mhurhangee/ep-ind-claims huggingface dataset:
A system for locating at least one movable trolley in a premises, the system comprising at least one communications beacon having range that covers the premises and that is connected to a control computer unit, and at least one electronic module on board the trolley and comprising a transmitter device arranged to transmit positioning data to the communications beacon, and an inertial motion detector unit that comprises a device for detecting linear motion along axes of a detection reference frame (X', Y', Z') and a device for detecting angular motion about the axes of the detection reference frame, the inertial motion detector being arranged to provide positioning data on the basis of the linear motion measurement data and the angular motion measurement data, the module being mounted on an element of the trolley such that any movement of the trolley in the premises gives rise to an angular movement of the element, the system being arranged to detect that the trolley has stopped whenever the angular motion measurement data corresponds to zero angular motion at a measurement instant and then to reset to zero the speeds calculated on the basis of the linear motion measurement data corresponding to the same measurement instant.
A method for recycling waste material including waste paper comprising the steps of: introducing the waste material and dilution water into a pressure vessel; re-pulping the waste material in the pressure vessel at an elevated processing temperature of at least about 100 °C (212 °F) and an elevated processing pressure greater than atmospheric pressure to form a treated waste material including substantially re-pulped waste paper; thereafter introducing cooling water into the pressure vessel so as to cool the treated waste material in the pressure vessel to a discharge temperature less than about 60 °C (140 °F) and reduce odor emitted by the treated waste material; and thereafter discharging the treated waste material from the pressure vessel, wherein the dilution water is introduced into the pressure vessel in an amount up to about 3 parts by weight of a total amount of water in the pressure vessel to about 1 part by weight waste material and the cooling water is introduced into the pressure vessel in an amount such that the total amount of water present in the pressure vessel after the cooling step is at least about 3.5 parts by weight to about 1 part by weight treated waste material. introducing the waste material and dilution water into a pressure vessel; re-pulping the waste material in the pressure vessel at an elevated processing temperature of at least about 100 °C (212 °F) and an elevated processing pressure greater than atmospheric pressure to form a treated waste material including substantially re-pulped waste paper; thereafter introducing cooling water into the pressure vessel so as to cool the treated waste material in the pressure vessel to a discharge temperature less than about 60 °C (140 °F) and reduce odor emitted by the treated waste material; and thereafter discharging the treated waste material from the pressure vessel,
A method for associating sessions, comprising: receiving, by a policy control and charging rules function, PCRF, a first gateway control session establishment request that carries a local address of a user equipment, UE; characterized by receiving, by the PCRF, a second gateway control session establishment request that carries the local address of the UE; associating the first gateway control session and the second gateway control session according to the local address of the UE; wherein the local address is an IP address or an IP address prefix allocated by a non-3GPP access network to the user equipment. receiving, by a policy control and charging rules function, PCRF, a first gateway control session establishment request that carries a local address of a user equipment, UE; characterized by receiving, by the PCRF, a second gateway control session establishment request that carries the local address of the UE; associating the first gateway control session and the second gateway control session according to the local address of the UE; wherein the local address is an IP address or an IP address prefix allocated by a non-3GPP access network to the user equipment.
A toner composition comprised of an amorphous polyester resin, a crystalline polyester resin, a colorant, and a wax; and which amorphous polyester is generated by the catalytic polymerization of monomers of: a carboxylic acid, wherein the carboxylic acid is terephthalic acid, a dicarboxylic acid, wherein the dicarboxylic acid is fumaric acid, a benzenetricarboxylic acid, wherein the benzenetricarboxylic acid is trimellitic acid, at least one bisphenol, and a component selected from the group consisting of at least one of a dodecenylsuccinic anhydride and a dodecenylsuccinic acid; wherein said crystalline polyester resin is CPE 10:6, poly(1,6-hexylene-1,12-dodecanoate); and wherein said amorphous polyester resin contains from 8 weight percent to 13 weight percent of said component. a carboxylic acid, wherein the carboxylic acid is terephthalic acid, a dicarboxylic acid, wherein the dicarboxylic acid is fumaric acid, a benzenetricarboxylic acid, wherein the benzenetricarboxylic acid is trimellitic acid, at least one bisphenol, and a component selected from the group consisting of at least one of a dodecenylsuccinic anhydride and a dodecenylsuccinic acid;
A method for transmission, comprising: receiving, by the terminal device, a Configured Grant, CG, resource, wherein the CG resource comprises configuration information and the configuration information comprises CG timer, CG Retransmission, retx, timer, and autonomous transmission, TX; characterized in that the method further comprises: in a case of the CG resource being a deprioritized resource, and the CG timer and the CG retx timer being running, stopping the CG timer and stopping the CG retx timer.
