mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft galley having a plurality of electrical appliances within a monument, the galley comprising: a power control and distribution device for allocating and managing power supplied to the electrical appliances , the power control and distribution device being configured to assign a priority to each electrical appliance and to supply power to the electrical appliances based on the assigned priority; a universal control panel coupled to each electrical appliance for controlling the management of the electrical appliances ; and a galley controller interface for receiving commands from a display screen on the universal control panel , and for communicating the commands to the electrical appliances , characterized in that : the galley controller interface is configured to monitor the electrical appliances for diagnostic purposes and to produce a system "health" status to aircraft maintenance personnel or maintenance communication systems; the display screen of the universal control panel is configured to indicate which electrical appliances are operational, which ones are in use, whether maintenance is due on any electrical appliances , or any error codes or service messages. a power control and distribution device for allocating and managing power supplied to the electrical appliances , the power control and distribution device being configured to assign a priority to each electrical appliance and to supply power to the electrical appliances based on the assigned priority; a universal control panel coupled to each electrical appliance for controlling the management of the electrical appliances ; and a galley controller interface for receiving commands from a display screen on the universal control panel , and for communicating the commands to the electrical appliances , characterized in that : the galley controller interface is configured to monitor the electrical appliances for diagnostic purposes and to produce a system "health" status to aircraft maintenance personnel or maintenance communication systems; the display screen of the universal control panel is configured to indicate which electrical appliances are operational, which ones are in use, whether maintenance is due on any electrical appliances , or any error codes or service messages. the galley controller interface is configured to monitor the electrical appliances for diagnostic purposes and to produce a system "health" status to aircraft maintenance personnel or maintenance communication systems; the display screen of the universal control panel is configured to indicate which electrical appliances are operational, which ones are in use, whether maintenance is due on any electrical appliances , or any error codes or service messages.
Frame for a drawer having a frame body which comprises a cavity for receiving a drawer guiding system, wherein the frame body includes an inner base part and an outer covering element which covers the base part , wherein the covering element comprises a wiper lip for abutment against a top surface of a drawer bottom , and wherein the inner base part comprises receiving means for the drawer guiding system as well as a support for a bottom part of a drawer bottom , wherein the covering element covers the base part over at least 90% of the length thereof, wherein a top horizontal portion of the covering element is supported on the base part , wherein the covering element covers the base part on a right-hand outside surface, a horizontal connecting portion and an inside surface up to the wiper lip, characterized in that the covering element abuts against the base part in a manner corresponding to the contour of the base part , also the horizontal connecting portion, as a result of which a compact, rigid structure is created.
Fitting for producing a leak-tight connection with a pipe end , - with at least one pressing portion which is configured for insertion of a pipe end and for compression, - with at least one sealing element (10.) and - with at least one retaining element , - wherein the sealing element and the retaining element are arranged in the pressing portion , - wherein the retaining element is substantially annular, - wherein the annular form defines a circumferential direction and an axial direction, and - wherein the retaining element has two ends in relation to the circumferential direction, characterised in that - the retaining element has at each of the two ends at least one contact surface which extends at least partially in the circumferential direction, and - the contact surfaces are configured to be brought into contact with each other upon compression of the pressing portion and - that at least a recess is configured so as to be in particular rectangular, V-shaped or in the form of a circle portion. - with at least one pressing portion which is configured for insertion of a pipe end and for compression, - with at least one sealing element (10.) and - with at least one retaining element , - wherein the sealing element and the retaining element are arranged in the pressing portion , - wherein the retaining element is substantially annular, - wherein the annular form defines a circumferential direction and an axial direction, and - wherein the retaining element has two ends in relation to the circumferential direction, - the retaining element has at each of the two ends at least one contact surface which extends at least partially in the circumferential direction, and - the contact surfaces are configured to be brought into contact with each other upon compression of the pressing portion and - that at least a recess is configured so as to be in particular rectangular, V-shaped or in the form of a circle portion.
