mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inspecting a semiconductor device (D) which performs an inspection of the semiconductor device (D) as an object to be inspected, the method comprising: a first step of attaching an adhesive tape (T) having an emissivity of 0.9 or more and a light transmittance of 60% or more at a wavelength of 300 nm to 2000 nm to a surface to be inspected (Da) of the semiconductor device (D); a second step of detecting light from a region including a surface of the surface to be inspected (Da) to which the adhesive tape (T) is attached and acquiring a first pattern image ; a third step of inputting an electrical signal to the semiconductor device (D) to which the adhesive tape (T) is attached; a fourth step of acquiring a first heat generation image by detecting light according to heat radiation from the region in a state in which the electrical signal is input; and a fifth step of superimposing the first pattern image and the first heat generation image , a sixth step of acquiring a second heat generation image by detecting light according to heat radiation of the semiconductor device (D) in a state in which the electrical signal is input to the semiconductor device (D) before the adhesive tape (T) is attached, wherein, in the first step, the adhesive tape (T) is attached to include a heat generation source of the semiconductor device (D) based on the second heat generation image . a first step of attaching an adhesive tape (T) having an emissivity of 0.9 or more and a light transmittance of 60% or more at a wavelength of 300 nm to 2000 nm to a surface to be inspected (Da) of the semiconductor device (D); a second step of detecting light from a region including a surface of the surface to be inspected (Da) to which the adhesive tape (T) is attached and acquiring a first pattern image ; a third step of inputting an electrical signal to the semiconductor device (D) to which the adhesive tape (T) is attached; a fourth step of acquiring a first heat generation image by detecting light according to heat radiation from the region in a state in which the electrical signal is input; and a fifth step of superimposing the first pattern image and the first heat generation image , a sixth step of acquiring a second heat generation image by detecting light according to heat radiation of the semiconductor device (D) in a state in which the electrical signal is input to the semiconductor device (D) before the adhesive tape (T) is attached, wherein, in the first step, the adhesive tape (T) is attached to include a heat generation source of the semiconductor device (D) based on the second heat generation image .
A laser system comprising: a non-flat gain media disc having a gain region and an anti ASE cap layer, configured to reduce transverse ASE; at least one pump source configured to generate a beam that pumps the non-flat gain media disc; and a laser cavity formed by at least one optical component, the non-flat gain media disc and an output coupler enabling the laser beam to exit the laser cavity, wherein the non-flat gain media disc comprises a hemispherical curved shell-shaped gain media disc, and wherein a radius R of curvature of the gain region is determined by R = L 2 16 t c + + L 2 8 t c 2 + L 2 2 / 2 where L = the diameter of a same gain medium flat disc having the gain region and the anti ASE cap of the diameter L, and t c = thickness of the anti ASE cap layer. a non-flat gain media disc having a gain region and an anti ASE cap layer, configured to reduce transverse ASE; at least one pump source configured to generate a beam that pumps the non-flat gain media disc; and a laser cavity formed by at least one optical component, the non-flat gain media disc and an output coupler enabling the laser beam to exit the laser cavity, wherein the non-flat gain media disc comprises a hemispherical curved shell-shaped gain media disc, and wherein a radius R of curvature of the gain region is determined by R = L 2 16 t c + + L 2 8 t c 2 + L 2 2 / 2 where L = the diameter of a same gain medium flat disc having the gain region and the anti ASE cap of the diameter L, and t c = thickness of the anti ASE cap layer. L = the diameter of a same gain medium flat disc having the gain region and the anti ASE cap of the diameter L, and t c = thickness of the anti ASE cap layer.
A protective cage for a barrel drilling machine , the barrel drilling machine including a frame , a drilling head rotatable about a determined drilling axis (A) and a barrel movably mounted, and preferably pivotally mounted, relative to the frame between a first position in which part of the barrel comes into the drilling axis (A), and a second position in which the barrel is moved transversely to the drilling axis (A), the cage comprising at least one movable part configured to move, preferably simultaneously, relative to the frame when the barrel moves between the first position and the second position, and wherein, when the barrel is in at least one of said first and second positions, the cage is configured to surround, with at least the barrel and possibly the frame , the drilling axis (A) of the drilling machine in a plane perpendicular to said drilling axis (A).
