mhurhangee/ep-ind-claims huggingface dataset:
An absorbent structure exhibiting an x-, y-, and thickness or z-direction comprising - fibres forming a fibrous matrix having an x-, y-, and thickness or z-extension; - superabsorbent polymer particles which are capable of exerting an expansion force upon swelling upon absorption of a liquid and which are positioned within the pores of said fibrous matrix; - and meltfusion bond points arranged in an x-y-directionally extending bonding pattern, penetrating z-directionally through said fibrous matrix, whereby said bond points are preferably essentially water-insensitive and exhibit an elongated shape and an aspect ratio of their long axis to their short axis of at least 1.05 to 1, preferably of at least 1.1 to 1 and a de-bonding strength up to which the bond point holds and above which the bond point de-bonds, and whereby said matrix with said particles exhibits an overall thickness when dry, wherein further said fibrous matrix comprising said particles is capable of increasing its overall thickness upon swelling of said SAP particles and wherein said expansion force exerted by said SAP particles to said bond points is higher than the de-bonding strength of said bond points such that said bond points de-bond upon swelling of said SAP particles, wherein said absorbent structure further comprises. - at least two cover webs positioned parallel to the x-y-directionally extending surface of said structure and being melt fusioned together in said bonding points. - fibres forming a fibrous matrix having an x-, y-, and thickness or z-extension; - superabsorbent polymer particles which are capable of exerting an expansion force upon swelling upon absorption of a liquid and which are positioned within the pores of said fibrous matrix; - and meltfusion bond points arranged in an x-y-directionally extending bonding pattern, penetrating z-directionally through said fibrous matrix, - at least two cover webs positioned parallel to the x-y-directionally extending surface of said structure and being melt fusioned together in said bonding points.
A copper/titanium/aluminum bonded body in which a copper member made of copper or a copper alloy and an aluminum member made of aluminum or an aluminum alloy are bonded via a titanium layer, wherein an intermetallic compound containing Cu and Ti is formed at a bonded interface of the copper member and the titanium layer, and a maximum value of a length L i of an intermetallic compound unformed part along the bonded interface is 20 μm or less in the bonding interface of the copper member and the titanium layer, the intermetallic compound unformed part being a part free of formation of the intermetallic compound, and a ratio ΣL i /L 0 is 0.16 or less, ΣLi being a total length of the intermetallic compound unformed part along the bonded interface and of L 0 being a total length of the bonded interface along the bonded interface. wherein an intermetallic compound containing Cu and Ti is formed at a bonded interface of the copper member and the titanium layer, and a maximum value of a length L i of an intermetallic compound unformed part along the bonded interface is 20 μm or less in the bonding interface of the copper member and the titanium layer, the intermetallic compound unformed part being a part free of formation of the intermetallic compound, and a ratio ΣL i /L 0 is 0.16 or less, ΣLi being a total length of the intermetallic compound unformed part along the bonded interface and of L 0 being a total length of the bonded interface along the bonded interface.
Gas sensor arrangement comprising a radiation device emitting radiation, having at least one measuring radiation source and at least one reference radiation source, a gas measuring chamber, a detector device and an evaluation and control device, wherein a measuring gas containing at least one gas component is situated in the gas measuring chamber during the measuring procedure and the evaluation and control device determines the gas component and/or its concentration depending on the output signal of the detector device, characterized in that the evaluation and control device is configured to switch on the reference radiation source for checking the aging state of the measuring radiation source considerably less frequently than the measuring radiation source, i.e. at great time intervals, such that it does not noticeably age during the lifetime of the gas sensor arrangement, and the evaluation and control device is further designed to determine the aging of the measuring radiation source from deviations with respect to the output signals of the detector device when the reference radiation source is switched on and the measuring radiation source is switched on and to compensate, if necessary, the aging.
An electron beam welding apparatus, comprising: • an electron gun capable of generating an electron beam, • a focusing means capable of orienting the electron beam along a first axis, and characterized in that it comprises: • an arm extending parallel to the first axis, the arm comprising: - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis, and - a deflection means for deflecting the electron beam along a second axis substantially perpendicular to the first axis. • an electron gun capable of generating an electron beam, • a focusing means capable of orienting the electron beam along a first axis, • an arm extending parallel to the first axis, the arm comprising: - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis, and - a deflection means for deflecting the electron beam along a second axis substantially perpendicular to the first axis. - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis, and - a deflection means for deflecting the electron beam along a second axis substantially perpendicular to the first axis.
