mhurhangee/ep-ind-claims huggingface dataset:
A remote-controlled working machine for refurbishment of fire-resistant lining material within rotary furnaces or metallurgy vessels, said machine comprising, a manoeuvrable arm, a demolition arrangement, a tool comprising an impact tool that operates through a hydraulically powered hammer and where an operator walking next to the machine controls its various movements with a remote-control unit, a chassis with an upper part that is mounted on a lower part in a manner that allows rotation for the rotation of the upper part in a horizontal plane around a vertical axis, whereby the manoeuvrable arm is supported at the upper part and including a series of arm parts (10, 11, 12) mutually joined to each other that can be manoeuvred in a vertical plane by associated hydraulic cylinders (13, 14, 15), where the free end of the arm comprises a link system, a hydraulic cylinder and an axis, the link system further comprising a combination of a coupling arrangement for the attachment of a tool in a manner that allows the tool to be removed, and a tilt and demolition arrangement, where the coupling arrangement and the tilt and demolition arrangement are joined by a connection that transfers motion, where the hydraulic cylinder is coupled to the tilt and demolition arrangement and influences the coupling arrangement and the tool through the connection that transfers motion such that the impact tool, which is inserted into and fixed attached to the hammer, rotates in a controlled manner around the centre of the axis at the free end of the arm, wherein the first arm section and the second arm section are arranged such that they displace the impact tool through parallel displacement to the most distant point of attack, characterised in that the machine further comprises tracks, and is electrically powered and able to be driven on the tracks, and in that a rotary joint is arranged at the arm section that is positioned farthest out along the manoeuvrable arm, which rotary joint limits this arm section in a forward and a backward arm subsection (12:2, 12:1), where the rotary joint allows, through the influence of a rotator, the forward arm subsection (12:2) of the arm section, on which arm subsection the link system is located, to place the end of the impact tool that is located farthest forward against a working point in space though the forward arm subsection (12:2) being rotated around the longitudinal axis of the arm section and that the hammer of the impact tool forms part of a hammer system, comprising a control box that can be opened in which the hammer is inserted, where the control box comprises a cover that protects from heat and that surrounds the hammer.
Distributor unit for sanitary changeover fittings for installation in a wall comprising a distribution block with an inlet channel and at least two outlet channels as well as a control block with an inlet channel and at least two valve seats for receiving a valve top each, which are connected to the inlet channel, wherein the inlet channel of the distribution block is connected to the inlet channel of the control block and the outlet channels of the distribution block are each connected to a valve seat of the control block via a line section each and wherein the control block is connected to the distribution block via the line sections so as to be movable relative to one another.
A silicone grease composition comprising a thickener; a base oil comprising a silicone oil in an amount of 50 mass% or more of the total mass of the base oil; and a friction modifier comprising a metallic oxide with a Mohs hardness of 6 or less contained in an amount of 0.1 to 10 mass% based on the total mass of the composition, wherein the thickener is an alicyclic aliphatic diurea compound obtained from cyclohexylamine and dodecylamine, hexadecylamine, octadecylamine or a mixture thereof.
A motor control device that supplies a drive control signal to a drive circuit that drives a motor at a constant period using a motor drive signal based on the drive control signal used to generate torque on the motor, and shuts off the motor drive signal to the motor when a count value, counted by a counter that counts the count value at a predetermined interval and resets the count value if a state of the motor, either being a rotation or a position holding state, changes, exceeds a threshold corresponding to the count value for a plurality of driving periods of the motor, the motor control device characterized in that a setting unit that sets a rotational direction of the motor driven under control at the constant period; a control unit that controls the setting unit to set the rotational direction of the motor to a first rotational direction and a second rotational direction reverse to the first rotational direction at the constant period alternately, when a drive mode of the motor is a position holding mode to drive the motor so as to hold a rotational position of the motor by generating a torque at such level that the motor does not rotate; and a generating unit that generates the drive control signal.
