mhurhangee/ep-ind-claims huggingface dataset:
A method for processing and utilizing bypass dusts obtained during the production of cement, comprising the steps of a) contacting the bypass dust with an aqueous phase and mixing the same to obtain a homogenous slurry, with water-soluble components of the bypass dust being dissolved in the aqueous phase, b) carrying out a solid-liquid separation, in particular a vacuum filtration or a filter press filtration, to separate the solids contained in the slurry, with a brine remaining, c) separating heavy metals present in the brine and precipitating calcium to obtain a processed brine, d) subjecting the processed brine to a fractional crystallization. a) contacting the bypass dust with an aqueous phase and mixing the same to obtain a homogenous slurry, with water-soluble components of the bypass dust being dissolved in the aqueous phase, b) carrying out a solid-liquid separation, in particular a vacuum filtration or a filter press filtration, to separate the solids contained in the slurry, with a brine remaining, c) separating heavy metals present in the brine and precipitating calcium to obtain a processed brine, d) subjecting the processed brine to a fractional crystallization.
Vision adjustment mechanism, comprising a first part, especially a base part, and a second part, especially a mirror holding part, arranged to be pivotable relative to the first part, wherein the first part has a trough into which a head part that is at least partially complementary to said trough, can be inserted, forming at least one clamping gap between the trough and the head part of the vision adjustment mechanism, and is fixable relative to the first part by means of a fixation means of the vision adjustment mechanism, and the second part has at least one clamping part which is formed in such a way that it is at least partially complementary to the clamping gap, and which can be arranged in such a way that the second part is rotatably attached to the first part, the fixation means is formed in such a way that it biases the head part in the direction of the first part, and especially in the direction of the trough, wherein the fixation means forms a rotation fixation means in such a way that the second part is rotatable relative to the first part about a rotation axis (Av) which is orthogonal to at least one pivot axis (As), about the second part relative to the second part, is fixed against rotation, wherein the fixation means has at least one rotation fixation element extending externally to the rotation axis Av, wherein the fixation means especially extends between the first part and the head part, and penetrates the second part, characterized in that the fixation means comprises a bracket element having at least two bracket arms and a bracket head, wherein on the bracket arms at least one fixation element is foreseen that can be fixed onto the first part with at least one counter fixation element, and/or wherein the bracket head can be fixed onto the head part, and wherein at least part of the bracket element, especially a bracket arm, forms the rotation fixation element.
System for draining water from a roof or partial roof construction with flat or low-sloped configuration, the system comprising a vertically upright restrictor (12,13) comprising a hollow conduit to be located at a lowest point in said roof or partial roof construction for draining water from said roof or partial construction, said restrictor (12,13) including one and only one aperture for limiting or restricting the transportation of water to drainage pipes through said aperture, said aperture defining the maximum water flow of the water mass collected by said roof or roof construction, characterized in that the one aperture has the form of a triangular aperture with its apex pointing upwards.
A method of generating a workform that defines an order of performing jobs, the method implemented by a mobile device, comprising: setting any one of an image forming apparatus and the mobile device as an input source for receiving a job target; setting a transforming method for transforming the job target received through the input source; setting any one of the image forming apparatus and the mobile device as a transmission destination for transmitting the transformed job target; and storing, in the mobile device, a workform defining an order of performing jobs according to the input source, the transforming method, and the transmission destination. setting any one of an image forming apparatus and the mobile device as an input source for receiving a job target; setting a transforming method for transforming the job target received through the input source; setting any one of the image forming apparatus and the mobile device as a transmission destination for transmitting the transformed job target; and storing, in the mobile device, a workform defining an order of performing jobs according to the input source, the transforming method, and the transmission destination.
Flotation device (1, 1', 1", 1"'), comprising a housing having a flotation chamber for receiving a suspension and at least one inlet for the suspension, and at least one froth collecting unit for receiving and discharging a froth product, said unit being disposed on top of the housing, wherein furthermore at least one fluid distribution element (4, 4a, 4b) for delivering a fluid and for generating a flow directed in the direction of the at least one froth collecting unit is provided above the at least one inlet in the flotation chamber, characterised in that at least one positioning device is present which is designed to automatically vary the vertical position of the at least one fluid distribution element (4, 4a, 5b) above the inlet in the flotation chamber as a function of a fill level of suspension in the flotation chamber such that at least some of a fluid delivered by the at least one fluid distribution element (4, 4a, 4b) flows directly into the suspension adjacent to the surface of the suspension and thus below the surface of the suspension into said suspension.
