mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing a thin film composite membrane, comprising: (a) preparing an aqueous phase comprising a polyamine, and an organic phase comprising a polyfunctional acid halide, wherein the aqueous phase or organic phase or both further include a flux enhancing inclusion complex; (b) applying the aqueous phase to a surface of a porous support membrane to form a coated support membrane; and (c) applying the organic phase to the coated support membrane and interfacially polymerizing the polyamine and the polyfunctional acid halide to form a discrimination layer of a thin film composite membrane comprising the porous support membrane and the discrimination layer, the thin film composite membrane having a water flux that is greater than the water flux of a thin film composite membrane prepared in the absence of the flux enhancing inclusion complex, wherein the membrane exhibits a water flux of at least 51 L/m 2 /hr (30 gfd) when the membrane is exposed to deionized water containing 32,000 ppm NaCl at a temperature of 25°C and a pressure of 5515 kPa (800 psi) and, wherein the flux enhancing inclusion complex is characterized by comprising: a host component having a cavity; and a guest component within the cavity, wherein the guest component includes a metal chelate containing a metal atom or metal ion, and a bidentate ligand, and the host component comprises a crown ether. (a) preparing an aqueous phase comprising a polyamine, and an organic phase comprising a polyfunctional acid halide, wherein the aqueous phase or organic phase or both further include a flux enhancing inclusion complex; (b) applying the aqueous phase to a surface of a porous support membrane to form a coated support membrane; and (c) applying the organic phase to the coated support membrane and interfacially polymerizing the polyamine and the polyfunctional acid halide to form a discrimination layer of a thin film composite membrane comprising the porous support membrane and the discrimination layer, the thin film composite membrane having a water flux that is greater than the water flux of a thin film composite membrane prepared in the absence of the flux enhancing inclusion complex, wherein the membrane exhibits a water flux of at least 51 L/m 2 /hr (30 gfd) when the membrane is exposed to deionized water containing 32,000 ppm NaCl at a temperature of 25°C and a pressure of 5515 kPa (800 psi) and, wherein the flux enhancing inclusion complex is characterized by comprising: a host component having a cavity; and a guest component within the cavity, wherein the guest component includes a metal chelate containing a metal atom or metal ion, and a bidentate ligand, and the host component comprises a crown ether. a host component having a cavity; and a guest component within the cavity, wherein the guest component includes a metal chelate containing a metal atom or metal ion, and a bidentate ligand, and the host component comprises a crown ether.
A pin lock fastener , comprising: a fastener component having an aperture formed through an outer surface of the fastener component; a pin supported by the fastener component and slidable through the aperture , the pin comprising a locking end portion ; an elastic element supported by the fastener component and operable to apply a biasing force to the pin , the elastic element biasing the pin in a normal locked position such that the locking end portion of the pin extends outwardly from the outer surface of the fastener component; and a pin actuation component coupled to the fastener component and operable to facilitate application of a force to actuate the pin from the normal locked position to a retracted unlocked position, wherein, when in the normal locked position, the locking end portion of the pin is operable to interface with a fastener receiver structure to restrict rotation of the fastener component relative to the fastener receiver structure, characterized in that the elastic element comprises a torsion spring. a fastener component having an aperture formed through an outer surface of the fastener component; a pin supported by the fastener component and slidable through the aperture , the pin comprising a locking end portion ; an elastic element supported by the fastener component and operable to apply a biasing force to the pin , the elastic element biasing the pin in a normal locked position such that the locking end portion of the pin extends outwardly from the outer surface of the fastener component; and a pin actuation component coupled to the fastener component and operable to facilitate application of a force to actuate the pin from the normal locked position to a retracted unlocked position, wherein, when in the normal locked position, the locking end portion of the pin is operable to interface with a fastener receiver structure to restrict rotation of the fastener component relative to the fastener receiver structure, characterized in that the elastic element comprises a torsion spring.
Electromechanical closure device for appliance doors , in particular for appliance doors of heating appliances, wherein the closure device comprises a lock for receiving and securing an, in particular door-side, closure element with at least two closure stages and an actuating unit for moving the lock to at least some of the different closure stages, wherein the actuating unit and the lock are embodied in a spatially separated manner as separate structural units and the actuating unit is connected to the lock by means of a connecting element , characterized in that the connecting element , at one end , in particular at the end that is connected to the lock , is arranged in a freewheeling device .
A brake fluid pressure control device for a vehicle, configured to be able to perform fluid pressure control for controlling brake fluid pressure acting on a wheel brake by repeating a control cycle including, at least, pressure increasing control and pressure reducing control, characterized in that the brake fluid pressure control device configured to determine whether pressure increasing time (Tn) of current pressure increasing control exceeds determination time (Tth1), which is set based on pressure increasing time (Tn-1, Tn-2, Tn-3) of past pressure increasing control, during the fluid pressure control, and the brake fluid pressure control device configured to make a determination that a road surface on which the vehicle is travelling has changed to a road surface with a high frictional coefficient from a road surface with a low frictional coefficient if the pressure increasing time (Tn) of the current pressure increasing control exceeds the determination time (Tth1).
