mhurhangee/ep-ind-claims huggingface dataset:
A battery pack case comprising a battery assembly container, and electrically conductive members wherein the battery assembly container comprises: a metal base frame; a box body fixed to the base frame, the box body including an opening in an upper surface of the box body, and accommodating a battery assembly; a lid body configured to close the opening of the box body; a positive electrode external terminal and a negative electrode external terminal provided for one outer surface of the box body; a plurality of wiring lines extending from outside of the box body to inside of the box body; and a terminal frame provided on the base frame and connected to the plurality of wiring lines, wherein the electrically conductive members are connected to the positive electrode external terminal and the negative electrode external terminal, respectively; wherein the plurality of wiring lines are provided between the positive electrode external terminal and the negative electrode external terminal at a position where no crossover with the electrically conductive members occurs, and wherein the position where no crossover with the electrically conductive members occurs represents a position where a projected area of the plurality of wiring lines on the base frame does not overlap with projected areas (Z1, Z2) of the electrically conductive members on the base frame, the electrically conductive members being connected to the positive electrode external terminal and the negative electrode external terminal, respectively, wherein a lead-out direction of a connector portion of the electrically conductive member connected to the positive electrode external terminal and a lead-out direction of a connector portion of the electrically conductive member connected to the negative electrode external terminal are oriented away from each other. a battery assembly container, and electrically conductive members a metal base frame; a box body fixed to the base frame, the box body including an opening in an upper surface of the box body, and accommodating a battery assembly; a lid body configured to close the opening of the box body; a positive electrode external terminal and a negative electrode external terminal provided for one outer surface of the box body; a plurality of wiring lines extending from outside of the box body to inside of the box body; and a terminal frame provided on the base frame and connected to the plurality of wiring lines,
A touch panel stackup, comprising: a singular integrated substrate having a substantially transparent region and a neighboring region next to the substantially transparent region; a masking element configured on the neighboring region of the substrate; an electrode configured to detect a tactile signal; and a conductive circuit configured to transmit the tactile signal to a signal processor, wherein the electrode and the masking element are positioned on one surface of the substrate and wherein the electrode is electrically coupled with the conductive circuit, characterized in that - the masking element comprises a through hole, and the conductive circuit is electrically coupled with the electrode via the through hole, or - in that the material of the masking element is an anisotropic conductive material being conductive in a y-direction that is perpendicular to said surface of said substrate and has a high resistivity in an x-direction that is parallel to said surface of said substrate, wherein said anisotropic conductive material of said masking element couples said electrode with said conductive circuit in said y-direction while avoiding coupling with other sensing electrodes or conductive circuits in the x-direction. a singular integrated substrate having a substantially transparent region and a neighboring region next to the substantially transparent region; a masking element configured on the neighboring region of the substrate; an electrode configured to detect a tactile signal; and a conductive circuit configured to transmit the tactile signal to a signal processor, wherein the electrode and the masking element are positioned on one surface of the substrate and wherein the electrode is electrically coupled with the conductive circuit, characterized in that - the masking element comprises a through hole, and the conductive circuit is electrically coupled with the electrode via the through hole, or - in that the material of the masking element is an anisotropic conductive material being conductive in a y-direction that is perpendicular to said surface of said substrate and has a high resistivity in an x-direction that is parallel to said surface of said substrate, wherein said anisotropic conductive material of said masking element couples said electrode with said conductive circuit in said y-direction while avoiding coupling with other sensing electrodes or conductive circuits in the x-direction. - the masking element comprises a through hole, and the conductive circuit is electrically coupled with the electrode via the through hole, or - in that the material of the masking element is an anisotropic conductive material being conductive in a y-direction that is perpendicular to said surface of said substrate and has a high resistivity in an x-direction that is parallel to said surface of said substrate, wherein said anisotropic conductive material of said masking element couples said electrode with said conductive circuit in said y-direction while avoiding coupling with other sensing electrodes or conductive circuits in the x-direction.
