mhurhangee/patent-ind-claim-en huggingface dataset:
Linear drive , in particular a spindle drive, having a rotationally driveable coupling element which is arranged centrally between a first element and a second element , the first element , which is coupled in operative connection to the coupling element , and the second element , which is coupled in operative connection to the coupling element and is arranged axially opposite to the first element , with the result that the two opposite elements can be moved apart via the movable coupling element , that is to say can be displaced longitudinally in the axial direction, wherein the elements are coupled to the coupling element via corresponding thread pairings, characterized in that the thread pairings are formed as opposite thread pairings in order to create a compact, substantially three-part linear drive with a maximum travel distance, wherein the first element is formed as a first threaded spindle with a first spindle thread , the second element is formed as a second threaded spindle with a second spindle thread , and the coupling element is formed as a spindle nut with a respective nut thread corresponding to each spindle thread and interacting with the corresponding spindle thread , wherein a first thread pairing comprising the first spindle thread and a corresponding first nut thread is formed oppositely to a second thread pairing comprising the second spindle thread and a corresponding second nut thread , and wherein the coupling element has two axially spaced-apart coupling regions each having a corresponding thread, which correspond to the respective thread of the elements , wherein the threads are formed in axial alignment and the coupling element has at least one driver device via which an adjustable unit can be coupled to the linear drive , wherein the driver device is arranged on a wall side of the coupling element that faces away from a cavity in the coupling element .
A method for testing the fracture toughness of an adhesive joint to be formed between two components made of fiber-reinforced plastic by forming a test joint between two sample elements and applying a tensile load to this test joint until a pre-defined value is reached, wherein one of the sample elements is one component of said two components of the joint to be formed, and wherein the tensile load acts on the other sample element , characterized in that , after carrying out the testing method, the other sample element is separated from said one component (i) by means of a wedge element , and at the same time a wedge test is carried out.
A thermally conductive polysiloxane composition containing (A) a thermally conductive filler, and (B) at least one member selected from the group consisting of an alkoxysilyl group-containing compound and a dimethylpolysiloxane, wherein the component (A) comprises two or more thermally conductive fillers having different average particle diameters, and contains (A-1) indefinite-shaped aluminum nitride particles having an average particle diameter of 30 to 150 μm in an amount of 20% by mass or more, based on the mass of a total of the component (A), wherein the component (A) comprises 20 to 70% by mass of the component (A-1), 1 to 50% by mass of (A-2) inorganic particles having an average particle diameter of 1 to less than 30 μm, and 1 to 50% by mass of (A-3) inorganic particles having an average particle diameter of 0.1 to less than 1 μm.
Method for making a device comprising at least one strained semiconducting zone that will form a transistor channel comprising the following sequence of steps, in this order: a) forming one or several stress blocks based on a material with an intrinsic stress around a zone based on a semiconducting material in which a transistor channel will be made and on which a transistor gate will be formed, the stress block(s) being arranged to induce a given stress in this zone , b) forming a gate block on this zone , the gate block being arranged between the stress blocks, c) at least partially removing the stress block(s) , the gate block being chosen in step b) with a Young's modulus and thickness such that the stress blocks are at least partially removed in step c), the given stress is at least partially maintained in the channel zone. a) forming one or several stress blocks based on a material with an intrinsic stress around a zone based on a semiconducting material in which a transistor channel will be made and on which a transistor gate will be formed, the stress block(s) being arranged to induce a given stress in this zone , b) forming a gate block on this zone , the gate block being arranged between the stress blocks, c) at least partially removing the stress block(s) , the gate block being chosen in step b) with a Young's modulus and thickness such that the stress blocks are at least partially removed in step c), the given stress is at least partially maintained in the channel zone.