A system comprising: an enclosure (101; 301); an aviary system (103; 303) located within the enclosure (101; 301), wherein the aviary system (103; 303) includes an internal volume for housing animals, and wherein the animals can move between the aviary system (103; 303) and the enclosure (101; 301; a first light source (109; 309) producing light with a first spectrum, wherein the first light source illuminates at least part of the internal volume of the aviary system; and a second light source (107; 307) producing light with a second spectrum different from the first spectrum, wherein the second light source illuminates at least part of the enclosure outside of the aviary system, wherein the first and second light sources (107, 109; 307, 309) are directional light sources; the first light source (109; 309) is directed away from an opening between the internal volume of the aviary system and the enclosure and is positioned to minimize illuminating areas outside the internal volume of the aviary system; and, the second light source (107; 307) is directed away from an opening between the enclosure and the internal volume of the aviary system and is positioned to minimize illuminating areas inside the aviary system; wherein the first spectrum is selected to encourage the animals to perform particular activities in areas illuminated by the first light source (109; 309); and, wherein the second spectrum is selected to discourage the animals from performing the particular activities in areas illuminated by the second light source (107, 307). an enclosure (101; 301); an aviary system (103; 303) located within the enclosure (101; 301), wherein the aviary system (103; 303) includes an internal volume for housing animals, and wherein the animals can move between the aviary system (103; 303) and the enclosure (101; 301; a first light source (109; 309) producing light with a first spectrum, wherein the first light source illuminates at least part of the internal volume of the aviary system; and a second light source (107; 307) producing light with a second spectrum different from the first spectrum, wherein the second light source illuminates at least part of the enclosure outside of the aviary system, wherein the first and second light sources (107, 109; 307, 309) are directional light sources; the first light source (109; 309) is directed away from an opening between the internal volume of the aviary system and the enclosure and is positioned to minimize illuminating areas outside the internal volume of the aviary system; and, the second light source (107; 307) is directed away from an opening between the enclosure and the internal volume of the aviary system and is positioned to minimize illuminating areas inside the aviary system; wherein the first spectrum is selected to encourage the animals to perform particular activities in areas illuminated by the first light source (109; 309); and, wherein the second spectrum is selected to discourage the animals from performing the particular activities in areas illuminated by the second light source (107, 307).
An isolated polypeptide having a growth inhibitory effect on human cancer cells, wherein said polypeptide is a fragment of the naturally occurring ITIH5-protein, and wherein said fragment consists of SEQ ID NO. 2, or a variant of SEQ ID NO. 2, wherein said variant is at least 85% identical to the amino acid sequence of SEQ ID NO. 2.
Measuring device (10, 11, 12, 13, 14, 15, 16, 30, 50), more particularly measuring device (10, 11, 12, 13, 14, 15, 16, 30, 50) for a motor vehicle, for measuring a distance between the measuring device (10, 11, 12, 13, 14, 15, 16, 30, 50) and at least one object and/or for measuring the speed difference (v) between the measuring device (10, 11, 12, 13, 14, 15, 16, 30, 50) and the at least one object, wherein the measuring device (10, 11, 12, 13, 14, 15, 16, 30, 50) comprises an emission apparatus (35, 55) for transmitting a transmission signal (s(t), sl(t)) which comprises at least two signal portion sequences (A(t), B(t), C(t), D(t)), a first signal portion sequence (A(t)) and a second signal portion sequence (B(t)), with in each case at least two signal portions (A1, A2, A3, B1, B2, B3) alternating in time, wherein at least two signal portions (A1, A2, A3, B1, B2, B3) of a signal portion sequence (A(t), B(t), C(t), D(t)) differ in terms of the frequency thereof by a difference frequency (f lift,A /(N-1), f lift,B /(N-1)) in each case and wherein the difference frequency (f lift,A /(N-1)) of the first signal portion sequence (A(t)) differs from the difference frequency (f lift,B /(N-1)) of the second signal portion sequence B(t)), characterized in that a different time duration is provided for the signal portions of different signal portion sequences.
A lace guide for an article of footwear comprising: a base; a body protruding from the base; and an enlarged head at a distal end of the body; wherein the body, the base, and the enlarged head define an external channel that extends at least partially around the body to receive and retain a lace; wherein the external channel is annular; and wherein a first portion of an outer surface of the body in the channel includes a series of protrusions characterised in that a second portion of the outer surface of the body in the channel is smoother than the first portion. a base; a body protruding from the base; and an enlarged head at a distal end of the body; wherein the body, the base, and the enlarged head define an external channel that extends at least partially around the body to receive and retain a lace; wherein the external channel is annular; and wherein a first portion of an outer surface of the body in the channel includes a series of protrusions characterised in that a second portion of the outer surface of the body in the channel is smoother than the first portion.
