mhurhangee/patent-ind-claim-en huggingface dataset:
Interferometer for the measurement of a surface or an optical thickness of an optically smooth test object , the interferometer being configured to illuminate the optically smooth test object with a plurality of illumination configurations, each illumination configuration being produced by a plurality of object waves (14.1, 14.2, 14.3) with which the test object is illuminated, and to superimpose object waves influenced by the test object by means of reflection on the surface to be measured or by means of transmission through the test object onto reference waves coherent with the object waves (14.1, 14.2, 14.3) on at least one image capture device (K), to produce interferograms, characterized in that each illumination configuration is realized by object waves having wavelengths of a continuous wavelength region which has a central wavelength that is specific to the wavelength region, a first of the illumination configurations having only object waves (14.1, 14.2, 14.3) of a wavelength region having a first central wavelength, and wherein a second of the illumination configurations (14.1, 14.2, 14.3) has only object waves of a wavelength region which has a second central wavelength, and a third of the illumination configurations having only object waves (14.1, 14.2, 14.3) of a wavelength region which has a third central wavelength, the first central wavelength being different from the second central wavelength, the third central wavelength being different from the first central wavelength and from the second central wavelength, object waves which propagate in closely adjacent directions not containing wavelengths of the same wavelength region, and the interferometer being configured to illuminate the test object simultaneously with object waves of the first illumination configuration and the second illumination configuration and the third illumination configuration from discretely different directions, and, following an interaction with the test object , to superimpose object waves returning therefrom on the image capture device (K), and the image capture device (K) being configured to spectrally decompose the interferograms produced by the superposition into wavelength-specific partial interferograms.
A cloud card application platform , comprising: a credential authentication module configured to authenticate a card read by a user device and authenticate that a unique read transaction has occurred between the card and the user device , wherein the authentication is based on information provided from the card to the user device an application/service selection module configured to provide a user of the user device with an option of selecting one or more applications for use with the card read by the mobile device , wherein the option of selecting one or more applications is provided to the user in response to authenticating the card and in response to authenticating that the unique read transaction has occurred between the card and the user device ; and a federation module configured to receive an identification of a selected application from the application/service selection module and, in response thereto, provide assertions of authentication to a service provider in addition to redirecting the user device to the service provider. a credential authentication module configured to authenticate a card read by a user device and authenticate that a unique read transaction has occurred between the card and the user device , wherein the authentication is based on information provided from the card to the user device an application/service selection module configured to provide a user of the user device with an option of selecting one or more applications for use with the card read by the mobile device , wherein the option of selecting one or more applications is provided to the user in response to authenticating the card and in response to authenticating that the unique read transaction has occurred between the card and the user device ; and a federation module configured to receive an identification of a selected application from the application/service selection module and, in response thereto, provide assertions of authentication to a service provider in addition to redirecting the user device to the service provider.
A video decoding device for decoding video using inter prediction in a scheme defining a coding unit, CU, as a unit of coding, a prediction unit, PU, as a unit of prediction for each CU, and inter-PU partition types, the video being supplied by a video encoding device, the video decoding device comprising: entropy decoding means for entropy-decoding the video; and decoding control means for determining, with respect to an image block having a predetermined area and containing a number of CUs, whether to control the entropy decoding means to skip entropy-decoding, with respect to each CU to be decoded, of an inter-PU partition type contained in the video, when a difference between the maximum number of motion vectors allowed for said image block having the predetermined area and the number of motion vectors of an already decoded CU or CUs within said image block having the predetermined area is equal to or less than one, or to perform the entropy-decoding when a difference between the maximum number of motion vectors allowed for said image block having the predetermined area and the number of motion vectors of an already decoded CU or CUs within said image block having the predetermined area is greater than one, wherein decoding control means is adapted to set a predetermined inter-PU partition type when the entropy-decoding of the inter-PU partition type is skipped. entropy decoding means for entropy-decoding the video; and decoding control means for determining, with respect to an image block having a predetermined area and containing a number of CUs, whether to control the entropy decoding means to skip entropy-decoding, with respect to each CU to be decoded, of an inter-PU partition type contained in the video, when a difference between the maximum number of motion vectors allowed for said image block having the predetermined area and the number of motion vectors of an already decoded CU or CUs within said image block having the predetermined area is equal to or less than one, or to perform the entropy-decoding when a difference between the maximum number of motion vectors allowed for said image block having the predetermined area and the number of motion vectors of an already decoded CU or CUs within said image block having the predetermined area is greater than one, wherein decoding control means is adapted to set a predetermined inter-PU partition type when the entropy-decoding of the inter-PU partition type is skipped.