Method (V) for imaging a region of interest of an object to be examined based on projection measurement data (S1) recorded during a rotational movement of an X-ray source-detector system around the object to be examined in a first angular sector of at least 180° comprising the steps: - generation (V2) of first start-image data (B1), - selection (V3) of partial projection measurement data (Sla) with a second angular sector from the projection measurement data (S1), wherein the second angular sector is a subregion of the first angular sector, - comparison (V4) of the first start-image data (B1) or corrected start-image data (Bn) with the partial projection measurement data (S1a), wherein first image data (BSn) is generated, - artefact correction (V5) of the first image data (BSn) by means of a trained correction unit (ML), wherein the corrected start-image data (Bn) is created, and wherein the first image data (BSn) and the corrected start-image data (Bn) in each case comprise a substantially complete image of the region of interest. - generation (V2) of first start-image data (B1), - selection (V3) of partial projection measurement data (Sla) with a second angular sector from the projection measurement data (S1), wherein the second angular sector is a subregion of the first angular sector, - comparison (V4) of the first start-image data (B1) or corrected start-image data (Bn) with the partial projection measurement data (S1a), wherein first image data (BSn) is generated, - artefact correction (V5) of the first image data (BSn) by means of a trained correction unit (ML), wherein the corrected start-image data (Bn) is created, and
A device comprising an encoder configured to: receive a reference channel and a target channel, the reference channel including a set of reference samples, and the target channel including a set of target samples; determine a variation between a first mismatch value and a second mismatch value, the first mismatch value indicative of an amount of temporal mismatch between a first reference sample of a first frame of the set of reference samples and a first target sample of a second frame of the set of target samples corresponding to the first frame of the set of reference samples, the second mismatch value indicative of an amount of temporal mismatch between a second reference sample of a third frame of the set of reference samples and a second target sample of a fourth frame of the set of target samples corresponding to the third frame of the set of reference samples; temporally shift the second frame of the set of target samples based on the first mismatch value; temporally shift the fourth frame of the set of target samples based on the second mismatch value; adjust the set of temporally shifted target samples of the fourth frame of target samples based on the variation to generate an adjusted set of target samples; and generate at least one encoded channel based on the set of reference samples of the first and third frames, the temporally shifted second frame of the set of target samples and the adjusted temporally shifted fourth frame of the set of target samples; and a network interface configured to transmit the at least one encoded channel. receive a reference channel and a target channel, the reference channel including a set of reference samples, and the target channel including a set of target samples; determine a variation between a first mismatch value and a second mismatch value, the first mismatch value indicative of an amount of temporal mismatch between a first reference sample of a first frame of the set of reference samples and a first target sample of a second frame of the set of target samples corresponding to the first frame of the set of reference samples, the second mismatch value indicative of an amount of temporal mismatch between a second reference sample of a third frame of the set of reference samples and a second target sample of a fourth frame of the set of target samples corresponding to the third frame of the set of reference samples; temporally shift the second frame of the set of target samples based on the first mismatch value; temporally shift the fourth frame of the set of target samples based on the second mismatch value; adjust the set of temporally shifted target samples of the fourth frame of target samples based on the variation to generate an adjusted set of target samples; and generate at least one encoded channel based on the set of reference samples of the first and third frames, the temporally shifted second frame of the set of target samples and the adjusted temporally shifted fourth frame of the set of target samples; and
