mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the semi-automatic reclosing, by means of suitable lids each provided with a protruding spout of an oblong shape, of containers of liquids, comprising a support frame which comprises a work plane that has a reclosing zone equipped with a reclosing head able to move the lids toward the corresponding containers, with which reclosing zone at least one rack is associable, in which said containers are grouped, disposed in a desired number and according to a desired pattern, and a zone for pre-loading a plurality of lids, characterized in that it comprises a positioning tray for the lids, the positioning tray being selectively mobile between a first loading position associated with the work plane, in correspondence with the pre-loading zone, in which it is set up with the lids, and a second reclosing position, upended with respect to the first loading position, in correspondence with the reclosing zone, in which it is releasably constrained to the reclosing head and is configured to direct, during use, in a manner suitable for the action of the reclosing head, the lids associated therewith, aligned toward the corresponding containers to be reclosed, said positioning tray being formed by a support plane which has a first surface and a plurality of containing bodies which protrude from said first surface, said containing bodies being provided with positioning seatings, each of the positioning seatings being of a shape mating with at least part of the lids, reproducing in negative at least an elongated shape or bulk of the spouts of the corresponding lids, in order to obtain a stable constraint between each containing body and the corresponding lid coupled therewith, in order to position, in the first loading position and in an orderly manner, according to a pattern correlated to the grouping pattern of the containers in the rack, a number of lids coordinated with the number of containers provided in the rack, in an upended position with the spouts facing downward, keeping the lids stably positioned with the corresponding spouts in the positioning seatings both in the first loading position, and in the second reclosing position, and also in the passage from the first loading position to the second reclosing position.
Electrohydraulic system for underwater use, with an electrohydraulic actuating drive, comprising a hydraulic machine, a rotary drive device and a hydraulic cylinder or hydraulic motor, and with a container, wherein the hydraulic cylinder or hydraulic motor and the hydraulic machine are present in an interior space of the container, wherein the rotary drive device and the hydraulic machine are mechanically coupled for a common rotary movement and the hydraulic machine adjusts at least the hydraulic cylinder or hydraulic motor, wherein the rotary drive device serves for adjusting the hydraulic cylinder, wherein the electrical supply of energy to the components within the container is realized via an electrical interface at the container, characterized in that the rotary drive device is arranged outside the container and is configured for coupling to the hydraulic machine and decoupling from the hydraulic machine, and the electrical energy for the rotary drive device is independent of the electrical energy consumption of the components within the container.
An aircraft undercarriage (50; 100; 200) including a shock absorber comprising first and second portions (1, 2; 105, 102; 201, 202) that are mounted to slide telescopically relative to each other and that can come into internal abutment in the event of the shock absorber being compressed, the undercarriage being fitted with a detector device for detecting the shock absorber coming into internal abutment, the aircraft undercarriage being characterized in that said device comprises firstly a punch (10; 110; 210) secured to the first portion of the shock absorber or to a portion of the undercarriage that does not slide relative to the first portion of the shock absorber, and secondly a sacrificial piece (15; 115; 215) secured to the second portion of the shock absorber or to a portion of the undercarriage that does not slide relative to the second portion of the shock absorber, the punch and the sacrificial piece being arranged in such a manner that, in the event of the two portions of the shock absorber coming into internal abutment, the punch strikes the sacrificial piece so as to form an indentation therein.
A process for receiving utility-related data over a network comprising, at a head end device: receiving a User Datagram protocol, UDP, bulk message comprising one or more UDP messages in a digital envelope, where each of the one or more UDP messages includes utility-related data, wherein each of the one or more received UDP messages comprises in a first part of the UDP message, a reason code for facilitating the sorting of the one or more UDP message into one of multiple predetermined storage buckets, and in a second part of the one or more UDP message, the utility-related data; validating the digital envelope; sorting the UDP messages; and transmitting a second_UDP message comprising an acknowledgement of receipt for each of the received UDP messages. receiving a User Datagram protocol, UDP, bulk message comprising one or more UDP messages in a digital envelope, where each of the one or more UDP messages includes utility-related data, wherein each of the one or more received UDP messages comprises in a first part of the UDP message, a reason code for facilitating the sorting of the one or more UDP message into one of multiple predetermined storage buckets, and in a second part of the one or more UDP message, the utility-related data; validating the digital envelope; sorting the UDP messages; and transmitting a second_UDP message comprising an acknowledgement of receipt for each of the received UDP messages.