Urinal siphon - having a tubular inlet piece for connection of the urinal siphon to a drain line of a urinal, - having a tubular outlet piece for connection of the urinal siphon to a wastewater line, - having a spiral-like tubular intermediate piece which is fitted between the inlet piece and the outlet piece and which has at least two sub-portions which are each angled through 180 degrees, and - having a displacing sleeve by means of which the outlet piece is fastened to the inlet piece or the intermediate piece so as to be displaceable by an extension length (L) relative to the inlet piece , wherein the intermediate piece is primary-formed from plastic, wherein, in the region of the angled sub-portions , the intermediate piece is formed by a first and a second tube sub-shell , which are placed one on the other transverse to a tube axis of the intermediate piece , and wherein the two tube sub-shells are connected to one another in a media-tight manner by means of plastic laser-beam welding, wherein the displacing sleeve is formed in one piece, in particular monolithically, with the first tube sub-shell of the intermediate piece , wherein the displacing sleeve is formed by a sub-portion of the first tube sub-shell , which sub-portion is closed in tubular form in one piece, and wherein the second tube sub-shell covers the displacing sleeve with an end portion at the transition to the angled sub-portion which adjoins the displacing sleeve , which end portion continuously decreases in size or is obliquely cut, and wherein a laser weld seam peripherally connecting the first and second tube sub-shells delimits the end portion at an edge side so that the laser weld seam is positioned with a continuous transition or at least at an obtuse angle in relation to the tube axis, so that the laser weld seam runs obliquely at the edge of the end portion and an abrupt bend of the laser weld seam is prevented at the transition of the displacing sleeve to the angled sub-portion of the intermediate piece that adjoins said displacing sleeve. - having a tubular inlet piece for connection of the urinal siphon to a drain line of a urinal, - having a tubular outlet piece for connection of the urinal siphon to a wastewater line, - having a spiral-like tubular intermediate piece which is fitted between the inlet piece and the outlet piece and which has at least two sub-portions which are each angled through 180 degrees, and - having a displacing sleeve by means of which the outlet piece is fastened to the inlet piece or the intermediate piece so as to be displaceable by an extension length (L) relative to the inlet piece ,
A damper for pivotally connecting a pivoting member to a fixed seat, comprising: a shell for attachment to one of the pivoting member and the fixed seat, the shell has a cavity containing viscous fluid medium; a rotating shaft for connection to the other of the pivoting member and the fixed seat, rotatably inserted into the cavity of the shell , the portion of the rotating shaft located in the cavity is provided with external threads ; a guiding sleeve , which is provided with an internal thread, the guiding sleeve can move reciprocating axially in the cavity, and the internal thread and the external thread of the rotating shaft are able to be screwed together; characterized in that the cavity of the shell is also provided with a guiding structure for guiding the axial movement of the guiding sleeve , the guiding sleeve is engaged or disengaged with the guiding structure through the axial movement, and when the two are disengaged, the guiding sleeve can rotate with the rotating shaft ; wherein the guiding sleeve is provided with a one-way valve passage, wherein when the guiding sleeve is axially moved so as to change from engagement to disengagement with the guiding structure, the one-way valve passage is opened for passage of the fluid medium; and wherein when the one-way valve passage is closed, the fluid medium is forced to pass through one or more of a gap between the rotating shaft and the guiding sleeve , a gap between the guiding sleeve and the shell , and a damping passage provided on the rotating shaft . a shell for attachment to one of the pivoting member and the fixed seat, the shell has a cavity containing viscous fluid medium; a rotating shaft for connection to the other of the pivoting member and the fixed seat, rotatably inserted into the cavity of the shell , the portion of the rotating shaft located in the cavity is provided with external threads ; a guiding sleeve , which is provided with an internal thread, the guiding sleeve can move reciprocating axially in the cavity, and the internal thread and the external thread of the rotating shaft are able to be screwed together; characterized in that the cavity of the shell is also provided with a guiding structure for guiding the axial movement of the guiding sleeve , the guiding sleeve is engaged or disengaged with the guiding structure through the axial movement, and when the two are disengaged, the guiding sleeve can rotate with the rotating shaft ; wherein the guiding sleeve is provided with a one-way valve passage, wherein when the guiding sleeve is axially moved so as to change from engagement to disengagement with the guiding structure, the one-way valve passage is opened for passage of the fluid medium; and wherein when the one-way valve passage is closed, the fluid medium is forced to pass through one or more of a gap between the rotating shaft and the guiding sleeve , a gap between the guiding sleeve and the shell , and a damping passage provided on the rotating shaft .
