status parameter of the first container, and the read application program status parameter of the first container.
A drive device of an in-line sheet-fed offset printing press consisting of a feeder, one or several printing mechanisms (2 to 8), optionally no, one or several varnishing modules and/or other printing press units, such as dryer, further processing or transfer units, as well as a delivery, wherein at least one feed drum and an impression cylinder are provided in a first printing mechanism for the transport of printed sheets to be printed in the sheet transport direction through the sheet-fed offset printing press, at least one transfer drum and an impression cylinder are in each case provided in the further printing mechanisms (3 to 8), and at least one delivery drum is provided in the delivery, and, if one or several varnishing modules are present, at least one transfer drum and an impression cylinder are in each case provided in the varnishing module and at least one delivery drum is provided in the delivery, wherein all sheet-guiding cylinders and drums (11, 12, 13, 14) are drive-connected to one another by means of a continuously arranged drive wheel train, wherein within the drive wheel train at least first drive wheels (16, 16.1) are in each case connected to impression cylinders, and further drive wheels (16.2) are in each case connected to transfer drums, which are arranged between the impression cylinders in the sheet transport direction, and wherein the first (16, 16.1) and the further drive wheels (16.2) are drive-coupled to one another, characterized in that one or several main drive motors are provided in the sheet-fed offset printing press, which are rigidly coupled to a frame side wall of a printing mechanism (2 to 8) or varnishing module by means of a bracket, which is fixed to the frame, and that a respective input drive of the main drive motor or main drive motors from the drive wheel train of the sheet-fed offset printing press are assigned directly to a drive wheel (16, 16.1) in the drive wheel train by means of a respective drive pinion, which is arranged on a respective drive shaft of a main drive motor, so that the or each main drive motor drives directly into a drive gear, which is arranged in the drive wheel train, wherein the or each drive wheel (16, 16.1) is connected to an impression cylinder of a printing mechanism (2 to 9) or varnishing module, that drive-side bearing assemblies arranged adjacent to the drive wheel train are in each case formed as combined radial axial bearing at least for the impression cylinders and transfer drums, and that a printing mechanism (2 to 8) or varnishing module, together with the main drive motor, the bracket, a drive shaft coupled to the main drive motor, and a drive pinion arranged on the drive shaft forms a modular drive printing mechanism, wherein the main drive motor acts directly on the driving engagement of the main drive at the closed wheel train by means of a pinion shaft.
A communication node adapted to be controlled by a control apparatus, the communication node comprising: an entry memory adapted to store a preset number of flow entries, as set by the control apparatus, each stipulating processing applied to a packet received in association with user information, wherein the user information includes information concerning users involved in communication such as a Virtual Local Area Network, VLAN, ID; a packet processor configured to search in the entry memory for a flow entry having match conditions matching the received packet and to process the received packet in accordance with the flow entry having match conditions matching the received packet; and an entry management section configured to control, based on a preset value, the number of flow entries for each user stored in the entry memory, and to remove the entry or entries of one user from the entry memory in case a proportion of the number of flow entries of the one user exceeds the preset value, wherein the flow entry is made up by a set of match conditions, flow statistics information, a set of instructions and the user information, correlated one with another, wherein the proportion of the number of the flow entries of a user in question to a total number of the flow entries that can be stored by the entry memory is an entry use ratio. an entry memory adapted to store a preset number of flow entries, as set by the control apparatus, each stipulating processing applied to a packet received in association with user information, wherein the user information includes information concerning users involved in communication such as a Virtual Local Area Network, VLAN, ID; a packet processor configured to search in the entry memory for a flow entry having match conditions matching the received packet and to process the received packet in accordance with the flow entry having match conditions matching the received packet; and an entry management section configured to control, based on a preset value, the number of flow entries for each user stored in the entry memory, and to remove the entry or entries of one user from the entry memory in case a proportion of the number of flow entries of the one user exceeds the preset value, wherein the flow entry is made up by a set of match conditions, flow statistics information, a set of instructions and the user information, correlated one with another, wherein the proportion of the number of the flow entries of a user in question to a total number of the flow entries that can be stored by the entry memory is an entry use ratio.
