mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a thin-film solar module with serially connected solar cells , which comprises the following steps: - Providing a flat substrate , - Depositing a back electrode layer on one side of the substrate , - Subdividing at least the back electrode layer by first patterning trenches P1, - Depositing an absorber layer over the back electrode layer , - Subdividing at least the absorber layer by second patterning trenches P2, - Depositing a front electrode layer over the absorber layer , - Subdividing at least the front electrode layer by third patterning trenches P3, P3', wherein a patterning zone is formed by a direct succession of a first patterning trench P1, a second patterning trench P2, and two adjacent third patterning trenches P3, P3', wherein the third patterning trenches P3, P3' are in each case produced by laser ablation using a pulsed laser beam, characterised in that one third patterning trench P3' of a patterning zone is produced with laser pulses of relatively great energy and the other third patterning trench P3 of the patterning zone is produced with laser pulses of lower energy, so as to control the extent of formation of a conversion region within the absorber layer , the conversion region having significantly greater electrical conductivity than the original material of the absorber layer , the extent of formation of a conversion region depending substantially on the energy of the laser pulses, with higher energy resulting in greater formation of converted material phases in said region and vice versa. - Providing a flat substrate , - Depositing a back electrode layer on one side of the substrate , - Subdividing at least the back electrode layer by first patterning trenches P1, - Depositing an absorber layer over the back electrode layer , - Subdividing at least the absorber layer by second patterning trenches P2, - Depositing a front electrode layer over the absorber layer , - Subdividing at least the front electrode layer by third patterning trenches P3, P3', wherein a patterning zone is formed by a direct succession of a first patterning trench P1, a second patterning trench P2, and two adjacent third patterning trenches P3, P3', wherein the third patterning trenches P3, P3' are in each case produced by laser ablation using a pulsed laser beam, characterised in that one third patterning trench P3' of a patterning zone is produced with laser pulses of relatively great energy and the other third patterning trench P3 of the patterning zone is produced with laser pulses of lower energy, so as to control the extent of formation of a conversion region within the absorber layer , the conversion region having significantly greater electrical conductivity than the original material of the absorber layer , the extent of formation of a conversion region depending substantially on the energy of the laser pulses, with higher energy resulting in greater formation of converted material phases in said region and vice versa.
A remote controller for controlling an electromagnetic radiation generation system , the remote controller comprising a processor and a memory coupled to the processor, the memory comprising instructions which if executed by the processor program the processor of the remote controller to transmit a recipe to the electromagnetic radiation generation system , the recipe comprising one or more of: a modulation style of an input DC voltage signal; a mode of varying a switching frequency; a start frequency and an end frequency; and a duration; and wherein the electromagnetic radiation generation system comprises: a resonant transformer comprising a primary coil and a secondary coil ; a pulse generator configured to generate carrier signal using said input DC voltage signal; and a switch connected to the pulse generator , configured to be witched at said varying switching frequency, thereby configured to supply a variably switched carrier signal to the primary coil , wherein the switch is controllable such that the switching frequency is varied from said start frequency to said end frequency during said duration according to the recipe. a modulation style of an input DC voltage signal; a mode of varying a switching frequency; a start frequency and an end frequency; and a duration; and wherein the electromagnetic radiation generation system comprises: a resonant transformer comprising a primary coil and a secondary coil ; a pulse generator configured to generate carrier signal using said input DC voltage signal; and a switch connected to the pulse generator , configured to be witched at said varying switching frequency, thereby configured to supply a variably switched carrier signal to the primary coil , wherein the switch is controllable such that the switching frequency is varied from said start frequency to said end frequency during said duration according to the recipe. a resonant transformer comprising a primary coil and a secondary coil ; a pulse generator configured to generate carrier signal using said input DC voltage signal; and a switch connected to the pulse generator , configured to be witched at said varying switching frequency, thereby configured to supply a variably switched carrier signal to the primary coil , wherein the switch is controllable such that the switching frequency is varied from said start frequency to said end frequency during said duration according to the recipe.
