mhurhangee/ep-ind-claims huggingface dataset:
A roller assembly comprising: a track roller having a roller inner surface with a varying roller inner diameter; and a roller shaft having shaft outer surface with a shaft outer diameter, wherein the shaft outer surface and the roller inner surface are configured so that the track roller can rotate about the roller shaft; a first collar that is press fit onto a first shaft end; and a second collar that is press fit onto a second shaft end; characterised in that, the roller shaft is compressible to reduce a shaft length of the roller shaft from a shaft normal length to a shaft compressed length and is configured such that a collar axial clearance of the first collar and the second collar from the roller inner surface is created by compressing the roller shaft with a compressive axial load when the track roller prevents axial inward movement of the first collar and the second collar, and then removing the compressive axial load from the roller shaft to allow the first collar and the second collar to move axially outwardly as the roller shaft extends from the shaft compressed length to the shaft normal length. a track roller having a roller inner surface with a varying roller inner diameter; and a roller shaft having shaft outer surface with a shaft outer diameter, wherein the shaft outer surface and the roller inner surface are configured so that the track roller can rotate about the roller shaft; a first collar that is press fit onto a first shaft end; and a second collar that is press fit onto a second shaft end; characterised in that, the roller shaft is compressible to reduce a shaft length of the roller shaft from a shaft normal length to a shaft compressed length and is configured such that a collar axial clearance of the first collar and the second collar from the roller inner surface is created by compressing the roller shaft with a compressive axial load when the track roller prevents axial inward movement of the first collar and the second collar, and then removing the compressive axial load from the roller shaft to allow the first collar and the second collar to move axially outwardly as the roller shaft extends from the shaft compressed length to the shaft normal length.
A dual clutch arrangement of a dual transmission having an input shaft, wherein the dual clutch arrangement comprises a radial outer friction clutch, a radial inner friction clutch, two output shafts (32, 42), a hub fixed to a housing, a first piston/cylinder arrangement fixed to the housing, and a second piston/cylinder arrangement fixed to the housing, wherein the piston/cylinder arrangements (50, 52) respectively comprise a cylinder (56, 64), a piston (54, 66), as well as an engaging bearing (58, 68), wherein input members (28, 38, 100) of the friction clutches (24, 26) are coupleable to the input shaft, wherein output members (30, 40) of the friction clutches (24, 26) are respectively connected to one of the two output shafts (32, 42), wherein the friction clutches (24, 26) are radially nested into each other, and wherein the friction clutches (24, 26) are actuable respectively by means of one of the piston/cylinder arrangements (50, 52), which is fixed to the housing, and by means of one of the engaging bearings (58, 68), wherein a first radial bearing is coupled to an end of the input members (28, 38, 100), which is facing away from the input shaft, in order to receive both radial and axial forces (62, 72) during actuation of the friction clutches (24, 26), characterized in that each of the friction clutches (24, 26) has respectively assigned one of the engaging bearings (58, 68), wherein one of the engaging bearings, which is assigned to the radial inner friction clutch, is biased by a spring arrangement, which is coupled to the input member of the radial inner friction clutch, and by a pressing plate into an opened position of the radial inner friction clutch, and wherein the other engaging bearing, which is assigned to the radial outer friction clutch is biased by a further spring arrangement, which in turn couples to the input member of the radial inner friction clutch, and by a further pressing plate into an open position of the radial outer friction clutch.
Apparatus for providing a particulate material comprising a spray drying chamber, after treatment equipment (4, 5) placed downstream of the spray drying chamber and a process gas heater placed upstream in relation to the spray drying chamber, characterized in that an inlet filter capable of removing microorganisms at a temperature below 140 °C, is placed upstream of the process gas heater and that the process gas heater is a non-flaking heater, wherein the inlet filter is an ULPA filter.
Grate for furnaces, comprising grate bars which are arranged side by side in a row direction to form a grate row, wherein the grate bars each have a plate extending in a planar manner on an upper face, wherein the plates form, in their entirety, a portion of a grate surface for combustible material, wherein two grate bars (26, 28) that are adjacent in the grate row each have a pin (34, 36) on mutually facing sides (30, 32), wherein the pin (34, 36) is arranged in an opening portion (38, 40) formed in the plate, wherein a coupling element is provided which, on opposite side faces (44, 46), has a recess (48, 50) for one of the pins (34, 36) in each case, and wherein the coupling element is designed such that it can be inserted from the upper face into an opening, which is formed by the opening portions (38, 40) of the two adjacent grate bars (26, 28), and pushed, in a sliding direction, onto the pins (34, 36), wherein the recesses (48, 50) and the pins (34, 36) engage behind one another in the row direction.
