mhurhangee/ep-ind-claims huggingface dataset:
Hotplate device, in particular induction hotplate device, having a hotplate with a housing unit, which, in an assembled state together with the hotplate, embodies an outer housing and which has at least one housing component and at least one side component, which is provided to be connected to the at least one housing component and to the hotplate, and with at least one support unit, which, in the assembled state, is fastened to the housing unit and in a built-in position is provided to hold at least one touch control unit, wherein the at least one housing component and the at least one side component are together provided to fix the at least one support unit at least in a direction parallel to a main extension plane of the hotplate, and with at least one engagement element which is actively connected to the at least one support unit in the assembled state, which is provided to extend at least partially through the housing component, characterised in that the at least one support unit and the at least one engagement element are embodied in one piece.
A method of selecting an algorithm for channel estimation in a communication system, the method comprising: calculating a parameter indicative of an accuracy of a channel estimation algorithm; and selecting (S106, S108, S110) between a first channel estimation algorithm and a second channel estimation algorithm based on the parameter, characterized in that the parameter indicative of the accuracy of the channel estimation algorithm is a parameter indicative of an amount of a temporal variation in a channel estimate (S 118), wherein the selecting (S106, S108, S110) includes: comparing the parameter to a threshold; and determining when the parameter indicates one of a low temporal variation and a high temporal variation, and wherein the threshold is approximated by a polynomial function based on a probability distribution of the parameter. calculating a parameter indicative of an accuracy of a channel estimation algorithm; and selecting (S106, S108, S110) between a first channel estimation algorithm and a second channel estimation algorithm based on the parameter, characterized in that the parameter indicative of the accuracy of the channel estimation algorithm is a parameter indicative of an amount of a temporal variation in a channel estimate (S 118), wherein the selecting (S106, S108, S110) includes: comparing the parameter to a threshold; and determining when the parameter indicates one of a low temporal variation and a high temporal variation, and wherein the threshold is approximated by a polynomial function based on a probability distribution of the parameter. comparing the parameter to a threshold; and determining when the parameter indicates one of a low temporal variation and a high temporal variation, and wherein the threshold is approximated by a polynomial function based on a probability distribution of the parameter.
A module frame for bell system modules having a module locking means for locking modules, which are to be inserted, to the frame and a locking canceling means for canceling locking during actuator excitation, characterized in that the locking canceling means further exhibits an actuator-independent and selectively adjustable permanent catch blocking.
Rolling bearing assembly comprising - a rolling bearing comprising at least a first ring, at least one second ring, and at least one row of rolling elements arranged between the rings (10, 12), wherein the first ring is provided with an opening for inserting the rolling elements into a space between raceways (10a, 12a) of the rings (10, 12) or for taking said rolling elements out of the space between the raceways (10a, 12a), and - a plug, wherein the plug is configured to close said opening when the bearing is operating, said plug having an inner end face facing the rolling elements and configured to form a part of the raceway and an outer end face opposite to the inner end face, - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening, characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess, which is the surface surrounding the opening, by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening.. - a rolling bearing comprising at least a first ring, at least one second ring, and at least one row of rolling elements arranged between the rings (10, 12), wherein the first ring is provided with an opening for inserting the rolling elements into a space between raceways (10a, 12a) of the rings (10, 12) or for taking said rolling elements out of the space between the raceways (10a, 12a), and - a plug, wherein the plug is configured to close said opening when the bearing is operating, said plug having an inner end face facing the rolling elements and configured to form a part of the raceway and an outer end face opposite to the inner end face, - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening, characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess, which is the surface surrounding the opening, by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening.. - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening, characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess, which is the surface surrounding the opening, by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening..
