mhurhangee/ep-ind-claims huggingface dataset:
Test apparatus for ground testing avionics equipment comprising: - a computer-implemented core test unit having loaded therein a plurality of software modules, each software module having a driver associated therewith, and being configured, when activated, to perform a respective specified test by simulating a predetermined condition, generating at least one stimulus signal and receiving response data; - a plurality of adaptor units, each adaptor unit being configured to be connected between said core test unit and an associated unit under test so as to facilitate data transfer therebetween, wherein each adaptor unit is associated with a respective software module of said core test unit, each adaptor unit further including a data storage module having stored therein operational data configured to activate a specified software module, including a respective driver of said core test unit when it is connected and said operational data is transferred to said core test unit, in use, and each said adaptor unit being configured to effect data transfer between said respective specified software module, when activated, and said unit under test by transmitting said at least one stimulus signal received from said specified software module to said unit under test and transmitting said response data received from said unit under test to said specified software module; and - a user interface module configured to output, in use, test data generated using said response data, - wherein each adaptor unit comprises one or more physical connectors configured to connect said adaptor unit to a respective unit under test. - a computer-implemented core test unit having loaded therein a plurality of software modules, each software module having a driver associated therewith, and being configured, when activated, to perform a respective specified test by simulating a predetermined condition, generating at least one stimulus signal and receiving response data; - a plurality of adaptor units, each adaptor unit being configured to be connected between said core test unit and an associated unit under test so as to facilitate data transfer therebetween, wherein each adaptor unit is associated with a respective software module of said core test unit, each adaptor unit further including a data storage module having stored therein operational data configured to activate a specified software module, including a respective driver of said core test unit when it is connected and said operational data is transferred to said core test unit, in use, and each said adaptor unit being configured to effect data transfer between said respective specified software module, when activated, and said unit under test by transmitting said at least one stimulus signal received from said specified software module to said unit under test and transmitting said response data received from said unit under test to said specified software module; and - a user interface module configured to output, in use, test data generated using said response data, - wherein each adaptor unit comprises one or more physical connectors configured to connect said adaptor unit to a respective unit under test.
A method of measurement of tool dimensions which uses an image capture device which moves relative to a tool so as to capture an image of said tool and which uses the obtained image data to measure the dimensions of said tool, the method of measurement of tool dimensions comprising the steps of: capturing an image of said tool which moves along a predetermined feed direction by said image capture device at a plurality of positions and reading out a plurality of image data which are generated at the positions of said movement; and specifying a contour of said tool based on each of the plurality of said image data and using the specified plurality of contours as the basis to specify the angle (α) between the movement path of said tool and the center axial line of said tool. capturing an image of said tool which moves along a predetermined feed direction by said image capture device at a plurality of positions and reading out a plurality of image data which are generated at the positions of said movement; and specifying a contour of said tool based on each of the plurality of said image data and using the specified plurality of contours as the basis to specify the angle (α) between the movement path of said tool and the center axial line of said tool.
A pneumatic tire comprising: a tread portion; and at least one sipe on a tread surface of the tread portion, wherein the sipe includes a first sipe portion on the tread surface side, a second sipe portion on a sipe bottom side, and a wide-width portion, between the first sipe portion and the second sipe portion, having a sipe width larger than a sipe width of the first sipe portion and a sipe width of the second sipe portion, characterised in that at least a bottom portion of the wide-width portion is included in an intermediate tread rubber layer located at an intermediate position in a tire radial direction between a tread rubber layer forming the tread surface and a tread rubber layer on an innermost side of the tread portion in the tire radial direction. a tread portion; and at least one sipe on a tread surface of the tread portion, the sipe includes a first sipe portion on the tread surface side, a second sipe portion on a sipe bottom side, and a wide-width portion, between the first sipe portion and the second sipe portion, having a sipe width larger than a sipe width of the first sipe portion and a sipe width of the second sipe portion, characterised in that at least a bottom portion of the wide-width portion is included in an intermediate tread rubber layer located at an intermediate position in a tire radial direction between a tread rubber layer forming the tread surface and a tread rubber layer on an innermost side of the tread portion in the tire radial direction.
