mhurhangee/ep-ind-claims huggingface dataset:
A system for recovery of thermal energy from a first closed cooling loop for cooling skid pipes in a steel production facility, said first closed cooling loop comprising a circulation fluid which receives thermal energy from said skid pipes, and a cooling source, wherein said system comprises: - means for measuring the temperature in said first closed cooling loop, - a power conversion module configured to work in a closed loop thermodynamic cycle and convert thermal energy into electricity, wherein said power conversion module is arranged to be connected to the first closed cooling loop in fluid communication with the cooling source; wherein the power conversion module further comprises a flow control system arranged to control input of thermal energy into said power conversion module, characterized in that the flow control system comprises conduits for connecting the power conversion module to the first closed cooling loop and the cooling source, and valves (11, 12, 13a, 13b, 14) for selectively closing and opening the conduits to direct flow of said circulation fluid therein, wherein said flow control system is arranged to cut off said cooling source from said first closed cooling loop when a measured temperature in said first closed cooling loop is below a first predetermined threshold temperature (T START), such that said circulation fluid is directed exclusively to a hot side of said power conversion module, to provide a thermal energy input into said power conversion module. - means for measuring the temperature in said first closed cooling loop, - a power conversion module configured to work in a closed loop thermodynamic cycle and convert thermal energy into electricity, wherein said power conversion module is arranged to be connected to the first closed cooling loop in fluid communication with the cooling source;
A mouthwash composition having a pH of from 4.0 to 6.5, containing, based on its weight, a) at least one dye, b) from 65 to 92.5 wt.% water, c) from 0.02 to 1 wt.% fluoride(s), calculated as F -, d) ≤1 wt.% ethanol, e) ≤1 wt.% peroxide(s), calculated as 100 % H 2 O 2. a) at least one dye, b) from 65 to 92.5 wt.% water, c) from 0.02 to 1 wt.% fluoride(s), calculated as F -, d) ≤1 wt.% ethanol, e) ≤1 wt.% peroxide(s), calculated as 100 % H 2 O 2.
A polymyxin derivative of the general formula, wherein R1 is absent or Abu: R2 is selected from the group consisting of Ser, Thr, DThr and DAla; and R3 is selected from the group consisting of Thr, DThr, Ser, DSer, DAla, Dab and Abu; R4 is Dab, R6 is DPhe or DLeu; R7 is Leu, Thr or Ile; R5, R8 and R9 are each Dab or Abu; R10 is Leu or Thr; and R is selected from the group consisting of octanoyl, decanoyl, and 6-methylheptanoyl (6-MHA) residues; wherein said amino acid residues are selected so that the total number of positive charges at physiological pH is three, and the total number of positive charges in the heptapeptide ring portion R4-R10 is at least two, whereby said polymyxin derivative still possesses antibacterial activity against Gram-negative bacteria, and/or possesses the ability to sensitize Gram-negative bacteria to antibacterial agents; or a pharmaceutically acceptable salt of said derivative. R2 is selected from the group consisting of Ser, Thr, DThr and DAla; and R3 is selected from the group consisting of Thr, DThr, Ser, DSer, DAla, Dab and Abu; R4 is Dab, R6 is DPhe or DLeu; R7 is Leu, Thr or Ile; R5, R8 and R9 are each Dab or Abu; R10 is Leu or Thr; and R is selected from the group consisting of octanoyl, decanoyl, and 6-methylheptanoyl (6-MHA) residues;
A method for wireless communications, the method comprising: transmitting, by a network node, a first signal during a first time interval, wherein the first signal is encoded with a first spreading sequence generated by permutating a root sequence based on a permutation parameter associated with a first index; transmitting, by the network node, a second signal during a second time interval, wherein the second signal is encoded with a second spreading sequence generated by permutating the root sequence based on a permutation parameter associated with a second index; and receiving, by the network node, an indication of either the first index or the second index from a user equipment, UE; wherein the first signal and the second signal are beamformed reference signals; wherein the root sequence is a Zadoff-Chu sequence; wherein a sequence of values of permutation parameter A is defined which is applied to subsequent time intervals whereby a primary synchronization signal encoded with a Zadoff-Chu sequence shifted by A is transmitted, respectively, in each subsequent time interval; characterized in that: a mapping between the permutation parameter and the first index and a mapping between the permutation parameter and the second index are encoded and transmitted in a broadcast channel, or encoded and signaled through an assisted frequency layer. transmitting, by a network node, a first signal during a first time interval, wherein the first signal is encoded with a first spreading sequence generated by permutating a root sequence based on a permutation parameter associated with a first index; transmitting, by the network node, a second signal during a second time interval, wherein the second signal is encoded with a second spreading sequence generated by permutating the root sequence based on a permutation parameter associated with a second index; and receiving, by the network node, an indication of either the first index or the second index from a user equipment, UE; wherein the first signal and the second signal are beamformed reference signals; wherein the root sequence is a Zadoff-Chu sequence; wherein a sequence of values of permutation parameter A is defined which is applied to subsequent time intervals whereby a primary synchronization signal encoded with a Zadoff-Chu sequence shifted by A is transmitted, respectively, in each subsequent time interval; characterized in that: a mapping between the permutation parameter and the first index and a mapping between the permutation parameter and the second index are encoded and transmitted in a broadcast channel, or encoded and signaled through an assisted frequency layer.
