mhurhangee/ep-ind-claims huggingface dataset:
A system for determining material accumulation relative to ground engaging tools of an agricultural implement, the system comprising a frame member extending along a first direction and first and second ground engaging tools coupled to the frame member and spaced apart from each other in the first direction such that an open space is defined between the first and second ground engaging tools, the first and second ground engaging tools being configured to engage soil within a field as the agricultural implement is moved across the field, the system being characterized by: a sensing arm aligned with the open space defined between the first and second ground engaging tools, the sensing arm being displaceable from a neutral position by material accumulation between the first and second ground engaging tools, wherein the sensing arm does not engage the ground when in the neutral position; a sensor (210, 212, 214) configured to detect a parameter indicative of displacement of the sensing arm; and a controller communicatively coupled to the sensor (210, 212, 214), the controller configured to monitor the parameter based at least in part on data received from the sensor (210, 212, 214) to determine a presence of material accumulation between the first and second ground engaging tools. a sensing arm aligned with the open space defined between the first and second ground engaging tools, the sensing arm being displaceable from a neutral position by material accumulation between the first and second ground engaging tools, wherein the sensing arm does not engage the ground when in the neutral position; a sensor (210, 212, 214) configured to detect a parameter indicative of displacement of the sensing arm; and a controller communicatively coupled to the sensor (210, 212, 214), the controller configured to monitor the parameter based at least in part on data received from the sensor (210, 212, 214) to determine a presence of material accumulation between the first and second ground engaging tools.
A ball joint comprising: a spherical head portion provided in a leading end of a ball stud; a ball retainer that houses the spherical head portion in a relatively rotatable state; a holder that supports the spherical head portion inside the ball retainer and restrains relative displacement in a shaft axis direction of the ball stud characterized in that a rotation limiting mechanism provided in a virtual circle location as an intersection between a plane perpendicular to a shaft axis direction of the ball stud and passing through a center of the spherical head portion and a circumferential surface of the spherical head portion to limit relative rotation of the spherical head portion against the ball retainer, wherein the rotation limiting mechanism has an engagement hole formed in the circumferential surface of the spherical head portion and a limiting bolt that has a circular cross-sectional engagement protrusion inserted into the engagement hole in a leading end and is fastened to the ball retainer from an outer side of the ball retainer, the engagement hole has a center formed on a circumference of the virtual circle and is formed as an oval hole having a major axis extending in the shaft axis direction of the ball stud and a minor axis extending in a circumferential direction of the virtual circle in the engagement hole, and the minor axis is equal to a diameter of the engagement protrusion. a spherical head portion provided in a leading end of a ball stud; a ball retainer that houses the spherical head portion in a relatively rotatable state; a holder that supports the spherical head portion inside the ball retainer and restrains relative displacement in a shaft axis direction of the ball stud characterized in that a rotation limiting mechanism provided in a virtual circle location as an intersection between a plane perpendicular to a shaft axis direction of the ball stud and passing through a center of the spherical head portion and a circumferential surface of the spherical head portion to limit relative rotation of the spherical head portion against the ball retainer, wherein the rotation limiting mechanism has an engagement hole formed in the circumferential surface of the spherical head portion and a limiting bolt that has a circular cross-sectional engagement protrusion inserted into the engagement hole in a leading end and is fastened to the ball retainer from an outer side of the ball retainer, the engagement hole has a center formed on a circumference of the virtual circle and is formed as an oval hole having a major axis extending in the shaft axis direction of the ball stud and a minor axis extending in a circumferential direction of the virtual circle in the engagement hole, and the minor axis is equal to a diameter of the engagement protrusion.
