mhurhangee/ep-ind-claims huggingface dataset:
Installation for surface treating workpieces, which are vehicle bodies, comprising a conveying apparatus for conveying the workpieces, which are each accommodated on a workpiece support of the conveying apparatus, through a treatment region for surface treating the workpieces, wherein the conveying apparatus introduces the workpieces into the treatment region and removes them from the treatment region, wherein the conveying apparatus comprises at least one lifting unit for raising and lowering the workpiece, wherein the lifting unit is moveable along a translation direction of the conveying apparatus, wherein the workpiece support is coupleable to the lifting unit and is releasable from the lifting unit and is able to be brought into a working position of the workpiece support relative to the lifting unit, and wherein the lifting unit comprises - a first coupling apparatus for coupling the workpiece support, on which the workpiece to be treated is able to be accommodated, to the lifting unit and - a second coupling apparatus for fixing the angular position of the workpiece support relative to the lifting unit in a working position of the workpiece support, characterized in that the installation comprises at least one treatment basin with a treatment bath of a treatment liquid arranged therein and in that the workpiece support is provided with a first coupling device for cooperating with the first coupling apparatus of the lifting unit and with a second coupling device for cooperating with the second coupling apparatus of the lifting unit. - a first coupling apparatus for coupling the workpiece support, on which the workpiece to be treated is able to be accommodated, to the lifting unit and - a second coupling apparatus for fixing the angular position of the workpiece support relative to the lifting unit in a working position of the workpiece support,
Locking device comprising - a lock mechanism, - a lock pillar (1, 101, 201, 301, 401) having at least one bolt opening (9, 109, 209, 309, 409) and - at least one bolt (10, 110, 210, 310, 410), which is mechanically coupled to the lock mechanism and is movable between a position retracted in the direction of the lock mechanism and a position extended through the bolt opening, and which has a blocking protrusion (14, 15, 114, 115, 214, 215, 314, 315, 414, 415) disposed inside the lock pillar and projecting in the lateral direction relative to the motional direction, and a front bolt portion (11, 111, 211, 311, 411) disposed in front of the blocking protrusion and, in the extended position, accommodated in the bolt opening with a clearance to the lock pillar, characterized by a covering element (42, 43, 242, 243, 342, 343) which is fixed in relation to the lock pillar (1, 101, 201, 301, 401) and extends parallel with the motional direction of the bolt (10, 110, 210, 310, 410), which covering element has a first recess which, when the bolt is in the extended position, is disposed laterally outside the blocking protrusion (14, 15, 114, 115, 214, 215, 314, 315, 414, 415) and is open in the direction of the bolt. - a lock mechanism, - a lock pillar (1, 101, 201, 301, 401) having at least one bolt opening (9, 109, 209, 309, 409) and - at least one bolt (10, 110, 210, 310, 410), which is mechanically coupled to the lock mechanism and is movable between a position retracted in the direction of the lock mechanism and a position extended through the bolt opening, and which has a blocking protrusion (14, 15, 114, 115, 214, 215, 314, 315, 414, 415) disposed inside the lock pillar and projecting in the lateral direction relative to the motional direction, and a front bolt portion (11, 111, 211, 311, 411) disposed in front of the blocking protrusion and, in the extended position, accommodated in the bolt opening with a clearance to the lock pillar, characterized by a covering element (42, 43, 242, 243, 342, 343) which is fixed in relation to the lock pillar (1, 101, 201, 301, 401) and extends parallel with the motional direction of the bolt (10, 110, 210, 310, 410), which covering element has a first recess which, when the bolt is in the extended position, is disposed laterally outside the blocking protrusion (14, 15, 114, 115, 214, 215, 314, 315, 414, 415) and is open in the direction of the bolt.
