mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing authorization and authentication in a cloud-based system for a user of a storage array , the method comprising: receiving, by a cloud-based security module from a client-side array services module , user credentials; authenticating, by the cloud-based security module , the user credentials; identifying, by the cloud-based security module , authorized access privileges defining one or more storage array services accessible by the user; wherein the authorized access privileges are defined in the cloud-based security module for a plurality of users with an association of each user with one of a plurality of profiles, each profile specifying access privileges for users associated with the profile; generating, by the cloud-based security module, a token representing the authentication of the user credentials and the authorized access privileges; and providing, by the cloud-based security module to the client-side array services module, the token. receiving, by a cloud-based security module from a client-side array services module , user credentials; authenticating, by the cloud-based security module , the user credentials; identifying, by the cloud-based security module , authorized access privileges defining one or more storage array services accessible by the user; wherein the authorized access privileges are defined in the cloud-based security module for a plurality of users with an association of each user with one of a plurality of profiles, each profile specifying access privileges for users associated with the profile; generating, by the cloud-based security module, a token representing the authentication of the user credentials and the authorized access privileges; and providing, by the cloud-based security module to the client-side array services module, the token.
A windshield wiper that comprises a linear body comprising a central body and a blade housed inside the central body , characterized in that the central body comprises: - a triangular cross section, with the blade in a position that is essentially parallel to one side of the triangular cross section, and - a flexible tab on one vertex of the triangular cross section, such that one end of the blade protrudes through the vertex of the triangular cross section where the flexible tab is located. - a triangular cross section, with the blade in a position that is essentially parallel to one side of the triangular cross section, and - a flexible tab on one vertex of the triangular cross section,
A spray dryer absorber atomizer comprising: a distributor housing operable to distribute an absorbent liquid or slurry within a spray dryer absorber vessel; a solid atomizer disk with a planar disk body having a top surface and a bottom surface , the solid atomizer disk removably attached to the distributor housing , and characterized in that the solid atomizer disk further comprises: a tubular member centered in the atomizer disk , the tubular member extending perpendicular to and beyond each of the top surface and bottom surface , an annular channel machined into or formed in top surface of disk body , the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel , the ports being at least partially threaded adjacent the top surface of the atomizer disk ; and one or more substances and/or mechanical members of non-Newtonian characteristics partially filling the annular channel , a planar top plate with openings there through aligning with each of the ports, is sized for removable fixation on the top surface of the atomizer disk to cover and seal the annular channel , and a screw threadedly fixed within each of the at least two threaded ports thereby sealing the ports and securely removably fixing the top plate onto the atomizer disk . a distributor housing operable to distribute an absorbent liquid or slurry within a spray dryer absorber vessel; a solid atomizer disk with a planar disk body having a top surface and a bottom surface , the solid atomizer disk removably attached to the distributor housing , and characterized in that the solid atomizer disk further comprises: a tubular member centered in the atomizer disk , the tubular member extending perpendicular to and beyond each of the top surface and bottom surface , an annular channel machined into or formed in top surface of disk body , the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel , the ports being at least partially threaded adjacent the top surface of the atomizer disk ; and a tubular member centered in the atomizer disk , the tubular member extending perpendicular to and beyond each of the top surface and bottom surface , an annular channel machined into or formed in top surface of disk body , the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel , the ports being at least partially threaded adjacent the top surface of the atomizer disk ; and one or more substances and/or mechanical members of non-Newtonian characteristics partially filling the annular channel , a planar top plate with openings there through aligning with each of the ports, is sized for removable fixation on the top surface of the atomizer disk to cover and seal the annular channel , and a screw threadedly fixed within each of the at least two threaded ports thereby sealing the ports and securely removably fixing the top plate onto the atomizer disk .