An assembly, comprising: a shaft (44, 45) extending along an axis; a bearing supporting the shaft, and receiving lubrication fluid; a stator seal element circumscribing the shaft; and a rotor seal element mounted on the shaft axially between the bearing and the stator seal element, the rotor seal element forming a seal with the stator seal element; characterised by: a shield substantially preventing the lubrication fluid from traveling axially away from the bearing onto the rotor seal element. a shaft (44, 45) extending along an axis; a bearing supporting the shaft, and receiving lubrication fluid; a stator seal element circumscribing the shaft; and a rotor seal element mounted on the shaft axially between the bearing and the stator seal element, the rotor seal element forming a seal with the stator seal element; characterised by: a shield substantially preventing the lubrication fluid from traveling axially away from the bearing onto the rotor seal element.
Method for geometry measurement of the frog of a turnout of a railway track, by using a measuring train carrying optical means measuring the frog, wherein a correction factor is determined by the use of the optical means measuring the railway track frog and said correction factor is dependent from the horizontal and/or vertical oscillating movement of the measuring train during measuring of the railway track frog and which correction factor is applied to computer calculations for a geometric feature of interest of the measured railway track frog, wherein the optical means comprise light sources of the measuring train which provide emitting of five or more light beams such that during advancement of the measuring train these light beams are projected successively onto the same area of a rail of a railway track and the light beams are substantially simultaneously projected onto the rail which light beams provide onto the rail light lines in a pattern providing at least five spaced light lines, which are present as two sets, and one individual light line, wherein the light lines that are provided onto the rail by the light beams are spaced in longitudinal direction of the rail according to the following: close spacing between two adjacent light lines at least 10 millimeter and not more than 50 millimeter, e.g. approximately 30 millimeter; wide spacing between two adjacent light lines at least 400 millimeter and not more than 800 millimeter, e.g. approximately 600 millimeter; spacing between the two outermost light lines not more than 1400 millimeter, e.g. approximately 1200 millimeter and applying: one light line approximately centrally between two other light lines; two of the light lines with close spacing, separated from the other light lines by at least the wide spacing; the two sets, each of two light lines having the close spacing, wherein these two sets are mutually separated by at least the wide spacing; and the individual light line separated from the other light lines by at least the wide spacing; and wherein the indiviual light line for which the wide spacing with all the other light lines applies is associated with two or more profile cameras and is provided by at least two light emitters, e.g. lasers, such that this light line projected on the rail is simultaneously scanned by a group of at least two cameras and each of the two sets of light lines having the close spacing are associated with a single camera, such that the camera simultaneously detects both light lines, wherein these light lines are projected at the light detecting part of the camera at different locations such that they are detected separately and are discriminated by the camera. one light line approximately centrally between two other light lines; two of the light lines with close spacing, separated from the other light lines by at least the wide spacing; the two sets, each of two light lines having the close spacing, wherein these two sets are mutually separated by at least the wide spacing; and the individual light line separated from the other light lines by at least the wide spacing;
A motor and pump assembly for mounting in a vehicle seat including a motor driven pump unit, a housing (9, 11) and a suspension arrangement for holding the motor driven pump unit within the housing, said motor driven pump unit having a longitudinal axis, characterized in that the suspension arrangement comprises: at least one helical compression spring for holding said motor driven pump unit and balancing its weight, one end of the helical compression spring being connected to the housing and the other end being connected to the motor driven pump unit, at least one spiral spring, the inner end of which being connected to one axial end of the motor driven pump unit and an outer end portion of which being connected to the housing, wherein the spiral spring is located such that the spiral is centered around the longitudinal axis of the motor driven pump unit. at least one helical compression spring for holding said motor driven pump unit and balancing its weight, one end of the helical compression spring being connected to the housing and the other end being connected to the motor driven pump unit, at least one spiral spring, the inner end of which being connected to one axial end of the motor driven pump unit and an outer end portion of which being connected to the housing, wherein the spiral spring is located such that the spiral is centered around the longitudinal axis of the motor driven pump unit.
