mhurhangee/patent-ind-claim-en huggingface dataset:
A module for the production of concrete parts, which comprises a row of a plurality of displacement bodies being adjacently arranged in a horizontal longitudinal direction (L), which are held captively in a grid structure made of at least two individual grids running in the longitudinal direction (L), wherein each of the grids comprises at least a first and a second longitudinal bar (11, 12 or 21, 22), arranged at a distance in parallel to one another and running in the longitudinal direction (L), and a plurality of transverse bars being arranged at a distance from one another, which are respectively connected with the longitudinal bars (11, 12 or 21, 22), wherein at least one of the displacement bodies for each grid comprises respectively at least one first retaining device (311 or 321) and at least one second retaining device (412 or 422) on its outer side, said retaining devices being formed and arranged in relation to one another in such a way that both respective grids are at least interlockingly and captively secured between the first and second retaining device by accommodating the first longitudinal bar (11 or 21) in the first retaining device (311 or 321) and accommodating the second longitudinal bar (12 or 22) in the second retaining device (412 or 422), and thereby holding together all displacement bodies , whereby on at least one displacement body the one or plurality of first retaining devices (311, 311.1, 321, 321.1; 411, 411.1, 421, 421.1) are arranged on a lower side of the displacement body and the one or plurality of second retaining devices (312, 312.1, 322, 322.1; 412, 412.1, 422, 422.1) are arranged on an upper side of the displacement body , whereby at least one of the first and/or second retaining devices (311, 311.1, 321, 321.1; 312, 312.1, 322, 322.1; 411, 411.1, 421, 421.1; 412, 412.1, 422, 422.1) is formed as a locking device, whereby the respective first and second retaining devices cooperating with each other are formed complementary to each other and are arranged with regard to each other in such a way that the grid held captively at the entirety of the displacement bodies only be means of the cooperation of the first and second retaining devices, whereby the grid arranged between the at least one first and second retaining devices is mounted by means of introducing the respective first and second longitudinal bar (11, 12 or 21, 22) under temporary flexible deformation of a longitudinal bar (11, 12 or 21, 22) and/or by means of the first or second retaining device being formed at a locking groove or locking recess, characterized in that the at least one displacement body is formed as a closed hollow body.
A method for determining time of taking effect of Radio Resource Control, RRC, signaling, comprising: receiving, by a terminal, a broadcast message, configuration information, or control information from a base station to obtain a time of taking effect of RRC signaling comprised in the broadcast message, the configuration information, or the control information , wherein the time of taking effect of RRC signaling is a time difference between time when the terminal receives an RRC signaling and time when the RRC signaling takes effect; and receiving, by the terminal, third RRC signaling, and controlling the third RRC signaling to take effect based on the time of taking effect . receiving, by a terminal, a broadcast message, configuration information, or control information from a base station to obtain a time of taking effect of RRC signaling comprised in the broadcast message, the configuration information, or the control information , wherein the time of taking effect of RRC signaling is a time difference between time when the terminal receives an RRC signaling and time when the RRC signaling takes effect; and receiving, by the terminal, third RRC signaling, and controlling the third RRC signaling to take effect based on the time of taking effect .
A method for locating diffractors in subsurface formations , comprising: a) actuating at least two seismic energy sources at spaced apart locations; b) detecting seismic energy in the subsurface formations resulting from actuation of the at least two sources , detection of seismic energy in the subsurface formations being performed by a receiver disposed in a pipe used to drill a wellbore ; and c) in a computer, processing signals corresponding to the detected seismic energy to remove components therein related to direct arrival of seismic energy from each source ; the method being characterized by d) in the computer, identifying arrival times of seismic energy in the processed signals corresponding to energy diffracted from at least one diffractor in the subsurface formations from each source ; e) applying a plurality of values of time delay to the arrival times of the seismic energy corresponding to the energy diffracted from the at least one diffractor from the at least two sources to define a locus of points corresponding to the at least one diffractor ; and f) in the computer, identifying an intersection of the locus of points corresponding to each source to locate a position of the at least one diffractor in a plane. a) actuating at least two seismic energy sources at spaced apart locations; b) detecting seismic energy in the subsurface formations resulting from actuation of the at least two sources , detection of seismic energy in the subsurface formations being performed by a receiver disposed in a pipe used to drill a wellbore ; and c) in a computer, processing signals corresponding to the detected seismic energy to remove components therein related to direct arrival of seismic energy from each source ; d) in the computer, identifying arrival times of seismic energy in the processed signals corresponding to energy diffracted from at least one diffractor in the subsurface formations from each source ; e) applying a plurality of values of time delay to the arrival times of the seismic energy corresponding to the energy diffracted from the at least one diffractor from the at least two sources to define a locus of points corresponding to the at least one diffractor ; and f) in the computer, identifying an intersection of the locus of points corresponding to each source to locate a position of the at least one diffractor in a plane.