A method of manufacturing a transdermal absorption sheet comprising, in this order: a drug solution filling step of filling needle-shaped recesses of a mold, the needle-shaped recesses being arranged two-dimensionally, with a drug solution that is a polymer solution containing a predetermined amount of a drug; a drug solution drying step of drying the drug solution filled in the needle-shaped recesses to form a first layer containing a predetermined amount of a drug; a base solution filling step of filling the needle-shaped recesses on the first layer with a base solution that is a polymer solution not containing a predetermined amount of a drug; a base solution drying step of drying the base solution to form a second layer not containing a predetermined amount of a drug on the first layer; and a peeling-off step of peeling off the first layer and the second layer from the mold, characterized in that each step of at least from the drug solution filling step to the base solution drying step is performed in an environment with a temperature of 1°C to 10 °C. a drug solution filling step of filling needle-shaped recesses of a mold, the needle-shaped recesses being arranged two-dimensionally, with a drug solution that is a polymer solution containing a predetermined amount of a drug; a drug solution drying step of drying the drug solution filled in the needle-shaped recesses to form a first layer containing a predetermined amount of a drug; a base solution filling step of filling the needle-shaped recesses on the first layer with a base solution that is a polymer solution not containing a predetermined amount of a drug; a base solution drying step of drying the base solution to form a second layer not containing a predetermined amount of a drug on the first layer; and a peeling-off step of peeling off the first layer and the second layer from the mold, characterized in that each step of at least from the drug solution filling step to the base solution drying step is performed in an environment with a temperature of 1°C to 10 °C.
Field control element for end terminations or sleeves of cables for energy transmission, wherein the field control element has a main body, a deflector, at least one elastic electrode and an opening for receiving a cable for energy transmission and wherein an end region of the cable facing the electrode is stripped of insulation, characterized in that the field control element comprises an adapter plate which is insulating at least in a radially outer region, wherein a conductive part of the adapter plate and/or the electrode is/are designed so that they are able to enclose the stripped part of the cable within the field control element radially over the full length thereof.
A process comprising: combining, in a first vessel, a thioacid (-COSH) in the presence of a phosphine and an azodicarboxylate compound under conditions that deprotonate essentially all of the thioacid therein; combining, in a second vessel, a polyunsaturated alcohol and at least one pharmaceutically acceptable anti-oxidant; and mixing the contents of the first and second vessels so as to form a polyunsaturated thioester. combining, in a first vessel, a thioacid (-COSH) in the presence of a phosphine and an azodicarboxylate compound under conditions that deprotonate essentially all of the thioacid therein; combining, in a second vessel, a polyunsaturated alcohol and at least one pharmaceutically acceptable anti-oxidant; and mixing the contents of the first and second vessels so as to form a polyunsaturated thioester.
Method for selecting a material by measuring gas permeation through said material using a permeation enclosure comprising a first and a second chamber, the first chamber being separated from the second chamber by the material, said method comprising a preliminary preselection step consisting in measuring the permeation of helium through said material and excluding the material from the subsequent gas permeation measurement step if the permeation of the material to helium is greater than a specified threshold, wherein - the preliminary preselection step comprises the steps consisting in: ∘ filling the first chamber of the permeation enclosure with helium; and ∘ calculating the permeation of the material to helium; - and the gas permeation measurement step comprises the steps consisting in: ∘ forming a mixture comprising several isotopic gases in a mixing enclosure separate from the first chamber of the permeation enclosure, each isotopic gas corresponding, with a different mass number, to a target gas whose permeation through the material is sought; ∘ filling the first chamber with the gas mixture; ∘ simultaneously analyzing the different gases of the gas mixture that have crossed the material by permeation and are present in the second chamber, to simultaneously calculate the permeation of the material to each of the corresponding target gases. - the preliminary preselection step comprises the steps consisting in: ∘ filling the first chamber of the permeation enclosure with helium; and ∘ calculating the permeation of the material to helium; ∘ filling the first chamber of the permeation enclosure with helium; and ∘ calculating the permeation of the material to helium; - and the gas permeation measurement step comprises the steps consisting in: ∘ forming a mixture comprising several isotopic gases in a mixing enclosure separate from the first chamber of the permeation enclosure, each isotopic gas corresponding, with a different mass number, to a target gas whose permeation through the material is sought; ∘ filling the first chamber with the gas mixture; ∘ simultaneously analyzing the different gases of the gas mixture that have crossed the material by permeation and are present in the second chamber, to simultaneously calculate the permeation of the material to each of the corresponding target gases. ∘ forming a mixture comprising several isotopic gases in a mixing enclosure separate from the first chamber of the permeation enclosure, each isotopic gas corresponding, with a different mass number, to a target gas whose permeation through the material is sought; ∘ filling the first chamber with the gas mixture; ∘ simultaneously analyzing the different gases of the gas mixture that have crossed the material by permeation and are present in the second chamber, to simultaneously calculate the permeation of the material to each of the corresponding target gases.
