mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: storing, in a cache, a value of an access privilege to content and one or more parameters associated with a time of receiving the value of the access privilege to the content, wherein the one or more parameters comprise a time to live for the value of the access privilege to the content, and storing a number of times an affirmative value of the access privilege was received by a security trimming provider in a predetermined prior period; and using said stored information to set the time to live for the value of the access privilege to the content, receiving, at the cache, a request for the value of the access privilege to the content; evaluating the one or more parameters associated with the time of receiving the value of the access privilege to the content to determine the validity of the stored value of the access privilege to the content; and communicating the stored value of the access privilege to the content in response to the request upon determining the stored value of the access privilege to the content to be valid. storing, in a cache, a value of an access privilege to content and one or more parameters associated with a time of receiving the value of the access privilege to the content, wherein the one or more parameters comprise a time to live for the value of the access privilege to the content, and storing a number of times an affirmative value of the access privilege was received by a security trimming provider in a predetermined prior period; and using said stored information to set the time to live for the value of the access privilege to the content, receiving, at the cache, a request for the value of the access privilege to the content; evaluating the one or more parameters associated with the time of receiving the value of the access privilege to the content to determine the validity of the stored value of the access privilege to the content; and communicating the stored value of the access privilege to the content in response to the request upon determining the stored value of the access privilege to the content to be valid.
Endoscopic system, in particular for colonoscopy, comprising a flexible endoscope with an elongate and flexible shank, a regulator part, and also an operating part which can be placed on or pushed onto the shank and which has at least one control element, characterized in that the endoscopic system comprises a shank stop, which can be secured on a patient support and which has a locking mechanism (23, 24), controllable by the at least one control element, for locking the shank against movement in a longitudinal direction of the shank, such that, in an operating state of the endoscopic system, the locking mechanism is controlled by the control element to lock and release the shank with respect to a movement in the longitudinal direction, and that the at least one control element is a shank sensor, and that the locking mechanism is controllable by the shank sensor in such a way that, when a signal of the shank sensor indicates that the operating part is not placed on or pushed onto the shank, the shank is locked.
A method of making a fuel, the method comprising: shearing a fiber source to provide a first fibrous material; passing the first fibrous material through a first screen having an average opening size of about 1.59 mm or less (1/16 inch, 0.0625 inch) to provide a second fibrous material; and combining the second fibrous material with a bacterium and/or enzyme, the bacterium and/or enzyme utilizing the second fibrous material to produce a fuel comprising hydrogen, an alcohol, an organic acid and/or a hydrocarbon, and wherein prior to combining with the bacterium and/or enzyme the fibrous material has been sterilized by exposing the fibrous material to an ionizing radiation. shearing a fiber source to provide a first fibrous material; passing the first fibrous material through a first screen having an average opening size of about 1.59 mm or less (1/16 inch, 0.0625 inch) to provide a second fibrous material; and combining the second fibrous material with a bacterium and/or enzyme, the bacterium and/or enzyme utilizing the second fibrous material to produce a fuel comprising hydrogen, an alcohol, an organic acid and/or a hydrocarbon, and wherein prior to combining with the bacterium and/or enzyme the fibrous material has been sterilized by exposing the fibrous material to an ionizing radiation.
A terminal apparatus (1, 1A, 1B, 1C), comprising: a medium access control layer processing unit configured to initiate a random access procedure based on a Physical Downlink Control CHannel, PDCCH, order, wherein the PDCCH order includes a piece of information, and the piece of information is a preamble index used for indicating an index of a random access preamble to be transmitted by the terminal apparatus (1, 1A, 1B, 1C); a transmitter configured to transmit the random access preamble by using a Physical Random Access CHannel, PRACH; and a transmit power controller configured to set transmit power for transmitting the random access preamble based on a transmission counter, wherein the transmit power controller is configured to determine whether or not the transmission power is set based on calculation in which the transmission counter is incremented, at least based on whether or not the preamble index included in the PDCCH order indicates a prescribed value. a medium access control layer processing unit configured to initiate a random access procedure based on a Physical Downlink Control CHannel, PDCCH, order, wherein the PDCCH order includes a piece of information, and the piece of information is a preamble index used for indicating an index of a random access preamble to be transmitted by the terminal apparatus (1, 1A, 1B, 1C); a transmitter configured to transmit the random access preamble by using a Physical Random Access CHannel, PRACH; and a transmit power controller configured to set transmit power for transmitting the random access preamble based on a transmission counter, wherein the transmit power controller is configured to determine whether or not the transmission power is set based on calculation in which the transmission counter is incremented, at least based on whether or not the preamble index included in the PDCCH order indicates a prescribed value.