A filling apparatus, comprising: a plurality of filling nozzles configured to fill a liquid containing solids into a container; a liquid tank configured to store the liquid containing solids; and a manifold configured to distribute the liquid introduced from an introduction port provided above into the respective filling nozzles from a plurality of distribution ports, the liquid in the liquid tank being introduced into the manifold from the introduction port, the liquid being supplied to the respective filling nozzles through the plurality of distribution ports from the manifold, so that the liquid is filled into the container, characterized in that on an upper surface of a bottom portion in the manifold, guide grooves are formed toward the respective distribution ports, and the solids contained in the liquid which is introduced into the manifold are arranged by the guide grooves and are supplied to the filling nozzles through the respective distribution ports. a plurality of filling nozzles configured to fill a liquid containing solids into a container; a liquid tank configured to store the liquid containing solids; and a manifold configured to distribute the liquid introduced from an introduction port provided above into the respective filling nozzles from a plurality of distribution ports, the liquid in the liquid tank being introduced into the manifold from the introduction port, the liquid being supplied to the respective filling nozzles through the plurality of distribution ports from the manifold, so that the liquid is filled into the container, characterized in that on an upper surface of a bottom portion in the manifold, guide grooves are formed toward the respective distribution ports, and the solids contained in the liquid which is introduced into the manifold are arranged by the guide grooves and are supplied to the filling nozzles through the respective distribution ports.
A control method for an air conditioner, the air conditioner comprising a compressor and an outdoor unit, characterized in that the control method comprises: acquiring suction temperature of the outdoor unit; and operating the compressor at a decreased frequency if the suction temperature of the outdoor unit is lower than a first preset temperature; maintaining the operating frequency of the compressor unchanged if the suction temperature of the outdoor unit is higher than or equal to the first preset temperature and lower than or equal to a second preset temperature, operating the compressor at an increased frequency if the suction temperature of the outdoor unit is higher than the second preset temperature and lower than or equal to a third preset temperature, wherein the first preset temperature is lower than the second preset temperature and the second preset temperature is lower than the third preset temperature. acquiring suction temperature of the outdoor unit; and operating the compressor at a decreased frequency if the suction temperature of the outdoor unit is lower than a first preset temperature; maintaining the operating frequency of the compressor unchanged if the suction temperature of the outdoor unit is higher than or equal to the first preset temperature and lower than or equal to a second preset temperature, operating the compressor at an increased frequency if the suction temperature of the outdoor unit is higher than the second preset temperature and lower than or equal to a third preset temperature, wherein the first preset temperature is lower than the second preset temperature and the second preset temperature is lower than the third preset temperature.
A sustained release formulation of topiramate for oral administration to a mammalian subject comprising topiramate as an active ingredient, which is released from the formulation along a pre-determined release profile, said formulation comprising an extended release component, wherein the extended release component is such that it releases topiramate in vivo in a continuous manner, wherein said extended release component is provided in at least one population of beads coated with a release controlling coating and characterized by its own rate of release, wherein said beads comprise an inert carrier, topiramate, an optional enhancing agent, and a release controlling coating that comprises a coating material and a pore former and optionally other excipients, wherein said release controlling coating material comprises ethylcellulose, methylcellulose, hydroxypropyl cellulose, hydroxypropylmethyl cellulose, cellulose acetate, polyvinyl alcohol, polyacrylates, polymethacrylates or copolymers thereof; and said pore former comprises glucose, fructose, mannitol, mannose, galactose, sorbitol, pullulan, dextran, water-soluble hydrophilic polymers, hydroxyalkylcelluloses, carboxyalkylcelluloses, hydroxypropylmethylcellulose, cellulose ethers, acrylic resins, polyvinylpyrrolidone, cross-linked polyvinylpyrrolidone, polyethylene oxide, Carbowaxes, Carbopol, diols, polyols, polyhydric alcohols, polyalkylene glycols, polyethylene glycols, polypropylene glycols or block polymers thereof, polyglycols, poly([alpha]-[omega])alkylenediols; inorganic compounds; alkali metal salts; alkaline earth metal salts, or combinations thereof, wherein said inert carrier is selected from the group consisting of cellulose spheres, silicon dioxide, starch and sugar spheres.