A medical device for transcutaneously inserting an insertable element into a body tissue, wherein the medical device comprises: • at least one insertable element, wherein the insertable element comprises at least one in vivo distal end for subcutaneous insertion and at least one ex vivo proximal end; • at least one insertion cannula for subcutaneously inserting the insertable element, the insertion cannula having a lumen which fully or partially is enclosed by a wall of the insertion cannula, wherein the insertable element is received in the lumen, wherein the insertion cannula is a pre-bended insertion cannula, wherein the medical device further comprises at least one patch, configured to be mounted onto a skin of a user, wherein the patch comprises a patch base, wherein the patch comprises an integrated insertion mechanism for driving the insertion cannula from a storage position within the patch into an inserted position within the body tissue on a curved insertion path. • at least one insertable element, wherein the insertable element comprises at least one in vivo distal end for subcutaneous insertion and at least one ex vivo proximal end; • at least one insertion cannula for subcutaneously inserting the insertable element, the insertion cannula having a lumen which fully or partially is enclosed by a wall of the insertion cannula, wherein the insertable element is received in the lumen, wherein the insertion cannula is a pre-bended insertion cannula,
A method, comprising: determining, by a user equipment, UE, an uplink transmission power based on a value of a second target power, a value of a pathloss, and a value of a transmit power command, TPC; and transmitting, by the UE, a physical uplink control channel, PUCCH at the uplink transmission power; further comprising: obtaining, by the UE, information associating a power control set with a reference signal relationship, wherein the reference signal relationship is between a first reference signal and an uplink signal, and the power control set comprises the second target power, a downlink reference signal for pathloss estimation, and the TPC; determining, by the UE, the value of the second target power, the value of the pathloss corresponding to the downlink reference signal for pathloss estimation, and the value of the TPC in accordance with the reference signal relationship. determining, by a user equipment, UE, an uplink transmission power based on a value of a second target power, a value of a pathloss, and a value of a transmit power command, TPC; and transmitting, by the UE, a physical uplink control channel, PUCCH at the uplink transmission power; further comprising: obtaining, by the UE, information associating a power control set with a reference signal relationship, wherein the reference signal relationship is between a first reference signal and an uplink signal, and the power control set comprises the second target power, a downlink reference signal for pathloss estimation, and the TPC; determining, by the UE, the value of the second target power, the value of the pathloss corresponding to the downlink reference signal for pathloss estimation, and the value of the TPC in accordance with the reference signal relationship.
A process for the dehydrogenation of alkanes to the corresponding unsaturated alkenes and hydrogen (H 2), wherein the alkane is contacted with a catalyst comprising lead sulfide (PbS) supported on a carrier, said catalyst being regenerated when needed.
Hydraulic connector for the connection between two cylindrical bodies and, comprising jaws positioned and preloaded by an actuating hydraulic piston through a pressurization chamber, and an unlocking pressurization chamber, characterized in that it furthermore comprises an adjustment ring regulating the locking pressure of the connector and a bottom cap fixed to an external jacket which in turn is fixed to the adjustment ring.
A superabsorbent polymer, including: a base resin powder including a 1st cross-linked polymer of a water-soluble ethylenic unsaturated monomer having acid groups of which at least a part is neutralized; and a cross-linked surface layer that includes a 2nd cross-linked polymer further cross-linked from the 1st cross-linked polymer and formed on the base resin powder, wherein an inorganic particle is chemically bonded to the 1st cross-linked polymer by the medium of a cross-linking bond, an oxygen-containing bond -O-, or a nitrogen-containing bond -NR-, where R is hydrogen or a C 1 -C 3 alkyl or amide bond, obtainable by a method including the steps of: preparing a hydrogel polymer by carrying out cross-linking polymerization of a water-soluble ethylenic unsaturated monomer having acid groups of which at least a part is neutralized, in the presence of an inner cross-linking agent including one or more compounds selected from the group consisting of polyethyleneglycol diacrylate PEGDA, glycerin diacrylate, glycerin triacrylate, unmodified or ethoxylated trimethylol triacrylate TMPTA, hexanediol diacrylate, and triethyleneglycol diacrylate, and an inorganic particle of which the surface is modified with a cross-linkable or hydrophilic functional group including at least one functional group selected from the group consisting of a (meth)acrylate-based functional group, an allyl group, a vinyl group, an epoxy group, a hydroxy group, an isocyanate group, and an amine group; preparing a base resin powder by drying, pulverizing, and classifying the hydrogel polymer; and forming a cross-linked surface layer by further cross-linking the surface of the base resin powder in the presence of a surface cross-linking agent, wherein the inorganic particle is a silica nanoparticle or an alumina nanoparticle.
