mhurhangee/ep-ind-claims huggingface dataset:
A method of enabling at surface orientation data transfer from a contactless orientation system, wherein the contactless orientation system coupled with an inner core tube to one or more record carriers on or associated with a core sample held in the core tube, the core sample having a longitudinal core axis and a core face accessible from an end of the inner core tube, the method comprising: • arranging a tubular instrument guide which has opposite first and second ends relative to the core sample so that the core face lies between the first and second ends of the instrument guide, and a guide axis running through the first and second ends of the instrument guide is collinear with the core axis; and • using the instrument guide to move an instrument (28a,28b) in a direction parallel to the core axis to contact the core face wherein on contact with the core face the instrument (28a,28b) constitutes, or is capable of producing, a record carrier of the orientation of the core sample. • arranging a tubular instrument guide which has opposite first and second ends relative to the core sample so that the core face lies between the first and second ends of the instrument guide, and a guide axis running through the first and second ends of the instrument guide is collinear with the core axis; and • using the instrument guide to move an instrument (28a,28b) in a direction parallel to the core axis to contact the core face wherein on contact with the core face the instrument (28a,28b) constitutes, or is capable of producing, a record carrier of the orientation of the core sample.
System for attaching insulating boards to a structure using dowels, wherein the system comprises the insulating boards, the dowels and a tool, wherein the dowels are set by means of the tool and wherein the dowels each comprise a dowel plate that can be abutted against an outer side of the respective insulating board and an adjoining dowel shaft which can be spread by means of a pin-shaped spreading element, and wherein the tool comprises a disc-like or plate-like tool head for pushing the dowel plate into an associated insulating board and a shaft adjoined to the tool head, characterised in that for a dowel shaft that has not been spread, a part of the spreading element protrudes outwards above the dowel plate, and in that the tool head and the shaft comprise a recess open at the front or towards the dowel, having a lateral opening for laterally receiving the protruding part of the spreading element, wherein the recess extends through the tool head into the adjoining shaft.
A special vertical embedding box for tomographic plastination, wherein comprising two panels oppositely provided and a sealing part provided on the two panels, wherein the sealing part comprises vertical sealing strips and a horizontal sealing strip that are connected between the two panels in a fixed manner, two vertical sealing strips are provided, and the horizontal sealing strip is provided between the lower portions of the two vertical sealing strips and the two panels are fixed by fixing pieces, wherein the two panels are two pieces of tempered glasses; characterized in that the vertical sealing strips and the horizontal sealing strip are made of silica gel and coated directly on one of the two pieces of tempered glasses.
An apparatus configured for scribing an optical coating on a transparent substrate (415, 615, 730) having a first side and a second side with the optical coating disposed on the first side, the apparatus comprising: a scribe laser (405, 605), a scribe beam (410, 745) from the scribe laser, wherein the scribe beam (410, 745) is configured to impinge upon the transparent substrate (415, 615, 730) in an orthogonal direction thereby taking a focal shape, and wherein the scribe beam (410, 745) is further configured to ablate the optical coating; a first mirror; a second mirror; and a triangulation-based distance sensor (300, 610, 710) comprising a triangulation laser (305, 735) and a detector (310, 740), wherein the first and second mirrors (715, 720) are associated with the triangulation-based distance sensor (300, 610, 710) and configured to straddle the focal shape of the scribe beam (410, 745), wherein the triangulation-based distance sensor (300, 610, 710) is configured such that a triangulation laser beam from the triangulation laser (305, 735) is emitted parallel to the transparent substrate (415, 615, 730), impinges on and is reflected from the first mirror directly to the transparent substrate (415, 615, 730) at an angle of incidence of between 5 and 45 degrees measured with respect to a normal to the transparent substrate (415, 615, 730), impinges on and is reflected from the transparent substrate (415, 615, 730) at an angle of reflection of between 5 and 45 degrees measured with respect to the normal to the transparent substrate to the second mirror directly to form an angle between incidence and reflection that straddles the scribe beam (410, 745) focal shape while intersecting with the scribe beam (410, 745) at the focal point of the scribe laser (405, 605), and impinges on and is reflected from the second mirror directly to the detector (310, 740). a scribe laser (405, 605), a scribe beam (410, 745) from the scribe laser, wherein the scribe beam (410, 745) is configured to impinge upon the transparent substrate (415, 615, 730) in an orthogonal direction thereby taking a focal shape, and wherein the scribe beam (410, 745) is further configured to ablate the optical coating; a first mirror; a second mirror; and a triangulation-based distance sensor (300, 610, 710) comprising a triangulation laser (305, 735) and a detector (310, 740),
