mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a wear of a journal bearing system of an engine, comprising: executing a wear protocol to derive a start-stop wear, a steady-state operating hours wear, or a combination thereof, of a test journal bearing system on a test rig; deriving a transfer function suitable for determining a total wear for the test journal bearing system based on the SS wear, the OH wear, or the combination thereof; observing operations of the engine via one or more sensors to derive a number of start-stops, steady-state operating hours, or a combination thereof; determining as the wear of the journal bearing system a determined test journal bearing system wear based on applying the transfer function to the number of start-stops, the steady-state operating hours, or to the combination thereof; and executing one or more actionable items on the engine based on the determined journal bearing system wear wherein the determination of the wear of the journal bearing system is furthermore based on a physics-based model of the journal bearing system. executing a wear protocol to derive a start-stop wear, a steady-state operating hours wear, or a combination thereof, of a test journal bearing system on a test rig; deriving a transfer function suitable for determining a total wear for the test journal bearing system based on the SS wear, the OH wear, or the combination thereof; observing operations of the engine via one or more sensors to derive a number of start-stops, steady-state operating hours, or a combination thereof; determining as the wear of the journal bearing system a determined test journal bearing system wear based on applying the transfer function to the number of start-stops, the steady-state operating hours, or to the combination thereof; and executing one or more actionable items on the engine based on the determined journal bearing system wear wherein the determination of the wear of the journal bearing system is furthermore based on a physics-based model of the journal bearing system.
An image recording device for recording an image by an interlace system of paths number N in which an image is recorded by repeatedly scanning N times using an ink-jet head having multiple ink discharge nozzles arranged in column in a sub-scanning direction, wherein, assuming that a is an integer of 2 or more and b is an integer of 1 or an integer mutually prime to a, and when a region defined by b × a including b pieces of pixels in a main scanning direction and a pieces of pixels in the sub-scanning direction is recorded a × b = N times, an interval of the nozzles is W, and assuming that an interval between a recording position by a n -th path and a recording position by a ( n +1)th path in the sub-scanning direction corresponds to c pieces of pixels, the number of the nozzles corresponding to the interval between the recording position by the n-th path and the recording position by the (n+1) th path in the sub-scanning direction is j, and wherein an interval between a recording position by a n -th path and a recording position by a ( n +1)th path in the main scanning direction corresponds to d pieces of pixels, where d is an integer being 1 or mutually prime to b, a movement distance of the ink-jet head in the sub-scanning direction every one time main scanning is set to W × ( j + c / a), where j is an integer being 1 or more, c is an integer being 1 or more and smaller than a and an integer being 1 or mutually prime to a.
Piezoelectric vibrator device (10; 20; 30; 40), comprising: a piezoelectric prism or pair or stack of piezoelectric prisms (11; 21.1, 21.2) which has two opposing large main surfaces (11a, 11b; 21.1a, 21.2a), wherein on each of the large main surfaces at least one metallization electrode (16a, 16b; 26a, 26b; 36a, 36b) is provided for exciting the or each piezoelectric prism or layer of the piezoelectric stack to vibrate in the thickness direction thereof, normal to the opposing large main surfaces, wherein each piezoelectric prism has a uniform polarization directed from the first large main surface to the second large main surface, two elastic coupling elements (12, 13; 22, 23; 32, 33; 42, 43), one of them arranged on a first large main surface of the piezoelectric prism or pair or stack of piezoelectric prisms, and the other one arranged on the second large main surface, opposite to the first large main surface, and two convex-shaped friction elements (14, 15; 24, 25; 34, 35; 44, 45), one of them disposed centrally on each of the free surfaces of the two coupling elements, wherein on one of the large main surfaces a continuous electrode (16b; 26a; 36a) is provided which covers the respective large main surface, whereas on the other large main surface two separate electrodes (16a; 26b; 36b) are provided which divide that large main surface into two equally-dimensioned excitation portions. a piezoelectric prism or pair or stack of piezoelectric prisms (11; 21.1, 21.2) which has two opposing large main surfaces (11a, 11b; 21.1a, 21.2a), wherein on each of the large main surfaces at least one metallization electrode (16a, 16b; 26a, 26b; 36a, 36b) is provided for exciting the or each piezoelectric prism or layer of the piezoelectric stack to vibrate in the thickness direction thereof, normal to the opposing large main surfaces, wherein each piezoelectric prism has a uniform polarization directed from the first large main surface to the second large main surface, two elastic coupling elements (12, 13; 22, 23; 32, 33; 42, 43), one of them arranged on a first large main surface of the piezoelectric prism or pair or stack of piezoelectric prisms, and the other one arranged on the second large main surface, opposite to the first large main surface, and two convex-shaped friction elements (14, 15; 24, 25; 34, 35; 44, 45), one of them disposed centrally on each of the free surfaces of the two coupling elements, wherein on one of the large main surfaces a continuous electrode (16b; 26a; 36a) is provided which covers the respective large main surface, whereas on the other large main surface two separate electrodes (16a; 26b; 36b) are provided which divide that large main surface into two equally-dimensioned excitation portions.
