mhurhangee/ep-ind-claims huggingface dataset:
Drive device for at least one series circuit (2, 21, 22, 23) of a plurality of light-emitting diodes, comprising a voltage regulation unit (5, 15) for regulating an operating voltage for the at least one series circuit(2, 21, 22, 23) of the light-emitting diodes wherein, for each series circuit (2, 21, 22, 23) of light-emitting diodes, provision is made of a current regulation unit (8, 31, 32, 33) for regulating the current through the respective series circuit of the light-emitting diodes by means of a current regulation signal and wherein the current regulation unit (8, 31, 32, 33) is connected to the voltage regulation unit (5, 15) for the purpose of transmitting the current regulation signal to the voltage regulation unit (5, 15) as well, wherein the current regulation signal is forwarded to the voltage regulation unit (5, 15) via a connection, characterized in that the voltage regulation unit (5, 15) has a voltage divider (88, 89), in that the voltage divider (88, 89) is connected between the operating voltage of the at least one series circuit of light-emitting diodes, said operating voltage being provided by the voltage regulation unit (5, 15), and earth, in that a tap of the voltage divider (88, 89) is connected to an input of a first regulation stage for setting the operating voltage of the at least one series circuit of light-emitting diodes, in that the current regulation signal is applied to a second regulation stage of the voltage regulation unit (5, 15), and in that the tap of the voltage divider and the input of the first regulation stage are connected to an output of the second regulation stage in such a way that the voltage at the light-emitting diode of the voltage divider is reduced in the event of a predefined voltage of the current regulation signal being exceeded.
A system for aseptically filling a tray of pharmaceutical containers with a pharmaceutical product, comprising: a chamber capable of maintaining an aseptic condition, a sensor aseptically disposed with respect to the chamber, the sensor having a sensing cone within the chamber; an articulated filling arm and a tray of pharmaceutical containers disposed within the chamber, the articulated filling arm and the tray having a range of motion within the sensing cone, a reflective surface positioned within the sensing cone, wherein the reflective surface includes a retroreflector disposed to reflect to the sensor light from a light source, the light from the light source perpendicularly impinging on the tray of pharmaceutical containers such that openings of containers held by the tray exhibit high contrast with respect to tray to the sensor, the retroreflector having a retroflective sheet covered by a transparent sheet, the retroreflective sheet being located underneath the base of the chamber with the transparent sheet aseptically embedded within the base of the chamber; and a controller in data communication with the sensor and with the filling arm and configured for: obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers. a chamber capable of maintaining an aseptic condition, a sensor aseptically disposed with respect to the chamber, the sensor having a sensing cone within the chamber; an articulated filling arm and a tray of pharmaceutical containers disposed within the chamber, the articulated filling arm and the tray having a range of motion within the sensing cone, a reflective surface positioned within the sensing cone, wherein the reflective surface includes a retroreflector disposed to reflect to the sensor light from a light source, the light from the light source perpendicularly impinging on the tray of pharmaceutical containers such that openings of containers held by the tray exhibit high contrast with respect to tray to the sensor, the retroreflector having a retroflective sheet covered by a transparent sheet, the retroreflective sheet being located underneath the base of the chamber with the transparent sheet aseptically embedded within the base of the chamber; and a controller in data communication with the sensor and with the filling arm and configured for: obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers. obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers.
A method for producing titanium-group metal micro-dispersion water, wherein plasma discharge is caused in water between a titanium-group metal electrode and its counter electrode to produce ion vapor of titanium-group metal and cause it to contact, and micro-disperse in water, wherein the titanium-group metal electrode is made of titanium, zirconium, or hafnium and the counter electrode is made of carbon.
An omnidirectional drive and steering unit comprising: a) an upper case assembly and a lower case assembly; b) a wheel housing assembly retained in place by said upper case assembly and lower case assembly; c) a drive wheel housed within said wheel housing assembly, having a wheel drive shaft and a pinion gear attached to said wheel drive shaft; d) a bevel gear and a worm gear housed within said upper case assembly; and e) a worm assembly having a worm and a worm shaft; f) characterized in that when said worm shaft is rotated, said worm rotates and translates movement to said worm gear and bevel gear which translates movement to said pinion gear attached to said wheel drive shaft, rotating said wheel drive shaft driving said wheel. a) an upper case assembly and a lower case assembly; b) a wheel housing assembly retained in place by said upper case assembly and lower case assembly; c) a drive wheel housed within said wheel housing assembly, having a wheel drive shaft and a pinion gear attached to said wheel drive shaft; d) a bevel gear and a worm gear housed within said upper case assembly; and e) a worm assembly having a worm and a worm shaft; f) characterized in that when said worm shaft is rotated, said worm rotates and translates movement to said worm gear and bevel gear which translates movement to said pinion gear attached to said wheel drive shaft, rotating said wheel drive shaft driving said wheel.