A system including: a shear member configured to couple a seat portion to a base structure of a vehicle, the shear member configured to sustain a first load without fracture and configured to inelastically deform under a second load, the second load greater than the first load; and an energy absorber configured to be coupled to the seat portion and coupled to the base structure, the energy absorber comprising a spring configured to absorb energy following deformation of the shear member. a shear member configured to couple a seat portion to a base structure of a vehicle, the shear member configured to sustain a first load without fracture and configured to inelastically deform under a second load, the second load greater than the first load; and an energy absorber configured to be coupled to the seat portion and coupled to the base structure, the energy absorber comprising a spring configured to absorb energy following deformation of the shear member.
A photoacoustic measurement probe, comprising: a light emitting unit that emits measurement light toward a subject; an optical fiber that guides the measurement light to the light emitting unit; an acoustic wave detector that detects an acoustic wave emitted from a part of the subject that has absorbed the measurement light and that includes a plurality of electroacoustic conversion elements arranged in at least a first direction; an amplifier that amplifies an output of the acoustic wave detector; a housing which is a tubular member including a side plate and in which the light emitting unit, the optical fiber, the acoustic wave detector, and the amplifier are housed; a first heat conductive member that is in contact with a first part of the side plate and the amplifier to transfer heat generated by the amplifier to the side plate; and a second heat conductive member (52, 53, 54) that is in contact with a second part of the side plate, different from the first part, and the acoustic wave detector to transfer heat generated by the acoustic wave detector to the side plate. a light emitting unit that emits measurement light toward a subject; an optical fiber that guides the measurement light to the light emitting unit; an acoustic wave detector that detects an acoustic wave emitted from a part of the subject that has absorbed the measurement light and that includes a plurality of electroacoustic conversion elements arranged in at least a first direction; an amplifier that amplifies an output of the acoustic wave detector; a housing which is a tubular member including a side plate and in which the light emitting unit, the optical fiber, the acoustic wave detector, and the amplifier are housed; a first heat conductive member that is in contact with a first part of the side plate and the amplifier to transfer heat generated by the amplifier to the side plate; and a second heat conductive member (52, 53, 54) that is in contact with a second part of the side plate, different from the first part, and the acoustic wave detector to transfer heat generated by the acoustic wave detector to the side plate.
An adhesive composition comprising: a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 53°C or higher and 59°C or less as measured using a differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 53°C or higher and 59°C or less comprises, based on 100 parts by weight of the polymer having a melting temperature of 53°C or higher and 59°C or less, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30. a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 53°C or higher and 59°C or less as measured using a differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 53°C or higher and 59°C or less comprises, based on 100 parts by weight of the polymer having a melting temperature of 53°C or higher and 59°C or less, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30.
An optical element comprising a substrate; and a low refractive layer formed on the substrate, wherein the low refractive layer comprises a resin layer that has a first surface and a second surface opposite to the first surface, the first surface is an undulating surface, and the second surface is located adjacent to the substrate, and the resin layer comprises a first binder; hollow particles distributed in the first binder; and a fluorine-containing polymer, wherein a concentration of the fluorine-containing polymer at the undulating surface is higher than a concentration of the fluorine-containing polymer at a central part of the resin layer in a thickness direction of the resin layer.
Head bearing arrangement for connecting a spring strut to a vehicle body, having a head bearing housing and having a spring plate on which a load-bearing spring of the spring strut is supported, wherein the spring plate is arranged on the head bearing housing, characterized in that the spring plate is arranged on the head bearing housing by way of a conical seat, wherein a toothing is formed in the conical seat between the spring plate and the head bearing housing.
A computer-implemented method for blockchain transactions, comprising: receiving instructions to execute two or more blockchain transactions in parallel on a piece of data, wherein all blockchain transactions of the two or more blockchain transactions modify a value of the piece of data and are based on a read-write set model; and for each blockchain transaction from the two or more blockchain transactions: pre-executing a smart contract associated with the blockchain transaction to generate a special instruction instead of a read-write set indicating the blockchain transaction, wherein the special instruction is used to validate that a current value of the piece of data supports the blockchain transaction when executing the smart contract to write the blockchain transaction to a blockchain. receiving instructions to execute two or more blockchain transactions in parallel on a piece of data, wherein all blockchain transactions of the two or more blockchain transactions modify a value of the piece of data and are based on a read-write set model; and for each blockchain transaction from the two or more blockchain transactions: pre-executing a smart contract associated with the blockchain transaction to generate a special instruction instead of a read-write set indicating the blockchain transaction, wherein the special instruction is used to validate that a current value of the piece of data supports the blockchain transaction when executing the smart contract to write the blockchain transaction to a blockchain.