A collaborative robot joint with continuously variable transmission, comprising: • a carrying structure, • spheres (1, 2 are caged in housings of the carrying structure • a compression spring which are mounted at the rear portion of bearings that push the spheres (1,2) towards conical variators, the bearings used at the joining point of the spheres (1, 2) and a carrying structure, wherein the collaborative robot joint is configured to: • imposing pressure onto two conical variators from the lower and the upper points by means of the spheres (1, 2) in order to transmit rotational movement between the conical variators on which friction surface is covered in order to form friction surface thereof, • changing the frictional force between the spheres (1, 2) and the friction surface of the conical variators by changing the pretension of compression spring, which are pushing the spheres (1, 2) onto the conical variators, providing a transmission ratio change by means of the contact between bearings and the spheres (1, 2); • enabling linear movement opportunity to the sphere (1, 2). • a carrying structure, • spheres (1, 2 are caged in housings of the carrying structure • a compression spring which are mounted at the rear portion of bearings that push the spheres (1,2) towards conical variators, the bearings used at the joining point of the spheres (1, 2) and a carrying structure, • imposing pressure onto two conical variators from the lower and the upper points by means of the spheres (1, 2) in order to transmit rotational movement between the conical variators on which friction surface is covered in order to form friction surface thereof, • changing the frictional force between the spheres (1, 2) and the friction surface of the conical variators by changing the pretension of compression spring, which are pushing the spheres (1, 2) onto the conical variators, • enabling linear movement opportunity to the sphere (1, 2).
A method comprising: identifying, at a service provider, metadata from media; converting the media into converted media having a streaming format; encrypting the converted media using an encryption key, the encryption key generated based on the identified metadata; synchronizing the encryption key and an address of a decryption key with a central facility, the address of the decryption key being based on an identifier of the service provider, the address of the decryption key being an address of a server of the central facility, and creating a manifest in association with the converted media, the manifest identifying a location of the encrypted converted media and the address of the decryption key. identifying, at a service provider, metadata from media; converting the media into converted media having a streaming format; encrypting the converted media using an encryption key, the encryption key generated based on the identified metadata; synchronizing the encryption key and an address of a decryption key with a central facility, the address of the decryption key being based on an identifier of the service provider, the address of the decryption key being an address of a server of the central facility, and creating a manifest in association with the converted media, the manifest identifying a location of the encrypted converted media and the address of the decryption key.
A water-soluble unit dose article comprising a water-soluble film and a solid laundry detergent composition, wherein the water-soluble film defines a first internal compartment and wherein the solid laundry detergent composition is comprised within the first internal compartment, and wherein the water-soluble unit dose article composition comprises a whitening agent, wherein the whitening agent is brightener 49 (4,4'-bis(2-sulfostyryl)biphenyl), and wherein the solid composition at 1wt% dilution in deionized water at 20°C, has an equilibrium pH in the range of from 6.5 to 8.8, preferably between 6.7 and 8.5, wherein the solid laundry detergent composition comprises a non-soap anionic surfactant.
Device for transportation of condensate by steam comprising a vessel with a condensate inlet tube and mounted on it a check valve, with a condensate outlet tube and mounted on it a check valve; a cap with a case installed on it; an inlet valve for steam mounted on case; an outlet valve for steam mounted on the case; both valves connected to a main valves' support; a spring mounted on the main valves' support; a float positioned inside the closed vessel with a tube and a valve embedded in it; and a tube ending inside float, characterizing in that in the cap a chamber is formed with a valve installed on it for incoming steam and a valve for out coming steam; the case is connected to the vessel with an opening; inside the case and under the main valves, support a bellow is installed; on the cap a tube is mounted ending inside the chamber and inside the bellow; the valve for incoming steam is connected by a rod to a lever by a hinge so that at opening of the valve for incoming steam incoming steam extends bellow and shortens spring and at closing of said valve spring shortens bellow; a further is connected to the lever by a hinge; a valve embedded in the float valve is connected to the lever by a hinge; the lever is connected to the cap by a hinge; the float is divided into two parts.
