mhurhangee/ep-ind-claims huggingface dataset:
A world clock, having - a clockwork with hands, - a stationary 24-hour dial (101, 301, 401, 501), - a dial (103, 303, 403, 503) rotatable relative to the 24-hour dial (101, 301, 401, 501), with a symbol for each hour of the 24-hour day characterized in that in or on the world clock, a device for determining geocoordinates is connected to a device for automated rotation of the rotatable dial (103, 303, 403, 503), and in case of a change of the geocoordinates, the device for automated rotation rotates the rotatable dial (103, 303, 403, 503) in accordance with the time zone. - a clockwork with hands, - a stationary 24-hour dial (101, 301, 401, 501), - a dial (103, 303, 403, 503) rotatable relative to the 24-hour dial (101, 301, 401, 501), with a symbol for each hour of the 24-hour day in or on the world clock, a device for determining geocoordinates is connected to a device for automated rotation of the rotatable dial (103, 303, 403, 503), and in case of a change of the geocoordinates, the device for automated rotation rotates the rotatable dial (103, 303, 403, 503) in accordance with the time zone.
A method of preparing a salt product comprising the steps of: (i) providing a mixture which comprises sodium chloride and organic material dissolved in a solvent, said organic material being a solid under ambient temperature conditions; wherein the mixture comprises 5% to 35% by weight of sodium chloride based on the weight of the solvent and further comprises 0.1% to 20% by weight of the organic material based on the weight of the solvent; and (ii) atomising said mixture to produce atomised droplets of the mixture and evaporating said solvent from the atomised droplets to produce a salt product which comprises particles containing: i) sodium chloride and ii) the organic material, said particles of said salt product having a structure comprised of individual crystallites of sodium chloride attached together in the particle, which particles of said salt product comprise hollow particles formed of an outer shell of said crystallites, wherein more than 95% of the particles have a size less than 50 μm; wherein: step (ii) is effected by spray drying at an elevated temperature in the range of 100°C to 210°C; the organic material comprises at least one polymeric material; and the particle size is determined by Laser Light Scattering. (i) providing a mixture which comprises sodium chloride and organic material dissolved in a solvent, said organic material being a solid under ambient temperature conditions; wherein the mixture comprises 5% to 35% by weight of sodium chloride based on the weight of the solvent and further comprises 0.1% to 20% by weight of the organic material based on the weight of the solvent; and (ii) atomising said mixture to produce atomised droplets of the mixture and evaporating said solvent from the atomised droplets to produce a salt product which comprises particles containing: i) sodium chloride and ii) the organic material, said particles of said salt product having a structure comprised of individual crystallites of sodium chloride attached together in the particle, which particles of said salt product comprise hollow particles formed of an outer shell of said crystallites, wherein more than 95% of the particles have a size less than 50 μm; wherein: step (ii) is effected by spray drying at an elevated temperature in the range of 100°C to 210°C; the organic material comprises at least one polymeric material; and the particle size is determined by Laser Light Scattering. step (ii) is effected by spray drying at an elevated temperature in the range of 100°C to 210°C; the organic material comprises at least one polymeric material; and the particle size is determined by Laser Light Scattering.
A method for increasing the amount of glucose and other sugar and peptides released from a fiber feedstock comprising: (a) reacting a fiber feedstock with a mixture of reactants comprising at least one protease and at least one member of the group consisting of cellulase and hemicellulase, wherein the protease is selected from the group consisting of aspartic proteases from molds that are members of the genera of the Ascomycetous fungi represented by the genera Aspergillus and has an amino acid sequence at least greater than 70% identical to SEQ ID NO: 1 and a protease activity is retained and is in addition to any protease endogenous with the cellulase or hemicellulase; and (b) obtaining a reaction product from said fiber feedstock and said mixture of reactants comprising glucose, wherein the amount of glucose in the reaction product (measured as a percentage of the fiber feedstock mass) is greater than the amount of glucose obtained from reaction of the fiber feedstock under the same conditions as the reaction of step (a), but with at least one member selected from the group consisting of cellulase and hemicellulase and excluding protease. (a) reacting a fiber feedstock with a mixture of reactants comprising at least one protease and at least one member of the group consisting of cellulase and hemicellulase, wherein the protease is selected from the group consisting of aspartic proteases from molds that are members of the genera of the Ascomycetous fungi represented by the genera Aspergillus and has an amino acid sequence at least greater than 70% identical to SEQ ID NO: 1 and a protease activity is retained and is in addition to any protease endogenous with the cellulase or hemicellulase; and (b) obtaining a reaction product from said fiber feedstock and said mixture of reactants comprising glucose, wherein the amount of glucose in the reaction product (measured as a percentage of the fiber feedstock mass) is greater than the amount of glucose obtained from reaction of the fiber feedstock under the same conditions as the reaction of step (a), but with at least one member selected from the group consisting of cellulase and hemicellulase and excluding protease.