A method, to be performed in a communication device adapted to work in an operational mode and a sleeping mode where said communication device is partially inactive, a transition from said sleeping mode to said operational mode being performed when said communication device receives a waking-up order from a communication network, said method comprising: - subscribing to at least one first wakeup service available in a communication network , a receiving by said communication device of a first order based on a first waking-up item, when a first criterion is fulfilled, being representative of a providing of said first wakeup service; and - upon receiving said first order, switching said communication device to said operational mode, said method being characterised in that : said first order comprises a first waking-up item, wherein the first waking-up item is a multicast MAC address, that said first order is a multicast order, and that said method further comprises performing a first action associated with said first waking-up item wherein said performing of said first action makes use of a first contextual information stored, in relation with the first waking-up item, on said communication device upon switching said communication device to said sleeping mode. - subscribing to at least one first wakeup service available in a communication network , a receiving by said communication device of a first order based on a first waking-up item, when a first criterion is fulfilled, being representative of a providing of said first wakeup service; and - upon receiving said first order, switching said communication device to said operational mode, said first order comprises a first waking-up item, wherein the first waking-up item is a multicast MAC address, that said first order is a multicast order, and that said method further comprises performing a first action associated with said first waking-up item wherein said performing of said first action makes use of a first contextual information stored, in relation with the first waking-up item, on said communication device upon switching said communication device to said sleeping mode.
Two-stroke internal combustion engine comprising at least one cylinder , which is provided with a combustion chamber and an outlet , and a crankcase which is provided with a crankshaft and is in flow connection with the combustion chamber via at least one overflow channel , wherein the internal combustion engine has two injectors and fuel can be introduced by means of only one injector in the event of a first engine load and by means of both injectors in the event of a second engine load, characterised in that the internal combustion engine has two overflow channels per cylinder , wherein the respective overflow channel is provided with a respective injector and the internal combustion injection is designed to inject fuel into the overflow channel from the crankcase to the combustion chamber largely counter to the overflow direction.
A cryptographic processor , comprising: an input to receive an input data stream ; a configurable controller configured to perform: aligning the received input data stream ; inserting data into the input data stream ; and removing data from the input data stream; a programmable microcontroller configured to program the configurable controller to process the input data stream ; and an cipher engine configured to encrypt at least part of the input data stream , wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream , and wherein the configurable controller is configured to process the input data stream to enter the cipher engine , and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine , and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor. an input to receive an input data stream ; a configurable controller configured to perform: aligning the received input data stream ; inserting data into the input data stream ; and removing data from the input data stream; aligning the received input data stream ; inserting data into the input data stream ; and removing data from the input data stream; a programmable microcontroller configured to program the configurable controller to process the input data stream ; and an cipher engine configured to encrypt at least part of the input data stream , wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream , and wherein the configurable controller is configured to process the input data stream to enter the cipher engine , and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine , and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor. wherein the cryptographic processor further comprises an authentication engine configured to authenticate the received input data stream , and wherein the configurable controller is configured to process the input data stream to enter the cipher engine , and wherein the cryptographic processor further includes a second configurable controller which is configured to process the input data stream to enter the authentication engine , and a third configurable controller which is configured to process the input data stream to be output from the cryptographic processor.
