mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus, comprising: a focal region decision processing unit configured to calculate a focal score showing a focal degree of each region of a photographic image based on the photographic image; a display control processing unit configured to select a plurality of regions where the focal score is a prescribed value or more, as display center positions, based on the focal score for each of the regions of the photographic image, where each of the plurality of regions is specified by the coordinates (Xp, Yp) of a point contained in each of the regions; and a display processing unit configured to generate an enlarged display image for each of the plurality of selected regions, wherein each enlarged display image is generated by cutting out a region of a predetermined size centered on the corresponding display center position from the photographic image, wherein the display processing unit generates the enlarged display images centered on the corresponding display center position and wherein the plurality of enlarged display images are successively displayed in an order from the highest focal score. a focal region decision processing unit configured to calculate a focal score showing a focal degree of each region of a photographic image based on the photographic image; a display control processing unit configured to select a plurality of regions where the focal score is a prescribed value or more, as display center positions, based on the focal score for each of the regions of the photographic image, where each of the plurality of regions is specified by the coordinates (Xp, Yp) of a point contained in each of the regions; and a display processing unit configured to generate an enlarged display image for each of the plurality of selected regions, wherein each enlarged display image is generated by cutting out a region of a predetermined size centered on the corresponding display center position from the photographic image, wherein the display processing unit generates the enlarged display images centered on the corresponding display center position and wherein the plurality of enlarged display images are successively displayed in an order from the highest focal score.
A probe card for a test equipment of electronic devices, comprising: - a support plate; - a flexible membrane adapted to carry high frequency signals between a device under test and said support plate, said flexible membrane being connected to said support plate through a peripheral zone thereof; - a damping structure arranged between said support plate and said flexible membrane, said damping structure being adapted to damp an abutment onto said device under test; and - a plurality of micro contact probes comprising a body extending between a first end and a second end, said second end being adapted to abut onto contact pads of said device under test, wherein said damping structure and said first ends of said micro contact probes are in contact with opposite faces (Fa, Fb) of a same contact zone of said flexible membrane, wherein said flexible membrane includes at least one weakening zone arranged between said contact zone and said peripheral zone and adjacent thereto, said weakening zone comprising at least one weakening element adapted to mechanically weaken said flexible membrane and to locally increase the deformability of said flexible membrane, characterized in that the weakening element is in the form of a plurality of cuts, or alternatively in the form of at least one non-through slot of said flexible membrane in said weakening zone. - a support plate; - a flexible membrane adapted to carry high frequency signals between a device under test and said support plate, said flexible membrane being connected to said support plate through a peripheral zone thereof; - a damping structure arranged between said support plate and said flexible membrane, said damping structure being adapted to damp an abutment onto said device under test; and - a plurality of micro contact probes comprising a body extending between a first end and a second end, said second end being adapted to abut onto contact pads of said device under test, wherein said damping structure and said first ends of said micro contact probes are in contact with opposite faces (Fa, Fb) of a same contact zone of said flexible membrane, wherein said flexible membrane includes at least one weakening zone arranged between said contact zone and said peripheral zone and adjacent thereto, said weakening zone comprising at least one weakening element adapted to mechanically weaken said flexible membrane and to locally increase the deformability of said flexible membrane, characterized in that the weakening element is in the form of a plurality of cuts, or alternatively in the form of at least one non-through slot of said flexible membrane in said weakening zone.
A liquid ejecting apparatus which ejects liquid onto a medium, the liquid ejecting apparatus comprising: a carriage which includes a control substrate which configures at least a part of a control unit which controls driving of the entire liquid ejecting apparatus, a plurality of ejecting units which eject the liquid, a plurality of driving substrates which are connected to the control substrate, and are connected to the plurality of ejecting units in one-to-one correspondence, and configured to drive the ejecting unit, an ejecting unit-driving substrate accommodating unit which accommodates the ejecting unit and the driving substrate, and a control substrate accommodating unit which accommodates the control substrate, wherein the plurality of driving substrates are releasably coupled to the control substrate, and characterized in that the ejecting unit-driving substrate accommodating unit further comprises a first connector terminal, and the control substrate accommodating unit further comprises a second connector terminal, wherein the ejecting unit-driving substrate accommodating unit and the control substrate accommodating unit are releasably coupled using the first connector terminal on the ejecting unit-driving substrate accommodating unit and the second connector terminal on the control substrate accommodating unit. a carriage which includes a control substrate which configures at least a part of a control unit which controls driving of the entire liquid ejecting apparatus, a plurality of ejecting units which eject the liquid, a plurality of driving substrates which are connected to the control substrate, and are connected to the plurality of ejecting units in one-to-one correspondence, and configured to drive the ejecting unit, an ejecting unit-driving substrate accommodating unit which accommodates the ejecting unit and the driving substrate, and a control substrate accommodating unit which accommodates the control substrate, wherein the plurality of driving substrates are releasably coupled to the control substrate, and characterized in that the ejecting unit-driving substrate accommodating unit further comprises a first connector terminal, and the control substrate accommodating unit further comprises a second connector terminal, wherein the ejecting unit-driving substrate accommodating unit and the control substrate accommodating unit are releasably coupled using the first connector terminal on the ejecting unit-driving substrate accommodating unit and the second connector terminal on the control substrate accommodating unit.
