mhurhangee/ep-ind-claims huggingface dataset:
A device adapted to be mounted onto a energized overhead power line, comprising a casing, the casing being composed of at least a first half and a second half (8A, 8B), said halves (8A, 8B) being linked by a mechanism positioned there between, wherein the mechanism is positioned between a proximal end of the first half of the casing and a proximal end of the second half of the casing, wherein the mechanism comprises at least one hinge having an axis of rotation along the proximal end of the first half of the casing and the proximal end of the second half of the casing, the mechanism being arranged so that said halves (8A, 8B) are held in at least an open position, creating an opening in which said line can be guided and positioned and a closed position, in which said halves (8A, 8B) are mated, wherein said halves (8A, 8B) respectively comprise a first half and a second half of a magnetic split-core, characterised in that the device comprises at least one strap, through which the halves (8A, 8B) of the casing are further connected to each other, said strap being configured to also mate with said overhead power line in order to perform a clamping of the device onto said line, when said line is energized, wherein a length of the at least one strap is determined for allowing the at least one strap to guide and align the power line excursion between the halves (8A, 8B) of the casing, so that said halves (8A, 8B) are triggered in the closed position when the halves (30A, 30B) of the magnetic split-core surround said line due to an electromagnetic attraction between the halves (30A, 30B) of said split-core, wherein an end of the at least one strap is connected to a distal end of the first half of the casing and the other end of said strap is connected to a distal end of the second half of the casing, and wherein each half (8A, 8B) of the casing has the form of a shell delimited by a rim (10A, 10B), wherein the ends of the at least one strap are connected to the respective rims (10A, 10B). characterised in that the device comprises at least one strap, through which the halves (8A, 8B) of the casing are further connected to each other, said strap being configured to also mate with said overhead power line in order to perform a clamping of the device onto said line, when said line is energized, wherein a length of the at least one strap is determined for allowing the at least one strap to guide and align the power line excursion between the halves (8A, 8B) of the casing, so that said halves (8A, 8B) are triggered in the closed position when the halves (30A, 30B) of the magnetic split-core surround said line due to an electromagnetic attraction between the halves (30A, 30B) of said split-core, wherein an end of the at least one strap is connected to a distal end of the first half of the casing and the other end of said strap is connected to a distal end of the second half of the casing, and wherein each half (8A, 8B) of the casing has the form of a shell delimited by a rim (10A, 10B), wherein the ends of the at least one strap are connected to the respective rims (10A, 10B).
A torque sensor system for a pedelec, comprising a middle shaft, an annular gear, a planetary gear train, a sun gear output shaft, and a signal processing component which are engaged in turn; wherein: the signal processing component is provided for measuring a performance of an applied force, converting measuring results thereof to an electric signal, and outputting the electric signal; characterized in that the planetary gear train acts as a power input unit, and the annular gear acts as a power output unit; a pressure conversion device is provided for receiving a first applied force generated by the power output unit and then converting the first applied force to a second applied force based on a lever principle; the pressure conversion device is engaged in turn with the annular gear, the planetary gear train, the sun gear output shaft, and the signal processing component; and the signal processing component is provided for measuring a performance of the second applied force, wherein the middle shaft serves as an input shaft, which is fixed with a planetary support of the planetary gear train through a spline structure, and the planetary gear train is driven by the middle shaft; a relative movement exists between the planetary gear train and the sun gear output shaft; a torque signal acting on the middle shaft is converted to a pressure signal by the annular gear combined with the pressure conversion device, and the pressure signal is converted to an electric signal and then transmitted to a controller by the signal processing component; and finally, a torque feedback is achieved. the signal processing component is provided for measuring a performance of an applied force, converting measuring results thereof to an electric signal, and outputting the electric signal; characterized in that the planetary gear train acts as a power input unit, and the annular gear acts as a power output unit; a pressure conversion device is provided for receiving a first applied force generated by the power output unit and then converting the first applied force to a second applied force based on a lever principle; the pressure conversion device is engaged in turn with the annular gear, the planetary gear train, the sun gear output shaft, and the signal processing component; and the signal processing component is provided for measuring a performance of the second applied force, wherein the middle shaft serves as an input shaft, which is fixed with a planetary support of the planetary gear train through a spline structure, and the planetary gear train is driven by the middle shaft; a relative movement exists between the planetary gear train and the sun gear output shaft; a torque signal acting on the middle shaft is converted to a pressure signal by the annular gear combined with the pressure conversion device, and the pressure signal is converted to an electric signal and then transmitted to a controller by the signal processing component; and finally, a torque feedback is achieved.