A network function virtualization, "NFV", platform, comprising: one or more processors to: identify a condition associated with the NFV platform , where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; determine, based on the condition, information to be provided and an action to be performed with regard to the at least one VNF; and transmit a message identifying the information to the at least one VNF and to cause the action to be performed with regard to the at least one VNF. identify a condition associated with the NFV platform , where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; where the condition affects operation of at least one virtual network function, "VNF", hosted by or associated with the NFV platform, and where the condition is associated with a physical interface associated with the NFV platform; determine, based on the condition, information to be provided and an action to be performed with regard to the at least one VNF; and transmit a message identifying the information to the at least one VNF and to cause the action to be performed with regard to the at least one VNF.
A dispensing device comprising: a body having a first top surface including an opening , a channel extending through the body away from the opening of the first top surface, and a first side and a second side including a first slot and a second slot respectively cut through the first and second sides; a cover having a second top surface , a first arm and a second arm extending away from the second top surface, and a first and second hinges installed on the first and second arms respectively; a support cup having a side wall , an inner-body opening configured to receive a product to be dispensed , and first and second recesses inscribed on opposite sides of the side wall; and a groove on at least one of the first and second sides of the body and a peg on at least one of the corresponding first and second arms of the cover such that when the groove engages with the peg, the cover is prevented from moving longitudinally with respect to the body, wherein the support cup is slidably fitted inside the channel of the body and the cover is hingedly coupled to the body via the first and second hinges of the cover; and wherein the first and second hinges protrude through the first and second slots of the body and engage with the first and second recesses of the support cup, respectively, and the cover and the support cup are slidable together in a longitudinal direction along the channel of the body. a body having a first top surface including an opening , a channel extending through the body away from the opening of the first top surface, and a first side and a second side including a first slot and a second slot respectively cut through the first and second sides; a cover having a second top surface , a first arm and a second arm extending away from the second top surface, and a first and second hinges installed on the first and second arms respectively; a support cup having a side wall , an inner-body opening configured to receive a product to be dispensed , and first and second recesses inscribed on opposite sides of the side wall; and a groove on at least one of the first and second sides of the body and a peg on at least one of the corresponding first and second arms of the cover such that when the groove engages with the peg, the cover is prevented from moving longitudinally with respect to the body, wherein the support cup is slidably fitted inside the channel of the body and the cover is hingedly coupled to the body via the first and second hinges of the cover; and wherein the first and second hinges protrude through the first and second slots of the body and engage with the first and second recesses of the support cup, respectively, and the cover and the support cup are slidable together in a longitudinal direction along the channel of the body.
Luminescent lanthanide nanoparticle, having at the same time an improved brightness and an increased lifetime of the excited-state, comprising a lanthanide ion nanoparticle including terbium, and several molecules of chromophore ligand that are bonded to the surface of the lanthanide ion nanoparticle, characterized in that: - said lanthanide ion nanoparticle comprises terbium ions and ions of at least a second lanthanide selected from the group consisting of: cerium, praseodymium, neodymium, samarium, europium, dysprosium, holmium, erbium, thulium and ytterbium; - said ligand is an organic molecule comprising at least one chromophore radical of formula I or of formula II: wherein R is selected from H, CN group or COOH group. - said lanthanide ion nanoparticle comprises terbium ions and ions of at least a second lanthanide selected from the group consisting of: cerium, praseodymium, neodymium, samarium, europium, dysprosium, holmium, erbium, thulium and ytterbium; - said ligand is an organic molecule comprising at least one chromophore radical of formula I or of formula II: wherein R is selected from H, CN group or COOH group.