A method of collecting and compressing gamma spectroscopy data comprising: using a monitoring device to collect a plurality of sets of binned gamma spectroscopy data , the binned gamma spectroscopy data being represented by counts for each of a plurality of bins ; receiving as an input the counts for each of the plurality of bins ; reading the counts in each bin ; compressing each set of data representing the counts according to each of at least two compression schemes ; comparing the storage space required to store the compressed data representing the counts for each of the at least two compression schemes; choosing the compression scheme for each set of data which requires the least storage space ; and writing the compressed data representing the counts for the chosen compression schemes to a data storage device . using a monitoring device to collect a plurality of sets of binned gamma spectroscopy data , the binned gamma spectroscopy data being represented by counts for each of a plurality of bins ; receiving as an input the counts for each of the plurality of bins ; reading the counts in each bin ; compressing each set of data representing the counts according to each of at least two compression schemes ; comparing the storage space required to store the compressed data representing the counts for each of the at least two compression schemes; choosing the compression scheme for each set of data which requires the least storage space ; and writing the compressed data representing the counts for the chosen compression schemes to a data storage device .
An electrical fuse, eFuse, memory device , comprising: an eFuse array having a plurality of eFuse cells (111; 211; 411; 511) arranged in multiple rows and columns, wherein: each eFuse cell (111; 211; 411; 511), comprises: first, second, and third terminals; an eFuse (1110; 4110), a first diode , and a second diode which are coupled to an internal node; wherein: the first diode is coupled between the second terminal and the internal node; the second diode is coupled between the first terminal and the internal node; and the eFuse (1110; 4110) is coupled between the third terminal and the internal node, characterized by a shared NMOSFET for each of the multiple rows, with a drain coupled to the third terminal of each of the plurality of eFuse cells (111-11m; 211-21m; 411-41m; 511-51m) in that row, a source coupled to a ground terminal, and a gate coupled to a word line (WL1); a write bit line (BL1) for each column, wherein the write bit line (BL1) is coupled to the second terminal of each of the eFuse cells (111-1n1; 211-2n1; 411-4n1; 511-5n1) in that column; and a read bit line (BL_RD11) for each column, wherein the read bit line is coupled to the first terminal of the eFuse cell (111; 211; 411; 511). each eFuse cell (111; 211; 411; 511), comprises: first, second, and third terminals; an eFuse (1110; 4110), a first diode , and a second diode which are coupled to an internal node; wherein: the first diode is coupled between the second terminal and the internal node; the second diode is coupled between the first terminal and the internal node; and the eFuse (1110; 4110) is coupled between the third terminal and the internal node, characterized by a shared NMOSFET for each of the multiple rows, with a drain coupled to the third terminal of each of the plurality of eFuse cells (111-11m; 211-21m; 411-41m; 511-51m) in that row, a source coupled to a ground terminal, and a gate coupled to a word line (WL1); a write bit line (BL1) for each column, wherein the write bit line (BL1) is coupled to the second terminal of each of the eFuse cells (111-1n1; 211-2n1; 411-4n1; 511-5n1) in that column; and a read bit line (BL_RD11) for each column, wherein the read bit line is coupled to the first terminal of the eFuse cell (111; 211; 411; 511).
A mapping method of optical channel data unit Cn, ODUCn, comprising: caching low-order ODUj data into n partition memories according to a port time slot configured for each low-order ODUj data ; generating a value Cm of the number of m-bit data entities and a value ∑Cnd of the number of accumulated remaining bits which cannot form the m-bit data entities according to a rate of low-order ODUj data stream, and encoding the values of Cm and ∑Cnd ; generating a read signal of cached data by utilizing a modulation algorithm and according to the value of Cm, reading low-order ODUj data cached in the partition memories, and selecting required time slot data from the read data ; packaging the selected time slot data and the encoded values of Cm and ∑Cnd into n ODUC1 frames according to a generated ODUC control signal ; wherein the low-order ODUj data is stored in a shared cache manner, and wherein each low-order ODUj is allocated a cache space with a corresponding size according to a bandwidth size of each low-order ODUj. caching low-order ODUj data into n partition memories according to a port time slot configured for each low-order ODUj data ; generating a value Cm of the number of m-bit data entities and a value ∑Cnd of the number of accumulated remaining bits which cannot form the m-bit data entities according to a rate of low-order ODUj data stream, and encoding the values of Cm and ∑Cnd ; generating a read signal of cached data by utilizing a modulation algorithm and according to the value of Cm, reading low-order ODUj data cached in the partition memories, and selecting required time slot data from the read data ; packaging the selected time slot data and the encoded values of Cm and ∑Cnd into n ODUC1 frames according to a generated ODUC control signal ; wherein the low-order ODUj data is stored in a shared cache manner, and wherein each low-order ODUj is allocated a cache space with a corresponding size according to a bandwidth size of each low-order ODUj.