An implantable system, comprising: an atrial leadless pacemaker (aLP) configured to be implanted in or on an atrial chamber; and a ventricular leadless pacemaker (vLP) configured to be implanted in or on a ventricular chamber; the aLP configured to: determine an atrial-to-atrial interval (AA interval) for an atrial event, wherein the AA interval comprises a duration between the atrial event and an immediately preceding atrial event; characterized in that the aLP is further configured to: determine whether or not a variation associated with the AA interval is within a specified tolerance, and based thereon, determine whether or not an atrial event message should be transmitted to the vLP to inform the vLP of the atrial event; abstain from transmitting the atrial event message to the vLP, when there is a determination that the atrial event message should not be transmitted to the vLP, to thereby abstain from informing the vLP of the atrial event; and transmit the atrial event message to the vLP, when there is a determination that the atrial event message should be transmitted to the vLP, to thereby inform the vLP of the atrial event. an atrial leadless pacemaker (aLP) configured to be implanted in or on an atrial chamber; and a ventricular leadless pacemaker (vLP) configured to be implanted in or on a ventricular chamber; the aLP configured to: determine an atrial-to-atrial interval (AA interval) for an atrial event, wherein the AA interval comprises a duration between the atrial event and an immediately preceding atrial event; abstain from transmitting the atrial event message to the vLP, when there is a determination that the atrial event message should not be transmitted to the vLP, to thereby abstain from informing the vLP of the atrial event; and transmit the atrial event message to the vLP, when there is a determination that the atrial event message should be transmitted to the vLP, to thereby inform the vLP of the atrial event.
A steam station apparatus for garments, comprising: a first water heater (512, 1514) comprising a chamber (920, 1534) including a chamber interior surface and a heating element (1012, 1536), and wherein the first water heater is configured to heat water such that steam is produced; a first non-stick substance applied to at least a portion of the chamber (920, 1534) interior surface, the first non-stick substance configured to reduce adhesion to the chamber (920, 1534) interior surface of the first water heater (512, 1514) with respect to a calcium compound within the water; a filter assembly downstream of and in fluid communication with the first water heater (512, 1514), the filter assembly including a particulate filter element configured to filter out at least some calcium compound solids received within a fluid flow from the chamber of the first water heater (512, 1514). a first water heater (512, 1514) comprising a chamber (920, 1534) including a chamber interior surface and a heating element (1012, 1536), and wherein the first water heater is configured to heat water such that steam is produced; a first non-stick substance applied to at least a portion of the chamber (920, 1534) interior surface, the first non-stick substance configured to reduce adhesion to the chamber (920, 1534) interior surface of the first water heater (512, 1514) with respect to a calcium compound within the water; a filter assembly downstream of and in fluid communication with the first water heater (512, 1514), the filter assembly including a particulate filter element configured to filter out at least some calcium compound solids received within a fluid flow from the chamber of the first water heater (512, 1514).
An antiperspirant composition obtainable by extrusion of a composition comprising: a) a solid component comprising: a solid structurant comprising at least one high melt wax having a melting temperature of at least 60 °C, comprising at least one paraffin wax having a melting temperature of at least 60° C in a total amount of from 19 weight percent to 29 weight percent in the antiperspirant composition, a powder comprising an antiperspirant active agent, and b) a liquid component, wherein the solid component is present in the composition in an amount of at least 40 weight percent, wherein the solid structurant is present in the composition in an amount of at least 30 weight percent, wherein the liquid component is present in the composition in an amount of at least 35 weight percent, wherein the antiperspirant active agent is present in the composition in an amount of 8 to 25 weight percent. a) a solid component comprising: a solid structurant comprising at least one high melt wax having a melting temperature of at least 60 °C, comprising at least one paraffin wax having a melting temperature of at least 60° C in a total amount of from 19 weight percent to 29 weight percent in the antiperspirant composition, a powder comprising an antiperspirant active agent, and a solid structurant comprising at least one high melt wax having a melting temperature of at least 60 °C, comprising at least one paraffin wax having a melting temperature of at least 60° C in a total amount of from 19 weight percent to 29 weight percent in the antiperspirant composition, a powder comprising an antiperspirant active agent, and b) a liquid component, wherein the solid component is present in the composition in an amount of at least 40 weight percent, wherein the solid structurant is present in the composition in an amount of at least 30 weight percent, wherein the liquid component is present in the composition in an amount of at least 35 weight percent, wherein the antiperspirant active agent is present in the composition in an amount of 8 to 25 weight percent. wherein the solid component is present in the composition in an amount of at least 40 weight percent, wherein the solid structurant is present in the composition in an amount of at least 30 weight percent, wherein the liquid component is present in the composition in an amount of at least 35 weight percent, wherein the antiperspirant active agent is present in the composition in an amount of 8 to 25 weight percent.
