mhurhangee/ep-ind-claims huggingface dataset:
A cleaning device, in particular for a die-casting device, comprising a housing having an inlet for a medium to be cleaned, a centrifugal separator which is disposed downstream of the inlet in the housing, a unit which is disposed on the housing and protrudes into the centrifugal separator and at the lower end thereof, preferably in the base area thereof, has at least one opening, wherein the medium to be cleaned may enter into the unit through this at least one opening, a filter insert which is disposed in the unit such that the medium to be cleaned flows through the unit in an upward direction and thereby passes the filter insert disposed in the unit, and an outlet which is disposed downstream of the filter insert.
A duct sub-assembly (102, 104, 106) for forming a duct assembly to be used in a vehicle, said duct sub-assembly comprising: at least one bracket configured to couple to a structural member of the vehicle; and a plurality of duct portions coupled to said at least one bracket such that each said duct sub-assembly forms a unitary bundle of duct portions, wherein the duct portions are sized such that fluid and/or electrical wiring is routable therethrough and are arranged such that open ends of duct portions in adjacent duct sub-assemblies (104, 106) are coplanarly aligned when the duct sub-assembly and the adjacent duct sub-assemblies (104, 106) are coupled together end-to-end, wherein the at least one bracket includes a first bracket at a first end of the duct sub-assembly and a second bracket at a second opposing end of the duct sub-assembly. at least one bracket configured to couple to a structural member of the vehicle; and a plurality of duct portions coupled to said at least one bracket such that each said duct sub-assembly forms a unitary bundle of duct portions, wherein the duct portions are sized such that fluid and/or electrical wiring is routable therethrough and are arranged such that open ends of duct portions in adjacent duct sub-assemblies (104, 106) are coplanarly aligned when the duct sub-assembly and the adjacent duct sub-assemblies (104, 106) are coupled together end-to-end, wherein the at least one bracket includes a first bracket at a first end of the duct sub-assembly and a second bracket at a second opposing end of the duct sub-assembly.
Door closer having a spindle, a piston which is connected to the spindle via a gear and is guided in a housing, and at least one spring which interacts with the piston, wherein a pressure space and a pressureless space are provided on mutually opposite sides of the piston and, during a respective closing operation, hydraulic fluid can be transferred from the pressure space into the pressureless space via a control channel and via at least one regulating valve, wherein the housing is provided with at least one control channel (26 or 28) which opens into an upper (in the mounted state of the door closer) region of the pressure space and with at least one control channel (26 or 28) which opens into a lower (in the mounted state of the door closer) region of the pressure space, characterized in that these control channels (26, 28) are connected to the regulating valve such that, during a respective closing operation, hydraulic fluid can be transferred into the pressureless space via these control channels (26, 28) and the regulating valve, wherein the control channels (26, 28), lying tangentially on the bore receiving the piston, open into the uppermost or lowermost (in the mounted state of the door closer) region of the pressure space, and they are connected to one another by at least one transverse channel and to the regulating valve via this transverse channel.
A hair care composition comprising: i) a cleansing surfactant comprising an anionic surfactant and an amphoteric surfactant; ii) a hydroxamic acid or salt thereof having a carbon chain of C4 to C12 in an amount of from 0.01 to 10% by weight of the total composition; iii) an oil phase comprising at least one liquid hydrocarbon oil in an amount of from 0.01 to 10% by weight of the total composition; and iv) a piroctone compound; wherein the weight ratio of the amount of the combination of said hydroxamic acid or salt and said liquid hydrocarbon oil to the amount of said piroctone compound is from 1:1 to 8:1; wherein said hydroxamic acid is caprylhydroxamic acid. i) a cleansing surfactant comprising an anionic surfactant and an amphoteric surfactant; ii) a hydroxamic acid or salt thereof having a carbon chain of C4 to C12 in an amount of from 0.01 to 10% by weight of the total composition; iii) an oil phase comprising at least one liquid hydrocarbon oil in an amount of from 0.01 to 10% by weight of the total composition; and iv) a piroctone compound;
Partition wall assembly for a battery housing, the partition wall assembly comprising a partition wall, which is in a wall plane defined by a longitudinal direction and a vertical direction orthogonal to the longitudinal direction and is designed to divide a battery interior enclosed by the battery housing into chambers (7.1, 7.2) delimited from one another, comprising at least one busbar housing and comprising at least one busbar accommodated in the busbar housing, which busbar is guided orthogonally to the wall plane through the partition wall, the busbar housing being designed in one piece with the partition wall, characterized in that the partition wall is designed separately from the battery housing and is designed to be connected thereto; and the partition wall has a sandwich structure in an orthogonal direction to the wall plane, a sandwich core comprising a mineral material or consisting entirely thereof. the partition wall assembly comprising a partition wall, which is in a wall plane defined by a longitudinal direction and a vertical direction orthogonal to the longitudinal direction and is designed to divide a battery interior enclosed by the battery housing into chambers (7.1, 7.2) delimited from one another, comprising at least one busbar housing and comprising at least one busbar accommodated in the busbar housing, which busbar is guided orthogonally to the wall plane through the partition wall, the busbar housing being designed in one piece with the partition wall, characterized in that the partition wall is designed separately from the battery housing and is designed to be connected thereto; and the partition wall has a sandwich structure in an orthogonal direction to the wall plane, a sandwich core comprising a mineral material or consisting entirely thereof.
