mhurhangee/ep-ind-claims huggingface dataset:
High voltage circuit-breaker comprising a housing defining a volume for an insulating gas, at least two making and breaking units arranged in the housing, whereby each making and breaking unit comprises a first contact element and a second contact element for forming an electrically conductive connection, at least the first contact element is movable along an axially extending switching axis of the high voltage circuit-breaker, and the first contact elements of the at least two making and breaking units are motion-coupled; a drive device connected to the first contact element of at least one making and breaking unit and configured for moving the first contact element along the switching axis over a moving distance for separating conductive connections, characterised in that the high voltage circuit-breaker further comprises: a gas damper connected to the first contact element of the at least one making and breaking unit and configured for damping the movement of the first contact element with a damping force increasing in relation to the moving distance; and at least two side rods connecting the drive device and the gas damper by surrounding at least one of the making and breaking units. a housing defining a volume for an insulating gas, at least two making and breaking units arranged in the housing, whereby each making and breaking unit comprises a first contact element and a second contact element for forming an electrically conductive connection, at least the first contact element is movable along an axially extending switching axis of the high voltage circuit-breaker, and the first contact elements of the at least two making and breaking units are motion-coupled; a drive device connected to the first contact element of at least one making and breaking unit and configured for moving the first contact element along the switching axis over a moving distance for separating conductive connections, characterised in that the high voltage circuit-breaker further comprises: a gas damper connected to the first contact element of the at least one making and breaking unit and configured for damping the movement of the first contact element with a damping force increasing in relation to the moving distance; and at least two side rods connecting the drive device and the gas damper by surrounding at least one of the making and breaking units.
A wall-mounted washing machine having a dryer, comprising: a tub and/or drum; a duct body having a passage therein configured to guide gas from an inlet to an outlet, wherein the passage is curved laterally and vertically, and the outlet is directed toward the tub and/or drum; a heater at the inlet, configured to heat the gas; a fan at the inlet, outside the heater, configured to blow the gas toward the heater; and a duct cover at an upper side of the duct body, and corresponding to a shape of the duct body, wherein the duct body comprises a tube at the outlet, and a cross-sectional area of the tube is smaller than a cross-sectional area of the passage at the inlet and wherein the passage comprises at least one partition on or in the passage, configured to maintain a flow velocity of the gas, whereby the duct cover has at least one groove at a position that corresponds to the at least one partition, and a part of the partition is in the groove. a tub and/or drum; a duct body having a passage therein configured to guide gas from an inlet to an outlet, wherein the passage is curved laterally and vertically, and the outlet is directed toward the tub and/or drum; a heater at the inlet, configured to heat the gas; a fan at the inlet, outside the heater, configured to blow the gas toward the heater; and a duct cover at an upper side of the duct body, and corresponding to a shape of the duct body, wherein the duct body comprises a tube at the outlet, and a cross-sectional area of the tube is smaller than a cross-sectional area of the passage at the inlet and wherein the passage comprises at least one partition on or in the passage, configured to maintain a flow velocity of the gas, whereby the duct cover has at least one groove at a position that corresponds to the at least one partition, and a part of the partition is in the groove.
A method for determining data embedded into a light output of a light source (121,122) with an image acquisition device comprising at least a first color channel comprising a plurality of first pixels configured to detect light in a first wavelength range and a second color channel comprising a plurality of second pixels configured to detect light in a second wavelength range, characterised in that the method comprises the steps of: adjusting an initial gain of the first color channel and/or an initial gain of the second color channel so that the distribution of a histogram of pixel values for the first color channel is substantially different from the distribution of a histogram of pixel values for the second color channel according to one or more measures of distribution; obtaining one or more images of a scene acquired with the image acquisition device configured with the adjusted gains for the first and second color channels, the scene containing the light output of the light source; and processing pixel values of at least some of the plurality of first pixels and the plurality of second pixels in the one or more of the acquired images to determine the data embedded into the light output. adjusting an initial gain of the first color channel and/or an initial gain of the second color channel so that the distribution of a histogram of pixel values for the first color channel is substantially different from the distribution of a histogram of pixel values for the second color channel according to one or more measures of distribution; obtaining one or more images of a scene acquired with the image acquisition device configured with the adjusted gains for the first and second color channels, the scene containing the light output of the light source; and processing pixel values of at least some of the plurality of first pixels and the plurality of second pixels in the one or more of the acquired images to determine the data embedded into the light output.