A massage unit for a seat part and/or a backrest part of a seat consisting of a controllable electric motor and a massage head startable by the electric motor and displaceable in a translatory manner for carrying out a massage movement towards a user of the seat, characterised in that an axis of rotation of a rotor of the electric motor and a translation axis of the massage head are arranged parallel to one another.
Rotary vacuum pump, comprising a housing defining a pump chamber therein, and a rotor extending through a first axial end panel into the pump chamber and carrying at least one vane for rotary movement of the vane within the pump chamber, the rotor comprising an annular axial end face sealing against a corresponding contact surface of a second axial end panel, whereby the rotary vacuum pump further comprising an annular groove for reducing noise generation of the rotary vacuum pump during operation, wherein said groove is formed at said axial end face of said rotor, characterized in that the groove is substantially arranged centrally with respect to a rotor wall and runs along a middle portion of the axial end face and the groove is interrupted by a slot formed in the rotor for receiving the vane. a housing defining a pump chamber therein, and a rotor extending through a first axial end panel into the pump chamber and carrying at least one vane for rotary movement of the vane within the pump chamber, the rotor comprising an annular axial end face sealing against a corresponding contact surface of a second axial end panel, whereby the rotary vacuum pump further comprising an annular groove for reducing noise generation of the rotary vacuum pump during operation, wherein said groove is formed at said axial end face of said rotor, characterized in that the groove is substantially arranged centrally with respect to a rotor wall and runs along a middle portion of the axial end face and the groove is interrupted by a slot formed in the rotor for receiving the vane.
A refrigeration system for cooling an interior of a cooling container by lowering the temperature to a usable temperature and removing heat to a heat sink, comprising a first and a second speed-regulated compressor, a gas cooler, at least one throttling point, at least one inner heat exchanger or an intermediate pressure liquid separator, an evaporator and controllable valve devices (12, 22, 30), wherein the first compressor has a first bypass line which establishes a flow connection from the pressure side of said compressor to the suction side thereof and in which a first controllable valve device with opening and closing functions is arranged, wherein the second compressor has a second bypass line which establishes a flow connection from the pressure side of said compressor to the suction side thereof and in which a second controllable valve device with opening and closing functions is arranged, wherein a third controllable valve device with opening and closing functions is arranged in a flow connection between the pressure side of the first compressor and the suction side of the second compressor, wherein there are means for activating the abovementioned valve devices, and wherein there is a controller which has at least inputs for the usable and ambient temperatures and outputs for actuating the abovementioned valve devices and for separately changing the rotational speed of the two compressors (11, 21), and the controller has algorithms for the different actuation of the three valve devices (12, 22, 30) for different operating modes of the refrigeration system and for changing the rotational speed of the first and the second compressor depending on the usable and ambient temperatures, characterized in that the communicating connection of the first bypass line branches off on the pressure side of the first compressor after (downstream of) the third controllable valve device and the communicating connection of the second bypass line branches off on the suction side of the second compressor before (upstream of) the third controllable valve device.
Artificial hybrid turf comprising a reinforcement, said reinforcement having an open structure with several holes and as such being permeable for grass to grow through it, said reinforcement constituting an underside of the artificial hybrid turf, wherein the artificial hybrid turf also comprises piles which are attached to the reinforcement and which piles as a whole constitute the upside of the artificial hybrid turf, wherein the reinforcement is a knitted structure and wherein the material of the reinforcement surrounding one hole is knitted together with the material of the reinforcement surrounding another hole by use of filaments, and wherein the piles are arranged in clusters with several piles being adjacent to one another, but still forming small group of piles, characterised in that the holes of the reinforcement have a width in the range of 12 - 25 mm and a length in the range of 15 - 29 mm, wherein the strength of the reinforcement is in the range of 2000 - 4000 Denier and wherein the piles have a length in the range of 20 - 32 mm.
Fluid-technical valve device, which has a first rotary slide valve, a second rotary slide valve and a servomotor, wherein each of the rotary slide valves (2,3) comprises a rotary slide (6,7) arranged in a rotary slide housing and drivable via a drive shaft by means of the servomotor, wherein the first rotary slide valve is rigidly coupled to the drive shaft and the second rotary slide valve is coupled to the drive shaft via a freewheel, characterised in that the freewheel is only indirectly coupled to the drive shaft via the first rotary slide valve.
