mhurhangee/ep-ind-claims huggingface dataset:
A fluid handling system for a printer, the fluid handling system comprising: a first compartment; a second compartment; a fluid port, wherein the first compartment is fluidly coupled to the second compartment through the fluid port and wherein the first compartment, second compartment and fluid port are disposable within a printer, and wherein the fluid port includes a central axis; and a barrier disposed within the fluid port, wherein the barrier separates the fluid port into a first channel and a second channel, wherein the barrier is movable within the fluid port to transition axially between a first position and a second position within the fluid port with respect to the central axis and wherein a lower end of the barrier is more proximate to the lower end of the fluid port when the barrier is in the first position than when the barrier is in the second position. a first compartment; a second compartment; a fluid port, wherein the first compartment is fluidly coupled to the second compartment through the fluid port and wherein the first compartment, second compartment and fluid port are disposable within a printer, and wherein the fluid port includes a central axis; and a barrier disposed within the fluid port, wherein the barrier separates the fluid port into a first channel and a second channel, wherein the barrier is movable within the fluid port to transition axially between a first position and a second position within the fluid port with respect to the central axis and wherein a lower end of the barrier is more proximate to the lower end of the fluid port when the barrier is in the first position than when the barrier is in the second position.
Anchor arrangement comprising - an expansion anchor, which comprises a wedge member and an anchor rod, wherein the anchor rod has a wedge for wedging the wedge member, and wherein the anchor rod has a threaded region, in which the anchor rod is provided with an external screw thread defining a nut tightening direction of rotation, wherein the wedge is connected to the threaded region in rotationally fixed manner, at least when the threaded region is rotated in the nut tightening direction of rotation, and - a cap nut comprising a body, which has a cavity that accommodates at least a part of the threaded region of the anchor rod of the expansion anchor, and an internal screw thread, which projects into the cavity, and which mates with the external screw thread of the anchor rod, characterized in that - the cap nut further comprises a yielding stopper that is configured to limit advancement of the anchor rod into the cavity of the cap nut at low cap nut torque and to yield to higher cap nut torque so as to permit the anchor rod to advance deeper into the cavity. - an expansion anchor, which comprises a wedge member and an anchor rod, wherein the anchor rod has a wedge for wedging the wedge member, and wherein the anchor rod has a threaded region, in which the anchor rod is provided with an external screw thread defining a nut tightening direction of rotation, wherein the wedge is connected to the threaded region in rotationally fixed manner, at least when the threaded region is rotated in the nut tightening direction of rotation, and - a cap nut comprising a body, which has a cavity that accommodates at least a part of the threaded region of the anchor rod of the expansion anchor, and an internal screw thread, which projects into the cavity, and which mates with the external screw thread of the anchor rod, characterized in that - the cap nut further comprises a yielding stopper that is configured to limit advancement of the anchor rod into the cavity of the cap nut at low cap nut torque and to yield to higher cap nut torque so as to permit the anchor rod to advance deeper into the cavity.
A method for producing pelletized fuel from uranium-molybdenum powders for fuel elements of a nuclear reactor, comprising preparation of powder, pressing into pellets in a die, sintering them in a gaseous atmosphere, grinding, drying, rejection of the pellets, characterized in that the pellets are sintered in an inert atmosphere, and uranium-molybdenum powder with uranium 235 enrichment to 7% and molybdenum content of 9.0 to 10.5 wt % is used as an initial powder.
An optical receiver comprising: an optical input configured to receive an optical signal; at least one local oscillator configured to provide local oscillator light at a local oscillator frequency, a free space beam combining and polarization splitting prism configured to combine the optical signal with the local oscillator light and split the combined optical signal into first and second combined optical signals having orthogonal polarizations, two opto-electrical converters configured to convert first and second combined optical signals into first and second electrical signals, and an electrical combiner configured to combine the first and second electrical signals into an output electrical signal; where the optical receiver is configured such that local oscillator light enters the prism via a first optical input at an orientation such that it is combined with the optical signal and subsequently the combined optical signal is split between orthogonal polarizations by the prism, the optical signal enters the prism via a second optical input that is parallel to the first optical input, the first and second optical inputs lying in an input plane, the local oscillator light and optical signal being combined and split into first and second combined optical signals by the prism in the input plane, and output from the prism in an output plane lying perpendicular to the input plane, the opto-electrical converters and the electrical combiner being in a plane parallel to the input plane. an optical input configured to receive an optical signal; at least one local oscillator configured to provide local oscillator light at a local oscillator frequency, a free space beam combining and polarization splitting prism configured to combine the optical signal with the local oscillator light and split the combined optical signal into first and second combined optical signals having orthogonal polarizations, two opto-electrical converters configured to convert first and second combined optical signals into first and second electrical signals, and an electrical combiner configured to combine the first and second electrical signals into an output electrical signal; where the optical receiver is configured such that local oscillator light enters the prism via a first optical input at an orientation such that it is combined with the optical signal and subsequently the combined optical signal is split between orthogonal polarizations by the prism, the optical signal enters the prism via a second optical input that is parallel to the first optical input, the first and second optical inputs lying in an input plane, the local oscillator light and optical signal being combined and split into first and second combined optical signals by the prism in the input plane, and output from the prism in an output plane lying perpendicular to the input plane, the opto-electrical converters and the electrical combiner being in a plane parallel to the input plane.
