mhurhangee/ep-ind-claims huggingface dataset:
A cross-shaped support for a meat grinder, - comprising a hub with a central bore, an outer ring and a plurality of webs which extend between the hub and the outer ring, - with a groove on the outside of the outer ring for non-rotatable mounting in the meat grinder, characterised, - that in the area of the hub there are one or more noses (16, 16') that have a tool function, - namely, the one or more noses (16, 16') are arranged on an end face of the hub, which project away from the end face or - a bearing bushing is held in the central bore of the hub and has one or more noses (16, 16') on its front side, which protrude away from the front side. - comprising a hub with a central bore, an outer ring and a plurality of webs which extend between the hub and the outer ring, - with a groove on the outside of the outer ring for non-rotatable mounting in the meat grinder, characterised, - that in the area of the hub there are one or more noses (16, 16') that have a tool function, - namely, the one or more noses (16, 16') are arranged on an end face of the hub, which project away from the end face or - a bearing bushing is held in the central bore of the hub and has one or more noses (16, 16') on its front side, which protrude away from the front side.
A method of drilling a borehole in an earth formation, comprising: deploying a drilling assembly at an earth formation, the drilling assembly including a drill bit and a drill string; performing a drilling operation by the drilling assembly according to one or more operational parameters to advance the drilling assembly through the formation, wherein performing the drilling operation includes rotating the drill bit and at least a portion of the drill string; during the advancing, monitoring a downhole condition; determining whether the downhole condition indicates at least one of a cuttings accumulation in the borehole and wear of a downhole component; and in response to the downhole condition indicating the cuttings accumulation or the wear, adjusting at least one operational parameter to induce or adjust an oscillating motion in the drill string, the oscillating motion causing at least one of a reduction in the cuttings accumulation and a reduction of wear of the downhole component. deploying a drilling assembly at an earth formation, the drilling assembly including a drill bit and a drill string; performing a drilling operation by the drilling assembly according to one or more operational parameters to advance the drilling assembly through the formation, wherein performing the drilling operation includes rotating the drill bit and at least a portion of the drill string; during the advancing, monitoring a downhole condition; determining whether the downhole condition indicates at least one of a cuttings accumulation in the borehole and wear of a downhole component; and in response to the downhole condition indicating the cuttings accumulation or the wear, adjusting at least one operational parameter to induce or adjust an oscillating motion in the drill string, the oscillating motion causing at least one of a reduction in the cuttings accumulation and a reduction of wear of the downhole component.
A neck rail system for an animal stall comprising: a neck rail having first and second end segments defining a common axis therebetween and a middle segment connecting the end segments, the middle segment having a neck-receiving portion which is offset from the common axis and which is adapted to accommodate the neck of an animal in use; and first and second receivers (44, 46) provided on either side of the stall and adapted to receive the first and second end segments respectively; wherein the first receiver and first end segment of the rail are provided with complementary locking formations which can be brought into and out of engagement by axial displacement of the first end segment relative to the first receiver, wherein said complementary locking formations prevent angular rotation of the neck rail about the common axis relative to the first receiver when engaged with one another; at least a portion of the neck rail being resiliently flexible, permitting it to be flexed to decrease the distance between the end segments, and then to relax for axial engagement with the receivers; whereby in use a flexing force may be applied to the neck rail to reduce the distance between the first and second ends sufficiently to permit them to be inserted in the first and second receivers (44, 46) respectively, and the flexing force removed permitting the first and second ends to axially displace into the first and second receivers (44, 46) respectively and thereby engage said complementary locking formations. a neck rail having first and second end segments defining a common axis therebetween and a middle segment connecting the end segments, the middle segment having a neck-receiving portion which is offset from the common axis and which is adapted to accommodate the neck of an animal in use; and first and second receivers (44, 46) provided on either side of the stall and adapted to receive the first and second end segments respectively; wherein the first receiver and first end segment of the rail are provided with complementary locking formations which can be brought into and out of engagement by axial displacement of the first end segment relative to the first receiver, wherein said complementary locking formations prevent angular rotation of the neck rail about the common axis relative to the first receiver when engaged with one another; at least a portion of the neck rail being resiliently flexible, permitting it to be flexed to decrease the distance between the end segments, and then to relax for axial engagement with the receivers; whereby in use a flexing force may be applied to the neck rail to reduce the distance between the first and second ends sufficiently to permit them to be inserted in the first and second receivers (44, 46) respectively, and the flexing force removed permitting the first and second ends to axially displace into the first and second receivers (44, 46) respectively and thereby engage said complementary locking formations.
