mhurhangee/ep-ind-claims huggingface dataset:
Security structure, comprising a semitransparent layer containing a binder and at least goniochromatic metal particles present in the binder in a concentration conferring on the layer its semitransparency, and reflecting the incident light without allowing some of the incident light of colour complementary to that they reflect to pass through, so as to obtain a goniochromatic effect in reflection and a substantially colourless transparency in transmission.
A calibration operation device mounted on a predetermined position of a vehicle for calibrating displacement of a camera mounting position relative to a pan angle, a tilt angle and a roll angle by using an image taken by the camera, the image including a mark provided outside the vehicle, the device comprising: an image superimposing unit configured to generate a superimposed image by superimposing a calibration object having a first adjustment part for indicating a predetermined circular pan-tilt area and a second adjustment part for indicating a predetermined rotation area on the image taken by the camera; and a calculation unit configured to control the image superimposing unit to generate the superimposed image in which the calibration object is shifted based on a shift instruction of the calibration object input by a user and to calculate the pan angle, the tilt angle and the roll angle for calibration of the displacement of the camera mounting position based on a position of the calibration object after being shifted in the superimposed image such that one end of the mark is included in the predetermined area of the first adjustment part and the mark is positioned in the rotation area of the second adjustment part; characterized in that the calibration object further includes a first auxiliary adjustment part, wherein the first auxiliary adjustment part indicates a predetermined circular pan-tilt area larger than the predetermined circular pan-tilt area of the first adjustment part and is disposed surrounding the first adjustment part. an image superimposing unit configured to generate a superimposed image by superimposing a calibration object having a first adjustment part for indicating a predetermined circular pan-tilt area and a second adjustment part for indicating a predetermined rotation area on the image taken by the camera; and a calculation unit configured to control the image superimposing unit to generate the superimposed image in which the calibration object is shifted based on a shift instruction of the calibration object input by a user and to calculate the pan angle, the tilt angle and the roll angle for calibration of the displacement of the camera mounting position based on a position of the calibration object after being shifted in the superimposed image such that one end of the mark is included in the predetermined area of the first adjustment part and the mark is positioned in the rotation area of the second adjustment part; characterized in that the calibration object further includes a first auxiliary adjustment part, wherein the first auxiliary adjustment part indicates a predetermined circular pan-tilt area larger than the predetermined circular pan-tilt area of the first adjustment part and is disposed surrounding the first adjustment part.
A motor comprising: a rotation shaft comprising a first recessed portion formed in one end of the rotation shaft and including a bottom surface and a wall surface and a second recessed portion formed in the bottom surface of the first recessed portion; a rotor that surrounds the rotation shaft, rotates together with the rotation shaft, and comprises a first magnet; and a detector that comprises a second magnet mounted in the first recessed portion and detects rotation of the rotor, characterized in that the second recessed portion is discontinuously formed in a region in which an edge of the second magnet and the bottom surface of the first recessed portion contact each other, and is formed along a border between the bottom surface and the wall surface of the first recessed portion. a rotation shaft comprising a first recessed portion formed in one end of the rotation shaft and including a bottom surface and a wall surface and a second recessed portion formed in the bottom surface of the first recessed portion; a rotor that surrounds the rotation shaft, rotates together with the rotation shaft, and comprises a first magnet; and a detector that comprises a second magnet mounted in the first recessed portion and detects rotation of the rotor, characterized in that the second recessed portion is discontinuously formed in a region in which an edge of the second magnet and the bottom surface of the first recessed portion contact each other, and is formed along a border between the bottom surface and the wall surface of the first recessed portion.
A field effect transistor comprising a gate electrode, an oxide semiconductor layer as an active layer, a source electrode, a drain electrode, and an insulating layer; wherein the oxide semiconductor layer comprises an oxide which contains In and Zn and at least a part of which is amorphous; and wherein the insulating layer comprises a layer provided between the gate electrode and the oxide semiconductor layer and in contact with the oxide semiconductor layer; characterized in that the layer has a hydrogen content of less than 3 × 10 21 atoms/cm 3. wherein the oxide semiconductor layer comprises an oxide which contains In and Zn and at least a part of which is amorphous; and wherein the insulating layer comprises a layer provided between the gate electrode and the oxide semiconductor layer and in contact with the oxide semiconductor layer; characterized in that the layer has a hydrogen content of less than 3 × 10 21 atoms/cm 3.