Method for the production of a fibre-composite plastic component that has a force-introduction structure, in which fibre-composite plastic component a first support sheet-metal part, in particular an organic sheet part, as an insert is inserted into a moulding chamber of an injection-moulding tool that represents the negative shape of the plastic component, specifically while vacating a part-chamber of the injection-moulding tool that represents the negative shape of the force-introduction structure, and in an injection step for forming the force-introduction structure a fibre-reinforced plastic material (15, 17) is injected into the vacant part-chamber, wherein for increasing the component rigidity and component strength of the force-introduction structure prior to carrying out the injection step, a metal insert is inserted into the as yet vacant part-chamber, said metal insert in the injection step being insert moulded in the plastic material (15, 17), characterized in that for a dual-shell embodiment a second support sheet-metal part is joined with the already formed plastic component, specifically by way of the intermediate tier of the metal insert and of the injected plastic material (15, 17) and while forming a hollow profile, and in that the second support sheet-metal part is connected to the plastic component by mirror-imaged welding or the like, wherein in a method step an assembly opening is incorporated in the first support sheet-metal part, the metal insert being externally exposed by way of said assembly opening, specifically in a non-contacting manner in relation to the support sheet-metal part while forming a free annular gap, the free annular gap being a component part of the part-chamber that represents the force-introduction structure, and in that in the subsequent injection step the free annular gap is filled with the plastic material (15, 17) while electrically isolating the metal insert and the support sheet-metal part.
A device (11, 21) for cleaning a porous hollow fiber membrane that allows the porous hollow fiber membrane to travel in a cleaning tank (110, 210) accommodating a cleaning liquid and removes residue inside of the porous hollow fiber membrane, the device comprising: a duct structure (123, 133, 143, 223, 233, 243) having at least two hollow fiber membrane running paths (125, 135, 145, 225, 235, 245) in a direction intersecting the travel direction, in which the porous hollow fiber membrane can travel continuously from an inlet at one end side towards an outlet at another end side inside of a cleaning tank, the at least two hollow fiber membrane running paths being formed in parallel, wherein the duct structure comprises at least two structures that are separable, the duct structure has at least two running grooves (125a, 135a, 145a, 225a, 235a, 245a; 125b, 135b, 145b, 225b, 235b, 245b) formed in at least one structure among the at least two structures and arranged in parallel, and a branched duct (122, 132, 142, 222, 232, 242) that pressure feeds or suctions the cleaning liquid to circulate the cleaning liquid, wherein the hollow fiber membrane running paths are configured by the running grooves and the other structure of the at least two structures, and the branched duct is a duct communicating with the hollow fiber membrane running path. a duct structure (123, 133, 143, 223, 233, 243) having at least two hollow fiber membrane running paths (125, 135, 145, 225, 235, 245) in a direction intersecting the travel direction, in which the porous hollow fiber membrane can travel continuously from an inlet at one end side towards an outlet at another end side inside of a cleaning tank, the at least two hollow fiber membrane running paths being formed in parallel, wherein the duct structure comprises at least two structures that are separable, the duct structure has at least two running grooves (125a, 135a, 145a, 225a, 235a, 245a; 125b, 135b, 145b, 225b, 235b, 245b) formed in at least one structure among the at least two structures and arranged in parallel, and a branched duct (122, 132, 142, 222, 232, 242) that pressure feeds or suctions the cleaning liquid to circulate the cleaning liquid, wherein the hollow fiber membrane running paths are configured by the running grooves and the other structure of the at least two structures, and the branched duct is a duct communicating with the hollow fiber membrane running path.
