mhurhangee/ep-ind-claims huggingface dataset:
A pre-analysis system comprising: a conveyor line which conveys a holder for holding a specimen container in which at least one specimen is housed; at least one or more automatic centrifugal units arranged along the conveyor line; and a plurality of adaptors which are positioned symmetrically to each other across a rotation central axis of the automatic centrifugal unit and which include a specimen holding unit at which a plurality of specimen containers can be installed, conveying means which convey the specimen container in the holder of the specimen to the adaptor being provided, a holding region which holds a predetermined number of the specimen containers; characterized by a weight determination mechanism which directly or indirectly obtains a weight of the specimen housed in the specimen container prior to loading of the specimen container into the holding region on the automatic centrifugal unit; and a control mechanism which performs control so as to install the specimen containers at the automatic centrifugal unit sequentially in an order from the heaviest specimen container based on information obtained by the weight determination mechanism, the conveying means installing the specimen containers sequentially in an order from a position closer to a gravity center in the specimen holding unit of the adaptor. a conveyor line which conveys a holder for holding a specimen container in which at least one specimen is housed; at least one or more automatic centrifugal units arranged along the conveyor line; and a plurality of adaptors which are positioned symmetrically to each other across a rotation central axis of the automatic centrifugal unit and which include a specimen holding unit at which a plurality of specimen containers can be installed, conveying means which convey the specimen container in the holder of the specimen to the adaptor being provided, a holding region which holds a predetermined number of the specimen containers; characterized by a weight determination mechanism which directly or indirectly obtains a weight of the specimen housed in the specimen container prior to loading of the specimen container into the holding region on the automatic centrifugal unit; and a control mechanism which performs control so as to install the specimen containers at the automatic centrifugal unit sequentially in an order from the heaviest specimen container based on information obtained by the weight determination mechanism, the conveying means installing the specimen containers sequentially in an order from a position closer to a gravity center in the specimen holding unit of the adaptor.
A method for manufacturing a high-power LED lamp cooling device, comprising using an N-type semiconductor element and a P-type semiconductor element as a cooling component of the high-power LED lamp cooling device, and comprising: when the N-type semiconductor element and the P-type semiconductor element are used as cooling component of the high-power LED lamp cooling device, manufacturing a semiconductor crystal bar used for manufacturing the N-type semiconductor elements or the P-type semiconductor elements in advance into a cone-shaped crystal bar, of which one end has a large diameter and the other end has a small diameter, cutting the cone-shaped semiconductor crystal bar into slices to obtain wafers with the same thickness, the small-diameter end of the wafer being the head end and the large-diameter end being the tail end, and then making a color mark on the tail end surface of each wafer; and then cutting and pelletizing the conical surface of each wafer to the same polygonal cylindrical shape, the polygonal cylindrical semiconductor is the N-type semiconductor elements or the P-type semiconductor elements with a head end and a tail end, arranging the N-type semiconductor elements and the P-type semiconductor elements in a matrix form between two beryllium-oxide ceramic chips which are provided with conductive circuits, and connecting each column of N-type semiconductor elements to the P-type semiconductor elements in series mutually, so that the head end of each column of N-type semiconductor elements in series is connected to the tail end of the P-type semiconductor elements or the tail end of each column of N-type semiconductor elements is connected to the head end of the P-type semiconductor elements.