A reproducing device comprising: a switching determination unit configured to determine whether or not a switching condition for switching a display between a wide angle of view video (P1) and a partial video (P2) is satisfied, the partial video (P2) corresponding to a partial angle of view of the wide angle of view video (P1); a video controller configured to selectively display the wide angle of view video (P1) or the partial video (P2) on a basis of a determination result of the switching determination unit ; and a video acquisition unit configured to acquire the wide angle of view video (P1) and the partial video (P2) from a server that is externally provided; wherein the video controller is configured to, when switching the display between the wide angle of view video (P1) and the partial video (P2) on a basis of the determination result of the switching determination unit , display the wide angle of view video (P1), to which display information (F) indicating an angle of view of the partial video (P2) corresponding to the wide angle of view video (P1) has been added; and wherein the switching determination unit is configured to determine whether or not the switching condition for switching the display between the wide angle of view video (P1) and the partial video (P2) is satisfied on a basis of a line quality with the server from which the video acquisition unit acquires the wide angle of view video (P1). a switching determination unit configured to determine whether or not a switching condition for switching a display between a wide angle of view video (P1) and a partial video (P2) is satisfied, the partial video (P2) corresponding to a partial angle of view of the wide angle of view video (P1); a video controller configured to selectively display the wide angle of view video (P1) or the partial video (P2) on a basis of a determination result of the switching determination unit ; and a video acquisition unit configured to acquire the wide angle of view video (P1) and the partial video (P2) from a server that is externally provided; wherein the video controller is configured to, when switching the display between the wide angle of view video (P1) and the partial video (P2) on a basis of the determination result of the switching determination unit , display the wide angle of view video (P1), to which display information (F) indicating an angle of view of the partial video (P2) corresponding to the wide angle of view video (P1) has been added; and wherein the switching determination unit is configured to determine whether or not the switching condition for switching the display between the wide angle of view video (P1) and the partial video (P2) is satisfied on a basis of a line quality with the server from which the video acquisition unit acquires the wide angle of view video (P1).
Hydraulic control valve of spool valve design having a spool piston whose stroke in a housing is adjustable along a stroke direction in at least a first operating mode and a second operating mode, the stroke in the first operating mode being adjustable by a proportional solenoid and/or a hydraulic pilot control, while the stroke in the second operating mode is manually adjustable by a hand lever arranged on the housing, characterized in that a first maximum stroke fixed in the first operating mode differs from a second maximum stroke fixed in the second operating mode, the second maximum stroke being smaller than the first maximum stroke.
A refrigerating machine oil comprising: a lubricating base oil; a dialkyl hydrogen phosphite having two alkyl groups having 1 to 12 carbon atoms in the molecule; and an epoxy compound, wherein a content of the dialkyl hydrogen phosphite is 0.01% by mass or more based on the total amount of the refrigerating machine oil. a lubricating base oil; a dialkyl hydrogen phosphite having two alkyl groups having 1 to 12 carbon atoms in the molecule; and an epoxy compound, wherein a content of the dialkyl hydrogen phosphite is 0.01% by mass or more based on the total amount of the refrigerating machine oil.
Slicer for cutting off slices of an in particular wide, thin item to be cut, in particular fish, comprising: a machine housing , a drive motor and a cutting knife for cutting off slices, said cutting knife being driven in rotation in a cutting plane by said drive motor, a stop plate , which is oriented parallel to the cutting plane, for setting a desired slice thickness, a carriage , which is movable back and forth parallel to the cutting plane, wherein the carriage comprises a support surface on which the item to be cut is placed, wherein the support surface is arranged at an acute angle to the cutting plane, characterized in that the support surface is formed by a plurality of rollers which are arranged parallel to one another and are rotatable about their respective axes, wherein the rollers have a plurality of spaced-apart rings along their axes, wherein the diameter of the rings is larger than the diameter of the roller body. a machine housing , a drive motor and a cutting knife for cutting off slices, said cutting knife being driven in rotation in a cutting plane by said drive motor, a stop plate , which is oriented parallel to the cutting plane, for setting a desired slice thickness, a carriage , which is movable back and forth parallel to the cutting plane, wherein the carriage comprises a support surface on which the item to be cut is placed, wherein the support surface is arranged at an acute angle to the cutting plane, characterized in that the support surface is formed by a plurality of rollers which are arranged parallel to one another and are rotatable about their respective axes, wherein the rollers have a plurality of spaced-apart rings along their axes, wherein the diameter of the rings is larger than the diameter of the roller body.