A burner control system comprising: a first mass flow sensor having a first port connectable to an air supply, a second port, and a signal terminal; a second mass flow sensor having a first port connectable to the air supply, a second port, and a signal terminal; a first coupling point having a first port connected to the second port of the second mass flow sensor, a second port connectable to a fuel source, and a third port; a second coupling point having a first port connected to the second port of the first flow sensor, a second port connected to the third port of the first coupling point, and a third port connectable to a combustion chamber; and a processor having a first terminal connected to the signal terminal of the first mass flow sensor and a second terminal connected to the signal terminal of the second mass flow sensor, and having a third terminal connectable to a control terminal for the fuel source. a first mass flow sensor having a first port connectable to an air supply, a second port, and a signal terminal; a second mass flow sensor having a first port connectable to the air supply, a second port, and a signal terminal; a first coupling point having a first port connected to the second port of the second mass flow sensor, a second port connectable to a fuel source, and a third port; a second coupling point having a first port connected to the second port of the first flow sensor, a second port connected to the third port of the first coupling point, and a third port connectable to a combustion chamber; and a processor having a first terminal connected to the signal terminal of the first mass flow sensor and a second terminal connected to the signal terminal of the second mass flow sensor, and having a third terminal connectable to a control terminal for the fuel source.
A mist blower for spraying chemical liquid, comprising: a blast pipe configured to allow air supplied from a fan to flow through and to be discharged from an front end of the blast pipe, the chemical liquid being sprayed by mixing the chemical liquid into the air flowing through the blast pipe; and a diffusion cover provided in the front end of the blast pipe to radially outwardly diffuse the air containing the chemical liquid which is being discharged from the blast pipe, wherein the diffusion cover includes: a flow directing fin configured to direct flow of the air containing the chemical liquid which is being discharged from the blast pipe; characterized by a diffusion fin configured to tilt radially outward with a greater angle to the surface of the diffusion cover than that of the directing fins and to radially outwardly guide part of the air containing the chemical liquid. a blast pipe configured to allow air supplied from a fan to flow through and to be discharged from an front end of the blast pipe, the chemical liquid being sprayed by mixing the chemical liquid into the air flowing through the blast pipe; and a diffusion cover provided in the front end of the blast pipe to radially outwardly diffuse the air containing the chemical liquid which is being discharged from the blast pipe, wherein the diffusion cover includes: a flow directing fin configured to direct flow of the air containing the chemical liquid which is being discharged from the blast pipe; characterized by a diffusion fin configured to tilt radially outward with a greater angle to the surface of the diffusion cover than that of the directing fins and to radially outwardly guide part of the air containing the chemical liquid. a flow directing fin configured to direct flow of the air containing the chemical liquid which is being discharged from the blast pipe; characterized by a diffusion fin configured to tilt radially outward with a greater angle to the surface of the diffusion cover than that of the directing fins and to radially outwardly guide part of the air containing the chemical liquid.
A method of determining the alleles of rapidly mutating Y chromosome short tandem repeats (RM Y-STRs) in a sample of interest, the method comprising: • providing a sample comprising DNA; • contacting the sample with a set of primers in which each of SEQ ID NO:1 to 26 of Table 2 is present; • performing a single multiplex polymerase chain reaction to co-amplify the RM Y-STRs at loci DYF387S1; DYF399S1; DYF403S1a/b; DYF404S1; DYS449; DYS518; DYS526a/b; DYS547; DYS570; DYS576; DYS612; DYS626; and DYS627 if present in the DNA; and comparing the PCR products with reference values representative of different alleles of the RM Y-STRs to determine the alleles present in the sample; wherein PCR is carried out using Platinum® Taq DNA polymerase as the polymerase. • providing a sample comprising DNA; • contacting the sample with a set of primers in which each of SEQ ID NO:1 to 26 of Table 2 is present; • performing a single multiplex polymerase chain reaction to co-amplify the RM Y-STRs at loci DYF387S1; DYF399S1; DYF403S1a/b; DYF404S1; DYS449; DYS518; DYS526a/b; DYS547; DYS570; DYS576; DYS612; DYS626; and DYS627 if present in the DNA; and
Table fan device with a housing having an essentially vertical housing opening and a cover device for at least partially covering the housing opening, wherein the cover device has a sliding block guide and a cladding element, which is coupled to the housing opening with the aid of the sliding block guide and can be pivoted between a vertical closed position and an opened position with a predefined opening angle with respect to a vertical, characterised in that the sliding block guide is configured such that a rotation of the cladding element is blocked in the vertical closed position and the cladding element can only be displaced vertically by a predefined distance with respect to an unlocked position.
