mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for treating a fluid, which comprises: - a plurality of treatment cells which are superimposed to form a stack; - fixing means which mechanically compress said treatment cells against each other; each said treatment cell comprising one or more chambers (4, 4', 4"), each of which is delimited by at least two containment layers that are substantially facing, is provided with at least one inlet opening (6, 6', 6") and with at least one outlet opening (7, 7', 7") for the passage of at least one fluid and is perimetrically closed by first sealing means , arranged for sealing the chamber with fluid seal; - a plurality of electrode layers placed to intercept said fluid inside at least one of said one or more chambers (4, 4', 4") of each said treatment cell ; characterized in that each said treatment cell comprises at least two support layers , each of which mechanically associated with one of two containment layers of one of said one or more chambers ; first spacer means being interposed between the two support layers of each said treatment cell , separating by a first compression end stop distance (D1) said two support layers of said chamber mechanically associated with said two containment layers ; second spacer means being interposed between the support layers of two contiguous treatment cells compressed by said fixing means in abutment against each other, separating said support layers by a second compression end stop distance (D2). - a plurality of treatment cells which are superimposed to form a stack; - fixing means which mechanically compress said treatment cells against each other; each said treatment cell comprising one or more chambers (4, 4', 4"), each of which is delimited by at least two containment layers that are substantially facing, is provided with at least one inlet opening (6, 6', 6") and with at least one outlet opening (7, 7', 7") for the passage of at least one fluid and is perimetrically closed by first sealing means , arranged for sealing the chamber with fluid seal; - a plurality of electrode layers placed to intercept said fluid inside at least one of said one or more chambers (4, 4', 4") of each said treatment cell ;
A rocket engine including a diverging section and a lashing system configured to hold the diverging section while starting the rocket engine , the lashing system comprising a plurality of radial cables connected at respective first ends to a plurality of points of the diverging section , characterized in that the lashing system comprises a peripheral cable connected to the second ends of the radial cables and configured to cooperate with attachment points of a launch platform . a plurality of radial cables connected at respective first ends to a plurality of points of the diverging section , characterized in that the lashing system comprises a peripheral cable connected to the second ends of the radial cables and configured to cooperate with attachment points of a launch platform .
Tripod having a tripod head for fastening equipment and a shaft which is fastened to the tripod head , is formed from at least two telescopically extendable and collapsible shaft parts (1.n, 1.m) and can be locked in adjustable lengths by means of a locking mechanism, and having at least three support legs mounted so as to be outwardly pivotable on the shaft , wherein the support legs have pulling members which can be wound up and unwound by means of a rotatably arranged coil and can be tensioned by means of a tensioning element, characterized in that the coil is provided with a return spring acting in the winding direction of rotation of the coil , and a coupling mechanism is provided which can be transferred with an operating element from a rotation mode, in which the coil can be rotated by the pulling action of the pulling members in an unwinding direction of rotation and by the return spring in a winding direction of rotation, into a tensioning mode, in which the coil is locked with respect to the pulling members and the pulling members can be tensioned by means of the tensioning element.
Method for installing and operating a thermal well heat carrier transport system , wherein the method comprises the installation steps a) providing a first flexible tubular part into and along a drilled thermal well having a length direction (L), a cross-section perpendicularly to the length direction and a radial direction (R); b) providing a second flexible tubular part into and along the first flexible tubular part along the thermal well ; c) providing into the second flexible tubular part an installation liquid at an installation overpressure sufficient to press the first flexible tubular part radially against the inner walls of the thermal well in all radial (R) directions in said cross-section; d) providing into and along the second flexible tubular part a third tubular part , having an open end at a distal length end of the third tubular part ; and wherein the method further comprises the operation step e) providing into the second flexible tubular part , directly or via the third flexible tubular part , liquid heat carrier at an operation overpressure sufficient to press the first flexible tubular part radially against the inner walls of the thermal well in all radial directions (R) in said cross-section. a) providing a first flexible tubular part into and along a drilled thermal well having a length direction (L), a cross-section perpendicularly to the length direction and a radial direction (R); b) providing a second flexible tubular part into and along the first flexible tubular part along the thermal well ; c) providing into the second flexible tubular part an installation liquid at an installation overpressure sufficient to press the first flexible tubular part radially against the inner walls of the thermal well in all radial (R) directions in said cross-section; d) providing into and along the second flexible tubular part a third tubular part , having an open end at a distal length end of the third tubular part ; and wherein the method further comprises the operation step e) providing into the second flexible tubular part , directly or via the third flexible tubular part , liquid heat carrier at an operation overpressure sufficient to press the first flexible tubular part radially against the inner walls of the thermal well in all radial directions (R) in said cross-section.