A pulse width modulation control monitoring apparatus for monitoring a plurality of pulse width modulated control signals each being used for controlling a switching of a corresponding different switch, wherein the pulse width modulation control monitoring apparatus includes: • an input means (33, 37) operable to receive the plurality of pulse width modulated control signals and to combine them into a single signal and to provide an output signal based on the single signal, • wherein the input means (33, 37) includes an edge detection means operable to detect edges of the single signal and to generate the output signal so that it is indicative of the detected edges, and • a threshold means operable to detect when a frequency of the output signal falls below a threshold, • wherein the threshold means is operable to monitor the time between peaks in the output signal corresponding to the detected edges and to derive the frequency therefrom, • wherein the threshold means comprises a first switch, a second switch, a number of resistors (R22, R77, R12, R7) and a capacitor, • wherein the first switch and one of the number of resistors is configured to produce a current pulse at the collector of the first switch to reset the threshold means by charging the capacitor in response to a peak in the output signal, and • wherein, if the time between the peaks in the output signal exceeds a threshold, a voltage at the collector of the second switch is reduced. • an input means (33, 37) operable to receive the plurality of pulse width modulated control signals and to combine them into a single signal and to provide an output signal based on the single signal, • wherein the input means (33, 37) includes an edge detection means operable to detect edges of the single signal and to generate the output signal so that it is indicative of the detected edges, and • a threshold means operable to detect when a frequency of the output signal falls below a threshold, • wherein the threshold means is operable to monitor the time between peaks in the output signal corresponding to the detected edges and to derive the frequency therefrom, • wherein the threshold means comprises a first switch, a second switch, a number of resistors (R22, R77, R12, R7) and a capacitor, • wherein the first switch and one of the number of resistors is configured to produce a current pulse at the collector of the first switch to reset the threshold means by charging the capacitor in response to a peak in the output signal, and • wherein, if the time between the peaks in the output signal exceeds a threshold, a voltage at the collector of the second switch is reduced.
An apparatus for embossing substrates, the apparatus comprising: a. an anvil member; and b. an embossing device comprising a base surface and plurality of embossing members extending from the base surface, each of the plurality of embossing members comprising: i. a sidewall; ii. an embossing surface having a width; and iii. a shoulder connecting the sidewall to the embossing surface; wherein the shoulder comprises a radius of from 0.1mm to 1mm; wherein the embossing surface width is from 0.25mm to 4mm; and wherein the sidewall is substantially tapered from the base surface. a. an anvil member; and b. an embossing device comprising a base surface and plurality of embossing members extending from the base surface, each of the plurality of embossing members comprising: i. a sidewall; ii. an embossing surface having a width; and iii. a shoulder connecting the sidewall to the embossing surface; i. a sidewall; ii. an embossing surface having a width; and iii. a shoulder connecting the sidewall to the embossing surface;
A light-emitting diode, LED, chip (50; 114; 138) comprising: an active LED structure (52; 82; 140) comprising an active layer between an n-type layer and a p-type layer; a first reflective layer (56; 92; 150) adjacent to and forming an interface with the active LED structure, the interface providing an index of refraction step between the first reflective layer and the active LED structure, the first reflective layer comprising a plurality of dielectric layers, wherein a thickest dielectric layer of the plurality of dielectric layers is spaced from the active LED structure by at least one thinner dielectric layer (56-1, 56-2), and wherein each dielectric layer of the plurality of dielectric layers comprises a different thickness; a second reflective layer (60; 94; 152) on the first reflective layer; a barrier layer (102; 162) on the second reflective layer; and a passivation (106; 160) layer on the barrier layer. an active LED structure (52; 82; 140) comprising an active layer between an n-type layer and a p-type layer; a first reflective layer (56; 92; 150) adjacent to and forming an interface with the active LED structure, the interface providing an index of refraction step between the first reflective layer and the active LED structure, the first reflective layer comprising a plurality of dielectric layers, wherein a thickest dielectric layer of the plurality of dielectric layers is spaced from the active LED structure by at least one thinner dielectric layer (56-1, 56-2), and wherein each dielectric layer of the plurality of dielectric layers comprises a different thickness; a second reflective layer (60; 94; 152) on the first reflective layer; a barrier layer (102; 162) on the second reflective layer; and a passivation (106; 160) layer on the barrier layer.
A controlling method for a refrigerator comprising: determining whether a defrosting start condition for an evaporator is satisfied; a first defrosting step of performing defrosting for the evaporator, the first defrosting step which ends when the temperature of the evaporator reaches a first temperature; a pressure difference sensing step of measuring a difference between the pressure in a first through-hole arranged between an inlet hole for drawing air from a storage compartment (6, 8) and the evaporator and the pressure in a second through-hole arranged between an outlet hole for discharging air towards the storage compartment (6, 8) and the evaporator by using one differential pressure sensor; and a second defrosting step of performing additional defrosting for the evaporator when the measured pressure difference is a preset pressure or more, wherein the defrosting start condition is set in consideration of the driving time of a compressor and the open time of a door. determining whether a defrosting start condition for an evaporator is satisfied; a first defrosting step of performing defrosting for the evaporator, the first defrosting step which ends when the temperature of the evaporator reaches a first temperature; a pressure difference sensing step of measuring a difference between the pressure in a first through-hole arranged between an inlet hole for drawing air from a storage compartment (6, 8) and the evaporator and the pressure in a second through-hole arranged between an outlet hole for discharging air towards the storage compartment (6, 8) and the evaporator by using one differential pressure sensor; and a second defrosting step of performing additional defrosting for the evaporator when the measured pressure difference is a preset pressure or more, wherein the defrosting start condition is set in consideration of the driving time of a compressor and the open time of a door.