A method performed at a NodeB of a universal terrestrial radio access network UTRAN, comprising: initiating at the Node B a HARQ re-allocation by sending from the Node B to a serving radio network controller SRNC of the UTRAN a RL PARAMETER UPDATE INDICATION message that comprises at least one of a HARQ process allocation for 2 ms non-scheduled transmission NST GRANT information element and a HARQ process allocation for 2 ms scheduled transmission ST GRANT information element, said at least one information element indicating a value for HARQ process re-allocation; receiving at the Node B from the SRNC one of a RL RECONFIGURATION PREPARE message and a RL RECONFIGURATION REQUEST message that contains the said at least one information element; responsive to receiving the RL RECONFIGURATION PREPARE message or the RL RECONFIGURATION REQUEST message, sending from the Node B to the SRNC a RL RECONFIGURATION READY message or a RL RECONFIGURATION RESPONSE message; receiving at the Node B from the SRNC a RL RECONFIGURATION COMMIT message; and responsive to receiving the COMMIT message, re-allocating the HARQ process according to the received RL RECONFIGURATION PREPARE message or the received RL RECONFIGURATION REQUEST message, wherein the method is a method of re-allocating a hybrid automatic repeat request HARQ process. initiating at the Node B a HARQ re-allocation by sending from the Node B to a serving radio network controller SRNC of the UTRAN a RL PARAMETER UPDATE INDICATION message that comprises at least one of a HARQ process allocation for 2 ms non-scheduled transmission NST GRANT information element and a HARQ process allocation for 2 ms scheduled transmission ST GRANT information element, said at least one information element indicating a value for HARQ process re-allocation; receiving at the Node B from the SRNC one of a RL RECONFIGURATION PREPARE message and a RL RECONFIGURATION REQUEST message that contains the said at least one information element; responsive to receiving the RL RECONFIGURATION PREPARE message or the RL RECONFIGURATION REQUEST message, sending from the Node B to the SRNC a RL RECONFIGURATION READY message or a RL RECONFIGURATION RESPONSE message; receiving at the Node B from the SRNC a RL RECONFIGURATION COMMIT message; and responsive to receiving the COMMIT message, re-allocating the HARQ process according to the received RL RECONFIGURATION PREPARE message or the received RL RECONFIGURATION REQUEST message,
A control device for an elevator, comprising: boarding-scheduled passenger number calculating means for calculating, based on information from an ID information collating device for reading ID information on each passenger to determine whether to authenticate the ID information or not, the number of passengers scheduled to board a car as a boarding passenger number schedule value; boarding-completed passenger number detecting means for detecting the number of passengers having boarded the car as a boarding passenger number completion value; determination means for determining whether or not the boarding passenger number schedule value and the boarding passenger number completion value are equal to each other; and travel supervising means for controlling operation of the elevator based on information from the determination means, characterized in that: the ID information collating device is arranged to read information for changing the number of passengers, and the boarding-scheduled passenger number calculating means is arranged to obtain the information for changing the number of passengers from the ID information collating device. boarding-scheduled passenger number calculating means for calculating, based on information from an ID information collating device for reading ID information on each passenger to determine whether to authenticate the ID information or not, the number of passengers scheduled to board a car as a boarding passenger number schedule value; boarding-completed passenger number detecting means for detecting the number of passengers having boarded the car as a boarding passenger number completion value; determination means for determining whether or not the boarding passenger number schedule value and the boarding passenger number completion value are equal to each other; and travel supervising means for controlling operation of the elevator based on information from the determination means, characterized in that: the ID information collating device is arranged to read information for changing the number of passengers, and the boarding-scheduled passenger number calculating means is arranged to obtain the information for changing the number of passengers from the ID information collating device. the ID information collating device is arranged to read information for changing the number of passengers, and the boarding-scheduled passenger number calculating means is arranged to obtain the information for changing the number of passengers from the ID information collating device.