An electronic package comprising : a die and a heat slug embedded within a dielectric layer , a substrate having three or more metal layers , comprising a dielectric core layer , a metal layer within said dielectric core layer thermally connected to at least one metal layer on top of said dielectric core layer and to at least one metal layer on bottom of said dielectric core layer; said die attached above said substrate; characterized in that said heat slug has no direct contact to said die and wherein said heat slug is thermally connected to ground planes of each of said metal layers . a die and a heat slug embedded within a dielectric layer , a substrate having three or more metal layers , comprising a dielectric core layer , a metal layer within said dielectric core layer thermally connected to at least one metal layer on top of said dielectric core layer and to at least one metal layer on bottom of said dielectric core layer; said die attached above said substrate; characterized in that said heat slug has no direct contact to said die and wherein said heat slug is thermally connected to ground planes of each of said metal layers .
A method performed by one or more computers, the method comprising: providing a cluster of processing nodes coupled using a reconfigurable interconnect fabric; determining a number of processing nodes to allocate as a network within the cluster and a topology for the network; selecting an interconnection scheme for the network, wherein the interconnection scheme is selected from a group that includes at least a torus interconnection scheme and a twisted torus interconnection scheme, wherein the torus interconnection scheme is selected in response to determining that the topology for the network is square or cubical and wherein the twisted torus interconnection scheme is selected in response to determining that the topology of the network is non-square or non-cubical; allocating the determined number of processing nodes of the cluster in the determined topology; setting the reconfigurable interconnect fabric to provide the selected interconnection scheme for the processing nodes in the network; and providing access to the network for performing a computing task. providing a cluster of processing nodes coupled using a reconfigurable interconnect fabric; determining a number of processing nodes to allocate as a network within the cluster and a topology for the network; selecting an interconnection scheme for the network, wherein the interconnection scheme is selected from a group that includes at least a torus interconnection scheme and a twisted torus interconnection scheme, wherein the torus interconnection scheme is selected in response to determining that the topology for the network is square or cubical and wherein the twisted torus interconnection scheme is selected in response to determining that the topology of the network is non-square or non-cubical; allocating the determined number of processing nodes of the cluster in the determined topology; setting the reconfigurable interconnect fabric to provide the selected interconnection scheme for the processing nodes in the network; and providing access to the network for performing a computing task.
An apparatus for measuring oil droplets and other bodies in a liquid, the apparatus comprising a body having an imaging device mounted therein, said body having a measurement window secured to a first end of the body with a retaining ring , the measurement window bordering a measurement region through which an image of a fluid within the measurement region may be viewed by the imaging device , wherein a light source is provided in a light source opening in the first end of the body for illuminating said measurement region, said light source being directed towards the imaging device by a light directing means mounted with a linking part on the first end of the body adjacent the measurement window , wherein the apparatus includes an ultrasonic transducer mounted on a second end of the body opposite the first end of the body and being mechanically coupled to the measurement window , said ultrasonic transducer being operable to cause vibrations of the measurement window and the light directing means via the retaining ring and the linking part to remove fouling from the measurement window and to create cavitation within said measurement region, wherein said light directing means is located in or adjacent said measurement region to be exposed to said vibration and said cavitation created by the ultrasonic transducer to remove fouling from said light directing means.
A system for performing brake testing during flight of an aircraft, comprising: a landing gear having at least one wheel assembly ; a brake configured to apply a braking force to the at least one wheel assembly; and a brake controller configured to: determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force. a landing gear having at least one wheel assembly ; a brake configured to apply a braking force to the at least one wheel assembly; and a brake controller configured to: determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force. determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force.