A method for classifying whether a sample from an individual is associated with irritable bowel syndrome, said method comprising: (a) determining a diagnostic marker profile by detecting the presence or level of the diagnostic marker TNF related weak inducer of apoptosis (TWEAK) in said sample, and (b) classifying said sample as an IBS sample or non-IBS sample using an algorithm based upon said diagnostic marker profile, wherein said algorithm is a learning statistical classifier system trained by a cohort of samples comprising healthy samples, IBS samples, IBD samples and/or Celiac samples. (a) determining a diagnostic marker profile by detecting the presence or level of the diagnostic marker TNF related weak inducer of apoptosis (TWEAK) in said sample, and (b) classifying said sample as an IBS sample or non-IBS sample using an algorithm based upon said diagnostic marker profile, wherein said algorithm is a learning statistical classifier system trained by a cohort of samples comprising healthy samples, IBS samples, IBD samples and/or Celiac samples.
A method implemented by a first network device, said method comprising the steps of: obtaining a Flow Specification, FlowSpec, rule with redirect indication information, wherein the redirect indication information comprises identification information uniquely identifying a first virtual private network instance configured on a second network device, and wherein the identification information is a route distinguisher, RD, of the first VPN instance or a name of the first VPN instance; and wherein the redirect indication information is used for the second network device to redirect a data stream matching the FlowSpec rule to the first VPN instance; and advertising the FlowSpec rule with the redirect indication information to the second network device. obtaining a Flow Specification, FlowSpec, rule with redirect indication information, wherein the redirect indication information comprises identification information uniquely identifying a first virtual private network instance configured on a second network device, and wherein the identification information is a route distinguisher, RD, of the first VPN instance or a name of the first VPN instance; and wherein the redirect indication information is used for the second network device to redirect a data stream matching the FlowSpec rule to the first VPN instance; and advertising the FlowSpec rule with the redirect indication information to the second network device.
Microfluidic microchemomechanical system for the volumetrically defined mixing of a first liquid with at least one second liquid in defined time sequences with integrated active elements which can be activated without auxiliary energy by influenceable environmental variables and which perform active functions by changing their swelling state or their mechanical properties, wherein the active elements are designed as swelling agent barriers or liquid-soluble barriers, the system comprising - at least one structural support having at least one first channel for the first liquid, - a cover which at least partially covers the structural support, and - at least one second channel for the second liquid, wherein the second channel is arranged on the structural support or the cover, wherein the channels (3, 4) each form reservoir spaces (9, 10, 19) delimited by active elements, which reservoir spaces are arranged in such a way that they have at least one overlapping region and together form a reaction chamber, wherein in the overlapping region of the first and second channels (3, 4) an active membrane is arranged between the first and second channels (3, 4), wherein the reaction chamber is divided into a first reservoir space and into a second reservoir space. - at least one structural support having at least one first channel for the first liquid, - a cover which at least partially covers the structural support, and - at least one second channel for the second liquid, wherein the second channel is arranged on the structural support or the cover,
Vacuum assembly with a vacuum device, which has a central control device for the vacuum device and a communication line between the vacuum device and the central control device, with an additional apparatus for detecting the data communicated in the communication line being arranged in and/or on the communication line, characterised in that the apparatus has a galvanic connection to the communication line.
Device for applying a viscous material comprising an application tube defining an application channel which runs from a material inlet opening to a material outlet opening in a longitudinal direction, and comprising a housing which accommodates the application tube at least partly and comprises a material supply connection for the viscous material, wherein the application tube has a first tube section comprising the inlet opening with a fixed arrangement on the housing and a second tube section attaching to the first tube section and comprising the material outlet opening on a free end, and comprising a joint connecting the first tube section and the second tube section, characterised by a drive device for deflecting the free end of the second tube section in a transversal direction running transversally to the longitudinal direction, wherein the drive device comprises at least one cantilever firmly attached to the second tube section and radially protruding and comprises at least two actuating elements in each case movable by an actuator for impinging upon the at least one cantilever at various impingement points.
A method for manufacturing a valuable or security product, comprising the following method steps: (a) providing a raw product body and two polymer films, the raw product body being produced by laminating at least two polymer layers (210, 220, 230); (b) imprinting one of the surfaces of each of the two polymer films with at least one print image; (c) placing the raw product body and the two polymer films together to form a product stack so that the raw product body is brought together on both sides with one of the two printed polymer films to form a product stack, the surfaces of the two polymer films that are imprinted with the at least one print image being brought into contact with the raw product body; and (d) laminating the product stack so that a non-detachable bond is created between the raw product body and the two polymer films. (a) providing a raw product body and two polymer films, the raw product body being produced by laminating at least two polymer layers (210, 220, 230); (b) imprinting one of the surfaces of each of the two polymer films with at least one print image; (c) placing the raw product body and the two polymer films together to form a product stack so that the raw product body is brought together on both sides with one of the two printed polymer films to form a product stack, the surfaces of the two polymer films that are imprinted with the at least one print image being brought into contact with the raw product body; and (d) laminating the product stack so that a non-detachable bond is created between the raw product body and the two polymer films.