A method of treating an agricultural product, comprising: providing a vessel having an opening sized for receiving said agricultural product and walls surrounding said vessel at all sides except said opening, wherein an interior of said vessel is filled with a fluid having a specific gravity lower than a specific gravity of a medium surrounding said walls outside said vessel, and wherein said fluid is at a temperature higher than a temperature outside said vessel; and while said vessel is oriented with said opening facing downwards, conveying said vessel and/or said agricultural product to ensure that said agricultural product enters said interior through said opening. providing a vessel having an opening sized for receiving said agricultural product and walls surrounding said vessel at all sides except said opening, wherein an interior of said vessel is filled with a fluid having a specific gravity lower than a specific gravity of a medium surrounding said walls outside said vessel, and wherein said fluid is at a temperature higher than a temperature outside said vessel; and while said vessel is oriented with said opening facing downwards, conveying said vessel and/or said agricultural product to ensure that said agricultural product enters said interior through said opening.
A process for degumming a vegetable oil, comprising a) mixing an aqueous alkali with a crude vegetable oil to obtain an oil-water mixture A-1 comprising an aqueous solution having a molal ionic strength of between 0.001 and 0.5 mol / kg, b) contacting the oil-water mixture A-1 with an enzyme having a phospholipase activity to obtain an oil-water mixture B-1, c) separating the oil-water mixture B-1 into an oil composition and an aqueous composition, and d) washing the oil composition with an acid. a) mixing an aqueous alkali with a crude vegetable oil to obtain an oil-water mixture A-1 comprising an aqueous solution having a molal ionic strength of between 0.001 and 0.5 mol / kg, b) contacting the oil-water mixture A-1 with an enzyme having a phospholipase activity to obtain an oil-water mixture B-1, c) separating the oil-water mixture B-1 into an oil composition and an aqueous composition, and d) washing the oil composition with an acid.
A process for the preparation of an expandable beads from polymer composition, wherein the beads are determined to be moulded in a form, comprising the steps of a)making an aqueous suspension comprising at least seed material, one or more kinds of suspension stabilizer, one or more polymerization initiators and water, wherein the amount of seed material is 5 to 50% by weight of the finally obtained expandable polymer composition, b)activate the seed material by contacting with one or more kinds of monomer and optionally one or more kinds of polymerization initiator, wherein the weight ratio of monomer to seed material is 1/100 to 40/100, and wherein the weight ratio of initiator to monomer is 0,5/100 to 20/100 and wherein the whole process is performed free of plasticizer c)heating said seed suspension of step b) to polymerization temperature, wherein the polymerization temperature is in the range of 70 to 130 degree Celsius, and d)charging said seed suspension of step c) with at least one or more kinds of monomer and optionally with one or more kinds of polymerization initiator and e)adding at least one blowing agent before, during or after polymerization, wherein the content of the blowing agent within the beads is less or equal 5 % by weight relative to the total composition f) wherein the obtained polymer has an average molecular weight M w of 100.000 to 170.000 g/mol and being obtained via radical polymerisation with thermal activable peroxide as initiator and pentane as blowing agent, and more preferably a polymer having a molecular weight less than 130.000 g/mol. a)making an aqueous suspension comprising at least seed material, one or more kinds of suspension stabilizer, one or more polymerization initiators and water, wherein the amount of seed material is 5 to 50% by weight of the finally obtained expandable polymer composition, b)activate the seed material by contacting with one or more kinds of monomer and optionally one or more kinds of polymerization initiator, wherein the weight ratio of monomer to seed material is 1/100 to 40/100, and wherein the weight ratio of initiator to monomer is 0,5/100 to 20/100 and wherein the whole process is performed free of plasticizer c)heating said seed suspension of step b) to polymerization temperature, wherein the polymerization temperature is in the range of 70 to 130 degree Celsius, and d)charging said seed suspension of step c) with at least one or more kinds of monomer and optionally with one or more kinds of polymerization initiator and e)adding at least one blowing agent before, during or after polymerization, wherein the content of the blowing agent within the beads is less or equal 5 % by weight relative to the total composition f) wherein the obtained polymer has an average molecular weight M w of 100.000 to 170.000 g/mol and being obtained via radical polymerisation with thermal activable peroxide as initiator and pentane as blowing agent, and more preferably a polymer having a molecular weight less than 130.000 g/mol.