Convertible garment intended to be worn in several configurations of wearing by an individual/user relative to which are defined a symmetric longitudinal plane and the terms front, back, left and right, the garment comprising: - and front panel and a back panel bound together at an intermediary area by a left junction and a right junction located on both sides of a central aperture, with an indentation extending from a front side of the central aperture, - a lash comprising a central section fixed on the edge of the central aperture but not on the edge of the indentation, and free sections (51,52) extending from both sides of the central section, - the garment being deprived of a stitching connection joining the lateral borders (12, 14, 22, 24) of the front and back panels, - at least two seam connections, a right-hand (71,71') and a left-hand (72,72') seam connection, linking the front and back panels, the aforementioned seam connections being arranged symmetrical on both sides of the longitudinal plane of symmetry, away from the lateral borders (12,14,22,24), wherein the developed length of the edge of the central aperture, excluding the indentation, denoted LD, is comprised between 60 and 100cm, preferably between 70cm and 95cm, and more preferably between 78 cm and 86 cm, and the developed length of the indentation denoted LF is comprised between 10 cm and 25 cm, preferably between 14 cm and 25 cm, and more preferably between 15 cm and 20 cm, whereby the garment can be worn either in a tunic configuration, a poncho configuration, a backless dress configuration, a skirt configuration, an asymmetric configuration, or in a sarouel configuration. - and front panel and a back panel bound together at an intermediary area by a left junction and a right junction located on both sides of a central aperture, with an indentation extending from a front side of the central aperture, - a lash comprising a central section fixed on the edge of the central aperture but not on the edge of the indentation, and free sections (51,52) extending from both sides of the central section, - the garment being deprived of a stitching connection joining the lateral borders (12, 14, 22, 24) of the front and back panels, - at least two seam connections, a right-hand (71,71') and a left-hand (72,72') seam connection, linking the front and back panels, the aforementioned seam connections being arranged symmetrical on both sides of the longitudinal plane of symmetry, away from the lateral borders (12,14,22,24), wherein the developed length of the edge of the central aperture, excluding the indentation, denoted LD, is comprised between 60 and 100cm, preferably between 70cm and 95cm, and more preferably between 78 cm and 86 cm, and the developed length of the indentation denoted LF is comprised between 10 cm and 25 cm, preferably between 14 cm and 25 cm, and more preferably between 15 cm and 20 cm, whereby the garment can be worn either in a tunic configuration, a poncho configuration, a backless dress configuration, a skirt configuration, an asymmetric configuration, or in a sarouel configuration.
Domestic refrigerator, having a mechanical control device, which is embodied to control a mode of operation in the domestic refrigerator, a manual actuation means, which is embodied to mechanically activate the mechanical control device, and a display means, which is embodied to display a current functional state of at least two different functional states of the control device based on the current position of the manual actuation means, characterised in that the display means has a mask which bears displays which identify the at least two different functional states of the control device, and the display means has a shaded segment, which, in a respective position of the actuation means allows the relevant display of the mask to become highlighted optically, said display being assigned to the functional state of the control device which corresponds to the position of the actuation means, that the domestic refrigerator has a heat-insulating inner container which is embodied to delimit at least one storage compartment for refrigerated goods, a refrigerated goods container supported in the inner container which has an opening which is accessible from above and a container lid which is supported in the inner container such that a movement effected by the manual actuation means is converted into a movement of the container lid for opening and closing the opening of the refrigerated goods container, wherein in a first position of the actuation means, in which the container lid is moved into a lid position which opens the opening of the refrigerated goods container, the display means is embodied to display a display of the mask, in a manner so as to become highlighted optically, which identifies the open position and in a second position of the actuation means, in which the container lid is moved into a lid position which closes the opening of the refrigerated goods container, to display a display of the mask, in a manner so as to become highlighted optically, which identifies the closed position.
A method, comprising: illuminating the sample situated within a vacuum chamber of a charged-particle microscope (100, 1925) from a first side with a light (154, 504, 1922); detecting a plurality of 2D projections (2100, 2200, 2202, 2204) of the sample; generating a 3D map based on the 2D projections; and situating the sample at an imaging location within the vacuum chamber based on the 3D map, wherein the sample is processed or imaged with a charged particle beam at the imaging location, characterized in: wherein the 2D projections of the sample are detected on a second side, opposite the first side, and wherein the 2D projections are produced by receiving the light not blocked by the sample. illuminating the sample situated within a vacuum chamber of a charged-particle microscope (100, 1925) from a first side with a light (154, 504, 1922); detecting a plurality of 2D projections (2100, 2200, 2202, 2204) of the sample; generating a 3D map based on the 2D projections; and situating the sample at an imaging location within the vacuum chamber based on the 3D map, wherein the sample is processed or imaged with a charged particle beam at the imaging location, characterized in: wherein the 2D projections of the sample are detected on a second side, opposite the first side, and wherein the 2D projections are produced by receiving the light not blocked by the sample.