A ready-to-feed liquid infant formula comprising fat, protein, carbohydrate, vitamin, and minerals, including docosahexaenoic acid and at least 75 μg/liter of lutein, wherein the weight ratio of lutein (μg) to docosahexaenoic acid (mg) is from 1:2 to 10:1 and the formula is free of egg phospholipids.
Manhole cover, with a central area, a circumferential support area around the outer edge for resting on the manhole outlet, a main body of composite material, and reinforcing fibres which run in the central area of the manhole cover beneath the main body, where several layers of reinforcing fibres are superimposed on one another, each extending in a different direction from one edge of the manhole cover to the opposite edge, where each layer has at least one strip, where superimposed strips are aligned at different angles with reference to the centre of the manhole cover and overlap in the central area of the manhole cover, characterised in that the manhole cover has a main body of a hardened pourable casting compound and the main body extends in a radial direction into the support area.
An exhaust gas treatment method for an internal combustion engine comprising a collection step of collecting particulate matter in exhaust gas exhausted from an internal combustion engine by using a filter, and a forced reconditioning step of performing post-injection of fuel to heat the exhaust gas to a combustion temperature of the particulate matter in a diesel oxidation catalyst and then burning and removing the particulate matter collected in the filter by using the heated exhaust gas, the method is characterised by comprising: a load increase step of increasing auxiliary power to increase a load of the internal combustion engine from a start of the forced reconditioning step; and an exhaust gas temperature increase step of increasing a temperature rise gradient of the exhaust gas in the forced reconditioning step by using the increased load in order to reduce a quantity of an unburned hydrocarbon released until the diesel oxidation catalyst reaches an activation temperature, wherein the load increase step increases a flow resistance of a lubricating oil by reducing the opening of a throttle provided to a lubricating oil passage of the internal combustion engine to thereby increase power of a lubricating oil circulation pump. a load increase step of increasing auxiliary power to increase a load of the internal combustion engine from a start of the forced reconditioning step; and an exhaust gas temperature increase step of increasing a temperature rise gradient of the exhaust gas in the forced reconditioning step by using the increased load in order to reduce a quantity of an unburned hydrocarbon released until the diesel oxidation catalyst reaches an activation temperature, wherein the load increase step increases a flow resistance of a lubricating oil by reducing the opening of a throttle provided to a lubricating oil passage of the internal combustion engine to thereby increase power of a lubricating oil circulation pump.
A method comprising: receiving, by a communication device, a request for a key from one or more users, the communication device being a user device; causing, by the communication device, one or more personalized decryption secret keys to be issued to the one or more users in an instance in which the one or more users satisfy a local trust level and a general trust level for decryption, the local trust level being based data accumulated locally at the communication device and the general trust level being based on interactions with one or more entities across a remote computing system; and causing, by the communication device, encrypted data to be broadcast to the one or more users, wherein the encrypted data is configured to be decrypted by the one or more users that satisfy the local trust level and the general trust level using the one or more personalized decryption secret keys, and generating, by the communication device, a public encryption key based on local trust levels for the one or more users, the public encryption key including a local trust attribute indicating the local trust level, the one or more personalized decryption secret keys including a general trust attribute indicating the general trust level, the encrypted data being encrypted by the communication device, using the public encryption key, and issuing, by the communication device, the public encryption key to the one or more users. receiving, by a communication device, a request for a key from one or more users, the communication device being a user device; causing, by the communication device, one or more personalized decryption secret keys to be issued to the one or more users in an instance in which the one or more users satisfy a local trust level and a general trust level for decryption, the local trust level being based data accumulated locally at the communication device and the general trust level being based on interactions with one or more entities across a remote computing system; and causing, by the communication device, encrypted data to be broadcast to the one or more users, wherein the encrypted data is configured to be decrypted by the one or more users that satisfy the local trust level and the general trust level using the one or more personalized decryption secret keys, and generating, by the communication device, a public encryption key based on local trust levels for the one or more users, the public encryption key including a local trust attribute indicating the local trust level, the one or more personalized decryption secret keys including a general trust attribute indicating the general trust level, the encrypted data being encrypted by the communication device, using the public encryption key, and issuing, by the communication device, the public encryption key to the one or more users.