Apparatus for use in holding artwork during transportation or storage, comprising: a substantially flat mounting panel provided with a plurality of retention members; and at least one clamp, configured to be moveable between an unengaged state, in which artwork can be removed from the apparatus, and an engaged state, in which the clamp secures the artwork to the apparatus; wherein the clamp comprises a base, configured to be secured to the mounting panel, and a gripping section; and when artwork is secured to the apparatus, a first side of the artwork is supported on the mounting panel and the gripping section of the clamp presses on a second side of the artwork, opposite to the first side of the artwork; characterised in that the clamp comprises at least one rod that extends from the base of the clamp in a direction perpendicular to the surface of the mounting panel; and the gripping section is configured to slide along the at least one rod to move between the unengaged state and the engaged state. a substantially flat mounting panel provided with a plurality of retention members; and at least one clamp, configured to be moveable between an unengaged state, in which artwork can be removed from the apparatus, and an engaged state, in which the clamp secures the artwork to the apparatus; wherein the clamp comprises a base, configured to be secured to the mounting panel, and a gripping section; and when artwork is secured to the apparatus, a first side of the artwork is supported on the mounting panel and the gripping section of the clamp presses on a second side of the artwork, opposite to the first side of the artwork; characterised in that the clamp comprises at least one rod that extends from the base of the clamp in a direction perpendicular to the surface of the mounting panel; and the gripping section is configured to slide along the at least one rod to move between the unengaged state and the engaged state.
A ring lock at least comprising: - a lock housing; - a lock mechanism which is included in the lock housing; - a ring bolt having a substantially circular segment-shaped configuration, while the ring bolt is bringable in a closed position and an opened position and in the closed position is locked by the lock mechanism and through operation of the lock mechanism is released to be brought in the opened position; wherein the lock housing comprises a single casting with a ring bolt channel which extends along a circular segment-shaped axis, the ring bolt channel being bounded by ring bolt channel walls which form an integral part of the casting, characterized in that the ring bolt channel walls enclose the ring bolt which is in the ring bolt channel, such that the ring bolt is removable from the ring bolt channel and is placeable therein solely in the direction of the circular segment-shaped axis. - a lock housing; - a lock mechanism which is included in the lock housing; - a ring bolt having a substantially circular segment-shaped configuration, while the ring bolt is bringable in a closed position and an opened position and in the closed position is locked by the lock mechanism and through operation of the lock mechanism is released to be brought in the opened position; wherein the lock housing comprises a single casting with a ring bolt channel which extends along a circular segment-shaped axis, the ring bolt channel being bounded by ring bolt channel walls which form an integral part of the casting, characterized in that the ring bolt channel walls enclose the ring bolt which is in the ring bolt channel, such that the ring bolt is removable from the ring bolt channel and is placeable therein solely in the direction of the circular segment-shaped axis.
Method for processing information in a household appliance (101 to 103), in which - a message is transmitted from the household appliance to a central unit, - first information (520, 530) is transmitted from the central unit to the household appliance via a first communication link, - second information is transmitted from the central unit to a communication terminal, and - the second information is transmitted from the communication terminal to the household appliance via a second communication link, - wherein the first information (520, 530) is checked by the household appliance with the aid of the second information, - characterised in that - the second communication link is embodied as a point-to-point connection with limited range, such that a successful check of the first information (520, 530) with the aid of the second information can be understood to imply consent of a user. - a message is transmitted from the household appliance to a central unit, - first information (520, 530) is transmitted from the central unit to the household appliance via a first communication link, - second information is transmitted from the central unit to a communication terminal, and - the second information is transmitted from the communication terminal to the household appliance via a second communication link, - wherein the first information (520, 530) is checked by the household appliance with the aid of the second information, - characterised in that - the second communication link is embodied as a point-to-point connection with limited range, such that a successful check of the first information (520, 530) with the aid of the second information can be understood to imply consent of a user.