An apparatus (202, 220) comprising: a processor comprising one or more cores and a system agent, wherein the system agent is configured to provide access to remote devices using one or more links, characterised in that the one or more cores of the processor is configured to: execute microcode to create a specified link, wherein the specified link is selected from one or more links to connect with a remote boot device providing access to a boot firmware package, wherein the specified link is set using an identifier sent using a link of the one or more links; train and initialize the specified link with the remote boot device; and retrieve the boot firmware package from the remote boot device using the trained link. a processor comprising one or more cores and a system agent, wherein the system agent is configured to provide access to remote devices using one or more links, characterised in that the one or more cores of the processor is configured to: execute microcode to create a specified link, wherein the specified link is selected from one or more links to connect with a remote boot device providing access to a boot firmware package, wherein the specified link is set using an identifier sent using a link of the one or more links; train and initialize the specified link with the remote boot device; and retrieve the boot firmware package from the remote boot device using the trained link. execute microcode to create a specified link, wherein the specified link is selected from one or more links to connect with a remote boot device providing access to a boot firmware package, wherein the specified link is set using an identifier sent using a link of the one or more links; train and initialize the specified link with the remote boot device; and retrieve the boot firmware package from the remote boot device using the trained link.
Device for carrying out a rowing training, having an arrangement of a seat arranged on a base frame for a rowing person and two rotatably mounted pushrods which can be moved independently of one another and which must be moved by the rowing person when the rowing movement is carried out against a resistance around their rotary bearing, characterised in that the seat is arranged on the base frame in such a manner as to be displaceable relative to the rotatable mounting of the pushrods and the pushrods are connected by means of a traction means extending continuously between the pushrods to a resistance device comprising an arrangement of liftable and lowerable weights, the traction means being guided in such a manner that the lifting movement of the weights during the execution of the rowing movement is slower and/or smaller than the displacement of the traction means in the region of the pushrods.
Closure assembly for a cabinet furniture item with at least one closure element, in particular shutter, roller shutter and the like, which in the region of an opening of the cabinet furniture item is arranged to be movable from a closed position into an open position and back, which has slats arranged parallel to each other which can be guided in at least one guide device and in at least one guide arrangement, wherein the guide arrangement has a first guide and a second guide, wherein the first guide and the second guide at their free ends are arranged running substantially parallel to each other and spaced apart by a separating element, characterised in that the first guide and the second guide are connected to one another at at least one free end at least partially by way of an opening, in that the separating element in the region of the opening comprises at least one predetermined breaking point.
An aircraft, comprising: a fuselage; and a plurality of lift fans mounted on booms, each boom affixed to a corresponding wing of the aircraft, the plurality of lift fans including a first subset of lift fans disposed on a first side of the fuselage and a second subset of lift fans disposed on a second side of the fuselage, and wherein each lift fan is oriented at a corresponding angle (θn) to a substantially horizontal plane of the aircraft, and the angle is of a non-zero magnitude such that a plane of rotation of the lift fan does not intersect the fuselage. a fuselage; and a plurality of lift fans mounted on booms, each boom affixed to a corresponding wing of the aircraft, the plurality of lift fans including a first subset of lift fans disposed on a first side of the fuselage and a second subset of lift fans disposed on a second side of the fuselage, and wherein each lift fan is oriented at a corresponding angle (θn) to a substantially horizontal plane of the aircraft, and the angle is of a non-zero magnitude such that a plane of rotation of the lift fan does not intersect the fuselage.