Wiper blade with a supporting element which has two interconnected spring rails, and with a wiper strip which is received by the spring rails in a manner allowing it to be exchanged, wherein one end of the wiper strip is connected fixedly to a thickened portion (74, 98, 100, 108, 110, 112, 114) by means of which the wiper strip is fixed relative to the supporting element, the thickened portion (74, 98, 100, 108, 110, 112, 114) is placed against a bridge which connects the spring rails to each other, or against and end side of the spring rails, wherein the wiper strip is fixed by means of an end cap (38, 116), the wiper blade being characterised in that the end cap engages over the thickened portion (74, 98, 100, 108, 112, 114) and the bridge and has releasable latching means (82, 92; 130).
A high voltage inductive adder (700; 900) comprising: a first source; a first switch electrically coupled with the first source; a first transformer core (710A; 915) having a torus shape with a first central aperture, the first transformer core electrically coupled with the first switch via a first primary winding; a second source; a second switch electrically coupled with the second source; a second transformer core (710B; 915) having a torus shape with a second central aperture, the second transformer core electrically coupled with the second switch via a second primary winding; a secondary winding including: an inner rod (705; 905) disposed within the first central aperture and the second central aperture; characterized in that the secondary winding further including; an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load. a first source; a first switch electrically coupled with the first source; a first transformer core (710A; 915) having a torus shape with a first central aperture, the first transformer core electrically coupled with the first switch via a first primary winding; a second source; a second switch electrically coupled with the second source; a second transformer core (710B; 915) having a torus shape with a second central aperture, the second transformer core electrically coupled with the second switch via a second primary winding; a secondary winding including: an inner rod (705; 905) disposed within the first central aperture and the second central aperture; characterized in that the secondary winding further including; an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load. an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load.
Method for coding a dimensionally stable packaging container or an associated part made of a plastic and/or paper-based material composition, wherein the packaging container being suitable for storing consumer goods, such as foodstuffs, detergents, etc., wherein during a shape-forming process for forming the three-dimensional packaging container or the associated part with a tool shape, at least one outer and/or inner side (12a, 12b, 12c) at at least one position undergoes a shape-shifting treatment acting on its first surface for producing at least one three-dimensional code (2a - d; 3a, 3b) in the form of a digital watermark (2a - d; 3a, 3b), characterized in that the three-dimensional code pattern (18a - 18k; 19a, 19b) by means of a device for a non-contact processing method, such as a laser device (4; 24), is worked into second surfaces of the tool shape or mold inserts (15, 16, 17, 18, 19) which can be arranged therein in such a way that, in the case of a further shape shifting treatment, the surface depressions and/or elevations are contained in the second surface in the form of minute points or other minute cross-sectional areas, wherein surface depressions and/or elevations formed during further shape shifting treatments are formed complementary to surface depressions and/or elevations formed during the shape shifting treatment. wherein during a shape-forming process for forming the three-dimensional packaging container or the associated part with a tool shape, at least one outer and/or inner side (12a, 12b, 12c) at at least one position undergoes a shape-shifting treatment acting on its first surface for producing at least one three-dimensional code (2a - d; 3a, 3b) in the form of a digital watermark (2a - d; 3a, 3b), characterized in that the three-dimensional code pattern (18a - 18k; 19a, 19b) by means of a device for a non-contact processing method, such as a laser device (4; 24), is worked into second surfaces of the tool shape or mold inserts (15, 16, 17, 18, 19) which can be arranged therein in such a way that, in the case of a further shape shifting treatment, the surface depressions and/or elevations are contained in the second surface in the form of minute points or other minute cross-sectional areas, wherein surface depressions and/or elevations formed during further shape shifting treatments are formed complementary to surface depressions and/or elevations formed during the shape shifting treatment.
