mhurhangee/ep-ind-claims huggingface dataset:
Packaging for pharmaceutical products, comprising a primary packaging for receiving one or several doses of a pharmaceutical product, and a secondary packaging designed as a cardboard box in which the primary packaging is received, wherein the primary packaging is arranged in an insulation shell having a latent heat storage material, and wherein the latent heat storage material comprises a phase change material, the latent heat storage material comprising a carrier material which is dimensionally stable at the temperature of use, in which the phase change material is distributed or arranged so that the latent heat storage material is dimensionally stable in a temperature range both below and above the melting point of the phase change material, characterized in that the primary packaging is designed as a blister pack, ampoule, injection ampoule or vial and wherein the insulation shell is adapted in shape to the primary packaging and resting flat, in particular flat on all sides, on the latter.
A method for making up keratinous materials, notably, skin, appendages and mucosas, comprising the following steps: - depositing on the support by means of a non-magnetic cosmetic applicator, this cosmetic composition including - bodies having non-zero magnetic susceptibility and movable under the effect of a magnetic field, - at least one tinting agent having optical properties sensitive to an external stimulus, - at least partly exposing the composition to a magnetic field so as to modify the orientation and/or to displace at least one portion of magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition. - depositing on the support by means of a non-magnetic cosmetic applicator, this cosmetic composition including - bodies having non-zero magnetic susceptibility and movable under the effect of a magnetic field, - bodies having non-zero magnetic susceptibility and movable under the effect of a magnetic field, - at least one tinting agent having optical properties sensitive to an external stimulus, - at least partly exposing the composition to a magnetic field so as to modify the orientation and/or to displace at least one portion of magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition.
A picking assistant system, comprising: an article shelf in which articles are to be stocked, the article shelf having a plurality of openings; a projector; a processor; and an imaging device (3,4), wherein the article shelf includes a plurality of flexible screens hung at the respective openings of the article shelf and configured to be caused to move due to a worker inevitably touching at least one of the screens when the worker takes out an article from the article shelf through the respective opening, wherein the projector is configured to display an instruction to a worker in a display region defined on the screens, wherein the imaging device (3,4) is configured to capture a captured image in which the screens are reflected, and wherein the processor is configured to detect worker-caused motions of the screens in the captured image and to detect an operational error of the worker based on the detected motions of the screens. an article shelf in which articles are to be stocked, the article shelf having a plurality of openings; a projector; a processor; and an imaging device (3,4), wherein the article shelf includes a plurality of flexible screens hung at the respective openings of the article shelf and configured to be caused to move due to a worker inevitably touching at least one of the screens when the worker takes out an article from the article shelf through the respective opening, wherein the projector is configured to display an instruction to a worker in a display region defined on the screens, wherein the imaging device (3,4) is configured to capture a captured image in which the screens are reflected, and wherein the processor is configured to detect worker-caused motions of the screens in the captured image and to detect an operational error of the worker based on the detected motions of the screens.
Method for detecting a load distribution in a roller bearing having at least one row of rollers and a strain sensor attached to a first ring, wherein the first ring is configured to rotate relative to a second ring, characterized in that the method comprises the steps of: a. detecting peak heights and peak positions in roller load induced strain signals obtained from the strain sensor; and b. calculating a load acting on at least one angle range of the second ring using peak heights of a plurality of peak positions falling in said angle range. a. detecting peak heights and peak positions in roller load induced strain signals obtained from the strain sensor; and b. calculating a load acting on at least one angle range of the second ring using peak heights of a plurality of peak positions falling in said angle range.
Apparatus for treating threads, in particular for swirling threads, comprising at least one nozzle (40, 40') with a yarn channel and an active zone in the yarn channel and at least one fluid oscillator (2, 2') for generating an oscillating fluid flow (Fs) which is introduced into the nozzle as primary fluid flow (HFs), characterized in that the fluid oscillator has at least two oscillatory loops (23, 23') and/or an external stimulation, and two outputs (24, 24') between which a fluid flow (Fs) oscillates, and that each outlet is connected to a fluid inlet opening of a nozzle. at least one nozzle (40, 40') with a yarn channel and an active zone in the yarn channel and at least one fluid oscillator (2, 2') for generating an oscillating fluid flow (Fs) which is introduced into the nozzle as primary fluid flow (HFs), characterized in that the fluid oscillator has at least two oscillatory loops (23, 23') and/or an external stimulation, and two outputs (24, 24') between which a fluid flow (Fs) oscillates, and that each outlet is connected to a fluid inlet opening of a nozzle.
