mhurhangee/ep-ind-claims huggingface dataset:
Sanitary line attachment which is of sleeve-shape design at least in one front end region and, in the sleeve interior of said sleeve-shaped front end region, bears an internal thread for attachment to an adjacent line portion, wherein a sealing ring is provided which is produced from a dimensionally stable and/or inelastic material for sealing clamping between the line attachment and the adjacent line portion, the ring outer circumference of which sealing ring has at least one protruding holding projection, which holding projection engages in the internal thread in the sleeve interior of the sleeve-shaped front end region, characterized in that the sealing ring at least two indentations which are designed as tool engagement surfaces and are arranged at a distance from one another on the ring inner circumference.
A method for generating a 3D map of a cardiac parameter in a region of a living heart into which region a plurality of catheters, each having one or more radio-opaque sensors, has been placed such that the locations of the sensors geometrically span the region, the method using single-plane fluoroscopic images and comprising: capturing a burst of first-view digitized 2D images of the region from a fluoroscope positioned at a first angle; capturing a burst of second-view digitized 2D images of the region from the fluoroscope positioned at a second angle different from the first angle; selecting a first-view image and a second-view image from the bursts such that the difference between a measure of the cardio-respiratory phase of the selected first-view image and the cardio-respiratory phase of the second-view image is minimized; identifying each of a subset of sensors in the selected first-view and second-view images and; associating each of the identified sensors in the second-view image with its corresponding identified sensor in the first-view image; determining the 3D location of each of the plurality of sensors from the first-view and second-view images using back-projection calculations; sensing and storing values of the cardiac parameter with each of the plurality of sensors; associating each of the parameter values with its corresponding sensor location; generating the parameter map from the selected first-view and second-view images; and displaying the parameter map on a display device. capturing a burst of first-view digitized 2D images of the region from a fluoroscope positioned at a first angle; capturing a burst of second-view digitized 2D images of the region from the fluoroscope positioned at a second angle different from the first angle; selecting a first-view image and a second-view image from the bursts such that the difference between a measure of the cardio-respiratory phase of the selected first-view image and the cardio-respiratory phase of the second-view image is minimized; identifying each of a subset of sensors in the selected first-view and second-view images and; associating each of the identified sensors in the second-view image with its corresponding identified sensor in the first-view image; determining the 3D location of each of the plurality of sensors from the first-view and second-view images using back-projection calculations; sensing and storing values of the cardiac parameter with each of the plurality of sensors; associating each of the parameter values with its corresponding sensor location; generating the parameter map from the selected first-view and second-view images; and displaying the parameter map on a display device.
A nacelle assembly for a gas turbine engine comprising: a core nacelle defined about an engine centerline axis; a fan nacelle assembly mounted at least partially around the core nacelle to define a fan bypass flow path, the fan nacelle assembly including a fan duct nacelle section and a fan nozzle nacelle section moveable relative to the fan duct nacelle section; a thrust reverser system including a plurality of pivot doors movable relative to the fan nacelle assembly between a stowed position and a deployed position; a variable area fan nozzle in communication with the fan bypass flow path; a first actuator mounted to the fan duct nacelle section to actuate the pivot door thrust reverser system, wherein the first actuator includes a first housing mounted to the fan duct nacelle section forward of the pivot doors and a first rod that extends outwardly of the first housing to a distal end that is pivotally coupled to at least one pivot door of the plurality of pivot doors; and a second actuator mounted to the fan duct nacelle section to move the fan nozzle nacelle section relative to the fan duct nacelle section to vary a fan nozzle exit area, and wherein the second actuator includes a second housing mounted to the fan duct nacelle section and a second rod that extends outwardly of the second housing to a distal end that is coupled to the fan nozzle nacelle section, and wherein the second housing is positioned aft of the pivot doors and aft of the first actuator. a core nacelle defined about an engine centerline axis; a fan nacelle assembly mounted at least partially around the core nacelle to define a fan bypass flow path, the fan nacelle assembly including a fan duct nacelle section and a fan nozzle nacelle section moveable relative to the fan duct nacelle section; a thrust reverser system including a plurality of pivot doors movable relative to the fan nacelle assembly between a stowed position and a deployed position; a variable area fan nozzle in communication with the fan bypass flow path; a first actuator mounted to the fan duct nacelle section to actuate the pivot door thrust reverser system, wherein the first actuator includes a first housing mounted to the fan duct nacelle section forward of the pivot doors and a first rod that extends outwardly of the first housing to a distal end that is pivotally coupled to at least one pivot door of the plurality of pivot doors; and a second actuator mounted to the fan duct nacelle section to move the fan nozzle nacelle section relative to the fan duct nacelle section to vary a fan nozzle exit area, and wherein the second actuator includes a second housing mounted to the fan duct nacelle section and a second rod that extends outwardly of the second housing to a distal end that is coupled to the fan nozzle nacelle section, and wherein the second housing is positioned aft of the pivot doors and aft of the first actuator.