Method for producing an in-situ concrete displacement pile in a subsoil, comprising the method steps: - providing a driving tube (1; 21), which is laterally closed and has an outlet (4; 24) at the end for discharging fresh concrete into the subsoil, the outlet (4; 24) having an outlet opening with an outlet opening diameter which is reduced in comparison with an inner tube diameter of the driving tube (1; 21), - producing a borehole by driving the driving tube (1; 21) into the subsoil by means of head ramming until a defined borehole end depth is reached, wherein the outlet opening is closed, - filling the driving tube (1; 21) with fresh concrete, - opening the outlet opening, - raising the driving tube (1; 21) by a defined length, fresh concrete flowing out of the outlet opening into the borehole, and - driving the driving tube (1; 21) into the fresh concrete which has already flowed out into the borehole to form a widened pile foot of the in-situ concrete displacement pile. - providing a driving tube (1; 21), which is laterally closed and has an outlet (4; 24) at the end for discharging fresh concrete into the subsoil, the outlet (4; 24) having an outlet opening with an outlet opening diameter which is reduced in comparison with an inner tube diameter of the driving tube (1; 21), - producing a borehole by driving the driving tube (1; 21) into the subsoil by means of head ramming until a defined borehole end depth is reached, wherein the outlet opening is closed, - filling the driving tube (1; 21) with fresh concrete, - opening the outlet opening, - raising the driving tube (1; 21) by a defined length, fresh concrete flowing out of the outlet opening into the borehole, and - driving the driving tube (1; 21) into the fresh concrete which has already flowed out into the borehole to form a widened pile foot of the in-situ concrete displacement pile.
Process for the continuous production of fibre-reinforced profiles comprising a foam core, wherein the process has the following steps: a) introduction of foam cores and connecting of the newly introduced foam core to the end of the most recently introduced foam core, in a pultrusion plant, b) wrapping a fibre material around the foam core, c) impregnation of the fibre-material wrap with a resin, d) simultaneous insertion of different portions of the wrapped foam core in two or more moulds (8, 9), wherein these moulds are situated on rowed mould carriages or in a row on one mould carriage in a first position at the downstream end of the poltrusion plant, and closing the moulds, e) heating the moulds to shape the wrapped foam core and optionally cure the resin, f) transporting the carriages in the direction of transport of the wrapped foam core into a second position and then opening the moulds, g) closing a transporting mould on a further carriage, in a further second position, which is situated, viewed in the direction of transport of the wrapped foam core, behind the other carriage and transporting the wrapped foam core in the direction of transport into a further first position, and also returning the mould carriages to the first position, h) opening the transporting carriage, separating individual profiles by cutting, sawing or some other method and removing the final workpiece, and also concurrent practice of process steps a) to d). a) introduction of foam cores and connecting of the newly introduced foam core to the end of the most recently introduced foam core, in a pultrusion plant, b) wrapping a fibre material around the foam core, c) impregnation of the fibre-material wrap with a resin, d) simultaneous insertion of different portions of the wrapped foam core in two or more moulds (8, 9), wherein these moulds are situated on rowed mould carriages or in a row on one mould carriage in a first position at the downstream end of the poltrusion plant, and closing the moulds, e) heating the moulds to shape the wrapped foam core and optionally cure the resin, f) transporting the carriages in the direction of transport of the wrapped foam core into a second position and then opening the moulds, g) closing a transporting mould on a further carriage, in a further second position, which is situated, viewed in the direction of transport of the wrapped foam core, behind the other carriage and transporting the wrapped foam core in the direction of transport into a further first position, and also returning the mould carriages to the first position, h) opening the transporting carriage, separating individual profiles by cutting, sawing or some other method and removing the final workpiece, and also concurrent practice of process steps a) to d).
