mhurhangee/patent-ind-claim-en huggingface dataset:
Cosmetic composition for the oxidant-free and mordant-free dyeing of keratinous fibers, in particular human hair, with natural dyes, containing: i. at least one coloring extract from a dye wood, ii. Water, iii. a buffer system selected from a mixture of a moderately strong or weak acid with its conjugate or corresponding base (or the respective salt) and a mixture of a moderately strong or weak base with its conjugate or corresponding acid, iv. wherein the composition has a pH value in the range of 3 - 5.9, measured at 20°C, wherein the composition contains no mordant selected from the salts magnesium, calcium, aluminum, transition metals and lanthanides, no cysteine, no N-acetylcysteine, no oxidation dye precursor and no fatty substances which have a water solubility of at most 0.01 g/l at 20°C. i. at least one coloring extract from a dye wood, ii. Water, iii. a buffer system selected from a mixture of a moderately strong or weak acid with its conjugate or corresponding base (or the respective salt) and a mixture of a moderately strong or weak base with its conjugate or corresponding acid, iv. wherein the composition has a pH value in the range of 3 - 5.9, measured at 20°C,
A dual gas-bearing system, comprising: a vacuum-preloaded gas bearing having an output face , wherein the vacuum-preloaded gas bearing is mounted to a machine base in a fixed location; a substrate having a first surface facing the output face of the vacuum-preloaded gas bearing and an opposing second surface, wherein a position of the substrate is moveable in a direction normal to the output face of the vacuum-preloaded gas bearing , and wherein a gas flow through the output face of the vacuum-preloaded gas bearing imparts a first net force onto the first surface of the substrate ; and characterized by a gas-bearing backer having an output face facing the second surface of the substrate , wherein a gas flow through the output face of the gas-bearing backer imparts a second net force onto the second surface of the substrate and provides a gap between the output face of the gas-bearing backer and the second surface of the substrate , and wherein the gas-bearing backer is freely moveable in a direction normal to the output face of the vacuum-preloaded gas bearing such that the second net force and the gap between the output face of the gas-bearing backer and the second surface of the substrate are independent of the position and thickness of the substrate . a vacuum-preloaded gas bearing having an output face , wherein the vacuum-preloaded gas bearing is mounted to a machine base in a fixed location; a substrate having a first surface facing the output face of the vacuum-preloaded gas bearing and an opposing second surface, wherein a position of the substrate is moveable in a direction normal to the output face of the vacuum-preloaded gas bearing , and wherein a gas flow through the output face of the vacuum-preloaded gas bearing imparts a first net force onto the first surface of the substrate ; and characterized by a gas-bearing backer having an output face facing the second surface of the substrate , wherein a gas flow through the output face of the gas-bearing backer imparts a second net force onto the second surface of the substrate and provides a gap between the output face of the gas-bearing backer and the second surface of the substrate , and wherein the gas-bearing backer is freely moveable in a direction normal to the output face of the vacuum-preloaded gas bearing such that the second net force and the gap between the output face of the gas-bearing backer and the second surface of the substrate are independent of the position and thickness of the substrate .
A probe system configured to test at least one device under test (DUT) , the probe system comprising at least one probe configured to test a corresponding DUT of the at least one DUT ; the at least one probe comprising: a probe body ; a probe beam extending from the probe body ; at least one probe tip extending from a leading edge of the probe beam distal to the probe body and configured to contact the corresponding DUT ; and at least one fiducial target ; the probe system further comprising an optical system configured to collect an image of at least a portion of the at least one probe along an optical axis as the probe approaches the corresponding DUT ; wherein the at least one fiducial target is configured to be visible to the optical system when the probe tip approaches the corresponding DUT to facilitate determining a position of the at least one probe tip relative to the corresponding DUT ; and wherein the at least one fiducial target is configured to be more optically resolvable by the optical system relative to at least a portion of the probe beam that is adjacent to the at least one fiducial target ; and wherein the probe system is configured to enable a determination of a position of the at least one fiducial target of the at least one probe ; characterized in that the at least one fiducial target is affixed to the probe beam and wherein the at least one fiducial target is a glass sphere. a probe body ; a probe beam extending from the probe body ; at least one probe tip extending from a leading edge of the probe beam distal to the probe body and configured to contact the corresponding DUT ; and at least one fiducial target ; the probe system further comprising an optical system configured to collect an image of at least a portion of the at least one probe along an optical axis as the probe approaches the corresponding DUT ; wherein the at least one fiducial target is configured to be visible to the optical system when the probe tip approaches the corresponding DUT to facilitate determining a position of the at least one probe tip relative to the corresponding DUT ; and wherein the at least one fiducial target is configured to be more optically resolvable by the optical system relative to at least a portion of the probe beam that is adjacent to the at least one fiducial target ; and wherein the probe system is configured to enable a determination of a position of the at least one fiducial target of the at least one probe ;