A method comprising: communicating, by a first processor unit , with a host processing unit over a first link ; communicating, by the first processor unit, with a second processor unit over a second link , wherein the second processor unit is to couple to the host processing unit via a third link ; and determining, by the first processor unit, whether to send a cache coherent request from the first processor unit to the host processing unit over the first link or over the second link via the second processing unit ; comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link. communicating, by a first processor unit , with a host processing unit over a first link ; communicating, by the first processor unit, with a second processor unit over a second link , wherein the second processor unit is to couple to the host processing unit via a third link ; and determining, by the first processor unit, whether to send a cache coherent request from the first processor unit to the host processing unit over the first link or over the second link via the second processing unit ; comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link. comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link.
Filter module for separating impurities from a raw gas stream containing impurities, comprising at least one three-dimensional filter structure body through which the raw gas stream can be conducted, and an outer frame for receiving the filter structure body between a raw-side opening and a clean-side opening , wherein the at least one three-dimensional filter structure body comprises a support structure and a filter sheet arranged thereon, which filter sheet has an inflow surface and an outflow surface , wherein the support structure has a plurality of comb-like segments each having a base from which prongs spaced apart from one another in the longitudinal direction of the base project jointly in a direction , wherein the comb-like segments are arranged congruently parallel to one another and are connected by connecting elements arranged orthogonally thereto and form a dimensionally stable framework into which the filter sheet is inserted, wherein a laying direction of the filter sheet extends in the longitudinal direction of the base , and wherein inflow regions of the inflow surface are arranged on one side of the filter sheet and outflow regions of the outflow surface are arranged on an opposite side of the filter sheet , which outflow regions each extend along the prongs between their base and ends of the prongs remote from the base. at least one three-dimensional filter structure body through which the raw gas stream can be conducted, and an outer frame for receiving the filter structure body between a raw-side opening and a clean-side opening , wherein the at least one three-dimensional filter structure body comprises a support structure and a filter sheet arranged thereon, which filter sheet has an inflow surface and an outflow surface , wherein the support structure has a plurality of comb-like segments each having a base from which prongs spaced apart from one another in the longitudinal direction of the base project jointly in a direction , wherein the comb-like segments are arranged congruently parallel to one another and are connected by connecting elements arranged orthogonally thereto and form a dimensionally stable framework into which the filter sheet is inserted, wherein a laying direction of the filter sheet extends in the longitudinal direction of the base , and wherein inflow regions of the inflow surface are arranged on one side of the filter sheet and outflow regions of the outflow surface are arranged on an opposite side of the filter sheet , which outflow regions each extend along the prongs between their base and ends of the prongs remote from the base.
