mhurhangee/patent-ind-claim-en huggingface dataset:
Solar cell module consisting of a plurality of solar cell units arranged on a surface of a metallic or predominantly metallic base plate , wherein - each solar cell unit comprises a support with an upper side and a lower side , a semiconductor body , which is arranged on the upper side of the support and is constructed as a solar cell, and a plurality of contact surfaces and a secondary optical element , which is arranged in the semiconductor body , wherein the parts, which are arranged on the upper side of the support or at the lower side of the support , of the solar cell unit do not project laterally beyond the support, wherein the support is of plate-shaped construction, - wherein the support of each solar cell unit respectively covers a first region of the surface of the base plate and the lower side of each support is connected by non-positive couple by means of a thermally conductive and electrically insulating adhesive with the first region of the surface of the base plate , - wherein the respective solar cell unit is connected by non-positive couple with the base plate only in the first region, and a second region entirely surrounding the support in a projection, which extends perpendicularly to the surface of the base plate , is formed, wherein in the second region the surface of the base plate is entirely covered by the adhesive , characterised in that the adhesive has a substantially uniform layer thickness in the first region and in the second region , - a difference of the layer thickness of the adhesive between the first region and the second region is less than 20%, the layer thickness (H) of the adhesive in the first region reduces by comparison with the second region by the joining process of the solar cell unit to the base plate and the width (B) of the second region is at least 3 millimetres so as to produce an electrically insulating frame by means of the adhesive in the second region . - each solar cell unit comprises a support with an upper side and a lower side , a semiconductor body , which is arranged on the upper side of the support and is constructed as a solar cell, and a plurality of contact surfaces and a secondary optical element , which is arranged in the semiconductor body , wherein the parts, which are arranged on the upper side of the support or at the lower side of the support , of the solar cell unit do not project laterally beyond the support, - wherein the support of each solar cell unit respectively covers a first region of the surface of the base plate and the lower side of each support is connected by non-positive couple by means of a thermally conductive and electrically insulating adhesive with the first region of the surface of the base plate , - wherein the respective solar cell unit is connected by non-positive couple with the base plate only in the first region, and - a difference of the layer thickness of the adhesive between the first region and the second region is less than 20%,
A sorghum millet plant which is capable of inducing haploidy, characterized in that the plant has one or more modification(s) concerning an endogenous gene ecoding a patatin phospholipase, wherein the patatin phospholipase is encoded by the nucleotide sequence according to SEQ ID NO: 1 or 2 or by a nucleotide sequence which is at least 80% identical to SEQ ID NO: 1 or 2, or by a nucleotide sequence which hybridizes under stringent conditions with the complementary sequence to the nucleotide sequence according to SEQ ID NO: 1 or 2, or which comprises the amino acid sequence shown in SEQ ID NO: 3 or an amino acid sequence which is at least 80% identical to SEQ ID NO: 3, characterized in that the one or more modification(s) are one or more mutation(s) in the endogenous gene encoding the patatin phospholipase which lead to one or more amino acid substitution(s), wherein the one or more mutation(s) lead(s) to an amino acid substitution in the region of amino acid positions 55-75, 157-167 or 285-298 according to SEQ ID NO: 3, wherein the stringent conditions correspond to hybridization in 4 × SSC at 65°C and subsequent multiple washing in 0.1 × SSC at 65°C for a total of about 1 hour.
A display apparatus comprising: a printed circuit board on which a plurality of light emitting diodes, LEDs, are mounted; a frame including a front surface configured to support the printed circuit board ; and a cover member which covers a rear surface of the frame , wherein the frame includes a first region extending in a direction from the front surface toward the rear surface and a second region including a plurality of pores formed between the first region and the rear surface , and the cover member includes a plurality of outlets , wherein heat generated by the printed circuit board is convected to the plurality of outlets through the first region and the plurality of pores , and characterised in that at least one portion of the second region includes a heat storage material configured to absorb heat due to phase change, and wherein the plurality of pores disposed in the at least one portion of the second region are provided to be filled with the heat storage material . a printed circuit board on which a plurality of light emitting diodes, LEDs, are mounted; a frame including a front surface configured to support the printed circuit board ; and a cover member which covers a rear surface of the frame , wherein the frame includes a first region extending in a direction from the front surface toward the rear surface and a second region including a plurality of pores formed between the first region and the rear surface , and the cover member includes a plurality of outlets , wherein heat generated by the printed circuit board is convected to the plurality of outlets through the first region and the plurality of pores , and characterised in that at least one portion of the second region includes a heat storage material configured to absorb heat due to phase change, and wherein the plurality of pores disposed in the at least one portion of the second region are provided to be filled with the heat storage material .