A method for inductive energy transmission between a primary part and a secondary part, the primary part and the secondary part being parts of a transport system, preferably of a linear motor system, a planar motor system or a magnetic levitation railroad system, the primary part corresponding to a stationary part of the transport system and the secondary part corresponding to a part of the transport system that is movable relative thereto, the secondary part being moved relative to the primary part, a primary electrical current ( i S) being fed from a supply unit into a transmitting coil ( L 1) arranged on the primary part in order to create a first alternating magnetic field for energy transmission, whereby an electrical AC voltage ( u i) is induced in a receiving coil ( L 2) arranged on the secondary part, which AC voltage ( u i) causes an electrical secondary current ( i V) on the secondary part and thus a power flow comprising an uncompensated active power ( P N) to at least one load connected to the receiving coil ( L 2), characterized in that a secondary-side compensation current ( i K) is fed into a secondary-side coil ( L k) by a compensation unit arranged on the secondary part which is moved relative to the primary part, in that a second alternating magnetic field is generated by the secondary-side compensation current ( i K) in the secondary-side compensation current ( L k), which second alternating magnetic field is superimposed on the first alternating magnetic field for energy transmission and induces a primary-side compensation voltage ( u K) in the transmitting coil ( L 1), in that a phase shift between the electrical primary voltage ( u L 1) dropping across the transmitting coil ( L 1) and the primary current ( i S) flowing through the transmitting coil ( L 1) is changed by the primary-side compensation voltage ( u K) induced in the transmitting coil ( L 1) in such a way that a resulting output active power ( P R), which is transmitted by the primary part after the change of the phase shift on the at least on load connected to the receiving coil ( L 2) is increased compared to the uncompensated active power ( P N) without a changed phase shift and in that no primary-side compensation current, which changes the phase shift between the electrical primary voltage ( u L 1) dropping across the transmitting coil ( L 1) and the primary current ( i S) flowing through the transmitting coil ( L 1) and which is provided by an electrical storage element connected in series to the transmitting coil ( L 1) and between the transmitting coil ( L 1) and the supply unit, is fed into the transmitting coil ( L 1) arranged on the primary part.
A stirring device for stirring a liquid retained in a vessel with sound waves characterized by comprising: a sound wave generation means having sound generation sections (24b, 24c, 24d) located on a piezoelectric substrate, the sound generation means being configured so that a plurality of the sound generation sections (24b, 24c, 24d) are electrically connected in parallel, and center frequencies of respective fundamental waves of the sound generation sections (24b, 24c, 24d) differ from each other, respective resonant frequency bands of the sound generation sections (24b, 24c, 24d) are partially overlapped with each other, and origins of an acoustic stream caused by sound waves radiated to the vessel from different sound generation sections (24b, 24c, 24d) are formed so that origins of acoustic stream are arranged alternately when the drive control means controls the frequency of drive signal within resonant frequency bands common to at least two sound generation sections (24b, 24c; 24b, 24d; 24c, 24d) of the plurality of sound generation sections (24b, 24c, 24d), so that they simultaneously generate sound waves with different frequencies.
A window, escape hatch or a door which each comprises a frame and an openable frame pivotably connected by a hinge, where a chain support mechanism for use with the openable frame is provided and where a chain actuator is provided in the housing, said chain actuator comprising a push-pull chain which chain can bend in one direction only, said housing is mounted with its longitudinal extent along one frame component of the frame with the chain attached to said openable frame where the chain actuator may be manipulated to extend or withdraw the chain from the housing, thereby moving the openable frame, characterised in that the chain support mechanism comprises a first arm pivotably fastened to the housing and a second arm pivotably fastened to the openable frame, where the distal end of the first arm and the distal end of the second arm are pivotably connected by a sliding member, against which sliding member the chain may slide.