mhurhangee/ep-ind-claims huggingface dataset:
Backflow prevention device with reduced pressure zone configured to be installed on hydraulic systems comprising: - an internally hollow body provided with an inlet opening, an outlet opening and an exhaust opening; - at least one check assembly, comprising a stem, an elastic element and a plate, said check assembly being housed in said body; - a deformable mobile diaphragm or membrane having a disc-shaped form with a central opening and an elbow radial section, said mobile diaphragm or membrane being arranged in the flow direction within the body and suitable for interrupting the fluid connection between the outlet opening and the inlet opening and between said inlet opening and the exhaust opening; characterized in that said stem of said check assembly is fixed with respect to said body and that said plate is slidably arranged along said stem and cooperatively placed in surface contact with said mobile diaphragm or membrane in such a way to interrupting the fluid connection between said inlet opening and said outlet opening of the body. - an internally hollow body provided with an inlet opening, an outlet opening and an exhaust opening; - at least one check assembly, comprising a stem, an elastic element and a plate, said check assembly being housed in said body; - a deformable mobile diaphragm or membrane having a disc-shaped form with a central opening and an elbow radial section, said mobile diaphragm or membrane being arranged in the flow direction within the body and suitable for interrupting the fluid connection between the outlet opening and the inlet opening and between said inlet opening and the exhaust opening;
Vehicle incorporating at least one shock absorber device (10; 110), including rear impact, the device (10; 110) including a body (16;116) with a lower face with an exgrowth (22; 122) protruding downward and extending over the whole longitudinal length of the said body (16; 116), the said vehicle is characterized in that it includes a longeron and a crossed connected to the longeron through the absorber device (10; 110), the cross being shifted vertically from the device (10; 110) and/or in relation to the longeron, exgrowth (22; 122) comprising a plate extending vertically and lengthwise.
A cell selection method, comprising: obtaining, by a terminal device, an identifier of at least one cell corresponding to a network type supported by the terminal device and that the terminal device has accessed before, wherein the identifier is obtained according to saved information; and determining, by the terminal device according to the identifier of the at least one cell, a target cell for cell selection or cell reselection; wherein the network type is a Stand-alone Non-Public Network, SNPN, network; wherein the identifier of the at least one cell is an identifier of the SNPN network; and wherein the identifier of the SNPN network is a PLMN+Network ID, NID, identifier. obtaining, by a terminal device, an identifier of at least one cell corresponding to a network type supported by the terminal device and that the terminal device has accessed before, wherein the identifier is obtained according to saved information; and determining, by the terminal device according to the identifier of the at least one cell, a target cell for cell selection or cell reselection; wherein the network type is a Stand-alone Non-Public Network, SNPN, network; wherein the identifier of the at least one cell is an identifier of the SNPN network; and wherein the identifier of the SNPN network is a PLMN+Network ID, NID, identifier.
A method of monitoring the condition of an aircraft landing gear shock absorber, the shock absorber including at least one spring chamber containing a gas, the method comprising: taking a plurality of measurements of the gas pressure and temperature in the spring chamber, each gas pressure and temperature measurement pair being taken at the same instant relative to an operating cycle of the shock absorber; determining a first value based on each pair of gas pressure and temperature measurements; storing the first value in a log; determining a value trend based on the log; and in response to determining that a value of the value trend is outside a first range of values, generating a first notification signal, wherein measuring the gas pressure and temperature occurs before the aircraft lands. taking a plurality of measurements of the gas pressure and temperature in the spring chamber, each gas pressure and temperature measurement pair being taken at the same instant relative to an operating cycle of the shock absorber; determining a first value based on each pair of gas pressure and temperature measurements; storing the first value in a log; determining a value trend based on the log; and in response to determining that a value of the value trend is outside a first range of values, generating a first notification signal, wherein measuring the gas pressure and temperature occurs before the aircraft lands.