An optical scanner which comprises: - a fixed planar support; - a beam, provided with a first face and with a second face, held secured by one of its ends, called fixed end, to the planar support and perpendicular to a main face of said support; - an actuator arranged to impart either a bending or a torsion on a movable portion of the beam extending from a free end of said beam and opposite to the fixed end; - an optical source adapted to emit a main optical beam with a wavelength λ; characterized in that the optical scanner further comprises: - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide, disposed on or in an emission section of the movable portion and which extends from the free end, the emission section having a transparency adapted to enable light extraction from the first face and from the second face. - a fixed planar support; - a beam, provided with a first face and with a second face, held secured by one of its ends, called fixed end, to the planar support and perpendicular to a main face of said support; - an actuator arranged to impart either a bending or a torsion on a movable portion of the beam extending from a free end of said beam and opposite to the fixed end; - an optical source adapted to emit a main optical beam with a wavelength λ; characterized in that the optical scanner further comprises: - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide, disposed on or in an emission section of the movable portion and which extends from the free end, the emission section having a transparency adapted to enable light extraction from the first face and from the second face. - a plurality of waveguides disposed on or in the beam and intended to split the main optical beam into a plurality of secondary optical beams; - an optical phased array which comprises a plurality of optical phase-shifters each coupled to a waveguide, disposed on or in an emission section of the movable portion and which extends from the free end, the emission section having a transparency adapted to enable light extraction from the first face and from the second face.
Ceiling lamp, in particular for halls, wherein the ceiling lamp is provided with a lamp holder having a lamp opening, a lamp cover for covering the lamp opening and a closure device with at least one closure for fixing the lamp holder and the lamp cover to one another, and wherein the closure has a snap-action mechanism which, in a locking position, engages the lamp cover or the lamp holder in a locking manner and which can be brought from the closed position into an open position against a spring force of a spring arrangement, in which position the closure releases the lamp cover or the lamp holder, characterized in that the snap-action mechanism has an eccentric arrangement with an eccentric, and in that the eccentric acts on the closure against the spring force to unlock the closure into the open position.
A cord lock of a window covering, comprising: a box having a chamber therein, an guide portion on an outer side, a first opening communicated with the chamber for a cord exiting the box, a second opening opposite the first opening for the cord entering the box, a fixed locking portion on the outer side, and a flexible locking portion opposite the fixed locking portion; and a movable driving wheel, which is received in the chamber of the box, to be moved between a lock position, in which the movable driving wheel is moved toward the guide portion to clip the cord therebetween, and a release position, in which the movable driving wheel is moved away from the guide portion to release the cord characterized in that further comprising, a wear-resisted member, which is is a plate made of a wear-resisting material, provided on the guide portion to rest the cord thereon, to cover the guide portion, and wherein the guide portion further includes a convex portion having a curvature smaller than that of the movable driving wheel. a box having a chamber therein, an guide portion on an outer side, a first opening communicated with the chamber for a cord exiting the box, a second opening opposite the first opening for the cord entering the box, a fixed locking portion on the outer side, and a flexible locking portion opposite the fixed locking portion; and a movable driving wheel, which is received in the chamber of the box, to be moved between a lock position, in which the movable driving wheel is moved toward the guide portion to clip the cord therebetween, and a release position, in which the movable driving wheel is moved away from the guide portion to release the cord characterized in that further comprising, a wear-resisted member, which is is a plate made of a wear-resisting material, provided on the guide portion to rest the cord thereon, to cover the guide portion, and wherein the guide portion further includes a convex portion having a curvature smaller than that of the movable driving wheel.