An immersion treatment installation having a) at least one immersion tank, which can be filled with a treatment fluid, in particular paint, in which the objects (3; 103) to be treated, in particular vehicle bodies, can be immersed; b) a conveyor system (4, 5; 104, 105), which can move the objects (3; 103) to be treated towards the immersion tank, into the interior of the immersion tank, out of the immersion tank and away from the immersion tank, and which comprises at least one transport carriage (5; 105), which can be moved in a translatory direction and which has a carrying platform (14; 114), which is rotatable about an axis of rotation (15; 115) and to which at least one object (3; 103) can be fastened with the aid of a connecting structure (18, 19, 20, 21, 22; 118, 119, 120, 121, 122); characterised in that c) the connecting structure (18, 19, 20, 21, 22; 118, 119, 120, 121, 122) is intrinsically movable such that the object (3; 103) occupies a first non-immersed position, in which it is at the smallest possible vertical distance from the axis of rotation (15; 115), and in that, during a rotation from this first position under the influence of gravity without additional motor influence, a progressive increase in the vertical distance between the object (3; 103) and the axis of rotation (15; 115) occurs, and in that d) the transport carriage (5; 105) has a drive roller which can be rotated by an electric motor. a) at least one immersion tank, which can be filled with a treatment fluid, in particular paint, in which the objects (3; 103) to be treated, in particular vehicle bodies, can be immersed; b) a conveyor system (4, 5; 104, 105), which can move the objects (3; 103) to be treated towards the immersion tank, into the interior of the immersion tank, out of the immersion tank and away from the immersion tank, and which comprises at least one transport carriage (5; 105), which can be moved in a translatory direction and which has a carrying platform (14; 114), which is rotatable about an axis of rotation (15; 115) and to which at least one object (3; 103) can be fastened with the aid of a connecting structure (18, 19, 20, 21, 22; 118, 119, 120, 121, 122); characterised in that c) the connecting structure (18, 19, 20, 21, 22; 118, 119, 120, 121, 122) is intrinsically movable such that the object (3; 103) occupies a first non-immersed position, in which it is at the smallest possible vertical distance from the axis of rotation (15; 115), and in that, during a rotation from this first position under the influence of gravity without additional motor influence, a progressive increase in the vertical distance between the object (3; 103) and the axis of rotation (15; 115) occurs, and in that d) the transport carriage (5; 105) has a drive roller which can be rotated by an electric motor.
Multi-layer composite, particularly thermoplastic multi-layer composite, in form of an extruded hollow section, comprising a thermoplastic outer layer and at least one further layer, wherein the outer layer is formed by a mixture based on 80 to 20 parts by weight of at least one polyamide and 20 to 80 parts by weight of at least one polyamide elastomer (TPE-A), selected from the group consisting of polyether amides, polyether ester amides, polyether ester ether amides and mixtures thereof, wherein the sum of and is 100 parts by weight, and the hollow section has been produced at extrusion speeds, of over 20 m/min, so that the produced hollow section has a higher elongation at break, of over 200%, compared to an otherwise identical hollow section, which has been produced at lower extrusion speeds, and also compared to a hollow section with a polyamide outer layer without polyamide elastomer additive, which has been produced at the same extrusion speed, wherein the elongation at break is measured at the finished hollow section according to DIN EN ISO 527-2. 80 to 20 parts by weight of at least one polyamide and 20 to 80 parts by weight of at least one polyamide elastomer (TPE-A), selected from the group consisting of polyether amides, polyether ester amides, polyether ester ether amides and mixtures thereof, wherein the sum of and is 100 parts by weight,
A circuit breaker lockout device for assembly with an instrument having a base portion, a neck portion extending in a longitudinal direction from the base portion, and a head portion extending in a lateral direction from a distal end of the neck portion, the lockout device comprising: a housing including a side wall at least partially defining an internal cavity sized to receive the head portion of the instrument, and a protrusion extending from an internal surface of the side wall and positioned to retain the head portion within the internal cavity when the head portion of the instrument is received in the internal cavity, the housing defining an opening having a first portion sized to receive the head portion of the instrument and a second portion sized to receive the neck portion of the instrument; a cover assembled with the housing and moveable between a lockout position at least partially blocking the first portion of the opening to secure the head portion of the instrument within the internal cavity, and a release position permitting withdrawal of the head portion of the instrument through the first portion of the opening; a lock interface (29, 39) configured for securing the cover in the lockout position; characterized in that the cover comprises a plate slideable with respect to the housing between the lockout position and the release position. a housing including a side wall at least partially defining an internal cavity sized to receive the head portion of the instrument, and a protrusion extending from an internal surface of the side wall and positioned to retain the head portion within the internal cavity when the head portion of the instrument is received in the internal cavity, the housing defining an opening having a first portion sized to receive the head portion of the instrument and a second portion sized to receive the neck portion of the instrument; a cover assembled with the housing and moveable between a lockout position at least partially blocking the first portion of the opening to secure the head portion of the instrument within the internal cavity, and a release position permitting withdrawal of the head portion of the instrument through the first portion of the opening; a lock interface (29, 39) configured for securing the cover in the lockout position; characterized in that the cover comprises a plate slideable with respect to the housing between the lockout position and the release position.