A method for providing power and a data signal to an optical transmitter including a light source immediately after receiving a burst-mode enable, BEN signal, comprising: - a first step of applying driving power to the light source, an amplitude of the power increasing with a first average slope, the first step being performed immediately after receiving the BEN signal and during a period from a time when the BEN signal is received to a time after a first predetermined time elapses; and - a second step of applying a first electrical modulated signal to the light source, the second step being performed immediately after the first predetermined time elapses from when the BEN signal is received and during a period from the time after the first predetermined time elapses to a time after a second predetermined time elapses; characterized in - a third step of applying a second electrical modulated signal including data for being transmitted to the light source, the third step being performed immediately after the second predetermined time elapses from starting of the second step. - a first step of applying driving power to the light source, an amplitude of the power increasing with a first average slope, the first step being performed immediately after receiving the BEN signal and during a period from a time when the BEN signal is received to a time after a first predetermined time elapses; and - a second step of applying a first electrical modulated signal to the light source, the second step being performed immediately after the first predetermined time elapses from when the BEN signal is received and during a period from the time after the first predetermined time elapses to a time after a second predetermined time elapses; characterized in - a third step of applying a second electrical modulated signal including data for being transmitted to the light source, the third step being performed immediately after the second predetermined time elapses from starting of the second step.
An eye refractive power measuring apparatus (1,101,201,301) comprising: a light projecting optical system (10,110,310) that projects a measuring beam for use in measurement of eye refractive power on a fundus of a subject's eye; a light receiving optical system (20,120,320) that causes a light receiving unit to receive reflected light from the fundus; a focusing unit (15,115) that forms an image of the reflected light on the light receiving unit by moving a focal position; a calibration optical system that projects a calibration beam to said light receiving unit for use in calibration of the focusing unit (15,115); a focus control unit that outputs to the focusing unit (15,115) a control signal for controlling movement of the focal position; and an arithmetic unit that, based on a relation of the control signal obtained when the calibration beam is projected and a calibration value that is an output of the light receiving unit, and a correspondence relation of the calibration value and the eye refractive power obtained in advance, calculates a correlation of the control signal and the eye refractive power, and, based on the control signal obtained when the measuring beam is projected, a measured value that is an output of the light receiving unit, and the acquired correlation, the eye refractive power of a subject's eye is calculated. a light projecting optical system (10,110,310) that projects a measuring beam for use in measurement of eye refractive power on a fundus of a subject's eye; a light receiving optical system (20,120,320) that causes a light receiving unit to receive reflected light from the fundus; a focusing unit (15,115) that forms an image of the reflected light on the light receiving unit by moving a focal position; a calibration optical system that projects a calibration beam to said light receiving unit for use in calibration of the focusing unit (15,115); a focus control unit that outputs to the focusing unit (15,115) a control signal for controlling movement of the focal position; and an arithmetic unit that, based on a relation of the control signal obtained when the calibration beam is projected and a calibration value that is an output of the light receiving unit, and a correspondence relation of the calibration value and the eye refractive power obtained in advance, calculates a correlation of the control signal and the eye refractive power, and, based on the control signal obtained when the measuring beam is projected, a measured value that is an output of the light receiving unit, and the acquired correlation, the eye refractive power of a subject's eye is calculated.
Device for packaging and applying a cosmetic product, having a container containing the product and an applicator for applying a product to keratin materials, having: - an applicator element, - a stem, - a linking element fixed to the stem, - an articulation, - said linking element having an elastically deformable flexible portion that is able to flex during the application of the product to the keratin materials. wherein the linking element has a rigid portion and the flexible portion is overmoulded on the rigid portion and the articulation comprises a ball joint, the applicator has a gripping member which constitutes a closure cap for the container and the gripping member is provided with an internal thread configured to be screwed onto a threaded neck of the container. - an applicator element, - a stem, - a linking element fixed to the stem, - an articulation, - said linking element having an elastically deformable flexible portion that is able to flex during the application of the product to the keratin materials.