A method for manufacturing a security document by printing halftone images on opposite sides (12, 14) of a transparent region of a substrate comprising the steps of providing a first and a second analog halftone image (A1, A2), calculating, using a first digital halftoning algorithm, a first binary halftone image B1(x, y) representing said first analog halftone image, calculating, using a second digital halftoning algorithm, a second binary halftone image B2(x, y) representing said second analog halftone image, wherein if a printable pixel x, y is set to 1 in B1, said printable pixel x, y is always set to 1 in B2, calculating a third binary halftone image B3(x, y), such that B1, B2, and B3 fulfil the binary condition B 1 x, y OR B3 x, y = B 2 x, y applying a front-side printed image according to said first binary halftone image B1(x, y) on a front side of said transparent region, and applying a back-side printed image according to said third binary halftone image B3(x, y) on a backside of said transparent region, wherein said back-side printed image is in register with said front-side printed image. providing a first and a second analog halftone image (A1, A2), calculating, using a first digital halftoning algorithm, a first binary halftone image B1(x, y) representing said first analog halftone image, calculating, using a second digital halftoning algorithm, a second binary halftone image B2(x, y) representing said second analog halftone image, wherein if a printable pixel x, y is set to 1 in B1, said printable pixel x, y is always set to 1 in B2, calculating a third binary halftone image B3(x, y), such that B1, B2, and B3 fulfil the binary condition B 1 x, y OR B3 x, y = B 2 x, y applying a front-side printed image according to said first binary halftone image B1(x, y) on a front side of said transparent region, and applying a back-side printed image according to said third binary halftone image B3(x, y) on a backside of said transparent region, wherein said back-side printed image is in register with said front-side printed image.
An antibody conjugate or antibody fragment conjugate, wherein the antibody or antibody fragment binds a NKp46 and comprises (i) a heavy chain variable region comprising CDR 1, 2 and 3 as set forth in SEQ ID NOS: 5, 8 and 11, respectively and (ii) a light chain variable region comprising CDR 1, 2 and 3 as set forth in SEQ ID NOS: 22, 25 and 27, or a light chain variable region comprising CDR 1, 2 and 3 as set forth in SEQ ID NOS: 14; 17 and 19, respectively, wherein the CDRs are determined according to Kabat, and wherein said antibody is conjugated to a cytotoxic agent.
A spiral conveyor belt comprising: a plurality of modules hingedly connected together forming a helix; a plurality of side plates coupled to an interior portion of the helix; a plurality of side plates coupled to an exterior portion of the helix; and a first attachment member coupled to a first module, the first attachment member having a body extending up from the first module and contacting a bottom surface of a second module above the first module; wherein the first attachment member is coupled to an intermediate portion of the first module at or near the lateral center of the first module; and being characterized in that it comprises a second attachment member coupled to the first module, the second attachment member placed in series with the first attachment member. a plurality of modules hingedly connected together forming a helix; a plurality of side plates coupled to an interior portion of the helix; a plurality of side plates coupled to an exterior portion of the helix; and a first attachment member coupled to a first module, the first attachment member having a body extending up from the first module and contacting a bottom surface of a second module above the first module; wherein the first attachment member is coupled to an intermediate portion of the first module at or near the lateral center of the first module; and being characterized in that it comprises a second attachment member coupled to the first module, the second attachment member placed in series with the first attachment member.
Mechanical device comprising: - a mobile member (B; H); - a fixed or movable banking element; and - a holding device (B1, B2, S1, S2, S; P1, E1) to hold the mobile member (B; H) in abutment against the banking element, characterised in that the holding device comprises at least one mobile element (B1, B2; P1) in abutment against the mobile member (B; H) and in that the geometry(ies), mass(es) and position(s) of the at least one mobile element (B1, B2; P1) are such that, in the event of any linear shock tending to move the mobile member (B; H) away from the banking element, the at least one mobile element (B1, B2; P1) exerts on the mobile member (B; H), under the effect of the shock, an action antagonistic to the action exerted by the shock on the mobile member (B; H), this antagonistic action holding the mobile member (B; H) against the banking element. - a mobile member (B; H); - a fixed or movable banking element; and - a holding device (B1, B2, S1, S2, S; P1, E1) to hold the mobile member (B; H) in abutment against the banking element, characterised in that the holding device comprises at least one mobile element (B1, B2; P1) in abutment against the mobile member (B; H) and in that the geometry(ies), mass(es) and position(s) of the at least one mobile element (B1, B2; P1) are such that, in the event of any linear shock tending to move the mobile member (B; H) away from the banking element, the at least one mobile element (B1, B2; P1) exerts on the mobile member (B; H), under the effect of the shock, an action antagonistic to the action exerted by the shock on the mobile member (B; H), this antagonistic action holding the mobile member (B; H) against the banking element.