A method for controlling timing of a discharge event of a centrifugal separator, during which discharge event at least part of a heavier liquid and/or sludge or solids separated from a lighter liquid is discharged from the separator through at least one discharge opening, the discharge opening being hydraulically opened and/or closed, characterized in that the method comprising the steps of - waiting for a scheduled discharge time, - at the scheduled discharge time or before the scheduled discharge time, measuring the pressure of a liquid that is used for opening and/or closing the discharge opening, - comparing the measured pressure to a predetermined limit value, and, in the case the pressure is below the limit value, - delaying the discharge event. - waiting for a scheduled discharge time, - at the scheduled discharge time or before the scheduled discharge time, measuring the pressure of a liquid that is used for opening and/or closing the discharge opening, - comparing the measured pressure to a predetermined limit value, and, - delaying the discharge event.
Syringe comprising a syringe body, a piercing means arranged on the distal conical end piece of the syringe body, and a safety device for preventing puncture wounds, comprising a sleeve element which extends along an axial direction and at least partially encloses the piercing means and the syringe body, and a collar element which can be arranged on a distal end region of the syringe body and locks the safety device in the axial direction on a projection of the conical end piece, the collar element having at least one guide projection which engages in at least one guide slot of the sleeve element, characterised in that the collar element is arranged on the distal end region of the syringe body so as to be rotatable in a circumferential direction, and the safety device has a cap element which can be arranged over the sleeve element at least in portions and by means of which the sleeve element can be locked with respect to the movement of the syringe body relative to the sleeve element and which has a piercing means protection device in which the piercing means can be arranged, the cap element and the sleeve element having latching elements (15, 16) which are complementary to one another, a latching element (15, 16) having a predetermined breaking point, and removal of the cap element from the sleeve element requiring the predetermined breaking point to be broken.
An energy storage system for a vehicle, comprising an energy storage tank defining a tank volume for a heat transfer fluid, and comprising a partition dividing said tank volume into a first volume and a second volume, wherein said partition is movable to/from any position between a minimum energy storage position corresponding to a minimum second volume, and a maximum energy storage position corresponding to a maximum second volume, said energy storage tank further comprising a biasing device being arranged such that movement of said partition away from said minimum energy storage position corresponds to storing energy in said biasing device, and movement towards said minimum energy storage position corresponds to releasing energy from said biasing device; said energy storage system further comprising - a heat transfer fluid duct connecting said first volume and said second volume, and - a heat transfer arrangement arranged for altering the temperature of said transfer fluid from a first temperature when in said first volume to a second temperature when in said second volume, and said energy storage system further comprising a fluid control assembly for providing a pressure implying a flow of said heat transfer fluid from said first volume to said second volume via said heat transfer fluid duct characterised in that: said heat transfer arrangement is a cooling arrangement for cooling said heat transfer fluid. said partition is movable to/from any position between a minimum energy storage position corresponding to a minimum second volume, and a maximum energy storage position corresponding to a maximum second volume, said energy storage tank further comprising a biasing device being arranged such that movement of said partition away from said minimum energy storage position corresponds to storing energy in said biasing device, and movement towards said minimum energy storage position corresponds to releasing energy from said biasing device; said energy storage system further comprising - a heat transfer fluid duct connecting said first volume and said second volume, and - a heat transfer arrangement arranged for altering the temperature of said transfer fluid from a first temperature when in said first volume to a second temperature when in said second volume, and said energy storage system further comprising a fluid control assembly for providing a pressure implying a flow of said heat transfer fluid from said first volume to said second volume via said heat transfer fluid duct characterised in that: said heat transfer arrangement is a cooling arrangement for cooling said heat transfer fluid.
A cleaning assembly comprising: - a cleaning housing, having a turnable part, mounted on a liquid supply pipe and having means for turning the turnable part of the cleaning housing at the same time as rotating a hub having nozzles - wherein one or more nozzle openings are provided in the turnable part of the cleaning housing, - characterized in that the nozzle opening or nozzle openings provided in the turnable part of the cleaning housing comprise means suitable for ejecting a liquid jet against the liquid supply pipe for the cleaning of it during the turning movement of the turnable part of the cleaning housing and that the nozzle opening or nozzle openings are provided on the side of the turnable part of the cleaning housing which faces toward the rotating hub. - a cleaning housing, having a turnable part, mounted on a liquid supply pipe and having means for turning the turnable part of the cleaning housing at the same time as rotating a hub having nozzles - wherein one or more nozzle openings are provided in the turnable part of the cleaning housing, - characterized in that the nozzle opening or nozzle openings provided in the turnable part of the cleaning housing comprise means suitable for ejecting a liquid jet against the liquid supply pipe for the cleaning of it during the turning movement of the turnable part of the cleaning housing and that the nozzle opening or nozzle openings are provided on the side of the turnable part of the cleaning housing which faces toward the rotating hub.