A power tool comprising: ∘ a moveable piston having a piston rod that is movable between a most distal and a most proximal position, wherein the moveable piston is fully retracted in the most proximal position; ∘ a motor capable of driving the moveable piston to perform work on a work piece; ∘ a distance sensor configured to sense a movement of the moveable piston, the distance sensor operable to provide sensor information indicative of the movement of the moveable piston; and ∘ a controller configured to receive the sensor information from the distance sensor, wherein the controller is configured to: operate the motor to perform work on the work piece based in part on the sensor information that the controller receives from the distance sensor, and after the work is performed on the work piece, use the sensor information to cause the moveable piston to partially retract to a partially-retracted position such that a stroke of the moveable piston starts from the partially-retracted position to perform work on a next work piece, and wherein the partially-retracted position is distal of the most proximal position, characterized in that the distance sensor is mounted within a cylindrical bushing that surrounds the piston rod. ∘ a moveable piston having a piston rod that is movable between a most distal and a most proximal position, wherein the moveable piston is fully retracted in the most proximal position; ∘ a motor capable of driving the moveable piston to perform work on a work piece; ∘ a distance sensor configured to sense a movement of the moveable piston, the distance sensor operable to provide sensor information indicative of the movement of the moveable piston; and ∘ a controller configured to receive the sensor information from the distance sensor,
A structure comprising a connector assembly and a single flexible printed circuits (FPC) board ; wherein: the connector assembly comprises a first connector and a second connector which are mateable with each other along a front-rear direction; the first connector comprises two or more sub-connectors and a housing ; the housing holds each of the sub-connectors ; each of the sub-connectors is floatable relative to the housing ; the second connector comprises two or more mating portions which correspond to the sub-connectors , respectively; and each of the sub-connectors is mateable with a corresponding one of the mating portions , characterized in that the first connector is a surface mount connector, via surface mount portions of first terminals of each of the sub-connectors ; the FPC board has two or more branching end portions ; and the sub-connectors are configured to be connected to the end portions of the FPC board, respectively. the connector assembly comprises a first connector and a second connector which are mateable with each other along a front-rear direction; the first connector comprises two or more sub-connectors and a housing ; the housing holds each of the sub-connectors ; each of the sub-connectors is floatable relative to the housing ; the second connector comprises two or more mating portions which correspond to the sub-connectors , respectively; and each of the sub-connectors is mateable with a corresponding one of the mating portions , characterized in that the first connector is a surface mount connector, via surface mount portions of first terminals of each of the sub-connectors ; the FPC board has two or more branching end portions ; and the sub-connectors are configured to be connected to the end portions of the FPC board, respectively.
A device for determining a volume of gas in a sample derived from the pyrolysis of a source rock sample contained in a vessel , the device comprising: - a frame configured to attach the vessel ; - a needle having a longitudinal axis, comprising a proximal part and a distal part , the distal part being configured to pierce the vessel and the proximal part comprising a lumen; and - an analysis compartment for measurement of the volume of gas comprising a cell in fluid communication with the lumen of the proximal part of the needle , and a piston slidable in the cell and sealing the cell in a gas-tight manner, the cell comprising a pressure sensor. - a frame configured to attach the vessel ; - a needle having a longitudinal axis, comprising a proximal part and a distal part , the distal part being configured to pierce the vessel and the proximal part comprising a lumen; and - an analysis compartment for measurement of the volume of gas comprising a cell in fluid communication with the lumen of the proximal part of the needle , and a piston slidable in the cell and sealing the cell in a gas-tight manner, the cell comprising a pressure sensor.