A switch, comprising: a plurality of ports; a first application unit configured to apply profile data associated with identification data to a first port of the plurality of ports, upon receiving a predetermined message through a first link in a situation that another apparatus connected to the first port through the first link is connected to another switch through a second link and the first link and the second link are virtually integrated, wherein the predetermined message includes the identification data of profile data relating to the another apparatus; a notification unit configured to generate a first registration notification that includes a first identifier of the profile data and a second identifier for identifying the first link and the second link which are virtually integrated, and transmit the first registration notification to at least the another switch, upon receiving the predetermined message; and a second application unit configured to apply profile data associated with a third identifier to the first port when the profile data associated with the third identifier has not been applied to the first port, upon receiving a second registration notification, which includes the third identifier of the profile data and the second identifier for identifying the first link and the second link which are virtually integrated, from the another switch. a plurality of ports; a first application unit configured to apply profile data associated with identification data to a first port of the plurality of ports, upon receiving a predetermined message through a first link in a situation that another apparatus connected to the first port through the first link is connected to another switch through a second link and the first link and the second link are virtually integrated, wherein the predetermined message includes the identification data of profile data relating to the another apparatus; a notification unit configured to generate a first registration notification that includes a first identifier of the profile data and a second identifier for identifying the first link and the second link which are virtually integrated, and transmit the first registration notification to at least the another switch, upon receiving the predetermined message; and a second application unit configured to apply profile data associated with a third identifier to the first port when the profile data associated with the third identifier has not been applied to the first port, upon receiving a second registration notification, which includes the third identifier of the profile data and the second identifier for identifying the first link and the second link which are virtually integrated, from the another switch.
A vehicle comprising a vehicle interior monitoring device, wherein the vehicle interior monitoring device comprises: an imaging unit configured to be capable of imaging a target area in a vehicle interior, the target area containing a face of a driver sitting in a driver's seat in the vehicle interior; and an illumination unit configured to be capable of illuminating the target area, the vehicle interior monitoring device being configured to monitor a state of the vehicle interior based on an image obtained by imaging the target area with the imaging unit while illuminating the target area using the illumination unit, wherein: a blow-out port configured to send air for air-conditioning so as to be capable of adjusting temperature and humidity in the vehicle interior, and an air flow duct configured to guide the air for air-conditioning to the blow-out port are provided in a central region in a vehicle width direction of an instrument panel located in the vehicle interior on a front side of the vehicle, characterized in that: the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port; and a part or the entirety of the illumination unit is located below a part of the blow-out port, and arranged so as to be aligned with the part of the blow-out port in an up-down direction. an imaging unit configured to be capable of imaging a target area in a vehicle interior, the target area containing a face of a driver sitting in a driver's seat in the vehicle interior; and an illumination unit configured to be capable of illuminating the target area, the vehicle interior monitoring device being configured to monitor a state of the vehicle interior based on an image obtained by imaging the target area with the imaging unit while illuminating the target area using the illumination unit, wherein: a blow-out port configured to send air for air-conditioning so as to be capable of adjusting temperature and humidity in the vehicle interior, and an air flow duct configured to guide the air for air-conditioning to the blow-out port are provided in a central region in a vehicle width direction of an instrument panel located in the vehicle interior on a front side of the vehicle, characterized in that: the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port; and a part or the entirety of the illumination unit is located below a part of the blow-out port, and arranged so as to be aligned with the part of the blow-out port in an up-down direction. the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port; and a part or the entirety of the illumination unit is located below a part of the blow-out port, and arranged so as to be aligned with the part of the blow-out port in an up-down direction.