A fracturing material for supporting a bore hole, the fracturing material comprising: a hardenable or hardened support material, fibers embedded in the support material, and a fluidic additive to be evaporated to thereby leave pores in the fracturing material after evaporation, so that the fracturing material is fluid permeable, wherein the fibers are provided as an interconnected fiber network. a hardenable or hardened support material, fibers embedded in the support material, and a fluidic additive to be evaporated to thereby leave pores in the fracturing material after evaporation, so that the fracturing material is fluid permeable, wherein the fibers are provided as an interconnected fiber network.
Support (1, 1') for a set of optics, each of which is provided for covering a point illuminant of an luminaire panel, wherein the support (1, 1') has a fixing structure adapted to fix at least one optic to a base member of the luminaire panel adjacent to one of the point illuminants of the luminaire panel, characterised in that the support (1, 1') comprises a holding structure designed to hold the at least one optic in a position aligned for mounting the at least one optic to the base member of the luminaire panel, wherein the support (1, 1') comprises a flat basic body with an upper side and a lower side opposite the upper side, wherein the holding structure is arranged on the upper side of the basic body and the fixing structure is arranged on the lower side of the basic body, wherein, for mounting, the set of optics can be arranged on one side of the base member of the luminaire panel as intended and fixed to the base member by means of a second identical support from the other side of the base member.
A protective helmet, comprising a protective helmet outer cap including a bas-relief, characterized in that said protective helmet outer cap comprises one or more coating layers made of a paint or the like material; said bas-relief extending through one or more of said coating layers.
A contact angle measurement system comprising: a housing (200, 500); a rock sample holder (203, 503) positioned within the housing, the holder configured to support a rock sample whose contact angle is to be measured; and a fluid dropper (220, 520) attached to the housing, the fluid dropper positioned relative to the holder to drop a fluid droplet on the rock sample when the rock sample is supported by the holder (203,503), the system being characterised in that it comprises a sonicator attached to the housing, the sonicator configured to generate a sound wave, the housing configured to transmit the sound wave to the fluid droplet on the rock sample, the sound wave configured to sonically remove the fluid droplet from the rock sample. a housing (200, 500); a rock sample holder (203, 503) positioned within the housing, the holder configured to support a rock sample whose contact angle is to be measured; and a fluid dropper (220, 520) attached to the housing, the fluid dropper positioned relative to the holder to drop a fluid droplet on the rock sample when the rock sample is supported by the holder (203,503), the system being characterised in that it comprises a sonicator attached to the housing, the sonicator configured to generate a sound wave, the housing configured to transmit the sound wave to the fluid droplet on the rock sample, the sound wave configured to sonically remove the fluid droplet from the rock sample.
An energy harvester comprising: a first structure including a first triboelectric material; a second structure including a second triboelectric material configured to generate electricity by friction with the first triboelectric material; a closed structure configured to isolate friction surfaces of the first and second triboelectric materials from environmental agents; and characterized in that it comprises also a filling material in the closed structure in contact with the first and second triboelectric materials and having a plurality of electric charges, the filling material being configured to increase an electrification efficiency of the first and second triboelectric materials. a first structure including a first triboelectric material; a second structure including a second triboelectric material configured to generate electricity by friction with the first triboelectric material; a closed structure configured to isolate friction surfaces of the first and second triboelectric materials from environmental agents; and characterized in that it comprises also a filling material in the closed structure in contact with the first and second triboelectric materials and having a plurality of electric charges, the filling material being configured to increase an electrification efficiency of the first and second triboelectric materials.