Modular system comprising at least an upright comprising a tubular transversal section or at least a lower or an upper terminal segment with transversal tubular section; said modular system optionally comprising a foot ; a base element with a height-adjustable foot ; a small metal plate , a system on two levels and an anchor ; an anti-release plate for wheel and a wheel ; said modular system further comprising a small base for uprights , said small base having an essentially parallelepiped shape with polygonal transversal section, optionally a square section, and comprising: - an upper portion oriented toward the upright; - a lower portion oriented toward the ground; said small base being provided with a groove on at least three sides of the small base itself, and with a U-shaped edge wall on just three sides of the small base itself, which groove has shape and dimensions substantially corresponding to the shape and dimension of the outer wall of the upright in correspondence of one of its terminal ends, the groove being provided with coupling means, said small base being used alternatively in combination with: - an assembly comprising an upright and a foot for adjusting the height of the upright itself; - an assembly comprising an upright a base element , and a height-adjustable foot ; - an assembly comprising an upright , a small metal plate for the anchoring to the floor of said upright through a system on two levels and an anchor ; - an assembly comprising an upright , an anti-release plate for wheel and a wheel . at least an upright comprising a tubular transversal section or at least a lower or an upper terminal segment with transversal tubular section; said modular system optionally comprising a foot ; a base element with a height-adjustable foot ; a small metal plate , a system on two levels and an anchor ; an anti-release plate for wheel and a wheel ; - an upper portion oriented toward the upright; - a lower portion oriented toward the ground; - an assembly comprising an upright and a foot for adjusting the height of the upright itself; - an assembly comprising an upright a base element , and a height-adjustable foot ; - an assembly comprising an upright , a small metal plate for the anchoring to the floor of said upright through a system on two levels and an anchor ; - an assembly comprising an upright , an anti-release plate for wheel and a wheel .
Method for pest treatment of a plantation field, the method comprising: taking (S10) an image from a predetermined range of a plantation of the plantation field ; recognizing (S20) items on the taken image of the predetermined range; identifying (S30) one or a plurality of patterns (31, 32, ... 39) of an insect population based on the recognized items and a database having stored samples of an insect population (931, 932, ... 939); determining (S40) a measure of a quantity of insect population based on the identified patterns; controlling (S50) a treatment arrangement of a treatment device based on the determined quantity of insect population, characterized in controlling (S50) of a treatment arrangement includes activating (S60) a treatment unit if a quantity of a first type and/or a second type of pest insects extends a predetermined threshold (tp), and blocking a treatment unit from being activated if a quantity of a particular type of beneficial insects extends a predetermined threshold (tb). taking (S10) an image from a predetermined range of a plantation of the plantation field ; recognizing (S20) items on the taken image of the predetermined range; identifying (S30) one or a plurality of patterns (31, 32, ... 39) of an insect population based on the recognized items and a database having stored samples of an insect population (931, 932, ... 939); determining (S40) a measure of a quantity of insect population based on the identified patterns; controlling (S50) a treatment arrangement of a treatment device based on the determined quantity of insect population, characterized in controlling (S50) of a treatment arrangement includes activating (S60) a treatment unit if a quantity of a first type and/or a second type of pest insects extends a predetermined threshold (tp), and blocking a treatment unit from being activated if a quantity of a particular type of beneficial insects extends a predetermined threshold (tb).
Apparatus for emptying a transport container , which is provided with a stack of plate-shaped objects comprising semiconductor wafers and/or packaging material , with at least one measuring device for acquisition of measured data from the object of the stack for acquisition of measured data from the object of the stack , and with a holder , which can be inserted at least partly into the transport container and which is provided with a holding surface , several holding nozzles for at least holding an object of the stack and, in the region of the holding surface , at least one recess for the measuring device for acquisition of measured data from the object of the stack , wherein the holder is provided with at least one separating nozzle , disposed on the holder outside the holding surface so as to be movable from a resting position into a separating position , wherein in the separating position , the separating nozzle generates a gas stream directed onto the end face of the stack , in order to loosen at least one other object of the stack adhering to the object held by the holder , characterized in that the separating nozzle is arranged behind the holding surface in the resting position and in front of the holding surface in the separating position .
A method at a device for enabling a device-to-device wireless link, the method comprising: listening , by the device, for a first presence signal from another device on a channel; checking , by the device, whether or not the first presence signal has been received from another device; and if the first presence signal is not detected by the device, broadcasting , by the device, a second presence signal on the channel to establish a time-slot boundary, wherein the second presence signal comprises a primary synchronization signal whose primary synchronization signal value can be utilized to identify a device-to-device cluster, wherein a device-to-device cluster is a plurality of devices capable of device-to-device communication; wherein the broadcasting of the second presence signal by the device enables the another device of the identified device-to-device cluster to align a time-slot boundary of the another device to the established time-slot boundary. listening , by the device, for a first presence signal from another device on a channel; checking , by the device, whether or not the first presence signal has been received from another device; and if the first presence signal is not detected by the device, broadcasting , by the device, a second presence signal on the channel to establish a time-slot boundary, wherein the second presence signal comprises a primary synchronization signal whose primary synchronization signal value can be utilized to identify a device-to-device cluster, wherein a device-to-device cluster is a plurality of devices capable of device-to-device communication; wherein the broadcasting of the second presence signal by the device enables the another device of the identified device-to-device cluster to align a time-slot boundary of the another device to the established time-slot boundary.
