mhurhangee/patent-ind-claim-en huggingface dataset:
An optoelectronic sensor for measuring the distance of an object in a detection area using a light time of flight method, the sensor comprising a light transmitter for transmitting a light signal into the detection area , a light receiver having a first plurality of light receiving elements for detecting received light from the detection area , a second plurality of light time of flight measuring units for determining respective individual light times of flight from a light time of flight between transmission of the light signal and reception of the light signal remitted or reflected at the object , a memory configured as a histogram memory for collecting individual light times of flight in at least one histogram, and a control and evaluation unit configured to determine a distance value by evaluating the collected individual light times of flight, wherein it is also possible to determine at least two distance values from the individual light times of flight of at least two groups of light time of flight measuring units , characterized in that the memory is a single non-partitioned memory with uniform addressing over the entire memory , and in that the sensor comprises a readdressing unit configured to encode the group in at least one address bit of an address and a bin of a histogram in the remaining address bits, thus interpreting addresses as two sub-blocks, with a first sub-block for association with a group and a second sub-block for a bin, so that individual light times of flight are stored, depending on the assignment of a light time of flight measuring unit to a group, at specific addresses (34a-d) of the same uniform memory and so that the control and evaluation unit can assign the stored individual light times of flight to a group and thus to a distance value by means of the address, the control and evaluation unit being configured to change the number of groups, and wherein the readdressing unit ensures that the individual light times of flight are stored at addresses of the memory in accordance with the new number of groups, from which the new group assignment of the light time of flight measuring units can be reconstructed.
A steel strip continuous annealing device that has a vertical annealing furnace in which a heating zone , a soaking zone , a first cooling zone and a second cooling zone are arranged in the stated order, and anneals a steel strip (P) passing through the zones in the order while being conveyed in a vertical direction in the vertical annealing furnace , wherein adjacent zones communicate with each other through communicating portions that connect upper parts or lower parts of the respective zones, including a communicating portion between the heating zone and the soaking zone connecting lower parts of the respective zones, a communicating portion between the soaking zone and the first cooling zone connecting upper parts of the respective zones, and a communicating portion between the first cooling zone and the second cooling zone connecting upper parts or lower parts of the respective zones, a gas delivery port is provided in each of the heating zone , the soaking zone , the first cooling zone and the second cooling zone , the gas delivery port in the heating zone is provided only in an upper part of the heating zone, and the gas delivery port in each of the soaking zone , the first cooling zone and the second cooling zone is provided only in a position opposite in the vertical direction to a position of a communicating portion with an immediately preceding zone in the order in which the steel strip (P) passes through, and the upper part of each zone denotes the area that is 25% of the height of the zone from the upper end of the zone, and the lower part of each zone denotes the area that is 25% of the height of the zone from the lower end of the zone. wherein adjacent zones communicate with each other through communicating portions that connect upper parts or lower parts of the respective zones, including a communicating portion between the heating zone and the soaking zone connecting lower parts of the respective zones, a communicating portion between the soaking zone and the first cooling zone connecting upper parts of the respective zones, and a communicating portion between the first cooling zone and the second cooling zone connecting upper parts or lower parts of the respective zones, a gas delivery port is provided in each of the heating zone , the soaking zone , the first cooling zone and the second cooling zone , the gas delivery port in the heating zone is provided only in an upper part of the heating zone, and the gas delivery port in each of the soaking zone , the first cooling zone and the second cooling zone is provided only in a position opposite in the vertical direction to a position of a communicating portion with an immediately preceding zone in the order in which the steel strip (P) passes through, and the upper part of each zone denotes the area that is 25% of the height of the zone from the upper end of the zone, and the lower part of each zone denotes the area that is 25% of the height of the zone from the lower end of the zone.