Bearing arrangement of a wind turbine , comprising a bearing with an outer ring and an inner ring and a lubrication fluid provided between both rings , and at least one sealing means arranged at each axial side of the bearing for sealing the gap between the outer and the inner ring on both axial sides of the bearing , whereby each sealing means is fixed to one ring and contacts the other ring with a flexible lip-like sealing element , wherein a pressure device for at least temporarily providing a gas overpressure in the sealed gap for increasing the contact load of the lip-like sealing element to the ring is provided, wherein the pressure device comprises at least one controllable pump communicating with the sealed gap for increasing the gas pressure in the sealed gap .
An access node , comprising: a transceiver module configured to communicate with a first terminal node that is hosting a first user application of a plurality of specific applications (653 , 653 ...653(n)); characterized in that the access node further comprises: an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application ; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application ; and a scheduler module configured to receive downlink packets via a packet inspection module , group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter. a transceiver module configured to communicate with a first terminal node that is hosting a first user application of a plurality of specific applications (653 , 653 ...653(n)); characterized in that the access node further comprises: an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application ; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application ; and a scheduler module configured to receive downlink packets via a packet inspection module , group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter. an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application ; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application ; and a scheduler module configured to receive downlink packets via a packet inspection module , group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter.
A method of performing a multiple Pre-Shared Key, PSK, based authentication, the method comprising: generating (S310) a combined credential in a mobile terminal by generating (S311) a combined user identifier by consecutively combining a first user identifier of a user and a second user identifier of the user, wherein the first user identifier is different from the second user identifier; generating (S312) a combined PSK by consecutively combining a first PSK and a second PSK corresponding to the first user identifier and the second user identifier, respectively, wherein the first user identifier and the first PSK are for a device authentication of the mobile terminal and the second user identifier and the second PSK are for a subscription authentication; and generating (S313) the combined credential by including the combined user identifier and the combined PSK; transmitting the combined credential to an authentication server and requesting the authentication server for the device authentication and the subscription authentication; and authenticating (S320) the mobile terminal in the authentication server by using the combined credential. generating (S310) a combined credential in a mobile terminal by generating (S311) a combined user identifier by consecutively combining a first user identifier of a user and a second user identifier of the user, wherein the first user identifier is different from the second user identifier; generating (S312) a combined PSK by consecutively combining a first PSK and a second PSK corresponding to the first user identifier and the second user identifier, respectively, wherein the first user identifier and the first PSK are for a device authentication of the mobile terminal and the second user identifier and the second PSK are for a subscription authentication; and generating (S313) the combined credential by including the combined user identifier and the combined PSK; generating (S311) a combined user identifier by consecutively combining a first user identifier of a user and a second user identifier of the user, wherein the first user identifier is different from the second user identifier; generating (S312) a combined PSK by consecutively combining a first PSK and a second PSK corresponding to the first user identifier and the second user identifier, respectively, wherein the first user identifier and the first PSK are for a device authentication of the mobile terminal and the second user identifier and the second PSK are for a subscription authentication; and generating (S313) the combined credential by including the combined user identifier and the combined PSK; transmitting the combined credential to an authentication server and requesting the authentication server for the device authentication and the subscription authentication; and authenticating (S320) the mobile terminal in the authentication server by using the combined credential.
A scanning electron microscope , comprising: an obtaining unit configured to apply individual electron beams to an area on a sample using two different acceleration voltages, to obtain a spectrum of a soft X-ray in the area on the sample for each of the acceleration voltages; a calculation unit configured to calculate a spectral ratio of the spectra obtained through application of the electron beams of the two different acceleration voltages; and a display processor configured to extract a ratio in an energy region of interest corresponding to energy at an absorption edge of each element from the spectral ratio calculated, characterized in that the display processor is further configured to display the ratio extracted as a spectral map on a display unit . an obtaining unit configured to apply individual electron beams to an area on a sample using two different acceleration voltages, to obtain a spectrum of a soft X-ray in the area on the sample for each of the acceleration voltages; a calculation unit configured to calculate a spectral ratio of the spectra obtained through application of the electron beams of the two different acceleration voltages; and a display processor configured to extract a ratio in an energy region of interest corresponding to energy at an absorption edge of each element from the spectral ratio calculated, characterized in that the display processor is further configured to display the ratio extracted as a spectral map on a display unit .
A negative electrode active material comprising lithium titanium oxide particles, wherein the lithium titanium oxide particles have a Na content of 50 ppm-300 ppm, K content of 500 ppm-2400 ppm and a crystallite size of 100-200 nm, and the lithium titanium oxide is represented by the following Chemical Formula 1: [Chemical Formula 1] Li x Ti y O z M w wherein M is any one selected from the group consisting of Zr, B, Sn, S, Be, Ge and Zn, or a combination of two or more of them, 0.5 ≤ x ≤ 5, 1 ≤ y ≤ 5, 2 ≤ z ≤ 12, and 0 ≤ w < 0.1.