A medical treatment apparatus with a memory means, characterized by a data carrier having at least one machine-readable configuration file for reprogramming process patterns of the medical treatment apparatus influenced by the equipment software, which has been generated in a computer system for the medical treatment apparatus, wherein the computer system comprises: - a database for providing at least one set of parameters for treatment-specific processes; - an input device for inputting data relating to the treatment-specific processes behavior of the medical treatment apparatus, considered as a set of parameters; - an output device, configured to generate and output a process definition output file taking the inputted data into account; and - a conversion device, configured to generate the at least one machine-readable configuration file in a memory medium using at least the inputted data, wherein the machine-readable configuration file for the operation of the medical treatment apparatus is stored or memorized in the memory means of the medical treatment apparatus. - a database for providing at least one set of parameters for treatment-specific processes; - an input device for inputting data relating to the treatment-specific processes behavior of the medical treatment apparatus, considered as a set of parameters; - an output device, configured to generate and output a process definition output file taking the inputted data into account; and - a conversion device, configured to generate the at least one machine-readable configuration file in a memory medium using at least the inputted data, wherein the machine-readable configuration file for the operation of the medical treatment apparatus is stored or memorized in the memory means of the medical treatment apparatus.
A method for sectional rehabilitation of a track having rails, sleepers and original rail fastening means, wherein a group of adjacent sleepers is displaced in a longitudinal direction of the rails in such a way that a construction gap results which allows the passage of sleepers and/or unhindered ballast cleaning, characterized in that, for a simplified displacement of the sleepers relative to the two rails, the original rail fastening means are removed and alternatively replaced by rail fastening means which are designed to roll on the rail in the longitudinal direction thereof, wherein the rail fastening means consisting of a screw connection for fastening a connecting member to a sleeper, the connecting member contacting a rail base of a rail by means of a contact element, wherein the contact element of the connecting member is designed as a rolling element, rotatable about an axis, for rolling on the rail in a longitudinal direction of the rail.
A tubular actuator of a home-automation screen comprising: - a tube, - a fixed point (20; 220; 420) at least partially inserted into the tube through one of its ends, and - stopping means (21, 11; 221, 211; 321; 421; 411) for stopping the fixed point movement relative to the tube, at least in translation, characterized in that the tubular actuator comprises locking means (32; 232; 432) for locking the stopping means. - a tube, - a fixed point (20; 220; 420) at least partially inserted into the tube through one of its ends, and - stopping means (21, 11; 221, 211; 321; 421; 411) for stopping the fixed point movement relative to the tube, at least in translation,
An apparatus comprising: a housing of a computing device; and an extendable connector port including a tongue, a roof disposed at a first distance from a first side of the tongue, and a floor disposed at a second distance from a second side of the tongue that is opposite the first side of the tongue, the extendable connector port configured to expand and collapse between: a closed position where the roof lies flush with a surface of the housing; and an open position where the port extends away from the surface of the housing, the first and second distances configured to increase as the extendable connector port extends from the closed position to the open position and decrease as the extendable connector port collapses from the open position to the closed position. a housing of a computing device; and an extendable connector port including a tongue, a roof disposed at a first distance from a first side of the tongue, and a floor disposed at a second distance from a second side of the tongue that is opposite the first side of the tongue, the extendable connector port configured to expand and collapse between: a closed position where the roof lies flush with a surface of the housing; and an open position where the port extends away from the surface of the housing, the first and second distances configured to increase as the extendable connector port extends from the closed position to the open position and decrease as the extendable connector port collapses from the open position to the closed position. a closed position where the roof lies flush with a surface of the housing; and an open position where the port extends away from the surface of the housing, the first and second distances configured to increase as the extendable connector port extends from the closed position to the open position and decrease as the extendable connector port collapses from the open position to the closed position.