Computer-implemented method for representing operator control information in the context of a technical installation, which has at least one operator station server and one operator station client , the method comprising: a) Receiving measurement values of at least one technical object of the technical installation by means of the operator station server; b) Continuously generating an actual trend progression of the measurement value, wherein, in the event that no measurement value can be received from the at least one technical object , an interpolation of the measurement value is undertaken to generate an interpolated trend progression, until a measurement value can be received once again; c) Transferring the actual and the interpolated trend progression from the operator station server to the operator station client ; d) Visually presenting the actual and the interpolated trend progression to an operator of the technical installation in a common trend progression diagram; wherein the method is characterised by the following steps: e) In the event that the actual measurement values of at least one technical object , which have occurred during a period of time of the presentation of the interpolated trend progression, can be received from the operator station server retrospectively, then using the relevant actual measurement values from the operator station server to generate the actual trend progression of the measurement value and transferring a comparison of the interpolated and the actual trend progression to the operator station client for visual presentation to the operator of the technical installation. a) Receiving measurement values of at least one technical object of the technical installation by means of the operator station server; b) Continuously generating an actual trend progression of the measurement value, wherein, in the event that no measurement value can be received from the at least one technical object , an interpolation of the measurement value is undertaken to generate an interpolated trend progression, until a measurement value can be received once again; c) Transferring the actual and the interpolated trend progression from the operator station server to the operator station client ; d) Visually presenting the actual and the interpolated trend progression to an operator of the technical installation in a common trend progression diagram; wherein the method is characterised by the following steps: e) In the event that the actual measurement values of at least one technical object , which have occurred during a period of time of the presentation of the interpolated trend progression, can be received from the operator station server retrospectively, then using the relevant actual measurement values from the operator station server to generate the actual trend progression of the measurement value and transferring a comparison of the interpolated and the actual trend progression to the operator station client for visual presentation to the operator of the technical installation.
An anchor for tissue attachment or medical device to tissue attachment, comprising a generally tubular base portion ; at least one anchor arm integrally formed with the generally tubular base portion ; and a plurality of flange element arms integrally formed with the generally tubular base portion ; wherein the at least one anchor arm comprises a tissue-penetrating point and a shaft portion ; and wherein each of the at least one anchor arm and the plurality of flange element arms are adapted to radially actuate upon deployment, and characterized in that a cap of fluorinated polymer biomaterial providing an open structure promoting tissue ingrowth is attached to the flange element arms . a generally tubular base portion ; at least one anchor arm integrally formed with the generally tubular base portion ; and a plurality of flange element arms integrally formed with the generally tubular base portion ;
A programmed death ligand 1 (PDL1)-binding molecule, which can specifically bind to PDL1 and consists of an amino acid sequence as shown in formula A-L-B, wherein A represents an immunoglobulin single variable domain, L is absent or represents an amino acid linker, and B represents a human immunoglobulin Fc region, wherein the immunoglobulin single variable domain consists of an amino acid sequence selected from SEQ ID NOs: 1-6, and wherein said PDL1-binding molecule is capable of forming a homodimer via said human immunoglobulin Fc region. wherein the immunoglobulin single variable domain consists of an amino acid sequence selected from SEQ ID NOs: 1-6, and wherein said PDL1-binding molecule is capable of forming a homodimer via said human immunoglobulin Fc region.
A nonvolatile memory (NVM) cell , comprising a semiconductor substrate ; a first oxide defined, OD, region and a second OD region ; a shallow trench isolation region separating the first OD region from the second OD region , the shallow trench isolation region having a trench depth (d); a PMOS select transistor disposed on the first OD region ; a PMOS floating gate transistor serially connected to the PMOS select transistor and being disposed on the first OD region , wherein the PMOS floating gate transistor comprises a floating gate overlying the first OD region ; a memory P well in the semiconductor substrate , wherein the memory P well overlaps with the first OD region and the second OD region , and wherein the memory P well has a junction depth (d1) that is deeper than the trench depth (d) of the shallow trench isolation region ; a memory N well in the memory P well , wherein the memory N well merely overlaps with the first OD region , characterized in that the memory N well has a junction depth (d2) that is shallower than the trench depth (d) of the shallow trench isolation region , and wherein a bottom of the shallow trench isolation region is in contact with the memory P well ; and a floating gate extension continuously extended from the floating gate to the second OD region and is adjacent to an erase gate, EG, region in the second OD region , wherein the memory P well is commonly shared by the erase gate region , the PMOS select transistor , and the PMOS floating gate transistor , and wherein the EG region comprises a double diffused drain, DDD, region and an N + doping region in the DDD region .