An edge-on photon-counting detector comprising: at least one detector module having a respective edge facing incident X-rays, wherein the at least one detector module comprises a semiconductor substrate configured for allowing incident X-ray photons to be directly transferred to electrical pulses by enabling incident X-ray photons to be converted to electron-hole pairs inside the semiconductor substrate; and a plurality of pixels arranged in the semiconductor substrate wherein the plurality of pixels are arranged in at least two directions, wherein one of the at least two directions has a component in a direction of the incident X-rays, or wherein the plurality of pixels are arranged as an array in a direction substantially orthogonal to the direction of the incident x-rays, and each of the pixels is oriented edge-on to the incident x-rays, wherein the pixels are configured to operate as detector elements for detecting electrical current induced from drifting electrons and/or holes, characterised in that the pixels are active integrated pixels, configured to perform analog processing of the electrical signals of the detector elements, and wherein an active integrated pixel comprises an amplifier configured to generate an output signal based on a current pulse generated by the active integrated pixel, and an analog storage arranged downstream of the amplifier to enable controlled read-out of data from the active integrated pixel and the analog storage. at least one detector module having a respective edge facing incident X-rays, wherein the at least one detector module comprises a semiconductor substrate configured for allowing incident X-ray photons to be directly transferred to electrical pulses by enabling incident X-ray photons to be converted to electron-hole pairs inside the semiconductor substrate; and a plurality of pixels arranged in the semiconductor substrate wherein the plurality of pixels are arranged in at least two directions, wherein one of the at least two directions has a component in a direction of the incident X-rays, or wherein the plurality of pixels are arranged as an array in a direction substantially orthogonal to the direction of the incident x-rays, and each of the pixels is oriented edge-on to the incident x-rays, wherein the pixels are configured to operate as detector elements for detecting electrical current induced from drifting electrons and/or holes, characterised in that the pixels are active integrated pixels, configured to perform analog processing of the electrical signals of the detector elements, and wherein an active integrated pixel comprises an amplifier configured to generate an output signal based on a current pulse generated by the active integrated pixel, and an analog storage arranged downstream of the amplifier to enable controlled read-out of data from the active integrated pixel and the analog storage.
A fluid therapy system comprising: a console including: an input for setting a urine output rate desired threshold and for setting one or more desired negative net gain rates; a urine output measuring subsystem; a fluid administration subsystem ; and a controller subsystem responsive to the urine output measuring subsystem and configured to monitor the urine output rates of a patient and to control the fluid administration subsystem to: automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold , and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate . an input for setting a urine output rate desired threshold and for setting one or more desired negative net gain rates; a urine output measuring subsystem; a fluid administration subsystem ; and a controller subsystem responsive to the urine output measuring subsystem and configured to monitor the urine output rates of a patient and to control the fluid administration subsystem to: automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold , and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate . automatically administer fluid to the patient during a first therapy period at rates equal to or approximately equal to the monitored urine output rate until the urine output rates reaches the set urine output rate desired threshold , and thereafter automatically administer fluid to the patient during a second therapy period at rates to achieve the set desired negative net gain rate .
A pharmaceutical composition in the form of immediate release tablets comprising at least an active agent, wherein the active agent is crystalline sitagliptin hydrochloride, preferably the monohydrate, wherein the pharmaceutical composition is prepared by dry granulation.
Quick coupler system for coupling a tool to a tool guide such as an excavator stick , having a coupler body and a coupler part which can be coupled thereto, wherein the coupler body has, in the region of opposite end faces, on the one hand a coupling receptacle for receiving a first locking part of the coupler part to be coupled and, on the other hand, a locking receptacle for receiving a second locking part of the coupler part to be coupled, wherein at least the locking receptacle is assigned at least one movable locking element for locking the second locking part , wherein said locking element being manually operable via an actuating gear arranged on the coupler body and having a rotatably mounted drive shaft which can be coupled with a hand tool, wherein both the locking element associated with the locking receptacle and a movable securing element , which is assigned to the coupling receptacle for securing the first locking part accommodated therein, can be actuated by the common drive shaft and are in each case articulated via an actuating link to a rotary actuating part connected fixedly in terms of rotation to the common drive shaft so that the locking element and the securing element move in opposite directions to one another by rotation of the common drive shaft in one direction of rotation, characterized in that the coupler body has a recess in a central section between its coupling and locking receptacles which is open towards the coupler part to be coupled, and the actuating gear is positioned next to the recess , leaving the recess free, and the coupler part has hydraulic and/or energy couplings between the two first and second locking parts which project towards the coupler body and can be brought into the recess of the coupler body .