A method for limiting fouling of a mixer housed in the interior of an exhaust line which equips an internal combustion engine of a motor vehicle, the limiting method including a first modelling step of first heat exchanges between exhaust gases and a first wall of the mixer, a second modelling step of second heat exchanges between an exterior air to the motor vehicle and a second wall delimiting the exhaust line, a third modelling step of third heat exchanges between a reducing agent injected in the interior of the exhaust line and the first wall during a decomposition reaction of the reducing agent, a fourth calculation step of a temperature of the first wall, a fifth determination step of a risk of fouling of the mixer, and a sixth decision step of an injection of reducing agent in the interior of the exhaust line.
A method of manufacturing an aerofoil having a filled cavity, the method comprising: providing a pocketed aerofoil body having an open pocket formed in a surrounding hollowed surface; inserting a pre-formed filler insert into the open pocket, wherein the pre-formed filler insert comprises a barrier layer that surrounds the insert; locating a capping panel over the open pocket, the capping panel having an inner surface and an opposing outer surface; supporting the inner surface of the capping panel on the filler insert such that the capping panel is in a capping position; and forming a permanent joint between the capping panel and the pocketed aerofoil body so as to fix the capping panel in position relative to the pocketed aerofoil body, thereby producing the aerofoil having a filled cavity, and wherein the step of forming a permanent joint between the capping panel and the pocketed aerofoil body comprises welding. providing a pocketed aerofoil body having an open pocket formed in a surrounding hollowed surface; inserting a pre-formed filler insert into the open pocket, wherein the pre-formed filler insert comprises a barrier layer that surrounds the insert; locating a capping panel over the open pocket, the capping panel having an inner surface and an opposing outer surface; supporting the inner surface of the capping panel on the filler insert such that the capping panel is in a capping position; and forming a permanent joint between the capping panel and the pocketed aerofoil body so as to fix the capping panel in position relative to the pocketed aerofoil body, thereby producing the aerofoil having a filled cavity, and wherein the step of forming a permanent joint between the capping panel and the pocketed aerofoil body comprises welding.
A solar cell provided with through holes, comprising: a cell substrate; and a photoelectric conversion layer formed on the cell substrate so as to convert solar energy into electrical energy, wherein the cell substrate and the photoelectric conversion layer include a plurality of through holes that form an air passage extending from a front surface of the solar cell, on which sunlight is incident, to a rear surface thereof, the photoelectric conversion layer includes a semiconductor layer, and a front electrode formed on an upper part of the semiconductor layer characterized in that: the front electrode is configured with a plurality of bus-bars arranged horizontally at regular intervals and a plurality of finger-bars arranged perpendicularly to the plurality of bus-bars at regular intervals, the plurality of through holes is formed on the plurality of bus-bars or on the plurality of finger-bars, and the plurality of through holes is formed with a diameter smaller than the widths of the finger-bar and the bus-bar. a cell substrate; and a photoelectric conversion layer formed on the cell substrate so as to convert solar energy into electrical energy, wherein the cell substrate and the photoelectric conversion layer include a plurality of through holes that form an air passage extending from a front surface of the solar cell, on which sunlight is incident, to a rear surface thereof, the photoelectric conversion layer includes a semiconductor layer, and a front electrode formed on an upper part of the semiconductor layer characterized in that: the front electrode is configured with a plurality of bus-bars arranged horizontally at regular intervals and a plurality of finger-bars arranged perpendicularly to the plurality of bus-bars at regular intervals, the plurality of through holes is formed on the plurality of bus-bars or on the plurality of finger-bars, and the plurality of through holes is formed with a diameter smaller than the widths of the finger-bar and the bus-bar. the front electrode is configured with a plurality of bus-bars arranged horizontally at regular intervals and a plurality of finger-bars arranged perpendicularly to the plurality of bus-bars at regular intervals, the plurality of through holes is formed on the plurality of bus-bars or on the plurality of finger-bars, and the plurality of through holes is formed with a diameter smaller than the widths of the finger-bar and the bus-bar.