A method at a network node for transferring inter-UE Transfer, IUT, controller function from a first terminal to a second terminal associated with a network, comprising: obtaining an access type and a media feature tag sent to the network by the second terminal in a P-Access-Network-Info header and a Contact header, respectively, of a Session Initiation Protocol, SIP, REGISTER request, the media feature tag containing an identifier for a registration flow, the media feature tag also containing a label to indicate which access leg to transfer a media type and the access type containing information indicating an access network technology used by the network over which the SIP REGISTER request is routed ; storing the identifier of the obtained media feature tag in association with the obtained access type; receiving (101; 801), from the first terminal , a request for a transfer of session control of a session from the first terminal to the second terminal ; and in response to receiving the request from the first terminal and determining that the request is to be routed over said access leg, sending (102; 803), over an access network selected according to the access network technology indicated by the obtained access type, a SIP request to the second terminal for a transfer of control of the session from the first terminal to the second terminal , the SIP request including an Accept-Contact header field containing a media feature tag with a value set to the identifier of the obtained media feature tag stored in association with the obtained access type. obtaining an access type and a media feature tag sent to the network by the second terminal in a P-Access-Network-Info header and a Contact header, respectively, of a Session Initiation Protocol, SIP, REGISTER request, the media feature tag containing an identifier for a registration flow, the media feature tag also containing a label to indicate which access leg to transfer a media type and the access type containing information indicating an access network technology used by the network over which the SIP REGISTER request is routed ; storing the identifier of the obtained media feature tag in association with the obtained access type; receiving (101; 801), from the first terminal , a request for a transfer of session control of a session from the first terminal to the second terminal ; and in response to receiving the request from the first terminal and determining that the request is to be routed over said access leg, sending (102; 803), over an access network selected according to the access network technology indicated by the obtained access type, a SIP request to the second terminal for a transfer of control of the session from the first terminal to the second terminal , the SIP request including an Accept-Contact header field containing a media feature tag with a value set to the identifier of the obtained media feature tag stored in association with the obtained access type.
A power conversion device comprising: a capacitor ; an inverter configured to transfer electric power between the capacitor and a power system ; a first controller configured to perform DC voltage control of the inverter such that DC voltage (VDC) of the capacitor attains a first command value; and a second controller configured to perform reactive power control of the inverter such that reactive power transferred between the capacitor and the power system attains a second command value, characterized in that the first and second controllers are configured to stop the DC voltage control and the reactive power control, respectively, in response to the DC voltage (VDC) exceeding a protection level higher than the first command value, the first controller is configured to resume the DC voltage control in response to the DC voltage (VDC) decreasing to a first recovery level (V1) or lower, the first recovery level (V1) being equal to or lower than the protection level (VH), and the second controller is configured to resume the reactive power control in response to the DC voltage decreasing to a second recovery level (V2) or lower, the second recovery level (V2) being lower than the first recovery level (V1). a capacitor ; an inverter configured to transfer electric power between the capacitor and a power system ; a first controller configured to perform DC voltage control of the inverter such that DC voltage (VDC) of the capacitor attains a first command value; and a second controller configured to perform reactive power control of the inverter such that reactive power transferred between the capacitor and the power system attains a second command value, characterized in that the first and second controllers are configured to stop the DC voltage control and the reactive power control, respectively, in response to the DC voltage (VDC) exceeding a protection level higher than the first command value, the first controller is configured to resume the DC voltage control in response to the DC voltage (VDC) decreasing to a first recovery level (V1) or lower, the first recovery level (V1) being equal to or lower than the protection level (VH), and the second controller is configured to resume the reactive power control in response to the DC voltage decreasing to a second recovery level (V2) or lower, the second recovery level (V2) being lower than the first recovery level (V1).
