mhurhangee/ep-ind-claims huggingface dataset:
Paper, in particular for use in the manufacture of corrugated cardboard, the paper being formed from at least two layers of different composition which are bonded together and the paper containing recycled paper fibres and grass fibres, the grass fibres being fibres of sweet and/or sour grass and/or seaweed and/or algae, characterised in that a first layer of the paper is designed as a base layer and contains a minimum proportion of recycled paper fibres of 70% by weight and a maximum proportion of grass fibres of 30% by weight or no grass fibres, in that a second layer of the paper forms a top layer with a minimum proportion of grass fibres of% by weight and a maximum proportion of grass fibres of 30 % by weight or no grass fibres, in that a second layer of the paper forms a top layer with a minimum proportion of grass fibres of 20 % by weight and a maximum proportion of recycled paper fibres of 80 % by weight, and in that the proportion of grass fibres in the top layer is higher than the proportion of grass fibres in the base layer.
A circulating fluidized bed boiler, comprising - a rectangular furnace which is horizontally enclosed by a front wall, a back wall and two sidewalls (14,14'), wherein the common width of the front wall and the back wall is larger than the common width of the sidewalls, - multiple particle separators (18, 18') connected to the upper portion of each of the front wall and the back wall for separating particles from a stream of flue gas and particles discharged from the furnace, wherein each particle separator comprises a gas outlet (34, 34') for discharging cleaned flue gas from the particle separator, and - a flue gas duct system connected to the gas outlets of the particle separators for conducting cleaned flue gas to a back pass, characterized in that the multiple particle separators are arranged in multiple pairs of particle separators, wherein each pair of particle separators includes a front separator arranged adjacent to the front wall and a back separator arranged adjacent to the back wall, and in that the flue gas duct system comprises multiple cross over ducts (32, 32', 32"), each cross over duct connecting the gas outlet of a front separator of a pair of particle separators, across and over the furnace, to the gas outlet of the back separator of the same pair of particle separators, and to the back pass, which back pass is arranged on the back wall side of the furnace, outside of the back separators. - a rectangular furnace which is horizontally enclosed by a front wall, a back wall and two sidewalls (14,14'), wherein the common width of the front wall and the back wall is larger than the common width of the sidewalls, - multiple particle separators (18, 18') connected to the upper portion of each of the front wall and the back wall for separating particles from a stream of flue gas and particles discharged from the furnace, wherein each particle separator comprises a gas outlet (34, 34') for discharging cleaned flue gas from the particle separator, and - a flue gas duct system connected to the gas outlets of the particle separators for conducting cleaned flue gas to a back pass, characterized in that the multiple particle separators are arranged in multiple pairs of particle separators, wherein each pair of particle separators includes a front separator arranged adjacent to the front wall and a back separator arranged adjacent to the back wall, and in that the flue gas duct system comprises multiple cross over ducts (32, 32', 32"), each cross over duct connecting the gas outlet of a front separator of a pair of particle separators, across and over the furnace, to the gas outlet of the back separator of the same pair of particle separators, and to the back pass, which back pass is arranged on the back wall side of the furnace, outside of the back separators.
Method for the manufacture of a sole for a shoe, in particular for a sports shoe, comprising: a. opening a movable part of a mold to a predetermined extent; b. loading particles of expanded thermoplastic polyurethane, eTPU, into the mold; c. reducing the volume of the mold according to the shape of the sole which is to be manufactured; and d. feeding steam to the eTPU; wherein e. the mechanical properties of the sole are at least partly determined by the extent to which the mold is opened in step a., and wherein f. the particles of eTPU are compressed during step c. and wherein the extent to which the mold is opened in step a. determines the amount of particles available for compression. a. opening a movable part of a mold to a predetermined extent; b. loading particles of expanded thermoplastic polyurethane, eTPU, into the mold; c. reducing the volume of the mold according to the shape of the sole which is to be manufactured; and d. feeding steam to the eTPU; wherein e. the mechanical properties of the sole are at least partly determined by the extent to which the mold is opened in step a., and wherein f. the particles of eTPU are compressed during step c. and wherein the extent to which the mold is opened in step a. determines the amount of particles available for compression.
