mhurhangee/ep-ind-claims huggingface dataset:
A silicone holder provided with a holder plateau on which one or more molds are located, suitable for molding and making a food product, wherein each mold defines an internal volume by means of an upright wall, wherein the upright wall extends in a vertical position with respect to the holder plateau, wherein a longitudinal recess culminates in each mold, suitable for receiving at least a first part of a holder for the food product, wherein the longitudinal recess is defined at least in part by the upright walls on both sides of the recess and wherein the upright wall of the mold is interrupted at the mouth of the longitudinal recess by a vertical opening extending over the full height of the upright wall, characterized in that the upright wall culminates in a free end, wherein the free end of the upright wall defines an opening which is not in the same plane as the holder plateau, and in that the internal volume of the one or more molds is above the plane of the holder plateau.
Twisting protection arrangement (100, 1000, 1800) for a twisting protected guiding of connection means, wherein the twisting protection arrangement (100, 1000, 1800) comprises a first rotary swivel (102, 1006, 1801), a second rotary swivel (102, 1006, 1802), and an anchor element (106, 1008, 1804) with an anchor region and a further anchor region, wherein the first rotary swivel (102, 1006, 1801) comprises a first fixing element with a first tying point for fixing a first connection means, a second fixing element with a second tying point for fixing the anchor region, and a coupling piece (200, 1400, 1806) for rotatably coupling the first fixing element with the second fixing element, such that the first fixing element and the second fixing element are rotatable relatively to each other, wherein the second rotary swivel (102, 1006, 1802) comprises a further first fixing element with a further first tying point for fixing a further first connection means, a further second fixing element with a further second tying point for fixing the further anchor region, and a further coupling piece (200, 1400, 1806) for rotatably coupling the further first fixing element with the further second fixing element, such that the further first fixing element and the further second fixing element are rotatable relatively to each other; characterized in that the coupling piece (200, 1400, 1806) comprises a through hole for guiding a third connection means through along an accommodation axis, and that the further coupling piece (200, 1400, 1806) comprises a further through hole for guiding the third connection means through along a further accommodation axis.
Method for carrying out joinery work on a wooden workpiece with a combination tool which rotates about a centre axis and which comprises a roll milling cutter and a dovetail cutter with a shaft and a frustoconicalcutting head with a cone angle α projecting from an end face of the roll milling cutter, characterised in that the centre axis of the combination tool is inclined, for producing mortises or grooves in an outer surface of the wooden workpiece with side surfaces perpendicular to the outer surface of the wooden workpiece, at an angle to a perpendicular to the outer surface corresponding to half the cone angle α/2, and is moved with the dovetail cutter sunk in the wooden workpiece in a plane parallel to the outer surface of the wooden workpiece, along a closed path (19, 20) with two parallel straight lines and two semicircles.
A method for optimizing layer 3 filtering of handover measurements at a user equipment, said method comprising the following steps - memorizing layer 3 filtered measurements of a predefined set of handover measurements, layer 3 filtering using a first layer 3 filter coefficient "K"; - performing an adaptive filtering on the said predefined set of handover measurements so that obtaining adaptively filtered measurements; - searching and obtaining a second layer 3 filter coefficient so that the layer 3 filtered measurements, which are filtered with said second layer 3 filter coefficient, fit with the adaptively filtered measurements - using the said second layer 3 filter coefficient for layer 3 filtering of handover measurements. - memorizing layer 3 filtered measurements of a predefined set of handover measurements, layer 3 filtering using a first layer 3 filter coefficient "K"; - performing an adaptive filtering on the said predefined set of handover measurements so that obtaining adaptively filtered measurements; - searching and obtaining a second layer 3 filter coefficient so that the layer 3 filtered measurements, which are filtered with said second layer 3 filter coefficient, fit with the adaptively filtered measurements - using the said second layer 3 filter coefficient for layer 3 filtering of handover measurements.
A trial frame for determining the subjective refraction of a subject, comprising two lens holder devices (12, 13) for receiving insert lenses, a bridge, which connects the lens holder devices at a distance relative to each other, a nose rest device having a pivotable and height-adjustable nose rest and two temples (21, 22), the trial frame comprising two polarization filter devices, the polarization filter devices having a polarization filter, the polarization filter devices having the polarization filter each having a pivot means for pivoting the polarization filter in and out in front of the lens holder device, the polarization filter devices having the polarization filter each having a rotating means for rotating the polarization filter in front of the lens holder device, the polarization filter devices each being removably attachable to the lens holder devices (12, 13) by means of a locking connection, characterized in that the bridge connects the lens holder devices in such a manner that their distance relative to each other is adjustable, the two temples being adjustable in length and height, the polarization filter devices having a circular or a linear polarization filter, a one-piece spring clamp being formed on an attachment end of a holder (44, 45) of the polarization filter device, said spring clamp engaging behind a crosspiece (23, 24) molded to the lens holder device, an actuating lever by means of which the spring clamp can be opened being molded to the spring clamp.