A package for containing loose items, comprising - at least one outer casing, - at least one inner casing accommodated slidably within the outer casing and capable of motion between a closed configuration, in which an opening presented by the inner casing is concealed completely by the at least one outer casing, and an open configuration in which the opening is exposed at least in part, - at least one connecting appendage hinged along a first line to a side wall of the outer casing, and along a second line to a side wall of the inner casing breasted in sliding contact with the side wall of the outer casing, wherein the outer casing and inner casing are manufactured from one sheet, - the outer casing comprises a locking part with a flap folded to act against a corresponding locking part of the inner casing also comprising a flap, both flaps (6, 7) in folded state being attached to the outer casing and the inner casing, respectively, the two locking parts preventing immediate opening of the package from the closed configuration to the open configuration, characterised in that the folded flap of the outer casing further comprises a self adhesive additional part, wherein the locking part of the outer casing with the additional part is thicker than said part of the inner casing. - at least one outer casing, - at least one inner casing accommodated slidably within the outer casing and capable of motion between a closed configuration, in which an opening presented by the inner casing is concealed completely by the at least one outer casing, and an open configuration in which the opening is exposed at least in part, - at least one connecting appendage hinged along a first line to a side wall of the outer casing, and along a second line to a side wall of the inner casing breasted in sliding contact with the side wall of the outer casing, wherein the outer casing and inner casing are manufactured from one sheet, - the outer casing comprises a locking part with a flap folded to act against a corresponding locking part of the inner casing also comprising a flap, both flaps (6, 7) in folded state being attached to the outer casing and the inner casing, respectively, the two locking parts preventing immediate opening of the package from the closed configuration to the open configuration,
Household refrigeration appliance having an appliance door which has a door structure having a front-side glass plate and a back plate made of a different material arranged at a distance from the latter by way of an intermediate space, the front-side glass plate forming a structural component of the door structure, wherein the door structure is a type of frame structure with two profile elements associated with the side edges (6a, 6b) of the door which extend in the height direction of the door and form side components of the frame structure, wherein at least one of the profile elements is provided with an integral handle element, characterised in that the front side of the glass plate and the front side of the respective profile element are flush.
An accessory for a firearm having a stock, wherein the stock includes a fore end, the accessory including: a fore grip; and a mounting assembly attached to an end of the fore grip, the mounting assembly including a base having a first pair of protrusions (34, 35), wherein the first pair of protrusions extends outwards from the base to define a cradle there between for the fore end of the stock, characterised in that each of the first pair of protrusions includes an upper end (34a, 35a) having apertures (34b, 35b) complementary to a band of a cable tie, whereby the base is configured such that at least a portion of the band is extendible under the base and to one side of the fore grip, and wherein the base has a second pair of protrusions (34, 35) substantially identical to the first pair of protrusions. a fore grip; and a mounting assembly attached to an end of the fore grip, the mounting assembly including a base having a first pair of protrusions (34, 35), wherein the first pair of protrusions extends outwards from the base to define a cradle there between for the fore end of the stock, characterised in that each of the first pair of protrusions includes an upper end (34a, 35a) having apertures (34b, 35b) complementary to a band of a cable tie, whereby the base is configured such that at least a portion of the band is extendible under the base and to one side of the fore grip, and wherein the base has a second pair of protrusions (34, 35) substantially identical to the first pair of protrusions.
Rotary brush for suction head, comprising a brush body which has a mainly tubular shape about a central axis, the brush body being intended to be mounted in a receiving housing provided on the suction head, the brush body being configured to be rotated about an axis of rotation by a drive device belonging to the suction head, the axis of rotation of the brush body being substantially coaxial with the central axis of the brush body, the rotary brush further comprising: - centering means disposed in the brush body and configured to engage with complementary centering means belonging to the drive device, so as to center the brush body with respect to a drive shaft which is coupled to a drive motor belonging to the drive device, and - coupling means, different from the centering means, disposed in the brush body and configured to be rotatably coupled with complementary coupling means which belong to the drive device and which are rotatably coupled to the drive shaft. - centering means disposed in the brush body and configured to engage with complementary centering means belonging to the drive device, so as to center the brush body with respect to a drive shaft which is coupled to a drive motor belonging to the drive device, and - coupling means, different from the centering means, disposed in the brush body and configured to be rotatably coupled with complementary coupling means which belong to the drive device and which are rotatably coupled to the drive shaft.