Boom-arm segment for a concrete pump, wherein the boom-arm segment comprises a lateral part (35, 36) which extends between an upper chord and a lower chord of the boom-arm segment, and wherein configured in the lateral part (35, 36) is a bent edge extending in a longitudinal direction of the boom-arm segment so that a first portion (42, 43) of the lateral part (35, 36) has a lateral offset relative to a second portion of the lateral part (35, 36), and having a transition portion (45, 46) which forms a connection between the first portion (42, 43) and the second portion, wherein the boom-arm segment has a reinforcement part (40, 50), the material thickness of the latter bridging the lateral offset between the first portion (42, 43) and the second portion, characterized in that the reinforcement part (40, 50) and the transition portion (45, 46) are connected by way of a butt joint so that an end face of the transition portion (45, 46) bears on an end face of the reinforcement part (40, 50) and so that the reinforcement part (40, 50) adjoins the transition portion (45, 46) in the longitudinal direction.
A polysiloxane having a refractive index of above 1.56 measured at light wavelength 633nm, characterised in that the polysiloxane includes siloxane T units of the formula where A represents an alkylene group having 1 to 4 carbon atoms: n = 0 or 1; m is at least 1; and Ar is a polynuclear aromatic group substituted by at least one iodine, bromine or chlorine atom.
Arrangement for storing at least one bill, having at least one transportation container for storing the at least one bill, wherein the transportation container has at least one security unit for rendering bills invalid, having at least one receiving unit for receiving the transportation container, wherein the transportation container has at least one first plug connector element of a plug connector arrangement, wherein the receiving unit has at least one second plug connector element of the plug connector arrangement, which second plug connector element is complementary to the first plug connector element, characterized in that at least one electrical connection for transmitting an item of information (54, 62, 68) is established by means of the plug connector arrangement at least after the transportation container is received in the receiving unit, and in that the security unit is controlled depending on the transmitted item of information (54, 62, 68).
Connecting element for electrically conductively connecting at least four electrical conductors, wherein the connecting element has a metallic electrode which has a hollow space for combining the conductors, which can be electrically connected to one another in the hollow space, and has an opening to the hollow space for each conductor, and at least the outer surface of the electrode is surrounded by a paper insulation, and the electrode can be electrically connected to the conductors at one point.
A method of detecting a fault in a circuit, the method comprising: sensing a power characteristic at a switch output of a switch; receiving, at a controller module (60, 68), the sensed power characteristic; determining, in the controller module (60, 68), a presence of the fault in the circuit; generating a first control signal to open the switch; determining, in the controller module (60, 68), whether the fault in the circuit is still occurring; and if the fault is still occurring, generating a second control signal to close an active pull down switch; characterised in that determining the presence of the fault in the circuit includes determining the presence of a fault in a power cable having a conductive shielding; and the sensing the power characteristic at the switch output includes sensing a voltage of the conductive shielding or sensing a current at the switch output. sensing a power characteristic at a switch output of a switch; receiving, at a controller module (60, 68), the sensed power characteristic; determining, in the controller module (60, 68), a presence of the fault in the circuit; generating a first control signal to open the switch; determining, in the controller module (60, 68), whether the fault in the circuit is still occurring; and if the fault is still occurring, generating a second control signal to close an active pull down switch; determining the presence of the fault in the circuit includes determining the presence of a fault in a power cable having a conductive shielding; and the sensing the power characteristic at the switch output includes sensing a voltage of the conductive shielding or sensing a current at the switch output.
A method for mobility management between large and small cells (202, 212, 206), comprising: in a user equipment (208, 218): receiving information about two different procedures utilizing measurement gaps ((702, 704, 706, 708), (718, 720, 722)); applying at least one procedure for inter-frequency measurements of at least one carrier, wherein a first procedure is applied when a carrier having at least one cell deployed for providing non-continuous coverage radio access is to be measured and a second procedure is applied when a carrier having at least one cell (202, 212) deployed for providing continuous coverage radio access is to be measured, and wherein the inter-frequency measurements are performed less frequently in the first procedure than in the second procedure; and performing the inter-frequency measurements according to the applied procedure, when the procedure for the inter-frequency measurements is on. in a user equipment (208, 218): receiving information about two different procedures utilizing measurement gaps ((702, 704, 706, 708), (718, 720, 722)); applying at least one procedure for inter-frequency measurements of at least one carrier, wherein a first procedure is applied when a carrier having at least one cell deployed for providing non-continuous coverage radio access is to be measured and a second procedure is applied when a carrier having at least one cell (202, 212) deployed for providing continuous coverage radio access is to be measured, and wherein the inter-frequency measurements are performed less frequently in the first procedure than in the second procedure; and performing the inter-frequency measurements according to the applied procedure, when the procedure for the inter-frequency measurements is on. receiving information about two different procedures utilizing measurement gaps ((702, 704, 706, 708), (718, 720, 722)); applying at least one procedure for inter-frequency measurements of at least one carrier, wherein a first procedure is applied when a carrier having at least one cell deployed for providing non-continuous coverage radio access is to be measured and a second procedure is applied when a carrier having at least one cell (202, 212) deployed for providing continuous coverage radio access is to be measured, and wherein the inter-frequency measurements are performed less frequently in the first procedure than in the second procedure; and performing the inter-frequency measurements according to the applied procedure, when the procedure for the inter-frequency measurements is on.