A system for storing product containers, comprising a number of racks extending parallel to each other, wherein each rack is provided, on a first number of superposed levels, with side-by-side storage positions for product containers, a guide system comprising horizontal longitudinal guides extending in aisles between adjacent racks, parallel to the racks, on a second number of levels, horizontal transverse guides extending transversely to the longitudinal guides on the second number of levels, as well as junctions (7, 8, 9, 10) at positions where at least one longitudinal guide and at least one transverse guide connect, the system further comprising carriages capable of travelling along the guide system, the carriages each comprising exchange means for transferring a product container to a storage position and taking over a product container from a storage position, as well as a control system for controlling the carriages, wherein the control system comprises a central control unit and, for each carriage, a carriage control unit, which central control unit on the one hand and carriage control units on the other hand are designed to communicate with each other, with the central control unit being designed to determine a route for a carriage along a part of the guide system and to send a control signal for the route in question to the carriage control unit of the carriage in question, and wherein the carriage control unit in question is designed to control the carriage on the basis of the control signal received from the central control unit, such that the carriage will travel along the route in question, wherein the guide system is provided with unique identification signs and each carriage is furthermore provided with a reader that is designed to read an identification sign when the carriage passes the identification sign and to communicate said identification sign to the carriage control unit, characterized in that the guide system is provided with the unique identification signs at at least some of the junctions (7, 8, 9, 10), wherein the central control unit has a library at its disposal in which the relation between a unique identification sign and the associated junction (7, 8, 9, 10) is recorded, wherein the central control unit is further designed to mark certain junctions (7, 8, 9, 10) as "blocked" under certain circumstances, wherein the central control unit excludes "blocked" junctions (7, 8, 9, 10) upon determining the route, and to generate a list of unique identification signs associated with the "blocked" junctions (7, 8, 9, 10) and to send said list to the carriage control units, wherein each carriage control unit is designed to store said list in a database of the carriage control unit and to stop the carriage if the reader of the carriage communicates to the carriage control an identification sign which features on the list as stored in the database of the carriage control unit.
A method of manufacturing a hot-press-formed steel member, the steel member being manufactured by heating of a steel sheet having a chemical composition consisting of C: 0.10 to 0.30% (by mass percent, the same holds true for other chemical components), Si: 1.0 to 2.5%, Si+Al: 1.0 to 3.0% in total, and Mn: 1.5 to 3.0%, optionally 1% or less of Cr (not including 0%), optionally 0.10% or less of Ti (not including 0%), optionally 0.005% or less of B (not including 0%), optionally 0.5% or less of Ni and/or Cu (not including 0%), optionally 1% or less of Mo (not including 0%), optionally 0.05% or less of Nb (not including 0%), and the remainder consisting of iron and inevitable impurities, and by plural times of hot press forming of the steel sheet in a multistage forming process, wherein the heating temperature is an Ac 3 transformation point or higher, start temperature of a first hot press forming is the heating temperature or lower and a Ms point or higher, a plurality of times of press forming working are performed at the Ms point or higher, an average cooling rate from the heating temperature to (Ms point - 150)°C is 2 °C/sec or more, and an average cooling rate from (Ms point - 150)°C to 40°C is 5°C/sec or less. C: 0.10 to 0.30% (by mass percent, the same holds true for other chemical components), Si: 1.0 to 2.5%, Si+Al: 1.0 to 3.0% in total, and Mn: 1.5 to 3.0%,
A method for detecting an opening time of a valve, comprising: receiving a valve current profile of the valve; processing the valve current profile using at least a slope reflection detector; and determining a status of the valve based on an output of the slope reflection detector, wherein the step of processing the valve current profile using at least a slope reflection detector comprises determining mid values within a median window and mean values within a mean window, and said median window and said mean window defined data windows of the current profile of the valve, wherein the step of processing the valve current profile using at least a slope reflection detector comprises generating a slope reflection output according the relationship Out = mid*d fact -(mean*g fact), where Out is the slope reflection output at a given time, mid is the median value of the sorted data points in the median window at the given time, mean is the mean value of the data points in the mean window at the given time, d fact is one minus the absolute value of the difference between the value of mid and the value of mean and g fact is one plus the absolute value of the difference between the value of mid and the value of mean. receiving a valve current profile of the valve; processing the valve current profile using at least a slope reflection detector; and determining a status of the valve based on an output of the slope reflection detector,