Battery module, comprising: a plurality of aligned battery cells, each of the battery cells comprising a cell case, a cap assembly placed on the cell case, a negative cell terminal and a positive cell terminal; a plurality of busbars disposed on top of the cap assemblies, each of the busbars being configured for electrically connecting cell terminals (11, 12) of at least two battery cells; a cell supervision circuit carrier, CSCC, configured to host a cell supervision circuit, CSC, and comprising a connector configured for establishing a data communication with the CSC, wherein the CSCC is configured to electrically connect the CSC to the negative cell terminal of one battery cell and to the cell cases of at least some of the remaining battery cells of the plurality of battery cells, the cell cases constituting or being connected to the positive terminals. a plurality of aligned battery cells, each of the battery cells comprising a cell case, a cap assembly placed on the cell case, a negative cell terminal and a positive cell terminal; a plurality of busbars disposed on top of the cap assemblies, each of the busbars being configured for electrically connecting cell terminals (11, 12) of at least two battery cells; a cell supervision circuit carrier, CSCC, configured to host a cell supervision circuit, CSC, and comprising a connector configured for establishing a data communication with the CSC, wherein the CSCC is configured to electrically connect the CSC to the negative cell terminal of one battery cell and to the cell cases of at least some of the remaining battery cells of the plurality of battery cells, the cell cases constituting or being connected to the positive terminals.
Device for converting radiofrequency energy into direct current, receiving at the input at least one radiofrequency signal and generating at the output, a direct current able to supply at least one charge, characterised in that said conversion device comprises at least two conversion stages each comprising: - a radiofrequency filtering module, connected to a first input node of said conversion stage, configured to filter one of said at least one radiofrequency signal; - a voltage offset module, connected between a second input node of said conversion stage, said radiofrequency filtering module and an intermediate node of said conversion stage, configured to offset a voltage present at the level of said first input node onto said intermediate node; - a voltage rectification module, connected between said intermediate node, said second input node and an output node of said conversion stage, configured to rectify the voltage of said intermediate node and deliver a rectified voltage onto said output node; in that, for the first conversion stage, said second input node is connected to a reference voltage, and for a higher conversion stage, said second input node is connected to the output node of a lower conversion stage, and in that said direct current is generated on the output node of the last conversion stage. - a radiofrequency filtering module, connected to a first input node of said conversion stage, configured to filter one of said at least one radiofrequency signal; - a voltage offset module, connected between a second input node of said conversion stage, said radiofrequency filtering module and an intermediate node of said conversion stage, configured to offset a voltage present at the level of said first input node onto said intermediate node; - a voltage rectification module, connected between said intermediate node, said second input node and an output node of said conversion stage, configured to rectify the voltage of said intermediate node and deliver a rectified voltage onto said output node;
Reversing cutter for front installation with driving connection on a single-axle working machine which is guided on bars, containing a housing, a blade shaft which is arranged therein and which extends transversely relative to the travel direction, a rapid excavation unit which is arranged behind the housing when viewed in a working travel direction a, a sieve unit, a depth guide for height adjustment of the rapid excavation unit, wherein the rapid excavation unit in a working position defines the soil immersion depth of the blade shaft and during the transfer operation or transport in a transfer or transport position (U, T) acts as a support roller in order to raise the blade shaft from the ground, wherein the rapid excavation unit has a roller and pivot elements, wherein the rapid excavation unit is pivotably secured to the housing by means of the pivot elements, wherein the pivot elements are arranged or supported so as to be able to be freely pivoted at a rotation location on the housing, and the rapid excavation unit purely by pivoting the rapid excavation unit about the rotation location can be moved into the working position or into the transfer or transport position (U. T), characterized in that the rapid excavation unit is arranged so as to be able to be freely pivoted between an end stop in the transfer or transport position (U, T) and a stop in the working position without any locking actions.