A method for measuring a charge of an ion in an electrostatic linear ion trap including a charge detection cylinder (CD) positioned between two ion mirrors (M1,M2), in which during an ion trapping event the ion repeatedly oscillates back and forth between the two ion mirrors each time passing through and inducing a corresponding charge on the charge detection cylinder and in which an ion measurement signal including magnitudes of the induced charges and timing of the induced charges during the trapping event are recorded in an ion measurement file, the method comprising: (a) establishing a time window of the ion measurement signal at the beginning of the ion measurement file, (b) generating a simulated ion measurement signal for the time window of the ion measurement signal using input parameters including estimates of signal frequency, charge magnitude, signal phase and duty cycle, (c) iteratively processing a variance between the time window of the ion measurement signal and the simulated ion measurement signal by adjusting values of the input parameters until the variance reaches convergence, (d) recording a charge magnitude value resulting from (c), (e) advancing the time window of the ion measurement signal by an incremental time amount, (f) repeating (b) - (d) until the time window reaches the end of the ion measurement file, and (g) determining the charge of the ion based on the charge magnitude values of each of the time windows. (a) establishing a time window of the ion measurement signal at the beginning of the ion measurement file, (b) generating a simulated ion measurement signal for the time window of the ion measurement signal using input parameters including estimates of signal frequency, charge magnitude, signal phase and duty cycle, (c) iteratively processing a variance between the time window of the ion measurement signal and the simulated ion measurement signal by adjusting values of the input parameters until the variance reaches convergence, (d) recording a charge magnitude value resulting from (c), (e) advancing the time window of the ion measurement signal by an incremental time amount, (f) repeating (b) - (d) until the time window reaches the end of the ion measurement file, and (g) determining the charge of the ion based on the charge magnitude values of each of the time windows.
A method of manufacturing a microfiber-reinforced concrete comprising a cement matrix in which a microfiber additive of fiber elements having a length of 5 mm to 50 mm and/or having a diameter of 0.1 mm to 2 mm is introduced and wherein the fiber elements have a shape memory alloy, with the method comprising at least the following steps: - training a fiber shape of the fiber elements at a temperature (T1) above a transition temperature (T2), with the fiber shape making an interlocking of the fiber elements possible; - cooling the trained fiber elements ; - plastically deforming the fiber elements from the trained fiber shape into an intermediate shape while forming a compacted shape by which an interlocking of the fiber elements among one another and an interlocking of the fiber elements with the cement matrix are prevented, - introducing the fiber elements into the cement matrix to form a fresh concrete ; with the fiber elements being introduced into the cement matrix at more than 2 vol.%, - casting the fresh concrete ; and - heating the fresh concrete to the transition temperature (T2) so that the fiber elements return to the fiber shape while interlocking the fiber elements . - training a fiber shape of the fiber elements at a temperature (T1) above a transition temperature (T2), with the fiber shape making an interlocking of the fiber elements possible; - cooling the trained fiber elements ; - plastically deforming the fiber elements from the trained fiber shape into an intermediate shape while forming a compacted shape by which an interlocking of the fiber elements among one another and an interlocking of the fiber elements with the cement matrix are prevented, - introducing the fiber elements into the cement matrix to form a fresh concrete ; with the fiber elements being introduced into the cement matrix at more than 2 vol.%, - casting the fresh concrete ; and - heating the fresh concrete to the transition temperature (T2) so that the fiber elements return to the fiber shape while interlocking the fiber elements .
A measuring and/or testing device for measuring and/or evaluating the quality and stability of electricity grids, wherein the measuring and/or testing device is designed as a device with a grid monitoring device and a power supply , which is equipped with a unit with at least one AD converter circuit for continuously scanning, digitizing and transmitting at least voltage and/or frequency values of the grid voltage via a first, local data connection through an interface , and which additionally has a microcontroller unit and/or an IT device for processing and/or converting the data, which are made available at an interface of the measuring and/or testing device and/or can be stored, wherein the measurement data in the microcontroller unit and/or the IT device are tagged with time stamps and location markers and can be transmitted via a second data connection to a data centre and/or another IT device and/or a storage medium.
