mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a chocolate composition having dry cocoa solids content of 55 % or less by weight, characterized in that the method comprises: - a first step of providing a first mixture comprising dry non-fat cocoa solids component and plant-based component, the plant-based component being an oats component; - a second step of grinding the first mixture; and - a third step of adding a fat component and a sweetener component to the first mixture for providing the chocolate composition in which the oats component forming 18-25 w-% of the chocolate composition and the sweetener component forming 20-40 w-% of the chocolate composition. - a first step of providing a first mixture comprising dry non-fat cocoa solids component and plant-based component, the plant-based component being an oats component; - a second step of grinding the first mixture; and - a third step of adding a fat component and a sweetener component to the first mixture for providing the chocolate composition in which the oats component forming 18-25 w-% of the chocolate composition and the sweetener component forming 20-40 w-% of the chocolate composition.
A composition for providing sustained local anaesthesia after administration to a subject, which composition comprises bupivacaine as an anesthetic, sucrose acetate isobutyrate as a pharmaceutically acceptable non-polymeric carrier and benzyl alcohol as a solvent for said carrier, wherein the bupivacaine is present in an amount of from 30 to 5% by weight relative to the total weight of the composition.
A hard surface cleaner comprising surfactant and 0.01 to 20 wt-% corrosion inhibitor; the corrosion inhibitor comprising: 1 to 98 wt-% water soluble calcium salt and water soluble magnesium salt; and 1 to 60 wt-% gluconate; wherein the weight ratio of water soluble magnesium salt to water soluble calcium salt is 1-2:1-2; the weight ratio of water soluble magnesium salt to gluconate is greater than 1:1; and the weight ratio of water soluble calcium salt to gluconate is 1-19:1:13. 1 to 98 wt-% water soluble calcium salt and water soluble magnesium salt; and 1 to 60 wt-% gluconate; wherein the weight ratio of water soluble magnesium salt to water soluble calcium salt is 1-2:1-2; the weight ratio of water soluble magnesium salt to gluconate is greater than 1:1; and the weight ratio of water soluble calcium salt to gluconate is 1-19:1:13.
A device for modifying delivery of a drug of a subcutaneous drug delivery device at a tissue region, comprising: an opening for directing the drug delivery device to enter the subcutaneous tissue at the tissue region; a treatment element adhered to the skin above the tissue region and configured to apply a treatment in a vicinity of the tissue region to modify a pharmacokinetic and/or pharmacodynamic profile of the drug, said treatment element comprising a tissue stimulator including at least one of a thermal stimulator, a mechanical stimulator; electrical stimulator and a chemical stimulator; and a controller configured to initiate application of the treatment by the treatment element. an opening for directing the drug delivery device to enter the subcutaneous tissue at the tissue region; a treatment element adhered to the skin above the tissue region and configured to apply a treatment in a vicinity of the tissue region to modify a pharmacokinetic and/or pharmacodynamic profile of the drug, said treatment element comprising a tissue stimulator including at least one of a thermal stimulator, a mechanical stimulator; electrical stimulator and a chemical stimulator; and a controller configured to initiate application of the treatment by the treatment element.
A chilled beam system (100, 200) for a conditioned space, comprising: chilled beams (101, 700), each having at least one heat exchanger (710, 810) and configured to receive primary air, eject the primary air through at least one jet to induce a flow of secondary air through the at least one heat exchanger (710, 810), the at least one heat exchanger (710, 810) being configured to receive a liquid heat transfer fluid from a heating or cooling source; and a handling unit (133, 130, 131, 135) configured to convey primary air from a central air handling unit to the primary air inlet of the chilled beams (101, 700); characterized by: a terminal unit (122, 128) configured to convey conditioned return air to the primary air inlet of the chilled beams (101, 700), wherein the conditioned return air is cooled by the terminal unit (122, 128) and the result is mixed in the terminal unit (122, 128) with the primary air from the central air handling unit to produce a combined primary air stream, which the terminal unit (122, 128) provides to the primary air inlet of the chilled beams (101, 700). chilled beams (101, 700), each having at least one heat exchanger (710, 810) and configured to receive primary air, eject the primary air through at least one jet to induce a flow of secondary air through the at least one heat exchanger (710, 810), the at least one heat exchanger (710, 810) being configured to receive a liquid heat transfer fluid from a heating or cooling source; and a handling unit (133, 130, 131, 135) configured to convey primary air from a central air handling unit to the primary air inlet of the chilled beams (101, 700); characterized by: a terminal unit (122, 128) configured to convey conditioned return air to the primary air inlet of the chilled beams (101, 700), wherein the conditioned return air is cooled by the terminal unit (122, 128) and the result is mixed in the terminal unit (122, 128) with the primary air from the central air handling unit to produce a combined primary air stream, which the terminal unit (122, 128) provides to the primary air inlet of the chilled beams (101, 700). a terminal unit (122, 128) configured to convey conditioned return air to the primary air inlet of the chilled beams (101, 700), wherein the conditioned return air is cooled by the terminal unit (122, 128) and the result is mixed in the terminal unit (122, 128) with the primary air from the central air handling unit to produce a combined primary air stream, which the terminal unit (122, 128) provides to the primary air inlet of the chilled beams (101, 700).