Packaging device comprising: - a main tray provided with an upper face delimiting at least one compartment receiving at least one cosmetic product and/or at least one cosmetic accessory, and - a lid rotatably mounted on the main tray between a closed position in which said lid covers said compartment of the main tray, and at least one open position allowing access to said compartment, wherein the main tray comprises a pin protruding with respect to the upper face and around which is rotatably mounted the lid, said lid comprising at least one snapping element cooperating with at least one complementary snapping element of the pin, and in that the main tray further comprises a hole extending from a lower face of said main tray and adapted for receiving a pin of an additional tray, said hole being configured to delimit at least one snapping element adapted to cooperate with at least one complementary snapping element of the pin of said additional tray, wherein the hole of the main tray opens onto an upper face of said main tray, wherein the lid comprises a through-hole which is coaxial with the hole of the main tray to collectively extend throughout the thickness of said packaging device; characterized in that the pin of the main tray comprises at least one protrusion extending radially outwards and forming the complementary snapping element, and the lid comprises at least one rib forming the snapping element. - a main tray provided with an upper face delimiting at least one compartment receiving at least one cosmetic product and/or at least one cosmetic accessory, and - a lid rotatably mounted on the main tray between a closed position in which said lid covers said compartment of the main tray, and at least one open position allowing access to said compartment, wherein the main tray comprises a pin protruding with respect to the upper face and around which is rotatably mounted the lid, said lid comprising at least one snapping element cooperating with at least one complementary snapping element of the pin, and in that the main tray further comprises a hole extending from a lower face of said main tray and adapted for receiving a pin of an additional tray, said hole being configured to delimit at least one snapping element adapted to cooperate with at least one complementary snapping element of the pin of said additional tray, wherein the hole of the main tray opens onto an upper face of said main tray, wherein the lid comprises a through-hole which is coaxial with the hole of the main tray to collectively extend throughout the thickness of said packaging device; characterized in that the pin of the main tray comprises at least one protrusion extending radially outwards and forming the complementary snapping element, and the lid comprises at least one rib forming the snapping element.
A sanitary product, comprising: a package, the package having a single interior space and being substantially air- and water-tight at least prior to initial opening of the package; and at least a first (A, A') and a second (B, B') stack of fabric-based wipes disposed in said interior space, each stack (A, A', B, B') comprising multiple wipes, each wipe being at least prior to initial opening of the package impregnated with a liquid formulation; wherein the package includes a single resealable opening through which a wipe is removable, in use, from any of the at least first (A, A') and second (B, B') stacks; and wherein (i) the wipes in the first stack and the wipes in the second stack are made of different fabrics and/or (ii) the wipes in the first stack (A, A') are impregnated with a first liquid formulation and the wipes in second stack (B, B') are impregnated with a second liquid formulation, the first and second liquid formulations being different. a package, the package having a single interior space and being substantially air- and water-tight at least prior to initial opening of the package; and at least a first (A, A') and a second (B, B') stack of fabric-based wipes disposed in said interior space, each stack (A, A', B, B') comprising multiple wipes, each wipe being at least prior to initial opening of the package impregnated with a liquid formulation; wherein the package includes a single resealable opening through which a wipe is removable, in use, from any of the at least first (A, A') and second (B, B') stacks; and wherein (i) the wipes in the first stack and the wipes in the second stack are made of different fabrics and/or (ii) the wipes in the first stack (A, A') are impregnated with a first liquid formulation and the wipes in second stack (B, B') are impregnated with a second liquid formulation, the first and second liquid formulations being different.
A method for providing a search service, the method comprising: displaying a broadcast program in a full screen; in response to receiving a command for displaying a search window, displaying the search window along with the displayed broadcast program; in response to receiving a command for inputting characters, displaying the characters in the search window; in response to receiving a search command, displaying a first number of search results corresponding to the characters in the search window along with the displayed broadcast program; in response to receiving a command for turning a page of the search results, turning the page of the search results; in response to receiving the command for turning the page of the search results more than a preset number of times, enlarging a size of the search window and displaying a second number of search results, wherein the second number is more than the first number; and in response to a command selecting a search result from among the search results, displaying content linked to the selected search result in the full screen and displaying the broadcast program on a partial area of the displayed content. displaying a broadcast program in a full screen; in response to receiving a command for displaying a search window, displaying the search window along with the displayed broadcast program; in response to receiving a command for inputting characters, displaying the characters in the search window; in response to receiving a search command, displaying a first number of search results corresponding to the characters in the search window along with the displayed broadcast program; in response to receiving a command for turning a page of the search results, turning the page of the search results; in response to receiving the command for turning the page of the search results more than a preset number of times, enlarging a size of the search window and displaying a second number of search results, wherein the second number is more than the first number; and in response to a command selecting a search result from among the search results, displaying content linked to the selected search result in the full screen and displaying the broadcast program on a partial area of the displayed content.
Surgical device having a load, in particular an HF surgical device, for supplying a surgical instrument, having a boost converter which is configured to convert mains alternating voltage into an intermediate circuit voltage and to supply a DC voltage intermediate circuit, having a power supply part which has an inverter connected to the intermediate circuit and a transformer which has a primary winding connected to the inverter and a secondary winding for supplying the load, having a control device which has an operation control circuit connected to the power supply part in a controlling manner, characterised in that the control device furthermore has a PFC control circuit connected to the boost converter in a controlling manner and the PFC control circuit and the operation control circuit are connected to each other via a digital communications interface.