A composition comprising a mixture which comprises or, alternatively, consists of an effective amount of colostrum and at least one pharmaceutical grade additive, said composition being for use in the curative or preventive treatment of symptoms or pathologies of the urinary system, wherein said composition is administered by intravesical administration.
A filter system for the treatment of contaminated liquids, in particular contaminated water such as interstitial water, which is treated in the oil industry, having a filter container in which a filter bed with filter granulate as filter material is provided and which has a pipe socket at the top, in which a retaining member for the filter material is provided, which is an substantially vertically arranged filter screen which is at least partially arranged outside the filter container and encloses a hollow cavity, characterized in that the retaining member can be traversed from the inside to the outside during backwashing, that the cavity is open at the bottom, that the filter screen is located in a tube such that between the tube and the filter screen an annular space remains which is closed at the top and at the bottom and communicates with a backwash liquid outlet opening, that the tube is surrounded by an outer tube which is connected to the pipe socket in a sealed manner such that there is another annular space between the tube and the outer tube and the pipe socket, respectively, which forms a channel for feeding the backwashing liquid into a head space of the retaining member, which head space connects the channel with the interior of the filter screen, whereas the annular space between the pipe and the filter screen, on the other hand, is separated, such that retained filter material falls back into the filter bed.
A coated cutting tool comprising a substrate of cemented carbide and a coating, the cemented carbide comprising WC and a binder phase comprising one or more of Co, Fe and Ni, the carbon content in the cemented carbide is a substoichiometric carbon content SCC wherein -0.30 wt% ≤SCC≤ -0.16 wt%, the cemented carbide comprises eta phase comprising M 12 C and/or Me 6 C carbides where Me is one or more metals selected from W, Mo and the binder phase metals, the eta phase distribution is the same throughout the whole cemented carbide substrate, and wherein the coating comprising one or more layers being a metal carbide, metal nitride or metal carbonitride, the metal being at least one of Zr and Hf, optionally Ti is present in an amount of at most 10 at-% of the amount metal, and an aluminum oxide layer, the one or more layers being situated between the substrate and the aluminum oxide layer.
Submarine with an internal combustion engine and with a device for compensating the noise emitted by the exhaust gas system, which comprises a sound generator arranged in a line connection with an exhaust gas line of the internal combustion engine and a heat transfer device arranged in the line connection between the exhaust gas line and the sound generator, wherein a segment of the line connection between the exhaust gas line and the sound generator is filled with a heat-conducting, gaspermeable material.
Method of managing data relating to an assembly comprising a tyre and a rim, the tyre carrying an RFID marker, and the assembly carrying a wheel module including at least one sensor (P, T), the assembly being capable of being in different states, notably a mounted state in which the tyre is mounted on the rim to form a mounted assembly, also called a wheel, intended to be fitted to a motor vehicle, in which: - data are transmitted between the RFID marker and the wheel module, characterized in that data are transmitted between the RFID marker and the wheel module via an intermediate unit, separate from the mounted assembly and the motor vehicle, comprising data transmission means (42, 50, 52, 54); and - these data, called RFID data, are stored in the wheel module; and the sensor (P, T) being a pressure sensor of the tyre, the RFID data stored in the wheel module are erased when the pressure detected by the pressure sensor is less than or equal to a predetermined pressure threshold. - data are transmitted between the RFID marker and the wheel module, characterized in that data are transmitted between the RFID marker and the wheel module via an intermediate unit, separate from the mounted assembly and the motor vehicle, comprising data transmission means (42, 50, 52, 54); and - these data, called RFID data, are stored in the wheel module; and
A refrigerator comprising: a combustible-refrigerant-sealed refrigeration cycle having successive connections of following elements: a compressor, a condenser, a pressure reduction mechanism, and an evaporator; a glass tube heater, and a sealing member disposed at an end of the glass-tube heater, characterised by the glass-tube heater being with a tube-in-tube structured disposed in a lower section of the evaporator or below the evaporator, wherein the multi-structured glass tubes include an inner tube and an outer tube, the sealing member integrally contains an inner-tube holder and an outer-tube holder, the inner-tube holder supports the inner tube and the outer-tube holder supports the outer tube, and the inner-tube holder and the outer-tube holder have an overlapping section (221; 222) at an end of an outer wall of the inner tube and an end of an outer or inner wall of the outer tube, respectively. a combustible-refrigerant-sealed refrigeration cycle having successive connections of following elements: a compressor, a condenser, a pressure reduction mechanism, and an evaporator; a glass tube heater, and a sealing member disposed at an end of the glass-tube heater, characterised by the glass-tube heater being with a tube-in-tube structured disposed in a lower section of the evaporator or below the evaporator, wherein the multi-structured glass tubes include an inner tube and an outer tube, the sealing member integrally contains an inner-tube holder and an outer-tube holder, the inner-tube holder supports the inner tube and the outer-tube holder supports the outer tube, and the inner-tube holder and the outer-tube holder have an overlapping section (221; 222) at an end of an outer wall of the inner tube and an end of an outer or inner wall of the outer tube, respectively.
