mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioning apparatus comprising: an outdoor unit including a compressor and an outdoor heat exchanger ; an indoor unit including an indoor heat exchanger ; a refrigerant pipe connecting the outdoor unit and the indoor unit and including a liquid-side pipe and a gas-side pipe ; circuit switching means disposed on the refrigerant pipe; a first regulating valve disposed on the refrigerant pipe; a control unit ; an injection pipe connecting an injection port of the compressor and the refrigerant pipe between the first regulating valve and the indoor heat exchanger; and an injection regulating valve disposed on the injection pipe, wherein the control unit executes a first refrigerant recovery operation including: controlling the circuit switching means so that the outdoor heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; operating the compressor; fully closing the first regulating valve; and controlling an opening degree of the injection regulating valve, the air conditioning apparatus comprises a second regulating valve disposed on the refrigerant pipe between a connection point of the injection pipe and the indoor heat exchanger, wherein the control unit executes, when a refrigerant discharge pressure of a refrigerant discharged from the compressor becomes equal to or higher than a first predetermined pressure, a second refrigerant recovery operation including: closing the second regulating valve; and opening the first regulating valve. an outdoor unit including a compressor and an outdoor heat exchanger ; an indoor unit including an indoor heat exchanger ; a refrigerant pipe connecting the outdoor unit and the indoor unit and including a liquid-side pipe and a gas-side pipe ; circuit switching means disposed on the refrigerant pipe; a first regulating valve disposed on the refrigerant pipe; a control unit ; an injection pipe connecting an injection port of the compressor and the refrigerant pipe between the first regulating valve and the indoor heat exchanger; and an injection regulating valve disposed on the injection pipe, wherein the control unit executes a first refrigerant recovery operation including: controlling the circuit switching means so that the outdoor heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; operating the compressor; fully closing the first regulating valve; and controlling an opening degree of the injection regulating valve, the air conditioning apparatus comprises a second regulating valve disposed on the refrigerant pipe between a connection point of the injection pipe and the indoor heat exchanger, wherein the control unit executes, when a refrigerant discharge pressure of a refrigerant discharged from the compressor becomes equal to or higher than a first predetermined pressure, a second refrigerant recovery operation including: closing the second regulating valve; and opening the first regulating valve.
A vane for use in a gas turbine engine , the vane comprising: a forward rib and an aft rib positioned axially aft of the forward rib ; a middle rib positioned axially between the forward rib and the aft rib , such that the forward rib and the middle rib define a forward passage configured to receive a forward baffle and the middle rib and the aft rib define an aft passage configured to receive an aft baffle ; an inner surface extending axially from the forward rib to the aft rib , being radially separated from the middle rib via a gap such that air can flow between the aft passage and the forward passage via the gap , and having a radially outward curve from the forward rib to the middle rib and having a radially inward curve from the middle rib to the aft rib ; and characterised by a forward baffle ; and an aft baffle , wherein the forward baffle and the aft baffle overlap at a location radially outward from the middle rib . a forward rib and an aft rib positioned axially aft of the forward rib ; a middle rib positioned axially between the forward rib and the aft rib , such that the forward rib and the middle rib define a forward passage configured to receive a forward baffle and the middle rib and the aft rib define an aft passage configured to receive an aft baffle ; an inner surface extending axially from the forward rib to the aft rib , being radially separated from the middle rib via a gap such that air can flow between the aft passage and the forward passage via the gap , and having a radially outward curve from the forward rib to the middle rib and having a radially inward curve from the middle rib to the aft rib ; and characterised by a forward baffle ; and an aft baffle , wherein the forward baffle and the aft baffle overlap at a location radially outward from the middle rib .
A catheter assembly , comprising: a catheter adapter , comprising: a body , comprising a distal end , a proximal end , and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a catheter extending distally from the distal end of the body; a valve disposed within the first lumen and sealing the first lumen from the second lumen, wherein an outer surface of the valve is cylindrical; and a divider disposed with the second lumen, wherein the divider divides the second lumen into a plurality of openings . a catheter adapter , comprising: a body , comprising a distal end , a proximal end , and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a body , comprising a distal end , a proximal end , and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a catheter extending distally from the distal end of the body; a valve disposed within the first lumen and sealing the first lumen from the second lumen, wherein an outer surface of the valve is cylindrical; and a divider disposed with the second lumen, wherein the divider divides the second lumen into a plurality of openings .