A steering device for a vehicle, comprising a steering wheel including a central part (10; 110) arranged for facing a driver and a rim (2; 102) that can be rotated in order to steer the vehicle, the steering wheel further comprises air dispensing means (26; 126) for directing an air flow towards the driver and a conduit (32; 52) for conveying towards the steering wheel the air flow coming from an air distribution system of the vehicle wherein the central part of the steering wheel is uncoupled from the rim, so that the central part remains stationary as the rim is rotated, characterized in that the conduit passes in a central hole of a gear, the gear being fixed relative to the rim for transmitting rotation from the rim to a steering shaft of the vehicle.
A method for disposing electrical and electronic equipment comprising plastic and metal components, the method comprising: melt processing the equipment and/or comminuted parts thereof to form a melt processed product; transferring the melt processed product into a vessel and heating the product using far infrared radiation such that it liberates volatile hydrocarbons and leaves behind non-volatile residue comprising metal; and collecting one or both of the volatile hydrocarbons and the non-volatile residue for subsequent use. melt processing the equipment and/or comminuted parts thereof to form a melt processed product; transferring the melt processed product into a vessel and heating the product using far infrared radiation such that it liberates volatile hydrocarbons and leaves behind non-volatile residue comprising metal; and collecting one or both of the volatile hydrocarbons and the non-volatile residue for subsequent use.
A liquid mixing system, comprising: a magnetic assembly comprising at least one magnetic structure, each magnetic structure comprising a plurality of electromagnets disposed about a center axis, wherein each of the plurality of electromagnets has an electrically-conductive coil disposed about a centerline extending toward the center axis of the magnetic structure, wherein the magnetic structure is configured to receive a liquid container defining a liquid chamber therein for containing a liquid and a plurality of magnetic particles, and wherein each of the plurality of electromagnets are configured to generate a magnetic field within the liquid container disposed on the center axis of the magnetic structure when an electrical signal is applied to each of the electromagnets' electrically-conductive coil; and a control component coupled to the at least one magnetic structure, the control component being configured to control the magnetic field generated by each of the plurality of electromagnets to generate a magnetic field gradient within the at least one liquid container sufficient to magnetically influence the plurality of magnetic particles within the liquid wherein the control component provides an electrical signal in the form of radio frequency signals or alternating current signals to each of the plurality of electromagnets. a magnetic assembly comprising at least one magnetic structure, each magnetic structure comprising a plurality of electromagnets disposed about a center axis, wherein each of the plurality of electromagnets has an electrically-conductive coil disposed about a centerline extending toward the center axis of the magnetic structure, wherein the magnetic structure is configured to receive a liquid container defining a liquid chamber therein for containing a liquid and a plurality of magnetic particles, and wherein each of the plurality of electromagnets are configured to generate a magnetic field within the liquid container disposed on the center axis of the magnetic structure when an electrical signal is applied to each of the electromagnets' electrically-conductive coil; and wherein the magnetic structure is configured to receive a liquid container defining a liquid chamber therein for containing a liquid and a plurality of magnetic particles, and wherein each of the plurality of electromagnets are configured to generate a magnetic field within the liquid container disposed on the center axis of the magnetic structure when an electrical signal is applied to each of the electromagnets' electrically-conductive coil; and a control component coupled to the at least one magnetic structure, the control component being configured to control the magnetic field generated by each of the plurality of electromagnets to generate a magnetic field gradient within the at least one liquid container sufficient to magnetically influence the plurality of magnetic particles within the liquid wherein the control component provides an electrical signal in the form of radio frequency signals or alternating current signals to each of the plurality of electromagnets.
A transmission belt comprising a body including a first elastomeric material, a plurality of longitudinal inserts comprising a first material, a working surface covered by a covering comprising a second material, and an opposite surface to said working surface, characterized in that said first material is a fibrous metallic material comprising fibres with a diameter of between 5 and 15 μm or said second material is a fibrous metallic material comprising fibres with a diameter of between 2 and 40 μm.