A method, comprising: receiving transportation information associated with a communication device, including an expected delivery time of the communication device at a final destination; calculating a device sleep time based on the expected delivery time of the communication device at the final destination, wherein calculating the device sleep time comprises calculating a start time and an end time; initiating, at the start time, transition of the communication device from a normal mode in which the communication device is powered on to a disabled mode in which the communication device is fully or partially inactivated; and initiating, at the end time, automatic transition of the communication device from the disabled mode to the normal mode. receiving transportation information associated with a communication device, including an expected delivery time of the communication device at a final destination; calculating a device sleep time based on the expected delivery time of the communication device at the final destination, wherein calculating the device sleep time comprises calculating a start time and an end time; initiating, at the start time, transition of the communication device from a normal mode in which the communication device is powered on to a disabled mode in which the communication device is fully or partially inactivated; and initiating, at the end time, automatic transition of the communication device from the disabled mode to the normal mode.
A composition comprising one or more perovskite precursors dissolved in a mixture of solvents comprising: i. one or more polar aprotic solvents, each selected in such a way that it can, when used in absence of other components, dissolve said one or more perovskite precursors, ii. one or more linear alcohols of general formula C n H 2n+1 OH, wherein n is from 1 to 12, selected from ethanol, 1-propanol, or a mixture thereof, and iii. optionally, one or more acids, wherein the one or more acids comprise an organic acid; wherein each polar aprotic solvent is a solvent with a polarity of at least 1.65 D, a dielectric constant of at least 15, and that is not able to act as a proton donor, wherein the polar aprotic solvent or mixture of polar aprotic solvents represent between 50 and 95 vol% of the mixture of solvents, and wherein the vol% of the mixture of solvents not occupied by polar aprotic solvents is occupied for at least 90 vol%, preferably for 100 vol%, by the one or more linear alcohols, and the one or more acids if present. i. one or more polar aprotic solvents, each selected in such a way that it can, when used in absence of other components, dissolve said one or more perovskite precursors, ii. one or more linear alcohols of general formula C n H 2n+1 OH, wherein n is from 1 to 12, selected from ethanol, 1-propanol, or a mixture thereof, and iii. optionally, one or more acids, wherein the one or more acids comprise an organic acid;
A hatch stop used in a wind turbine having an enclosure (6, 7) with a hatch, comprising: a first prong arranged against an internal surface of the enclosure (6, 7); a second prong, connected to the first prong, arranged against an internal surface of the hatch; and a third prong, connected to the first and second prongs, arranged against an internal surface of the hatch, wherein the first, second, and third prongs are connected in an E-shape, said hatch stop being in the form of a flat plate. a first prong arranged against an internal surface of the enclosure (6, 7); a second prong, connected to the first prong, arranged against an internal surface of the hatch; and a third prong, connected to the first and second prongs, arranged against an internal surface of the hatch, wherein the first, second, and third prongs are connected in an E-shape, said hatch stop being in the form of a flat plate.