A method for determining whether an overweight subject has a reduced gut bacterial diversity, said method comprising: a) detecting from a gut microbial DNA sample obtained from said subject whether at least one of the sets of 25 bacterial genes from at least one bacterial species as disclosed in Table 1 is absent in said sample, and b) determining that the subject has a reduced gut bacterial diversity, if at least one of the sets of 25 bacterial genes from at least one bacterial species from Table 1 is absent in said sample. a) detecting from a gut microbial DNA sample obtained from said subject whether at least one of the sets of 25 bacterial genes from at least one bacterial species as disclosed in Table 1 is absent in said sample, and b) determining that the subject has a reduced gut bacterial diversity, if at least one of the sets of 25 bacterial genes from at least one bacterial species from Table 1 is absent in said sample.
An image sensor pixel comprising: a photosensitive capacitor comprising: an electrode extended along an axis; a conductive layer disposed around the electrode; a dielectric layer formed between the conductive layer and the electrode such that the conductive layer does not contact the electrode; and a photosensitive semiconductor material for generating an image signal in response to image light, wherein the photosensitive semiconductor material is disposed between the dielectric layer and the electrode; and a transistor network formed in a semiconductor substrate layer and coupled to readout the image signal from the electrode of the photosensitive capacitor. a photosensitive capacitor comprising: an electrode extended along an axis; a conductive layer disposed around the electrode; a dielectric layer formed between the conductive layer and the electrode such that the conductive layer does not contact the electrode; and a photosensitive semiconductor material for generating an image signal in response to image light, wherein the photosensitive semiconductor material is disposed between the dielectric layer and the electrode; and an electrode extended along an axis; a conductive layer disposed around the electrode; a dielectric layer formed between the conductive layer and the electrode such that the conductive layer does not contact the electrode; and a photosensitive semiconductor material for generating an image signal in response to image light, wherein the photosensitive semiconductor material is disposed between the dielectric layer and the electrode; and a transistor network formed in a semiconductor substrate layer and coupled to readout the image signal from the electrode of the photosensitive capacitor.
Circuit arrangement for actuating an electric machine, in particular an electric motor and/or generator, wherein the circuit arrangement has at least one power module (8, 9, 10) and a processing unit, wherein the power module (8, 9, 10) has at least one semiconductor switch half-bridge (11, 12, 13), which is connected to an output connection (31, 32, 33) for a stator coil (4, 5, 6), and the processing unit is designed to actuate the semiconductor switch half-bridges (11, 12, 13) to energize a stator of the electric machine to generate a magnetic rotating field, and to this end to generate at least one control signal or a temporal sequence of control signals, characterized in that the processing unit is connected to the power module (8, 9, 10) via a voltage supply line, and the circuit arrangement has a modulator, which is connected to the processing unit and which is designed to generate a carrier signal and to modulate the control signal onto the carrier signal and to feed the modulated carrier signal into the voltage supply line, wherein the circuit arrangement has at least one modulator (17, 18, 19), which is connected to the power module (8, 9, 10) and which is designed to demodulate the control signal from the modulated carrier signal and to transmit same to the semiconductor switch half-bridge (11, 12, 13), wherein the modulator (17, 18, 19, 20) is designed for amplitude modulation.
Method for producing a cable shaft, comprising the following steps: a) producing homogenous WPC pellets by mixing a plastics material from the group of polyolefins and an adhesion promoter comprising wood fibres having a fibre length of from 75-300 μm in a compounder, wherein the wood fibre content of the WPC is 40 to 60 wt.%; b) drying the pellets; c) metering the pellets and 1 to 2 wt.% of an endothermal-reacting chemical foaming agent into the screw of an injection moulding machine in order to homogenise and melt the material mixture; d) injecting the material mixture into an injection mould in the thermoplastic foam casting method, in which the injection process and the expansion of the foaming agent work together. a) producing homogenous WPC pellets by mixing a plastics material from the group of polyolefins and an adhesion promoter comprising wood fibres having a fibre length of from 75-300 μm in a compounder, wherein the wood fibre content of the WPC is 40 to 60 wt.%; b) drying the pellets; c) metering the pellets and 1 to 2 wt.% of an endothermal-reacting chemical foaming agent into the screw of an injection moulding machine in order to homogenise and melt the material mixture; d) injecting the material mixture into an injection mould in the thermoplastic foam casting method, in which the injection process and the expansion of the foaming agent work together.
