mhurhangee/patent-ind-claim-en huggingface dataset:
A grey water toilet (1; 101; 201; 301; 401) configured to be in fluid communication with a drain pipe , the toilet comprising: a tank (2; 72; 202; 302), comprising: a first compartment (20; 225; 325) configured to hold a volume of fresh water; and a second compartment (72; 172; 226; 326) configured to hold a volume of grey water, wherein the first and second compartments are fluidly separated; a pedestal (3; 203; 303; 403) including a bowl (31; 231; 331; 431), wherein the bowl (31; 231; 331; 431) includes an inlet that is in fluid communication with the first compartment, such that the bowl is configured to receive fresh water; wherein a first valve (24; 224a; 324a) is configured to control the flow of fresh water from the first compartment (20; 225; 325) to the bowl; and a passage (6; 106; 206; 306; 406) has a first end in fluid communication with an outlet of the bowl (31; 231; 331; 431), a second end configured to be in fluid communication with the drain pipe , and an inlet opening (63;263) provided between the first end and the second end , wherein the passage (6; 106; 206; 306; 406) is configured to receive grey water from the second compartment (72; 172; 226; 326) through the inlet opening (63; 263) during a flush cycle; and a second valve (74; 224b; 324b) is disposed between the inlet opening (63; 263) of the passage (6; 106; 206; 306; 406) and an outlet of the second compartment (72; 172; 226; 326), characterized in that the pedestal supports the tank . a tank (2; 72; 202; 302), comprising: a first compartment (20; 225; 325) configured to hold a volume of fresh water; and a second compartment (72; 172; 226; 326) configured to hold a volume of grey water, wherein the first and second compartments are fluidly separated; a first compartment (20; 225; 325) configured to hold a volume of fresh water; and a second compartment (72; 172; 226; 326) configured to hold a volume of grey water, wherein the first and second compartments are fluidly separated; a pedestal (3; 203; 303; 403) including a bowl (31; 231; 331; 431), wherein the bowl (31; 231; 331; 431) includes an inlet that is in fluid communication with the first compartment, such that the bowl is configured to receive fresh water; wherein a first valve (24; 224a; 324a) is configured to control the flow of fresh water from the first compartment (20; 225; 325) to the bowl; and a passage (6; 106; 206; 306; 406) has a first end in fluid communication with an outlet of the bowl (31; 231; 331; 431), a second end configured to be in fluid communication with the drain pipe , and an inlet opening (63;263) provided between the first end and the second end , wherein the passage (6; 106; 206; 306; 406) is configured to receive grey water from the second compartment (72; 172; 226; 326) through the inlet opening (63; 263) during a flush cycle; and a second valve (74; 224b; 324b) is disposed between the inlet opening (63; 263) of the passage (6; 106; 206; 306; 406) and an outlet of the second compartment (72; 172; 226; 326), characterized in that the pedestal supports the tank .
A mobile operating unit for an elevator, comprising an operating interface manually operable by a user to control movement of an elevator car ; and at least a first button for being pressed by a user to signal an elevator control system to move the elevator car upwards, and a second button for being pushed by a user to signal the elevator control system to move the elevator car downwards; characterized by further comprising an orientation sensor for sensing orientation of the mobile operating unit . an operating interface manually operable by a user to control movement of an elevator car ; and at least a first button for being pressed by a user to signal an elevator control system to move the elevator car upwards, and a second button for being pushed by a user to signal the elevator control system to move the elevator car downwards; characterized by further comprising an orientation sensor for sensing orientation of the mobile operating unit .
A method for registering a second device in a server by a first device , the method comprising the steps of: executing an application for registering the second device in the server ; connecting the first device to the server using an user ID and a password input by the first device ; searching for the second device disposed in a home network that the first device is disposed; in response to selecting of the second device presented on a screen of the application, establishing a connection between the first device and the second device , sending a request message related to registration of the second device with the server, from the first device to the second device ; receiving, at the first device , identification information of the second device , from the second device in response to the request message related to registration of the second device with the server ; in response to receiving said identification information at the first device , transmitting, to the server, a request for (S2107) registration of the second device with the server , the request including the identification information of the second device ; and in response to registration of the second device, displaying, on the screen of the application, a visual indication of the second device registered to the server , wherein the identification information of the second device is stored by the server . executing an application for registering the second device in the server ; connecting the first device to the server using an user ID and a password input by the first device ; searching for the second device disposed in a home network that the first device is disposed; in response to selecting of the second device presented on a screen of the application, establishing a connection between the first device and the second device , sending a request message related to registration of the second device with the server, from the first device to the second device ; receiving, at the first device , identification information of the second device , from the second device in response to the request message related to registration of the second device with the server ; in response to receiving said identification information at the first device , transmitting, to the server, a request for (S2107) registration of the second device with the server , the request including the identification information of the second device ; and in response to registration of the second device, displaying, on the screen of the application, a visual indication of the second device registered to the server , wherein the identification information of the second device is stored by the server .