A sorting table for sorting fruit in a fruit harvester, comprising: a frame including a first side member and a second side member; a plurality of sorting rollers carried by the frame; a pair of combs, each said comb being positioned in association with the first side member or the second side member, each said comb including a plurality of slots with each of the slots being associated with a respective one of the plurality of sorting rollers; an actuator coupled with each of the combs for selectively moving the pair of combs in directions transverse to a crop flow direction; characterized in that: the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers, relative to the crop flow direction; each of the combs is pivotally coupled with the corresponding first side member or the second side member; and an electrical processing circuit is coupled with the actuator, the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers. a frame including a first side member and a second side member; a plurality of sorting rollers carried by the frame; a pair of combs, each said comb being positioned in association with the first side member or the second side member, each said comb including a plurality of slots with each of the slots being associated with a respective one of the plurality of sorting rollers; an actuator coupled with each of the combs for selectively moving the pair of combs in directions transverse to a crop flow direction; characterized in that: the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers, relative to the crop flow direction; each of the combs is pivotally coupled with the corresponding first side member or the second side member; and an electrical processing circuit is coupled with the actuator, the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers. the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers, relative to the crop flow direction; each of the combs is pivotally coupled with the corresponding first side member or the second side member; and an electrical processing circuit is coupled with the actuator, the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers.
A semiconductor die, comprising a vertical power transistor device, the vertical power transistor device having a source region and a drain region at opposite sides (10.a, 10.b) of a semiconductor body, forming a load terminal respectively, and a gate electrode (5.1); a pull-down transistor device, the pull-down transistor device having a control terminal and being switchable between a conducting state and a blocking state via the control terminal, and a capacitor, wherein the pull-down transistor device is connected between the gate electrode (5.1) of the vertical power transistor device and a ground terminal and connects the gate electrode (5.1) to the ground terminal in the conducting state, and wherein the capacitor is connected between one of the load terminals of the vertical power transistor device and the control terminal of the pull-down transistor device and capacitively couples the one load terminal to the control terminal, characterized in that a second capacitor electrode of the capacitor, which is connected to the control terminal of the pull-down transistor device, comprises a trench electrode formed in a capacitor trench in the semiconductor body. a vertical power transistor device, the vertical power transistor device having a source region and a drain region at opposite sides (10.a, 10.b) of a semiconductor body, forming a load terminal respectively, and a gate electrode (5.1); a pull-down transistor device, the pull-down transistor device having a control terminal and being switchable between a conducting state and a blocking state via the control terminal, and a capacitor, wherein the pull-down transistor device is connected between the gate electrode (5.1) of the vertical power transistor device and a ground terminal and connects the gate electrode (5.1) to the ground terminal in the conducting state, and wherein the capacitor is connected between one of the load terminals of the vertical power transistor device and the control terminal of the pull-down transistor device and capacitively couples the one load terminal to the control terminal, characterized in that a second capacitor electrode of the capacitor, which is connected to the control terminal of the pull-down transistor device, comprises a trench electrode formed in a capacitor trench in the semiconductor body.
A wireline-assisted coiled-tubing portion arranged to be lowered into a well in a ground, the wireline-assisted coiled-tubing portion includes in a position for application within the well: - a coiled-tubing portion forming an upper end portion and a lower end portion; and - a wire attached to the upper end portion, said wire extending from the upper end portion to an opening of the well at a surface, and said wire being arranged to transmit electrical energy and electrical signals, the coiled-tubing portion is in its entirety arranged to be lowered into the well, characterized in that: the coiled tubing portion is provided with: - an upper activatable sealing element in the upper end portion, said sealing element is attached to an outside of the coiled tubing portion and said sealing element is arranged to seal between the coiled-tubing portion and the well, the coiled-tubing portion and the well forming an annulus above the sealing element; - at least one opening in the upper end portion between an interior and an outside connecting the interior of the coiled-tubing portion to a surroundings of the coiled-tubing portion; - an activatable lower sealing element in the lower end portion arranged to seal between the coiled-tubing portion and the well, the lower sealing element creating a lower zone below the lower sealing element; and - a tool in the lower end portion allowing fluid flow-through so that the lower zone may be in fluid communication with the annulus through the tool, the interior of the coiled-tubing portion and the opening. - a coiled-tubing portion forming an upper end portion and a lower end portion; and - a wire attached to the upper end portion, said wire extending from the upper end portion to an opening of the well at a surface, and said wire being arranged to transmit electrical energy and electrical signals, - an upper activatable sealing element in the upper end portion, said sealing element is attached to an outside of the coiled tubing portion and said sealing element is arranged to seal between the coiled-tubing portion and the well, the coiled-tubing portion and the well forming an annulus above the sealing element; - at least one opening in the upper end portion between an interior and an outside connecting the interior of the coiled-tubing portion to a surroundings of the coiled-tubing portion; - an activatable lower sealing element in the lower end portion arranged to seal between the coiled-tubing portion and the well, the lower sealing element creating a lower zone below the lower sealing element; and - a tool in the lower end portion allowing fluid flow-through so that the lower zone may be in fluid communication with the annulus through the tool, the interior of the coiled-tubing portion and the opening.