Use of an aqueous solution comprising Histidine and Tris in a wash step of a protein A chromatography for reducing the content of a host cell protein wherein the protein A chromatography is used to purify a human IgG4 or IgG1 isotype antibody, wherein the aqueous solution has a pH of 6.5 or higher.
A minimally invasive surgical system comprising: an elongate flexible body including a proximal portion (220, 330), a distal portion (221, 331, 331'), an inner sheath (365, 705), and a steerable tube (450, 450'); a plurality of conduits, each conduit including a lumen and extending within the inner sheath; a plurality of tendons (310, 318, 401) extending from the proximal portion to the distal portion of the elongate flexible body; and wherein the distal portion comprises the steerable tube (450, 450') including an inner surface, an outer surface (454, 454'), a wall having a thickness extending between the inner surface and the outer surface, a proximal end, a distal end, and a plurality of grooves (470a-d, 470a'-d') having an open cross-sectional shape in one of the inner or outer surfaces of the wall, the grooves configured to receive the tendons, and wherein each tendon is actuatable to bend the steerable tube. an elongate flexible body including a proximal portion (220, 330), a distal portion (221, 331, 331'), an inner sheath (365, 705), and a steerable tube (450, 450'); a plurality of conduits, each conduit including a lumen and extending within the inner sheath; a plurality of tendons (310, 318, 401) extending from the proximal portion to the distal portion of the elongate flexible body; and wherein the distal portion comprises the steerable tube (450, 450') including an inner surface, an outer surface (454, 454'), a wall having a thickness extending between the inner surface and the outer surface, a proximal end, a distal end, and a plurality of grooves (470a-d, 470a'-d') having an open cross-sectional shape in one of the inner or outer surfaces of the wall, the grooves configured to receive the tendons, and wherein each tendon is actuatable to bend the steerable tube.
Use of a particle, which comprises a carrier particle that has a carrier particle size (d 50, Sedigraph) which is in the range between 1 μm and 5 mm, wherein the particles are selected from a group comprising talc, mica, glass beads, glass powder, alkaline earth metal carbonates, CaCO 3, kaolin (native and/or calcined), quartz, quartz powder and diatomaceous earth, and a surface coating which gives the respective particle a positive surface charge, wherein the surface coating comprises a polymer, which has amino groups, for treating wood.
A bioprocess control device having a plurality of control function units (12, 30) received in a device housing and designed and provided for bioprocesses and configured or configurable for control, conveying, measuring and/or sensor functionalities and preferably assignable to a bioprocess reactor in a functional manner, more preferably provided spatially adjacent thereto, characterized in that the device housing has modular drawer assemblies (14, 32) receiving the plurality of control function units, the drawer assemblies (14, 32), relative to stationary housing frame means of the device housing in an opening and/or removal position, allowing access for configuration and/or assembly to the control function unit received in a respective drawer assembly, preferably separated or separable from the housing frame means, and being transferable and the drawer assemblies establishing an electrically supplying and electronically function-identifying contact between the control function unit and the housing frame means and/or electrical energy supply means and system identification means which are assigned to an additional drawer assembly in an operating or closure position which can be locked by lock means (60, 58).
Front end module for a motor vehicle, comprising - an outer skin intended to be mounted perpendicularly to the longitudinal axis of the vehicle, to be visible from outside the vehicle and having an air-inlet opening (7; 9), at least one device for shutting off an air inlet for a motor vehicle, intended to equip a front end module and comprising - at least two shutters (13, 15) for the air inlet which are pivotable between, on the one hand, a closed position in which the shutters (13, 15) prevent air from passing and, on the other hand, a retracted position in which air can pass through the air inlet, the shut-off device having at least one shutter (11, 12, 15) for the air-inlet opening (7, 9), which, in the closed position, provide surface continuity with the said outer skin, characterized in that the said at least two shutters (13, 15) have an outwardly curved shape, and in that at least one of the edges of one of the shutters (13, 15), intended to be opposite the edge of the other shutter, has an elastic lip, the periphery of each shutter (13, 15) being equipped with an elastic lip. - an outer skin intended to be mounted perpendicularly to the longitudinal axis of the vehicle, to be visible from outside the vehicle and having an air-inlet opening (7; 9), - at least two shutters (13, 15) for the air inlet which are pivotable between, on the one hand, a closed position in which the shutters (13, 15) prevent air from passing and, on the other hand, a retracted position in which air can pass through the air inlet, the shut-off device having at least one shutter (11, 12, 15) for the air-inlet opening (7, 9), which, in the closed position, provide surface continuity with the said outer skin, characterized in that the said at least two shutters (13, 15) have an outwardly curved shape, and in that at least one of the edges of one of the shutters (13, 15), intended to be opposite the edge of the other shutter, has an elastic lip, the periphery of each shutter (13, 15) being equipped with an elastic lip.