Aerodynamic device for a motor vehicle comprising a fixed spoiler attached to the bodywork and a movable blade sliding into the interior space of the fixed spoiler along a longitudinal axis (XX') between a retracted position and a deployed position in the rear extension of the fixed spoiler,the movable blade comprises at least one diffusing light guide comprising at least one light entry track extending longitudinally and one or more light-emitting surfaces arranged on a surface of the movable blade visible from outside the vehicle, characterised in that one or more light sources are arranged on an inner wall of said inner space of the fixed spoiler opposite and in the immediate vicinity of each of the light entry tracks.
Unit designed for determining and/or monitoring the level of a medium in a vessel with a sensor, which determines the level on the basis of the time-of-flight of measuring signals, with a measurement/regulation/control unit, which specifies at least one event to be determined or monitored, with at least one memory unit (4, 5), which saves measurement data depending on the at least one prespecified event, with an output unit, which is designed in such a way that it provides a pixel-oriented representation of current measured data, wherein the representation of the current measured data concerns the echo curve or a variable derived from the echo curve, wherein the echo curve reproduces the amplitudes of the measurement signals depending on the time-of-flight or the path, and wherein the sensor, the measurement/regulation/control unit and the memory unit (4, 5) form a compact unit or an independent field device.
Electric axle module comprising at least one electrical machine (12, 14, 96), which is integrated in said electric axle module and drives one or both of the wheels held on the electric axle module, and comprising a gear mechanism (30, 68, 74), wherein the electric axle module has at least one brake (24, 42), which is integrated in said electric axle module and is structurally integrated into the at least one electrical machine (12, 14, 96) or the gear mechanism (30, 68, 74), wherein the temperature of the integrated brake (24, 42) is controlled by means of a cooling fluid cooling arrangement, characterized in that the integrated brake (24, 42) has a rotor composed of ceramic, a stator and a pressure plate, wherein the rotor interacts with the stator and the pressure plate, which are cooled by the cooling fluid cooling arrangement, wherein this is done by way of cooling ducts running in the immediate surrounding area in a housing of the brake or the gear mechanism.
A cyclone separator for separating liquids from gasses, comprising: a body (2, 12, 33) of the cyclone separator within which a cyclone can be formed; an inlet (1, 31) formed in the body of said cyclone separator to supply gaseous liquids into said cyclone separator; a gas outlet (4, 35) located in an upper portion of said body to allow exit of gasses from said cyclone separator; a liquid outlet (24, 34) located in a bottom portion of said body; a float assembly (13, 36) located within the body of said cyclone separator, said float assembly including: a) a float adapted for floating on liquid in said body; b) a fluid valve (22, 46) attached to said float and adapted to close the liquid outlet (24, 34) when a level of the liquid is at a predetermined low level, and to open the liquid outlet when the level of the liquid is higher than said predetermined low level to thereby allow liquid to exit the body of said cyclone separator; and c) a gas valve (6, 40) attached to said float so that when said float rises beyond a predetermined level, said valve closes the gas outlet (4, 35); whereby gasses are dynamically separated from liquids in said cyclone separator; and characterised in that the float is attached concentrically to a shaft (3, 37) that is centrally located on the axis of the cyclone by bearings that permit the float to rotate and slide up and down; and wherein the fluid valve (22, 46) is provided at one end of the shaft (3, 37) and the gas valve (6, 40) is provided at the opposite end of the shaft. a body (2, 12, 33) of the cyclone separator within which a cyclone can be formed; an inlet (1, 31) formed in the body of said cyclone separator to supply gaseous liquids into said cyclone separator; a gas outlet (4, 35) located in an upper portion of said body to allow exit of gasses from said cyclone separator; a liquid outlet (24, 34) located in a bottom portion of said body; a float assembly (13, 36) located within the body of said cyclone separator, said float assembly including: a) a float adapted for floating on liquid in said body; b) a fluid valve (22, 46) attached to said float and adapted to close the liquid outlet (24, 34) when a level of the liquid is at a predetermined low level, and to open the liquid outlet when the level of the liquid is higher than said predetermined low level to thereby allow liquid to exit the body of said cyclone separator; and c) a gas valve (6, 40) attached to said float so that when said float rises beyond a predetermined level, said valve closes the gas outlet (4, 35); a) a float adapted for floating on liquid in said body; b) a fluid valve (22, 46) attached to said float and adapted to close the liquid outlet (24, 34) when a level of the liquid is at a predetermined low level, and to open the liquid outlet when the level of the liquid is higher than said predetermined low level to thereby allow liquid to exit the body of said cyclone separator; and c) a gas valve (6, 40) attached to said float so that when said float rises beyond a predetermined level, said valve closes the gas outlet (4, 35);
S100 family protein for use in the prevention, reduction, or treatment of a hypertrophic scar, keloid, or fibroproliferative disorder, wherein said S100 family protein is selected from S100A7 protein and S100A15 protein, and wherein said protein is administered to a patient in need thereof.
