mhurhangee/ep-ind-claims huggingface dataset:
Switching device comprising an airtight chamber extending along a longitudinal axis in which are housed two contacts movable with respect to each other along the axis, said contacts being secured to electrodes extending along the axis outside the airtight chamber, in which: - the casing of the chamber comprises a tubular part open at its ends, a first conductive cap (6 1) secured to a first end of the tubular part by a first junction area, and means for closing the second end of the tubular part; - the first cap (6 1) comprises a bottom substantially orthogonal to the longitudinal axis through which a first contact electrode runs, extended on its periphery by a side wall (7 1) up to the junction area; - the chamber is clad with an insulating coating made of thermosetting resin; - characterized in that: - the first cap (6 1) is housed without clearance within a first conductive cover, this cover following the shape of the cap, said cover comprising a bottom wall against which the bottom of said first cap (6 1) leans, and a peripheral side wall extending parallel to the side wall (7 1) of said first cap (6 1) and over the same length, the cover forming a cup of a shape complementary to that of the first cap, - the first cover is formed by a metallic mesh. - the casing of the chamber comprises a tubular part open at its ends, a first conductive cap (6 1) secured to a first end of the tubular part by a first junction area, and means for closing the second end of the tubular part; - the first cap (6 1) comprises a bottom substantially orthogonal to the longitudinal axis through which a first contact electrode runs, extended on its periphery by a side wall (7 1) up to the junction area; - the chamber is clad with an insulating coating made of thermosetting resin; - characterized in that: - the first cap (6 1) is housed without clearance within a first conductive cover, this cover following the shape of the cap, said cover comprising a bottom wall against which the bottom of said first cap (6 1) leans, and a peripheral side wall extending parallel to the side wall (7 1) of said first cap (6 1) and over the same length, the cover forming a cup of a shape complementary to that of the first cap, - the first cover is formed by a metallic mesh. - the first cap (6 1) is housed without clearance within a first conductive cover, this cover following the shape of the cap, said cover comprising a bottom wall against which the bottom of said first cap (6 1) leans, and a peripheral side wall extending parallel to the side wall (7 1) of said first cap (6 1) and over the same length, the cover forming a cup of a shape complementary to that of the first cap, - the first cover is formed by a metallic mesh.
A clamp for patching a rupture in a pipe, the clamp comprising: a wrapping assembly that can at least partially encircle a pipe and be positioned on a rupture of the pipe; and a tensioning device including a lever mechanism that is operable to place the wrapping assembly about the pipe under different tensions so as to allow pressure applied by the wrapping assembly to the rupture to be adjusted, characterised in that the wrapping assembly includes strapping and an adjustment device that can frictionally engage the strapping at any desired point to selectively set the effective length of the strapping that can be wrapped about the pipe, wherein the lever mechanism is an over centre lever mechanism having, i) a handle that is pivotally connected to the wrapping assembly at a first pivot point, and ii) a linkage arm that is pivotally connected to the handle at a second pivot point and the second pivot point passes over the first pivot point when operating the lever mechanism between the loaded working position in which the wrapping assembly is located in a circumferentially contracted state and an unloaded neutral position in which the wrapping assembly is located in a circumferentially expanded state. a wrapping assembly that can at least partially encircle a pipe and be positioned on a rupture of the pipe; and a tensioning device including a lever mechanism that is operable to place the wrapping assembly about the pipe under different tensions so as to allow pressure applied by the wrapping assembly to the rupture to be adjusted, characterised in that the wrapping assembly includes strapping and an adjustment device that can frictionally engage the strapping at any desired point to selectively set the effective length of the strapping that can be wrapped about the pipe, wherein the lever mechanism is an over centre lever mechanism having, i) a handle that is pivotally connected to the wrapping assembly at a first pivot point, and ii) a linkage arm that is pivotally connected to the handle at a second pivot point and the second pivot point passes over the first pivot point when operating the lever mechanism between the loaded working position in which the wrapping assembly is located in a circumferentially contracted state and an unloaded neutral position in which the wrapping assembly is located in a circumferentially expanded state. i) a handle that is pivotally connected to the wrapping assembly at a first pivot point, and ii) a linkage arm that is pivotally connected to the handle at a second pivot point and the second pivot point passes over the first pivot point when operating the lever mechanism between the loaded working position in which the wrapping assembly is located in a circumferentially contracted state and an unloaded neutral position in which the wrapping assembly is located in a circumferentially expanded state.
A sulfidized sorbent composition comprising a porous silica support material impregnated with CuO nanoparticles, wherein said CuO nanoparticles further comprise Zn, wherein the nanoparticles are uniformly distributed throughout the porous silica support and sulfur compounds are adsorbed on the nanoparticles.