A device conditioning intake air for testing internal combustion engines, comprising: - a line transporting intake air from an inlet point (a) to an outlet point (k), the line further comprising the following components between said inlet point (a) and said outlet point (k); - a mechanical compressor compressing intake air to desired pressure and temperature values; - a drying line of elements placed between points (b) and (f), downstream from the mechanical compressor, said elements comprising: ▪ a chiller lowering the temperature and the humidity of the intake air, ▪ a first cyclonic separator removing condensed humidity from the intake air; - a first bypass valve bypassing both the chiller and the first cyclonic separator; - a heater increasing the temperature of the intake air, located downstream from an intersection point (g) between a path from the cyclonic separator and a path from the first bypass valve; - a second bypass valve bypassing the heater; - a humidifier located between the heater and the outlet point (k); and - a first 0/1 valve allowing/preventing intake air to go/from going through said humidifier, the humidifier also being bypassed by the second bypass valve; whereby the conditioned intake air at the outlet point (k) is fed directly to an internal combustion engine to be tested or to an additional device further conditioning the pressure thereof. - a line transporting intake air from an inlet point (a) to an outlet point (k), the line further comprising the following components between said inlet point (a) and said outlet point (k); - a mechanical compressor compressing intake air to desired pressure and temperature values; - a drying line of elements placed between points (b) and (f), downstream from the mechanical compressor, said elements comprising: ▪ a chiller lowering the temperature and the humidity of the intake air, ▪ a first cyclonic separator removing condensed humidity from the intake air; ▪ a chiller lowering the temperature and the humidity of the intake air, ▪ a first cyclonic separator removing condensed humidity from the intake air; - a first bypass valve bypassing both the chiller and the first cyclonic separator; - a heater increasing the temperature of the intake air, located downstream from an intersection point (g) between a path from the cyclonic separator and a path from the first bypass valve; - a second bypass valve bypassing the heater; - a humidifier located between the heater and the outlet point (k); and - a first 0/1 valve allowing/preventing intake air to go/from going through said humidifier, the humidifier also being bypassed by the second bypass valve; whereby the conditioned intake air at the outlet point (k) is fed directly to an internal combustion engine to be tested or to an additional device further conditioning the pressure thereof.
A copolymer comprising: at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene; and an amide bond-containing polymerizable vinyl compound, the copolymer containing a fluoromonomer unit in an amount of 55 to 15 mol% of all the monomer units and an amide bond-containing polymerizable vinyl compound unit in an amount of 45 to 85 mol% of all the monomer units. at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene; and an amide bond-containing polymerizable vinyl compound, the copolymer containing a fluoromonomer unit in an amount of 55 to 15 mol% of all the monomer units and an amide bond-containing polymerizable vinyl compound unit in an amount of 45 to 85 mol% of all the monomer units.
A controller of a stepped automatic transmission, the stepped automatic transmission having a plurality of lock-up elements and performing downshift during coasting while an engine has a fuel cut-off state by changing over a pair of lock-up elements including an open side lock-up element and a lock-up side lock-up element, downshift operation including torque phase control and inertia phase control, the controller comprising: a fuel cut-off recovery executing unit that is configured to perform recovery from the fuel cut-off state for an inertia phase control period; characterized by a cylinder number restricting unit that is configured to restrict a count of cylinders recovered from the fuel cut-off state in the inertia phase control period. a fuel cut-off recovery executing unit that is configured to perform recovery from the fuel cut-off state for an inertia phase control period;
A system for recycling exhaust heat from an internal combustion engine, comprising: an Exhaust Gas Recirculation, "EGR", line which recirculates a portion of exhaust gas generated from the internal combustion engine to an intake side; a working fluid circulation line which rotates a turbine with a working fluid vaporized by heat transferred from the EGR line; an EGR side heat exchange unit which thermally connects the EGR line to the working fluid circulation line to cool an EGR gas by transferring heat from the EGR gas to the working fluid; a reservoir tank which stores a working fluid in a liquid state and has an inlet and an outlet; a recuperator being fluidly communicated with both of the inlet and the outlet of the reservoir tank to facilitate heat-exchange between the working fluid introduced into the reservoir tank and the working fluid discharged from the reservoir tank, wherein the recuperator is disposed at an upstream side of the reservoir tank based on the inlet of the reservoir tank and a downstream side of the reservoir tank based on the outlet of the reservoir tank; characterized in that it comprises: an oil separator which has a wall portion formed between an inlet of the oil separator and an outlet of the oil separator and the inlet of the oil separator and the outlet of the oil separator are not parallel with each other but may be disposed at a right angle to each other. an Exhaust Gas Recirculation, "EGR", line which recirculates a portion of exhaust gas generated from the internal combustion engine to an intake side; a working fluid circulation line which rotates a turbine with a working fluid vaporized by heat transferred from the EGR line; an EGR side heat exchange unit which thermally connects the EGR line to the working fluid circulation line to cool an EGR gas by transferring heat from the EGR gas to the working fluid; a reservoir tank which stores a working fluid in a liquid state and has an inlet and an outlet; a recuperator being fluidly communicated with both of the inlet and the outlet of the reservoir tank to facilitate heat-exchange between the working fluid introduced into the reservoir tank and the working fluid discharged from the reservoir tank, wherein an oil separator which has a wall portion formed between an inlet of the oil separator and an outlet of the oil separator and the inlet of the oil separator and the outlet of the oil separator are not parallel with each other but may be disposed at a right angle to each other.
