mhurhangee/ep-ind-claims huggingface dataset:
An inflatable packer for use in a wellbore, the inflatable packer comprising: a mandrel, the mandrel being generally tubular about an axis; a bladder, the bladder being generally tubular and formed from an elastomer, the bladder positioned about the mandrel and defining a space between the mandrel and the bladder defining the interior of the inflatable packer; a slat layer, the slat layer including a plurality of slats overlapping about the outer surface of the bladder; an inner cable wrapped layer, the inner cable wrapped layer including a plurality of inner cables wrapped around the slat layer; an outer cable wrapped layer, the outer cable wrapped layer including a plurality of outer cables wrapped around the outer diameter of the inner cable wrapped layer; an end sub positioned at each end of the bladder, inner cable wrapped layer, and outer cable wrapped layer, the end sub positioned to couple each of the bladder, inner cable wrapped layer, and outer cable wrapped layer to the mandrel, the end sub including a seal housing and seal ring, the seal housing positioned about the bladder, the seal ring positioned to compress the bladder against the seal housing, and a lock ring positioned to retain and compress the seal ring against the bladder. a mandrel, the mandrel being generally tubular about an axis; a bladder, the bladder being generally tubular and formed from an elastomer, the bladder positioned about the mandrel and defining a space between the mandrel and the bladder defining the interior of the inflatable packer; a slat layer, the slat layer including a plurality of slats overlapping about the outer surface of the bladder; an inner cable wrapped layer, the inner cable wrapped layer including a plurality of inner cables wrapped around the slat layer; an outer cable wrapped layer, the outer cable wrapped layer including a plurality of outer cables wrapped around the outer diameter of the inner cable wrapped layer; an end sub positioned at each end of the bladder, inner cable wrapped layer, and outer cable wrapped layer, the end sub positioned to couple each of the bladder, inner cable wrapped layer, and outer cable wrapped layer to the mandrel, the end sub including a seal housing and seal ring, the seal housing positioned about the bladder, the seal ring positioned to compress the bladder against the seal housing, and a lock ring positioned to retain and compress the seal ring against the bladder.
A labeling unit for applying labels of.different length to containers, particularly bottles, which comprises a separating element, a counter cutting roller, a vacuum cylinder and supply devices for uncut labels, as well as means for applying the cut labels to containers, wherein a first motor is provided for driving the counter cutting roller, a second motor is provided for driving the vacuum cylinder, a control unit is provided that can control the motors independently of each other for instance according to the label length, characterized in that the vacuum cylinder comprises elevations distributed on its circumference, and that the motors are controlled by the control unit such that an overlap of a label delivered to the vacuum cylinder is on a front elevation equal to the overlap on a rear elevation.
A vehicle comprising: a drive unit that has an engine (11, 12, 13) and a motor arranged in a first direction of the vehicle and is a drive source for travel of the vehicle; an engine oil path (LN41, LN42) as a path of engine oil for cooling the engine (11, 12, 13); a coolant path (LN43, LN44) as a path of a coolant for cooling the engine (11, 12, 13); a motor cooling oil path (LN31, LN32) as a path of oil for cooling the motor; and a first heat exchanger by which the engine oil flowing through the engine oil path (LN41, LN42) and the oil flowing through the motor cooling oil path (LN31, LN32) exchange heat, characterized by a second heat exchanger by which the coolant flowing through the coolant path (LN43, LN44) and the oil flowing through the motor cooling oil path (LN31, LN32) exchange the heat, wherein when the drive unit is seen in the first direction, the motor is formed to have smaller size in a second direction, which is orthogonal to the first direction, than the engine (11, 12, 13), and the first heat exchanger and the second heat exchanger are attached to a side circumferential portion of the motor. a drive unit that has an engine (11, 12, 13) and a motor arranged in a first direction of the vehicle and is a drive source for travel of the vehicle; an engine oil path (LN41, LN42) as a path of engine oil for cooling the engine (11, 12, 13); a coolant path (LN43, LN44) as a path of a coolant for cooling the engine (11, 12, 13); a motor cooling oil path (LN31, LN32) as a path of oil for cooling the motor; and a first heat exchanger by which the engine oil flowing through the engine oil path (LN41, LN42) and the oil flowing through the motor cooling oil path (LN31, LN32) exchange heat, characterized by a second heat exchanger by which the coolant flowing through the coolant path (LN43, LN44) and the oil flowing through the motor cooling oil path (LN31, LN32) exchange the heat, wherein when the drive unit is seen in the first direction, the motor is formed to have smaller size in a second direction, which is orthogonal to the first direction, than the engine (11, 12, 13), and the first heat exchanger and the second heat exchanger are attached to a side circumferential portion of the motor.