A method for manufacturing an antibody or antigen-binding fragment thereof comprising: a) culturing E. coli host cells under conditions such that they express the antibody or antigen-binding fragment thereof in the periplasm, b) releasing the antibody or antigen-binding fragment thereof from the periplasm, and c) purifying the antibody or antigen-binding fragment thereof from a mixture containing the host cells and other contaminants, wherein said purification comprises at least one chromatography step and wherein a reducing agent is added to said mixture and the antibody or antigen-binding fragment thereof is maintained in the presence of said reducing agent from the first chromatography step until the last chromatography step, d) removing the reducing agent, e) adding PEG to the antibody or antigen-binding fragment thereof f) coupling the antibody or antigen-binding fragment thereof to a polyethylene glycol (PEG) molecule via a covalent binding to a cysteine residue of the antibody or antigen-binding fragment thereof, wherein said cysteine residue is in the antibody hinge and g) recovering said antibody or antigen-binding fragment thereof coupled to PEG, wherein the reducing agent is 0.5 mM to 2 mM glutathione. a) culturing E. coli host cells under conditions such that they express the antibody or antigen-binding fragment thereof in the periplasm, b) releasing the antibody or antigen-binding fragment thereof from the periplasm, and c) purifying the antibody or antigen-binding fragment thereof from a mixture containing the host cells and other contaminants, wherein said purification comprises at least one chromatography step and wherein a reducing agent is added to said mixture and the antibody or antigen-binding fragment thereof is maintained in the presence of said reducing agent from the first chromatography step until the last chromatography step, d) removing the reducing agent, e) adding PEG to the antibody or antigen-binding fragment thereof f) coupling the antibody or antigen-binding fragment thereof to a polyethylene glycol (PEG) molecule via a covalent binding to a cysteine residue of the antibody or antigen-binding fragment thereof, wherein said cysteine residue is in the antibody hinge and g) recovering said antibody or antigen-binding fragment thereof coupled to PEG, wherein the reducing agent is 0.5 mM to 2 mM glutathione.
A method of producing a peptide of interest comprising culturing a cell line comprising a nucleic acid construct comprising a FlgM nucleic acid sequence, a nucleic acid sequence encoding an Enterokinase (ETK) cleavage site, a P araBAD promoter, and a nucleic acid sequence of interest which encodes a neuroactive toxin, and wherein the cell line is derived from bacteria selected from the group consisting of a wild type strain of Salmonella enterica serovar Typhimurium, a mutant strain of Salmonella enterica serovar Typhimurium, Escherichia coli, or Yersinia.
Cable reel for a power cable (K), comprising a winding spool and a stand having a carrying and retaining device and having a central axis for the mounting of the rotatable winding spool with a friction brake, wherein a first conical sliding bearing , which has an outer conical sliding surface , is positioned in a force-fitting manner along the central axis, on a central endpiece of the carrying and retaining device , wherein, in the interior of the winding spool , a second conical sliding bearing , which is connected to the winding spool and has a bore, is mounted on the first conical sliding bearing such that it can rotate and is located in an at least partially form-fitting manner, by way of its bore, on the sliding surface , wherein the smallest diameters of the two sliding bearings extend into the interior of the winding spool , and wherein it is possible to adjust the amount of bearing play of the two sliding bearings in relation to one another to achieve the desired braking action on the winding spool , wherein the amount of bearing play between the two sliding bearings can be adjusted by a threaded ring , which is screwed into a thread in an outer bore of the second sliding bearing and, by way of its end side , subjects the end side of the first sliding bearing to a concentric force.