A jointless concrete composite pavement, comprising: (i) a gap-graded concrete first layer; (ii) a flexural-hardening fiber reinforced mortar second layer provided thereon, wherein the gap-graded concrete comprises cement, water and coarse aggregate with particles size from 4 to 45 mm, preferably, from 8 to 16 mm; wherein said gap-graded concrete does not contain sand; the flexural-hardening fiber reinforced mortar comprises cement, expansive concrete additive, water, fine aggregate with a maximum particle size of not greater than 8 mm; fiber reinforcement comprising of synthetic and/or metal fibers having diameter of 10 to 500 microns and length of 3 to 35 mm; wherein the total thickness of the composite pavement is selected depending on the required maximum service point load, using the following formula H=(F/100) 0.5 ×100 mm, where H is the total thickness of the composite pavement and F is maximum service point load; wherein the ratio of the thickness of flexural-hardening fiber reinforced mortar second layer to the total thickness of the composite pavement is within the range of 1:5 to 2:5. (i) a gap-graded concrete first layer; (ii) a flexural-hardening fiber reinforced mortar second layer provided thereon, wherein the gap-graded concrete comprises cement, water and coarse aggregate with particles size from 4 to 45 mm, preferably, from 8 to 16 mm; wherein said gap-graded concrete does not contain sand; the flexural-hardening fiber reinforced mortar comprises cement, expansive concrete additive, water, fine aggregate with a maximum particle size of not greater than 8 mm; fiber reinforcement comprising of synthetic and/or metal fibers having diameter of 10 to 500 microns and length of 3 to 35 mm; wherein the total thickness of the composite pavement is selected depending on the required maximum service point load, using the following formula H=(F/100) 0.5 ×100 mm, where H is the total thickness of the composite pavement and F is maximum service point load; wherein the ratio of the thickness of flexural-hardening fiber reinforced mortar second layer to the total thickness of the composite pavement is within the range of 1:5 to 2:5.
A pneumatic tire comprising a pair of bead portions each having a bead core embedded therein, a pair of sidewall portions extending radially outwardly from bead portions , a tread portion extending across both side wall portions , an annular outer decorative portion arranged radially outward and formed without unevenness by means of printing on a side portion consisting of the sidewall and bead portions , and an annular inner decorative portion arranged radially inward of the outer decorative portion and formed without unevenness by means of printing on the side portion , wherein the inner decorative portion is provided at least with decoration in which first inner elements and second inner elements are alternately arrayed in a circumferential direction of the tire, the outer decorative portion is provided with decoration different from the decoration provided on the inner decorative portion , each of the second inner elements is larger than each of the first inner elements in width in the circumferential direction of the tire , and the inner decorative portion has a gradation region having value in the HSV color system gradually increasing toward an inner edge in the radial direction of the tire .
A system for determining position and orientation (P&O) of a tool tip of a tool relative to an eye tissue of interest of an eye in a medical procedure, the tool including a tool marker , the system comprising: an imaging and tracking module that includes a stereoscopic camera and a tool tracker , said stereoscopic camera configured to acquire images of at least one tissue reference marker, said tool tracker configured to acquire information relating to P&O of said tool; and a processor , coupled with said imaging and tracking module, said processor configured to use a predetermined relative P&O between said at least one tissue reference marker and said eye tissue of interest based on a predetermined three-dimensional (3-D) model of said eye, said predetermined 3-D model being pre-acquired via optical coherence tomography (OCT) prior to said medical procedure, said processor configured to determine in real-time: P&O of said at least one tissue reference marker in a reference coordinate system, according to said images, P&O of said eye tissue of interest in said reference coordinate system, according to said P&O of said at least one tissue reference marker and said predetermined relative P&O, P&O of said tool tip in said reference coordinate system, according to said information, and a relative P&O between said tool tip and said eye tissue of interest. P&O of said at least one tissue reference marker in a reference coordinate system, according to said images, P&O of said eye tissue of interest in said reference coordinate system, according to said P&O of said at least one tissue reference marker and said predetermined relative P&O, P&O of said tool tip in said reference coordinate system, according to said information, and a relative P&O between said tool tip and said eye tissue of interest.