Laminated cellulose-based, liquid- or semi-liquid food packaging material (10a;10b;10c;10d), for heat sealing into aseptic packaging containers, comprising a bulk material layer (11a;11b;11c;11d) of paper, paperboard or other cellulose-based material, an innermost, heat sealable and liquid-tight layer (15a;15b;15c;15d) of a thermoplastic polymer, the innermost polymer layer intended to be in direct contact with the packaged food product, a barrier layer (12-13-14 (a;b;c;d)) laminated between the bulk layer and the innermost layer, wherein the barrier layer is a compact-surface barrier paper (12a;12b;12c;12d), which is coated with a pre-coating material (13a;13b;13c;13d) and subsequently further coated with a vapour deposition barrier coating (14a;14b;14c;14d) onto the pre-coating surface, the pre-coating material being a barrier material selected from the group consisting of polyvinyl alcohol (PVOH), ethylene vinyl alcohol (EVOH), starch and starch derivatives, cellulose and cellulose derivatives, such as nano-/micro-fibrillar cellulose and nanocrystalline cellulose, and other polysaccharides and polysaccharide derivatives, polyvinylidene chloride (PVDC), and polyamides, wherein the compact-surface barrier paper has a density of 800 kg/m 3 or higher, a surface smoothness value below 300 ml/minute Bendtsen (ISO 8791-2), a thickness of 60 μm or lower and a grammage of 60 g/m 2 or lower, a wet strength from 0,4 to 0,6 kN/m (ISO 3781) and an air permeance below 2,0 nm/Pas (SCAN P26).
A treatment liquid having a pH of from 0.5 to 2.0 at 25°C and comprising: (i) at least one acidic compound selected from an organic acidic compound and phosphoric acid; and (ii) at least one compound selected from a nitrogen-containing heterocyclic compound and an organic mercapto compound. (i) at least one acidic compound selected from an organic acidic compound and phosphoric acid; and (ii) at least one compound selected from a nitrogen-containing heterocyclic compound and an organic mercapto compound.
An information processing terminal (1A, 1B), comprising: a touch panel, a controller, and a storage unit, which is configured to receive and store at least one content in connection with a server configured to store a plurality of posted information along with a plurality of posted times, wherein the touch panel includes an operation part and an output part configured to play back the content along with the plurality of posted information stored in the server, in which the output part allows a user to output user's posted information correlated to the content to the server, wherein the controller is configured to determine a playback position of the content, correlated to the posted time of the posted information selected from among the plurality of posted information by the user, with reference to a time table, stored in the storage unit, which is configured to store the playback position of the content in connection with the posted time of the posted information correlated to the content, wherein the controller determines the playback position of the content by subtracting a retrogressive time value from the posted time of the posted information, and wherein the controller increases the retrogressive time value depending on a number of posted information being posted for said content. a touch panel, a controller, and a storage unit, which is configured to receive and store at least one content in connection with a server configured to store a plurality of posted information along with a plurality of posted times, wherein the touch panel includes an operation part and an output part configured to play back the content along with the plurality of posted information stored in the server, in which the output part allows a user to output user's posted information correlated to the content to the server, wherein the controller is configured to determine a playback position of the content, correlated to the posted time of the posted information selected from among the plurality of posted information by the user, with reference to a time table, stored in the storage unit, which is configured to store the playback position of the content in connection with the posted time of the posted information correlated to the content, wherein the controller determines the playback position of the content by subtracting a retrogressive time value from the posted time of the posted information, and wherein the controller increases the retrogressive time value depending on a number of posted information being posted for said content.