A process for preparing amorphous Dexlansoprazole comprising: • drying Dexlansoprazole in a crystalline form, designated as Form D, having a water content ranging from 3 to 8% w/w; an ethanol content ranging from 4 to 8% w/w, having an XPRD, wherein the most intense peaks fall at 6.7, 8.8, 12.2, 14.4, 17.9, 18.8, 19.2, 19.7, 20.2, 20.6 and 23.7 ± 0.2° in 2θ; and having a DSC thermogram, wherein the main endothermic peaks fall at 65°C and at 145°C; at a temperature ranging from 20 to 40°C; if the case under reduced pressure; and • recovering the solid. • drying Dexlansoprazole in a crystalline form, designated as Form D, having a water content ranging from 3 to 8% w/w; an ethanol content ranging from 4 to 8% w/w, having an XPRD, wherein the most intense peaks fall at 6.7, 8.8, 12.2, 14.4, 17.9, 18.8, 19.2, 19.7, 20.2, 20.6 and 23.7 ± 0.2° in 2θ; and having a DSC thermogram, wherein the main endothermic peaks fall at 65°C and at 145°C; at a temperature ranging from 20 to 40°C; if the case under reduced pressure; and • recovering the solid.
Sealing-strip system having a sealing strip for sealing a suction zone of a suctioned roller suitable for use in a machine for manufacturing and/or processing a fibrous web, wherein the sealing strip has a wear volume which is successively removed by tribological contact with the roller, and having a wear-indication unit, characterized in that the wear-indication unit is formed by at least one tube (4.1, 4.2..., 4.n) which is configured in or on the sealing strip and which is at least in part disposed on or in the sealing strip in the region of the wear volume and is filled with a pressurized medium and which can be monitored by a suitable measuring unit.
A capacitive touch panel, comprising: a plurality of driving electrodes, {X n}, n = 1, 2,..., N, spatially arranged along a row direction; a plurality of sensing electrodes, {Y m}, m = 1, 2,..., M, spatially arranged crossing over the plurality of driving electrodes {X n} along a column direction perpendicular to the row direction, such that the plurality of driving electrodes {X n} and the plurality of sensing electrodes {Y m} define a touch sensor matrix having N rows and M columns, each of N and M being a positive integer; and a driver electrically coupled to the touch sensor matrix characterized in that the driver is configured to generate a driving signal to synchronically drive one or a group of the plurality of driving electrodes {X n} and (M-j) sensing electrodes of the plurality of sensing electrodes {Y m}, wherein j = 1, 2, 3,..., or M-1, such that at least one sensing electrode is not driven by the driving signal, and wherein the remaining driving electrodes of the plurality of driving electrodes {X n} are grounded. a plurality of driving electrodes, {X n}, n = 1, 2,..., N, spatially arranged along a row direction; a plurality of sensing electrodes, {Y m}, m = 1, 2,..., M, spatially arranged crossing over the plurality of driving electrodes {X n} along a column direction perpendicular to the row direction, such that the plurality of driving electrodes {X n} and the plurality of sensing electrodes {Y m} define a touch sensor matrix having N rows and M columns, each of N and M being a positive integer; and a driver electrically coupled to the touch sensor matrix characterized in that the driver is configured to generate a driving signal to synchronically drive one or a group of the plurality of driving electrodes {X n} and (M-j) sensing electrodes of the plurality of sensing electrodes {Y m}, wherein j = 1, 2, 3,..., or M-1, such that at least one sensing electrode is not driven by the driving signal, and wherein the remaining driving electrodes of the plurality of driving electrodes {X n} are grounded.
A monitoring system for an energy storage system comprising a plurality of energy storage cells, comprising - at least one stretchable electronic unit, and - a communication element, the stretchable electronic unit comprising a conductive material and a stretchable sheet, the conductive material being printed on the stretchable sheet, the stretchable electronic unit being arrangeable at least at one of the energy storage cells, the stretchable electronic unit being configured to generate data based on strain applied on the stretchable electronic unit, the stretchable electronic unit comprising a processing element, the processing element being connected to the stretchable electronic unit and configured to parse data generated by the stretchable electronic unit, and the communication element being integrated in the stretchable electronic unit and configured to transfer data generated by the stretchable electronic unit. - at least one stretchable electronic unit, and - a communication element, the stretchable electronic unit comprising a conductive material and a stretchable sheet, the conductive material being printed on the stretchable sheet, the stretchable electronic unit being arrangeable at least at one of the energy storage cells, the stretchable electronic unit being configured to generate data based on strain applied on the stretchable electronic unit, the stretchable electronic unit comprising a processing element, the processing element being connected to the stretchable electronic unit and configured to parse data generated by the stretchable electronic unit, and the communication element being integrated in the stretchable electronic unit and configured to transfer data generated by the stretchable electronic unit.