Method for increasing the power of a single-phase or multi-phase AC network, which includes at least one feeding network transformer with network coils and at least one loading network transformer with network coils , which are connected to the conductors and conduct the nominal sinusoidal phase currents I ac with the fundamental network frequency F 1 , the mains coils being loaded with the sinusoidal phase voltages U ac and the voltages U le between the conductors and the ground not exceeding a maximum insulation voltage U lex , characterized in that the phase voltages at the outputs of the mains coils and respectively are increased to a value U hac higher than U ac and lower than (π/2)*U ac , as a result of which the AC-network can transmit more power with the nominal phase currents I ac , a Δgenerator each is connected between each line coil and each line and a differential voltage ΔU each is coupled in or coupled out respectively, and as a result of which the amplitude of the voltages U hac between the conductors and the earth is limited to the insulation voltage U lex and the amplitude of the voltages U hll between the conductors is reduced.
Stack of folded web material for hygiene products, such as paper or nonwoven products, said stack comprising: at least two webs , the webs including: a first web divided into individual sheets by means of lines of weakness ; and a second web divided into individual sheets by means of lines of weakness ; said first and second webs being interfolded with one another so as to form said stack ; and wherein the first web and the second web are arranged in said stack such that the lines of weakness of the first web and the lines of weakness of the second web are offset with respect to one another along the webs ; each line of weakness having a separation strength, being the force required to separate an individual sheet from the web along said line of weakness , wherein the first web and the second web are joined to each other at a plurality of joints forming a plurality of individual sheet interconnections , wherein each individual sheet interconnection is formed by the joint or joints connecting an individual sheet of the first web with an individual sheet of the second web ; and each individual sheet interconnection having a separation strength, being the force required to separate the two individual sheets of the first and the second web from each other, such that the joint or joints creating said individual sheet interconnection are broken, wherein the separation strength of the individual sheet interconnections is less than the separation strength of the lines of weakness . a first web divided into individual sheets by means of lines of weakness ; and a second web divided into individual sheets by means of lines of weakness ; said first and second webs being interfolded with one another so as to form said stack ; and wherein the first web and the second web are arranged in said stack such that the lines of weakness of the first web and the lines of weakness of the second web are offset with respect to one another along the webs ; each line of weakness having a separation strength, being the force required to separate an individual sheet from the web along said line of weakness , wherein the first web and the second web are joined to each other at a plurality of joints forming a plurality of individual sheet interconnections , wherein each individual sheet interconnection is formed by the joint or joints connecting an individual sheet of the first web with an individual sheet of the second web ; and each individual sheet interconnection having a separation strength, being the force required to separate the two individual sheets of the first and the second web from each other, such that the joint or joints creating said individual sheet interconnection are broken, wherein the separation strength of the individual sheet interconnections is less than the separation strength of the lines of weakness .
Suspension system for a sash of a fume cupboard , which includes a vertically moving sash , which is supported by counterweights on two or more suspension elements , which suspension system includes a safety arrester , in which, if one suspension element breaks, the counterweight connected to the broken suspension element is arranged to activate an arrester catch , in order to stop the movement of the unbroken suspension element , characterized in that the safety arrester comprises a stopper , on which the counterweight of the broken suspension element is arranged to direct a force, which by means of a cable or similar, is transmitted to the arrester catch , and in that the safety arrester is cross-connected between two or more suspension elements , wherein the counterweight of a first suspension element is arranged to activate the arrester catch connected to a second suspension element .