An optical field enhancement device (1, 2, 3), comprising a transparent substrate having a transparent substrate body (11, 31) and a transparent fine uneven structure layer (22, 32) on a surface of the substrate and a metal film (24, 34) formed on a surface of the fine uneven structure layer (22, 32), wherein the device (1, 2, 3) is configured such that an enhanced optical field is created on a surface of the metal film (24, 34) by an optical field enhancement effect of localized plasmon induced on the surface of the metal film (24, 34) by light projected onto the fine uneven structure (22, 32) on which the metal film (24, 34) is formed, wherein the fine uneven structure layer (22, 32) is made of a material different from that of the transparent substrate body (11, 31), characterised in that the fine uneven structure (22, 32) is made of boehmite.
Magnetic Z-actuator comprising a stationary assembly and a mobile assembly configured to move relatively to the stationary assembly from a first to a second stable axial position and vice versa, said stationary assembly comprising a first and second magnetic yokes (22a, 22b) and a first and second coils (34a, 34b) at least partially embedded in respective first and second magnetic yokes (22a, 22b), said mobile assembly comprising permanent magnets (44a, 44b, 48a, 48b), wherein the magnetic Z-actuator is configured such that the first and second coils (34a, 34b) are energized only to move the mobile assembly from the first to the second stable axial position and vice versa, the mobile assembly remaining in either said first and second stable axial positions without providing current to said first and second coils (34a, 34b), and the mobile assembly also comprises a mobile magnetic yoke, and a first and a second permanent magnets (44a, 44b) mounted on the mobile magnetic yoke to face a bottom surface (30a, 30b) of respective first and second magnetic yokes (22a, 22b).
A method of calibrating a direct neural interface system comprising the steps of: a. Acquiring electrophysiological signals representative of a neuronal activity of a subject's brain over a plurality of observation time windows and representing them in the form of a N+1-way tensor, N being greater or equal to one, called an observation tensor; b. Acquiring data indicative of a voluntary action performed by said subject during each of said observation time windows, and organizing them in a vector or tensor ( y), called an output vector or tensor; and c. Determining a regression function of said output vector or tensor on said observation tensor; wherein said step c. includes performing multilinear decomposition of said observation tensor on a score vector ( t), having a dimension equal to the number of said observation time windows, and N weight vectors ( w 1, w 2, w 3), characterized in that said weight vectors are chosen such as to maximize the covariance between said score vector and said output vector or tensor subject to a sparsity-promoting constraint or penalty, wherein said weight vectors are determined by decomposing a covariance tensor, representing the covariance of said observation tensor and said output vector or tensor, using a penalized Alternating Least Squares algorithm. a. Acquiring electrophysiological signals representative of a neuronal activity of a subject's brain over a plurality of observation time windows and representing them in the form of a N+1-way tensor, N being greater or equal to one, called an observation tensor; b. Acquiring data indicative of a voluntary action performed by said subject during each of said observation time windows, and organizing them in a vector or tensor ( y), called an output vector or tensor; and c. Determining a regression function of said output vector or tensor on said observation tensor;
A portable dialysis device which is continuously portable in and/or on the body of a patient, comprising a blood chamber adapted to receive blood of the patient, a hydraulic chamber adapted to be filled with a hydraulic fluid, said hydraulic chamber being arranged adjacent to the blood chamber, an least partially flexible conveying membrane, arranged between the hydraulic chamber and the blood chamber, which, when the hydraulic chamber is being filled with hydraulic fluid, is moveable in the direction of the blood chamber in a manner causing compression of the blood chamber and thus discharge of the blood contained in the blood chamber, a pump for controllable filling and/or discharging the hydraulic fluid in the hydraulic chamber for thus conveying blood into the blood chamber and/or out therefrom, a filtering membrane (16,17), arranged between the blood chamber and the hydraulic chamber, through which waste substances contained in the blood can be discharged to the hydraulic fluid arranged in the hydraulic chamber, so that the hydraulic fluid at the same time is functional as a dialysate, characterized in that the blood chamber comprises a combined inlet and outlet arranged close to the blood vessel and having the dialysis device connected to it so that, due to the steady blood flow in the blood vessel, the purified blood ejected from the blood chamber is conveyed further onwards so that, during the next filling of the blood chamber, the blood chamber will be filled for the largest part by fresh, not yet purified blood from the blood vessel, the blood chamber is designed in such a manner that the blood will flow tangentially through its inlet to the inner wall of the blood chamber so that a favorable flow can be obtained.
