mhurhangee/ep-ind-claims huggingface dataset:
Watch including a bracelet or strap and a watch case, the bracelet including a first arm in which is housed a first printed circuit portion, and a second arm in which is housed a second printed circuit portion, the first arm being connected to the second arm via a median part arranged to act as a seat for the watch case and which includes means for ensuring electrical continuity between the first printed circuit portion and the second printed circuit portion, at least one of the first or second printed circuit portions (4, 6) carrying at least one microcontroller and the other printed circuit portion carrying at least one electrical energy source supplying the microcontroller with electrical current, the watch case being electronically totally independent form the bracelet.
A 3-phase 4-pole 2-layer armature winding of a rotating electrical machine, a winding of each phase of the armature winding forming a series coil, each series coil comprising: upper coil pieces and lower coil pieces which are connected to each other at a connection side coil end and a counter-connection side coil end, the upper coil pieces and lower coil pieces being placed in 54 slots provided in an armature core, characterized in that at least one coil piece (22 or 23) of the upper or lower coil pieces (15, 16), provided in at least one of an innermost position or an outermost position from the center of a phase belt of each phase, being replaced with a coil piece (24 or 25) of an adjacent phase. upper coil pieces and lower coil pieces which are connected to each other at a connection side coil end and a counter-connection side coil end, the upper coil pieces and lower coil pieces being placed in 54 slots provided in an armature core, characterized in that at least one coil piece (22 or 23) of the upper or lower coil pieces (15, 16), provided in at least one of an innermost position or an outermost position from the center of a phase belt of each phase, being replaced with a coil piece (24 or 25) of an adjacent phase.
A method for copy protection of an optical record carrier, comprising: determining encrypted audiovisual or audio content to be stored in a first physical area on the optical record carrier; determining program instructions to be stored in a second physical area on the optical record carrier; wherein the program instructions, when executed on a playback device, cause the playback device to read byte values at certain positions within the first physical area, the byte values corresponding to respective bytes of the encrypted audiovisual or audio content, and to further cause the playback device to assemble a data entity including the byte values, and to store the assembled data entity to a storage means, wherein, thereafter, when the program instructions are executed on the playback device, the data entity is interpreted as additional program instructions, so that the control flow of the program instructions is modified depending on whether the optical record carrier comprises encrypted content or decrypted content. determining encrypted audiovisual or audio content to be stored in a first physical area on the optical record carrier; determining program instructions to be stored in a second physical area on the optical record carrier; wherein the program instructions, when executed on a playback device, cause the playback device to read byte values at certain positions within the first physical area, the byte values corresponding to respective bytes of the encrypted audiovisual or audio content, and to further cause the playback device to assemble a data entity including the byte values, and to store the assembled data entity to a storage means, wherein, thereafter, when the program instructions are executed on the playback device, the data entity is interpreted as additional program instructions, so that the control flow of the program instructions is modified depending on whether the optical record carrier comprises encrypted content or decrypted content.
A toner for electrophotography comprising a resin A comprising at least a polyester moiety obtained through polycondensation of an alcohol component, a carboxylic acid component, and a polyhydroxyamine compound represented by the following formula in an amount of 0.01% by mass or more and 5.0% by mass or less based on the total amount of all the monomer components of the resin A: wherein R 1 represents a hydroxyalkyl group having a number of carbon atoms of 1 or more and 5 or less; R 2 represents a hydrogen atom, an alkyl group having a number of carbon atoms of 1 or more and 6 or less, or a hydroxyalkyl group having a number of carbon atoms of 1 or more and 5 or less; and R 3 and R 4 each represent an alkanediyl group having a number of carbon atoms of 1 or more and 5 or less, provided that R 3 and R 4 may be the same as or different from each other, wherein the toner comprises an amorphous resin H, an amorphous resin L having a softening point as measured according to the description that is lower by 20°C or more than the amorphous resin H, and a crystalline resin C, and at least one selected from the amorphous resin L and the crystalline resin C is the resin A.