An electric guitar having at least one pickup in a through recess on the guitar body, the pickup being insertable into said recess from the rear side of the guitar body without the use of tools, thereby closing electrical contacts between its coils and terminals in the recess in its fitting seat, which contacts lead to the output port on the guitar body via a cable, and in that the pickup is held in its fitting seat in such a way that it can be detached by hand without the use of tools and can be fitted into a receiving frame which has electrical contact points which lead via a cable to the output port on the guitar body, and wherein the pickup has a base plate on its rear side and is mechanically and electrically connected to the pickup by means of a fixing plate at a variable distance from the base plate of the pickup, and wherein this fixing plate can be inserted without tools from the rear side of the guitar body into the receiving frame, characterised in that the receiving frame forms a side holder on each of two opposite sides, and these side holders form a mechanical fitting seat for a magnetic fixing plate, for which purpose the fixing plate is shaped at its four corners into bulges which fit exactly into cams on the side holders on the receiving frame, and wherein four permanent magnets in the side holders pull the ferromagnetic fixing plate strongly towards them and thus hold it securely in the fitting seat and the fixing plate can also be removed again from the receiving frame without tools, wherein by adjusting screws the inserted pickup is more or less inclinable in all directions so that the distance of its pickups from the strings for the low notes and the strings for the high notes can be set differently, and wherein in the inserted state of the pickup the electrical outputs of each of its coils each close an electrical contact with the contact points on the receiving frame via spring-loaded pins on the fixing plate, and in that the base plate of the fixing plate is connected to the base plate of the pick-up at a variable distance therefrom, in that the fixing plate has a threaded bush by means of which it can be screwed over the thread of a height adjuster of the pick-up, in that this height adjuster consists of a threaded brass rod which is rotatably mounted with its thread in the base plate and onto which a rubber wheel is screwed at the end which can be rotated with two fingers, and wherein the brass thread of the height adjuster is seated in a threaded bush in the fixing plate, while the fixing plate has a receiving hole for a guide pin which projects perpendicularly from the base plate and over which the fixing plate is slipped with its receiving hole, so that by turning the rubber wheel the fixing plate can be finely adjusted in its distance from the base plate, and thus the distance of the pickup on the pickup from the strings of the electric guitar can be varied.
A piezoresistive electronic skin, comprising two overlapping flexible substrates (11; 12); conductive layers (21; 22) arranged on contact surfaces of adjacent flexible substrates (11; 12); and conductive electrodes (31; 32) electrically connected with said conductive layers (21; 22), characterized in that: at least one flexible substrate is a polydimethylsiloxane film, and at least one surface of said polydimethylsiloxane film which faces the other flexible substrate (11; 12) is provided with micro-nano patterns, the sizes of said patterns are between 0.1 and 500μm, and the unit amount of said patterns in a square centimeter is between 1 and 10 12, wherein said conductive layers (21; 22) are coated on patterned contact surface of adjacent flexible substrates (11; 12) and being contacted with each other, wherein said conductive layers are micro-nano patterned carbon nanotube films. at least one flexible substrate is a polydimethylsiloxane film, and at least one surface of said polydimethylsiloxane film which faces the other flexible substrate (11; 12) is provided with micro-nano patterns, the sizes of said patterns are between 0.1 and 500μm, and the unit amount of said patterns in a square centimeter is between 1 and 10 12, wherein said conductive layers (21; 22) are coated on patterned contact surface of adjacent flexible substrates (11; 12) and being contacted with each other, wherein said conductive layers are micro-nano patterned carbon nanotube films.
Conductor terminal for clamping electrical conductors to a busbar, which has an insulating material housing with a housing base body and a housing cover, which can be connected to the housing base body, as a closure of the housing base body, wherein the housing cover forms a side wall of the insulating housing when the housing cover is placed on the housing base body, wherein the housing base body has a conductor insertion opening which opens into a conductor connection space in the basic housing body, and at least two clamping points being formed in the conductor connection space, at which clamping points electrical conductors introduced into the conductor insertion opening can be clamped to the busbar, characterized in that a projection is integrally formed on the housing cover, which projection projects into the conductor connection space when the housing cover is connected to the housing base body and forms a partition between two clamping points, the projection being integrally formed with the housing cover.