Fitting for dispensing liquids, particularly water, comprising an outlet having two outlet portions (2a, 2b), a first liquid outlet for discharging a first liquid, in particular prepared water, preferably hot water, arranged in the first portion of the two outlet portions (2a, 2b), and a second liquid outlet for discharging a second liquid, in particular mixed water, arranged in the second portion of the two outlet portions (2a, 2b), wherein the two outlet portions (2a, 2b) can be moved relative to each other and can be releasably secured to each other, wherein a receiving portion is arranged in the first outlet portion for releasably securing the second outlet portion to the first outlet portion, characterised in that the first liquid outlet is arranged in the receiving portion. a first liquid outlet for discharging a first liquid, in particular prepared water, preferably hot water, arranged in the first portion of the two outlet portions (2a, 2b), and a second liquid outlet for discharging a second liquid, in particular mixed water, arranged in the second portion of the two outlet portions (2a, 2b), wherein the two outlet portions (2a, 2b) can be moved relative to each other and can be releasably secured to each other, wherein a receiving portion is arranged in the first outlet portion for releasably securing the second outlet portion to the first outlet portion, characterised in that the first liquid outlet is arranged in the receiving portion.
Machining centre for machining an elongated element, comprising: - a supporting element for supporting said elongated element; - a first carriage for supporting a first operating head provided with a first tool for machining said elongated element; - a second carriage for supporting a second operating head provided with a second tool for machining said elongated element; and - a crosspiece element positioned above said supporting element for supporting said first carriage and said second carriage; - wherein said crosspiece element is provided with first guides, said first carriage and said second carriage being both slidingly mounted on said first guides; wherein said first carriage and said second carriage are slidingly supported on a same side of said crosspiece element, characterised in that said first guides are two in number; wherein the first carriage and the second carriage are both slidingly mounted to the two first guides; wherein in an operational configuration of said machining centre said first operating head is operationally positioned between said crosspiece element and said second operating head; wherein said second operating head is supported by said second carriage in a cantilever manner on said side such that, in the operational configuration, said first operating head and said second operating head are positioned in sequence along a direction substantially parallel to a relative advancing direction of said elongated element with respect to said crosspiece element so as to be able to machine, substantially simultaneously, a same longitudinal flank of said elongated element by respectively said first tool and said second tool. - a supporting element for supporting said elongated element; - a first carriage for supporting a first operating head provided with a first tool for machining said elongated element; - a second carriage for supporting a second operating head provided with a second tool for machining said elongated element; and - a crosspiece element positioned above said supporting element for supporting said first carriage and said second carriage; - wherein said crosspiece element is provided with first guides, said first carriage and said second carriage being both slidingly mounted on said first guides;
Charging installation of a metallurgical reactor, with a cooling assembly disposed for cooling a reactor side of the charging installation, wherein the cooling assembly comprises a plurality of cooling panels, each cooling panel comprising a base plate in which at least one coolant channel is formed and wherein the channel is formed as a groove in the base plate, which groove is covered by a cover plate mounted on the base plate.
A method for media file management for use in an electronic device, the electronic device comprising a storage unit and a processing unit, the storage unit comprising a plurality of media files and a plurality of script files, each script file corresponding to a theme, the theme being a specific type or classification for the media files, the method being characterised by comprising: when the plurality of media files in the electronic device are viewed by entering a folder containing the plurality of media files, real-time generating media data for the plurality of media files, wherein the generation of the media data comprises steps of: analyzing the plurality of media files to obtain the theme for the media files; identifying a script file from the plurality of script files according to the theme; producing the media data for the media files according to the script file, comprising selecting specific media files from the media files and using said selected media files to generate the media data; and showing a representative of the media data with the viewed media files. analyzing the plurality of media files to obtain the theme for the media files; identifying a script file from the plurality of script files according to the theme; producing the media data for the media files according to the script file, comprising selecting specific media files from the media files and using said selected media files to generate the media data; and showing a representative of the media data with the viewed media files.