Crosslinkable composition comprising: i) a fluorinated α,ω-bis(propargyl) oligomer of formula: wherein m is comprised between 1 and 100, for example between 1 and 93, n is comprised between 2 and 150, for example between 1 and 128, and p is comprised between 0 and 2, preferably between 0 and 1.75, n, m and p being chosen so that the fluorinated α,ω-bis(propargyl) oligomer of formula is of number-average molar mass M n measured by 19 F NMR spectroscopy comprised between 400 and 25,000; ii) a crosslinking agent of formula: wherein R 3 represents a hydrogen atom, a C 1 -C 6 aliphatic group or an aromatic group, and Y represents a group chosen from H, OH, an aromatic group, a C 1 -C 6 aliphatic group or an O(CH 2) s P (OR 4) 2 group with s an integer comprised between 2 and 20, preferably comprised between 2 and 6, still more preferably equal to 2, R 4 representing H or a C 1 -C 6 aliphatic group; and iii) optionally a fluorinated oligomer comprising two N 3 azide terminal groups, or fluorinated α,ω-bis(azide) oligomer. i) a fluorinated α,ω-bis(propargyl) oligomer of formula: wherein m is comprised between 1 and 100, for example between 1 and 93, n is comprised between 2 and 150, for example between 1 and 128, and p is comprised between 0 and 2, preferably between 0 and 1.75, n, m and p being chosen so that the fluorinated α,ω-bis(propargyl) oligomer of formula is of number-average molar mass M n measured by 19 F NMR spectroscopy comprised between 400 and 25,000; n is comprised between 2 and 150, for example between 1 and 128, and p is comprised between 0 and 2, preferably between 0 and 1.75, n, m and p being chosen so that the fluorinated α,ω-bis(propargyl) oligomer of formula is of number-average molar mass M n measured by 19 F NMR spectroscopy comprised between 400 and 25,000; ii) a crosslinking agent of formula: wherein R 3 represents a hydrogen atom, a C 1 -C 6 aliphatic group or an aromatic group, and Y represents a group chosen from H, OH, an aromatic group, a C 1 -C 6 aliphatic group or an O(CH 2) s P (OR 4) 2 group with s an integer comprised between 2 and 20, preferably comprised between 2 and 6, still more preferably equal to 2, R 4 representing H or a C 1 -C 6 aliphatic group; and Y represents a group chosen from H, OH, an aromatic group, a C 1 -C 6 aliphatic group or an O(CH 2) s P (OR 4) 2 group with s an integer comprised between 2 and 20, preferably comprised between 2 and 6, still more preferably equal to 2, R 4 representing H or a C 1 -C 6 aliphatic group; and iii) optionally a fluorinated oligomer comprising two N 3 azide terminal groups, or fluorinated α,ω-bis(azide) oligomer.
Method for controlling a heating device of a hob, the hob having: - at least one radiation heating device as heating device, - a hob plate under which the radiation heating device is arranged, - a safety temperature limiter which is designed as a thermomechanical functional device and which is arranged between the radiation heating device and the hob plate, the safety temperature limiter being designed to deactivate the radiation heating device when a switch-off temperature is reached, comprising the steps: - placing a cooking vessel on the hob plate above the radiation heating device, - activating the radiation heating device and simultaneously beginning to detect an initial turn-on time, - detecting deactivation of the radiation heating device by the safety temperature limiter when a switch-off temperature is reached at the safety temperature limiter, and detecting the initial switch-on time which has elapsed up to that point between activation and deactivation of the radiation heating device, - comparing the detected first switch-on time with a predefined limit switch-on time, wherein in the event that the first switch-on time is below the limit switch-on time, the power with which the radiation heating device is activated and operated is reduced. - at least one radiation heating device as heating device, - a hob plate under which the radiation heating device is arranged, - a safety temperature limiter which is designed as a thermomechanical functional device and which is arranged between the radiation heating device and the hob plate, the safety temperature limiter being designed to deactivate the radiation heating device when a switch-off temperature is reached, - placing a cooking vessel on the hob plate above the radiation heating device, - activating the radiation heating device and simultaneously beginning to detect an initial turn-on time, - detecting deactivation of the radiation heating device by the safety temperature limiter when a switch-off temperature is reached at the safety temperature limiter, and detecting the initial switch-on time which has elapsed up to that point between activation and deactivation of the radiation heating device, - comparing the detected first switch-on time with a predefined limit switch-on time, wherein in the event that the first switch-on time is below the limit switch-on time, the power with which the radiation heating device is activated and operated is reduced.