Intracardiac device for restoring functional elasticity of cardiac structures, in particular for the treatment of cardiomyopathies and valvulopathies, storing energy from the cardiac structures and ceding energy to the cardiac structures during the cardiac cycle; the intracardiac device (81; 101) has an elongated shape, is at least partially wound in coils along a given section, and is attachable to a cardiac structure; said coils being selected in material, number, and dimension to permit elastic elongation of the intracardiac device higher than 10% of the rest length of the intracardiac device, and being exposed to blood flow during use, characterised in that the intracardiac device (81; 101) comprises an elongated member (82; 102) realised in metal wire for springs and at least partially wound in coils (83; 103) along said given section; at least one member (86; 106), which is directly attachable to the cardiac structure, is attached to the elongated member (82; 102), has an elongated shape, is arranged alongside and along the elongated member (82; 102) and is extendable up to a maximum length in order to limit extension of the elongated member (82; 102) within a given percentage of the rest length of the elongated member (82; 102); the attachable member including a metal mesh tube (87; 107) intersecting with said coils (83; 103); the tube (87; 107) being extendable.
A method of performing capillary electrophoresis of multiple samples, the method comprising: introducing a first sample to an inlet of a capillary containing a separation medium, the first sample comprising first DNA fragments having a plurality of different sizes; performing electrophoresis on the first sample in the capillary, wherein the electrophoresis comprises applying a first substantially constant forward polarity electrophoresis voltage to the capillary while detecting some of the first DNA fragments at an interrogation region proximate a distal end of the capillary; before all of the first DNA fragments have passed the interrogation region, applying a reverse polarity voltage pulse to the capillary, thereby transporting at least some of the first DNA fragments in the capillary toward the inlet of the capillary, and thereafter introducing a second sample to the inlet of a capillary, the second sample comprising second DNA fragments having a plurality of different sizes; and applying a second substantially constant forward polarity electrophoresis voltage to the capillary to simultaneously perform electrophoresis on the second DNA fragments and the first DNA fragments. introducing a first sample to an inlet of a capillary containing a separation medium, the first sample comprising first DNA fragments having a plurality of different sizes; performing electrophoresis on the first sample in the capillary, wherein the electrophoresis comprises applying a first substantially constant forward polarity electrophoresis voltage to the capillary while detecting some of the first DNA fragments at an interrogation region proximate a distal end of the capillary; before all of the first DNA fragments have passed the interrogation region, applying a reverse polarity voltage pulse to the capillary, thereby transporting at least some of the first DNA fragments in the capillary toward the inlet of the capillary, and thereafter introducing a second sample to the inlet of a capillary, the second sample comprising second DNA fragments having a plurality of different sizes; and applying a second substantially constant forward polarity electrophoresis voltage to the capillary to simultaneously perform electrophoresis on the second DNA fragments and the first DNA fragments.
Process for drying granular polymeric material, comprising the steps of: - dehumidifying said granular polymeric material by means of a first flow of gas introduced into said granular polymeric material; - heating said dehumidified granular polymeric material to a second temperature that is greater than said first temperature; - drying said granular polymeric material heated to said second temperature by applying a predefined vacuum level; wherein said drying process is carried out in a drying hopper that is separated from the other hoppers, both upstream and downstream, by pressure-sealing elements capable of maintaining the vacuum level achieved inside the drying hopper wherein said pressure-sealing elements comprise a filling unit, which includes a small tank blocked upstream and downstream by shut-off valves (36b, 36c), as well as a discharge unit, which includes a small tank blocked upstream and downstream by respective shut-off valves (37b, 37c). - dehumidifying said granular polymeric material by means of a first flow of gas introduced into said granular polymeric material; - heating said dehumidified granular polymeric material to a second temperature that is greater than said first temperature; - drying said granular polymeric material heated to said second temperature by applying a predefined vacuum level;
A method of screening an agent for preventing or treating cancer comprising the steps of: (a) contacting GRS(glycyl-tRNA synthetase) or its fragment, CDH(cadherin) and with or without a test agent; (b) measuring a binding affinity between GRS or its fragment, and CDH with or without a test agent; (c) comparing the binding affinity between GRS or its fragment, and CDH with a test agent to the binding affinity between GRS or its fragment, and CDH without a test agent; and (d) identifying the test agent which changes the binding affinity between GRS or its fragment, and CDH, wherein the CDH is CDH6 or CDH18, and wherein the fragment is an amino acid sequence represented by SEQ ID NO: 2 or 11. (a) contacting GRS(glycyl-tRNA synthetase) or its fragment, CDH(cadherin) and with or without a test agent; (b) measuring a binding affinity between GRS or its fragment, and CDH with or without a test agent; (c) comparing the binding affinity between GRS or its fragment, and CDH with a test agent to the binding affinity between GRS or its fragment, and CDH without a test agent; and (d) identifying the test agent which changes the binding affinity between GRS or its fragment, and CDH,
Method for direct reduction of metal oxide-containing, preferably iron oxide-containing, starting materials to produce metallized material by contact with hot reduction gas in a reduction unit, wherein the product of the direct reduction is discharged from the reduction unit by means of a product discharge device which is flushed with seal gas and whence vent gas is drawn and subsequently de-dusted, and wherein the vent gas is de-dusted dry, characterized in that the content of at least one gaseous constituent of the de-dusted vent gas is reduced, wherein the content of said constituent is reduced by conversion into CO 2 and/or into H 2 O - by catalytic conversion using oxygen O 2 and/or H 2 O in the form of steam, and/or - by combustion. - by catalytic conversion using oxygen O 2 and/or H 2 O in the form of steam, and/or - by combustion.