A magazine unit for a packaging machine, the magazine unit comprising: - one support device configured to rotatably carry a reel of a web of packaging material; and - a reel brake device configured to at least decelerate a rotation of the reel around a central axis; wherein the reel brake device comprises a brake assembly adapted to interact with an outer lateral surface of the reel of the web of packaging material and being configured to selectively exert a deceleration force on the reel of the web of packaging material for at least decelerating the rotation of the reel around the central axis; characterized in that the reel brake device further comprises: - a support rail moveably carrying the brake assembly; and - an actuator device configured to actuate, in use, movement of the brake assembly along the support rail at least towards the outer lateral surface so as to establish contact of at least an interaction element of the brake assembly with the outer lateral surface of the reel of the web of packaging material. - one support device configured to rotatably carry a reel of a web of packaging material; and - a reel brake device configured to at least decelerate a rotation of the reel around a central axis; - a support rail moveably carrying the brake assembly; and - an actuator device configured to actuate, in use, movement of the brake assembly along the support rail at least towards the outer lateral surface so as to establish contact of at least an interaction element of the brake assembly with the outer lateral surface of the reel of the web of packaging material.
A method in a network node configured to communicate with a wireless device, the network node comprising a time domain beamformer, the method comprising: filtering each signal output by the time domain beamformer by a band stop filter, the band stop filter including a stop band overlapping a pass band of the signal output by the time domain beamformer; filtering each signal output by the time domain beamformer by a group delay filter in electrical parallel with the band stop filter, the group delay filter providing a group delay to the signal output by the time domain beamformer; and subtracting an output of each band stop filter from an output of a corresponding group delay filter. filtering each signal output by the time domain beamformer by a band stop filter, the band stop filter including a stop band overlapping a pass band of the signal output by the time domain beamformer; filtering each signal output by the time domain beamformer by a group delay filter in electrical parallel with the band stop filter, the group delay filter providing a group delay to the signal output by the time domain beamformer; and subtracting an output of each band stop filter from an output of a corresponding group delay filter.
Reactive polyurethane-system comprising (i) at least one polyol, (ii) at least one polyisocyanate, (iii) at least one flame retardant component, and (iv) at least one phosphorous based polyol, wherein the flame retardant component has a bimodal or multimodal particle size distribution. (i) at least one polyol, (ii) at least one polyisocyanate, (iii) at least one flame retardant component, and (iv) at least one phosphorous based polyol,
A road stud including a reflector having a reflective surface, wherein the road stud includes a patterned surface configured to direct rainwater falling on the road stud to flow down over the reflective surface of the reflector; wherein the patterned surface comprises a plurality of channels, each channel extending in a direction towards the reflective surface, and wherein the patterned surface is substantially flat and horizontal apart from the plurality of channels, the road stud characterised in that: each channel widens into a delta portion adjacent the reflector.
A Reference Signal Receiving Quality, RSRQ, reporting method, said method being performed by a device and comprising: performing RSRQ measurement based on a Received Signal Strength Indicator, RSSI, measurement being performed by said device; recording an adopted RSRQ measurement type for the RSRQ measurement; and reporting to a base station the adopted RSRQ measurement type and an RSRQ measurement result under the RSRQ measurement type, said method being characterized in that: reporting the adopted RSRQ measurement type comprises indicating both a bandwidth type and a defined type, wherein the bandwidth type comprises wideband RSRQ and narrowband RSRQ, the defined type comprises conventionally-defined RSRQ and newly-defined RSRQ; in the conventionally-defined RSRQ, Received Signal Strength Indicator, RSSI, measurement is performed on the basis of an Orthogonal Frequency Division Multiplexing, OFDM, symbol which is received on an antenna port 0 and has a reference symbol, and in the newly-defined RSRQ, RSSI measurement is performed on the basis of all received OFDM symbols. performing RSRQ measurement based on a Received Signal Strength Indicator, RSSI, measurement being performed by said device; recording an adopted RSRQ measurement type for the RSRQ measurement; and reporting to a base station the adopted RSRQ measurement type and an RSRQ measurement result under the RSRQ measurement type, said method being characterized in that: reporting the adopted RSRQ measurement type comprises indicating both a bandwidth type and a defined type, wherein the bandwidth type comprises wideband RSRQ and narrowband RSRQ, the defined type comprises conventionally-defined RSRQ and newly-defined RSRQ; in the conventionally-defined RSRQ, Received Signal Strength Indicator, RSSI, measurement is performed on the basis of an Orthogonal Frequency Division Multiplexing, OFDM, symbol which is received on an antenna port 0 and has a reference symbol, and in the newly-defined RSRQ, RSSI measurement is performed on the basis of all received OFDM symbols.