A method for determining the organoleptic quality of a microalgal flour composition, comprising determining the total content of 13 volatile organic compounds, the 13 volatile organic compounds being heptanal, 3-octen-2-one, 2,4-heptadienal, 3,5-octadien-2-one, 2,4-nonadienal, 2,4-decadienal, hexanoic acid, 2-ethylhexanoic acid, heptanoic acid, myristate-1, laurate-1, myristate-2 and geranyl acetone, the total content of 13 volatile organic compounds being compared to that of a reference microalgal flour composition or compositions for which the organoleptic qualities are defined, in particular as unacceptable or acceptable.
Construction apparatus having - a base support, - a mast arranged on the base support and - a rope winch with a rotatable rope drum for receiving a rope, wherein the rope winch has a winding device which comprises - a rope run-in pulley for guiding the rope, - a guide carriage displaceable along an axis of rotation of the rope drum, on which the rope run-in pulley is supported and - a rope brake for tensioning the rope in a run-in area towards the rope drum, characterized in that - a measuring means is provided, through which a current load on the rope can be determined, and - a control means for automatically controlling the rope brake is provided, wherein the rope brake can be activated, when the determined current load on the rope falls short of a load limit value. - a base support, - a mast arranged on the base support and - a rope winch with a rotatable rope drum for receiving a rope, wherein the rope winch has a winding device which comprises - a rope run-in pulley for guiding the rope, - a guide carriage displaceable along an axis of rotation of the rope drum, on which the rope run-in pulley is supported and - a rope brake for tensioning the rope in a run-in area towards the rope drum, - a measuring means is provided, through which a current load on the rope can be determined, and - a control means for automatically controlling the rope brake is provided, wherein the rope brake can be activated, when the determined current load on the rope falls short of a load limit value.
A powder transport container comprising a pressure vessel for containing a quantity of powder and a quantity of pressurised gas, an outlet through which, in use, the powder can flow out of the pressure vessel, and an outlet valve for selectively opening and closing the outlet, wherein the container further comprises a pilot line communicating in use, with the quantity of pressurised gas within the pressure vessel located above the level of the powder in the vessel and with the outlet downstream of the outlet valve a pilot line valve for selectively opening and closing the pilot line; characterised in that it comprises a bleed valve communicating with the outlet downstream of the outlet valve, so that the outlet downstream of the outlet valve can be purged using the pilot line, the quantity of pressurised gas within the pressure vessel located above the level of the powder in the vessel and said bleed valve.
Cutting-tool main body having a first end for attachment to a receiving member of a processing machine and a second end which has at least one seat for a replaceable cutting insert, wherein the seat has a threaded bore for receiving a securing screw for the replaceable edge insert, and wherein the first end and the second end with the seat are formed integrally from a cemented carbide or Cermet and the external circumference of the main body is ground at the first end, characterized in that the main body is produced in a powder metallurgical manner and the structure of the threaded bore has been introduced before the main body is sintered. wherein the seat has a threaded bore for receiving a securing screw for the replaceable edge insert, and wherein the first end and the second end with the seat are formed integrally from a cemented carbide or Cermet and the external circumference of the main body is ground at the first end, characterized in that the main body is produced in a powder metallurgical manner and the structure of the threaded bore has been introduced before the main body is sintered.
A process for the modification of a surface of a solid material, comprising the step of contacting the surface with a surface-modifying compound under irradiation with light of a wavelength in the range of 200 to 800 nm optionally in the presence of a photoinitiator, wherein a) the surface has Si-OH groups, C-OH or epoxy groups and the surface-modifying compound is a hydrosilane, or b) the surface has O-Si-H groups and the surface-modifying compound is a silanol or an alcohol. a) the surface has Si-OH groups, C-OH or epoxy groups and the surface-modifying compound is a hydrosilane, or b) the surface has O-Si-H groups and the surface-modifying compound is a silanol or an alcohol.