A false door system for use with a coal charging system , having an elongated charging frame with a charging head coupled with a distal end portion of the charging frame , the system comprising: an elongated false door frame having a distal end portion, proximal end portion, and opposite sides; and a generally planar false door operatively coupled with the distal end portion of the elongated false door frame ; the false door having an upper edge portion, a lower edge portion, opposite side portions, a front face and a rearward face; a lower extension plate operatively coupled with the front face of the false door ; the lower extension plate being selectively and automatically moveable in a generally parallel fashion with respect to the false door between retracted and extended positions; wherein at least one of the extended positions disposes a lower edge portion of the lower extension plate below the lower edge portion of the false door such that an effective height of the false door is increased. an elongated false door frame having a distal end portion, proximal end portion, and opposite sides; and a generally planar false door operatively coupled with the distal end portion of the elongated false door frame ; the false door having an upper edge portion, a lower edge portion, opposite side portions, a front face and a rearward face; a lower extension plate operatively coupled with the front face of the false door ; the lower extension plate being selectively and automatically moveable in a generally parallel fashion with respect to the false door between retracted and extended positions; wherein at least one of the extended positions disposes a lower edge portion of the lower extension plate below the lower edge portion of the false door such that an effective height of the false door is increased.
An isolated feline TAS2R (fTAS2R) receptor polypeptide comprising a sequence selected from SEQ ID NO:18, SEQ ID NO:8, SEQ ID NO:12, SEQ ID NO:14, SEQ ID NO:16, SEQ ID NO:20, SEQ ID NO:22, SEQ ID NO:24, and SEQ ID NO:26, preferably wherein the fTAS2R is fTAS2R38 and amino acid 74 of SEQ ID NO:18 is N.
An information processing device configured to operate in a device including a display unit , the information processing device being configured to: receive a first moving image from an imaging device different from the device including the display unit; cause the display unit to display a plurality of specific frame images constituting the first moving image, the first moving image having a smaller data size than that of a corresponding second moving image captured by the imaging device; receive editing point information input by a user for editing the second moving image; and transmit the editing point information to the imaging device; wherein the editing point information is information indicating frame images serving as an in-point indicating a starting point and an out-point indicating a termination point of a scene in the first moving image, characterized in that the specific frame images are frame images extracted at a fixed interval from a plurality of consecutive frame images, when a predetermined input for instructing a change in a time interval as the fixed interval is performed by the user on one frame image among the plurality of the specific frame images displayed on the display unit, the frame images are displayed with the fixed interval changed, the display unit is a touch panel configured integrally with an input unit , and the predetermined input is a pinch-in operation or a pinch-out operation performed on the touch panel with the one frame image as substantially the center. receive a first moving image from an imaging device different from the device including the display unit; cause the display unit to display a plurality of specific frame images constituting the first moving image, the first moving image having a smaller data size than that of a corresponding second moving image captured by the imaging device; receive editing point information input by a user for editing the second moving image; and transmit the editing point information to the imaging device; wherein the editing point information is information indicating frame images serving as an in-point indicating a starting point and an out-point indicating a termination point of a scene in the first moving image, characterized in that the specific frame images are frame images extracted at a fixed interval from a plurality of consecutive frame images, when a predetermined input for instructing a change in a time interval as the fixed interval is performed by the user on one frame image among the plurality of the specific frame images displayed on the display unit, the frame images are displayed with the fixed interval changed, the display unit is a touch panel configured integrally with an input unit , and the predetermined input is a pinch-in operation or a pinch-out operation performed on the touch panel with the one frame image as substantially the center.
An adjustable flow regulator for a water mixer that, when in use, is disposable in a fluid path between a mixer cartridge and a mixer outlet of the water mixer , the adjustable flow regulator comprising: a regulator body having a fluid inlet in fluid communication with the mixer cartridge to receive mixed water therefrom, and a fluid outlet in fluid communication with the mixer outlet ; and a control element moveable within the regulator body to adjustably restrict the fluid path and thereby flow of mixed water exiting the fluid outlet , wherein the control element adjustably restricts the flow of mixed water by presenting a restriction surface to mixed water within the regulator body , which restriction surface reduces a cross-sectional area of the fluid path within the regulator body ; wherein the control element has a control surface configured to receive a force to thereby move the control element within the regulator body ; wherein a length of the control element is greater than a length of the regulator body such that the control surface is located outside the regulator body ; and characterised in that the control element is threadably received within a channel in the regulator body . a regulator body having a fluid inlet in fluid communication with the mixer cartridge to receive mixed water therefrom, and a fluid outlet in fluid communication with the mixer outlet ; and a control element moveable within the regulator body to adjustably restrict the fluid path and thereby flow of mixed water exiting the fluid outlet , wherein the control element adjustably restricts the flow of mixed water by presenting a restriction surface to mixed water within the regulator body , which restriction surface reduces a cross-sectional area of the fluid path within the regulator body ; wherein the control element has a control surface configured to receive a force to thereby move the control element within the regulator body ; wherein a length of the control element is greater than a length of the regulator body such that the control surface is located outside the regulator body ; and characterised in that the control element is threadably received within a channel in the regulator body .