An intelligent connector module, connected with at least one first execution component in an electric appliance, wherein the intelligent connector module comprises a communication and control unit and a first switch array and drive unit, wherein: the communication and control unit is connected with an electric appliance master control module and configured to receive a control signal from the electric appliance master control module; and the first switch array and drive unit is connected with the communication and control unit, the first switch array and drive unit is connected with the first execution component, and the first switch array and drive unit is configured to control operation of the first execution component in response to the control signal received by the communication and control unit, wherein the first execution component is a component driven by direct current, and the first switch array and drive unit provides the first execution component with a DC drive, the intelligent connector module further comprising an AC full-bridge rectification unit connected with the first switch array and drive unit and configured to provide the first execution component with a DC driving voltage through the first switch array. the communication and control unit is connected with an electric appliance master control module and configured to receive a control signal from the electric appliance master control module; and the first switch array and drive unit is connected with the communication and control unit, the first switch array and drive unit is connected with the first execution component, and the first switch array and drive unit is configured to control operation of the first execution component in response to the control signal received by the communication and control unit, wherein the first execution component is a component driven by direct current, and the first switch array and drive unit provides the first execution component with a DC drive, the intelligent connector module further comprising an AC full-bridge rectification unit connected with the first switch array and drive unit and configured to provide the first execution component with a DC driving voltage through the first switch array.
An arrangement of a pipe on a funnel, - in which a pipe interior is fluid-connected to a funnel interior, - in which the pipe is fastened to the funnel by means of a clamp connection, - wherein a connector is integrally formed on the funnel, said connector having at least two separate, axially open cut-outs in the circumferential direction, - wherein a connecting sleeve is placed onto the outside of the connector, said connecting sleeve having a clamping collar, which tapers towards the funnel and is integrally formed on the connecting sleeve, - wherein the pipe is placed onto the connector with an end section that faces the funnel, - wherein the end section has a counter clamping collar, which is integrally formed thereon and tapers away from the funnel, - wherein the clamp connection has a clamp, which has an annular connecting body, which fits over the clamping collar and the counter clamping collar and prestresses them axially towards each other. - in which a pipe interior is fluid-connected to a funnel interior, - in which the pipe is fastened to the funnel by means of a clamp connection, - wherein a connector is integrally formed on the funnel, said connector having at least two separate, axially open cut-outs in the circumferential direction, - wherein a connecting sleeve is placed onto the outside of the connector, said connecting sleeve having a clamping collar, which tapers towards the funnel and is integrally formed on the connecting sleeve, - wherein the pipe is placed onto the connector with an end section that faces the funnel, - wherein the end section has a counter clamping collar, which is integrally formed thereon and tapers away from the funnel, - wherein the clamp connection has a clamp, which has an annular connecting body, which fits over the clamping collar and the counter clamping collar and prestresses them axially towards each other.
A split shaft configured to convey drive power from a first machine arrangement within a machine line to a second machine arrangement within the machine line to power the processing, at least in part, of the articles by the second machine arrangement, the split shaft comprising: a proximal shaft section having a first proximal shaft end and a second proximal shaft end, the first proximal shaft end being configured to couple to the first machine arrangement; and a distal shaft section having a first distal shaft end and a second distal shaft end, the first distal shaft end being configured to couple to the second machine arrangement, the second distal shaft end being configured to engage with the second proximal shaft end to convey the drive power from the first machine arrangement to the second machine arrangement, wherein the second proximal shaft end includes a first indicator, and the second distal shaft end includes a second indicator, and alignment of the first indicator and the second indicator conveys timing for the drive power, characterized in that the second indicator of the second distal shaft end includes a notch, and the first indicator of the second proximal shaft end includes a projection (116c,d) that fits within the notch. a proximal shaft section having a first proximal shaft end and a second proximal shaft end, the first proximal shaft end being configured to couple to the first machine arrangement; and a distal shaft section having a first distal shaft end and a second distal shaft end, the first distal shaft end being configured to couple to the second machine arrangement, the second distal shaft end being configured to engage with the second proximal shaft end to convey the drive power from the first machine arrangement to the second machine arrangement, wherein the second proximal shaft end includes a first indicator, and the second distal shaft end includes a second indicator, and alignment of the first indicator and the second indicator conveys timing for the drive power, characterized in that the second indicator of the second distal shaft end includes a notch, and the first indicator of the second proximal shaft end includes a projection (116c,d) that fits within the notch.