A process for producing polyarylene ether beads from a polyarylene ether solution, comprising the steps of i) dividing the polyarylene ether solution in a division apparatus which is made to vibrate with a frequency of 10 to 1400 Hz to obtain droplets, ii) transferring the droplets into a precipitation bath to form polyarylene ether beads in the precipitation bath which comprises at least one aprotic solvent (component) and at least one protic solvent (component), has a temperature of 0°C to T c, where the critical temperature T c in [°C] can be determined by the numerical equation T c = (77- c) / 0.58 in which c is the concentration of component in the precipitation bath in [% by weight] and has component in concentrations of 12 to 70% by weight, wherein the percentages by weight are each based on the sum of the percentages by weight of component and of component in the precipitation bath and wherein the precipitation bath comprises water and/or alcohol as component, wherein the polyarylene ether solution has a concentration of 5 to 50% by weight of polyarylene ether in the aprotic solvent, where the percentages by weight are based on the sum of the percentages by weight of the polyarylene ether and the aprotic solvent, wherein the polyarylene ether solution on division has a temperature of 15 to 250°C, wherein the aprotic solvent is selected from the group consisting of N-methylpyrrolidone, N-ethylpyrrolidone, dimethyl sulfoxide, dimethylformamide, sulfolane, diphenyl sulfone, 1,2-dichlorobenzene, hexamethylphosphoramide and mixtures thereof. i) dividing the polyarylene ether solution in a division apparatus which is made to vibrate with a frequency of 10 to 1400 Hz to obtain droplets, ii) transferring the droplets into a precipitation bath to form polyarylene ether beads in the precipitation bath which comprises at least one aprotic solvent (component) and at least one protic solvent (component), has a temperature of 0°C to T c, where the critical temperature T c in [°C] can be determined by the numerical equation T c = (77- c) / 0.58 in which c is the concentration of component in the precipitation bath in [% by weight] and has component in concentrations of 12 to 70% by weight, wherein comprises at least one aprotic solvent (component) and at least one protic solvent (component), has a temperature of 0°C to T c, where the critical temperature T c in [°C] can be determined by the numerical equation T c = (77- c) / 0.58 in which c is the concentration of component in the precipitation bath in [% by weight] and has component in concentrations of 12 to 70% by weight, wherein
A method for decoding a hierarchical audio bitstream, comprising steps of - receiving and demultiplexing the hierarchical audio bitstream, wherein at least a 1 st layer bitstream comprising an embedded surround sound bitstream in channel-based coding and a 2 nd layer bitstream in HOA format are obtained, the 2 nd layer bitstream comprising first and second side information and encoded residual signals, - decoding the embedded surround sound bitstream to obtain a decoded surround sound bitstream, and - decoding the 2 nd layer bitstream, wherein a reconstructed HOA signal is obtained by steps of - predicting sound components using the decoded surround sound bitstream and the first side information, the first side information comprising prediction block parameters, the predicted sound components being intermediate monaural audio signals resulting from a sound field analysis that identifies and extracts dominant sound sources, - superposing the predicted sound components with the decoded residual signals to obtain reconstructed sound components, and - recomposing the reconstructed sound components and the second side information to HOA format to obtain reconstructed HOA content. - receiving and demultiplexing the hierarchical audio bitstream, wherein at least a 1 st layer bitstream comprising an embedded surround sound bitstream in channel-based coding and a 2 nd layer bitstream in HOA format are obtained, the 2 nd layer bitstream comprising first and second side information and encoded residual signals, - decoding the embedded surround sound bitstream to obtain a decoded surround sound bitstream, and - decoding the 2 nd layer bitstream, wherein a reconstructed HOA signal is obtained by steps of - predicting sound components using the decoded surround sound bitstream and the first side information, the first side information comprising prediction block parameters, the predicted sound components being intermediate monaural audio signals resulting from a sound field analysis that identifies and extracts dominant sound sources, - superposing the predicted sound components with the decoded residual signals to obtain reconstructed sound components, and - recomposing the reconstructed sound components and the second side information to HOA format to obtain reconstructed HOA content.
A thermal conditioning machine for thermal conditioning of food products, of the type comprising: - a conditioning chamber within which a predetermined thermal condition is set up; and - a conveyor system for movement through the aforesaid chamber of a plurality of supports on which the products to be conditioned are arranged; the aforesaid machine being characterized in that the aforesaid conveyor system comprises: - a helical conveying path that extends along and about a main axis and defines a plurality of levels, wherein said conveying path is constituted by a track on which said supports are mobile by running thereon, preferably by sliding thereon; and - a rotor that is configured to turn about said axis and is equipped with a plurality of transverse or radial arms, which are associated to the various levels of said path and are configured for engaging each at least one support positioned on the corresponding level of said path so that the rotation of said rotor causes displacement of said at least one support from said corresponding level to or towards the next level. - a conditioning chamber within which a predetermined thermal condition is set up; and - a conveyor system for movement through the aforesaid chamber of a plurality of supports on which the products to be conditioned are arranged; - a helical conveying path that extends along and about a main axis and defines a plurality of levels, wherein said conveying path is constituted by a track on which said supports are mobile by running thereon, preferably by sliding thereon; and - a rotor that is configured to turn about said axis and is equipped with a plurality of transverse or radial arms, which are associated to the various levels of said path and are configured for engaging each at least one support positioned on the corresponding level of said path so that the rotation of said rotor causes displacement of said at least one support from said corresponding level to or towards the next level.