Rotation separator for separation of foreign bodies from a media flow, in particular from a biogas substrate flow, with - a separator housing, which has a separation area for a foreign body separation from the media flow and an outlet area for discharging the media flow after completed foreign body separation; and - a rotor, which is arranged at least in sections in the separation area of the separator housing and is rotatably drivable, wherein the rotor comprises at least one separator shovel and the separation area is connected via a connection channel with the outlet area; characterized in that the connection channel is formed outside the rotor. - a separator housing, which has a separation area for a foreign body separation from the media flow and an outlet area for discharging the media flow after completed foreign body separation; and - a rotor, which is arranged at least in sections in the separation area of the separator housing and is rotatably drivable, wherein the rotor comprises at least one separator shovel and the separation area is connected via a connection channel with the outlet area; characterized in that the connection channel is formed outside the rotor.
An emissive display comprising: an organic light emitting diode (OLED); a linear polarizer; and a reflective polarizer optically between the OLED and the linear polarizer; and a structured optical film optically between the OLED and the reflective polarizer; characterized in that the structured optical film comprises a transparent substrate, low index one-dimensional or two-dimensional nanostructures and a high index backfill layer forming a planar surface over the nanostructures. an organic light emitting diode (OLED); a linear polarizer; and a reflective polarizer optically between the OLED and the linear polarizer; and a structured optical film optically between the OLED and the reflective polarizer; characterized in that the structured optical film comprises a transparent substrate, low index one-dimensional or two-dimensional nanostructures and a high index backfill layer forming a planar surface over the nanostructures.
Thermometer with a thermowell and an interior part of the thermowell designed to be inserted into the thermowell, wherein the interior part of the thermowell is used for the arrangement of conductor elements (4, 5), and wherein the interior part of the thermowell is adapted to the shape of the inside of the thermowell in the area of a closed end of the thermowell, which is exposed to a medium during operation, characterized in that the interior part of the thermowell is used to arrange the conductor elements (4, 5) on the side of the interior part of the thermowell facing towards the thermowell in the installed state, in that the interior part of the thermowell has a dish-like shape, and in that the interior part of the thermowell is adapted to the correspondingly shaped inside of the end of the thermowell, and wherein the interior part of the thermowell has a thickness which is less compared with the other dimensions of the interior part of the thermowell.
A method of reducing or suppressing slag deposition and/or cleaning deposited slag in an energy production process, the method comprising: adding a slag-reducing composition to the energy production process, wherein the energy production process comprises a potassium-containing solid fuel combustion process, wherein the solid fuel is prepared from biological sources, and wherein the slag-reducing composition comprises (i) an aluminum-containing compound and (ii) a magnesium-containing compound, wherein the aluminum-containing compound and the magnesium-containing compound are added separately or simultaneously to the energy production process.
A therapeutic-releasing coated film material comprising: a first biocompatible polymeric material having at least one surface and a therapeutic agent releasably incorporated in at least a portion thereof; and a capping layer comprising a second biocompatible polymeric material impermeable to said therapeutic agent covering substantially all said at least one surface, the therapeutic-releasing material being configured such that therapeutic agent can be preferentially eluted from those portions of the at least one surface not covered by the capping layer. a first biocompatible polymeric material having at least one surface and a therapeutic agent releasably incorporated in at least a portion thereof; and a capping layer comprising a second biocompatible polymeric material impermeable to said therapeutic agent covering substantially all said at least one surface, the therapeutic-releasing material being configured such that therapeutic agent can be preferentially eluted from those portions of the at least one surface not covered by the capping layer.