A tubular skylight lamp device comprising: a light source; a light source support (7,8,9); the light source support (7,8,9) provides a radius (C1,C2) for the light source; the light source support (7,8,9) has at least two configurations: a first configuration providing a first radius; and a second configuration providing a second radius wherein the light source support (7,8,9) and/or tubular skylight lamp is consisting of substantially rigid components, and wherein the light source support (7,8,9) comprises an arm, characterized in that the arm is asymmetric and extends in two directions, with a first length in a first direction corresponding to a first radius and a second length in a second direction corresponding to a second radius, wherein the arm has two ends and the two ends are compatible and interchangeable. a light source; a light source support (7,8,9); the light source support (7,8,9) provides a radius (C1,C2) for the light source; the light source support (7,8,9) has at least two configurations: a first configuration providing a first radius; and a second configuration providing a second radius wherein the light source support (7,8,9) and/or tubular skylight lamp is consisting of substantially rigid components, and wherein the light source support (7,8,9) comprises an arm, characterized in that the arm is asymmetric and extends in two directions, with a first length in a first direction corresponding to a first radius and a second length in a second direction corresponding to a second radius, wherein the arm has two ends and the two ends are compatible and interchangeable. a first configuration providing a first radius; and a second configuration providing a second radius wherein the light source support (7,8,9) and/or tubular skylight lamp is consisting of substantially rigid components, and wherein the light source support (7,8,9) comprises an arm, characterized in that the arm is asymmetric and extends in two directions, with a first length in a first direction corresponding to a first radius and a second length in a second direction corresponding to a second radius, wherein the arm has two ends and the two ends are compatible and interchangeable.
A filter for a submersible pump, said filter comprising a filter housing configured to releasably engage a housing of the pump overlying a pump intake; wherein the filter housing comprises a plurality of perforate filter housing walls (44, 46) disposed generally inline with the pump intake, and at least one imperforate sidewall (30, 32) extending between the plurality of perforate filter housing walls (44, 46), wherein one of the plurality of perforate filter housing walls comprises a perforate filter intake grate and another one of the plurality of perforate filter housing walls comprises a filtrate outlet grate that is disposed inline with the perforate filter intake grate between the pump intake and the perforate filter intake grate; wherein the plurality of perforate filter housing walls and at least one imperforate sidewall (30, 32) define a filter chamber disposed between the generally parallel filter intake grate and the filtrate outlet grate; and wherein the filter chamber has filter media disposed therein. wherein the filter housing comprises a plurality of perforate filter housing walls (44, 46) disposed generally inline with the pump intake, and at least one imperforate sidewall (30, 32) extending between the plurality of perforate filter housing walls (44, 46), wherein one of the plurality of perforate filter housing walls comprises a perforate filter intake grate and another one of the plurality of perforate filter housing walls comprises a filtrate outlet grate that is disposed inline with the perforate filter intake grate between the pump intake and the perforate filter intake grate; wherein the plurality of perforate filter housing walls and at least one imperforate sidewall (30, 32) define a filter chamber disposed between the generally parallel filter intake grate and the filtrate outlet grate; and wherein the filter chamber has filter media disposed therein.
