mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a sequence of processing steps for processing workpieces, which were produced with a flatbed machine tool, in particular a laser cutting or punching flatbed machine tool, in accordance with a processing plan including exact shapes and relative positions of the produced workpieces in relation to each other, wherein the workpieces are arranged on a sorting table as well as providing (step 51) a processing image data set of the processing plan, wherein the arrangement of the workpieces was based on the processing image data set of the processing plan, wherein workpiece collecting point units are used for collecting workpieces and at least one of the workpiece collecting point units includes a signal device and a display unit, the method comprising the steps in the sequence: recognizing which produced workpiece was taken from the sorting table by comparing (step 81) the processing image data set of the processing plan with a sorting image data set (27, 29), which was generated with an imaging-based detection of the workpiece, wherein a sorting signal is generated (step 83) including information about a workpiece to be further processed; selecting (step 85) one of the workpiece collecting point units associated with the sorting signal; driving (step 87) the signal device of the selected workpiece collecting point unit to output an identification signal indicating to an operator the location of the selected workpiece collecting point unit for placing the workpiece to be further processed; transmitting (step 89) workpiece information resulting from the sorting signal about the workpiece to be further processed to the selected workpiece collecting point unit; and displaying (step 91) the workpiece information on the display unit of the selected workpiece collecting point unit. recognizing which produced workpiece was taken from the sorting table by comparing (step 81) the processing image data set of the processing plan with a sorting image data set (27, 29), which was generated with an imaging-based detection of the workpiece, wherein a sorting signal is generated (step 83) including information about a workpiece to be further processed; selecting (step 85) one of the workpiece collecting point units associated with the sorting signal; driving (step 87) the signal device of the selected workpiece collecting point unit to output an identification signal indicating to an operator the location of the selected workpiece collecting point unit for placing the workpiece to be further processed; transmitting (step 89) workpiece information resulting from the sorting signal about the workpiece to be further processed to the selected workpiece collecting point unit; and displaying (step 91) the workpiece information on the display unit of the selected workpiece collecting point unit.
An in vitro method for the obtention of a food- or auto-antigen specific Tr1 cell population from a human leukocyte population or a human peripheral blood mononuclear cell (PBMC) population, said method consisting of: 1) stimulating the human PBMC or leukocyte population with the food- or auto-antigen, 2) recovering the food- or auto-antigen specific Tr1 cell population from the stimulated cell population, provided that said method does not comprise stimulating human peripheral blood lymphocytes with ovalbumin. 1) stimulating the human PBMC or leukocyte population with the food- or auto-antigen, 2) recovering the food- or auto-antigen specific Tr1 cell population from the stimulated cell population,
An uncured pneumatic tire comprising a generally toroidal-shaped supporting carcass (4, 14, 24) with an radially outer circumferential tread (8, 11, 28), two spaced beads (5, 15, 25), at least one ply extending from bead to bead, sidewalls (3, 13, 23) extending radially from and connecting said tread to said beads, and a sealant layer (7, 17, 27) which is disposed radially inwardly from the supporting carcass (4, 14, 24), wherein the sealant layer (7, 17, 27) is located (i) radially between two layers of an innerliner (6, 16) or (ii) radially between said supporting carcass (4, 14, 24) and a radially inner containment layer or (iii) radially between an innerliner layer (6, 16) and a containment layer, wherein said circumferential tread (8, 11, 18) is adapted to be ground-contacting, characterized in that the sealant layer (7, 17, 27) is encapsulated by a relatively stiff composition, wherein the relatively stiff composition is configured to break down at temperatures used for tire vulcanization, preferably in a range of from 130°C to 175°C, and to form a sealant material, wherein the relatively stiff material does not interfere with the function of surrounding tire components, and wherein the sealant layer (7, 17, 27) comprises a relatively low viscosity material that requires only little or no depolymerization to act as a sealant material.
A vortex generator arrangement 115 comprising a section 405 that defines an opening 421 to a corresponding cavity 423; an aircraft airflow modification device 301 disposed within the cavity 423 further comprising a resiliently deformable flap member 303 and a resiliently deformable base member 305; wherein the resiliently deformable flap member 303 of an aircraft airflow modification device 301 in a first state extends through the opening 421 when the resiliently deformable base member 305 is in a corresponding first state, and wherein the resiliently deformable flap member 303 of the aircraft airflow modification device 301 in a second state is retracted from the opening 421 when the resiliently deformable base member 305 is in a corresponding second state, characterized in that the first state of the resiliently deformable flap member 303 and the corresponding first state of the resiliently deformable base member 305 are unbuckled states.