A method for scale-up of a gas phase polymerization process from a pilot plant to a larger production facility of a bimodal polymer product having a density and a melt index comprising the steps of: determining a first set of operating conditions to produce the bimodal polymer product in a first reactor in the pilot plant with a dual catalyst system, wherein the dual catalyst system comprises a first catalyst component and a second catalyst component in a ratio; adjusting the ratio of the first catalyst component to the second catalyst component of the dual catalyst system; transitioning the first reactor from the dual catalyst system to a single catalyst system under the first set of operating conditions to produce a polymer composition; scaling-up the production from the pilot plant to a larger production facility under the first set of operating conditions, wherein the larger production facility has a second reactor utilizing the single catalyst system; and transitioning the second reactor from the single catalyst system to the dual catalyst system to produce the bimodal polymer product in the larger production facility; wherein the operating conditions used to produce the bimodal polymer product can include a hydrogen-to-monomer gas ratio, a comonomer/monomer reactor gas ratio, a co-monomer/monomer feed ratio, a reactor residence time, an inducible condensing agent concentration and residence time, the reaction temperature, and the ratio and amount of active catalysts. determining a first set of operating conditions to produce the bimodal polymer product in a first reactor in the pilot plant with a dual catalyst system, wherein the dual catalyst system comprises a first catalyst component and a second catalyst component in a ratio; adjusting the ratio of the first catalyst component to the second catalyst component of the dual catalyst system; transitioning the first reactor from the dual catalyst system to a single catalyst system under the first set of operating conditions to produce a polymer composition; scaling-up the production from the pilot plant to a larger production facility under the first set of operating conditions, wherein the larger production facility has a second reactor utilizing the single catalyst system; and transitioning the second reactor from the single catalyst system to the dual catalyst system to produce the bimodal polymer product in the larger production facility; wherein the operating conditions used to produce the bimodal polymer product can include a hydrogen-to-monomer gas ratio, a comonomer/monomer reactor gas ratio, a co-monomer/monomer feed ratio, a reactor residence time, an inducible condensing agent concentration and residence time, the reaction temperature, and the ratio and amount of active catalysts.
A replaceable atomizing unit, comprising: a liquid conducting body; a heating element in contact with the liquid conducting body; a holder configured for supporting the liquid conducting body, the holder comprising an open end; and a press fit element coupled with the open end, the press fit element and the holder cooperatively defining an atomizing chamber, the heating element being received in the atomizing chamber, wherein the open end defines a gap for accommodating the liquid conducting body, at least one part of the liquid conducting body extends along the gap outside of the atomizing chamber, characterized in that the atomizing unit further comprises a resilient component nesting the open end, and in that the resilient component is tightly pressed against the liquid conducting body by the press fit element. a liquid conducting body; a heating element in contact with the liquid conducting body; a holder configured for supporting the liquid conducting body, the holder comprising an open end; and a press fit element coupled with the open end, the press fit element and the holder cooperatively defining an atomizing chamber, the heating element being received in the atomizing chamber, wherein the open end defines a gap for accommodating the liquid conducting body, at least one part of the liquid conducting body extends along the gap outside of the atomizing chamber, characterized in that the atomizing unit further comprises a resilient component nesting the open end, and in that the resilient component is tightly pressed against the liquid conducting body by the press fit element.
A column oven comprising: an outer chamber and an inner chamber disposed in the outer chamber; one or more columns disposed in the inner chamber; wherein the outer chamber includes one or more heaters, one or more fans for the outer chamber for circulating air heated by the heaters, and a temperature sensor for the outer chamber for detecting the temperature inside the outer chamber; and wherein the inner chamber with no heater in the inner chamber includes one or more fans ( 24a, 24b) for the inner chamber and a temperature sensor for the inner chamber for detecting the temperature inside the inner chamber, the column oven further comprising a controller for controlling power supplied to the one or more heaters by comparing the temperature detected by the temperature sensor for the outer chamber with a target temperature in the outer chamber which is set based on the temperature detected by the temperature sensor for the inner chamber. an outer chamber and an inner chamber disposed in the outer chamber; one or more columns disposed in the inner chamber; wherein the outer chamber includes one or more heaters, one or more fans for the outer chamber for circulating air heated by the heaters, and a temperature sensor for the outer chamber for detecting the temperature inside the outer chamber; and wherein the inner chamber with no heater in the inner chamber includes one or more fans ( 24a, 24b) for the inner chamber and a temperature sensor for the inner chamber for detecting the temperature inside the inner chamber, the column oven further comprising a controller for controlling power supplied to the one or more heaters by comparing the temperature detected by the temperature sensor for the outer chamber with a target temperature in the outer chamber which is set based on the temperature detected by the temperature sensor for the inner chamber.