A method for manufacturing a part made of composite material, comprising a thermoplastic or thermosetting matrix reinforced with fibers, and in which said fibers are wound between return elements and tensioned, the method consisting in previously producing a structure of fibers, whether or not pre-impregnated, by means of the following operations: - aligning, juxtaposing and keeping the fibers spaced apart from each other, while stretching them between return elements, so as to obtain a first layer, - superimposing on said first layer, a second layer obtained in a manner identical to the first one, where the fibers of the second layer are parallel to those of the first layer, and kept apart from the latter, - repeating the superposition operation until the desired thickness is obtained, - stiffening the material constituting the matrix, by means of a method specific to its nature. - aligning, juxtaposing and keeping the fibers spaced apart from each other, while stretching them between return elements, so as to obtain a first layer, - superimposing on said first layer, a second layer obtained in a manner identical to the first one, where the fibers of the second layer are parallel to those of the first layer, and kept apart from the latter, - repeating the superposition operation until the desired thickness is obtained, - stiffening the material constituting the matrix, by means of a method specific to its nature.
A device for the electromechanically assisted roller burnishing (EMRB), characterised in that a roller burnishing tool with exactly one current-leading roller burnishing element is given for burnishing a workpiece, and this roller burnishing element represents a first electrical contact element for the electrical contacting on a first location of the workpiece, and the device moreover comprises a second electrical contact element for the electrical contacting on a second location of the workpiece, wherein the first and the second electrical contact element can be positioned at a settable spatial distance to one another, so that on moving the roller burnishing element on the workpiece, a current path in the workpiece between the first and the second contact element is always equally long.
A triblock copolymer comprising: (a) a hydrophobic core; and (b) at least two polyethylene glycol chains wherein at least one polyethylene glycol chain is a phosphorylated polyethylene glycol comprising more than two phosphate groups. (a) a hydrophobic core; and (b) at least two polyethylene glycol chains wherein at least one polyethylene glycol chain is a phosphorylated polyethylene glycol comprising more than two phosphate groups.
Pigment reflecting IR radiation comprising an IR-reflecting core, characterised in that the IR-reflecting core is provided with a coating that is essentially encasing and essentially permeable to IR radiation and the IR radiation reflecting pigment is essentially white, and the IR radiation reflecting core is a platelet-shaped metal pigment, and the coating that is essentially permeable to IR radiation is a matrix comprising a metal oxide(s) and/or organic polymer(s), and white pigments are disposed in, on and/or underneath the coating that is essentially permeable to IR radiation, and the white pigments are disposed essentially uniformly around the IR-reflecting core and are contained in the IR-reflecting pigment in a quantity of 0.3 to 10 g per 1 m 2 surface of the IR-reflecting core.
A locking device for a carton, the locking device comprising a first part defined in a first panel (12; 112; 212; 312; 412; 512; 612); and a second part associated with a second panel (14; 114; 214; 314; 414; 514; 614), the first part comprising a female tab (22; 112; 222; 322; 422; 522; 622) struck from the first panel and foldably coupled thereto, the female tab defining an aperture in the first panel when folded out of a plane of the first panel, the second part comprising a male tab (20; 120; 220; 320; 420; 520; 620), characterised in that the male tab is foldably coupled to the second panel along a non-linear fold line (26; 126; 226; 326; 426; 526; 626), wherein the male tab is foldable about the non-linear fold line into a braced position in the aperture wherein the female tab leans against the male tab so as to maintain the male tab in the braced position whereby the first and second panels are secured together. a first part defined in a first panel (12; 112; 212; 312; 412; 512; 612); and a second part associated with a second panel (14; 114; 214; 314; 414; 514; 614), the first part comprising a female tab (22; 112; 222; 322; 422; 522; 622) struck from the first panel and foldably coupled thereto, the female tab defining an aperture in the first panel when folded out of a plane of the first panel, the second part comprising a male tab (20; 120; 220; 320; 420; 520; 620), characterised in that the male tab is foldably coupled to the second panel along a non-linear fold line (26; 126; 226; 326; 426; 526; 626), wherein the male tab is foldable about the non-linear fold line into a braced position in the aperture wherein the female tab leans against the male tab so as to maintain the male tab in the braced position whereby the first and second panels are secured together.