Steam iron having a steam chamber body which has steam-conducting regions (6, 8, 9), wherein a middle and an upper steam-conducting region (6, 9) are sealed off by a steam chamber cover and a lower steam-conducting region is arranged above a sole plate, wherein the lower steam-conducting region corresponds to an array of steam outlet openings in the sole plate so that steam can be delivered via the lower steam-conducting region to the steam outlet openings, wherein the steam chamber body has a vertical wall section which separates the middle steam-conducting region from the upper steam-conducting region with the steam chamber cover, wherein a horizontal wall section is provided, which separates the upper steam-conducting region from the lower steam-conducting region which is at least partially arranged thereunder, characterised in that the steam chamber cover has a three-dimensionally preformed structure which corresponds to the vertical wall section, wherein the end face of the vertical wall section is in direct contact with opposite sections of the steam chamber cover, the steam chamber cover is connected to the steam chamber body by pressing on in the elastic range and so the vertical wall section and the opposite sections of the steam chamber cover are connected in sealing relationship.
A transport frame having a body with walls and a detachable roof arranged on top of the body, wherein the roof comprises a top surface and side walls extending downward from the top surface and having an essentially vertical dimension, and the transport frame has a locking means for locking the roof to the body, the locking means comprising an operating handle and a vertical bar as locking member extending essentially downward from the operating handle toward the wall of the body, the operating handle being used to arrange the locking means and the vertical bar to its locked position and open position and the operating handle being arranged to be used from the top surface of the roof.
An indicator light interpretation device for indicator lights of an electronic device, comprising: a storage system configured to store two or more device images of the electronic device, wherein the two or more device images comprise images taken at predetermined or known time intervals or time periods; and a processing system coupled to the storage system, with the processing system configured to process the two or more device images, with the two or more device images including one or more indicator lights, identify the electronic device using the two or more device images, identify one or more indicator lights in the two or more device images, and generate indicated information for the electronic device from the one or more indicator lights, wherein the indicated information comprises an interpretation of information conveyed by the one or more indicator lights, wherein identifying of the electronic device is performed by comparing the two or more device images to templates of a library of known electronic devices, wherein identifying the one or more indicator lights further comprising identifying an indicator light variation including one or more of a variation period, a variation duty cycle, a variation sequence, a variation intensity range, or a variation color range and wherein characteristics of a time-wise variation can be identified from the two or more device images taken at predetermined or known time intervals or time periods. a storage system configured to store two or more device images of the electronic device, wherein the two or more device images comprise images taken at predetermined or known time intervals or time periods; and a processing system coupled to the storage system, with the processing system configured to process the two or more device images, with the two or more device images including one or more indicator lights, identify the electronic device using the two or more device images, identify one or more indicator lights in the two or more device images, and generate indicated information for the electronic device from the one or more indicator lights, wherein the indicated information comprises an interpretation of information conveyed by the one or more indicator lights, wherein identifying of the electronic device is performed by comparing the two or more device images to templates of a library of known electronic devices, wherein identifying the one or more indicator lights further comprising identifying an indicator light variation including one or more of a variation period, a variation duty cycle, a variation sequence, a variation intensity range, or a variation color range and wherein characteristics of a time-wise variation can be identified from the two or more device images taken at predetermined or known time intervals or time periods.
A centrifugal compressor comprising: a housing; an impeller having an axial inlet and a radial outlet; a diffuser; and a control ring mounted for shifting between an inserted position and a retracted position, characterised in that the control ring comprises: a sleeve portion having a foraminate layer (160,162,166). a housing; an impeller having an axial inlet and a radial outlet; a diffuser; and a control ring mounted for shifting between an inserted position and a retracted position, characterised in that the control ring comprises: a sleeve portion having a foraminate layer (160,162,166).
A receptacle for spent cooking oil or fat, the receptacle comprising: a base portion; and a side wall coupled to the base portion at a boundary between the base portion and the side wall; wherein the base portion comprises a liquid absorbent layer for absorbing spent cooking oil or fat, and a liquid impermeable layer; the liquid absorbent layer is disposed on the liquid impermeable layer; and a stiffness of the receptacle at the boundary between the base portion and the side wall is less than a stiffness of at least part of the side wall remote from the boundary and/or a stiffness of at least part of the base portion remote from the boundary. a base portion; and a side wall coupled to the base portion at a boundary between the base portion and the side wall; wherein the base portion comprises a liquid absorbent layer for absorbing spent cooking oil or fat, and a liquid impermeable layer; the liquid absorbent layer is disposed on the liquid impermeable layer; and a stiffness of the receptacle at the boundary between the base portion and the side wall is less than a stiffness of at least part of the side wall remote from the boundary and/or a stiffness of at least part of the base portion remote from the boundary.