A radiometric level or density measurement system for determining a level or a density of a medium, wherein the measurement system features: a converter for at least partially converting ionizing first radiation that penetrates the medium into electromagnetic second radiation; multiple photodiodes (102, 113, 114) for at least partially converting the second radiation from the converter into voltage pulses; an evaluation unit for determining the level or the density of the medium based on a number of generated voltage pulses; a summation device for summing up digital signals, that were created at the same time or voltage pulses that were created at the same time, and for outputting a corresponding sum signal; wherein the evaluation unit is designed for counting only the sum signals, with a predetermined minimum number of digital signals or with a predetermined minimum pulse intensity; wherein the remaining sum signals are discarded. a converter for at least partially converting ionizing first radiation that penetrates the medium into electromagnetic second radiation; multiple photodiodes (102, 113, 114) for at least partially converting the second radiation from the converter into voltage pulses; an evaluation unit for determining the level or the density of the medium based on a number of generated voltage pulses; a summation device for summing up digital signals, that were created at the same time or voltage pulses that were created at the same time, and for outputting a corresponding sum signal; wherein the evaluation unit is designed for counting only the sum signals, with a predetermined minimum number of digital signals or with a predetermined minimum pulse intensity; wherein the remaining sum signals are discarded.
Optical fiber (1; 1') comprising a hollow fiber core, wherein the front faces of both fiber ends of the hollow fiber core are open, the hollow fiber core is surrounded by a fiber cladding for guiding the light coupled into the fiber core, each fiber end of the fiber cladding being surrounded by a cap-shaped protection element in a dustproof fashion, the protection element being directly mounted on the fiber cladding and having a window at its front face in front of the fiber end for coupling in and decoupling the light to be guided through the hollow fiber core.
A hinge device for a bonnet of a motor vehicle, comprising a hinge lever which, being swivellable about a swivel pin, is connected at least indirectly to the bonnet and on the other side is supported at least indirectly on the body of the motor vehicle by a swivel bearing, and an overload connection which holds the hinge lever in its angular position relative to the body and, if a load caused by an accident is exceeded, it allows the hinge lever to swivel relative to the body, wherein a support lever, being swivellable about a pivot, is supported at least indirectly on the body, wherein the support lever is configured such that in the event of an impact, for example by a pedestrian on the bonnet from above, during which an accident-related load is exceeded and consequently the overload connection is released, when the bonnet is subsequently adjusted downwards, the hinge lever swivels the support lever which is loaded upwards by a spring element, against the force of the spring element, and is configured such that if an accident-related load on the bonnet from the front is exceeded, the support lever supports the hinge lever immediately or at least after a short adjustment path of the hinge lever approximately in the longitudinal direction of the vehicle.
An electric instrument which contains an electrolytic solution therein, and comprises a hot-melt adhesive for electric instruments which is applied on members of the electric instruments, and which comprises an olefin based modified polymer, wherein the olefin based modified polymer has a functional group containing silicon, which is selected from an alkoxysilyl group, a silanol group and a silyl ether group; a tackifier and a wax; wherein the olefin based modified polymer includes a modified polymer based on a copolymer of ethylene with another olefin, and wherein the hot melt adhesive further comprises a polyolefin.
A terminal comprising: a receiving section configured to receive time interval information that indicates a monitoring periodicity for monitoring a downlink, DL, control channel, and to receive downlink control information including blank resource information that indicates a blank resource; wherein the downlink control information is received at timings indicated by the monitoring periodicity; characterized by comprising: a control section configured to identify the presence or absence and location of at least one of a downlink and an uplink control channel at timings apart from the monitoring periodicity based on the blank resource information; the control section being further configured to control rate matching of a DL data channel based on the identified presence or absence and location of the at least one of a downlink and an uplink control channel. a receiving section configured to receive time interval information that indicates a monitoring periodicity for monitoring a downlink, DL, control channel, and to receive downlink control information including blank resource information that indicates a blank resource; wherein the downlink control information is received at timings indicated by the monitoring periodicity; characterized by comprising: a control section configured to identify the presence or absence and location of at least one of a downlink and an uplink control channel at timings apart from the monitoring periodicity based on the blank resource information; the control section being further configured to control rate matching of a DL data channel based on the identified presence or absence and location of the at least one of a downlink and an uplink control channel. a control section configured to identify the presence or absence and location of at least one of a downlink and an uplink control channel at timings apart from the monitoring periodicity based on the blank resource information; the control section being further configured to control rate matching of a DL data channel based on the identified presence or absence and location of the at least one of a downlink and an uplink control channel.