A system for forming a relief image on a photosensitive printing element, wherein the photosensitive printing element comprises a flexible substrate and at least one layer of photosensitive material deposited on the flexible substrate, the system comprising: a frame; a means for supporting and conveying the photosensitive printing element, wherein the photosensitive printing element is positioned on the means for supporting and conveying with a layer of resilient compressible material removably positioned between the photosensitive printing element and the means for supporting and conveying; a heatable roller capable of being urged towards the photosensitive printing element positioned on the means for supporting and conveying, wherein an absorbent material is conducted over at least a portion of an outer surface of the heatable roller, and wherein the absorbent material is capable of absorbing material that is liquefied or softened from the photosensitive printing element when the heatable roller is heated and rotates and the absorbent material contacts at least a portion of the photosensitive printing element; and means for causing the photosensitive element and the absorbent printing material to come into contact at a point between the means for supporting and conveying and the heatable roller such that at least a portion of the liquefied or softened material is absorbed by the absorbent material, wherein the layer of resilient compressible material has a resilience from 10 to 60 and a compressibility from 103kPa to 172 kPa (15 psi to 25 psi) at 25% compression. a frame; a means for supporting and conveying the photosensitive printing element, wherein the photosensitive printing element is positioned on the means for supporting and conveying with a layer of resilient compressible material removably positioned between the photosensitive printing element and the means for supporting and conveying; a heatable roller capable of being urged towards the photosensitive printing element positioned on the means for supporting and conveying, wherein an absorbent material is conducted over at least a portion of an outer surface of the heatable roller, and wherein the absorbent material is capable of absorbing material that is liquefied or softened from the photosensitive printing element when the heatable roller is heated and rotates and the absorbent material contacts at least a portion of the photosensitive printing element; and means for causing the photosensitive element and the absorbent printing material to come into contact at a point between the means for supporting and conveying and the heatable roller such that at least a portion of the liquefied or softened material is absorbed by the absorbent material, wherein the layer of resilient compressible material has a resilience from 10 to 60 and a compressibility from 103kPa to 172 kPa (15 psi to 25 psi) at 25% compression.
A method for producing an OLED display device, comprising the steps of: forming a part of functional elements of the OLED display device on a side of a substrate; subsequently forming a laminated substrate (1,2) by providing a conductive layer on a side of the substrate having no functional elements formed thereon, said laminated substrate including the substrate and the conductive layer on bottom surface of the substrate; subsequently placing the laminated substrate on an adhesive pad of a base conveying system which is used for conveying the laminated substrate, in a manner that the conductive layer of the laminated substrate is face-down and in contact with the adhesive pad subsequently forming the remaining part of the functional elements of the OLED display device on a side of the laminated substrate having the part of the functional elements formed thereon; and after the laminated substrate is conveyed and the remaining part of the functional elements are formed, jacking-up the laminated substrate at the conductive layer side by means of pins to allow the separation of the laminated substrate and a base of the base conveying system. forming a part of functional elements of the OLED display device on a side of a substrate; subsequently forming a laminated substrate (1,2) by providing a conductive layer on a side of the substrate having no functional elements formed thereon, said laminated substrate including the substrate and the conductive layer on bottom surface of the substrate; subsequently placing the laminated substrate on an adhesive pad of a base conveying system which is used for conveying the laminated substrate, in a manner that the conductive layer of the laminated substrate is face-down and in contact with the adhesive pad subsequently forming the remaining part of the functional elements of the OLED display device on a side of the laminated substrate having the part of the functional elements formed thereon; and after the laminated substrate is conveyed and the remaining part of the functional elements are formed, jacking-up the laminated substrate at the conductive layer side by means of pins to allow the separation of the laminated substrate and a base of the base conveying system.