A constant strain spring compensation device, comprising a grooved pulley, a compensation cable, a left end plate, a spindle, oil seals, bearings, a right end plate, a contact flat spiral spring, a housing, a fastening angle steel, a mounting base, a pin, and a wire-breaking arresting device; wherein said grooved pulley is fixed on the spindle, said compensation cable is wound and one of its ends is fixed on the grooved pulley, and the other end is connected to exterior overhead contact lines, said spindle being supported on the left end plate by using an oil seal and a bearing, and said spindle being supported on the right end plate by using an oil seal and a bearing; wherein said left end plate, right end plate, housing, fastening angle steel, and mounting base form a closed box base, said pin being connected to the side of the mounting base remote from said box base; wherein said contact flat spiral spring is assembled within said box base, with an inner end hook being connected to the spindle and an outer end hook being connected to the fastening angle steel of the box base; and wherein said wire-breaking arresting device is cooperatively assembled with the grooved pulley and one of the end plates, wherein the wire-breaking arresting device is configured, in the case of breakage of the overhead contact lines or the compensation cable, to stop the grooved pulley to the stationary status by means of friction, so that the contact flat spiral spring does not produce a relatively large rebound force, ensuring the safe operation of the constant strain spring compensation device.
Method for operating a laser scanning microscope comprising a light source, an illumination beam path for illuminating a sample with a spatially delimited punctiform illumination light spot via a scanning device and an objective, and a detection beam path for detecting the sample light that passes into the detection beam path via the objective and the scanning device, wherein focusing means are arranged in the detection beam path and focus the sample light to form a spatially delimited detection light spot into a pinhole plane in which is situated a two-dimensional matrixlike distribution of individually readable receivers, wherein for the simulation of an adjustable pinhole stop in the pinhole plane the receivers arranged instead of a pinhole stop are read individually, wherein only a region that is exposed to detection light by means of a detection light spot is detected, characterized in that in the event of change in the operating conditions of the laser scanning microscope or before a first image recording by means of reading the receivers, the region exposed to detection light is sought by means of alternately switching individual elements on and off and for the further detection is utilized at least partly for detection purposes and a first group of receivers for detecting the detection light spot and a second group of receivers grouped around said first group are arranged and a light detection by the second group of receivers triggers a control signal for the Z-focusing.
A gastric ring for treatment of obesity, comprising: - a band which is able to form a ring around the wall of the stomach, and - connection means (4, 40, 51, 54) with which this band can be maintained in the form of said ring; the band being made of at least one bioabsorbable or biodegradable material and having a face intended to come into contact with the wall of the stomach, characterized in that the band is of such a thickness that it has a flexibility allowing it to be curved transversely with respect to its longitudinal direction, and in that said connection means (4, 40) include two lateral portions of the band which continue the central portion of the band intended to surround the patient's stomach and are designed for placing said lateral portions of the band in a substantially radial direction with respect to the circle formed by the central portion of the band when the ring is placed on the stomach of a patient, these lateral portions protruding outward from this circle. - a band which is able to form a ring around the wall of the stomach, and - connection means (4, 40, 51, 54) with which this band can be maintained in the form of said ring;
Glass sliding door for a shower cubicle comprising a running rail and a door leaf guided by means of at least one carriage on the running rail, the carriage having at least one roller guided on a track surface of a track of the running rails, the running rail being connected to a second running rail by means of a corner connector, characterized in that a clamping block is set into the running rail in a clamping manner, wherein a screw connection is formed between the corner connector and the clamping block, and in that the screw connection between the clamping block set into the running rail and the corner connector has a screw extending in the longitudinal direction of the running rail.