Thermal conditioning installation for a motor vehicle, which is suitable for permitting an aerothermic preparation of a flow of air intended to be diffused in a cabin (H) of the vehicle, comprising at least one thermal processing module that is suitable for thermally processing the flow of air, comprising at least one air inlet housing for admitting the flow of air into the thermal processing module and a motor fan unit for circulating the flow of air in the thermal processing module , and a distribution module for distributing the flow of air, making it possible to distribute the flow of air leaving the thermal processing module into various regions of the cabin (H), the thermal processing module being intended to be arranged in a forward compartment (A) of the vehicle and the distribution module being intended to be arranged in the cabin (H), the thermal processing module and the distribution module being two distinct and separate subassemblies, characterized in that the air inlet housing is arranged above the motor fan unit , in a vertical direction (y) with reference to an orthonormal reference system (x, y, z) in which the x-direction defines a longitudinal direction, the y-direction defines a vertical direction and the z-direction defines a transverse direction, and in that the air inlet housing comprises at least one internal partition that divides the interior volume of the air inlet housing into an external air admission chamber and an internal air admission chamber .
A flow medium for controlling a flow of a material through a vehicle component , the flow medium comprising: a plurality of baffle layers, each baffle layer of the plurality of baffle layers having a contour, wherein a space between adjacent baffle layers defines a flow path; and a first plurality of spacers positioned in the flow path, the first plurality of spacers having one or more hydrodynamic properties determined based on a first plurality of dimensions, the one or more hydrodynamic properties determining, at least in part, a second flow property of the flow path, wherein the plurality of baffle layers define a plurality of different flow paths , each flow path being between adjacent baffle layers, and further comprising at least one further plurality of spacers, each of the plurality of different flow paths having a plurality of spacers therein. a plurality of baffle layers, each baffle layer of the plurality of baffle layers having a contour, wherein a space between adjacent baffle layers defines a flow path; and a first plurality of spacers positioned in the flow path, the first plurality of spacers having one or more hydrodynamic properties determined based on a first plurality of dimensions, the one or more hydrodynamic properties determining, at least in part, a second flow property of the flow path, wherein the plurality of baffle layers define a plurality of different flow paths , each flow path being between adjacent baffle layers, and further comprising at least one further plurality of spacers, each of the plurality of different flow paths having a plurality of spacers therein.
An implantable medical device comprising a first set of a plurality of first struts extending in a first direction; and a second set of a plurality of second struts extending in a second direction; wherein the first struts are interwoven with the second struts in a plain weave pattern where each first strut extends over and then under each successive second strut to form an annular frame that is radially compressible and expandable; wherein each first strut is pivotally connected to at least one second strut . a first set of a plurality of first struts extending in a first direction; and a second set of a plurality of second struts extending in a second direction; wherein the first struts are interwoven with the second struts in a plain weave pattern where each first strut extends over and then under each successive second strut to form an annular frame that is radially compressible and expandable; wherein each first strut is pivotally connected to at least one second strut .
A method of generating a workflow of at least one task for Internet of Things (IoT) devices in a connected loT environment, the method performed by a mobile device, the method comprising: receiving, at the mobile device, an input comprising at least one of: a voice input received by the mobile device, a text message input into the mobile device, a text message received by the mobile device, or a notification in the mobile device; extracting one or more keywords from the received input; determining an event corresponding to the received input; identifying the at least one task to be performed based on the extracted one or more keywords; selecting, by the mobile device, from among a plurality of tasks, the at least one task represented by at least one workflow node, each of the plurality of tasks corresponding to at least one application of the mobile device; generating a workflow that includes a plurality of nodes of the workflow corresponding to the plurality of tasks; displaying, by the mobile device, the generated workflow, wherein one of the at least one workflow node is displayed on the mobile device, and the one of the at least one workflow node represents a particular task that is to be performed on the mobile device; and performing an action, using an application, in response to a selection of at least one node of the workflow. receiving, at the mobile device, an input comprising at least one of: a voice input received by the mobile device, a text message input into the mobile device, a text message received by the mobile device, or a notification in the mobile device; extracting one or more keywords from the received input; determining an event corresponding to the received input; identifying the at least one task to be performed based on the extracted one or more keywords; selecting, by the mobile device, from among a plurality of tasks, the at least one task represented by at least one workflow node, each of the plurality of tasks corresponding to at least one application of the mobile device; generating a workflow that includes a plurality of nodes of the workflow corresponding to the plurality of tasks; displaying, by the mobile device, the generated workflow, wherein one of the at least one workflow node is displayed on the mobile device, and the one of the at least one workflow node represents a particular task that is to be performed on the mobile device; and performing an action, using an application, in response to a selection of at least one node of the workflow.