A method for charging a battery operated biopsy apparatus, comprising: providing a signal to a driver assembly of said battery operated biopsy apparatus indicating that a connection between first electrical contacts of a charging unit of a charging station and second electrical contacts of said driver assembly has been made; upon receiving said signal, determining whether said driver assembly is in an error state, wherein if said error state exists, then resetting said driver assembly to an initialized state, and charging a battery of said driver assembly. providing a signal to a driver assembly of said battery operated biopsy apparatus indicating that a connection between first electrical contacts of a charging unit of a charging station and second electrical contacts of said driver assembly has been made; upon receiving said signal, determining whether said driver assembly is in an error state, wherein if said error state exists, then resetting said driver assembly to an initialized state, and charging a battery of said driver assembly.
A system comprising: a support material configured to transition from a first solid phase to a first fluid phase in response to experiencing a stress; and a print material (200, 210, 230, 240, 300, 310, 320, 330, 500, 510, 530, 540, 550, 570, 610, 620, 630, 640, 700, 710, 720, 730, 740, 750, 800, 830, 840, 850, 860) embedded in the support material, the print material configured to transition from a second fluid phase to a second solid phase in the support material by a fluid-fluid interaction between the first fluid phase of the support material and the second fluid phase of the print material, characterized in that transition of the support material comprises neutralization of the print material during the fluid-fluid interaction of the print material and the support material, whereby the support material is basic and the second fluid phase of the print material is acidic a support material configured to transition from a first solid phase to a first fluid phase in response to experiencing a stress; and a print material (200, 210, 230, 240, 300, 310, 320, 330, 500, 510, 530, 540, 550, 570, 610, 620, 630, 640, 700, 710, 720, 730, 740, 750, 800, 830, 840, 850, 860) embedded in the support material, the print material configured to transition from a second fluid phase to a second solid phase in the support material by a fluid-fluid interaction between the first fluid phase of the support material and the second fluid phase of the print material, characterized in that transition of the support material comprises neutralization of the print material during the fluid-fluid interaction of the print material and the support material, whereby the support material is basic and the second fluid phase of the print material is acidic
A printing press, in particular flexographic printing press, with a drying module, which is arranged behind the last inking- or printing unit, comprising at least two devices connected in series for drying a strip stock, wherein each of the devices comprises a first drying nozzle and a second drying nozzle, wherein the first drying nozzle and the second drying nozzle, are each designed to apply drying air to the strip stock, and wherein the first drying nozzle is designed in such a manner that it applies drying air to the strip stock in a first feed direction and discharges drying air from the strip stock in a first discharge direction, and the second drying nozzle is designed in such a manner that it applies drying air to the strip stock in a second feed direction and discharges it from the strip stock in a second discharge direction, wherein the first discharge direction of the first drying nozzle and the second discharge direction of the second drying nozzle are arranged in an outflow channel extending between the first drying nozzle and the second drying nozzle, wherein the outflow channel is formed by housing sections of the first drying nozzle and the second drying nozzle, characterized in that the first drying nozzle and the second drying nozzle are assigned to a single guide roller, wherein the guide roller is designed to guide the strip stock from a rear side, wherein the guide roller supports the strip stock at an angle of contact (α) of at most 20 degrees.