A method for preparing methyl acrylate, comprising: a) heating in a reaction zone a mixture comprising acrylic acid, methanol, and an acid catalyst to react and form a product comprising methyl acrylate, which is vaporized with other light components and then fed to a distillation zone, wherein a feed stream entering the reaction zone comprises methanol to acrylic acid in a molar ratio of greater than 1 and less than 2, and a residence time in the reaction zone ranges from 0.25 to 2 hours; b) condensing and phase-separating a distillate from the distillation zone to form an organic phase comprising methyl acrylate and an aqueous phase; c) returning a portion of the organic phase to the distillation zone as organic reflux; and d) feeding the remainder of the organic phase and the aqueous phase of the distillation zone to an extraction column to form a methanol rich aqueous effluent and an organic effluent comprising methyl acrylate. a) heating in a reaction zone a mixture comprising acrylic acid, methanol, and an acid catalyst to react and form a product comprising methyl acrylate, which is vaporized with other light components and then fed to a distillation zone, wherein a feed stream entering the reaction zone comprises methanol to acrylic acid in a molar ratio of greater than 1 and less than 2, and a residence time in the reaction zone ranges from 0.25 to 2 hours; b) condensing and phase-separating a distillate from the distillation zone to form an organic phase comprising methyl acrylate and an aqueous phase; c) returning a portion of the organic phase to the distillation zone as organic reflux; and d) feeding the remainder of the organic phase and the aqueous phase of the distillation zone to an extraction column to form a methanol rich aqueous effluent and an organic effluent comprising methyl acrylate.
An apparatus to facilitate gesture matching, comprising: a gesture selection engine to randomly select a gesture from a database during an authentication phase; an avatar animation and rendering engine to translate the selected gesture into poses of an animated avatar for display at a display device with a prompt for a user to perform the pose of the displayed avatar for authenticating the user; reception and capturing logic to capture, in real-time, an image of a user, in response of the user performing the pose of the displayed avatar. a gesture matching component to compare the captured gesture response performed by the user in the captured image to the selected gesture to determine whether the same gesture appears in the captured image, in which case there is a match to authenticate the user; and a gesture learning module to identify, when it is determined that there is a match to authenticate the user, new gestures performed by the user and add the new gestures to the database , wherein the gesture learning module identifies a new gesture upon the gesture matching component determining that a gesture performed by the user does not match a gesture in the database . a gesture selection engine to randomly select a gesture from a database during an authentication phase; an avatar animation and rendering engine to translate the selected gesture into poses of an animated avatar for display at a display device with a prompt for a user to perform the pose of the displayed avatar for authenticating the user; reception and capturing logic to capture, in real-time, an image of a user, in response of the user performing the pose of the displayed avatar. a gesture matching component to compare the captured gesture response performed by the user in the captured image to the selected gesture to determine whether the same gesture appears in the captured image, in which case there is a match to authenticate the user; and a gesture learning module to identify, when it is determined that there is a match to authenticate the user, new gestures performed by the user and add the new gestures to the database , wherein the gesture learning module identifies a new gesture upon the gesture matching component determining that a gesture performed by the user does not match a gesture in the database .
An electronic device comprising: a camera; a communication module; a display; and a processor configured to: acquire a raw image including one or more external objects by using the camera; recognize the one or more external objects included in the raw image; segment the raw image into a plurality of regions based on the one or more external objects; determine a priority for at least a partial region among the plurality of regions based on at least one object of interest among the one or more external objects; transmit data corresponding to at least the partial region to an external electronic device according to the priority; in response to transmitting the data corresponding to at least the partial region, receive, from the external electronic device, image processing information for at least the partial region ; and display the raw image of which at least the partial region is sequentially corrected according to the priority, via the display by using the received image processing information. a camera; a communication module; a display; and a processor configured to: acquire a raw image including one or more external objects by using the camera; recognize the one or more external objects included in the raw image; segment the raw image into a plurality of regions based on the one or more external objects; determine a priority for at least a partial region among the plurality of regions based on at least one object of interest among the one or more external objects; transmit data corresponding to at least the partial region to an external electronic device according to the priority; in response to transmitting the data corresponding to at least the partial region, receive, from the external electronic device, image processing information for at least the partial region ; and display the raw image of which at least the partial region is sequentially corrected according to the priority, via the display by using the received image processing information. acquire a raw image including one or more external objects by using the camera; recognize the one or more external objects included in the raw image; segment the raw image into a plurality of regions based on the one or more external objects; determine a priority for at least a partial region among the plurality of regions based on at least one object of interest among the one or more external objects; transmit data corresponding to at least the partial region to an external electronic device according to the priority; in response to transmitting the data corresponding to at least the partial region, receive, from the external electronic device, image processing information for at least the partial region ; and display the raw image of which at least the partial region is sequentially corrected according to the priority, via the display by using the received image processing information.