A step unit comprising: a. a vertical frame; b. a plurality of linkages (26, 28) pivotally attached at different heights to the vertical frame by one end of each of the linkages (26, 28), to provide lateral rotation to the linkages (26, 28); and c. a leg frame, with at least one leg, pivotally attached to the opposite end of each of the linkages (26, 28) whereby laterally translating the leg frame simultaneously pivots the linkages (26, 28) from a first, vertical position to at least one second, horizontal position; wherein at least one linkage is substantially deep to be used as a step by a user, characterized in that the at least one linkage having a first step surface and a second step surface opposite to the first step surface, and the leg frame is capable of being translated to the second, horizontal position to expose the first step surface to the user and a third, horizontal position to expose the second step surface to the user. a. a vertical frame; b. a plurality of linkages (26, 28) pivotally attached at different heights to the vertical frame by one end of each of the linkages (26, 28), to provide lateral rotation to the linkages (26, 28); and c. a leg frame, with at least one leg, pivotally attached to the opposite end of each of the linkages (26, 28) whereby laterally translating the leg frame simultaneously pivots the linkages (26, 28) from a first, vertical position to at least one second, horizontal position; wherein at least one linkage is substantially deep to be used as a step by a user, characterized in that the at least one linkage having a first step surface and a second step surface opposite to the first step surface, and the leg frame is capable of being translated to the second, horizontal position to expose the first step surface to the user and a third, horizontal position to expose the second step surface to the user.
A device with an integrated; acoustic function comprising a patterned touch screen cover, a plurality of electrodes, characterized in that the device further comprises an acoustic thin film and a substrate, wherein: the substrate is coupled to the acoustic thin film, wherein the substrate comprises a heat insulator configured to reduce heat loss from the acoustic thin film through the substrate; the acoustic thin film is coupled to the patterned touch screen cover and conducts an oscillating electrical current provided by the plurality of electrodes, thereby acting as a nano-scale acoustic generator; the patterned touch screen cover provides an array of microspeakers and a viewing area, where the array of microspeakers is disposed around a perimeter of the patterned touch screen cover; the patterned touch screen cover transfers heat via the array of microspeakers to create acoustic pressure in surrounding air, thereby producing a desired sound without creating vibration in the patterned touch screen cover; and the patterned touch screen cover is configured to receive touch-based user inputs to control operation of at least a portion of the device, wherein the patterned touch screen cover is patterned with microstructures and at least one of the microstructures comprises an aperture with a nanotube deposited on a sidewall of the aperture. the substrate is coupled to the acoustic thin film, wherein the substrate comprises a heat insulator configured to reduce heat loss from the acoustic thin film through the substrate; the acoustic thin film is coupled to the patterned touch screen cover and conducts an oscillating electrical current provided by the plurality of electrodes, thereby acting as a nano-scale acoustic generator; the patterned touch screen cover provides an array of microspeakers and a viewing area, where the array of microspeakers is disposed around a perimeter of the patterned touch screen cover; the patterned touch screen cover transfers heat via the array of microspeakers to create acoustic pressure in surrounding air, thereby producing a desired sound without creating vibration in the patterned touch screen cover; and the patterned touch screen cover is configured to receive touch-based user inputs to control operation of at least a portion of the device, wherein the patterned touch screen cover is patterned with microstructures and at least one of the microstructures comprises an aperture with a nanotube deposited on a sidewall of the aperture.
A computer-implemented method for monitoring a subject position, the method comprising: determining a deviation of a position of a predetermined portion of a subject from a predetermined position of the predetermined portion of the subject; based on the deviation, determining correction data, the correction data specifying one or more corrections to be performed on the subject position as part of a position correction procedure and specifying one or more rotational corrections as being excluded from the position correction procedure; and setting reference data as a reference for subsequent monitoring of changes of the subject position, wherein the reference data comprises the correction data and initial image data acquired prior to performing the position correction procedure and/or corrected initial image data that has been corrected based on the correction data. determining a deviation of a position of a predetermined portion of a subject from a predetermined position of the predetermined portion of the subject; based on the deviation, determining correction data, the correction data specifying one or more corrections to be performed on the subject position as part of a position correction procedure and specifying one or more rotational corrections as being excluded from the position correction procedure; and setting reference data as a reference for subsequent monitoring of changes of the subject position, wherein the reference data comprises the correction data and initial image data acquired prior to performing the position correction procedure and/or corrected initial image data that has been corrected based on the correction data.
Arrangement for treating the surface of a thread-like object, particularly the surface of threads that are composed of one or more filaments, and/or of fibers for textile structures, comprising a treatment chamber having at least one surface treatment device for treating the surface of the thread-like object, a device for transporting (4, 6) the thread-like object through the treatment chamber, a roller device (1, 10) arranged in the treatment chamber and having two rollers for spanning and continuous transporting partial sections of the thread-like object each adjacent to each other, a device for guiding the thread-like object out of the treatment chamber, characterized in that the rollers include a first crossing angle of 0,5° to 10°, preferably of 2° to 3°, which causes mutual length differences of the partial sections, and the rollers are arranged skewed with respect to each other about a second crossing angle so as to compensate the length differences of the partial sections of the thread-like object caused by said first crossing angle, the surface treatment device comprising a plasma coating device with a sputtering target for applying a layer with a layer thickness of less than 1000 nm, particularly with an electrically conductive layer.