An indoor positioning system, comprising: - a plurality of anchor stations, each configured to simultaneously transmit a radio frequency pulse and an ultrasound pulse during a time slot reserved for each of the plurality of anchor stations; - a central station separate from the plurality of anchor stations and configured to communicate with the plurality of anchor stations, wherein the central station further comprises a central station processing unit configured to assign time division multiple access time slots for transmissions by the plurality of anchor stations, each time division multiple access time slot reserved for transmission of a single radio frequency pulse and a single ultrasound pulse from a single anchor station; - a mobile station including a radio frequency receiver configured to receive the radio frequency pulse from at least one of the plurality of anchor stations, and an acoustic receiver configured to receive the respective ultrasound pulse transmitted simultaneously from the at least one of the plurality of anchor stations; - a processing unit configured to determine position information of the mobile unit based upon the respective radio frequency pulse and the respective ultrasound pulse received from the at least one of the plurality of anchor stations, wherein the central station is configured to receive the position information of the mobile station and the central station processing unit is configured to adjust the timeslot for each of the plurality of anchor stations using the position information. - a plurality of anchor stations, each configured to simultaneously transmit a radio frequency pulse and an ultrasound pulse during a time slot reserved for each of the plurality of anchor stations; - a central station separate from the plurality of anchor stations and configured to communicate with the plurality of anchor stations, wherein the central station further comprises a central station processing unit configured to assign time division multiple access time slots for transmissions by the plurality of anchor stations, each time division multiple access time slot reserved for transmission of a single radio frequency pulse and a single ultrasound pulse from a single anchor station; - a mobile station including a radio frequency receiver configured to receive the radio frequency pulse from at least one of the plurality of anchor stations, and an acoustic receiver configured to receive the respective ultrasound pulse transmitted simultaneously from the at least one of the plurality of anchor stations; - a processing unit configured to determine position information of the mobile unit based upon the respective radio frequency pulse and the respective ultrasound pulse received from the at least one of the plurality of anchor stations, wherein the central station is configured to receive the position information of the mobile station and the central station processing unit is configured to adjust the timeslot for each of the plurality of anchor stations using the position information.
A primer composition comprising, based on the total weight of the composition, an organic solvent; a di aldimine, which is a reaction product of polyetheramine and benzaldehyde; an alkoxysilane; a non-reactive film forming resin; a polyisocyanate prepolymer; a reactive modifier, which is an oxazolidine containing compound; a catalyst; an epoxy resin, which is a diglycidyl ether of bisphenol A; and an isocyanate stabilizer, which is diethyl malonate. an organic solvent; a di aldimine, which is a reaction product of polyetheramine and benzaldehyde; an alkoxysilane; a non-reactive film forming resin; a polyisocyanate prepolymer; a reactive modifier, which is an oxazolidine containing compound; a catalyst; an epoxy resin, which is a diglycidyl ether of bisphenol A; and an isocyanate stabilizer, which is diethyl malonate.
A method of manufacturing decorative workpieces selected from the group consisting of kitchen panels, flooring panels, furniture panels, ceiling panels and wall panels; including the steps of: a) rectangular or true shape nesting a set of decorative patterns from a nesting queue into a set of nested decorative patterns; and b) inkjet printing said set of nested decorative patterns on a decoration layer; and c) resin-impregnating the decoration layer and heat-pressing with a core-layer and protective layer for forming a nested decorative workpiece; and wherein said core-layer is made of wood-based materials; and d) cutting the decorative workpieces out the nested decorative workpiece by a cutting plotter. a) rectangular or true shape nesting a set of decorative patterns from a nesting queue into a set of nested decorative patterns; and b) inkjet printing said set of nested decorative patterns on a decoration layer; and c) resin-impregnating the decoration layer and heat-pressing with a core-layer and protective layer for forming a nested decorative workpiece; and wherein said core-layer is made of wood-based materials; and d) cutting the decorative workpieces out the nested decorative workpiece by a cutting plotter.
An intelligent sea water cooling system comprising: a first fluid cooling loop coupled to a first side of a heat exchanger and to a thermal load, a second fluid cooling loop coupled to a second side of the heat exchanger, a pump configured to circulate fluid through the second fluid cooling loop, and a controller operatively connected to the pump, wherein the controller is configured to: monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed. a first fluid cooling loop coupled to a first side of a heat exchanger and to a thermal load, a second fluid cooling loop coupled to a second side of the heat exchanger, a pump configured to circulate fluid through the second fluid cooling loop, and a controller operatively connected to the pump, wherein the controller is configured to: monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed. monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed.