A tractor protection valve comprising: a housing defining a parking brake supply port and a parking brake delivery port; and a quick release valve comprising a valve body, wherein the valve body comprises a first channel and a second channel, characterized by the housing defining an exhaust port, the valve body positioned in the housing between the parking brake supply port and the parking brake delivery port, wherein at least a portion of the quick release valve is movable between a supply position allowing fluid to flow from the parking brake supply port through the first channel to the parking brake delivery port and an exhaust position allowing fluid to flow from the parking brake delivery port through the second channel to the exhaust port, and wherein the quick release valve is configured for insertion in the housing through the parking brake delivery port. a housing defining a parking brake supply port and a parking brake delivery port; and a quick release valve comprising a valve body, wherein the valve body comprises a first channel and a second channel, characterized by the housing defining an exhaust port, the valve body positioned in the housing between the parking brake supply port and the parking brake delivery port, wherein at least a portion of the quick release valve is movable between a supply position allowing fluid to flow from the parking brake supply port through the first channel to the parking brake delivery port and an exhaust position allowing fluid to flow from the parking brake delivery port through the second channel to the exhaust port, and wherein the quick release valve is configured for insertion in the housing through the parking brake delivery port.
A solid composition for use in treating onychomycosis by subungual implantation of the solid composition into a subungual nail bed in a region bound proximally by the lunula, laterally by the lateral nail folds and distally by the distal tip of the digit, the solid composition comprising one or more sustained release solid polymer implants, the one or more sustained release solid polymer implants comprising between about 30-90% by weight of an active agent, said solid composition being subungually implanted by inserting an implantation device through skin or tissue at the distal tip of a digit according to a predetermined therapeutic regimen comprising predetermined implantation intervals.
Compound of formula (I'): in which, R 1 and R 2 represent a hydrogen atom, or together form a -(CH 2) p - group in which p is 2 or 3, said -(CH 2) p - group being unsubstituted or substituted by one or two identical or different radicals selected from halogen, (C 1 -C 6)alkyl, (C 1 -C 6)alkoxy, (C 6 -C 14)aryl, (C 6 -C 14)aryl(C 1 -C 6)alkyl, (C 5 -C 14) heteroaryl, (C 5 -C 14) heteroaryl (C 1 -C 6)alkyl, (C 3 -C 12) cycloalkyl and (C 3 -C 12) cycloalkyl (C 1 -C 6)alkyl and oxo, it being possible for said -(CH 2) p -group to be joined at the carbon-carbon bond to a saturated or unsaturated, 5- to 7-membered carbocycle or heterocycle containing 1 or 2 nitrogen atoms, which is unsubstituted or substituted by 1 or 2 R 3 radicals; R 3 represents an alkyl or alkoxy group containing from 1 to 6 carbon atoms; R 4 represents a hydrogen atom; R 5 represents a hydrogen atom or a -CO 2 R 6, - SO 2 R 6, -SO 2 NHR 6 or -SO 2 NHCO 2 R 6 group in which R 6 is a (C 1 -C 8)alkyl or naphthyl radical group, which is unsubstituted or substituted by R 3, or the radical of formula: in which the R 3 radicals may be identical or different, and may be located at any position of the phenyl radical, q and q' are equal to 0 or 1; m is an integer equal to 2; n is an integer equal to 2; the acylguanidine group adjacent to the phenyl being in the para or meta position with regard to the oxygen, and the physiologically acceptable salts thereof.