Method of authentication between a mobile terminal, situated at a distance less than a first predetermined distance from the body of a user, the mobile terminal comprising an NFC antenna constituting a radio interface suitable for transmitting and receiving radio signals, and a processing terminal comprising an NFC antenna suitable for transmitting and receiving radio signals, the mobile terminal and the processing terminal exchanging information by means of modulated radio signals, the radio signals being transmitted between the mobile terminal and the processing terminal using a capacity for conductivity of the body of the user, the method comprising: - a step of detecting that a part of the body of the user is situated at a distance less than a second predetermined distance from a user interface of the processing terminal, said detection triggering a wakeup of the processing terminal and the establishment of communication between the processing terminal and the mobile terminal, - a step of the processing terminal inviting the user to enter a personal authentication datum, - a step of the processing terminal sending the mobile terminal a radio signal comprising said personal authentication datum, - a step of the processing terminal receiving a radio signal transmitted by the mobile terminal comprising a datum representing the result of a verification of the personal authentication datum performed by the mobile terminal, - a step of verifying said datum received by the processing terminal, the authentication being successful when the verification is positive. - a step of detecting that a part of the body of the user is situated at a distance less than a second predetermined distance from a user interface of the processing terminal, said detection triggering a wakeup of the processing terminal and the establishment of communication between the processing terminal and the mobile terminal, - a step of the processing terminal inviting the user to enter a personal authentication datum, - a step of the processing terminal sending the mobile terminal a radio signal comprising said personal authentication datum, - a step of the processing terminal receiving a radio signal transmitted by the mobile terminal comprising a datum representing the result of a verification of the personal authentication datum performed by the mobile terminal, - a step of verifying said datum received by the processing terminal, the authentication being successful when the verification is positive.
A synthetic silica glass material having an OH concentration of 10-150 ppm by weight, an H 2 level of 1 x 10 16 to 2 x 10 17 molecules/cm 3, which has a measured fluence-dependent transmission of less than 1.0 x 10 -4 cm pulse/mJ after exposure to excimer laser radiation at a wavelength of about 193 nm.
Process for producing a synthesis gel, comprising: mixing a solution 1, a solution 2, and optionally at least one further solution with a basic solution 3 to obtain a precipitate, removing the precipitate to obtain a mixed hydroxide, and optionally washing and drying the mixed hydroxide, and dissolving or suspending the mixed hydroxide in a basic solution 4 to obtain a synthesis gel, wherein solution 1 comprises a silicon source and optionally a titanium source, a germanium source, a tin source and/or a phosphorus source in water or a water/alcohol mixture, solution 2 comprises an aluminium source and optionally a boron source, a gallium source, an indium source and/or a phosphorus source in water or a water/alcohol mixture, the molar amounts of the compounds used in solutions 1 and 2, in the optional further solution(s) and in the basic solution 3 satisfy equation: 1 < ∑ n B a − ∑ n S r n A l where: ∑ nBa: denotes the sum total of the molar amounts of the bases Ba used with a pK B of < 8, each multiplied by the number n of protolysis stages with a pK B of < 8, ∑ nSr: denotes the sum total of the molar amounts of the acids Sr used with a pK A of < 4.5, each multiplied by the number n of protolysis stages with a pK A of < 4.5, n Al: denotes the sum total of the molar amounts of aluminum used, and the basic solution 4 comprises potassium hydroxide and potassium carbonate dissolved in water or a water/alcohol mixture, and in which the molar amounts of potassium hydroxide and potassium carbonate are chosen such that the molar ratio of K 1 2 O to SiO 2 in the synthesis gel is in the range from 0.10 to 0.15 and the molar ratio of K total 2 O to SiO 2 in the synthesis gel is in the range from 0.35 to 0.50, where K 1 is potassium in the synthesis gel that originates from potassium hydroxide in solution 4, and K total is the sum total of the potassium species in the synthesis gel. mixing a solution 1, a solution 2, and optionally at least one further solution with a basic solution 3 to obtain a precipitate, removing the precipitate to obtain a mixed hydroxide, and optionally washing and drying the mixed hydroxide, and dissolving or suspending the mixed hydroxide in a basic solution 4 to obtain a synthesis gel, ∑ nBa: denotes the sum total of the molar amounts of the bases Ba used with a pK B of < 8, each multiplied by the number n of protolysis stages with a pK B of < 8, ∑ nSr: denotes the sum total of the molar amounts of the acids Sr used with a pK A of < 4.5, each multiplied by the number n of protolysis stages with a pK A of < 4.5, n Al: denotes the sum total of the molar amounts of aluminum used,