A method of producing a mask structure comprising the steps of: positioning a print head in a first position such that a droplet of masking material ejected therefrom at said first position is directed toward a location over a surface of a substrate; ejecting from said print head a first droplet of masking material directly onto said surface of said substrate to form a first print-patterned feature, said first print-patterned feature having a first lateral edge and a first centreline; repositioning said print head to a second position such that a droplet of masking material ejected therefrom at said second position is directed toward a location over said first print-patterned feature; and ejecting from said print head a second droplet of masking material directly onto a portion of said first print-patterned feature to form a second print-patterned feature, said second print-patterned feature having a second lateral edge and a second centreline; the method characterized in that the second position is such that the first lateral edge and the second lateral edge in the print travel direction are aligned in a sidewall plane which is roughly perpendicular to a plane of said surface of said substrate and to the print travel direction, and wherein said first and second centrelines (C1, C2) are not collinear. positioning a print head in a first position such that a droplet of masking material ejected therefrom at said first position is directed toward a location over a surface of a substrate; ejecting from said print head a first droplet of masking material directly onto said surface of said substrate to form a first print-patterned feature, said first print-patterned feature having a first lateral edge and a first centreline; repositioning said print head to a second position such that a droplet of masking material ejected therefrom at said second position is directed toward a location over said first print-patterned feature; and ejecting from said print head a second droplet of masking material directly onto a portion of said first print-patterned feature to form a second print-patterned feature, said second print-patterned feature having a second lateral edge and a second centreline; the method characterized in that the second position is such that the first lateral edge and the second lateral edge in the print travel direction are aligned in a sidewall plane which is roughly perpendicular to a plane of said surface of said substrate and to the print travel direction, and wherein said first and second centrelines (C1, C2) are not collinear.
Uplift prevention device for a soil-covered container, in particular a liquid gas container, which uplift prevention device comprises a container support and, connected to this on a longitudinal side in relation to a container which is to be received on the container support, in each case is at least one anchor plate (6, 6.1), wherein each anchor plate (6, 6.1) can be adjusted in a translatory manner out of a non-use position into a position of use, in which such an anchor plate (6, 6.1) projects laterally, partially or with its entire surface, over the width of the base surface of the container, which in the mounted state projects onto a horizontal surface, wherein the uplift prevention device, as a container support, comprises at least two mounting blocks (5, 5.1) spaced apart from one another in the longitudinal direction of the container, characterised in that the mounting blocks are equipped with connecting means for securing a container which is located on the mounting blocks (5, 5.1), and are provided on the under side with at least one guide channel (14, 14.1) as well as a base-side support, and that each anchor plate (6, 6.1) carries at least two rails (7, 7.1; 7.2, 7.3) which project in a transverse direction to the respective other anchor plate (6, 6.1), of which one in each case engages into a guide channel (14, 14.1) of a mounting block (5, 5.1).
A bolt with a built-in tag having a fitting hole, a tag to be attached to a bolt, the bolt with the built-in tag comprising: an IC inlet having an IC chip and a coil antenna; and a tag protection part which covers the IC inlet, characterized in that a locking part projecting to an outer diameter side more than other portions of the tag protection part is provided on an outer peripheral side of the tag protection part, and the locking part comes into contact with a coming-off preventing part located at an opening edge part of the fitting hole to prevent the tag from coming off the fitting hole, and in that the tag protection part comprises: a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin. an IC inlet having an IC chip and a coil antenna; and a tag protection part which covers the IC inlet, characterized in that a locking part projecting to an outer diameter side more than other portions of the tag protection part is provided on an outer peripheral side of the tag protection part, and the locking part comes into contact with a coming-off preventing part located at an opening edge part of the fitting hole to prevent the tag from coming off the fitting hole, and in that the tag protection part comprises: a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin. a primary molded part which is formed with a recessed fitting part for fitting the IC inlet thereinto and formed of a thermoplastic resin; and a secondary molded part which is fixed to the primary molded part to seal the recessed fitting part in a lid shape, and is formed of a thermoplastic resin.