A memory device , comprising: an input buffer configured to receive data and output serial data ; a serial shift register configured to output the serial data in a parallel format on a data write (DW) bus; and serial register loading circuitry configured to receive a data strobe (84, 56A-C) signal and provide the data strobe (84, 56A-C) to the serial shift register to cause the serial shift register to shift in the serial data during a write operation; characterized in that the serial register loading circuitry comprises gating circuitry configured to cutoff provision of the data strobe (84, 56A-C) from the serial register loading circuitry to the serial shift register based at least in part on a load signal , wherein the load signal indicates that the data write (DW) bus is loaded with the serial data in a parallel format, wherein the cutting off of the provision of the data strobe is configured to prevent shifting of the serial data into the serial shift register while the provision of the data strobe_(84, 56A-C) is cut off, wherein the load signal is configured to be asserted during a next-to-last cycle of the write operation and is configured to stop propagation of the data strobe until a last bit of the data is latched. an input buffer configured to receive data and output serial data ; a serial shift register configured to output the serial data in a parallel format on a data write (DW) bus; and serial register loading circuitry configured to receive a data strobe (84, 56A-C) signal and provide the data strobe (84, 56A-C) to the serial shift register to cause the serial shift register to shift in the serial data during a write operation; characterized in that the serial register loading circuitry comprises gating circuitry configured to cutoff provision of the data strobe (84, 56A-C) from the serial register loading circuitry to the serial shift register based at least in part on a load signal , wherein the load signal indicates that the data write (DW) bus is loaded with the serial data in a parallel format, wherein the cutting off of the provision of the data strobe is configured to prevent shifting of the serial data into the serial shift register while the provision of the data strobe_(84, 56A-C) is cut off, wherein the load signal is configured to be asserted during a next-to-last cycle of the write operation and is configured to stop propagation of the data strobe until a last bit of the data is latched.
A resin composition comprising (A) a saponified ethylene-vinyl ester copolymer and (B) a hydrate-formable alkaline earth metal salt, wherein the (B) hydrate-formable alkaline earth metal salt is completely or partially dehydrated trimagnesium dicitrate which satisfies water absorption properties (I), (II) and (III): (I): a ratio of X 5 /Y being in the range of 0.2 to 2.0 wherein the X 5 is an amount of water absorption when (B) hydrate-formable alkaline earth metal salt is placed under a condition of 40 °C and 90 % relative humidity for 5 days, and (Y) is a content of crystallization water in maximum hydrate of the (B) hydrate-formable alkaline earth metal salt; (II): an amount of water absorption (Z) based on 100 g of (B) hydrate-formable alkaline earth metal salt being 10g or more when the (B) hydrate-formable alkaline earth metal salt is placed under a condition of 40 °C and 90 % relative humidity for 24 hours; and (III): a local maximum point existing in change of amount of water absorption of the (B) hydrate-formable alkaline earth metal salt while placed under a high-temperature and high-humidity condition. (I): a ratio of X 5 /Y being in the range of 0.2 to 2.0 wherein the X 5 is an amount of water absorption when (B) hydrate-formable alkaline earth metal salt is placed under a condition of 40 °C and 90 % relative humidity for 5 days, and (Y) is a content of crystallization water in maximum hydrate of the (B) hydrate-formable alkaline earth metal salt; (II): an amount of water absorption (Z) based on 100 g of (B) hydrate-formable alkaline earth metal salt being 10g or more when the (B) hydrate-formable alkaline earth metal salt is placed under a condition of 40 °C and 90 % relative humidity for 24 hours; and (III): a local maximum point existing in change of amount of water absorption of the (B) hydrate-formable alkaline earth metal salt while placed under a high-temperature and high-humidity condition.