A computer implemented method, using a processor, memory and data storage subsystems for providing visual feedback in a graphical user interface having a menu listing for transferring settings from one experiment directory to another experiment directory by dragging and dropping icons in the GUI comprising the steps of: displaying a GUI having a navigation system including a plurality of icons and levels; receiving a selection from a user of a first icon located on one of the displayed levels wherein the first icon is associated with a first set of settings; receiving a selection from a user to drag the first icon and drop the first icon onto a second icon located on one of the displayed levels wherein the second icon is associated with a second set of settings; in response to dropping the first icon onto the second icon, overwriting the second set of settings with a copy of the first set of settings, also overwriting the settings of the lower levels (208, 210, 212, 214, 218, 220, 224, 226, 228) downstream of the second icon; and in response to overwriting the second set of settings, updating the GUI to display the changes. displaying a GUI having a navigation system including a plurality of icons and levels; receiving a selection from a user of a first icon located on one of the displayed levels wherein the first icon is associated with a first set of settings; receiving a selection from a user to drag the first icon and drop the first icon onto a second icon located on one of the displayed levels wherein the second icon is associated with a second set of settings; in response to dropping the first icon onto the second icon, overwriting the second set of settings with a copy of the first set of settings, also overwriting the settings of the lower levels (208, 210, 212, 214, 218, 220, 224, 226, 228) downstream of the second icon; and in response to overwriting the second set of settings, updating the GUI to display the changes.
UHMWPE film having a tensile strength of at least 2.0 GPa, a tensile energy to break of at least 30 J/g, obtainable by subjecting a starting UHMWPE with an Mw of at least 500 000 gram/mole, an elastic shear modulus, determined directly after melting at 160°C of at most 0.9 MPa, and a Mw/Mn ratio of at most 6 to a compacting step and a stretching step under such conditions that at no point during the processing of the polymer its temperature is raised to a value above its melting point
A method for recovering biological material coupled to a microarray slide, comprising: selecting a biological material to be recovered from the microarray slide; finding the biological material within a distinct spatial region on the microarray slide surface; and eluting at least a portion of the selected biological material from the distinct spatial region without eluting substantial amounts of non-selected biological material from regions of the microarray slide that are not within the distinct spatial region, wherein eluting includes applying a denaturing buffer to the distinct spatial region that functions to release the portion of the biological material from the microarray slide. selecting a biological material to be recovered from the microarray slide; finding the biological material within a distinct spatial region on the microarray slide surface; and eluting at least a portion of the selected biological material from the distinct spatial region without eluting substantial amounts of non-selected biological material from regions of the microarray slide that are not within the distinct spatial region, wherein eluting includes applying a denaturing buffer to the distinct spatial region that functions to release the portion of the biological material from the microarray slide.
A winding device, in particular an automatic winding device, of a timepiece movement, comprising two metal components that cooperate through an interface that is subjected to friction, characterized in that at least one of said components is in austenitic stainless steel, comprising at least one friction surface hardened by carbon or nitrogen type atoms introduced into the austenitic stainless steel over a predetermined depth.