Method for operating railbound vehicles , wherein - between a first railbound vehicle and a second railbound vehicle , driving information relating to the future driving operation of at least one of the two railbound vehicles is transmitted, characterised in that - the two railbound vehicles themselves coordinate their future driving operation on the basis of the driving information transmitted between them or coordinate corresponding on-board control facilities of the railbound vehicles in such a manner that the braking energy fed back by the first railbound vehicle during a braking operation can be used at least partially by the second railbound vehicle , wherein - the future driving operation of the two railbound vehicles is coordinated in that the first and/or second railbound vehicle determines or alters a driving curve, on the basis of which the driving operation of the respective railbound vehicle takes place, taking into consideration the transmitted driving information. - between a first railbound vehicle and a second railbound vehicle , driving information relating to the future driving operation of at least one of the two railbound vehicles is transmitted, characterised in that - the two railbound vehicles themselves coordinate their future driving operation on the basis of the driving information transmitted between them or coordinate corresponding on-board control facilities of the railbound vehicles in such a manner that the braking energy fed back by the first railbound vehicle during a braking operation can be used at least partially by the second railbound vehicle , wherein - the future driving operation of the two railbound vehicles is coordinated in that the first and/or second railbound vehicle determines or alters a driving curve, on the basis of which the driving operation of the respective railbound vehicle takes place, taking into consideration the transmitted driving information.
A system comprising: at least one first electrode ; at least one second electrode ; a signal generator in electrical communication with each one of the at least one first electrode and the at least one second electrode, wherein the signal generator is configured to generate electric fields between the at least one first electrode and the at least one second electrode; and a nonconductive material configured to be positioned between the at least one first electrode and the at least one second electrode, wherein the nonconductive material defines an inner passageway that is configured to fill with fluid to conduct electric fields therethrough when the nonconductive material is positioned between the at least one first electrode and the at least one second electrode. at least one first electrode ; at least one second electrode ; a signal generator in electrical communication with each one of the at least one first electrode and the at least one second electrode, wherein the signal generator is configured to generate electric fields between the at least one first electrode and the at least one second electrode; and a nonconductive material configured to be positioned between the at least one first electrode and the at least one second electrode, wherein the nonconductive material defines an inner passageway that is configured to fill with fluid to conduct electric fields therethrough when the nonconductive material is positioned between the at least one first electrode and the at least one second electrode.
A method for wireless communication, comprising: determining a capability of the UE for at least one modulation order associated with a first transmission time interval, TTI, and a second TTI that is shorter than the first TTI; transmitting a UE capability message based at least in part on determining the UE capability; receiving configuration message to configure a parameter associated with a modulation order based on the UE capability message, the configuration message comprising a modulation coding scheme, MCS, index based at least in part on the UE capability message; selecting a modulation table supporting the modulation order for communicating, to a base station, a transmission associated with the first TTI or the second TTI or both based at least in part on receiving the configuration message; determining a modulation order in the selected modulation table based at least in part on the MCS index; and selecting a channel quality indicator, CQI, table based at least in part on a CQI reporting configuration, wherein the parameter indicates an applicability of the CQI table for providing CQI feedback, and wherein the CQI reporting configuration associated with CQI reporting indicates that the CQI table applies to the first TTI or the second TTI or both. determining a capability of the UE for at least one modulation order associated with a first transmission time interval, TTI, and a second TTI that is shorter than the first TTI; transmitting a UE capability message based at least in part on determining the UE capability; receiving configuration message to configure a parameter associated with a modulation order based on the UE capability message, the configuration message comprising a modulation coding scheme, MCS, index based at least in part on the UE capability message; selecting a modulation table supporting the modulation order for communicating, to a base station, a transmission associated with the first TTI or the second TTI or both based at least in part on receiving the configuration message; determining a modulation order in the selected modulation table based at least in part on the MCS index; and selecting a channel quality indicator, CQI, table based at least in part on a CQI reporting configuration, wherein the parameter indicates an applicability of the CQI table for providing CQI feedback, and wherein the CQI reporting configuration associated with CQI reporting indicates that the CQI table applies to the first TTI or the second TTI or both.