A process for preparing a spray-dried detergent particle, said process for preparing the spray-dried detergent particle comprising the steps of: i) mixing an acid precursor of an anionic surfactant and an alkali metal hydroxide neutralizing agent in an aqueous medium to form a partially neutralized solution, wherein the partially neutralised solution comprises an anionic surfactant salt formed in-situ by the reaction of a portion of acid anionic surfactant precursor with the alkali metal hydroxide neutralizing agent and said anionic surfactant salt forms 10 parts to 98 parts of the total anionic surfactant content by weight of the spray-dried detergent particle; and, ii) contacting the partially neutralized solution with a silicate neutralizing agent, wherein the silicate neutralizing agent is provided in an amount sufficient for neutralizing the remaining part of the acid precursor of an anionic surfactant to form a fully neutralized detergent solution, iii) adding laundry ingredient to the fully neutralized detergent solution to form an aqueous detergent slurry wherein the detergent slurry has a water content ranging from 25 wt.% to 40 wt.%; iv) spray-drying the aqueous detergent slurry to form a spray-dried detergent particle. i) mixing an acid precursor of an anionic surfactant and an alkali metal hydroxide neutralizing agent in an aqueous medium to form a partially neutralized solution, wherein the partially neutralised solution comprises an anionic surfactant salt formed in-situ by the reaction of a portion of acid anionic surfactant precursor with the alkali metal hydroxide neutralizing agent and said anionic surfactant salt forms 10 parts to 98 parts of the total anionic surfactant content by weight of the spray-dried detergent particle; and, ii) contacting the partially neutralized solution with a silicate neutralizing agent, wherein the silicate neutralizing agent is provided in an amount sufficient for neutralizing the remaining part of the acid precursor of an anionic surfactant to form a fully neutralized detergent solution, iii) adding laundry ingredient to the fully neutralized detergent solution to form an aqueous detergent slurry wherein the detergent slurry has a water content ranging from 25 wt.% to 40 wt.%; iv) spray-drying the aqueous detergent slurry to form a spray-dried detergent particle.
Electric or hybrid vehicle structure comprising a floor , a battery tray fastened beneath the floor , and a compressed foam plate disposed between the battery tray and the floor , in which structure the surface of the foam plate comprises microscopic perforations configured for evacuating air contained in the foam during the compression of the plate and/or configured to avoid the ingress of water into the foam.
Method for improved handling of IMS, Internet Protocol Multimedia Subsystem, services in a roaming scenario of a user equipment , wherein the user equipment is assigned to a home mobile communication network , and wherein the user equipment is connected to a visited mobile communication network , wherein the visited mobile communication network comprises at least one specific first network node among a plurality of first network nodes of the visited mobile communication network , characterized in that the at least one specific first network node has a configuration provided by the home mobile communication network , wherein, in order to provide IMS services to the user equipment while roaming in the visited mobile communication network , the at least one specific first network node communicates with a second network node of the home mobile communication network , wherein the method comprises the step of the user equipment being related to the at least one specific first network node in order to provide IMS services to the user equipment while roaming in the visited mobile communication network , wherein functionality of the plurality of first network nodes corresponds to functionality of at least one out of the following network nodes: -- a P-CSCF, Proxy Call Session Control Function, network node, -- the functionality of a SBC, Session Border Controller, network node, -- a V-PCRF, Visited Policy and charging rules function, -- an IBCF, Interconnection Border Control Function, wherein the configuration - defined by the home mobile communication network and/or provided to the visited mobile communication network by the home mobile communication network - of the at least one specific first network node within the visited mobile communication network is provided by deploying a virtual instance of the at least one specific first network node to the visited mobile communication network and/or by the visited mobile communication network downloading a virtual instance of the at least one specific network node from the home mobile communication network . -- a P-CSCF, Proxy Call Session Control Function, network node, -- the functionality of a SBC, Session Border Controller, network node, -- a V-PCRF, Visited Policy and charging rules function, -- an IBCF, Interconnection Border Control Function,
Rotatable machining tool which extends along a tool axis (W) defining an axial direction, wherein the machining tool has, in an first axial longitudinal end region , a machine formation which is designed to remove material from a workpiece, wherein the machining tool has, in a second axial longitudinal end region opposite the first, a screw connection formation which is designed for screw connection to a coupling component , and wherein the machining tool has wrench engagement surface formations which are situated diametrically opposite one another with respect to the tool axis (W) and which are designed for torque-transmitting bearing engagement with wrench surfaces of a wrench, wherein each of the wrench engagement surface formations as two wrench engagement surface regions (132/134, 138/140) which are adjacent in the circumferential direction about the tool axis (W), are provided at a distance from one another and are inclined away from one another in such a way that they form an apex (S) projecting away from the tool axis (W), wherein an intermediate surface region is provided between the wrench engagement surface regions (138/140) which are inclined relative to one another, with the result that the apex (S) is flattened, characterized in that the angle (α) which is enclosed by the normal vectors (N132, N134) of the wrench engagement surface regions (132/134, 138, 140), which are adjacent in the circumferential direction and inclined relative to one another, of one of the wrench engagement surface formations is less than or equal to 15°.