Thermoplastic composition having high fluidity in the molten state, comprising at least: (a) from 80% to 99.8% by weight of thermoplastic polymer matrix, in particular of polyamide(s); (b) from 0.1% to 10% by weight of cyclic polyester oligomer(s), in particular of cyclized poly(butylene terephthalate), the said oligomer having a degree of polymerization of from 2 to 25; and (c) from 0.1% to 12% by weight of phenolic polymer(s), and in particular of novolac resin(s); the said compounds (b) and (c) being present in a (c)/(b) ratio by weight varying from 0.25 to 6, preferably from approximately 0.75 to 2.75. (a) from 80% to 99.8% by weight of thermoplastic polymer matrix, in particular of polyamide(s); (b) from 0.1% to 10% by weight of cyclic polyester oligomer(s), in particular of cyclized poly(butylene terephthalate), the said oligomer having a degree of polymerization of from 2 to 25; and (c) from 0.1% to 12% by weight of phenolic polymer(s), and in particular of novolac resin(s);
A liquid delivery system cap device , the cap device comprising: a body defining a cavity configured to receive at least a portion of a liquid delivery device ; a sensor carriage movable within the cavity and including a first sensor; and a motor configured to move the sensor carriage; wherein the sensor carriage is movable by the motor between a first position and a second position while the liquid delivery device is in a fixed position relative to the cavity, and wherein the sensor is configured to detect a condition of the liquid delivery device. a body defining a cavity configured to receive at least a portion of a liquid delivery device ; a sensor carriage movable within the cavity and including a first sensor; and a motor configured to move the sensor carriage; wherein the sensor carriage is movable by the motor between a first position and a second position while the liquid delivery device is in a fixed position relative to the cavity, and wherein the sensor is configured to detect a condition of the liquid delivery device.
A device for winding a longitudinally cut material web having multiple longitudinal strips onto a plurality of winding tubes to form in each case a wound roll, having - an axle and, mounted on the axle, a plurality of ring-shaped winding drives that are individually controllable in their operating position and that are each adapted on their exterior to receive a winding tube for winding a longitudinal strip of the material web, - characterized in that each winding drive forms an external rotor electric motor and comprises a static interior tube and a rotatable external tube , - the static interior tube being mounted on the axle in a manner that prevents rotation and bearing, on its exterior, a stator having stator windings of the electric motor, as well as rolling bearings for receiving the rotatable external tube , and - the external tube that is rotatable on the rolling bearings bearing, on its interior, a device for providing an excitation magnetic field that forms the external rotor of the electric motor, and comprising, on its exterior, a blocking device for the winding tubes to be received. - an axle and, mounted on the axle, a plurality of ring-shaped winding drives that are individually controllable in their operating position and that are each adapted on their exterior to receive a winding tube for winding a longitudinal strip of the material web, - characterized in that each winding drive forms an external rotor electric motor and comprises a static interior tube and a rotatable external tube , - the static interior tube being mounted on the axle in a manner that prevents rotation and bearing, on its exterior, a stator having stator windings of the electric motor, as well as rolling bearings for receiving the rotatable external tube , and - the external tube that is rotatable on the rolling bearings bearing, on its interior, a device for providing an excitation magnetic field that forms the external rotor of the electric motor, and comprising, on its exterior, a blocking device for the winding tubes to be received.
A speed reducer-attached motor comprising: a motor part ; a fixation shaft that is provided on a rotation shaft line (L1) which is a rotation center of the motor part ; and a hypocycloid speed reduction mechanism to which a rotation output of the motor part is transmitted, wherein the hypocycloid speed reduction mechanism comprises: an eccentric part that is provided on the fixation shaft via a joint member , that has an outer circumferential surface having a center (O) at an eccentric position which is deviated from the rotation shaft line (L1), and that is configured to receive a power of the motor part and is rotated; a swing gear that is fixed to the outer circumferential surface and that has a first internal tooth and a first external tooth ; a fixed gear that has a second internal tooth which is engaged with the first external tooth of the swing gear ; and an output gear that has a second external tooth which is engaged with the first internal tooth of the swing gear , that is rotated concentrically with the fixation shaft , and that is configured to output a power to an external apparatus, characterized in that : each of modules of the first internal tooth and the second external tooth is set to be different from modules of the first external tooth and the second internal tooth , and a tooth number of the second external tooth is set to be the same as a tooth number of the first internal tooth . a motor part ; a fixation shaft that is provided on a rotation shaft line (L1) which is a rotation center of the motor part ; and a hypocycloid speed reduction mechanism to which a rotation output of the motor part is transmitted, an eccentric part that is provided on the fixation shaft via a joint member , that has an outer circumferential surface having a center (O) at an eccentric position which is deviated from the rotation shaft line (L1), and that is configured to receive a power of the motor part and is rotated; a swing gear that is fixed to the outer circumferential surface and that has a first internal tooth and a first external tooth ; a fixed gear that has a second internal tooth which is engaged with the first external tooth of the swing gear ; and an output gear that has a second external tooth which is engaged with the first internal tooth of the swing gear , that is rotated concentrically with the fixation shaft , and that is configured to output a power to an external apparatus, characterized in that : each of modules of the first internal tooth and the second external tooth is set to be different from modules of the first external tooth and the second internal tooth , and a tooth number of the second external tooth is set to be the same as a tooth number of the first internal tooth . each of modules of the first internal tooth and the second external tooth is set to be different from modules of the first external tooth and the second internal tooth , and a tooth number of the second external tooth is set to be the same as a tooth number of the first internal tooth .