Tumble dryer comprising a drum which is rotatably mounted in a housing, a loading opening which can be closed by a door, and a fan and a heating device for generating a process air stream which flows through a heat exchanger, it being possible for the condensate accumulating during the drying process to be pumped into a drawer which is formed as a condensate container and is arranged in an insertion shaft in the upper region of the housing, characterised in that at least one spring element is arranged in the insertion shaft of the drawer and secures the drawer in the end position when said drawer is inserted, in that the spring element is arranged in the insertion shaft on a crossbeam that connects the side walls of the housing and in that the spring element consists of a plastics strip of which each end is fastened to the crossbeam.
A power supply and control circuit for a motor-driven conveying roller, where the conveying roller incorporates a hollow body of the roller rotating on an axis, in which hollow body an electronically commutated electric motor comprising coils and coil terminals is incorporated and coupled to the hollow body of the roller by elements for driving the roller body and for the transfer of torque, in which body a cable is also incorporated and fitted to a connector to which the respective terminals of the coils of the electric motor are connected, the power supply and control circuit further comprising an external commutation device, the external commutation device applying voltage to a first potential terminal connected to the connector, said first potential supplying power to included position sensors, said position sensors providing signal outputs, wherein the number of position sensors with signal outputs may be at least one, characterized by that a second potential is generated by an additional circuitry, said second potential and said first potential supplying power to the position sensors and to the digital encoding device, said additional circuitry being connected to at least one of the coils of the electric motor with the objective to provide said second potential, the output signals from the position sensors being connected to a digital encoding device, said digital encoding device being supplied with power from the first and the second potential and having one common encoded signal output, said common encoded signal output being connected to the first potential used for supplying power to the position sensors, the electric characteristics of the first potential being changed by the encoded signal output.
A recombinant adenovirus, comprising: (i) an interleukin (IL-12) gene having at least one of an IL-12A gene sequence and an IL-12B gene sequence, and (ii) a small hairpin RNA (shRNA) gene which is complementary to VEGF (vascular endothelial growth factor) mRNA, and suppresses VEGF gene expression. (i) an interleukin (IL-12) gene having at least one of an IL-12A gene sequence and an IL-12B gene sequence, and (ii) a small hairpin RNA (shRNA) gene which is complementary to VEGF (vascular endothelial growth factor) mRNA, and suppresses VEGF gene expression.
Use of a measuring roller which is adapted for determining a property of a strip-shaped material, in particular a metal strip, guided over the measuring roller, and which comprises - a measuring roller body with a circumferential surface, - at least one recess (203, 300, 408) in the measuring roller body, - at least one beam arranged in the recess (203, 300, 408) and extending along a longitudinal axis, and - a force sensor (303, 304, 406, 412, 413, 415) arranged in the recess (203, 300, 408) wherein the beam is supported within the recess (203, 300, 408) on the force sensor (303, 304, 406, 412, 413, 415) and wherein the measuring roller body extends along an axis of rotation and the longitudinal axis of the beam does not extend parallel to the axis of rotation of the measuring roller body and the longitudinal axis of the beam does not extend in a plane, which is perpendicular to the axis of rotation of the measuring roller body, for determining the position of a strip edge of the strip-shaped material relative to a reference point or a reference line or a reference plane when the strip-shaped material is guided over the measuring roller. - a measuring roller body with a circumferential surface, - at least one recess (203, 300, 408) in the measuring roller body, - at least one beam arranged in the recess (203, 300, 408) and extending along a longitudinal axis, and - a force sensor (303, 304, 406, 412, 413, 415) arranged in the recess (203, 300, 408)
A head-mounted display system comprising: an image capturing device; a display; a non-transitory memory storing one or more programs; and a processor coupled to the image capturing device, the display, and the non-transitory memory and configured to execute the one or more programs and to: control the display to display a first content to an eye of a wearer of the head mounted display system, wherein the first content is masked by a first hidden area mask during rendering; control the image capturing device to: capture a plurality of first eye images of the eye while the display is displaying the first content, and obtain a plurality of gaze points of the eye based on the first eye images during a predetermined period; use a range formed by the gaze points to define an eyesight area of the eye; adjust the first hidden area mask to be a second hidden area mask based on the