A method for predicting wear for a ground working machine, in particular a road milling machine , a surface miner or the like, wherein the current state of wear (V1, V2,) of at least one ground working tool, in particular a bit and/or a bit holder is detected, wherein a residual wear capacity is determined from the current state of wear (V1, V2) until a predetermined wear limit (V3) is reached, wherein, on the basis of at least one characteristic value, or the offsetting of at least one characteristic value and from the residual wear capacity, the remaining working capacity of the ground working machine is determined until the wear limit (V3) of the ground working tool has been reached, wherein the milling performance, specifically the mass of the milled material and/or the volume of the milled material and/or the remaining distance for the ground working machine is determined as the remaining working capacity, wherein a computing unit is provided, wherein the characteristic value or characteristic values or the offsetting of the characteristic value(s) is or are stored in a memory unit, wherein a detection device detects the current state of wear (V1, V2) and the computing unit, on the basis of said current state of wear (V1, V2) and the characteristic value or the characteristic values or the offsetting therefrom, determines the remaining working capacity until the wear limit (V3) of the ground working tool is reached, and wherein the computing unit is directly associated with the ground working machine.
A solid-state imaging device comprising: a plurality of FDs (floating diffusions), each FD set in a unit of shared pixels including at least two or more pixels; a floating interconnection line connecting the FDs each set in the unit of the shared pixels , the FDs being provided in each row having a predetermined row number; and a switch changing over between connection and disconnection of the floating interconnection line to the FDs in each row on a basis of control signals generated by a vertical transfer control section , wherein the switch includes a plurality of switches connectable to the floating interconnection line and corresponding to the FDs in each row having the predetermined row number, and the switches to be subjected to summation among the plurality of switches being connected to the floating interconnection line in response to a demanded resolution, wherein the demanded resolution is low in a sensing mode and high in an imaging mode of the solid-state imaging device , and wherein among the plurality of switches being connected to the floating interconnection line the switches for the shared pixels to be subjected to summation are connected at slightly delayed times to the floating interconnection line in response to the demanded resolution so that on a basis of the control signals generated by the vertical transfer control section the timing of connections of the switches to the floating interconnection line is staggered. a plurality of FDs (floating diffusions), each FD set in a unit of shared pixels including at least two or more pixels; a floating interconnection line connecting the FDs each set in the unit of the shared pixels , the FDs being provided in each row having a predetermined row number; and a switch changing over between connection and disconnection of the floating interconnection line to the FDs in each row on a basis of control signals generated by a vertical transfer control section , wherein the switch includes a plurality of switches connectable to the floating interconnection line and corresponding to the FDs in each row having the predetermined row number, and the switches to be subjected to summation among the plurality of switches being connected to the floating interconnection line in response to a demanded resolution, wherein the demanded resolution is low in a sensing mode and high in an imaging mode of the solid-state imaging device , and wherein among the plurality of switches being connected to the floating interconnection line the switches for the shared pixels to be subjected to summation are connected at slightly delayed times to the floating interconnection line in response to the demanded resolution so that on a basis of the control signals generated by the vertical transfer control section the timing of connections of the switches to the floating interconnection line is staggered.
Method for detecting vibrations of a device , having the steps of: a) arranging at least one vibration sensor of a vibration monitoring system on the device ; b) detecting vibrations of the device using the vibration sensor ; c) establishing a direct data transmission connection between the vibration sensor and data glasses of the vibration monitoring system, and transmitting measurement data representing the detected vibrations to the data glasses ; d) processing the measurement data by means of a data processing means of the data glasses ; e) displaying a result of the processing on a display means of the data glasses . a) arranging at least one vibration sensor of a vibration monitoring system on the device ; b) detecting vibrations of the device using the vibration sensor ; c) establishing a direct data transmission connection between the vibration sensor and data glasses of the vibration monitoring system, and transmitting measurement data representing the detected vibrations to the data glasses ; d) processing the measurement data by means of a data processing means of the data glasses ; e) displaying a result of the processing on a display means of the data glasses .