Cleaning device, - with a housing, which has a housing cover which covers the housing and can be closed off, - with a receptacle, which is provided in the housing and which has a receptacle cover which covers the receptacle and can be closed off, - with a first latching apparatus attached to the housing cover, and - with a second latching apparatus (6; 17) attached to the receptacle, characterised in that the second latching apparatus (6; 17) interacts with the first latching apparatus, such that when the housing cover is closed, the first latching apparatus latches with the second latching apparatus (6; 17) and at the same time the second latching apparatus (6; 17) latches with the receptacle cover. - with a housing, which has a housing cover which covers the housing and can be closed off, - with a receptacle, which is provided in the housing and which has a receptacle cover which covers the receptacle and can be closed off, - with a first latching apparatus attached to the housing cover, and - with a second latching apparatus (6; 17) attached to the receptacle,
A multilayer housing, comprising: a first continuous layer comprising copper, plastic, graphene, aluminum, titanium, magnesium, or combinations thereof; a void layer on the first continuous layer, wherein the void layer comprises from 5 volume percent (vol. %) to 95 vol. % voids; and a second continuous layer on the void layer, wherein the second continuous layer comprises copper, plastic, graphene, aluminum, titanium, magnesium, or combinations thereof;. wherein the void layer comprises patterned adhesive having the 5 to 95 vol. % voids between the patterned adhesive and wherein the void layer has a thickness from 20 microns to 40 microns. a first continuous layer comprising copper, plastic, graphene, aluminum, titanium, magnesium, or combinations thereof; a void layer on the first continuous layer, wherein the void layer comprises from 5 volume percent (vol. %) to 95 vol. % voids; and a second continuous layer on the void layer, wherein the second continuous layer comprises copper, plastic, graphene, aluminum, titanium, magnesium, or combinations thereof;.
The use of a rosin compound which is at least one of a rosin and a metal-free type rosin derivative, each having an acid value of ≤ 180 (mg KOH/g) for the preparation of an antifouling coating composition by blending with a silylacrylic copolymer having a component unit derived from triisopropylsilyl (meth) acrylate and a component unit derived from a polymerizable monomer having a polymerizable double bond, wherein the silylacrylic copolymer is contained in an amount of 10-30 parts by weight (pbw) in 100 pbw in total of the solid content (heating condition at 125°C/1h drying) contained in the antifouling coating composition.
A security protection method, comprising: determining (501, 901), by an apparatus, a value of a first parameter, wherein the value of the first parameter represents an access technology used to transmit a non-access stratum NAS message; and performing (502, 902), by the apparatus, security protection on the NAS message by using the first parameter, a KEY, and a COUNT as input parameters; wherein the KEY is a NAS key, the COUNT includes 32 bits, and wherein 8 bits are padded in front of an original 24-bit NAS COUNT and the padded 8 bits are all 0, the NAS COUNT is corresponding to the access technology used to transmit the NAS message. determining (501, 901), by an apparatus, a value of a first parameter, wherein the value of the first parameter represents an access technology used to transmit a non-access stratum NAS message; and performing (502, 902), by the apparatus, security protection on the NAS message by using the first parameter, a KEY, and a COUNT as input parameters; wherein the KEY is a NAS key, the COUNT includes 32 bits, and wherein 8 bits are padded in front of an original 24-bit NAS COUNT and the padded 8 bits are all 0, the NAS COUNT is corresponding to the access technology used to transmit the NAS message.
A method for glueless assembly of cushioning units, the method comprising: arranging two or more adjacent rows of multiple side-by-side connected pocketed springs of uniform coil size, ones of said pocketed springs comprising a spring in a pocket made of a flexible material, corresponding springs in adjacent ones of said rows being arranged side-by-side; and closing together and activating multiple welding pairs of probes and anvils at multiple locations substantially simultaneously, ones of said activated welding pairs welding pocket material between two adjacent pairs of pocketed springs from two different ones of said rows; wherein said rows of pocketed springs are rows of pocketed spring modules; wherein individual ones of said modules comprise more than two pocketed springs which together surround an opening; wherein said probes and said anvils are inserted into said openings prior to said closing step; and wherein said probes and said anvils cause said welding using acoustic power, induction heating or ohmic heating. arranging two or more adjacent rows of multiple side-by-side connected pocketed springs of uniform coil size, ones of said pocketed springs comprising a spring in a pocket made of a flexible material, corresponding springs in adjacent ones of said rows being arranged side-by-side; and closing together and activating multiple welding pairs of probes and anvils at multiple locations substantially simultaneously, ones of said activated welding pairs welding pocket material between two adjacent pairs of pocketed springs from two different ones of said rows; wherein said rows of pocketed springs are rows of pocketed spring modules; wherein individual ones of said modules comprise more than two pocketed springs which together surround an opening; wherein said probes and said anvils are inserted into said openings prior to said closing step; and wherein said probes and said anvils cause said welding using acoustic power, induction heating or ohmic heating.