Electronic assembly comprising power module, circuit board and heat sink, wherein the power module has a metal base plate, wherein an insulation layer is arranged on the side of the base plate facing towards the circuit board, wherein metal conductor tracks, in particular made of copper, are arranged on the side of the insulation layer facing away from the base plate, wherein semiconductors are arranged on the conductor tracks on the side of the conductor tracks facing away from the insulation layer, wherein the base plate can be connected directly or by means of a via to a connection contact that acts as an equipotential bond to the circuit board, wherein the connection contact that acts as an equipotential bond is at ground potential, in particular wherein the base plate is made of copper, wherein the power module has an interference suppression unit which short-circuits capacitive interference currents, characterized in that the interference suppression unit has three capacitors, wherein a first of the three capacitors is electrically connected by its first pole to the connection contact that acts as an equipotential bond, and is designed as a Y capacitor, wherein the other two capacitors are designed as X capacitors and are connected in series and are supplied from a DC voltage source, wherein the Y capacitor is electrically connected by its other pole to a centre tap of the series connection of the two X capacitors, wherein the DC voltage source is the DC link voltage of a converter, wherein the first pole of the Y capacitor is connected to a conductor track of the power module, which conductor track is connected to the base plate by means of a bond wire.
A method performed by a network node for generating a S9 session ID, the method comprising: receiving, at the network node, an attachment request from a user equipment, UE,; creating a DIAMETER session ID; attaching a timestamp and UE ID to the DIAMETER session ID resulting in a S9 session ID, wherein the timestamp indicates a time of the user equipment attachment request; and initiating a S9 session with a home PCRN using the S9 session ID. receiving, at the network node, an attachment request from a user equipment, UE,; creating a DIAMETER session ID; attaching a timestamp and UE ID to the DIAMETER session ID resulting in a S9 session ID, wherein the timestamp indicates a time of the user equipment attachment request; and initiating a S9 session with a home PCRN using the S9 session ID.
Current collector trolley (1 a, 1 b) having, releasably connected to a main body, running gear units (2a, 2b, 2c) which comprise a supporting body and at least one travel wheel (7b, 7c) mounted thereon, the current collector trolley (1 a, 1 b) being displaceable, by means of the running gear units (2a, 2b, 2c), along a rail having a plurality of current conductors (5a, 5b, 5c, 5d, 5e) and the current collector trolley (1 a, 1 b) being in electrical contact with the current conductors (5a, 5b, 5c, 5d, 5e), characterised in that the connection of the running gear units (2a, 2b, 2c) to the main body is in each case of a form such that coupling-on and uncoupling of the running gear units (2a, 2b, 2c) takes place by means of a straight-line movement of the running gear units (2a, 2b, 2c) in a vertical direction when a current collector (1 a, 1 b) trolley is horizontally orientated.
Linear lightguide for lighting and/or signaling devices, comprising: - a first end and a second end suitable for admitting a first luminous flux and a second luminous flux respectively into the guide; - an exit face of a light beam; - a second face, opposite the exit face, comprising a plurality of prisms following one another in a longitudinal direction of the guide, and configured to reflect rays of the first luminous flux and the second luminous flux towards the exit face, at least one of the prisms being a complex prism whose profile is not triangular, which comprises a first side configured to reflect the rays of the first luminous flux towards the exit face and a second side comprising two panels with: - a first panel configured to reflect rays of the second luminous flux towards the exit face, - a second panel configured to deflect rays of the first luminous flux into the guide, the first panel and the second panel forming a reentrant obtuse angle and being directly joined, the second panel being located above the first panel towards the outside of the guide. - a first end and a second end suitable for admitting a first luminous flux and a second luminous flux respectively into the guide; - an exit face of a light beam; - a second face, opposite the exit face, comprising a plurality of prisms following one another in a longitudinal direction of the guide, and configured to reflect rays of the first luminous flux and the second luminous flux towards the exit face, - a first panel configured to reflect rays of the second luminous flux towards the exit face, - a second panel configured to deflect rays of the first luminous flux into the guide, the first panel and the second panel forming a reentrant obtuse angle and being directly joined, the second panel being located above the first panel towards the outside of the guide.