A preservative-free oil-in-water emulsion, the globules of which have a maximum size of 220 nm or less, having an osmolarity of 110 to 180 mOsm/L, comprising: - at least one mucomimetic polymer selected from hyaluronic acids, dextran sulfate and chondroitin sulfate, - at least one lipid of the phospholipid type selected from lecithins, - at least one lipid other than the phospholipid, - at least one stabilizing polymer selected from cellulose polymers, - citrate buffer medium, - water, for use in treating or preventing ophthalmic diseases. - at least one mucomimetic polymer selected from hyaluronic acids, dextran sulfate and chondroitin sulfate, - at least one lipid of the phospholipid type selected from lecithins, - at least one lipid other than the phospholipid, - at least one stabilizing polymer selected from cellulose polymers, - citrate buffer medium, - water,
A transformer for a modular converter comprising a) a core; b) a first coil, said first coil comprising i) a first winding, in particular a high-voltage winding, surrounding a first section of the core, ii) an encapsulation made from solid, electrically insulating material and enclosing said first winding; c) a second winding, in particular a low-voltage winding, surrounding the first or a second section of the core; d) an electrically conductive coating formed on at least a portion of an outer surface of the encapsulation, characterized in that e) a voltage divider is provided in electrical connection with the first winding and the electrically conductive coating, said voltage divider being configured to set an absolute value of an electric potential | V coat | at the conductive coating to below an absolute value of an electric potential | V winding | at the first winding, i.e. | V coat | < | V winding |, and in that the voltage divider is a resistive voltage divider comprising f) a first resistance ( R 1) provided between the first winding and the electrically conductive coating, and g) a second resistance ( R 2) provided between the electrically conductive coating and a reference connection, preferably a ground connection. a) a core; b) a first coil, said first coil comprising i) a first winding, in particular a high-voltage winding, surrounding a first section of the core, ii) an encapsulation made from solid, electrically insulating material and enclosing said first winding; i) a first winding, in particular a high-voltage winding, surrounding a first section of the core, ii) an encapsulation made from solid, electrically insulating material and enclosing said first winding; c) a second winding, in particular a low-voltage winding, surrounding the first or a second section of the core; d) an electrically conductive coating formed on at least a portion of an outer surface of the encapsulation, characterized in that e) a voltage divider is provided in electrical connection with the first winding and the electrically conductive coating, said voltage divider being configured to set an absolute value of an electric potential | V coat | at the conductive coating to below an absolute value of an electric potential | V winding | at the first winding, i.e. | V coat | < | V winding |, and in that the voltage divider is a resistive voltage divider comprising f) a first resistance ( R 1) provided between the first winding and the electrically conductive coating, and g) a second resistance ( R 2) provided between the electrically conductive coating and a reference connection, preferably a ground connection.
A delivery system for delivering a enamel regeneration system to the surfaces of teeth the delivery system comprising a delivery device comprising a plurality of layers, and a separate activator composition the delivery device comprising; i) a first layer comprising a strip of an orally acceptable non-dissolving, flexible, backing film, having a strip surface capable of being applied to a tooth surface; ii) a non-water soluble second layer comprising a component of the enamel regeneration system; iii) a water soluble third layer comprising a water soluble polymer; and an activator composition comprising water; characterised in that the component of the enamel regeneration system comprises a water insoluble and/or slightly soluble calcium source and the activator composition comprises a phosphate source. i) a first layer comprising a strip of an orally acceptable non-dissolving, flexible, backing film, having a strip surface capable of being applied to a tooth surface; ii) a non-water soluble second layer comprising a component of the enamel regeneration system; iii) a water soluble third layer comprising a water soluble polymer; and
A transformer area identification method, comprising the following steps: step S1: collecting and counting power of each electric meter in an identification domain and power of a main electric meter, wherein the identification domain comprises a current-state identified domain and a current-state to-be-identified domain, and the current-state identified domain comprises a current-state identified inclusive domain and a current-state identified exclusive domain; step S2: calculating unidentified total power, wherein the unidentified total power is a difference between the power of the main electric meter and total power of the current-state identified inclusive domain; step S3: calculating a change of the unidentified total power and a change of power of each electric meter in the current-state to-be-identified domain; step S4: identifying a transformer area based on the change of the unidentified total power and the change of the power of the each electric meter in the current-state to-be-identified domain; and step S5: repeating steps S1 to S4, till the identification domain is divided into a stable-state identified inclusive domain, a stable-state identified exclusive domain, and a stable-state to-be-identified domain. step S1: collecting and counting power of each electric meter in an identification domain and power of a main electric meter, wherein the identification domain comprises a current-state identified domain and a current-state to-be-identified domain, and the current-state identified domain comprises a current-state identified inclusive domain and a current-state identified exclusive domain; step S2: calculating unidentified total power, wherein the unidentified total power is a difference between the power of the main electric meter and total power of the current-state identified inclusive domain; step S3: calculating a change of the unidentified total power and a change of power of each electric meter in the current-state to-be-identified domain; step S4: identifying a transformer area based on the change of the unidentified total power and the change of the power of the each electric meter in the current-state to-be-identified domain; and step S5: repeating steps S1 to S4, till the identification domain is divided into a stable-state identified inclusive domain, a stable-state identified exclusive domain, and a stable-state to-be-identified domain.