A method for calibrating an entire measuring circuit automatically in a process to be measured, which method comprises the steps: - connecting a calibrator to a starting point of a measuring circuit in the process to be measured; - feeding a desired stimulus of a desired quantity from the calibrator into the starting point of the measuring circuit; - reading the measurement result given by the measuring circuit at the end point of the measuring circuit in a control room; and - sending the read measurement result digitally back to the calibrator; characterized in that the method further comprises the following step: - storing both the stimulus and the read measurement result automatically in a desired place, so that the storing of the stimulus is delayed by a delay module, so that delays caused by different elements in the measuring circuit, comprising delays related to times passed in the signal transmission parts and passage times of the signal, are taken into account, so that the sent measurement result can be stored at the same time as the stimulus, and connected as a numerical value pair, so that the storing is performed after the signal to be measured has stabilized. - connecting a calibrator to a starting point of a measuring circuit in the process to be measured; - feeding a desired stimulus of a desired quantity from the calibrator into the starting point of the measuring circuit; - reading the measurement result given by the measuring circuit at the end point of the measuring circuit in a control room; and - sending the read measurement result digitally back to the calibrator; characterized in that the method further comprises the following step: - storing both the stimulus and the read measurement result automatically in a desired place, so that the storing of the stimulus is delayed by a delay module, so that delays caused by different elements in the measuring circuit, comprising delays related to times passed in the signal transmission parts and passage times of the signal, are taken into account, so that the sent measurement result can be stored at the same time as the stimulus, and connected as a numerical value pair, so that the storing is performed after the signal to be measured has stabilized.
Motor vehicle with a gesture evaluation system comprising a system (11, 12) configured to detect a gesture; a processing unit coupled to the system (11, 12) and configured to analyse the detected gesture; a utilisation unit configured to store an evaluation ascertained from the gesture together with evaluated information, characterised in that the system (11, 12) is an optical system (11, 12), wherein the gesture evaluation system is configured to detect a time period of the gesture and, after the evaluation, a further function of the gesture evaluation system representing an initiating of an operation of a device can be activated based on the time period of the gesture.
A bone plate assembly for use with a bone anchor having a head and a shank, the bone plate assembly comprising: a plate member (1, 1', 1") having a top side and a bottom side and at least one passage extending from the top side to the bottom side; wherein the at least one passage includes a first bore with a first end open towards the top side and a second end, a seat portion configured to receive the head of the bone anchor, and wherein the first bore comprises a first central axis and the seat portion comprises a second central axis, and wherein the first central axis and the second central axis intersect each other within the passage, and a second bore open towards the bottom side, and wherein the first bore comprises an internal thread, characterized in that the first bore is substantially cylindrical. a plate member (1, 1', 1") having a top side and a bottom side and at least one passage extending from the top side to the bottom side; wherein the at least one passage includes a first bore with a first end open towards the top side and a second end, a seat portion configured to receive the head of the bone anchor, and wherein the first bore comprises a first central axis and the seat portion comprises a second central axis, and wherein the first central axis and the second central axis intersect each other within the passage, and a second bore open towards the bottom side, and wherein the first bore comprises an internal thread, characterized in that the first bore is substantially cylindrical.
A charging method, comprising: obtaining a current battery voltage of a battery of a terminal; obtaining a current remaining electric quantity of the battery according to the current battery voltage; obtaining a required electric quantity of the battery according to the current remaining electric quantity and a capacity of the battery; assigning a corresponding electric quantity to be charged for each charging stage according to a cut-off voltage threshold for each charging stage, the current battery voltage, and the required electric quantity; calculating a charging duration at each charging stage according to the corresponding electric quantity and a charging current at each stage; and characterized in that, the charging method further comprises: charging the battery according to the charging duration of the battery at each charging stage. obtaining a current battery voltage of a battery of a terminal; obtaining a current remaining electric quantity of the battery according to the current battery voltage; obtaining a required electric quantity of the battery according to the current remaining electric quantity and a capacity of the battery; assigning a corresponding electric quantity to be charged for each charging stage according to a cut-off voltage threshold for each charging stage, the current battery voltage, and the required electric quantity; calculating a charging duration at each charging stage according to the corresponding electric quantity and a charging current at each stage; and characterized in that, the charging method further comprises: charging the battery according to the charging duration of the battery at each charging stage.