A header for an agricultural harvester , the agricultural harvester being able to move in a forward direction (F), the header comprising a cutter bar plate , a draper frame adjacent the cutter bar plate, a conveyor supported by the draper frame and having a fore end and an aft end , and a draper seal attached to the draper frame adjacent the fore end, characterized in that : the draper seal comprises: a first portion attached to the draper frame ; a second portion extending perpendicular to substantially perpendicular to the first portion ; a third portion extending perpendicular to substantially perpendicular to the second portion ; and a fourth portion extending perpendicular to substantially perpendicular to the third portion . a first portion attached to the draper frame ; a second portion extending perpendicular to substantially perpendicular to the first portion ; a third portion extending perpendicular to substantially perpendicular to the second portion ; and a fourth portion extending perpendicular to substantially perpendicular to the third portion .
A method in a user equipment for random access within a Long Term Evolution communications network, comprising the steps of: receiving data from a base station on a radio channel indicating a random access reception power; and transmitting random access data using a random access transmission power determined based on the received data, a parameter of random access configuration that influences a detection performance of the random access at the base station , which parameter comprises a preamble format and/or a basic cyclic shift value of a preamble, a power ramping arranged to increase the random access transmission power based on a transmission attempt number, and also taking into account power path loss between the user equipment and the base station . receiving data from a base station on a radio channel indicating a random access reception power; and transmitting random access data using a random access transmission power determined based on the received data, a parameter of random access configuration that influences a detection performance of the random access at the base station , which parameter comprises a preamble format and/or a basic cyclic shift value of a preamble, a power ramping arranged to increase the random access transmission power based on a transmission attempt number, and also taking into account power path loss between the user equipment and the base station .
A reel for tightening an article comprising: a housing having an interior region and a base that is attachable to the article; a spool positioned within the interior region of the housing and rotatable relative thereto, the spool having a central post about which a tension member is wound; a knob member that is coupled with the spool and configured to cause the spool to rotate within the interior region of the housing in a first direction to wind the tension member about the spool's central post; and a load holding mechanism coupled with the spool and the housing , the load holding mechanism comprising a cylindrical hub and a spring that are frictionally engageable to prevent rotation of the spool in a second direction opposite the first direction to prevent unwinding of the tension member from the spool's central post, characterised in that : the spring is wound about the cylindrical hub or is wound within an inner wall of the cylindrical hub ; rotation of the knob member in the first direction reduces the frictional engagement of the spring and cylindrical hub to enable rotation of the spool in the first direction; and tension in the tension member biases the spool toward rotation in the second direction, which biases the spring into increased frictional engagement with the cylindrical hub . a housing having an interior region and a base that is attachable to the article; a spool positioned within the interior region of the housing and rotatable relative thereto, the spool having a central post about which a tension member is wound; a knob member that is coupled with the spool and configured to cause the spool to rotate within the interior region of the housing in a first direction to wind the tension member about the spool's central post; and a load holding mechanism coupled with the spool and the housing , the load holding mechanism comprising a cylindrical hub and a spring that are frictionally engageable to prevent rotation of the spool in a second direction opposite the first direction to prevent unwinding of the tension member from the spool's central post, characterised in that : the spring is wound about the cylindrical hub or is wound within an inner wall of the cylindrical hub ; rotation of the knob member in the first direction reduces the frictional engagement of the spring and cylindrical hub to enable rotation of the spool in the first direction; and tension in the tension member biases the spool toward rotation in the second direction, which biases the spring into increased frictional engagement with the cylindrical hub . the spring is wound about the cylindrical hub or is wound within an inner wall of the cylindrical hub ; rotation of the knob member in the first direction reduces the frictional engagement of the spring and cylindrical hub to enable rotation of the spool in the first direction; and tension in the tension member biases the spool toward rotation in the second direction, which biases the spring into increased frictional engagement with the cylindrical hub .