A method for controlling a shearer configured to be carried by a face conveyor comprising a plurality of face conveyor segments, wherein each face conveyor segment includes a shearer guiding rail segment and a shield support, and to travel along a longwall face in an underground mine in a first travel direction and a second travel direction opposing the first travel direction to extract material with a first cutting drum and a second cutting drum, the method comprising: setting a first cutting profile including a plurality of desired positions (D i) to be approached by the first cutting drum in the first travel direction; advancing the shearer towards the longwall face in a working direction, the advancing of the shearer comprising advancing the plurality of face conveyor segments towards the longwall face in the working direction; characterised by determining a plurality of actual advancing vectors (v i) at the face conveyor along the longwall face, each actual advancing vector (v i) indicating a change of a position of the shearer resulting from advancing the shearer in the working direction and the influence of the bottom floor constitution; determining a plurality of shearer orientations (O i) along the longwall face resulting from advancing the shearer in the working direction and the influence of the bottom floor constitution; and generating a second cutting profile including a plurality of desired positions (R i) to be approached by at least one of the first cutting drum and the second cutting drum in the second travel direction of the shearer based on the set first cutting profile, the plurality of actual advancing vectors (v i), and the plurality of shearer orientations (O i). setting a first cutting profile including a plurality of desired positions (D i) to be approached by the first cutting drum in the first travel direction; advancing the shearer towards the longwall face in a working direction, the advancing of the shearer comprising advancing the plurality of face conveyor segments towards the longwall face in the working direction; characterised by determining a plurality of actual advancing vectors (v i) at the face conveyor along the longwall face, each actual advancing vector (v i) indicating a change of a position of the shearer resulting from advancing the shearer in the working direction and the influence of the bottom floor constitution; determining a plurality of shearer orientations (O i) along the longwall face resulting from advancing the shearer in the working direction and the influence of the bottom floor constitution; and generating a second cutting profile including a plurality of desired positions (R i) to be approached by at least one of the first cutting drum and the second cutting drum in the second travel direction of the shearer based on the set first cutting profile, the plurality of actual advancing vectors (v i), and the plurality of shearer orientations (O i).
A method of making an aerosol of a solution comprising levofloxacin or ofloxacin and a divalent or trivalent cation, said method comprising: obtaining a solution comprising levofloxacin or ofloxacin and a divalent or trivalent cation; and aerosolizing said solution to achieve an aerosol comprising a mass median aerodynamic diameter of 5μm or less, wherein said aerosol is suitable for inhalation into a lung. obtaining a solution comprising levofloxacin or ofloxacin and a divalent or trivalent cation; and aerosolizing said solution to achieve an aerosol comprising a mass median aerodynamic diameter of 5μm or less, wherein said aerosol is suitable for inhalation into a lung.
Assembly comprising a computer of a motor vehicle powertrain, a housing of the computer and a cover (31; 131) cooperating with the housing for sealing said housing, characterized in that this assembly comprises a protection device (30; 130) comprising a first protection means (32; 132) adapted to receive a screwing tool, said first means (32; 132) and said cover (31; 131) being in one piece.
Valve unit with a purge air pump for use in a fuel tank system of an internal combustion engine with a fuel tank and a storage element for temporary storage of hydrocarbons, wherein the fuel tank and the storage element are connected together such that the hydrocarbons, which gasify out of a fuel present in the fuel tank, are stored in the storage element, wherein the storage element is connected to the purge air pump which has a suction side and a pressure side, wherein fresh air can be conveyed to the storage element by the purge air pump, whereby the hydrocarbons are released from the storage element and supplied to the internal combustion engine for combustion, characterized in that the valve unit has an adjustment element which is mounted movably in the valve unit, wherein the valve unit is designed to be connected to the purge air pump such that in a first position of the adjustment element, a first adjustment element passage connects the pressure side of the purge air pump to a first line leading to the internal combustion engine and a second adjustment element passage connects the suction side of the purge air pump to a second line leading via the storage element toward the fuel tank, and that in a second position of the adjustment element, a third adjustment element passage connects the pressure side of the purge air pump to the second line and a fourth adjustment element passage connects the suction side of the purge air pump to the first line.
System for adjusting the height of an agricultural implement, comprising an arm that can be controlled so as to raise and lower the agricultural implement, a height measuring sensor, and a calculator configured to provide a control set point for the height of the arm on the basis of the measurements obtained by the height measuring sensor, characterised in that the height measuring sensor is an imaging system comprising at least one camera mounted such that it can form an image of a scene located in front of the agricultural implement in the direction of travel of a vehicle equipped with the arm, and a computer processing unit configured to produce, on the basis of the images delivered by the at least one camera, a 3D reconstruction representative of the relief of the aforementioned scene.
An extendable rail system for drawers having a drawer rail on which a drawer can be arranged, and with an adjustable inclination device for the drawer, wherein the inclination device includes a first support point, by which the drawer can be inclined, and a second support point which is adjustable in height by first adjusting elements (12, 12', 12") of the inclination device, wherein the inclination device includes at least one further third support point which is adjustable in height by further second adjusting elements (13, 13') of the inclination device, characterized in that the first support point, the second support point and the third support point are spaced from each other along the drawer rail.
A composition comprising a combination of Aβ peptide immunogen constructs consisting of the amino acid sequences of SEQ ID NOs:62 and 63 or SEQ ID NOs:64 and 65.