Method for transmitting data from a management entity in a communication system further comprising at least one data concentrator device to which smart electricity meters (120, 121) are attached via a first powerline communication network, each data concentrator device being connected to the management entity via a second communication network, the method being such that, in order to transmit data from the management entity to a said smart electricity meter, said smart electricity meter receives, coming from the management entity, via the first powerline communication network, a message indicating that a data transfer is pending with the management entity; said smart electricity meter comprising a wireless communication interface adapted to communicate via a third wireless local communication network with a residential gateway connected to the management entity via a fourth communication network, the method being such that said smart electricity meter obtains said data from the management entity via the third wireless local communication network. the method being such that, in order to transmit data from the management entity to a said smart electricity meter, said smart electricity meter receives, coming from the management entity, via the first powerline communication network, a message indicating that a data transfer is pending with the management entity; said smart electricity meter comprising a wireless communication interface adapted to communicate via a third wireless local communication network with a residential gateway connected to the management entity via a fourth communication network, the method being such that said smart electricity meter obtains said data from the management entity via the third wireless local communication network.
A deep reach machining tool, comprising: a tool body; and a swing arm cartridge that pivots relative to the tool body about an axis; characterised in that the deep reach machining tool further comprises: an open sensor that indicates that the swing arm cartridge is in an open position with respect to the tool body; and a close sensor that indicates that the swing arm cartridge is in a closed position with respect to the tool body. a tool body; and a swing arm cartridge that pivots relative to the tool body about an axis; characterised in that the deep reach machining tool further comprises: an open sensor that indicates that the swing arm cartridge is in an open position with respect to the tool body; and a close sensor that indicates that the swing arm cartridge is in a closed position with respect to the tool body. an open sensor that indicates that the swing arm cartridge is in an open position with respect to the tool body; and a close sensor that indicates that the swing arm cartridge is in a closed position with respect to the tool body.
Use of a lupin peptide extract to prevent the onset of skin dimpling or to reduce skin dimpling, or to remodel the body silhouette, characterized in that the lupin peptide extract is obtained by enzymatic hydrolysis and said peptide extract comprises at least 80% by weight of peptides relative to the total dry weight of the extract.
Press screw separator for the separation of solids from a suspension containing solid and liquid components, comprising - a housing, - a frame arranged inside the housing, - a cylindrical screen which is at least partly arranged in the frame, and - a screw arranged within the screen and mounted rotatable around a longitudinal axis of the screen for pressing out the suspension, - whereby the frame is mounted in the housing without play, characterised in that - a first screen area of the screen is mounted directly in the housing, while a second screen area of the screen is mounted in the frame so that the frame is only provided in the places of the screen where particularly great forces occur and which are potential points of failure as a result. - a housing, - a frame arranged inside the housing, - a cylindrical screen which is at least partly arranged in the frame, and - a screw arranged within the screen and mounted rotatable around a longitudinal axis of the screen for pressing out the suspension, - whereby the frame is mounted in the housing without play, characterised in that - a first screen area of the screen is mounted directly in the housing, while a second screen area of the screen is mounted in the frame so that the frame is only provided in the places of the screen where particularly great forces occur and which are potential points of failure as a result.
A liquid droplet ejecting head comprising: a base substrate of a plate-like body that has a concave portion that is formed to be open toward one surface; a wiring pattern made of a conductive material; and an IC package that is electrically connected to the wiring pattern, wherein the concave portion has a bottom portion and two side wall portions (272a, 272b), which stand on the bottom portion so as to be opposed to each other, and the two side wall portions (272a, 272b) are inclined such that a separation distance between the two side wall portions gradually increases toward the one surface side, wherein the wiring pattern has a plurality of linear objects, each of which is continuous and is constituted of a first part formed on the one surface, a second part formed on the side wall portion (272a, 272b), and a third part formed on the bottom portion, and wherein the IC package is formed in a chip shape, has a plurality of terminals which are formed on a surface opposed to the concave portion, and each terminal is electrically connected to the first part, the head being characterised in that the width of the IC package is greater than the width of the concave portion and the IC package is arranged over the concave portion in the width direction. a base substrate of a plate-like body that has a concave portion that is formed to be open toward one surface; a wiring pattern made of a conductive material; and an IC package that is electrically connected to the wiring pattern, wherein the concave portion has a bottom portion and two side wall portions (272a, 272b), which stand on the bottom portion so as to be opposed to each other, and the two side wall portions (272a, 272b) are inclined such that a separation distance between the two side wall portions gradually increases toward the one surface side, wherein the wiring pattern has a plurality of linear objects, each of which is continuous and is constituted of a first part formed on the one surface, a second part formed on the side wall portion (272a, 272b), and a third part formed on the bottom portion, and wherein the IC package is formed in a chip shape, has a plurality of terminals which are formed on a surface opposed to the concave portion, and each terminal is electrically connected to the first part, the head being characterised in that the width of the IC package is greater than the width of the concave portion and the IC package is arranged over the concave portion in the width direction.