Process for the production of polyesters comprising: a) a dicarboxylic component comprising: a1) 40-60% mol of units deriving from at least one aromatic dicarboxylic acid, a2) 60-40% mol of units deriving from at least one aliphatic dicarboxylic acid, b) a diol component comprising units deriving from at least one aliphatic diol; said process comprising an esterification step and a following polycondensation step, characterized in that: said esterification step is performed in the presence of an esterification catalyst selected from Titanium compounds, and said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.70. a) a dicarboxylic component comprising: a1) 40-60% mol of units deriving from at least one aromatic dicarboxylic acid, a2) 60-40% mol of units deriving from at least one aliphatic dicarboxylic acid, a1) 40-60% mol of units deriving from at least one aromatic dicarboxylic acid, a2) 60-40% mol of units deriving from at least one aliphatic dicarboxylic acid, b) a diol component comprising units deriving from at least one aliphatic diol; said process comprising an esterification step and a following polycondensation step, characterized in that: said esterification step is performed in the presence of an esterification catalyst selected from Titanium compounds, and said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.70. said process comprising an esterification step and a following polycondensation step, characterized in that: said esterification step is performed in the presence of an esterification catalyst selected from Titanium compounds, and said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.70. said esterification step is performed in the presence of an esterification catalyst selected from Titanium compounds, and said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.70.
A transcranial magnetic stimulation device comprising: a treatment coil comprising: a base portion that is configured to reside near a cranial surface of a human subject and is configured to substantially conform to the cranial surface of the human subject; and a protruding portion that is angularly offset from the base portion and extends outwardly from the base portion in a direction away from the surface of the human subject; and a ferromagnetic component configured to at least partially enclose the base portion (614, and configured such that the protruding portion extends through a central opening of the ferromagnetic component; wherein the treatment coil and the ferromagnetic component, in cooperative operation, are configured to generate a magnetic field in a target anatomy of the human subject; and wherein the magnetic field is further configured to induce return currents in the subject, and the ferromagnetic component is configured to spread the return currents generated by the magnetic field, such that the return currents cover a larger region in the subject as compared to the size of the region covered by the return currents induced by a magnetic field generated by the treatment coil without the inclusion of the ferromagnetic component. a treatment coil comprising: a base portion that is configured to reside near a cranial surface of a human subject and is configured to substantially conform to the cranial surface of the human subject; and a protruding portion that is angularly offset from the base portion and extends outwardly from the base portion in a direction away from the surface of the human subject; and a base portion that is configured to reside near a cranial surface of a human subject and is configured to substantially conform to the cranial surface of the human subject; and a protruding portion that is angularly offset from the base portion and extends outwardly from the base portion in a direction away from the surface of the human subject; and a ferromagnetic component configured to at least partially enclose the base portion (614, and configured such that the protruding portion extends through a central opening of the ferromagnetic component; wherein the treatment coil and the ferromagnetic component, in cooperative operation, are configured to generate a magnetic field in a target anatomy of the human subject; and wherein the magnetic field is further configured to induce return currents in the subject, and the ferromagnetic component is configured to spread the return currents generated by the magnetic field, such that the return currents cover a larger region in the subject as compared to the size of the region covered by the return currents induced by a magnetic field generated by the treatment coil without the inclusion of the ferromagnetic component.
An axle system comprising an axle stub, wherein the axle stub is embodied on its outer side so as to be essentially rotationally symmetrical about a stub axis and has two ducts (61, 62) which extend parallel to the stub axis in certain regions, wherein the ducts (61, 62) each have a section, which extends transversely with respect to the stub axis, wherein the first duct opens into a first connecting section and the second duct opens into a second second connecting section in each case in the region of the lateral face of the axle stub, wherein the connecting sections (21, 22) lie in a connecting plane which is oriented orthogonally with respect to the stub axis, wherein the axle stub has an attachment region for securing a brake carrier, wherein the brake carrier extends parallel to the connecting plane, characterized in that the minimum distance (a min) of the connecting sections (21, 22) from the attachment region is less than a third of the axle stub diameter (D 64) in the region of the attachment region.
A melt processable polyurea and/or copolyurea elastomer comprising polyurea segments derived from a lactam-terminated diisocyanate and an alkylene diol, wherein the elastomer is obtained by polymerizing: (a) a lactam-terminated diisocyanate; and (b) an alkylene diol of the general formula HO-R-OH wherein R is an alkylene group containing from 2 to 20 carbon atoms; optionally in the presence of a catalyst; wherein the lactam-terminated diisocyanate used in the preparation of the elastomer contains less than 5 percent by weight residual lactam monomer. (a) a lactam-terminated diisocyanate; and (b) an alkylene diol of the general formula HO-R-OH wherein R is an alkylene group containing from 2 to 20 carbon atoms; optionally in the presence of a catalyst; wherein the lactam-terminated diisocyanate used in the preparation of the elastomer contains less than 5 percent by weight residual lactam monomer.