mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing cellulose microfibrils from herbaceous plant material containing less than 20 wt % lignin, comprising: - contacting the herbaceous plant biomass with an enzyme composition consisting essentially of at least one endo-glucanase; and one or more polysaccharide hydrolases selected from endo-polygalacturonase, arabinofuranosidase, pectin lyase, pectate lyase, pectin methyl esterase, endo-arabinanase, endo-galactanase, galactosidase, rhamnogalacturonan hydrolase, rhamnogalacturonan lyase, or xylanase to form an enzyme-treated biomass; and - mechanically processing the enzyme-treated biomass to produce cellulose microfibrils. - contacting the herbaceous plant biomass with an enzyme composition consisting essentially of at least one endo-glucanase; and one or more polysaccharide hydrolases selected from endo-polygalacturonase, arabinofuranosidase, pectin lyase, pectate lyase, pectin methyl esterase, endo-arabinanase, endo-galactanase, galactosidase, rhamnogalacturonan hydrolase, rhamnogalacturonan lyase, or xylanase to form an enzyme-treated biomass; and - mechanically processing the enzyme-treated biomass to produce cellulose microfibrils.
An image processing apparatus, comprising: an acquiring unit which acquires a photographed image picked up by an image pickup element and distance information corresponding to an object distance in the photographed image; an image processing unit which performs an image processing to the photographed image for blur correction by adjusting a focus state of the photographed image, based on the distance information acquired by the acquiring unit; and a display control unit which displays, on a display device, an adjusted image derived from the image processing by the image processing unit, characterized in that based on the distance information, the image processing unit performs blur correction by adjusting a focus state of an object image within a blur correctable distance in which the image processing unit can adjust a focus state of the photographed image to an in-focus state, to an in-focus state, and the image display control unit is adapted to display the processed image as confirmation image display immediately after the photographing such that a user can realize the blur correctable distance of which the focus state of the object image can be an in-focus state in the photographed image. an acquiring unit which acquires a photographed image picked up by an image pickup element and distance information corresponding to an object distance in the photographed image; an image processing unit which performs an image processing to the photographed image for blur correction by adjusting a focus state of the photographed image, based on the distance information acquired by the acquiring unit; and a display control unit which displays, on a display device, an adjusted image derived from the image processing by the image processing unit, based on the distance information, the image processing unit performs blur correction by adjusting a focus state of an object image within a blur correctable distance in which the image processing unit can adjust a focus state of the photographed image to an in-focus state, to an in-focus state, and the image display control unit is adapted to display the processed image as confirmation image display immediately after the photographing such that a user can realize the blur correctable distance of which the focus state of the object image can be an in-focus state in the photographed image.
Explosion forming process, in which a workpiece is introduced into a forming tool and is formed there from an initial shape by means of explosive forming into an end shape, wherein a gas mixture is ignited by an ignition device, characterized in that the initial shape of the workpiece is provided with at least one material supply which is preformed with respect to adjacent regions, and a detonation front is generated by the ignition of the gas mixture, which detonation front extends from the ignition device to an opposite end of the forming tool and also transforms the material supply.
A device configured to: receive minimization of drive test, MDT,configuration information for carrying out a measurement, wherein the MDT configuration is received when the device is in a first public land mobile network, PLMN, wherein the first PLMN is authorized for measurement; carry out the measurement of a network-performance related metric based on the received MDT configuration, wherein the measurement is carried out based on a determination that a current PLMN of the device is the same as the first PLMN that is authorized for measurement; and transmit a result of the measurement or an indication of an availability of the measurembent to a network element based on a determination that the device is in the first PLMN that is authorized for measurement. receive minimization of drive test, MDT,configuration information for carrying out a measurement, wherein the MDT configuration is received when the device is in a first public land mobile network, PLMN, wherein the first PLMN is authorized for measurement; carry out the measurement of a network-performance related metric based on the received MDT configuration, wherein the measurement is carried out based on a determination that a current PLMN of the device is the same as the first PLMN that is authorized for measurement; and transmit a result of the measurement or an indication of an availability of the measurembent to a network element based on a determination that the device is in the first PLMN that is authorized for measurement.