A hydraulic control unit comprising: a centrally located accumulator comprising a piston in a first fluid chamber and a spring biased against the piston, the spring biased in a spring chamber; a reservoir sharing a fluid space with the spring chamber of the accumulator; a flow path connected to the accumulator, the flow path integrally formed to comprise a first flow path on a first side of the accumulator and a second flow path on a second side of the accumulator; a pump connected to the accumulator via the first flow path on the first side of the accumulator, the pump further connected to the reservoir via an inlet flow path on the first side of the accumulator; a motor connected on the first side of the accumulator to selectively operate the pump; a controllable valve connected to the accumulator via the second flow path on the second side of the accumulator; and a feed port connected to the controllable valve, wherein the controllable valve is configured to selectively connect the feed port to the second flow path. a centrally located accumulator comprising a piston in a first fluid chamber and a spring biased against the piston, the spring biased in a spring chamber; a reservoir sharing a fluid space with the spring chamber of the accumulator; a flow path connected to the accumulator, the flow path integrally formed to comprise a first flow path on a first side of the accumulator and a second flow path on a second side of the accumulator; a pump connected to the accumulator via the first flow path on the first side of the accumulator, the pump further connected to the reservoir via an inlet flow path on the first side of the accumulator; a motor connected on the first side of the accumulator to selectively operate the pump; a controllable valve connected to the accumulator via the second flow path on the second side of the accumulator; and a feed port connected to the controllable valve, wherein the controllable valve is configured to selectively connect the feed port to the second flow path.
A cytolytic fusion protein suitable to induce apoptosis in a target cell comprising at least a first polypeptide comprising a binding structure to allow binding of the fusion protein to a specific target structure on the surface of a diseased cell, and at least a second polypeptide comprising a cytolytic serine protease, wherein the serine protease is granzyme M, and wherein the binding structure allows the cytolytic fusion protein to bind on a receptor selected from the group consisting of CD64, CD30 CD25 and EGF-receptor, wherein the cytolytic fusion protein comprises an amino acid sequence selected from the group of SEQ ID NO. 4, SEQ ID NO. 6, SEQ ID NO. 8 and SEQ ID NO. 10, or wherein the cytolytic fusion protein comprises an amino acid sequence having at least 85% identity to SEQ ID NO. 4, SEQ ID NO. 6, SEQ ID NO. 8 or SEQID NO. 10.
A terminal apparatus comprising: a reception unit configured to receive a first DCI format and a second DCI format, the first DCI format being used for scheduling of a first uplink physical channel and the second DCI format being used for scheduling of a second uplink physical channel; and a transmission unit configured to transmit Hybrid Automatic Repeat request ACKnowledgement, HARQ-ACK, response to be transmitted on a physical uplink control channel by using only the first uplink physical channel from the first and second uplink physical channels in a subframe in a serving cell in case that a transmission of the physical uplink control channel with HARQ-ACK response and transmissions of the first and second uplink physical channels would occur in the subframe in the serving cell, wherein starting symbol of the first uplink physical channel is before starting symbol of the second uplink physical channel, the subframe includes 14 symbols for normal cyclic prefix, and each of the first and second uplink physical channels are used to transmit an uplink shared channel. a reception unit configured to receive a first DCI format and a second DCI format, the first DCI format being used for scheduling of a first uplink physical channel and the second DCI format being used for scheduling of a second uplink physical channel; and a transmission unit configured to transmit Hybrid Automatic Repeat request ACKnowledgement, HARQ-ACK, response to be transmitted on a physical uplink control channel by using only the first uplink physical channel from the first and second uplink physical channels in a subframe in a serving cell in case that a transmission of the physical uplink control channel with HARQ-ACK response and transmissions of the first and second uplink physical channels would occur in the subframe in the serving cell, wherein starting symbol of the first uplink physical channel is before starting symbol of the second uplink physical channel, the subframe includes 14 symbols for normal cyclic prefix, and each of the first and second uplink physical channels are used to transmit an uplink shared channel.
A detection agent for detecting 25-hydroxyvitamin D, characterized in that it comprises a conjugate formed by a 25-hydroxyvitamin D antigen derivative coupled to a protein carrier, and a magnetic sphere coated by the conjugate, wherein the 25-hydroxyvitamin D antigen derivative has the following formula: wherein m is 1, 2, or 3, and n is 2, 3, 4, 5, or 6; wherein the magnetic sphere has on its surface one or more moieties selected from the group consisting of the following: an epoxy group, a sulfonyl group, an amino group, an aldehyde group, an amide group, a mercapto group, and a hydroxyl group.
Drain fitting, in particular for bathtubs, comprising a drain housing that forms a drainage channel (2.2) and an odour trap and comprises an inlet opening, a drain valve body that can be operated by means of an actuator, and a water supply channel (2.11) for a bottom supply, comprising fastening means for fixing the drain housing to an opening in the base of a tub or sink, and comprising a cover arranged above the drain valve body, an inlet channel being connected to the water supply channel (2.11) and opening above the drain valve body and below the cover, characterised in that the fastening means are formed of both an internal thread provided in the drain housing on the inlet opening thereof and a threaded sleeve (11.1) that can be screwed into said internal thread and comprises a fastening flange, and in that the drain housing comprises an intermediate housing piece (2.6) which is rotatably connected to the odour trap, the axis of rotation being arranged eccentrically to the central longitudinal axis of the threaded sleeve (11.1) comprising the fastening flange.