A propulsion device for an aircraft, such as a turboprop, comprising a torque generator driving an output shaft via a power gearbox, the output shaft being rotatably coupled to a propeller, said power gear box being fixed on a frame of the propulsion device by means of suspension means (8, 14, 15), said suspension means including hydraulic torque recovery means comprising at least a first hydraulic system and a second hydraulic system spaced from each other, each hydraulic system including a pressure chamber (18a, 18b) whose volume varies according to the position of the housing of the power gearbox relative to the frame, the pressure chambers (18a, 18b) of the hydraulic systems being connected by a capillary so that a hydraulic fluid is able to flow from one pressure chamber to the other via the capillary, characterized in that it includes means for measuring the pressure of the hydraulic fluid within at least one of the pressure chambers (18a, 18b) and/or within the capillary and means for determining the torque transmitted to the thruster through the output shaft, according to the pressure of the hydraulic fluid.
A body position and pressure control apparatus comprising: a mattress comprising a plurality of divided portions and configured to support a sleeper; an elastomer sensor comprising a sheet sensor main body and a calculator, the sensor main body being disposed one of above, below, and inside the mattress in a thickness direction thereof; comprising an elastomer sensor thin film (31, 37), a plurality of electrodes (01a-10a, 01b-10b, 01c - 14c, 01d - 14d) connected to the sensor thin film (31, 37), a plurality of detectors (A0101-A1410) provided between the electrodes (01a-10a, 01b-10b, 01c - 14c, 01d - 14d) and corresponding to the divided portions; and being capable of outputting input load as electricity, the calculator configured to calculate body pressure distribution of the sleeper from the output electricity; and a body pressure adjuster configured to control each of the divided portions based on the body pressure distribution data detected by the elastomer sensor and thereby changing the body pressure distribution of the sleeper, characterized in that the divided portions are disposed in a higher density in an area corresponding to a portion of the sleeper likely to develop bedsores. a mattress comprising a plurality of divided portions and configured to support a sleeper; an elastomer sensor comprising a sheet sensor main body and a calculator, the sensor main body being disposed one of above, below, and inside the mattress in a thickness direction thereof; comprising an elastomer sensor thin film (31, 37), a plurality of electrodes (01a-10a, 01b-10b, 01c - 14c, 01d - 14d) connected to the sensor thin film (31, 37), a plurality of detectors (A0101-A1410) provided between the electrodes (01a-10a, 01b-10b, 01c - 14c, 01d - 14d) and corresponding to the divided portions; and being capable of outputting input load as electricity, the calculator configured to calculate body pressure distribution of the sleeper from the output electricity; and a body pressure adjuster configured to control each of the divided portions based on the body pressure distribution data detected by the elastomer sensor and thereby changing the body pressure distribution of the sleeper, characterized in that the divided portions are disposed in a higher density in an area corresponding to a portion of the sleeper likely to develop bedsores.
An artificially defective cured laminate comprising a plurality of layers of a composite material (12a, 12b,..., 12f) and an insert of an anti-adherent material between two of said layers for simulating a delamination defect, characterized in that the insert comprises two layers of anti-adherent material (21 a, 21 b) of different size, being placed the smaller under the bigger, arranged for avoiding that the resin of the layers of a composite material (12a, 12b,..., 12f) can flow between them during the curing stage of the laminate.