A communication device, operable with a plurality of remote devices, the communication device comprising: a scheduler for, during each of the plurality of time periods, for each of a plurality of data transmission requests, determining if a remote device corresponding to the data transmission request has a capacity commitment in an admission profile, wherein the admission profile is indicative of expected data requirements for flows already admitted, wherein the expected data requirements comprise an average value, and wherein the admission profile includes the plurality of time periods and a capacity commitment for zero or more remote devices in each of the plurality of time periods, and for allocating capacity in accordance with the data transmission request, when a capacity commitment is found, wherein capacity is allocated for remote devices with capacity commitments in the admission profile limited to their capacity commitments before remaining capacity is allocated to any unsatisfied data transmission requests; characterised in that the scheduler further allocates remaining capacity, if any, in response to any unsatisfied data transmission requests in order of increasing data size of the unallocated portion of the data transmission request. a scheduler for, during each of the plurality of time periods, for each of a plurality of data transmission requests, determining if a remote device corresponding to the data transmission request has a capacity commitment in an admission profile, wherein the admission profile is indicative of expected data requirements for flows already admitted, wherein the expected data requirements comprise an average value, and wherein the admission profile includes the plurality of time periods and a capacity commitment for zero or more remote devices in each of the plurality of time periods, and for allocating capacity in accordance with the data transmission request, when a capacity commitment is found, wherein capacity is allocated for remote devices with capacity commitments in the admission profile limited to their capacity commitments before remaining capacity is allocated to any unsatisfied data transmission requests; characterised in that the scheduler further allocates remaining capacity, if any, in response to any unsatisfied data transmission requests in order of increasing data size of the unallocated portion of the data transmission request.
Method for using heat generated in a plant, wherein the heat is transferred into a hold of a floating means of transport, shipped by means of the floating means of transport from the plant to a heat consumer, removed from the hold of the floating means of transport and transferred to the heat consumer, wherein the heat is shipped using at least one heating medium, wherein a tanker having a tank chamber as the hold, which consists of at least one tank which is fixed as part of the tanker, is used as the floating means of transport, wherein the tanker comprises at least one connection (19, 21) for filling and/or discharging the tank chamber, wherein the heating medium is introduced into the tank chamber of the tanker and discharged from the tank chamber of the tanker by means of the at least one connection (19, 21), characterised in that the heating medium is introduced into the tank chamber of the unloaded tanker, wherein the heating medium is water, and wherein the heating medium has a temperature of at least 40°C.
A saddle vehicle comprising: a front structure body and a rear structure body; wherein the front structure body includes a body frame having a head pipe at a front portion thereof and extending in a vehicle fore-and-aft direction, a seat frame extending from a rear portion of the body frame, a seat supported by the seat frame, a front fork steerably mounted to the head pipe, a steering handle mounted to an upper end of the head pipe, and a front wheel mounted to lower ends of the front fork; the rear structure body includes a rear wheel disposed on a rear side of the front wheel, a drive source, disposed on a vehicle front side relative to the rear wheel, and operatively connected to drive the rear wheel, and a support body by which the drive source and the rear wheel are supported; the front structure body and the rear structure body are interlinked through a hinge portion so as to be bendable in a side view of the vehicle; and a vehicle body form control mechanism is provided for controlling a vehicle body form by setting the bend of the front structure body and the rear structure body to an arbitrary angle in the side view of the vehicle, with the hinge portion as an axis. a front structure body and a rear structure body; wherein the front structure body includes a body frame having a head pipe at a front portion thereof and extending in a vehicle fore-and-aft direction, a seat frame extending from a rear portion of the body frame, a seat supported by the seat frame, a front fork steerably mounted to the head pipe, a steering handle mounted to an upper end of the head pipe, and a front wheel mounted to lower ends of the front fork; the rear structure body includes a rear wheel disposed on a rear side of the front wheel, a drive source, disposed on a vehicle front side relative to the rear wheel, and operatively connected to drive the rear wheel, and a support body by which the drive source and the rear wheel are supported; the front structure body and the rear structure body are interlinked through a hinge portion so as to be bendable in a side view of the vehicle; and a vehicle body form control mechanism is provided for controlling a vehicle body form by setting the bend of the front structure body and the rear structure body to an arbitrary angle in the side view of the vehicle, with the hinge portion as an axis.