A device for adjusting a position of a body (24, 34A) relative to a structure where the body (24, 34A) is rotatable about a hinge axis, the device comprising: a first portion (36A, 42) configured to be secured to the structure; and a second portion comprising: a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body (24, 34A); and, an adjustment mechanism (68, 70, 72) for adjusting the body (24, 34A) along the hinge axis relative to the head body; characterised in that the adjustment mechanism comprises a coupling member securable to the body (24, 34A) and an adjustment screw for causing translation of the coupling member along the hinge axis, the coupling member and the adjustment screw being axially secured to each another. a first portion (36A, 42) configured to be secured to the structure; and a second portion comprising: a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body (24, 34A); and, an adjustment mechanism (68, 70, 72) for adjusting the body (24, 34A) along the hinge axis relative to the head body; a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body (24, 34A); and, an adjustment mechanism (68, 70, 72) for adjusting the body (24, 34A) along the hinge axis relative to the head body; characterised in that the adjustment mechanism comprises a coupling member securable to the body (24, 34A) and an adjustment screw for causing translation of the coupling member along the hinge axis, the coupling member and the adjustment screw being axially secured to each another.
Device for filling in the perimeter of an opening formed in a wall for allowing a pipe to pass, characterised in that it comprises: - a flat base (6, 37) comprising a front side (8, 39) and a rear side (9, 40), said base (6, 37) comprising a perimeter limited by an outer edge (10, 41) and being provided with an inner hole (11; 42, 45) associated to a gasket (17, 39), said base (6, 37) being formed for being positioned around said pipe with its rear side (9, 40) oriented towards one of the support sides of said wall, said gasket (17, 39) being pressed against the external wall of said pipe, and the external edge (10, 41) of said base (6, 37) being formed for extending beyond the outline of said hole of the wall, a sealing means being further provided between said base (6, 37) and said support side of said wall, and - an insulating shell formed for surrounding said pipe, and on the one hand being pressed against the front side of said base (6, 37) and on the other hand being pressed against the external wall of said pipe. - a flat base (6, 37) comprising a front side (8, 39) and a rear side (9, 40), said base (6, 37) comprising a perimeter limited by an outer edge (10, 41) and being provided with an inner hole (11; 42, 45) associated to a gasket (17, 39), said base (6, 37) being formed for being positioned around said pipe with its rear side (9, 40) oriented towards one of the support sides of said wall, said gasket (17, 39) being pressed against the external wall of said pipe, and the external edge (10, 41) of said base (6, 37) being formed for extending beyond the outline of said hole of the wall, a sealing means being further provided between said base (6, 37) and said support side of said wall, and - an insulating shell formed for surrounding said pipe, and on the one hand being pressed against the front side of said base (6, 37) and on the other hand being pressed against the external wall of said pipe.
A vehicle steering system comprising: a switch used to return a steered angle (θt) of steered wheels to a neutral position; a steering angle sensor that detects a steering angle (θh) of a steering member; and a motor controller that controls a steered system motor based on the steering angle (θh) detected by the steering angle sensor and an output signal (s) from the switch, wherein the vehicle steering system is a vehicle steering system in which there is no mechanical connection between the steering member operated for steering and a steering mechanism that changes the steered angle of the steered wheels, and the steering mechanism is driven by the steered system motor, characterized in that the motor controller includes a neutral position return controller that controls the steered system motor such that the steered angle (θt) of the steered wheels is changed toward a steered angle corresponding to the neutral position of the steered wheels when the switch is operated in a state where a turning amount of the steering member from a turning angle of the steering member corresponding to the neutral position of the steered wheels is within a prescribed range. a switch used to return a steered angle (θt) of steered wheels to a neutral position; a steering angle sensor that detects a steering angle (θh) of a steering member; and a motor controller that controls a steered system motor based on the steering angle (θh) detected by the steering angle sensor and an output signal (s) from the switch, wherein the vehicle steering system is a vehicle steering system in which there is no mechanical connection between the steering member operated for steering and a steering mechanism that changes the steered angle of the steered wheels, and the steering mechanism is driven by the steered system motor, characterized in that the motor controller includes a neutral position return controller that controls the steered system motor such that the steered angle (θt) of the steered wheels is changed toward a steered angle corresponding to the neutral position of the steered wheels when the switch is operated in a state where a turning amount of the steering member from a turning angle of the steering member corresponding to the neutral position of the steered wheels is within a prescribed range.