A device for controlling a working unit of construction equipment, the device comprising: a hydraulic control device configured to hydraulically control a working unit and operated by an operating lever ; a plurality of sub-electronic control units (ECU) electrically connected with the hydraulic control device; a main ECU configured to receive information on states of the hydraulic control device and the plurality of sub-ECUs; a relay configured to apply or cut off electric power to the plurality of sub-ECUs by a signal generated from the main ECU; and an emergency mode switch configured to turn an emergency mode on/ off, characterised in that , when the emergency mode switch is turned on, the relay to which electric power is cut off according to a main ECU's failure diagnosis signal applies or cuts off electric power to the plurality of sub-ECUs by movement of the operating lever. a hydraulic control device configured to hydraulically control a working unit and operated by an operating lever ; a plurality of sub-electronic control units (ECU) electrically connected with the hydraulic control device; a main ECU configured to receive information on states of the hydraulic control device and the plurality of sub-ECUs; a relay configured to apply or cut off electric power to the plurality of sub-ECUs by a signal generated from the main ECU; and an emergency mode switch configured to turn an emergency mode on/ off, characterised in that , when the emergency mode switch is turned on, the relay to which electric power is cut off according to a main ECU's failure diagnosis signal applies or cuts off electric power to the plurality of sub-ECUs by movement of the operating lever.
A method for optically measuring a first surface portion of a surface of a specimen with the following steps: generating electromagnetic radiation with a radiation source, irradiating the first surface portion with the electromagnetic radiation , sensing an intensity of the electromagnetic radiation reflected or scattered by the first surface portion with a detector, wherein the surface comprises a second surface portion and the first and second surface portions are arranged so as to be substantially V-shaped in relation to one another, and wherein the radiation source, the detector, the first surface portion, and the second surface portion are arranged in relation to one another such that an intensity of the electromagnetic radiation reflected or scattered sequentially on the first surface portion and on the second surface portion can be sensed by the detector, and arranging an aperture between the first surface portion and the second surface portion such that the electromagnetic radiation is not reflected or scattered on the second surface portion , characterised in that the surface of the specimen comprises a plurality of first and second surface portions arranged so as to be substantially V-shaped in relation to one another, and the surface of the specimen is moved, wherein a sequential engagement between the aperture and a plurality of second surface portions is synchronized due to the movement of the surface. generating electromagnetic radiation with a radiation source, irradiating the first surface portion with the electromagnetic radiation , sensing an intensity of the electromagnetic radiation reflected or scattered by the first surface portion with a detector, wherein the surface comprises a second surface portion and the first and second surface portions are arranged so as to be substantially V-shaped in relation to one another, and wherein the radiation source, the detector, the first surface portion, and the second surface portion are arranged in relation to one another such that an intensity of the electromagnetic radiation reflected or scattered sequentially on the first surface portion and on the second surface portion can be sensed by the detector, and arranging an aperture between the first surface portion and the second surface portion such that the electromagnetic radiation is not reflected or scattered on the second surface portion , the surface of the specimen comprises a plurality of first and second surface portions arranged so as to be substantially V-shaped in relation to one another, and the surface of the specimen is moved, wherein a sequential engagement between the aperture and a plurality of second surface portions is synchronized due to the movement of the surface.