A charging system for feeding processing material to at least one extruder screw, wherein the charging system is configured and provided for feeding granular processing material to a vertically extended extruder screw and wherein the charging system comprises - a hopper that is configured to conduct the processing material along a feed direction to the extruder screw, and - a material reservoir for the gravity-driven feeding of the processing material to the hopper, wherein the hopper comprises a comminution tool by which at least a part of the granular processing material entering the hopper is comminuted as the extruder screw rotates and which forms inside a filling zone of the hopper at least one comminution edge for the comminution of the granular processing material by action of the rotating extruder screw, characterized in that the charging system comprises a feeding device via which processing material comminuted at the hopper against the feed direction by action of the extruder screw, which is recirculated at the hopper against the feed direction by action of the extruder screw, can again be conveyed to the extruder screw together with non-comminuted granular processing material fed from the material reservoir. - a hopper that is configured to conduct the processing material along a feed direction to the extruder screw, and - a material reservoir for the gravity-driven feeding of the processing material to the hopper, wherein the hopper comprises a comminution tool by which at least a part of the granular processing material entering the hopper is comminuted as the extruder screw rotates and which forms inside a filling zone of the hopper at least one comminution edge for the comminution of the granular processing material by action of the rotating extruder screw, characterized in that the charging system comprises a feeding device via which processing material comminuted at the hopper against the feed direction by action of the extruder screw, which is recirculated at the hopper against the feed direction by action of the extruder screw, can again be conveyed to the extruder screw together with non-comminuted granular processing material fed from the material reservoir.
A seat belt device comprising: a belt reel on which a webbing is wound; an electric brush motor for driving the belt reel; a motor control part that performs drive control of the electric brush motor; a voltage detecting part that detects a voltage generated between both terminals of the electric brush motor; characterized by comprising a failure determining part that determines whether the electric brush motor has failed or not on the basis of the presence or absence of a voltage having a frequency component caused by the drive control of the electric brush motor that is detected by the voltage detecting part while the electric brush motor is driven by the motor control part. a belt reel on which a webbing is wound; an electric brush motor for driving the belt reel; a motor control part that performs drive control of the electric brush motor; a voltage detecting part that detects a voltage generated between both terminals of the electric brush motor; characterized by comprising a failure determining part that determines whether the electric brush motor has failed or not on the basis of the presence or absence of a voltage having a frequency component caused by the drive control of the electric brush motor that is detected by the voltage detecting part while the electric brush motor is driven by the motor control part.
A MEMS heating device for heating a sample in a microscope sample holder for transmission electron microscopy TEM, the MEMS heating device comprising: (a) at least one observation region, (b) a membrane on which a sample is placed at the observation region, (c) a thermally conductive structural frame which supports the periphery of the membrane and flanks the observation region, wherein the observation region is the region of the membrane that is unsupported by the structural frame, characterized in that the MEMS heating device further comprises: (d) at least one heat source element supported by the thermally conductive structural frame, wherein the at least one heat source element flanks but does not directly contact the at least one observation region, wherein the thermally conductive structural frame is heated by the at least one heat source element. (a) at least one observation region, (b) a membrane on which a sample is placed at the observation region, (c) a thermally conductive structural frame which supports the periphery of the membrane and flanks the observation region, wherein the observation region is the region of the membrane that is unsupported by the structural frame, characterized in that the MEMS heating device further comprises: (d) at least one heat source element supported by the thermally conductive structural frame, wherein the at least one heat source element flanks but does not directly contact the at least one observation region, wherein the thermally conductive structural frame is heated by the at least one heat source element.
Wheel protector for a bicycle with retracting front fork, comprising - at least one mudguard part, - connection means for the direct or indirect connection of the at least one mudguard part to a part of the bicycle, wherein the connection means are designed such that they enable the at least one mudguard part to be attached to at least one part of the retracting front fork, and - holding means for attaching the connection means, characterised in that the holding means are arranged such that, in the attached state, the connection means can be tensioned above the fork crown or over the fork crown, whereby, when the at least one mudguard part is only held by the connection means tensioned in the region of the fork crown, the mudguard part is firmly and securely attached to the bicycle. - at least one mudguard part, - connection means for the direct or indirect connection of the at least one mudguard part to a part of the bicycle, wherein the connection means are designed such that they enable the at least one mudguard part to be attached to at least one part of the retracting front fork, and - holding means for attaching the connection means,
Method for operating a vacuum cleaner equipped with a suction fan, in which the operating time (t) of the suction fan is detected, wherein the operating time (t) is the operating time of the suction fan after the last reset when the vacuum cleaner is cleaned, wherein the power of the suction fan is increased depending on the detected increasing operating time (t) of the vacuum cleaner.
A compound of formula wherein X is independently -N- or -CH-; R 1 and R 2 are both CH 3; or R 1 and R 2 can be joined together to form a three-membered carbocyclic ring; R 3 is -CN or -CF 3; or a pharmaceutically acceptable salt thereof. X is independently -N- or -CH-; R 1 and R 2 are both CH 3; or R 1 and R 2 can be joined together to form a three-membered carbocyclic ring; R 3 is -CN or -CF 3; or a pharmaceutically acceptable salt thereof.