A combination load bed (14; 114; 214; 314) and platform (24; 124; 224; 324a, 324b) for a vehicle (10; 210; 400), the load bed having a longitudinal axis and two longitudinal sides, the vehicle being adapted for transporting articles on the load bed, the load bed being substantially flat and in use having a retaining structure along at least one of the longitudinal sides, the retaining structure comprising a set of retaining posts (22; 122; 222; 322; 422) mounted at selected intervals along the length of the load bed, the retaining posts being removably located in pockets in a frame of the load bed, the pockets being provided at predetermined intervals along the sides of the load bed, characterised in that the platform is mounted upon the vehicle for movement between a stowed condition and an in use condition, the set of retaining posts (22; 122; 222; 322; 422) being between the load bed and the platform when the platform is in its in use condition, in that the platform in its in use condition is at substantially the same height as the load bed, in that the platform has a balustrade (60a, 60b), and in that the platform in its in use condition is between the set of retaining posts and the balustrade.
A hand-operated device for lifting and moving pallets, the device comprising: - a framework including a first and a second fork (1, 2) projecting forwardly from the framework, each fork having a top surface adapted to be in contact with the pallet, - a handle connected to the framework for applying manual force to the framework, and - support members (8a-d) connected to the framework for supporting the framework from the ground, characterized in that the framework comprises a first leg having an upper end operatively connected to the handle and a lower end connected to the first fork to form a first frame element, and a second leg having an upper end operatively connected to the handle and a lower end connected to the second fork to form a second frame element, wherein each of the first and second frame elements is arranged pivotable about an axis in parallel with the longitudinal axis (L 1, L 2) of the respective fork such that the framework is allowed to pivot between a first position for transporting the pallet and a second position for positioning the forks under the pallet, and the forks and support members are designed such that the vertical distance (h 1, h 2) between the highest point of the top surface of the forks and the lowest point of the corresponding support members is shorter in the second position than in the first position, and by that the fork and the support member of each frame element form a lever for lifting and lowering the pallet. - a framework including a first and a second fork (1, 2) projecting forwardly from the framework, each fork having a top surface adapted to be in contact with the pallet, - a handle connected to the framework for applying manual force to the framework, and - support members (8a-d) connected to the framework for supporting the framework from the ground, characterized in that the framework comprises a first leg having an upper end operatively connected to the handle and a lower end connected to the first fork to form a first frame element, and a second leg having an upper end operatively connected to the handle and a lower end connected to the second fork to form a second frame element, wherein each of the first and second frame elements is arranged pivotable about an axis in parallel with the longitudinal axis (L 1, L 2) of the respective fork such that the framework is allowed to pivot between a first position for transporting the pallet and a second position for positioning the forks under the pallet, and the forks and support members are designed such that the vertical distance (h 1, h 2) between the highest point of the top surface of the forks and the lowest point of the corresponding support members is shorter in the second position than in the first position, and by that the fork and the support member of each frame element form a lever for lifting and lowering the pallet.
Lighting module, in particular for a fluorescence microscope, comprising a tubular body including a light source at a first end and a lens inserted from a second end opposite to the first end on an inner annular shoulder of the body, a filter support being fitted onto the lens by an elastic member that is axially pre-stressed and axially blocked by a stop ring of the second end of the body, characterised in that the support comprises an annular segment forming a spacer fitted between a convex face of the lens and the elastic member.
An insert module which is configured to be removably positioned in a dispenser for liquid, wherein the dispenser comprises a dispensing mechanism which causes liquid to be discharged, wherein the dispenser is suited for comprising a replaceable liquid container for said liquid, and wherein the insert module is configured for accommodating said liquid container; characterized in that said insert module comprises a detection unit which is configured for detecting the cumulative consumption of the contents of said liquid container, so as to indicate whether said liquid container needs to be replaced, wherein the detection unit is configured for being actuated by means of actuation means in said dispenser, the actuating means translating a displacement effected by a user into a movement of the detection unit which corresponds to the displacement of the dispensing mechanism and to an amount of liquid which has been dispensed.