Spray nozzle of the type comprising a body , which has a fluid inlet region and a fluid outlet orifice, the body housing - a core , internally defining a passage, of increasing cross-section, in communication with the outside substantially at the point of its smallest cross-section, resulting in a Venturi effect, said smallest cross-section starting close to the fluid inlet region, - an insert , provided with an outlet slot forming the outlet orifice of the nozzle and defining the opening angle thereof, the core and the insert being at a distance from one another and forming between them a working chamber in the body . the nozzle further comprising an additional part called a splitter, housed in the working chamber , arranged to form an obstacle to the flow of the fluid, this splitter comprising two axial through-orifices , each forming a fluid passage, on either side of a radial plane , characterised in that the splitter comprises, at the outlet, a blade , in the central plane such that the two streams passing through the orifices of the splitter, flow along this blade and follow its surface before combining and then impinging the surface of the outlet slot of the insert, ultimately generating a flat jet. - a core , internally defining a passage, of increasing cross-section, in communication with the outside substantially at the point of its smallest cross-section, resulting in a Venturi effect, said smallest cross-section starting close to the fluid inlet region, - an insert , provided with an outlet slot forming the outlet orifice of the nozzle and defining the opening angle thereof, the core and the insert being at a distance from one another and forming between them a working chamber in the body . the nozzle further comprising an additional part called a splitter, housed in the working chamber , arranged to form an obstacle to the flow of the fluid, this splitter comprising two axial through-orifices , each forming a fluid passage, on either side of a radial plane , characterised in that the splitter comprises, at the outlet, a blade , in the central plane such that the two streams passing through the orifices of the splitter, flow along this blade and follow its surface before combining and then impinging the surface of the outlet slot of the insert, ultimately generating a flat jet. the core and the insert being at a distance from one another and forming between them a working chamber in the body . the nozzle further comprising an additional part called a splitter, housed in the working chamber , arranged to form an obstacle to the flow of the fluid, this splitter comprising two axial through-orifices , each forming a fluid passage, on either side of a radial plane , characterised in that the splitter comprises, at the outlet, a blade , in the central plane such that the two streams passing through the orifices of the splitter, flow along this blade and follow its surface before combining and then impinging the surface of the outlet slot of the insert, ultimately generating a flat jet.
A method for wireless communication comprising: transmitting to a Node B a first set of bits indicating at least two frequency bands supported by a User Equipment , UE, for High Speed Downlink Packet Access, HSDPA, wherein the first set of bits are assigned to a carrier combination and a number of supportable downlink carriers according to a table, and wherein the first set of bits further specify a number of downlink adjacent carriers supported by the UE for each of the at least two frequency bands; and receiving from the Node B a configuration of carriers to be supported by the UE and a version number indicating a version of the table used by the Node B . transmitting to a Node B a first set of bits indicating at least two frequency bands supported by a User Equipment , UE, for High Speed Downlink Packet Access, HSDPA, wherein the first set of bits are assigned to a carrier combination and a number of supportable downlink carriers according to a table, and wherein the first set of bits further specify a number of downlink adjacent carriers supported by the UE for each of the at least two frequency bands; and receiving from the Node B a configuration of carriers to be supported by the UE and a version number indicating a version of the table used by the Node B .
Tailgate of a vehicle, comprising a horizontal or substantially vertical pivot axis, means for hinging to the body which define the pivot axis (XX'), and means for locking the tailgate in the closed position, said tailgate also comprising at least one window and an interface element between the window and a vehicle body, the interface element being produced by molding and comprising: - an upper part in a vertical direction when the tailgate is in the closed position on the vehicle body, the upper part including means for fastening to the window ; - a lower part in the same vertical direction; and - a central stiffening part which is positioned on an exterior face of the window relative to the interior and exterior of the vehicle and comprises means for securing to the window , the securing means being arranged such that the central part absorbs a significant amount of the forces borne by the window , and the central stiffening part further comprising means suitable for allowing at least one electrical cable running from the upper part to the lower part to pass through, characterized in that the lower part comprises means for fastening to the window and in that the central part comprises two elongate members which are separate from the upper and lower parts. - an upper part in a vertical direction when the tailgate is in the closed position on the vehicle body, the upper part including means for fastening to the window ; - a lower part in the same vertical direction; and - a central stiffening part which is positioned on an exterior face of the window relative to the interior and exterior of the vehicle and comprises means for securing to the window , the securing means being arranged such that the central part absorbs a significant amount of the forces borne by the window , and the central stiffening part further comprising means suitable for allowing at least one electrical cable running from the upper part to the lower part to pass through, characterized in that the lower part comprises means for fastening to the window and in that the central part comprises two elongate members which are separate from the upper and lower parts.