Electromagnetic actuating device having a housing and two actuator pins (3, 4) which are mounted in the housing such that they can move independently of one another between a rest position, in which they are retracted into the housing, and a working position, in which they are deployed out of the housing, said actuator pins being loaded with force in the deployment direction by a spring means, and blocking pins (7, 8) which hold the actuator pins (3, 4) in the rest position by detent means and are displaceable relative to the actuator pins (3, 4) in the movement direction of the latter, wherein the blocking pins (7, 8) are loaded with force in the deployment direction by further spring means and, in order to release the detent means, are displaced in the retraction direction under the action of electromagnetic force, and wherein the actuating device has an electromagnet which is assigned to the blocking pins (7, 8) jointly and which has a reversible direction of the magnetic field, and those end sections of the blocking pins (7, 8) which face away from the actuator pins (3, 4) are provided with permanent magnets (20, 21) with bipolar magnetization, said permanent magnets being oriented with opposite polarity with respect to one another in the movement direction.
A medicament delivery device comprising: a needle for delivering a medicament; and an insertion mechanism configured to urge the needle in a first direction parallel to a longitudinal axis of the needle; wherein the insertion mechanism comprises a driving mechanism which is configured to exert a force in a second direction perpendicular to the first direction, and a cam which is coupled to the needle and is configured to receive a force from the driving mechanism and move in the first direction in response to the received force, and wherein the driving mechanism comprises a driving plunger having an angled surface and characterized in that it makes contact with an angled surface of the cam and exert a force on the cam. a needle for delivering a medicament; and an insertion mechanism configured to urge the needle in a first direction parallel to a longitudinal axis of the needle; wherein the insertion mechanism comprises a driving mechanism which is configured to exert a force in a second direction perpendicular to the first direction, and a cam which is coupled to the needle and is configured to receive a force from the driving mechanism and move in the first direction in response to the received force, and wherein the driving mechanism comprises a driving plunger having an angled surface and characterized in that it makes contact with an angled surface of the cam and exert a force on the cam.
Compressed-air processing device for a vehicle, comprising - a solenoid valve, wherein a solenoid valve output port of the solenoid valve is coupled to a compressor control output, - a regeneration solenoid valve which is coupled to the solenoid valve output port, and - a discharge valve, characterized in that the solenoid valve output port is coupled to a pressure control input of the discharge valve. - a solenoid valve, wherein a solenoid valve output port of the solenoid valve is coupled to a compressor control output, - a regeneration solenoid valve which is coupled to the solenoid valve output port, and - a discharge valve,
A working machine comprising: a main body portion (2, 3); a working device mounted on the main body portion (2, 3) so as to have a changeable posture, the working device including one or a plurality of replaceable replacement portions; a posture sensor (80, 81, 82, 83) which detects a posture of the working device; one or a plurality of transmission devices (5, 52, 53) disposed in the replacement portions (41, 42, 43) for transmitting a radio signal including identification information of the replacement portions (41, 42, 43); a receiving device disposed in the main body portion for receiving a radio signal transmitted from the transmission devices (5, 52, 53); characterized in that the working machine further comprises a determination portion which determines whether the working device is at a receivable posture which allows the receiving device to receive the radio signal or the working device is at an unreceivable posture which does not allow the receiving device to receive the radio signal based on posture information detected by the posture sensor (80, 81, 82, 83), wherein when determining that the working device is at the unreceivable posture, the determination portion sets the receiving device in a power saving mode in which the radio signal is unreceivable, and when determining that the working device takes the receivable posture with the receiving device being set in the power saving mode, and returns the receiving device to a normal power mode in which the radio signal is receivable. a main body portion (2, 3); a working device mounted on the main body portion (2, 3) so as to have a changeable posture, the working device including one or a plurality of replaceable replacement portions; a posture sensor (80, 81, 82, 83) which detects a posture of the working device; one or a plurality of transmission devices (5, 52, 53) disposed in the replacement portions (41, 42, 43) for transmitting a radio signal including identification information of the replacement portions (41, 42, 43); a receiving device disposed in the main body portion for receiving a radio signal transmitted from the transmission devices (5, 52, 53); characterized in that the working machine further comprises a determination portion which determines whether the working device is at a receivable posture which allows the receiving device to receive the radio signal or the working device is at an unreceivable posture which does not allow the receiving device to receive the radio signal based on posture information detected by the posture sensor (80, 81, 82, 83), wherein when determining that the working device is at the unreceivable posture, the determination portion sets the receiving device in a power saving mode in which the radio signal is unreceivable, and when determining that the working device takes the receivable posture with the receiving device being set in the power saving mode, and returns the receiving device to a normal power mode in which the radio signal is receivable.