A spring assembly comprising at least two canted coil springs including a first canted coil spring, with a coil centerline and a first minor axis for deflection of the first canted coil spring along the first minor axis when subject to a force perpendicular in direction to the coil centerline of the first canted coil spring, and a second canted coil spring, with a coil centerline and a second minor axis for deflection of the second canted coil spring along the second minor axis when subject to a force perpendicular in direction to the coil centerline of the second canted coil spring, each canted coil spring comprising a plurality of coils (250, 350); characterized in that: the first canted coil spring and the second canted coil spring, each defining a ring, are brought together in a direction such that at least two sections of coils of the first canted coil spring are each positioned between two adjacent coils of the second canted coil spring, wherein the section of the coils (250, 350) of the first canted coil spring and the second canted coil spring each comprises at least one coil (250, 350); and wherein the first canted coil spring and the second canted coil spring are nested side-by-side so that the overall dimensional profile of the spring assembly is increased compared to a single spring length, and the coil centerline of the first canted coil spring and the coil centerline of the second canted coil spring are located side-by-side relative to a point of reference-or the coil centerline of the first canted coil spring is located below the coil centerline of the second canted coil spring relative to a point of reference. the first canted coil spring and the second canted coil spring, each defining a ring, are brought together in a direction such that at least two sections of coils of the first canted coil spring are each positioned between two adjacent coils of the second canted coil spring, wherein the section of the coils (250, 350) of the first canted coil spring and the second canted coil spring each comprises at least one coil (250, 350); and wherein the first canted coil spring and the second canted coil spring are nested side-by-side so that the overall dimensional profile of the spring assembly is increased compared to a single spring length, and the coil centerline of the first canted coil spring and the coil centerline of the second canted coil spring are located side-by-side relative to a point of reference-or the coil centerline of the first canted coil spring is located below the coil centerline of the second canted coil spring relative to a point of reference.
A probe head (102, 402) that is configured to be detachable from a probe body (104, 404) that contains electronics, the probe head (102, 402) comprising: a housing (118, 418) enclosing a sensor, and at least part of a first electrical connector electrically coupled to the sensor, the housing (118, 418) comprising a coupling member (110, 410) positioned to detachably connect the housing (118, 418) to the probe body (104, 404); wherein the first electrical connector is electrically connectable to the electronics in the probe body (104, 404) to electrically couple the sensor to the electronics of the probe body (104, 404), wherein the coupling member (110, 410) includes a flexible, generally C-shaped open ring (110, 410). a housing (118, 418) enclosing a sensor, and at least part of a first electrical connector electrically coupled to the sensor, the housing (118, 418) comprising a coupling member (110, 410) positioned to detachably connect the housing (118, 418) to the probe body (104, 404); wherein the first electrical connector is electrically connectable to the electronics in the probe body (104, 404) to electrically couple the sensor to the electronics of the probe body (104, 404), wherein the coupling member (110, 410) includes a flexible, generally C-shaped open ring (110, 410).
An encryption system having an application-specific integrated circuit ASIC, which has a permanent memory for the non-volatile storage of the operating system of a processor and software modules for encrypting the data memory of the processor and which has a hardware-implemented encryption algorithm, wherein a security module is integrated in the ASIC in order to autonomously boot the operating system, comprising: - a symmetrical crypto system for processing symmetrical keys, - an asymmetrical crypto system for the use of public and private keys, - a module for generating cryptographic hash functions, - a module for the secure exchange of keys with key exchange protocols, - a key memory for the secure storage of root keys, - a key management for the secure introduction of authenticated-encrypted key packets and - one or more key hierarchies, which are based on one or more of the root keys stored in the key memory and the direct successors are encrypted authenticated with this key material, wherein the security module is connected to a central processing unit via a communication interface (KS 1), and in that the central processing unit is connected both to at least one internal memory and to an external memory and to at least one internal permanent memory and to an external permanent memory, in such a way that the operating system is loaded by a second bootloader, which is stored in the external permanent memory, and then the operating system loads the applications, wherein the second stage bootloader itself is decrypted and is loaded by a first stage boot loader, which is stored in the internal permanent memory, and either a public or a symmetric key (PUBOS) in order to verify the operating system, and a symmetric key in order to decrypt the operating system are necessary, and wherein the contents of the internal memory and of the external memory are decrypted by the security module during read accesses by the central management unit or other modules integrated on the ASIC and are re-encrypted during write accesses of the same. - a symmetrical crypto system for processing symmetrical keys, - an asymmetrical crypto system for the use of public and private keys, - a module for generating cryptographic hash functions, - a module for the secure exchange of keys with key exchange protocols, - a key memory for the secure storage of root keys, - a key management for the secure introduction of authenticated-encrypted key packets and - one or more key hierarchies, which are based on one or more of the root keys stored in the key memory and the direct successors are encrypted authenticated with this key material,
An apparatus for autonomously controlling fluid flow in a subterranean well, the apparatus comprising: a fluid passageway having a fluid diode positioned therein; the fluid diode having opposing high resistance and low resistance entries; the low resistance entry providing a relatively low resistance to fluid flowing into the diode through the low resistance entry; and the high resistance entry providing a relatively high resistance to fluid flowing into the diode through the high resistance entry, characterised in that the high resistance entry has a concave, annular surface surrounding an orifice. a fluid passageway having a fluid diode positioned therein; the fluid diode having opposing high resistance and low resistance entries; the low resistance entry providing a relatively low resistance to fluid flowing into the diode through the low resistance entry; and the high resistance entry providing a relatively high resistance to fluid flowing into the diode through the high resistance entry, characterised in that the high resistance entry has a concave, annular surface surrounding an orifice.