A fluid handling system for applying a plurality of pulses of fluid shear stress to a fluid sample, the system comprising: a first sample chamber; a second sample chamber; a plurality of conduits mounted between and in fluid communication with the first sample chamber and the second sample chamber, the plurality of conduits having similar dimensions and inner diameters of less than 1000 μm; and a force delivery system mounted to the first sample chamber and configured to apply a selected force sufficient to push the fluid sample from the first sample chamber through each of the conduits at a constant flow rate to the second sample chamber, wherein the conduits are arranged in series and further wherein neighboring conduits are separated by an additional sample chamber, characterized in that the force delivery system is a gas delivery system configured to deliver gas to pressurize the sample chambers to a selected pressure, the gas delivery system comprising a plurality of gas valves , each gas valve in fluid communication with an associated sample chamber. a first sample chamber; a second sample chamber; a plurality of conduits mounted between and in fluid communication with the first sample chamber and the second sample chamber, the plurality of conduits having similar dimensions and inner diameters of less than 1000 μm; and a force delivery system mounted to the first sample chamber and configured to apply a selected force sufficient to push the fluid sample from the first sample chamber through each of the conduits at a constant flow rate to the second sample chamber, wherein the conduits are arranged in series and further wherein neighboring conduits are separated by an additional sample chamber, characterized in that the force delivery system is a gas delivery system configured to deliver gas to pressurize the sample chambers to a selected pressure, the gas delivery system comprising a plurality of gas valves , each gas valve in fluid communication with an associated sample chamber.
A system for inflating an inflatable device (200;250), the system comprising: the inflatable device; a ducted fan aspirator (202;252) coupled to the inflatable device and having a fan and a fan motor configured to drive the fan to direct first air into the inflatable device, wherein the ducted fan aspirator includes a fan channel through which air flows between a fan inlet and a fan outlet ; a gap configured to facilitate flow of a fourth air into the inflatable device in response to the fan directing the first air into the inflatable device, wherein the gap exists between an outer edge of fan blades of the fan and an outer edge of the fan channel such that, as the fan directs air through the fan channel, additional air may flow through the gap, thus increasing a total airflow through the ducted fan aspirator beyond that provided solely by the fan; and a compressor aspirator (204;254) coupled to the inflatable device and having a compressor , a compressor motor configured to drive the compressor to direct second air into the inflatable device, wherein the compressor aspirator includes a primary inlet through which the second air flows into the compressor aspirator and a secondary inlet configured to facilitate flow of a third air into the inflatable device in response to the compressor directing the second air into the inflatable device. the inflatable device; a ducted fan aspirator (202;252) coupled to the inflatable device and having a fan and a fan motor configured to drive the fan to direct first air into the inflatable device, wherein the ducted fan aspirator includes a fan channel through which air flows between a fan inlet and a fan outlet ; a gap configured to facilitate flow of a fourth air into the inflatable device in response to the fan directing the first air into the inflatable device, wherein the gap exists between an outer edge of fan blades of the fan and an outer edge of the fan channel such that, as the fan directs air through the fan channel, additional air may flow through the gap, thus increasing a total airflow through the ducted fan aspirator beyond that provided solely by the fan; and a compressor aspirator (204;254) coupled to the inflatable device and having a compressor , a compressor motor configured to drive the compressor to direct second air into the inflatable device, wherein the compressor aspirator includes a primary inlet through which the second air flows into the compressor aspirator and a secondary inlet configured to facilitate flow of a third air into the inflatable device in response to the compressor directing the second air into the inflatable device.