Method for producing a part made of composite material, said part comprising a skin and at least one stiffener joined to said skin, said skin being formed from at least one first strip and said at least one stiffener being formed from at least one second strip, each first and second strip being formed by at least one ply of fibers impregnated with a non-polymerized resin, said method comprising the steps of; - producing a preform of the part by pulling the at least one first strip and the at least one second strip in a longitudinal direction X through a die for shaping and positioning the skin and the at least one stiffener, at least one first and at least one second strips being placed in contact, and a polymerization core being introduced between a first strip and a second strip in contact before their passage through the die, and; - pressing of the preform obtained in a heating press for a duration dt so as to form the skin and the at least one stiffener joined to the skin, a pressure P and a temperature T for polymerizing the resin of the first and second strips being applied to said preform in said heating press over a press length L, the press length L being considered in the longitudinal direction X of the preform and being shorter than a length of the panel. - producing a preform of the part by pulling the at least one first strip and the at least one second strip in a longitudinal direction X through a die for shaping and positioning the skin and the at least one stiffener, at least one first and at least one second strips being placed in contact, and a polymerization core being introduced between a first strip and a second strip in contact before their passage through the die, and; - pressing of the preform obtained in a heating press for a duration dt so as to form the skin and the at least one stiffener joined to the skin, a pressure P and a temperature T for polymerizing the resin of the first and second strips being applied to said preform in said heating press over a press length L, the press length L being considered in the longitudinal direction X of the preform and being shorter than a length of the panel.
A battery system comprising: a battery unit including a plurality of battery cells; and a control device (ICNT) including a power supply boot-up unit, the power supply boot-up unit configured to receive a voltage from the plurality of battery cells, and to supply a control signal in response to the voltage supplied by the plurality of battery cells; a positive power supply line and a negative power supply line connecting the battery unit to the control device (ICNT), wherein the power supply boot-up unit includes a series circuit (R11, D2) connected to the positive power supply line and the negative power supply line characterized in that the power supply boot-up unit is further connected to the negative power supply line through a power supply boot-up unit switch, and the power supply boot-up unit switch is configured to enable or disable a voltage supply from the battery unit to the power supply boot-up unit. a battery unit including a plurality of battery cells; and a control device (ICNT) including a power supply boot-up unit, the power supply boot-up unit configured to receive a voltage from the plurality of battery cells, and to supply a control signal in response to the voltage supplied by the plurality of battery cells; a positive power supply line and a negative power supply line connecting the battery unit to the control device (ICNT), wherein the power supply boot-up unit includes a series circuit (R11, D2) connected to the positive power supply line and the negative power supply line
An autonomous underwater vehicle, AUV, for recording seismic signals on the ocean bottom during a marine seismic survey, the AUV comprising: a buoyant body (201; 301; 410; 420; 430) that is comprised of a positively buoyant flotation material; a pressure vessel (211; 311; 500; 600) separate from said buoyant body and coupled to an external lower side of the buoyant body, said pressure vessel housing a plurality of electronic components, said pressure vessel (211; 311; 500; 600) comprising a first substantially non-metallic end (311; 511; 611) coupled to a second substantially non-metallic end (312; 521; 621) by a metallic connecting hub (313; 501); a propulsion system configured to propel and steer the AUV while travelling underwater; and one or more seismic sensors (110; 821) located within the pressure vessel and configured to record seismic signals while the AUV is resting on the bottom of the ocean. a buoyant body (201; 301; 410; 420; 430) that is comprised of a positively buoyant flotation material; a pressure vessel (211; 311; 500; 600) separate from said buoyant body and coupled to an external lower side of the buoyant body, said pressure vessel housing a plurality of electronic components, said pressure vessel (211; 311; 500; 600) comprising a first substantially non-metallic end (311; 511; 611) coupled to a second substantially non-metallic end (312; 521; 621) by a metallic connecting hub (313; 501); a propulsion system configured to propel and steer the AUV while travelling underwater; and one or more seismic sensors (110; 821) located within the pressure vessel and configured to record seismic signals while the AUV is resting on the bottom of the ocean.