Process for straightening keratin fibres such as the hair, which comprises the application to the said fibres of a cosmetic composition comprising: i) one or more dicarbonyl compounds corresponding to formula below, and/or derivatives thereof and/or hydrates thereof and/or salts thereof: in which formula: R represents an atom or group chosen from i) hydrogen, ii) carboxyl-C OH, iii) linear or branched C 1 -C 6 alkyl which is optionally substituted, preferably with at least one hydroxyl -OH radical, carboxyl -C -OH radical or halogen such as Br, iv) optionally substituted phenyl, v) optionally substituted benzyl, iv) and v) preferably being optionally substituted with at least one -OH or -C OH radical, vi) an indolyl radical and vii) an imidazolylmethyl radical and tautomers thereof such as: with * representing the part linked to the rest of the molecule, "derivatives" of the dicarbonyl compounds of formula being esters of the carboxyl group(s), amides of the carboxyl group(s), and (thio)acetals and hemi(thio)acetals of the carbonyl function(s) of the compounds of formula, in free form or optionally in the form of salts or hydrates, and ii) at least one amino silicone, the composition having a pH of less than or equal to 4, followed by a straightening step using a straightening iron. i) one or more dicarbonyl compounds corresponding to formula below, and/or derivatives thereof and/or hydrates thereof and/or salts thereof: in which formula: R represents an atom or group chosen from i) hydrogen, ii) carboxyl-C OH, iii) linear or branched C 1 -C 6 alkyl which is optionally substituted, preferably with at least one hydroxyl -OH radical, carboxyl -C -OH radical or halogen such as Br, iv) optionally substituted phenyl, v) optionally substituted benzyl, iv) and v) preferably being optionally substituted with at least one -OH or -C OH radical, vi) an indolyl radical and vii) an imidazolylmethyl radical and tautomers thereof such as: with * representing the part linked to the rest of the molecule, "derivatives" of the dicarbonyl compounds of formula being esters of the carboxyl group(s), amides of the carboxyl group(s), and (thio)acetals and hemi(thio)acetals of the carbonyl function(s) of the compounds of formula, in free form or optionally in the form of salts or hydrates, and ii) at least one amino silicone,
A draping product (1, 2, 3, 4, 13, 14, 15, 16, 17) with an adhesive edge, an incision film or a tape, provided with a coating of a soft, skin friendly-adhesive, characterized in that the soft, skin friendly adhesive has a softness greater than 10 mm measured by means of the modified method of measuring the softness as disclosed in the description, and the draping product with an adhesive edge, the incision film or the tape, provided with a coating of a soft, skin friendly- adhesive, is leakproof in accordance with the MHC Leakage Test with a groove depth of 50 micrometres, the method of said MHC Leakage Test being disclosed in the description.
A method for reading an optical code on an object in a view volume from multiple directions, comprising the steps of: positioning and mounting a first imager and a second imager on a common circuit board within a reader housing such that the first and second imagers (60a, 60def) are in at least approximately co-planar positions; directing a first field of view of the first imager via a first mirror set from a position of the first imager into the view volume from a first perspective; directing a second field of view of a first section of the second imager via a second mirror set from a position of the second imager into the view volume from a second perspective; directing a third field of view of a second section of the second imager via a third mirror set from a position of the second imager into the view volume from a third perspective; forming a first image at the first imager of the first field of view into the view volume from the first perspective; forming a second image at the second imager of the second field of view into the view volume from the second perspective; forming a third image at the second imager of the third field of view into the view volume from the third perspective; processing the optical code based on one or more of the first, second and third images. positioning and mounting a first imager and a second imager on a common circuit board within a reader housing such that the first and second imagers (60a, 60def) are in at least approximately co-planar positions; directing a first field of view of the first imager via a first mirror set from a position of the first imager into the view volume from a first perspective; directing a second field of view of a first section of the second imager via a second mirror set from a position of the second imager into the view volume from a second perspective; directing a third field of view of a second section of the second imager via a third mirror set from a position of the second imager into the view volume from a third perspective; forming a first image at the first imager of the first field of view into the view volume from the first perspective; forming a second image at the second imager of the second field of view into the view volume from the second perspective; forming a third image at the second imager of the third field of view into the view volume from the third perspective; processing the optical code based on one or more of the first, second and third images.