A method for providing an analog audio or video signal to a user, comprising: sampling at least one predetermined time interval of said analog audio or video signal at a user specific sampling rate dependent on the at least one predetermined time interval, thereby obtaining temporally organized samples; removing all temporal organization between successive ones of said temporally organized samples, thereby obtaining temporally unorganized and having no time interrelation series of samples solely comprising time independent amplitude information; transmitting said temporally unorganized series of samples to said user; and reconstructing said analog audio or video signal by spacing successive samples of said temporally unorganized series of samples by a user-specific sampling interval, thereby obtaining a digital reconstructed copy of said audio or video signal, said user-specific sampling interval corresponding to said user-specific sampling rate, and converting said digital reconstructed copy into said analog audio or video signal. sampling at least one predetermined time interval of said analog audio or video signal at a user specific sampling rate dependent on the at least one predetermined time interval, thereby obtaining temporally organized samples; removing all temporal organization between successive ones of said temporally organized samples, thereby obtaining temporally unorganized and having no time interrelation series of samples solely comprising time independent amplitude information; transmitting said temporally unorganized series of samples to said user; and reconstructing said analog audio or video signal by spacing successive samples of said temporally unorganized series of samples by a user-specific sampling interval, thereby obtaining a digital reconstructed copy of said audio or video signal, said user-specific sampling interval corresponding to said user-specific sampling rate, and converting said digital reconstructed copy into said analog audio or video signal.
A method of operating a vibrating element apparatus which, in use, is subject to contact and removal of contact with a fluid, said method including the steps of: causing a vibrating element to vibrate at a natural operating frequency during normal operation being an immersed or uncovered vibrating element; observing a change in said frequency; in response to an absolute value of the change in said frequency exceeding a respective first threshold, indicating a change of environment in contact with said vibrating element, so that said vibrating element has become uncovered or immersed, respectively; storing over time a plurality of measurements of said operating frequency during normal operation to capture changes in said measurements; and in response to the measurements indicating an absolute value of the change in said frequency exceeding a respective second threshold, lower than said respective first threshold, generating an alert. causing a vibrating element to vibrate at a natural operating frequency during normal operation being an immersed or uncovered vibrating element; observing a change in said frequency; in response to an absolute value of the change in said frequency exceeding a respective first threshold, indicating a change of environment in contact with said vibrating element, so that said vibrating element has become uncovered or immersed, respectively; storing over time a plurality of measurements of said operating frequency during normal operation to capture changes in said measurements; and in response to the measurements indicating an absolute value of the change in said frequency exceeding a respective second threshold, lower than said respective first threshold, generating an alert.
Method of ultrasonic clamp-on flow measurement based on a transit time principle using two sound transducers with transducer elements which are installed on a measuring pipe, wherein at least one transducer element consists of at least two array elements, characterized in that, during an analysis phase with the following steps: a. measurement of a transit time between a transducer element of the first sound transducer and a first array element of the second sound transducer b. measurement of a transit time between a transducer element of the first sound transducer and a second array element of the second sound transducer c. calculation of a time difference (delta_tc) between the transit times and an acoustic calibration factor (Kaf) is determined using the calculated time difference (delta_tc) and this acoustic calibration factor (Kaf) is used during the subsequent operating phase for the measurement of a volumetric flow rate in order to compensate for the acoustic influence of the measuring pipe. a. measurement of a transit time between a transducer element of the first sound transducer and a first array element of the second sound transducer b. measurement of a transit time between a transducer element of the first sound transducer and a second array element of the second sound transducer c. calculation of a time difference (delta_tc) between the transit times and