A device for the implementation of a flexible tubular structure made of reformable composite material, said flexible tubular structure being designed for passing from a first folded configuration to a second longitudinally developed operating configuration, obtaining a reformed tubular structure , the device comprising a reforming system wherein the device comprises a profile being tapered according to a longitudinal direction, said tapered profile being slidingly engageable inside the flexible tubular structure made of reformable composite material, so that the longitudinal direction of the tapered profile substantially coincides with the longitudinal axis of the reformed tubular structure and so that the surface of any transversal section of the reformed tubular structure , in the second operating configuration, is larger with respect to the surface of the same transversal section of the flexible tubular structure made of reformable composite material in the first folded configuration, wherein the reforming system comprises a fixed frame , wherein the tapered profile is fixed relative to said fixed frame that is stationary.
Lowering mechanism for a hand held jacking tool comprising a jacking frame a jacking shaft and a caulking gun jacking mechanism comprising at least one jacking plate biased towards an open state and at least one holding plate , above the jacking plate , being biased towards a gripping state, wherein the lowering mechanism comprises: a lowering plate on top of the holding plate(s) being parallel to the holding plate(s) when not activated, a spring biasing the lowering plate towards the holding plate, a thumb operable pushing lever , a release lever , which is an extension of the holding plate, characterized by a hinge attachment connecting the pushing lever to the lowering plate at a rear end towards an operating handle , a pivot structure connected to the pushing lever or holding plate(s) a distance backward from the hinge attachment , wherein the lowering plate is lifted up and grips the jacking shaft when the pushing lever is pushed downwards and pivots around the pivot structure and in turn, pushes the holding plate(s) downwards loosening it from the jacking shaft and moving the frame down along the jacking shaft a distance until the holding plate(s) reaches an angle that stops it against the jacking shaft while the lowering plate still grips the jacking shaft. a lowering plate on top of the holding plate(s) being parallel to the holding plate(s) when not activated, a spring biasing the lowering plate towards the holding plate, a thumb operable pushing lever , a release lever , which is an extension of the holding plate, characterized by a hinge attachment connecting the pushing lever to the lowering plate at a rear end towards an operating handle , a pivot structure connected to the pushing lever or holding plate(s) a distance backward from the hinge attachment , wherein the lowering plate is lifted up and grips the jacking shaft when the pushing lever is pushed downwards and pivots around the pivot structure and in turn, pushes the holding plate(s) downwards loosening it from the jacking shaft and moving the frame down along the jacking shaft a distance until the holding plate(s) reaches an angle that stops it against the jacking shaft while the lowering plate still grips the jacking shaft.
A guide system for guiding at least one movably-supported door wing relative to at least one stationary furniture part , comprising: - at least one guide rail configured to be arranged on the at least one furniture part , - at least one guiding device on which the at least one door wing can be pivotally supported, the at least one guiding device being movably supported between a retracted end position and an extended end position along the at least one guide rail , - at least one cover configured to cover at least one front face of the at least one guide rail , the at least one cover being movable at least between a first operating position, in which the cover at least partially covers the at least one front face of the at least one guide rail , and a second operating position, in which the at least one cover at least partially reveals the at least one front face , and - at least one actuating device for moving the at least one cover at least from the first operating position into the second operating position, characterized in that at least one coupling device is provided, the at least one coupling device being configured to releasably couple the at least one guiding device to the at least one actuating device in a partial section of the at least one guide rail , the partial section preceding, preferably immediately, the extended end position, wherein the at least one actuating device , in a coupled condition with the at least one guiding device , can be entrained by the at least one guiding device so as to move the at least one cover from the first operating position into the second operating position. - at least one guide rail configured to be arranged on the at least one furniture part , - at least one guiding device on which the at least one door wing can be pivotally supported, the at least one guiding device being movably supported between a retracted end position and an extended end position along the at least one guide rail , - at least one cover configured to cover at least one front face of the at least one guide rail , the at least one cover being movable at least between a first operating position, in which the cover at least partially covers the at least one front face of the at least one guide rail , and a second operating position, in which the at least one cover at least partially reveals the at least one front face , and - at least one actuating device for moving the at least one cover at least from the first operating position into the second operating position,
A method for reclaiming fibers from a textile made of cellulose/synthetic fiber blend, comprising adding the textile to a solution comprising molten salt hydrate (MSH) and an acid catalyst to form a reaction mixture in which cellulose fibers are fibrillated and depolymerized, terminating the reaction to obtain fibrillated and depolymerized cellulose, recovering the cellulose from the reaction mixture, and recovering the synthetic fiber.