An offshore structure for use with an Ocean Thermal Energy Conversion system comprising: a submerged spar having a lower portion comprising; a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270); a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having lifting cable connected to the cold water pipe; wherein the cold water intake occupies the central space of the dry machinery space. a submerged spar having a lower portion comprising; a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270); a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having lifting cable connected to the cold water pipe; wherein a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270); a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having lifting cable connected to the cold water pipe; wherein
A device for facilitating an exchange of personal information between a user and a third party comprising: - a body configured to be carried by a user; - a contact pad provided on a surface of the body, the contact pad being configured to be contacted by the user and comprises a plurality of sensor elements for taking a plurality of biometric readings from the user for verification purposes; said plurality sensor elements comprising at least one sensor element for measuring the electrokinetic energy; - a data storage module provided with said body for storing personal data about said user together with said user's biometric data including user's electrokinetic energy profile; - a processor for processing said biometric readings obtained by the plurality of sensor elements and comparing said biometric readings against the user's stored biometric data to confirm identity of the user, the processor being further configured to facilitate a transfer of said user's personal data with the third party upon confirmation of the identity of the user, the processor being further configured to detect the electrokinetic energy of the user to determine that the user is in a live state and to authenticate the user by comparing the electrokinetic energy of the user with the user's electrokinetic energy profile stored in the data storage; and - a power supply provided with said body, the power supply being selectively connectible to the processor to supply power to the processor when the identity of the user is confirmed. - a body configured to be carried by a user; - a contact pad provided on a surface of the body, the contact pad being configured to be contacted by the user and comprises a plurality of sensor elements for taking a plurality of biometric readings from the user for verification purposes; said plurality sensor elements comprising at least one sensor element for measuring the electrokinetic energy; - a data storage module provided with said body for storing personal data about said user together with said user's biometric data including user's electrokinetic energy profile; - a processor for processing said biometric readings obtained by the plurality of sensor elements and comparing said biometric readings against the user's stored biometric data to confirm identity of the user, the processor being further configured to facilitate a transfer of said user's personal data with the third party upon confirmation of the identity of the user, the processor being further configured to detect the electrokinetic energy of the user to determine that the user is in a live state and to authenticate the user by comparing the electrokinetic energy of the user with the user's electrokinetic energy profile stored in the data storage; and - a power supply provided with said body, the power supply being selectively connectible to the processor to supply power to the processor when the identity of the user is confirmed.
Antisense oligomeric compound targeting SEQ ID NO: 1 and single nucleotide polymorphism of SEQ ID NO: 1, wherein said antisense oligomeric compound is: - selected from the group consisting of SEQ ID NO's: 10-17 and 33, and sequences having at least 90% sequence identity thereto over the entire length of SEQ ID NO's: 10-17 or 33, or - selected from the group consisting of shorter sequences of SEQ ID NO's: 10-17 and 33, having a length of at least 15 consecutive nucleotides, or - selected from the group consisting of longer sequences comprising a sequence selected from the group consisting of SEQ ID NO's: 10-17 and 33, these longer sequences having a length of maximally 30 nucleotides. - selected from the group consisting of SEQ ID NO's: 10-17 and 33, and sequences having at least 90% sequence identity thereto over the entire length of SEQ ID NO's: 10-17 or 33, or - selected from the group consisting of shorter sequences of SEQ ID NO's: 10-17 and 33, having a length of at least 15 consecutive nucleotides, or - selected from the group consisting of longer sequences comprising a sequence selected from the group consisting of SEQ ID NO's: 10-17 and 33, these longer sequences having a length of maximally 30 nucleotides.
System for diagnosing a rotor imbalance of a wind turbine on the basis of acceleration data measured in the region of a wind turbine nacelle which is supported by a tower, characterized in that said system comprises: - a measuring device provided with a three-axis (X, Y, Z) vibration sensor which performs systematic and continuous measurements of the acceleration data corresponding to the vibrations occurring in the region of the nacelle; and - a system for processing acceleration data, which system is suitable for determining the imbalance of the rotor by means of a vibration analysis which is based solely on the acceleration data measured on at least two axes (X, Y, Z) in the region of the nacelle without interfering with the normal operation of the wind turbine. - a measuring device provided with a three-axis (X, Y, Z) vibration sensor which performs systematic and continuous measurements of the acceleration data corresponding to the vibrations occurring in the region of the nacelle; and - a system for processing acceleration data, which system is suitable for determining the imbalance of the rotor by means of a vibration analysis which is based solely on the acceleration data measured on at least two axes (X, Y, Z) in the region of the nacelle without interfering with the normal operation of the wind turbine.
Two-wheeled vehicle having a frame which has at least one concave section, and having a front wheel and a rear wheel (10, 20), the front wheel and/or the rear wheel (10, 20) being arranged pivotably on the frame via in each case at least one hinge, with the result that the two-wheeled vehicle can be folded apart and folded together by way of a pivoting movement of the front wheel and/or the rear wheel (10, 20), and the frame being arranged at least in sections between the front wheel and the rear wheel (10, 20) in the folded-apart state, the circumference of the front wheel and/or rear wheel (10, 20) being surrounded at least in sections by the concave section of the frame in the folded-together state of the two-wheeled vehicle, characterized in that it comprises foldable footrests, by means of which at least one of the wheels (10, 20) in the folded-in state can be fixed in its folded-in position in a respective position, in which the footrests are folded in.