A power toothbrush, comprising: a handle portion; a brushhead portion and a drive system, characterised in that the brushhead portion includes a flexible acoustic member (32;80;112;128;138;168) for creating an acoustic wave effect on fluid in a user's mouth and a set of bristles (56;82;108;166) which at least partially surround the periphery of the acoustic member, wherein the acoustic member is in the shape of an "M" having two opposing inner walls (94,96;118,120) and two opposing outer walls (90,92;114,116); and in that the drive system is for moving the acoustic member such that, when the brushhead portion is operatively positioned in the mouth of a user, the inner walls of the acoustic member move inwardly toward each other and then back to a rest position to produce a fluid jet along a center line of the toothbrush outward from the toothbrush in the direction of a tooth in the mouth of the user. a handle portion; a brushhead portion and a drive system, characterised in that the brushhead portion includes a flexible acoustic member (32;80;112;128;138;168) for creating an acoustic wave effect on fluid in a user's mouth and a set of bristles (56;82;108;166) which at least partially surround the periphery of the acoustic member, wherein the acoustic member is in the shape of an "M" having two opposing inner walls (94,96;118,120) and two opposing outer walls (90,92;114,116); and in that the drive system is for moving the acoustic member such that, when the brushhead portion is operatively positioned in the mouth of a user, the inner walls of the acoustic member move inwardly toward each other and then back to a rest position to produce a fluid jet along a center line of the toothbrush outward from the toothbrush in the direction of a tooth in the mouth of the user.
Arrangement for magnetic field-based measurement of electric currents by means of at least one magnetic-field-sensitive sensor element in an angled, in particular U-shaped conductor element, which comprises at least one current-measuring-active conductor section (4, 30) and at least one current-measuring-parasitic conductor section (5, 32), characterized in that the sensor element has at least one sensitivity direction in which magnetic field components effect a high sensor value change, where the sensor element is tilted relative to the current-measuring-parasitic conductor section (5, 32) and/or height-offset relative to the current-measuring-parasitic conductor section (5, 32), such that the magnetic field of the current-measuring-active conductor section (4, 30) is aligned substantially in the sensitivity direction and the magnetic field of the current-measuring-parasitic conductor section (5, 32) is aligned substantially not in the sensitivity direction, in particular at right angles to the sensitivity direction.
A loudspeaker driver comprising - a rigid speaker frame (11, 14, 15, 19, 8); - a permanent magnet, which is attached to the rigid speaker frame (11, 14, 15, 19, 8); - a voice coil winding, which is adapted to interact with the permanent magnet through electromagnetic force; - diaphragm assembly, whose front side forms the primary direction for sound reproduction and whose rear side is for connection to said voice coil winding, wherein the voice coil winding is adapted to deliver axial motion to the diaphragm assembly, wherein said diaphragm assembly has a constant or progressively increasing forward flare angle and wherein the diaphragm assembly includes an elastic outer section, whose outer rim is attached to the outer part of the speaker frame; characterized in that - said diaphragm assembly comprises a rigid primary vibrating diaphragm attached between the elastic outer section and an elastic inner section, whose inner rim is attached to the inner part of said speaker frame; and that - the front side of said diaphragm assembly and said inner rim have a smooth and continuous radial profile so as to avoid discontinuities in the coupling between said diaphragm assembly and said inner part of the speaker frame. - a rigid speaker frame (11, 14, 15, 19, 8); - a permanent magnet, which is attached to the rigid speaker frame (11, 14, 15, 19, 8); - a voice coil winding, which is adapted to interact with the permanent magnet through electromagnetic force; - diaphragm assembly, whose front side forms the primary direction for sound reproduction and whose rear side is for connection to said voice coil winding, wherein the voice coil winding is adapted to deliver axial motion to the diaphragm assembly, wherein said diaphragm assembly has a constant or progressively increasing forward flare angle and wherein the diaphragm assembly includes an elastic outer section, whose outer rim is attached to the outer part of the speaker frame; - said diaphragm assembly comprises a rigid primary vibrating diaphragm attached between the elastic outer section and an elastic inner section, whose inner rim is attached to the inner part of said speaker frame; and that - the front side of said diaphragm assembly and said inner rim have a smooth and continuous radial profile so as to avoid discontinuities in the coupling between said diaphragm assembly and said inner part of the speaker frame.