Lens pigment (1, 6, 11, 19, 23, 26, 29, 32, 33, 34), suitable for the production of valuable documents by printing technology, comprising: - a carrier substrate (2, 12, 20, 24, 27, 30), which forms a lens base and which is provided on its front side with a first plastic (3, 8, 14, 21, 25, 28, 31, 37, 40) having at least one elevation that creates a microlens; and - a second plastic (4, 9, 15, 22, 37, 40) levelling the first plastic, wherein the second plastic has a refractive index that differs from the refractive index of the first plastic by at least 0.3. - a carrier substrate (2, 12, 20, 24, 27, 30), which forms a lens base and which is provided on its front side with a first plastic (3, 8, 14, 21, 25, 28, 31, 37, 40) having at least one elevation that creates a microlens; and - a second plastic (4, 9, 15, 22, 37, 40) levelling the first plastic, wherein the second plastic has a refractive index that differs from the refractive index of the first plastic by at least 0.3.
A method, comprising: when a synchronization signal/physical broadcast channel block is outside a synchronization signal/physical broadcast channel block measurement timing configuration window and when a resource allocation of a physical downlink shared channel overlaps with a resource allocation occupied by the synchronization signal block, selecting (415, 425, 435, 445) between reception of the physical downlink shared channel and reception of the synchronization signal block according to defined rules, wherein the selecting comprises determining (410, 420, 430, 440) at least one of whether the synchronization signal/physical broadcast channel block is configured as a resource for L1-reporting, whether a demodulation reference signal of the physical downlink shared channel is quasi-co-located with the synchronization signal/physical broadcast channel block, or whether the time until a next reporting period for L1- reference signal receive power is larger than N synchronization signal/physical broadcast channel periods or X milliseconds. when a synchronization signal/physical broadcast channel block is outside a synchronization signal/physical broadcast channel block measurement timing configuration window and when a resource allocation of a physical downlink shared channel overlaps with a resource allocation occupied by the synchronization signal block, selecting (415, 425, 435, 445) between reception of the physical downlink shared channel and reception of the synchronization signal block according to defined rules, wherein the selecting comprises determining (410, 420, 430, 440) at least one of whether the synchronization signal/physical broadcast channel block is configured as a resource for L1-reporting, whether a demodulation reference signal of the physical downlink shared channel is quasi-co-located with the synchronization signal/physical broadcast channel block, or whether the time until a next reporting period for L1- reference signal receive power is larger than N synchronization signal/physical broadcast channel periods or X milliseconds.
A dental post configured to be fitted within a dental cavity (67, 68) of a tooth being restored, the post comprising a head portion (7, 47, 57, 77) and a foot portion (8, 78) consecutively arranged in an axial direction of the post, said axial direction being defined as a direction in which a central axis of the head portion (7, 47, 57, 77) extends, the head portion having a bottom face and being configured that a dental crown can be secured to the head portion, the foot portion (8, 78) comprising a free lower end such that the post can be inserted into the dental cavity (67, 68) in said axial direction with said lower end inwardly facing a closed inner end of the dental cavity (67, 68), at least the foot portion (8, 78) being composed of a composite material comprising a resin matrix reinforced with fibers, characterized in that the foot portion (8, 78) comprises a plurality of rods (14, 15, 24) having each an upper end affixed to a bottom face of the head portion and being separated from one another along the axial direction of the post such that each rod (14, 15, 24) is bendable in a transverse direction with respect to the axial direction.
A tyre for bicycle wheels comprising: - a carcass structure; and - a tread band arranged in radially outer position with respect to said carcass structure; wherein said tread band is made by means of vulcanisation of a cross-linkable elastomeric composition comprising a reinforcement system comprising modified silicate fibres of nanometric size and fibrillated polymer fibres of micrometric size. - a carcass structure; and - a tread band arranged in radially outer position with respect to said carcass structure;