An automatic analyzing system comprising: one or more pipette chips including a measurement cell part through which light can be transmitted; a pipette chip rack capable of holding the one or more pipette chips; a pipette configured such that the pipette chip can be mounted thereon, the pipette being configured to suck and discharge a specimen; a conveyance means for conveying the pipette ; a detection unit including an opening configured for receiving the pipette chip therein, the detection unit being configured to measure light emitted from the specimen in the pipette chip or light transmitted by the specimen; characterized in that it further comprises a light shielding means comprising a pipette-side light shielding part and a light shielding part of the detection unit being nested in each other when the opening of the detection unit accommodates the pipette chip mounted on the pipette ; and in that the pipette chip rack includes a guide configured to orient one plane of the pipette chip in a specific direction in a horizontal plane, the conveyance means being configured to convey, after the pipette chip arranged in the pipette chip rack is mounted on the pipette , the pipette chip into the detection unit and to arrange the pipette chip so that the plane of the pipette chip becomes orthogonal to an optical axis of the detection unit . one or more pipette chips including a measurement cell part through which light can be transmitted; a pipette chip rack capable of holding the one or more pipette chips; a pipette configured such that the pipette chip can be mounted thereon, the pipette being configured to suck and discharge a specimen; a conveyance means for conveying the pipette ; a detection unit including an opening configured for receiving the pipette chip therein, the detection unit being configured to measure light emitted from the specimen in the pipette chip or light transmitted by the specimen; the pipette chip rack includes a guide configured to orient one plane of the pipette chip in a specific direction in a horizontal plane, the conveyance means being configured to convey, after the pipette chip arranged in the pipette chip rack is mounted on the pipette , the pipette chip into the detection unit and to arrange the pipette chip so that the plane of the pipette chip becomes orthogonal to an optical axis of the detection unit .
A dehumidifier comprising a main body, a frame disposed on the main body, a heat exchange module seated on the frame , and a blowing fan for forcibly blowing air into the heat exchange module , the dehumidifier comprising: a tank drawer slidably insertable and withdrawable along a guide disposed on the frame ; a water tank accommodated in the tank drawer to collect condensed water generated in the heat exchange module ; and a tank handle disposed on the water tank , the tank handle is configured for being grasped by a user to move, characterized in that the tank handle is insertable into and withdrawable from the water tank , a locker that is restricted in a state where the tank drawer is closed is disposed on a back surface of the tank drawer , wherein a locker groove extending from an upper end to a lower end of the water tank and into which the locker is accommodated when the water tank is mounted is defined. a tank drawer slidably insertable and withdrawable along a guide disposed on the frame ; a water tank accommodated in the tank drawer to collect condensed water generated in the heat exchange module ; and a tank handle disposed on the water tank , the tank handle is configured for being grasped by a user to move, characterized in that the tank handle is insertable into and withdrawable from the water tank , a locker that is restricted in a state where the tank drawer is closed is disposed on a back surface of the tank drawer , wherein a locker groove extending from an upper end to a lower end of the water tank and into which the locker is accommodated when the water tank is mounted is defined.