A labeling unit for containers, in particular a cold-glue labeling unit, comprising: - a gluing drum; - a motor for driving the gluing drum; and - a pallet drum with an upper cover plate that is adapted to be lifted upwards, characterized in that the motor is vertically displaceable, and further by a shift linkage by means of which the cover plate is coupled to a housing section of the motor such that, when the motor is displaced upwards, the cover plate is lifted together therewith. - a gluing drum; - a motor for driving the gluing drum; and - a pallet drum with an upper cover plate that is adapted to be lifted upwards,
An apparatus for continuously producing carbon nanotubes comprising: i) a reactor to synthesize carbon nanotubes; ii) a separator to separate a mixed gas from the carbon nanotubes transferred from the reactor; iii) a filter to remove all or part of one or more component gases from the separated mixed gas wherein the filter removes a predetermined amount of reducing gas from the mixed gas discharged from the separator; iv) a recirculation pipe to recirculate the filtered mixed gas to the reactor for carbon nanotubes, v) a reaction gas supply pipe connected to a bottom part of the reactor; vi) a catalyst supply pipe arranged in an upper part of the reactor; and vii) a product discharge pipe, wherein the reactor is a chemical vapor deposition reactor, wherein the chemical vapor deposition reactor is a fluidized bed reactor, and wherein the filter is a hydrogen pressure swing adsorption unit including two or more adsorption towers and two or more flow direction control valves. i) a reactor to synthesize carbon nanotubes; ii) a separator to separate a mixed gas from the carbon nanotubes transferred from the reactor; iii) a filter to remove all or part of one or more component gases from the separated mixed gas wherein the filter removes a predetermined amount of reducing gas from the mixed gas discharged from the separator; iv) a recirculation pipe to recirculate the filtered mixed gas to the reactor for carbon nanotubes, v) a reaction gas supply pipe connected to a bottom part of the reactor; vi) a catalyst supply pipe arranged in an upper part of the reactor; and vii) a product discharge pipe, wherein the reactor is a chemical vapor deposition reactor, wherein the chemical vapor deposition reactor is a fluidized bed reactor, and wherein the filter is a hydrogen pressure swing adsorption unit including two or more adsorption towers and two or more flow direction control valves.
A load carrier foot for attaching a load carrier bar to a vehicle, said load carrier foot comprising a body comprising a support surface, said support surface being adapted to rest against a first portion of said vehicle, a bracket comprising an aperture and adapted to grip about a second portion of said vehicle, and an attachment arrangement (22, 23) for providing a clamping force between said support surface of said body and said bracket, a portion of said attachment arrangement (22, 23) extending through said aperture of said bracket, said aperture of said bracket being an elongated aperture, characterized in that said attachment arrangement (22, 23) comprises an elongated element and a lever, wherein said elongated element extends through said elongated aperture, wherein said elongated element is displaceable along said elongated aperture between at least a release position and a ready position, wherein in said ready position, said attachment arrangement (22, 23) is enabled to impart said clamping force, wherein said lever comprises a cam surface adapted to be braced against a cam surface (21 c, 42) of said bracket to provide said clamping force when said elongated element is positioned in said ready position, and wherein said cam surface (21 c, 42) of said bracket is at least partly formed by a ridge comprising a crest, and wherein said ready position and said release position are separated by said crest of said ridge.
An electric machine (100a,b) comprising a stator and a rotor (114a,b) mounted for rotation about a rotor axis with respect to the stator, permanent magnets (124a,b) being carried by the rotor, an output on the rotor, the stator comprising coils wound on stator bars for interaction with the magnets of the rotor, an annular housing (102a,b) retaining and mounting the stator; a bearing (164a,b) between the rotor and stator, the rotor being hollow around said rotor axis, said output comprising flange connection means by which a flange is connectable to the rotor for transmitting rotary power to or from the rotor: characterised in that the machine (100a,b) is shaftless; the rotor has two stages (114a,b) arranged one at either end of the stator bars, with two air gaps (126a,b) between the ends of the bars and the rotor stages; the mounting of the rotor or its output with respect to the stator housing is provided by said bearing (164a,b), no other mounting of the rotor or its output with respect to the stator housing being provided, whereby the entire load between the output and the annular housing is transmitted through said bearing; and the rotor stages each comprise an annular dish (172/174/166), whose outer rims (174a,b) mount said permanent magnets and whose inner rims (166a,b) are connected together enclosing said bearing. characterised in that the machine (100a,b) is shaftless; the rotor has two stages (114a,b) arranged one at either end of the stator bars, with two air gaps (126a,b) between the ends of the bars and the rotor stages; the mounting of the rotor or its output with respect to the stator housing is provided by said bearing (164a,b), no other mounting of the rotor or its output with respect to the stator housing being provided, whereby the entire load between the output and the annular housing is transmitted through said bearing; and the rotor stages each comprise an annular dish (172/174/166), whose outer rims (174a,b) mount said permanent magnets and whose inner rims (166a,b) are connected together enclosing said bearing.