A method of managing Internet Protocol Multimedia Subsystem, IMS, service registrations on a wireless communication device having a subscriber identification module, SIM, that supports IMS services, the method comprising: accessing network operator policies stored in the SIM; identifying enabled IMS services for the SIM; identifying a registration type for each enabled IMS service on the SIM, wherein the registration type is identifed based on the accessed network operator policies; determining whether to perform a single registration on an IMS packet data network, PDN, or a dual registration comprising separate registrations on the IMS PDN and an Internet PDN for the SIM based on whether the identified registration type for any enabled IMS service on the SIM requires an Internet packet data network, PDN; performing the determined registration using the accessed network operator policies, wherein performing the determined registration comprises: setting up the single registration for the SIM on the IMS PDN in response to determining that the registration type for all of the enabled IMS services on the SIM do not require an Internet PDN; and setting up the dual registration for the SIM on the IMS PDN and the Internet PDN in response to determining that the registration type for at least one of the enabled IMS services on the SIM requires an Internet PDN; and maintaining registration of the enabled IMS services for the SIM. accessing network operator policies stored in the SIM; identifying enabled IMS services for the SIM; identifying a registration type for each enabled IMS service on the SIM, wherein the registration type is identifed based on the accessed network operator policies; determining whether to perform a single registration on an IMS packet data network, PDN, or a dual registration comprising separate registrations on the IMS PDN and an Internet PDN for the SIM based on whether the identified registration type for any enabled IMS service on the SIM requires an Internet packet data network, PDN; performing the determined registration using the accessed network operator policies, wherein performing the determined registration comprises: setting up the single registration for the SIM on the IMS PDN in response to determining that the registration type for all of the enabled IMS services on the SIM do not require an Internet PDN; and setting up the dual registration for the SIM on the IMS PDN and the Internet PDN in response to determining that the registration type for at least one of the enabled IMS services on the SIM requires an Internet PDN; and setting up the single registration for the SIM on the IMS PDN in response to determining that the registration type for all of the enabled IMS services on the SIM do not require an Internet PDN; and setting up the dual registration for the SIM on the IMS PDN and the Internet PDN in response to determining that the registration type for at least one of the enabled IMS services on the SIM requires an Internet PDN; and maintaining registration of the enabled IMS services for the SIM.
A method for programming or specifying motions or sequences of an industrial robot, wherein at least part of the data for the motion control or sequence programming of the industrial robot is generated with the aid of a manually guided motion specification means with an integrated and/or external sensor system (11; 12) for determining the orientation and/or position of the manually guided motion specification means in space, characterized in that the sensor system integrated into the manually guided motion specification means and/or the external sensor system transmits data for the motion control or sequence programming of the industrial robot to a mobile handheld terminal to be carried by the operator via at least one data interface (13; 14) and at least one associated data link (15; 16), wherein said mobile handheld terminal is provided for changing and/or monitoring operating states of the industrial robot, and in that control commands issued by the manually guided motion specification means are only executed by the industrial robot if an execution of the motions or sequences of the industrial robot specified with the motion specification means is indicated by means of at least one manually actuated control element on the manually guided motion specification means and a safety switch on the mobile handheld terminal is at the same time manually actuated by the operator in such a way that the consent for executing motions or sequences or for changing sequences of the industrial robot is signaled.
A container, preferably a plastic container, comprising: a frame, in particular a rectangular frame, which forms the upper border of the container; side walls; and a bottom which is not connected to the frame and the side walls and is accommodated within the container so as to be vertically freely movable, wherein geometries on the side walls and/or the bottom interact in such a way that they limit the vertical degree of freedom of the bottom in a direction away from the frame, characterized in that the side walls are hinged to the frame and can be folded inward when the movable bottom is in contact with the frame. a frame, in particular a rectangular frame, which forms the upper border of the container; side walls; and a bottom which is not connected to the frame and the side walls and is accommodated within the container so as to be vertically freely movable, wherein geometries on the side walls and/or the bottom interact in such a way that they limit the vertical degree of freedom of the bottom in a direction away from the frame, characterized in that the side walls are hinged to the frame and can be folded inward when the movable bottom is in contact with the frame.
A method for detecting voiced speech in an audio signal, the method comprising: - calculating an autocorrelation function, ACF, of a portion of an input audio signal; - detecting a highest peak of said autocorrelation function within a determined range; - determining a peak width and a peak height of said peak; and - deciding based on the peak width and the peak height whether a segment of the input audio signal comprises voiced speech. - calculating an autocorrelation function, ACF, of a portion of an input audio signal; - detecting a highest peak of said autocorrelation function within a determined range; - determining a peak width and a peak height of said peak; and - deciding based on the peak width and the peak height whether a segment of the input audio signal comprises voiced speech.
A compound of formula, N-Methyl-4-[4-[2-(1-methyl-2-oxo-3,4-dihydroquinolin-5-yl)ethyl]piperazin-1-yl]benzofuran-2-carboxamide, or a pharmaceutically acceptable salt thereof.
A method comprising the steps a) providing an alkane or 1-alkanol, b) contacting said alkane or 1-alkanol in an aqueous solution with a cytochrome P450 alkane hydroxylase from the CYP153 family and oxygen for at least 3 hours, wherein the alkane or 1-alkanol is converted to the corresponding α,ω-diol; and the alkane or 1-alkanol is butane, isobutane, butanol or isobutanol. a) providing an alkane or 1-alkanol, b) contacting said alkane or 1-alkanol in an aqueous solution with a cytochrome P450 alkane hydroxylase from the CYP153 family and oxygen for at least 3 hours,