A method of operating a wireless detonator system which includes a controller, a blast control unit, at least one transmitter/receiver assembly which is associated with the blast control unit, a mobile tagger and a plurality of detonators, each detonator comprising a first section which includes an antenna, an associated transmitter and an associated receiver which are connectable to the antenna, a power supply, a processor, and a switching device, and a second section which comprises an initiation device, wherein the method includes the steps of: transmitting information at an ultralow frequency from the transmitter in the assembly to each receiver associated with a respective detonator, using the tagger to communicate in a bi-directional manner using a near field communication technique with the blast control unit, with the transmitter/receiver assembly and, at least prior to deployment of each detonator, with the respective transmitter and receiver associated with the detonator, in response to an incident signal from said transmitter/receiver assembly, detected by the antenna, drawing energy from the incident signal characterized in that, subject to the operation of the processor, using said drawn energy to operate the switching device so that energy from the power supply powers the associated transmitter and the associated receiver.
A solid substance concentration managing method of managing a concentration of a solid substance which is contained in a residue that is discharged in a reaction product gas processing step included in a trichlorosilane producing method of producing trichlorosilane by reacting metal silicon, tetrachlorosilane, and hydrogen with each other, the solid substance concentration managing method comprising a concentration measuring step of measuring the concentration of the solid substance which is contained in an after-crystallization residue that is obtained in a crystallizing step of crystallizing part of aluminum chloride, contained in the residue, by cooling the residue, wherein the concentration measuring step is carried out - before a residue concentrating step of concentrating the after-crystallization residue, and - with use of a turbidimeter. - before a residue concentrating step of concentrating the after-crystallization residue, and - with use of a turbidimeter.
A connection structure, comprising: a chamber comprising a hollow housing, a diaphragm dividing the inside of the housing into a first space and a second space, and an output port outputting a gas in the second space with deformation of the diaphragm caused by pressure of a fluid flowing into the first space; a connection part comprising a coupling connected to the output port and being attached to a pressure detection device comprising a pressure sensor for detecting pressure of the gas output from the coupling; and a seal member being sandwiched between a side surface of the output port and a side surface of the coupling and moving while changing a sealing position when connecting or extracting the chamber to/from the connection part, characterized in that the connection structure further comprising: a first stopper (30c, 308) being arranged on the side surface of the coupling and defining a position of the seal member to prevent the seal member from coming off; and a second stopper being arranged on the side surface of the coupling at a position facing the first stopper (30c, 308) and separated from the first stopper (30c, 308) by more than a diameter of the seal member. a chamber comprising a hollow housing, a diaphragm dividing the inside of the housing into a first space and a second space, and an output port outputting a gas in the second space with deformation of the diaphragm caused by pressure of a fluid flowing into the first space; a connection part comprising a coupling connected to the output port and being attached to a pressure detection device comprising a pressure sensor for detecting pressure of the gas output from the coupling; and a seal member being sandwiched between a side surface of the output port and a side surface of the coupling and moving while changing a sealing position when connecting or extracting the chamber to/from the connection part, characterized in that the connection structure further comprising: a first stopper (30c, 308) being arranged on the side surface of the coupling and defining a position of the seal member to prevent the seal member from coming off; and a second stopper being arranged on the side surface of the coupling at a position facing the first stopper (30c, 308) and separated from the first stopper (30c, 308) by more than a diameter of the seal member. a first stopper (30c, 308) being arranged on the side surface of the coupling and defining a position of the seal member to prevent the seal member from coming off; and a second stopper being arranged on the side surface of the coupling at a position facing the first stopper (30c, 308) and separated from the first stopper (30c, 308) by more than a diameter of the seal member.
Power converter for charging an electrical energy store which is able to be coupled to the power converter via a circuit breaker, comprising: a detector apparatus which is designed to detect an opening of the circuit breaker; wherein the power converter is designed to interrupt a provision of electrical energy to the electrical energy store if the detector apparatus detects an opening of the circuit breaker, characterized in that the detector apparatus comprises an additional switching contact at the circuit breaker which is designed to provide information about the switching state of the circuit breaker, and wherein the detector apparatus is designed to evaluate the information provided by the additional switching contact. a detector apparatus which is designed to detect an opening of the circuit breaker; wherein the power converter is designed to interrupt a provision of electrical energy to the electrical energy store if the detector apparatus detects an opening of the circuit breaker, characterized in that the detector apparatus comprises an additional switching contact at the circuit breaker which is designed to provide information about the switching state of the circuit breaker, and wherein the detector apparatus is designed to evaluate the information provided by the additional switching contact.