Method in an energy management unit in a communication system for energy consumption balancing between a first base station and a second base station comprised within the communication system, the method comprises the steps of: computing a marginal energy value for the first base station and the second base station respectively, based on the energy source type (150, 152, 154) of each base station (110, 120), comparing the computed respective marginal energy value for the first base station and the second base station with each other, and adjusting the amount of wireless communication managed by the first base station, in relation to the second base station, such that: the amount of wireless communication managed by the first base station is increased if the first base station has a lower marginal energy value than the second base station, and/ or the amount of wireless communication managed by the first base station is decreased if the first base station has a higher marginal energy value than the second base station. computing a marginal energy value for the first base station and the second base station respectively, based on the energy source type (150, 152, 154) of each base station (110, 120), comparing the computed respective marginal energy value for the first base station and the second base station with each other, and adjusting the amount of wireless communication managed by the first base station, in relation to the second base station, such that: the amount of wireless communication managed by the first base station is increased if the first base station has a lower marginal energy value than the second base station, and/ or the amount of wireless communication managed by the first base station is decreased if the first base station has a higher marginal energy value than the second base station. the amount of wireless communication managed by the first base station is increased if the first base station has a lower marginal energy value than the second base station, and/ or the amount of wireless communication managed by the first base station is decreased if the first base station has a higher marginal energy value than the second base station.
A method of monitoring a user located in a predefined safe area, the method comprising: measuring at least one physiological characteristic of the user; and characterized in that the method further comprising processing the measurements of the at least one physiological characteristic to determine a risk of the user leaving the predefined safe area, the measurements of the at least one physiological characteristic being indicative of emotional state or affective state. measuring at least one physiological characteristic of the user; and characterized in that the method further comprising processing the measurements of the at least one physiological characteristic to determine a risk of the user leaving the predefined safe area, the measurements of the at least one physiological characteristic being indicative of emotional state or affective state.
An image processor (13, 21, 77) for processing images received from a plurality of image sensors (23A/B,55,57,73,75) affixed to a platform, each image sensor (23a,55,73) having a field of view that at least partially overlaps with the field of view of another one of the other image sensors, (23b, 57, 75) the image processor comprising: an image data input for receiving a respective first image captured by each one of the plurality of image sensors and a respective second image subsequently captured by each one of the plurality of image sensors; a first motion data input for receiving motion data from a plurality of motion sensors, (25a/b) each motion sensor being associated with a respective one of the image sensors and configured to detect motion of the respective image sensor, a second motion data input for receiving reference motion data from a reference motion sensor located onboard the platform; a motion determining unit configured to determine, for each image sensor, whether or not the respective image sensor has moved from an expected position during the interval between capturing the first and second images, the determination being based on the reference motion data and the motion data received from the motion sensor associated with the respective image sensor, the motion determining unit being further configured to output position data indicating the change in position of the respective image sensor from its expected position; an image adjustment module configured to use the position data to adjust the second image received from the respective image sensor, to thereby provide a respective adjusted image; and an image combining module for combining each one of the adjusted images to form a single output image. an image data input for receiving a respective first image captured by each one of the plurality of image sensors and a respective second image subsequently captured by each one of the plurality of image sensors; a first motion data input for receiving motion data from a plurality of motion sensors, (25a/b) each motion sensor being associated with a respective one of the image sensors and configured to detect motion of the respective image sensor, a second motion data input for receiving reference motion data from a reference motion sensor located onboard the platform; a motion determining unit configured to determine, for each image sensor, whether or not the respective image sensor has moved from an expected position during the interval between capturing the first and second images, the determination being based on the reference motion data and the motion data received from the motion sensor associated with the respective image sensor, the motion determining unit being further configured to output position data indicating the change in position of the respective image sensor from its expected position; an image adjustment module configured to use the position data to adjust the second image received from the respective image sensor, to thereby provide a respective adjusted image; and an image combining module for combining each one of the adjusted images to form a single output image.