A thermosyphon, comprising: an evaporator fluidly coupled to a first condenser, the first condenser is configured with a plurality of fins, with each of the plurality of fins having one or more notches adjacent to one or more flanges, the one or more notches forming one or more vapor flow channels through the plurality of fins; the thermosyphon being characterized in that the first condenser is fluidly coupled to a second condenser; and in that vapor flowing from the evaporator must first pass through the first condenser before entering the second condenser. an evaporator fluidly coupled to a first condenser, the first condenser is configured with a plurality of fins, with each of the plurality of fins having one or more notches adjacent to one or more flanges, the one or more notches forming one or more vapor flow channels through the plurality of fins; the thermosyphon being characterized in that the first condenser is fluidly coupled to a second condenser; and in that vapor flowing from the evaporator must first pass through the first condenser before entering the second condenser.
A separator for an idle stop/start lead acid battery comprising a microporous membrane made of a polymer and a silica and having a silica to polymer ratio in the range of 3-5:1, the membrane having at least one cross rib on a first side, the cross rib facing a negative electrode and being perpendicular to a rib on the other side, characterized in that_ the membrane includes a phosphate induced metal stabilization (PIMS) mineral that is a material containing hydroxyapatite, the hydroxyapatite binding heavy metals.
Method for managing energy consumption of an enterprise wireless access network, wherein said network includes a plurality of wireless access nodes that are distributed within said enterprise's building and wherein said wireless access nodes, each within a certain coverage area, provide network access to users, the method comprising the steps of revealing the identity of users within said building to a management entity, collecting user specific context information based on the users' identity, wherein said user specific context information includes information about monitored user activity in form of user specific load activity profiles, information about monitored user mobility within said building in form of user specific mobility profiles including arrival and/or leaving times, and information about which office belongs to a user, which areas of said building a user has access to, and/or which areas of said building a user visits frequently, for each user, based on said user's specific context information, selecting a set of wireless access nodes from said plurality of wireless access nodes that are capable of satisfying said user's traffic demands, and powering on the wireless access nodes of said selected set of wireless access nodes.
A user equipment (130-1, 130-2, 130-3, 430, 600) comprising: - means for receiving a paging information from a mobile communication network, wherein the user equipment is or is set in a Radio Resource Control, RRC, INACTIVE state, wherein the paging information comprises an indication to resume at least one suspended pre-configured resource for Mobile Terminated, MT, access; - based on the received paging information, means for determining whether at least one pre-configured resource of a mobile communication network is to be utilized for responding to the paging information; and - based on the determining, means for initiating at least one transmission via at least one of a random access procedure or on the at least one pre-configured resource. - means for receiving a paging information from a mobile communication network, wherein the user equipment is or is set in a Radio Resource Control, RRC, INACTIVE state, wherein the paging information comprises an indication to resume at least one suspended pre-configured resource for Mobile Terminated, MT, access; - based on the received paging information, means for determining whether at least one pre-configured resource of a mobile communication network is to be utilized for responding to the paging information; and - based on the determining, means for initiating at least one transmission via at least one of a random access procedure or on the at least one pre-configured resource.
An injection molding machine having a co-injection nozzle for transferring melt to a mold cavity, the co-injection nozzle comprising: a nozzle body having an inner flow channel, an outer flow channel, and at least one intermediate flow channel in between the inner and outer flow channels; a valve stem slidably received in the inner flow channel and moveable between an open position and one or more closed positions; wherein, in a first closed position, the valve stem blocks an outlet of the inner flow channel but does not block an outlet of the outer flow channel or an outlet of the at least one intermediate flow channel; wherein respective outlets of the inner channel, the outer channel and the at least one intermediate flow channels are immediately adjacent to one another, characterized in that the nozzle body includes a first tip piece separating the at least one intermediate flow channel and the outer flow channel, wherein a downstream end of the first tip piece includes a first knife edge that tapers to a first radiused edge between the respective outlets (236b, 236c) of the at least one intermediate flow channel and the outer flow channel. a nozzle body having an inner flow channel, an outer flow channel, and at least one intermediate flow channel in between the inner and outer flow channels; a valve stem slidably received in the inner flow channel and moveable between an open position and one or more closed positions; wherein, in a first closed position, the valve stem blocks an outlet of the inner flow channel but does not block an outlet of the outer flow channel or an outlet of the at least one intermediate flow channel; wherein respective outlets of the inner channel, the outer channel and the at least one intermediate flow channels are immediately adjacent to one another, characterized in that the nozzle body includes a first tip piece separating the at least one intermediate flow channel and the outer flow channel, wherein a downstream end of the first tip piece includes a first knife edge that tapers to a first radiused edge between the respective outlets (236b, 236c) of the at least one intermediate flow channel and the outer flow channel.