defined eyesight area of the wearer's eye; and control the display to display a second content to the eye, wherein the second content is masked by the second hidden area mask. an image capturing device; a display; a non-transitory memory storing one or more programs; and a processor coupled to the image capturing device, the display, and the non-transitory memory and configured to execute the one or more programs and to: control the display to display a first content to an eye of a wearer of the head mounted display system, wherein the first content is masked by a first hidden area mask during rendering; control the image capturing device to: capture a plurality of first eye images of the eye while the display is displaying the first content, and obtain a plurality of gaze points of the eye based on the first eye images during a predetermined period; use a range formed by the gaze points to define an eyesight area of the eye; adjust the first hidden area mask to be a second hidden area mask based on the defined eyesight area of the wearer's eye; and control the display to display a second content to the eye, wherein the second content is masked by the second hidden area mask. control the display to display a first content to an eye of a wearer of the head mounted display system, wherein the first content is masked by a first hidden area mask during rendering; control the image capturing device to: capture a plurality of first eye images of the eye while the display is displaying the first content, and obtain a plurality of gaze points of the eye based on the first eye images during a predetermined period; capture a plurality of first eye images of the eye while the display is displaying the first content, and obtain a plurality of gaze points of the eye based on the first eye images during a predetermined period; use a range formed by the gaze points to define an eyesight area of the eye; adjust the first hidden area mask to be a second hidden area mask based on the defined eyesight area of the wearer's eye; and control the display to display a second content to the eye, wherein the second content is masked by the second hidden area mask.
A method of making a foamed cementitious board comprising: (a) blending a first amount of a first foaming agent, a second amount of a second foaming agent, and a third amount of a fatty alcohol to form an aqueous blended stream, wherein the first, second, and third amounts are in a first weight ratio, and wherein the aqueous blended stream consists of at least one alkyl sulfate, at least one alkyl ether sulfate, a fatty alcohol, and water; (b) controllably changing the first, second, and/or third amounts to form a second weight ratio, which is different than the first weight ratio; (c) inserting air into the blended stream to form foam; (d) mixing at least water, cementitious material, and the foam to form a slurry; (e) disposing the slurry between a first cover sheet and a second cover sheet to form a board precursor; (f) cutting the board precursor into a board; and (g) drying the board. (a) blending a first amount of a first foaming agent, a second amount of a second foaming agent, and a third amount of a fatty alcohol to form an aqueous blended stream, wherein the first, second, and third amounts are in a first weight ratio, and wherein the aqueous blended stream consists of at least one alkyl sulfate, at least one alkyl ether sulfate, a fatty alcohol, and water; (b) controllably changing the first, second, and/or third amounts to form a second weight ratio, which is different than the first weight ratio; (c) inserting air into the blended stream to form foam; (d) mixing at least water, cementitious material, and the foam to form a slurry; (e) disposing the slurry between a first cover sheet and a second cover sheet to form a board precursor; (f) cutting the board precursor into a board; and (g) drying the board.
A method of heat treating an M.2 connector (20, 40, 85, 90, 95, 100, 103) in a reflow oven, characterized in that the process comprises: dividing the M.2 connector (20, 40, 85, 90, 95, 100, 103) into subassemblies, wherein said subassemblies comprises a first subassembly including an M.2 connector base (30, 106) and a printed circuit board upon which the M.2 connector base (30, 106) is mounted and a second subassembly including at least one latch (23, 24, 102); heat treating the subassemblies in the reflow oven; and, assembling the heat treated subassemblies into an M.2 connector (20, 40, 85, 90, 95, 100, 103) after the heat treatment; wherein each of said subassemblies being of a size smaller than a limited clearance of the reflow oven in the vertical while the height of the assembled M.2 connector exceeds the limited clearance of the reflow oven. dividing the M.2 connector (20, 40, 85, 90, 95, 100, 103) into subassemblies, wherein said subassemblies comprises a first subassembly including an M.2 connector base (30, 106) and a printed circuit board upon which the M.2 connector base (30, 106) is mounted and a second subassembly including at least one latch (23, 24, 102); heat treating the subassemblies in the reflow oven; and, assembling the heat treated subassemblies into an M.2 connector (20, 40, 85, 90, 95, 100, 103) after the heat treatment; wherein each of said subassemblies being of a size smaller than a limited clearance of the reflow oven in the vertical while the height of the assembled M.2 connector exceeds the limited clearance of the reflow oven.