An Internet of Things "loT" system comprising: a Security and Repository Server "SRS" to store User Terminal "UT" parameters for each UT of a UT population, wherein the UT parameters comprise a UT identifier, a UT IP address, and an application server IP address; an Over-The-Air "OTA" link to communicate from the UT population using a one-shot transmission; and a gateway "GW" configured to receive the one-shot transmission from a sender UT of the UT population and to send an IP packet comprising a portion of the one-shot transmission to an application server, wherein the one-shot transmission comprises an unscheduled transmission between the GW and the sender UT, the one-shot transmission comprises a sender UT identifier, and a UT identifier for each UT of the UT population is unique. a Security and Repository Server "SRS" to store User Terminal "UT" parameters for each UT of a UT population, wherein the UT parameters comprise a UT identifier, a UT IP address, and an application server IP address; an Over-The-Air "OTA" link to communicate from the UT population using a one-shot transmission; and a gateway "GW" configured to receive the one-shot transmission from a sender UT of the UT population and to send an IP packet comprising a portion of the one-shot transmission to an application server, wherein the one-shot transmission comprises an unscheduled transmission between the GW and the sender UT, the one-shot transmission comprises a sender UT identifier, and a UT identifier for each UT of the UT population is unique.
Process for the preparation of Trenbolone Acetate of formula: wherein Trenbolone Acetate has irregular hexagon plates crystal habit, by crystallization of the Trenbolone Acetate of formula with a C 2 -C 5 alkyl alcohol, wherein the C 2 -C 5 alkyl alcohol is isopropanol. wherein Trenbolone Acetate has irregular hexagon plates crystal habit, by crystallization of the Trenbolone Acetate of formula with a C 2 -C 5 alkyl alcohol, wherein the C 2 -C 5 alkyl alcohol is isopropanol.
A mobile phone comprising: • a touch screen with an in-display fingerprint sensor; • a processor coupled to the touch screen and the in-display fingerprint sensor (112-1, 112-2); and • a non-transitory computer-readable medium storing instructions that, when executed by the processor, are configured to cause the mobile phone to: ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode. • a touch screen with an in-display fingerprint sensor; • a processor coupled to the touch screen and the in-display fingerprint sensor (112-1, 112-2); and • a non-transitory computer-readable medium storing instructions that, when executed by the processor, are configured to cause the mobile phone to: ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode. ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode.
A multilayered vascular prosthesis, comprising: a serially deposited fiber layer disposed on a luminal surface of the prosthesis; characterized in that it further comprises an expanded polytetrafluoroethylene (ePTFE) layer coupled to the serially deposited fiber layer, the ePTFE layer providing at least 80% of the tensile strength, measured in at least one direction, of a construct consisting of the serially deposited fiber layer and the ePTFE layer; wherein the ePTFE layer comprises one or more sublayers of ePFTE; and wherein an axis of longitudinal expansion of at least one of the ePTFE sublayers is disposed at an angle to an axis of longitudinal expansion of at least one adjacent ePTFE sublayer. a serially deposited fiber layer disposed on a luminal surface of the prosthesis; characterized in that it further comprises an expanded polytetrafluoroethylene (ePTFE) layer coupled to the serially deposited fiber layer, the ePTFE layer providing at least 80% of the tensile strength, measured in at least one direction, of a construct consisting of the serially deposited fiber layer and the ePTFE layer; wherein the ePTFE layer comprises one or more sublayers of ePFTE; and wherein an axis of longitudinal expansion of at least one of the ePTFE sublayers is disposed at an angle to an axis of longitudinal expansion of at least one adjacent ePTFE sublayer.
Assembly for coupling fluid conveying pipes, comprising a connecting device and a tool for removing the device, the connecting device including a tubular body having at least one end section (2.1), and a tubular sealed connection insert arranged to be secured in a sealed manner to a pipe, the tubular insert being engaged in the end section (2.1) of the tubular body, the body including at least one retaining lug elastically applied behind an external stepped portion of the tubular insert to oppose extraction of the tubular insert, at least one annular sealing element (108, 109) extending between the tubular insert and the end section of the body, characterized in that the tool comprises a flexible blade and the body comprises a passage transverse to the axis of the tubular body, said transverse passage opening out on the one hand outside the body and on the other hand on one side of the retaining lug to allow insertion of the blade between the tubular insert and the retaining lug to raise the retaining lug over its width in order to free the stepped portion from the retaining lug and allow the extraction of the tubular insert.