A closing-body holding structure comprising: an opening portion that can be provided to a connector housing , and that allows an electric wire (We) to be pulled out from an inside of the connector housing to an outside of the connector housing ; a closing body that has an electric wire (We) insertion hole for inserting and passing the electric wire (We) pulled out of a wire outlet of the opening portion , and that closes the wire outlet by being attached to the opening portion ; and a protecting member that is tubular, and into and through which the electric wire (We) pulled out of the wire outlet via the electric wire insertion hole is inserted and passed, wherein the closing body includes a housing chamber that houses one end of the protecting member , and an inserted portion that includes the housing chamber and that is inserted into the opening portion , characterized in that the protecting member is capable of extending and contracting entirely in a tubular axial direction of the protecting member , the closing body includes an annular portion around the electric wire insertion hole , the annular portion locking, in the tubular axial direction of the protecting member , an end surface of the one end of the protecting member housed inside of the housing chamber , and the protecting member makes the end surface of the one end abut against the annular portion , and applies a pressing force to the closing body from the end surface by a resilience of the protecting member sustained in a compressed state. an opening portion that can be provided to a connector housing , and that allows an electric wire (We) to be pulled out from an inside of the connector housing to an outside of the connector housing ; a closing body that has an electric wire (We) insertion hole for inserting and passing the electric wire (We) pulled out of a wire outlet of the opening portion , and that closes the wire outlet by being attached to the opening portion ; and a protecting member that is tubular, and into and through which the electric wire (We) pulled out of the wire outlet via the electric wire insertion hole is inserted and passed, wherein the closing body includes a housing chamber that houses one end of the protecting member , and an inserted portion that includes the housing chamber and that is inserted into the opening portion , characterized in that the protecting member is capable of extending and contracting entirely in a tubular axial direction of the protecting member , the closing body includes an annular portion around the electric wire insertion hole , the annular portion locking, in the tubular axial direction of the protecting member , an end surface of the one end of the protecting member housed inside of the housing chamber , and the protecting member makes the end surface of the one end abut against the annular portion , and applies a pressing force to the closing body from the end surface by a resilience of the protecting member sustained in a compressed state.
A peripheral intravenous catheter comprising: a catheter adapter having a catheter that extends distally from the catheter adapter; and an introducer needle that inserts through the catheter, the introducer needle having a grip component at a proximal end of the introducer needle , the grip component extending outwardly and distally to form a first winged grip adjacent the catheter adapter when the introducer needle is inserted within the catheter the catheter adapter includes a second winged grip that extends outwardly from the catheter adapter, wherein the grip component is rotatable within the catheter adapter, characterised in that an outer surface of the catheter adapter includes a first protrusion and a second protrusion configured to limit rotation of the grip component within the catheter adapter. a catheter adapter having a catheter that extends distally from the catheter adapter; and an introducer needle that inserts through the catheter, the introducer needle having a grip component at a proximal end of the introducer needle , the grip component extending outwardly and distally to form a first winged grip adjacent the catheter adapter when the introducer needle is inserted within the catheter the catheter adapter includes a second winged grip that extends outwardly from the catheter adapter, wherein the grip component is rotatable within the catheter adapter, characterised in that an outer surface of the catheter adapter includes a first protrusion and a second protrusion configured to limit rotation of the grip component within the catheter adapter.
A method of triggering a change of a call state of a mobile device connectable to a telecommunications network by means of a first Radio Access Technology and a second Radio Access Technology , wherein the telecommunications network is configured to forward towards a callee an invitation for a call originating by means of the first Radio Access Technology from the mobile device and to forward a response (508; 534) of the callee by means of the first Radio Access Technology towards the mobile device , the response (508; 534) indicating a change of the call state from a first state to a second state, and wherein a first network component of the telecommunications network is configured to change, by providing a triggering message to the mobile device by means of the second Radio Access Technology , the call state of the mobile device to the second state, when receiving a second message indicative of the second state preceded by receiving a first message indicative of the first state, the method comprising the steps performed by a second network component of the telecommunications network : - receiving from the first network component an invitation for a transfer of the call from the first Radio Access Technology to the second Radio Access Technology ; and - if an acknowledgement (512; 541) for the response (508; 534) forwarded to the mobile device is absent: (a) sending to the first network component the first message indicative of the first state, and (b) sending to the first network component the second message indicative of the second state preceded by the sending of the first message and, by sending the first message indicative of the first state and subsequently the second message indicative of the second state to the first network component , inducing a change of a component call state of the first network component from the first state to the second state and causing the first network component to provide the triggering message by means of the second Radio Access Technology to the mobile device inducing a change of the call state of the mobile device from the first state to the second state. - receiving from the first network component an invitation for a transfer of the call from the first Radio Access Technology to the second Radio Access Technology ; and - if an acknowledgement (512; 541) for the response (508; 534) forwarded to the mobile device is absent: (a) sending to the first network component the first message indicative of the first state, and (b) sending to the first network component the second message indicative of the second state preceded by the sending of the first message (a) sending to the first network component the first message indicative of the first state, and (b) sending to the first network component the second message indicative of the second state preceded by the sending of the first message