An aircraft wheel comprising a rim adapted to receive a tire, and a hub connected to the rim in order to receive bearings for guiding the wheel in rotation about an axis of rotation on an axle of the aircraft, the wheel being characterized in that it includes at least one dog that projects laterally from the rim in order to present two parallel faces and that is pierced by an orifice extending from one face to the other along a generally orthoradial direction.
Aircraft support structure, having an external face intended to be subjected to a flow of air and an internal face opposite the external face, the support structure comprising a lightning conductor system comprising: - an electrically conducting lightning conductor strip, placed on the side of the internal face of the support structure while being connected to ground, - means of fixing (3, 4, 6, 7) the lightning conductor strip to the support structure, the fixing means comprising fixing studs inserted into orifices formed in the support structure, said fixing studs being in electrical contact with the lightning conductor strip, characterized by the fact that the lightning conductor strip is mounted in an offset manner with respect to the main axes of the fixing studs and by the fact that the longitudinal axis of the lightning conductor strip and the main axes of the fixing studs do not intersect. - an electrically conducting lightning conductor strip, placed on the side of the internal face of the support structure while being connected to ground, - means of fixing (3, 4, 6, 7) the lightning conductor strip to the support structure, the fixing means comprising fixing studs inserted into orifices formed in the support structure, said fixing studs being in electrical contact with the lightning conductor strip,
An image processing apparatus comprising: a luminance sensor to sense a luminance of an external light; a model storage unit to store a luminance-contrast model curve representing an optimal contrast value for a particular luminance level (1,..., n) of each luminance of the external light; a luminance-contrast adjustment unit to determine a target luminance value to be proportional to the sensed luminance of the external light, to obtain a contrast value corresponding to the target luminance value with reference to the luminance-contrast model curve corresponding to the sensed luminance of the external light, and to adjust a luminance value of an input image to have the target luminance value and to adjust a contrast value of the input image to have the obtained contrast value; and a saturation adjustment unit to adjust the saturation of the adjusted input image according to the target luminance value and the obtained contrast value, wherein the apparatus further comprises a modeling unit to obtain the luminance-contrast model curve by obtaining contrast values of maximum preference points of reactive curves (51, 52, 53) while changing the luminance of a sample image, said reactive curves being obtained by repeatedly increasing the luminance of the sample image for each of the luminance levels and interpolating the maximum preference points represented by the obtained contrast values. a luminance sensor to sense a luminance of an external light; a model storage unit to store a luminance-contrast model curve representing an optimal contrast value for a particular luminance level (1,..., n) of each luminance of the external light; a luminance-contrast adjustment unit to determine a target luminance value to be proportional to the sensed luminance of the external light, to obtain a contrast value corresponding to the target luminance value with reference to the luminance-contrast model curve corresponding to the sensed luminance of the external light, and to adjust a luminance value of an input image to have the target luminance value and to adjust a contrast value of the input image to have the obtained contrast value; and a saturation adjustment unit to adjust the saturation of the adjusted input image according to the target luminance value and the obtained contrast value, wherein the apparatus further comprises a modeling unit to obtain the luminance-contrast model curve by obtaining contrast values of maximum preference points of reactive curves (51, 52, 53) while changing the luminance of a sample image, said reactive curves being obtained by repeatedly increasing the luminance of the sample image for each of the luminance levels and interpolating the maximum preference points represented by the obtained contrast values.
Inductive charger for charging a hand-held appliance such as a toothbrush handpiece, said charger comprising a charger coil surrounding a magnetic core, said magnetic core forming at least a part of a charger projection adapted to be inserted into a charging recess of the hand-held appliance, wherein said charger projection is surrounded by said charger coil which is adapted to be inserted, together with the charger projection of the magnetic core, into said charging recess of the hand-held appliance; wherein a housing is provided for accommodating at least a part of electric supply means connected to said charger coil, said housing having a top side surface surrounding said charger projection which projects from said top side surface in a direction substantially perpendicular thereto forming a thorn-like or mandrel-like, generally cylindrical housing projection; wherein said magnetic core is supported by and/or rigidly fixed to a supporting body adapted to extend along and/or to be mounted to a top side housing wall portion; and wherein the charger coil is covered by an insulating cover, said insulating cover comprising a sleeve-shaped insulating cap that is connected at an edge portion with the supporting body, the insulating cover being present in addition to the housing projection into which the assembly of magnetic core, charger coil and insulating cover extends.