A single paste type hydraulic dental filling composition, comprising: hydraulic cement; non-aqueous liquid having hygroscopic properties; and a radiopaque material, wherein the content of the hydraulic cement is 15 to 55 wt% with respect to the entire composition, and the content of the non-aqueous liquid is 15 to 35 wt% with respect to the entire composition, and characterized in that the content of the radiopaque material is 20 to 55 wt% with respect to the entire composition, and wherein the single paste type hydraulic dental filling composition further comprises hygroscopic clay, and the content of the hygroscopic clay is 1 to 10 wt% with respect to the entire composition, wherein the hydraulic cement is Pozzolan cement. hydraulic cement; non-aqueous liquid having hygroscopic properties; and a radiopaque material, wherein the content of the hydraulic cement is 15 to 55 wt% with respect to the entire composition, and the content of the non-aqueous liquid is 15 to 35 wt% with respect to the entire composition, and characterized in that the content of the radiopaque material is 20 to 55 wt% with respect to the entire composition, and wherein the single paste type hydraulic dental filling composition further comprises hygroscopic clay, and the content of the hygroscopic clay is 1 to 10 wt% with respect to the entire composition, wherein the hydraulic cement is Pozzolan cement.
A polymer comprising the polymerized product of ethylene, at least one diene comonomer, and optionally at least one C 3 to C 14 comonomer, wherein: the diene has a structure according to formula (I): where X is SiR 2 or GeR 2 , wherein each R is independently C 1 -C 12 hydrocarbyl or -H; and the polymer comprises tri-functional long-chain branches resulting from the diene that occur at a frequency of at least 0.03 per 1000 carbon atoms of the polymer as determined by NMR. the diene has a structure according to formula (I): where X is SiR 2 or GeR 2 , wherein each R is independently C 1 -C 12 hydrocarbyl or -H; and the polymer comprises tri-functional long-chain branches resulting from the diene that occur at a frequency of at least 0.03 per 1000 carbon atoms of the polymer as determined by NMR.
Method for allocating communication logic channels to N users in a network, having at least the following steps: a) defining a first allocation set composed of the following triplets (channel number, slot number, user attributed to a channel for a given slot) representing the allocation of C communication channels, to the N users, in a first time session composed of multiple time slots, with the number C of communication channels equal to the square root of the number of users N and C equal to the cardinal of a finite field, b) generating, from the first channel allocation set, C other matrices, each matrix describing the allocation of the users to the communication channels during a session, said C allocation matrices being generated using a function configured so that each user is in communication with each of the other (N-1) users at least once during the frame containing the C+1 sessions, the communication actually taking place if the users are within communication range. a) defining a first allocation set composed of the following triplets (channel number, slot number, user attributed to a channel for a given slot) representing the allocation of C communication channels, to the N users, in a first time session composed of multiple time slots, with the number C of communication channels equal to the square root of the number of users N and C equal to the cardinal of a finite field, b) generating, from the first channel allocation set, C other matrices, each matrix describing the allocation of the users to the communication channels during a session, said C allocation matrices being generated using a function configured so that each user is in communication with each of the other (N-1) users at least once during the frame containing the C+1 sessions, the communication actually taking place if the users are within communication range.
Medical device comprising a main body and only two electrodes for acquiring an ECG signal, wherein each electrode comprises a base which has an adhesive surface for adhering and electrically contacting to a medical subject and one of said electrodes comprises an arm which projects from the base , the arm being attached, at one end, to the respective electrode base and, at the other end, to an electrode attachment of the main body , wherein said arm is both, rotatably attached about the respective base and about the respective electrode attachment of the main body , such that the distance between the two electrode bases is variable when attached to the medica subject. wherein each electrode comprises a base which has an adhesive surface for adhering and electrically contacting to a medical subject and one of said electrodes comprises an arm which projects from the base , the arm being attached, at one end, to the respective electrode base and, at the other end, to an electrode attachment of the main body , wherein said arm is both, rotatably attached about the respective base and about the respective electrode attachment of the main body , such that the distance between the two electrode bases is variable when attached to the medica subject.
Electric plug configured to be connected to a vehicle camera , comprising a plug head and at least one electric signal contact and at least one ground contact , which are configured on the plug head , wherein the plug head comprises a carrier block for the signal contact and the ground contact , and the carrier block comprises a jacket wall , on which a cover collar projecting outwardly from the outer peripheral surface of the jacket wall and extending circumferentially on the jacket wall is arranged, wherein an outwardly projecting shielding flap of the plug is integrally formed with the cover collar , wherein the shielding flap is connected to a connecting element , which is electrically connected to the cover collar and the ground contact and the carrier block is configured as cuboid, wherein the cuboid comprises a front wall , on which the ground contact and the signal contact are arranged.