A room fragrancing device comprising an air duct with an air inlet and an air outlet, a fan for conveying air through the air duct from the air inlet to the air outlet, a replaceable container for a liquid containing a fragrance, a metering device for the liquid with a metering unit and an evaporation body arranged inside the air duct, wherein, to evaporate the liquid, it can be fed from the replaceable container to the evaporation body by means of the metering unit, wherein the metering unit is arranged at least partially in or on the interchangeable container and can be replaced together with the latter, characterised in that the metering unit comprises a piston having a circumferential groove, wherein the piston is displaceably mounted in a cylinder in such a way that the peripheral groove can be brought into fluid communication with the interior of the interchangeable container or with the exterior of the interchangeable container as desired over a piston stroke.
A multifocal intraocular or contact lens, having a refractive focal point (F r) and a first and a second diffractive structure (6, 7), which at least partially overlap, wherein the two diffractive structures (6, 7) are different, characterised in that a first order focal point (F 1,1) of the first diffractive structure coincides with a first order focal point (F 2,1) of the second diffractive structure.
Handle comprising at least one main body which is suitable to be fastened to a vehicle door and is provided with a seat for at least one secondary body which can contain the lock of this door, wherein a locking member can rotate in the main body around a first axis for preventing the sliding of the secondary body in the seat by means of a ring provided with a central opening in which a functional portion of the secondary body can be inserted, characterized in that the locking member is provided with an extension comprising a socket shaped for being coupled with the head of at least one tool for pulling and/or pushing the extension, so as to rotate the locking member.
A method of deploying a heat exchanger pipe, the method comprising: drilling a bore hole from an access ditch location to a terminal ditch location using a piloted drill head powered via an umbilical attached to the piloted drill head; attaching a casing to the piloted drill head about the umbilical and deploying the casing into the bore hole from the access ditch location to the terminal ditch location; at the terminal ditch location, removing the piloted drill head from the casing and the umbilical; at the terminal ditch location, attaching a heat exchanger pipe to the umbilical; withdrawing the umbilical from within the casing deployed in the bore hole and pulling the heat exchanger pipe into the casing; and withdrawing the casing from the bore hole leaving the heat exchanger pipe in the bore hole. drilling a bore hole from an access ditch location to a terminal ditch location using a piloted drill head powered via an umbilical attached to the piloted drill head; attaching a casing to the piloted drill head about the umbilical and deploying the casing into the bore hole from the access ditch location to the terminal ditch location; at the terminal ditch location, removing the piloted drill head from the casing and the umbilical; at the terminal ditch location, attaching a heat exchanger pipe to the umbilical; withdrawing the umbilical from within the casing deployed in the bore hole and pulling the heat exchanger pipe into the casing; and withdrawing the casing from the bore hole leaving the heat exchanger pipe in the bore hole.
A method for analyzing nucleic acids in a sample, the method comprising: sequencing a sample to obtain nucleic acid sequence information; determining an amount of GC bias in the sequence information, wherein the determining comprises: partitioning the genome into bins; and measuring a correlation between a number of counts in each bin and its GC content, wherein a statistically significant negative or positive correlation indicates existence of GC bias; correcting the sequence information to account for the GC bias by selecting a subset of bins within a given range of GC content such that average GC content per chromosome is equalized; and analyzing the corrected sequence information by performing chromosomal counting using the counts of the selected subset of bins. sequencing a sample to obtain nucleic acid sequence information; determining an amount of GC bias in the sequence information, wherein the determining comprises: partitioning the genome into bins; and measuring a correlation between a number of counts in each bin and its GC content, wherein a statistically significant negative or positive correlation indicates existence of GC bias; partitioning the genome into bins; and measuring a correlation between a number of counts in each bin and its GC content, wherein a statistically significant negative or positive correlation indicates existence of GC bias; correcting the sequence information to account for the GC bias by selecting a subset of bins within a given range of GC content such that average GC content per chromosome is equalized; and analyzing the corrected sequence information by performing chromosomal counting using the counts of the selected subset of bins.