A forming device that forms a metal pipe having a pipe part and a flange part, the forming device comprising: a pair of a first die and a second die ; a driving mechanism configured to move at least one of the first die and the second die in a direction in which the dies are approached together; a gas supply part configured to supply gas into a metal pipe material held and heated between the first die and the second die ; and a controller configured to control driving of the driving mechanism and gas supply of the gas supply part , wherein the first die and the second die configure a first cavity part (MC) for forming the pipe part and a second cavity part (SC1, SC2), communicating with the first cavity part (MC), for forming the flange part, characterized in that , in use, the controller causes the gas supply part to supply the gas at low-pressure into the metal pipe material during a first supply time, such that a part of the metal pipe material is expanded in the second cavity part (SC1, SC2), drives the driving mechanism such that the expanded part of the metal pipe material is pressed by the first die and the second die and the flange part is formed, and causes the gas supply part to supply the gas at high-pressure into the metal pipe material during a second supply time, after the formation of the flange part such that the pipe part is formed in the first cavity part (MC), and wherein the second supply time is longer than the first supply time. a pair of a first die and a second die ; a driving mechanism configured to move at least one of the first die and the second die in a direction in which the dies are approached together; a gas supply part configured to supply gas into a metal pipe material held and heated between the first die and the second die ; and a controller configured to control driving of the driving mechanism and gas supply of the gas supply part , wherein the first die and the second die configure a first cavity part (MC) for forming the pipe part and a second cavity part (SC1, SC2), communicating with the first cavity part (MC), for forming the flange part, characterized in that , in use, the controller causes the gas supply part to supply the gas at low-pressure into the metal pipe material during a first supply time, such that a part of the metal pipe material is expanded in the second cavity part (SC1, SC2), drives the driving mechanism such that the expanded part of the metal pipe material is pressed by the first die and the second die and the flange part is formed, and causes the gas supply part to supply the gas at high-pressure into the metal pipe material during a second supply time, after the formation of the flange part such that the pipe part is formed in the first cavity part (MC), and wherein the second supply time is longer than the first supply time.
Method for erecting a supporting structure of a passenger transport system configured as an escalator or moving walkway, wherein the supporting structure is constructed between two support points of an existing structure by means of a 3D welding robot system , the 3D welding robot system having at least one controller comprising a 3D robot control software , a traveling device having a 3D welding robot , and a welding material feed device , characterized in, that a component model data set which digitally represent the supporting structure to be erected being converted into welding operations (A, B, C, D) by means of the 3D robot control software , which welding operations are to be carried out by the 3D welding robot during the erection phase of the supporting structure , the supporting structure being produced between the two support points by means of the 3D welding robot system by depositing welding material during the erection phase, and fastening regions for further components of the passenger transport system and/or bedding for guide rail inserts also being formed on the supporting structure during the production thereof.
A laminated structure , wherein the laminated structure comprises a protective layer, a linear polarizing layer , and a quarter-wave plate that are laminated in sequence, wherein the protective layer is arranged on one side of the linear polarizing layer away from the quarter-wave plate , and an angle between the absorption axis of the linear polarizing layer and an absorption axis of the quarter-wave plate is 45 degrees characterized in that the protective layer is used to polarize light to form linearly polarized light, and an angle between an absorption axis of the protective layer and an absorption axis of the linear polarizing layer is zero degrees.
A radio frequency channel connection detection method, comprising: receiving , by a first radio frequency unit by using each of N to-be-detected radio frequency channels, one or more signals sent by using at least one of N reference radio frequency channels of a reference radio frequency unit, wherein N is an integer greater than or equal to 2; and determining a connection relationship between the N to-be-detected radio frequency channels and N antennas based on signal strengths of the signals received by using each to-be-detected radio frequency channel, wherein any one of the N to-be-detected radio frequency channels and one of the N reference radio frequency channels are connected to one of the N antennas by using a combiner apparatus, and the to-be-detected radio frequency channels are connected to different reference radio frequency channels and different antennas. receiving , by a first radio frequency unit by using each of N to-be-detected radio frequency channels, one or more signals sent by using at least one of N reference radio frequency channels of a reference radio frequency unit, wherein N is an integer greater than or equal to 2; and determining a connection relationship between the N to-be-detected radio frequency channels and N antennas based on signal strengths of the signals received by using each to-be-detected radio frequency channel, wherein any one of the N to-be-detected radio frequency channels and one of the N reference radio frequency channels are connected to one of the N antennas by using a combiner apparatus, and the to-be-detected radio frequency channels are connected to different reference radio frequency channels and different antennas.