A test and measurement instrument, comprising: an input terminal configured to receive a signal; acquisition circuitry configured to capture a plurality of triggered acquisitions; trigger circuitry configured to cause a trigger event responsive to trigger criteria, wherein the trigger criteria comprises a first set of trigger criteria that includes at least an A-Event definition, a B-Event definition and an A-to-B Event sequence relationship; and a controller adapted to dynamically reconfigure the trigger criteria from the first set of trigger criteria to a second set of trigger criteria in response to at least one of the triggered acquisitions, wherein the controller is operable to dynamically reconfigure the trigger criteria in dependence upon the acquired data, and wherein to dynamically reconfigure the trigger criteria from the first set of trigger criteria to the second set of trigger criteria includes one or more of: an update to the A-Event definition, an update to the B-Event definition, or a change to the A-to-B Event sequence relationship. an input terminal configured to receive a signal; acquisition circuitry configured to capture a plurality of triggered acquisitions; trigger circuitry configured to cause a trigger event responsive to trigger criteria, wherein the trigger criteria comprises a first set of trigger criteria that includes at least an A-Event definition, a B-Event definition and an A-to-B Event sequence relationship; and a controller adapted to dynamically reconfigure the trigger criteria from the first set of trigger criteria to a second set of trigger criteria in response to at least one of the triggered acquisitions, wherein the controller is operable to dynamically reconfigure the trigger criteria in dependence upon the acquired data, and wherein to dynamically reconfigure the trigger criteria from the first set of trigger criteria to the second set of trigger criteria includes one or more of: an update to the A-Event definition, an update to the B-Event definition, or a change to the A-to-B Event sequence relationship.
Process for the dielectric heating of plastic preforms in a continuous furnace in order to be able to form them into a desired shape, characterised in that, using a generator (i) an electromagnetic field having a frequency of 900 to 930 MHz is applied to two elongate conductor plates (ii) the signals are applied to the elongated conductor plates in a differential manner, offset by half a wavelength, so that a symmetrical alternating field is present (iii) the elongated conductor plates are sized, contoured or patterned in accordance with the temperature profile to be produced in the plastic preforms; and (iv) the plastic preforms to be heated are advanced along a transport path in the electric field between the elongate conductor plates; and (v) the elongate conductor plates are housed in a microwave cavity which substantially does not attenuate or interfere with the propagation of the conductor-borne electromagnetic field; and (vi) the microwave cavity, the pair of conductor plates, the frequency and the dielectric constant of the plastic preforms are selected such that the conductor-bound TEM waves propagate between the symmetrical conductor plates substantially as a single-mode wave transverse to the direction of propagation despite discontinuities due to heating of the plastic preforms. (i) an electromagnetic field having a frequency of 900 to 930 MHz is applied to two elongate conductor plates (ii) the signals are applied to the elongated conductor plates in a differential manner, offset by half a wavelength, so that a symmetrical alternating field is present (iii) the elongated conductor plates are sized, contoured or patterned in accordance with the temperature profile to be produced in the plastic preforms; and (iv) the plastic preforms to be heated are advanced along a transport path in the electric field between the elongate conductor plates; and (v) the elongate conductor plates are housed in a microwave cavity which substantially does not attenuate or interfere with the propagation of the conductor-borne electromagnetic field; and (vi) the microwave cavity, the pair of conductor plates, the frequency and the dielectric constant of the plastic preforms are selected such that the conductor-bound TEM waves propagate between the symmetrical conductor plates substantially as a single-mode wave transverse to the direction of propagation despite discontinuities due to heating of the plastic preforms.
Selective catalyst reduction dosing unit comprising at least one gas fuse for detecting a corrosive gas, wherein the gas fuse comprises at least one metal wire, which is configured for breaking due to corrosion if exposed to the corrosive gas in a way that a time-integrated concentration of the corrosive gas exceeds a critical value.
Push-on connector system for the electrical connection of a trailer to a towing vehicle, wherein the push-on connector system includes a trailer push-on connector with an electrical trailer interface for an onboard power supply of the trailer, and a towing vehicle push-on connector with an electrical towing vehicle interface for an onboard power supply of the towing vehicle, wherein one of the push-on connectors (30, 50) has a plug-in projection provided on its push-on connector housing and the other push-on connector has a plug-in socket provided on its push-on connector housing for the affixing of the plug-in projection along an insertion axis, wherein the push-on connectors have interacting electrical transmission bodies (38; 58) for the transmission of data and/or power from one push-on connector (30, 50) to the other push-on connector, wherein the push-on connector system has a magnet assembly with at least one magnet element provided on the one push-on connector (30, 50), and at least one magnet counter-element interacting magnetically with the magnet element and provided on the other push-on connector (30, 50) for applying the force of the plug-in projection on the plug-in socket in the direction of the insertion axis and/or for the purpose of a torque around the insertion axis, and wherein the push-on connector system includes a locking device for locking the trailer push-on connector to the towing vehicle push-on connector, characterised in that locking device has at least one latching contour and one mating latching contour with which the latching contour may be engaged, in particular by attaching the two push-on connectors (30, 50) to one another