Weeding harrow for soil working, comprising - a chassis; - a frame structure connected to the chassis; - a plurality of rows of tines arranged one behind the other with respect to the longitudinal direction (x) of the weeding harrow and each having a plurality of tines arranged next to one another in the transverse direction (y) of the weeding harrow for working the soil; - wherein the rows of tines are pivotally mounted to the frame structure in a coupled manner so that pivoting of the rows of tines causes synchronous pivoting of the tines between positions that are extended to different extents; characterised in that - the weeding harrow has precisely one adjustable stop which, depending on how far it is extended or retracted, limits the pivoting movement of the rows of tines and thus a working depth of the tines. - a chassis; - a frame structure connected to the chassis; - a plurality of rows of tines arranged one behind the other with respect to the longitudinal direction (x) of the weeding harrow and each having a plurality of tines arranged next to one another in the transverse direction (y) of the weeding harrow for working the soil; - wherein the rows of tines are pivotally mounted to the frame structure in a coupled manner so that pivoting of the rows of tines causes synchronous pivoting of the tines between positions that are extended to different extents; characterised in that - the weeding harrow has precisely one adjustable stop which, depending on how far it is extended or retracted, limits the pivoting movement of the rows of tines and thus a working depth of the tines.
A motor vehicle latch, in particular an electrically operable motor vehicle latch, comprising a locking mechanism that has a rotary catch and at least one pawl, it being possible to ratchet the rotary catch in at least one ratchet position by means of the pawl, and comprising a release lever, it being possible to unlock the ratcheted locking mechanism by means of the release lever, the rotary catch being movable, in particular into a lifted position (ÜH), in order to unlock the locking mechanism at least indirectly by means of the release lever, characterized in that the release lever is mounted on a common pivot axis with the pawl.
An unmanned aerial vehicle system comprising a first multi-rotor carrier aircraft and a carried aircraft, wherein the first carrier aircraft comprises: an airframe; a plurality of rotors carried by the airframe, the plurality of rotors being positioned to support the first carrier aircraft in hover; a battery carried by the airframe and operatively coupled to the rotors to power the rotors; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device, wherein the launch fixture includes a pivoting portion positioned to be engaged with the carried aircraft, and a plunger movable relative to the airframe and positioned to pivot the carried aircraft relative to the airframe; and a capture line carried by the first carrier aircraft and deployable to hang from the first carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft. an airframe; a plurality of rotors carried by the airframe, the plurality of rotors being positioned to support the first carrier aircraft in hover; a battery carried by the airframe and operatively coupled to the rotors to power the rotors; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device, wherein the launch fixture includes a pivoting portion positioned to be engaged with the carried aircraft, and a plunger movable relative to the airframe and positioned to pivot the carried aircraft relative to the airframe; and a capture line carried by the first carrier aircraft and deployable to hang from the first carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft.
A method of making a dental appliance, comprising the steps of: a) providing a baseplate having an outer surface; b) molding a temporary wax layer over the outer surface of the baseplate and pressing a set of artificial teeth in the wax layer so as to form a try-in baseplate; c) placing the try-in baseplate in a patient's mouth to evaluate the baseplate for fit and subsequently removing the baseplate therefrom; d) treating the try-in baseplate with heat to substantially remove the temporary wax layer; characterized by e) applying a first polymerizable acrylic composition to the baseplate and allowing the composition to at least partially diffuse into the baseplate, the first acrylic composition containing at least one solvent; and f) applying a second polymerizable acrylic composition to the baseplate and pressing the baseplate, first and second acrylic compositions, and set of artificial teeth together and curing the acrylic resins so that they harden and form a dental appliance. a) providing a baseplate having an outer surface; b) molding a temporary wax layer over the outer surface of the baseplate and pressing a set of artificial teeth in the wax layer so as to form a try-in baseplate; c) placing the try-in baseplate in a patient's mouth to evaluate the baseplate for fit and subsequently removing the baseplate therefrom; d) treating the try-in baseplate with heat to substantially remove the temporary wax layer; characterized by e) applying a first polymerizable acrylic composition to the baseplate and allowing the composition to at least partially diffuse into the baseplate, the first acrylic composition containing at least one solvent; and f) applying a second polymerizable acrylic composition to the baseplate and pressing the baseplate, first and second acrylic compositions, and set of artificial teeth together and curing the acrylic resins so that they harden and form a dental appliance.
Blank separating device comprising an upper blank separating module and a lower blank separating module, the lower blank separating module comprising at least three supporting elements (1202; 1211), each comprising at least one supporting surface (1248; 1249) for bracing blanks or scrap pieces, the at least three supporting elements (1202; 1211) being arranged so as to be positionable in at least three positions in the vertical direction, and two of the at least three supporting elements (1202; 1211) being configured as supporting elements of a lower separating tool, it being possible for the at least two supporting elements of the lower separating tool to each be arranged at least in three positions.