A poly(meth)acrylate having the general formula: wherein each of R 1 to R 4 independently is hydrogen or a monovalent hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, Y is a divalent hydrocarbon group having a polycyclic structure, each X independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, T is a urethane group -O-(C=O)-NH- wherein the oxygen bonds to X, each Q independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, P is (meth)acryloyloxy group, a, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, b, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when a=1 and 2, 3 or 4 when a=2, c, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, d, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when c=1 and 2, 3 or 4 when c=2, and n is an integer of 0 to 6. Y is a divalent hydrocarbon group having a polycyclic structure, each X independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, T is a urethane group -O-(C=O)-NH- wherein the oxygen bonds to X, each Q independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, P is (meth)acryloyloxy group, a, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, b, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when a=1 and 2, 3 or 4 when a=2, c, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, d, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when c=1 and 2, 3 or 4 when c=2, and n is an integer of 0 to 6.
A sanitary stoma system, the system comprising: at least eight absorbent sheets, said sheets including a plurality of absorbent plies, said plurality of absorbent sheets arranged in a linear fashion removably connected end to end; wherein said plurality of absorbent sheets are assembled in a wound rol; wherein said absorbent sheets are each at least 3.81 cm (1-1/2") in width, said width being perpendicular to said linear arrangement of an adjacent absorbent sheet; wherein said absorbent sheets are square in shape; and wherein an outermost absorbent sheet includes an adhesive such that said sanitary stoma system is configured into a stable roll useful for being placed upon a stoma of a user to absorb and contain bodily fluids excreted from said stoma. at least eight absorbent sheets, said sheets including a plurality of absorbent plies, said plurality of absorbent sheets arranged in a linear fashion removably connected end to end; wherein said plurality of absorbent sheets are assembled in a wound rol; wherein said absorbent sheets are each at least 3.81 cm (1-1/2") in width, said width being perpendicular to said linear arrangement of an adjacent absorbent sheet; wherein said absorbent sheets are square in shape; and wherein an outermost absorbent sheet includes an adhesive such that said sanitary stoma system is configured into a stable roll useful for being placed upon a stoma of a user to absorb and contain bodily fluids excreted from said stoma.
Method for battery management, in which a state of charge of at least one battery is detected by measurement and in which the state of charge of the at least one battery can be changed by a control unit and in which the charging voltages of the individual batteries of a plurality of batteries connected in series relative to one another are equalized by changing the at least one state of charge, wherein data transmission is carried out using near-field communication, NFC and a storage of recorded data for a period of about ten years in a long-term memory is carried out and wherein a galvanic isolation of a plurality of modules is carried out and wherein a discharge curve of the battery is kept ready in a short-term memory and wherein the battery data is analyzed after a discharge and recharge, wherein the measured data is recorded in addition to the non-erasable long-term memory with a high temporal resolution every second in a fast memory and the measurement results are displayed using a smartphone and wherein a capacity of the battery is measured and monitored.