Method for displaying a notification for a user, wherein: - first image data associated with the notification are displayed on a display unit in a first or normal display mode, - second image data associated with the notification are displayed on a display unit, in particular on the same display unit, in a second or safety display mode as soon as a predetermined fault condition is satisfied in the normal display mode, - the predetermined fault condition being satisfied is checked by virtue of a current display of the first image data by the display unit in the normal display mode being compared, in respect of the presence of image artefacts, with a reference display of the first image data by the display unit in the normal display mode, and - the current display and the reference display are subdivided into regions and/or pixels for comparison purposes, characterized in that - the regions and/or pixels are associated with classes (51-0,..., 51-1) as background, foreground, image edge and irrelevant, - colour value intervals and/or colour thresholds are set for each class (51-0,..., 51-1), in particular on the basis of an RGB scheme, - a position within or outside of the colour value intervals and/or colour thresholds is established for each region and/or for each pixel and for each class (51-0,..., 51-1), - an image artefact is identified in the case of a position outside of the colour value intervals and/or colour thresholds, and - regions and/or pixels that are classified as irrelevant are excluded from the comparison. - first image data associated with the notification are displayed on a display unit in a first or normal display mode, - second image data associated with the notification are displayed on a display unit, in particular on the same display unit, in a second or safety display mode as soon as a predetermined fault condition is satisfied in the normal display mode, - the predetermined fault condition being satisfied is checked by virtue of a current display of the first image data by the display unit in the normal display mode being compared, in respect of the presence of image artefacts, with a reference display of the first image data by the display unit in the normal display mode, and - the current display and the reference display are subdivided into regions and/or pixels for comparison purposes, - the regions and/or pixels are associated with classes (51-0,..., 51-1) as background, foreground, image edge and irrelevant, - colour value intervals and/or colour thresholds are set for each class (51-0,..., 51-1), in particular on the basis of an RGB scheme, - a position within or outside of the colour value intervals and/or colour thresholds is established for each region and/or for each pixel and for each class (51-0,..., 51-1), - an image artefact is identified in the case of a position outside of the colour value intervals and/or colour thresholds, and - regions and/or pixels that are classified as irrelevant are excluded from the comparison.
A water spraying device for a pool, comprising: a water spraying body configured to be fixed to the pool above a water level in the pool, wherein the water spraying body includes: a first housing with a support seat disposed inside the first housing; a second housing including a rotating shaft supported by the support seat such that the second housing is rotatable relative to the first housing; and a spray head located in the second housing and configured to discharge water into the pool; characterized in that: the first housing comprises a lower casing joined to an upper casing in a clamshell arrangement, wherein the support seat is located in the lower casing. a water spraying body configured to be fixed to the pool above a water level in the pool, wherein the water spraying body includes: a first housing with a support seat disposed inside the first housing; a second housing including a rotating shaft supported by the support seat such that the second housing is rotatable relative to the first housing; and a spray head located in the second housing and configured to discharge water into the pool; a first housing with a support seat disposed inside the first housing; a second housing including a rotating shaft supported by the support seat such that the second housing is rotatable relative to the first housing; and a spray head located in the second housing and configured to discharge water into the pool; characterized in that: the first housing comprises a lower casing joined to an upper casing in a clamshell arrangement, wherein the support seat is located in the lower casing.
A method for checking tooth positions, wherein an initial three-dimensional volumetric image of teeth (2, 3, 4) to be checked is made, wherein by using the initial volumetric image, the position and orientation of the teeth (2, 3, 4) to be checked are determined, wherein the teeth to be checked are natural teeth (2, 3, 4) consisting of tooth stumps (6, 7, 8) and tooth roots (9, 10, 11), and/or artificial teeth consisting of artificial tooth stumps and implants, wherein in particular the positional relationship and orientation of the tooth stumps (6, 7, 8) relative to the tooth roots (9, 10, 11) and/or to the implants are determined, characterized in that in order to check the tooth positions over a longer period of time at regular intervals, at least one first optical surface control image of the teeth (2, 3, 4) is taken, wherein the position and orientation of the tooth roots (9, 10, 11) and/or the implants relative to each other, and/or relative to a jaw bone are determined using the determined positional relationship based on the position of the surfaces (13, 14, 15) of the tooth stumps (6, 7, 8) from the optical surface control image, wherein the positional relationship is determined automatically by computer, wherein the teeth (2, 3, 4) comprising the tooth stumps (6, 7, 8), the tooth roots (9, 10, 11) and/or the implants are automatically registered by analyzing the initial volumetric image using a segmentation method, and then the positional relationship is determined automatically by computer, wherein 3-D models of the segmented teeth (2, 3, 4) are rotated and/or shifted until the surfaces (13, 14, 15) of the tooth stumps (6, 7, 8) of these 3-D models are caused to overlap with the surfaces of the tooth stumps (6, 7, 8) from the optical surface control image.