An operating system for a vehicle for selecting and outputting specific vehicle functionalities and/or information, comprising a display apparatus having a display area ; an input device for a user to mark and/or select an element displayed on the display area; a control apparatus that is coupled to the display apparatus and the input device and can be used to control a representative display on the display area , wherein the display area is actuatable by the control apparatus in such a way that the display area displays a first round instrument for displaying a revolution counter or a tachometer, a vehicle display for displaying at least one state of a driver assistance system and/or vehicle surroundings and a first information panel arranged between the first round instrument and the vehicle display , wherein the first information panel is displayable either in an open state, in which the first information panel displays detailed information , or in a closed state, in which the first information panel displays a summarizing content overview that refers to detailed information displayable in the open state; wherein operating the input device can be used to trigger a change (W) from the closed to the open state, wherein the change (W) results in an animated opening movement (A) being produced that involves the first information panel being enlarged by a drawing-open movement in the direction of the vehicle display and shifting the vehicle display on the display area in such a way that the latter continues to be displayed. a display apparatus having a display area ; an input device for a user to mark and/or select an element displayed on the display area; a control apparatus that is coupled to the display apparatus and the input device and can be used to control a representative display on the display area , wherein the display area is actuatable by the control apparatus in such a way that the display area displays a first round instrument for displaying a revolution counter or a tachometer, a vehicle display for displaying at least one state of a driver assistance system and/or vehicle surroundings and a first information panel arranged between the first round instrument and the vehicle display , wherein the first information panel is displayable either in an open state, in which the first information panel displays detailed information , or in a closed state, in which the first information panel displays a summarizing content overview that refers to detailed information displayable in the open state; wherein operating the input device can be used to trigger a change (W) from the closed to the open state, wherein the change (W) results in an animated opening movement (A) being produced that involves the first information panel being enlarged by a drawing-open movement in the direction of the vehicle display and shifting the vehicle display on the display area in such a way that the latter continues to be displayed.
A method implemented by a Java Card device for updating a converted applet, CAP, file comprising at least one existing component on the Java Card device, the method comprising steps of: receiving (S11) from a terminal one or multiple first commands, the first command comprising an update file for updating the CAP file, or, the multiple first commands comprising the update file and each of the multiple first commands comprising a portion of the update file; determining (S12) at least one element type or location of at least one existing first element comprised in the CAP file using type information or first location information comprised in the update file, each of the at least one element type representing one or more of: at least one component each describing an aspect of the CAP file, or, at least one item of at least one component each describing an aspect of the CAP file; searching (S13) the Java Card device for the at least one existing first element using the at least one determined element type or location; and if the at least one existing first element is found, replacing (S14) each of the at least one existing first element by one of at least one new first element comprised in the update file, wherein an element type of each of the at least one new first element is the same as an element type of the existing first element replaced by the new first element, and the one or multiple first commands are of an instruction type of instructing the Java Card device to implement the replacing step (S14). receiving (S11) from a terminal one or multiple first commands, the first command comprising an update file for updating the CAP file, or, the multiple first commands comprising the update file and each of the multiple first commands comprising a portion of the update file; determining (S12) at least one element type or location of at least one existing first element comprised in the CAP file using type information or first location information comprised in the update file, each of the at least one element type representing one or more of: at least one component each describing an aspect of the CAP file, or, at least one item of at least one component each describing an aspect of the CAP file; searching (S13) the Java Card device for the at least one existing first element using the at least one determined element type or location; and if the at least one existing first element is found, replacing (S14) each of the at least one existing first element by one of at least one new first element comprised in the update file, wherein an element type of each of the at least one new first element is the same as an element type of the existing first element replaced by the new first element, and the one or multiple first commands are of an instruction type of instructing the Java Card device to implement the replacing step (S14).
A method, comprising the steps of: recharging zirconium phosphate in a rechargeable sorbent cartridge module of a sorbent dialysis system having two or more sorbent materials, one of said sorbent materials being the zirconium phosphate, said zirconium phosphate contained in the rechargeable sorbent cartridge module, the other sorbent materials being separately provided in another sorbent cartridge module , wherein the rechargeable sorbent cartridge module is capable of being detachably connected to the sorbent cartridge module such that the modules are in fluid communication when connected; the method characterised by detaching the rechargeable sorbent cartridge module from the other sorbent cartridge module and wherein the recharging comprises passing a solution of any one of an acid, a sodium salt, and combinations thereof, from a fluid source through the detached rechargeable sorbent cartridge module containing the zirconium phosphate. recharging zirconium phosphate in a rechargeable sorbent cartridge module of a sorbent dialysis system having two or more sorbent materials, one of said sorbent materials being the zirconium phosphate, said zirconium phosphate contained in the rechargeable sorbent cartridge module, the other sorbent materials being separately provided in another sorbent cartridge module , wherein the rechargeable sorbent cartridge module is capable of being detachably connected to the sorbent cartridge module such that the modules are in fluid communication when connected; the method characterised by detaching the rechargeable sorbent cartridge module from the other sorbent cartridge module and wherein the recharging comprises passing a solution of any one of an acid, a sodium salt, and combinations thereof, from a fluid source through the detached rechargeable sorbent cartridge module containing the zirconium phosphate.