A carrier aggregation device comprising: a first transceiver antenna, a second transceiver antenna, a first radio-frequency front end, a second radio-frequency front end and a radio-frequency transceiver chip; wherein a signal received by the first transceiver antenna is split, through the first radio-frequency front end, into a first high frequency signal, a first intermediate frequency signal and a first low frequency signal, which enter the radio-frequency transceiver chip separately; and wherein a signal received by the second transceiver antenna is split, through the second radio-frequency front end, into a second high frequency signal, a second intermediate frequency signal and a second low frequency signal, which enter the radio-frequency transceiver chip separately, the first radio-frequency front end comprising: a first duplexer connected to the first transceiver antenna; the first duplexer is arranged to split the signal, received from the first transceiver antenna, into a first signal including the first low frequency signal and a second signal including the first intermediate frequency signal and the first high frequency signal; and the second radio-frequency front end comprises: a second duplexer connected to the second transceiver antenna; the second duplexer is arranged to split the signal, received from the second transceiver antenna, into a third signal including the second low frequency signal and a fourth signal including the second intermediate frequency signal and the second high frequency signal, said carrier aggregation device being characterized in that the first radio-frequency front end further comprises: a first energy diversity device and a first antenna switch; a low frequency output end of the first duplexer is connected to a low frequency receiving port of the first antenna switch; intermediate and high frequency output ends of the first duplexer are connected to the first antenna switch through the first energy diversity device; the first energy diversity device is arranged to receive the second signal sent by the first duplexer, execute frequency division processing on the second signal and send two signals obtained after the frequency division processing on the second signal to the first antenna switch; and the second radio-frequency front end further comprises: a second energy diversity device and a second antenna switch; a low frequency output end of the second duplexer is connected to a low frequency receiving port of the second antenna switch; intermediate and high frequency output ends of the second duplexer are connected to the second antenna switch through the second energy diversity device; the second energy diversity device is arranged to receive the fourth signal sent by the second duplexer, execute frequency division processing on the fourth signal and send two signals obtained after the frequency division processing on the fourth signal to the second antenna switch.
A method for determining fingerprint liveness, comprising: identifying ridge center pixels defining a centerline of a ridge segment in a gray scale fingerprint image; for each pixel on the ridge centerline, evaluating gray scale values of pixels within a defined radius of that ridge pixel to determine whether said ridge pixel is a local maximum; using a circular derivative function on each determined local maximum to classify the corresponding ridge pixel as the center location of a pore; determining features of each pore based upon evaluation of pixels of the gray scale fingerprint image that are located at a predefined radius around the center location of that pore; and determining liveness of the gray scale fingerprint image based at least in part upon distributions of the determined features. identifying ridge center pixels defining a centerline of a ridge segment in a gray scale fingerprint image; for each pixel on the ridge centerline, evaluating gray scale values of pixels within a defined radius of that ridge pixel to determine whether said ridge pixel is a local maximum; using a circular derivative function on each determined local maximum to classify the corresponding ridge pixel as the center location of a pore; determining features of each pore based upon evaluation of pixels of the gray scale fingerprint image that are located at a predefined radius around the center location of that pore; and determining liveness of the gray scale fingerprint image based at least in part upon distributions of the determined features.