A conveyance system for conveying a workpiece between a storage shelf and a plurality of processing machines (1A, 1B), the conveyance system comprising: (i) a main controller configured for receiving a conveyance request for a workpiece from the plurality of processing machines (1A, 1B), the main controller being configured for retaining the received conveyance request and transmitting a standby signal indicating whether or not a plurality of conveyance requests are retained in the main controller, and (ii) a conveyance device configured for conveying the workpiece between the storage shelf and the plurality of processing machines (1A, 1B), the conveyance device comprising: a carriage configured for moving between the storage shelf and the plurality of processing machines (1A, 1B), and a local controller (70, 160A, 160B, 170A, 170B) for controlling the carriage, wherein the local controller (70, 160A, 160B, 170A, 170B) of the conveyance device is configured to: receive the standby signal from the main controller, move the carriage in accordance with a first traveling control parameter when the standby signal indicates that a plurality of conveyance requests are retained in the main controller, and move the carriage in accordance with a second traveling control parameter, which moves the carriage more slowly than when moved in accordance with the first traveling control parameter, when the standby signal indicates that a plurality of conveyance requests are not retained in the main controller. (i) a main controller configured for receiving a conveyance request for a workpiece from the plurality of processing machines (1A, 1B), the main controller being configured for retaining the received conveyance request and transmitting a standby signal indicating whether or not a plurality of conveyance requests are retained in the main controller, and (ii) a conveyance device configured for conveying the workpiece between the storage shelf and the plurality of processing machines (1A, 1B), the conveyance device comprising: a carriage configured for moving between the storage shelf and the plurality of processing machines (1A, 1B), and a local controller (70, 160A, 160B, 170A, 170B) for controlling the carriage, wherein a carriage configured for moving between the storage shelf and the plurality of processing machines (1A, 1B), and a local controller (70, 160A, 160B, 170A, 170B) for controlling the carriage, wherein receive the standby signal from the main controller, move the carriage in accordance with a first traveling control parameter when the standby signal indicates that a plurality of conveyance requests are retained in the main controller, and move the carriage in accordance with a second traveling control parameter, which moves the carriage more slowly than when moved in accordance with the first traveling control parameter, when the standby signal indicates that a plurality of conveyance requests are not retained in the main controller.
Passenger transport vehicle, having an air conditioning unit which comprises a refrigeration circuit operated using a refrigerant, wherein the refrigeration circuit has a condenser with an associated condenser fan for conveying cooling air, and an evaporator, which belongs to an air treatment part of the air conditioning unit, for controlling the temperature of supply air which is conveyed by means of a supply air fan into a passenger compartment of the vehicle, characterized in that - within the air conditioning unit, a flow channel for the cooling air and a flow channel for the supply air are fluidically separated from one another by a common partition wall, - the partition wall has a closable degassing device (14; 22; 23) which can be switched between a closed state for normal operation of the air conditioning unit and an open state for emergency operation of the air conditioning unit, in which the degassing device (14; 22; 23) fluidically connects the flow channel for the cooling air and the flow channel for the supply air directly together, and - in the region of the vehicle to which the supply air is admitted there is provided a detector for the refrigerant which is connected via signals to the degassing device (14; 22; 23) such that, when it detects the refrigerant, it initiates actuation of the degassing device (14; 22; 23) so that the degassing device assumes its open state. - within the air conditioning unit, a flow channel for the cooling air and a flow channel for the supply air are fluidically separated from one another by a common partition wall, - the partition wall has a closable degassing device (14; 22; 23) which can be switched between a closed state for normal operation of the air conditioning unit and an open state for emergency operation of the air conditioning unit, in which the degassing device (14; 22; 23) fluidically connects the flow channel for the cooling air and the flow channel for the supply air directly together, and - in the region of the vehicle to which the supply air is admitted there is provided a detector for the refrigerant which is connected via signals to the degassing device (14; 22; 23) such that, when it detects the refrigerant, it initiates actuation of the degassing device (14; 22; 23) so that the degassing device assumes its open state.