A wireless sensor reader comprising: an antenna for transmitting a plurality of excitation pulses to a wireless sensor; at least one receiver for receiving a ring signal from said wireless sensor in response to said excitation pulses, said receiver charaterized in that it includes at least one filter to filter said ring signal received from said wireless sensor, wherein said filter defines a passband window to allow a frequency bandwidth to be received by the reader, and wherein said passband window may be narrowed to pass only a frequency band that corresponds to a specific parametric range of interest as sensed by the sensor. an antenna for transmitting a plurality of excitation pulses to a wireless sensor; at least one receiver for receiving a ring signal from said wireless sensor in response to said excitation pulses, said receiver charaterized in that it includes at least one filter to filter said ring signal received from said wireless sensor, wherein said filter defines a passband window to allow a frequency bandwidth to be received by the reader, and wherein said passband window may be narrowed to pass only a frequency band that corresponds to a specific parametric range of interest as sensed by the sensor.
Deburring tool for deburring edges of transverse recesses (3, 3a-i), which start from a main bore, consisting of a shaft (8, 9) driven to be rotatable about the tool axis and which can be moved into the main bore and out in advance direction, and on the lower end of which is arranged at least one blade window in which at least one blade (10, 10', 10", 10′′′, 10ʺʺ) spring-loaded approximately perpendicularly to the tool axis is arranged to be displaceable, which has on its front end at least one cutting edge (10a, 10b) which meets the edge of the transverse recess (3, 3a-i) and deburrs the latter, wherein the blade (10, 10', 10", 10′′′, 10ʺʺ) consists of two arc-like cutting edges (10a, 10b) opposing one another in rotation direction (12, 13), characterised in that the cutting edges (10a, 10b) are configured such that they act to be cutting equally for right-hand operation and left-hand operation (12, 13), wherein the one cutting edge is configured to be cutting for right-hand operation both in forward operation and in rearward operation, and the other cutting edge is configured to be cutting for left-hand operation both in forward operation and in rearward operation, and in that the two cutting edges (10a, 10b) are placed at an angle with their cutting edges at an angle between 5° to 45° to the tool axis and hence to the longitudinal axis of the main bore.
A door entrance system for regulating the access between a first area and a second area, comprising - a first opening configured to be connected to the first area, - a second opening configured to be connected to the second area and - a revolving door comprising two or more wings, wherein - the revolving door is positioned between the first and second opening (10, 20) and configured to rotate the two or more wings to control access between the first and second area (2, 3) through the first and second opening (10, 20), and - the door entrance system further comprise a first door leaf moveably between a first open position and a second open position to regulate a size of the first opening, the door entrance system further comprising a control unit connected to the first door leaf and to a first air sensor configured to measure parameters of the air in the first area, characterized in that the control unit is configured to move the first door leaf between the first and second open position (O1, O2) to regulate the size of the first opening at least based on input from the first air sensor, wherein the control unit is connected to a second air sensor configured to measure parameters of the air in the second area and is configured to move the first door leaf between the first and second open position (O1, O2) to regulate the size of the first opening at least based on input from the first air sensor and/or the second air sensor. - a first opening configured to be connected to the first area, - a second opening configured to be connected to the second area and - a revolving door comprising two or more wings, - the revolving door is positioned between the first and second opening (10, 20) and configured to rotate the two or more wings to control access between the first and second area (2, 3) through the first and second opening (10, 20), and - the door entrance system further comprise a first door leaf moveably between a first open position and a second open position to regulate a size of the first opening,
A composition comprising a mixing product of: a) an antiperspirant active; b) greater than 15 weight% of palm kernel oil; c) less than 40 weight% of a volatile silicone oil; and d) a gellant, wherein the composition is a stick product or a soft solid product. a) an antiperspirant active; b) greater than 15 weight% of palm kernel oil; c) less than 40 weight% of a volatile silicone oil; and d) a gellant,
Photovoltaic panel system comprising a plurality of photovoltaic panels (2a, 2b, 2c, 2d), said system comprising detecting means for detecting the electrical data output from each photovoltaic panel (2a;2b;2c;2d) of said plurality of photovoltaic panels, and a control unit able to receive said electrical data detected by said detecting means, said system being characterized by further comprising tripping and restoring means for interrupting the electric operation of one or more photovoltaic panels of said plurality of photovoltaic panels and for restoring the proper operation of one or more photovoltaic panels of said plurality of photovoltaic panels, said tripping and restoring means being driven by said control unit depending on the data detected on each photovoltaic panel (2a,2b,2c,2d) during their operation, wherein said tripping and restoring means comprise, for each photovoltaic panel of said plurality of photovoltaic panels, a front cover for obscuring at least in part the face collecting the solar radiation, said cover comprising a roll-up/roll-down sheet, said tripping and restoring means comprising, for each photovoltaic panel of said plurality of photovoltaic panels, a device for cleaning the face collecting the solar radiation, said cleaning means comprising a brush, wherein said brush is located at an end of the front cover of each photovoltaic panel (2a, 2b, 2c, 2d).