An arrangement for landing gear comprising: a piston having an attachment portion with a pivot connection for a bogie beam at a lower end; a bogie beam mounted to the attachment portion at the pivot; forward and rear brake assemblies supported by the bogie beam on forward and rear sides of the piston respectively; a forward brake rod connected to the forward brake assembly at a position above an axis of rotation for the forward brake assembly whereby the forward brake rod is acting under tension during braking; and a rear brake rod connected to the rear brake assembly at a position below an axis of rotation for a rear brake assembly whereby the rear brake rod is acting under tension during braking; characterised in that a rear end of the forward brake rod is connected to the attachment portion forward of the pivot connection of the bogie beam, and a forward end of the rear brake rod is connected to the attachment portion, at a position rearward of the pivot connection. a piston having an attachment portion with a pivot connection for a bogie beam at a lower end; a bogie beam mounted to the attachment portion at the pivot; forward and rear brake assemblies supported by the bogie beam on forward and rear sides of the piston respectively; a forward brake rod connected to the forward brake assembly at a position above an axis of rotation for the forward brake assembly whereby the forward brake rod is acting under tension during braking; and a rear brake rod connected to the rear brake assembly at a position below an axis of rotation for a rear brake assembly whereby the rear brake rod is acting under tension during braking; characterised in that a rear end of the forward brake rod is connected to the attachment portion forward of the pivot connection of the bogie beam, and a forward end of the rear brake rod is connected to the attachment portion, at a position rearward of the pivot connection.
Cargo port arrangement for a cargo port with a plurality of cargo bays , whereby each cargo bay is adapted for accommodating a truck , whereby the cargo bays are realised as closed-off areas which are separated from each other, the cargo port arrangement comprising a reservation apparatus for reserving the cargo bays and for providing reservation data, at least one identification module for identifying the truck and for providing truck identifying data, whereby each cargo bay comprises an access module , whereby the access module is adapted to receive the reservation data for the cargo bay and the truck identifying data for the truck accessing the corresponding cargo bay and is adapted to decide on basis of the reservation data and the truck identifying data whether to grant or prevent access for the truck to the corresponding cargo bay , whereby in case of grant of access, a door or gate is opened in case of prevent of access, a door or gate is closed or is kept close, whereby the video surveillance system comprises an internal truck video surveillance section for monitoring the truck in the cargo bay , wherein in each cargo bay at least one camera (20 a, b, c, d) is placed to monitor the truck when it is parked in the cargo bay . the cargo port arrangement comprising a reservation apparatus for reserving the cargo bays and for providing reservation data, at least one identification module for identifying the truck and for providing truck identifying data, whereby each cargo bay comprises an access module , whereby the access module is adapted to receive the reservation data for the cargo bay and the truck identifying data for the truck accessing the corresponding cargo bay and is adapted to decide on basis of the reservation data and the truck identifying data whether to grant or prevent access for the truck to the corresponding cargo bay , whereby in case of grant of access, a door or gate is opened in case of prevent of access, a door or gate is closed or is kept close, whereby the video surveillance system comprises an internal truck video surveillance section for monitoring the truck in the cargo bay , wherein in each cargo bay at least one camera (20 a, b, c, d) is placed to monitor the truck when it is parked in the cargo bay .
Toroidal roller bearing comprising a spacer device for roller elements , the toroidal roller bearing having an inner ring with an inner ring raceway and an outer ring with an outer ring raceway , wherein the toroidal roller bearing allows for axial and angular displacement between the inner ring and the outer ring , wherein the spacer device comprises at least one centering element that is arranged to extend in between adjacent roller elements in a longitudinal direction of the roller elements when the spacer device is in use, whereby the spacer device is centered on the inner ring raceway or on the outer ring raceway , characterized in that the at least one centering element is arranged to make contact with at least one point or region of the inner ring raceway or the outer ring raceway when the spacer device is in use, and the spacer device comprises a first part and a second part connected by connecting means that extend in between adjacent roller elements in the longitudinal direction of the roller elements when the spacer device is in use, and the at least one centering element is attached to the connecting means .
A film comprising a stack of polymer layers, the polymer layers being organized into layer packets, each of the layer packets having a front major surface, a back major surface, and at least three of the polymer layers between the front and back major surfaces; wherein for every pair of adjacent first and second layer packets in the stack, the first layer packet includes a backmost polymer layer that on one side thereof contacts an interior polymer layer of the first layer packet and that on an opposite side thereof contacts a frontmost polymer layer of the second layer packet, the backmost polymer layer having a weaker attachment to the frontmost polymer layer than to the interior polymer layer such that the first layer packet tends to irreversibly delaminate from the second layer packet along a delamination surface corresponding to an interface between the backmost polymer layer and the frontmost polymer layer; and wherein all of the polymer layers in the stack of polymer layers have respective polymer compositions that are coextrudable with each other; wherein the attachment of the backmost polymer layer to the frontmost polymer layer is characterized by a first peel force, and wherein the attachment of the backmost polymer layer to the interior polymer layer is characterized by a second peel force, and wherein the second peel force is at least two times the first peel force, and wherein the peel forces are measured by a method as described in the description.