A display apparatus comprising: a display unit; and a stand configured to support the display unit to stand on a horizontal plane; wherein the stand includes a first stand member and a second stand member coupled with each other in a front-rear direction to form the stand, wherein the stand includes a coupling member (215, 225) extending upward and coupled with the display unit, and the display unit includes a coupling groove coupled with the coupling member (215, 225), characterized in that the first stand member includes a first leg portion supported on the horizontal plane, and a first coupling portion forming a front portion of the coupling member (215, 225), and the second stand member includes a second leg portion supported on the horizontal plane, and a second coupling portion forming a rear portion of the coupling member (215, 225). a display unit; and a stand configured to support the display unit to stand on a horizontal plane; wherein the stand includes a first stand member and a second stand member coupled with each other in a front-rear direction to form the stand, wherein the stand includes a coupling member (215, 225) extending upward and coupled with the display unit, and the display unit includes a coupling groove coupled with the coupling member (215, 225), characterized in that the first stand member includes a first leg portion supported on the horizontal plane, and a first coupling portion forming a front portion of the coupling member (215, 225), and the second stand member includes a second leg portion supported on the horizontal plane, and a second coupling portion forming a rear portion of the coupling member (215, 225).
A removable magazine in which a plurality of connection elements is dischargeably storable at a plurality of defined positions, wherein the removable magazine is connectable with a loading station and a setting device for transfer and removal of connection elements, wherein the removable magazine comprises the following features: a. a storage plate having a plurality of defined arranged and only one-sided open chambers, the shape of which is adapted to a connection element to be received, especially to a type of a connection element to be received, so that at least one connection element is position-orientated storable therein, and b. a closing component, wherein the storage plate and the closing component are rotatable and/or pivotable and/or movable with respect to each other, characterized in that c. the closing component comprises a relatively movable chamber opening which closes the plurality of the defined arranged chambers such that only one chamber is opened for a loading and an unloading of the plurality of defined arranged chambers, as the chamber opening is movable with respect to the plurality of chambers, so that every chamber can be specifically reached, loaded or that a connection element stored therein can be specifically removed, wherein d. the respective chamber is movable with respect to the chamber opening such that the chamber-specific loading and unloading of the respective chamber takes place via the chamber opening. a. a storage plate having a plurality of defined arranged and only one-sided open chambers, the shape of which is adapted to a connection element to be received, especially to a type of a connection element to be received, so that at least one connection element is position-orientated storable therein, and b. a closing component, wherein the storage plate and the closing component are rotatable and/or pivotable and/or movable with respect to each other, characterized in that c. the closing component comprises a relatively movable chamber opening which closes the plurality of the defined arranged chambers such that only one chamber is opened for a loading and an unloading of the plurality of defined arranged chambers, as the chamber opening is movable with respect to the plurality of chambers, so that every chamber can be specifically reached, loaded or that a connection element stored therein can be specifically removed, wherein d. the respective chamber is movable with respect to the chamber opening such that the chamber-specific loading and unloading of the respective chamber takes place via the chamber opening.
A MEMS acceleration sensor comprising: a frame; a first proofmass located within the frame, the first proofmass including a left side, right side, top, and bottom; an axis running from the left side to the right side at about a median point between the top and bottom; a first flexure running along the axis and coupling the left side to the frame; a second flexure running along the axis and coupling the right side to the frame; a first channel that extends from the bottom up past the axis to a first channel end; a second channel that extends from the top down past the axis to a second channel end; a second proofmass located within the first channel and coupled to the first proofmass via a first hinge and a first gauge at the first channel end and coupled to the frame at the bottom via a second hinge and a second gauge; and, a third proofmass located within the second channel and coupled to the first proofmass via a third hinge and a third gauge at the second channel end and coupled to the frame at the top via a fourth hinge and a fourth gauge. a frame; a first proofmass located within the frame, the first proofmass including a left side, right side, top, and bottom; an axis running from the left side to the right side at about a median point between the top and bottom; a first flexure running along the axis and coupling the left side to the frame; a second flexure running along the axis and coupling the right side to the frame; a first channel that extends from the bottom up past the axis to a first channel end; a second channel that extends from the top down past the axis to a second channel end; a second proofmass located within the first channel and coupled to the first proofmass via a first hinge and a first gauge at the first channel end and coupled to the frame at the bottom via a second hinge and a second gauge; and, a third proofmass located within the second channel and coupled to the first proofmass via a third hinge and a third gauge at the second channel end and coupled to the frame at the top via a fourth hinge and a fourth gauge.