An antibody or an antigen-binding portion thereof binding specifically to OX40 (CD134), comprising: a heavy chain variable region and a light chain variable region respectively comprising an amino acid sequence selected from the group consisting of: (i) SEQ ID NO. 6 and amino acid 1-108 of SEQ ID NO. 5, (ii) SEQ ID NO. 8 and 1-108 of SEQ ID NO. 7, (iii) amino acid 128-246 of SEQ ID NO. 10 and 1-112 of SEQ ID NO. 10, and (iv) amino acid 124-241 of SEQ ID NO. 13 and 1-108 of SEQ ID NO. 13 (i) SEQ ID NO. 6 and amino acid 1-108 of SEQ ID NO. 5, (ii) SEQ ID NO. 8 and 1-108 of SEQ ID NO. 7, (iii) amino acid 128-246 of SEQ ID NO. 10 and 1-112 of SEQ ID NO. 10, and (iv) amino acid 124-241 of SEQ ID NO. 13 and 1-108 of SEQ ID NO. 13
Motor vehicle having a body that forms a passenger compartment , wherein the body has two lateral frameworks that each have a front, lateral body pillar or A-pillar , wherein a front-end structure is formed at one end side of the body , wherein the front-end structure has on each of its two sides a suspension-strut dome , a horizontally extending supporting carrier that is arranged between the suspension-strut dome and the respective A-pillar , and a supporting carrier extending between the suspension-strut dome and a lower end of the A-pillar , wherein the two supporting carriers and the A-pillar are assembled in a monocoque construction from carrier profiles, wherein a triangular support structure is formed in each case by said three carriers , characterized in that the respective outwardly facing carrier profile of the A-pillar , the respective outwardly facing carrier profile of the horizontally extending supporting carrier , and the respective outwardly facing carrier profile of the diagonally extending supporting carrier are each a one-piece profile, and in that the three profiles are connected together to form the triangular support structure .
An engine assembly for an aircraft comprising a bypass turbomachine as well as a hooking mast of the turbomachine intended to ensure hooking of the turbomachine on a wing element of the aircraft, the turbomachine comprising an air-oil exchanger system arranged in an inter-flow compartment delimited radially outwards by an inter-flow cowling , the exchanger system being fed with air coming from a secondary flow path of the turbomachine delimited radially inwards by the inter-flow cowling , and the exchanger system being supported by a support arranged in the inter-flow compartment , characterised in that said support is mechanically linked to the hooking mast by connecting means crossing the inter-flow cowling .
A system for detecting ice and/or water within an area of interest, said system comprising: a detection system for measuring radiance of the area of interest when exposed to shortwave infrared (SWIR) radiation having a wavelength in the range of 2.05 μm to 2.30 μm, said detection system being configured for measuring said radiance in a first band having a wavelength in the range of 2.05 μm to 2.15 μm and for outputting a first band signal, said detection system being configured for measuring radiance in a second band having a wavelength in the range of 2.15 μm to 2.30 μm and for outputting a second band signal; and a processing unit for determining a radiance ratio of said first band signal and said second band signal, said processing unit being configured for comparing said radiance ratio to predetermined critical ratio ranges and for outputting a determination signal indicating at least one of presence of ice when said ratio is within a first range of said predetermined critical ratio ranges and presence of water when said ratio is within a second range of said predetermined critical ratio ranges. a detection system for measuring radiance of the area of interest when exposed to shortwave infrared (SWIR) radiation having a wavelength in the range of 2.05 μm to 2.30 μm, said detection system being configured for measuring said radiance in a first band having a wavelength in the range of 2.05 μm to 2.15 μm and for outputting a first band signal, said detection system being configured for measuring radiance in a second band having a wavelength in the range of 2.15 μm to 2.30 μm and for outputting a second band signal; and a processing unit for determining a radiance ratio of said first band signal and said second band signal, said processing unit being configured for comparing said radiance ratio to predetermined critical ratio ranges and for outputting a determination signal indicating at least one of presence of ice when said ratio is within a first range of said predetermined critical ratio ranges and presence of water when said ratio is within a second range of said predetermined critical ratio ranges.