A single-use patient positioning and warming pad configured to be placed between a patient and an operating table during a surgical procedure, the pad comprising: a viscoelastic foam body comprising a top block comprising an open cell foam having an open cell structure that is permeable to fluid collected on a top surface thereof and a bottom block adhered to the top block comprising a foam bottom surface configured to contact a surface of the operating table during the surgical procedure to maintain positioning of the pad on the table, wherein the bottom block comprises a foam that is denser than the open cell foam of the top block; a heating element at least partially disposed between the top block and the bottom block of the foam body ; an electrical connector having a proximal end portion enclosed within the foam body connected to the heating element and a distal end portion extending from the foam body and configured to directly or indirectly connect to a power source and/or control unit for the heating element ; a hermetically sealed protective sleeve fully enclosing the heating element and a portion of a power lead of the electrical connector ; and a hermetic seal about the power lead provided at a point where the power lead enters the protective sleeve , wherein the protective sleeve and hermetic seal hermetically seal the heating element and the portion of the power lead from the foam body . a viscoelastic foam body comprising a top block comprising an open cell foam having an open cell structure that is permeable to fluid collected on a top surface thereof and a bottom block adhered to the top block comprising a foam bottom surface configured to contact a surface of the operating table during the surgical procedure to maintain positioning of the pad on the table, wherein the bottom block comprises a foam that is denser than the open cell foam of the top block; a heating element at least partially disposed between the top block and the bottom block of the foam body ; an electrical connector having a proximal end portion enclosed within the foam body connected to the heating element and a distal end portion extending from the foam body and configured to directly or indirectly connect to a power source and/or control unit for the heating element ; a hermetically sealed protective sleeve fully enclosing the heating element and a portion of a power lead of the electrical connector ; and a hermetic seal about the power lead provided at a point where the power lead enters the protective sleeve , wherein the protective sleeve and hermetic seal hermetically seal the heating element and the portion of the power lead from the foam body .
A kitchen appliance comprising a chamber delimited by a wall arrangement and a lid for sealing said chamber wherein the lid can swivel from an open position in which the lid is away from the chamber to a closed position in which the lid prevents access to the chamber and wherein the lid is attached to the wall arrangement through a hinge mechanism comprising: an arm having a first terminal portion attached to the wall arrangement through a first pivot proximal to a first end portion of the lid when the lid is in the closed position and an opposing second terminal portion attached to an intermediate portion of the lid through a second pivot , said intermediate portion being proximal to a second end portion of the lid opposing said first end portion when the lid is in the closed position; said kitchen appliance being characterized by a further arm having a first further terminal portion attached to an intermediate portion of the arm in between the first terminal portion and the second terminal portion through a third pivot and a second further terminal portion terminating in a sliding arrangement on the lid in between the second pivot and the first end portion of the lid. an arm having a first terminal portion attached to the wall arrangement through a first pivot proximal to a first end portion of the lid when the lid is in the closed position and an opposing second terminal portion attached to an intermediate portion of the lid through a second pivot , said intermediate portion being proximal to a second end portion of the lid opposing said first end portion when the lid is in the closed position; said kitchen appliance being characterized by a further arm having a first further terminal portion attached to an intermediate portion of the arm in between the first terminal portion and the second terminal portion through a third pivot and a second further terminal portion terminating in a sliding arrangement on the lid in between the second pivot and the first end portion of the lid.
An integrated fuel cell and environmental control system comprising: a turbo-compressor comprising: a rotatable shaft ; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft ; and a turbine connected to the shaft ; an aircraft cabin ; a flight deck ; a fuel cell connected to the compressor by a first compressed air supply line that supplies a first portion of the flow of compressed air to the fuel cell, wherein the fuel cell is connected to the turbine by a fuel cell exhaust line that supplies a flow of fuel cell exhaust to a mixing chamber ; and an environmental control system connected to the compressor by a second compressed air supply line that supplies a second portion of the flow of compressed air to the environmental control system , wherein the environmental control system directs a first portion of the flow of compressor air to the fight deck such that the flight deck expels spent flight deck air that is mixed with a second portion of the flow of compressor air and the combined flight deck air and second portion of the flow of compressor air is directed to the cabin such that the cabin expels spent cabin air; and a supply line configured to receive spent cabin air from the cabin and to route spent cabin air to the turbine wherein the spent cabin air is mixed with fuel cell exhaust in the mixing chamber and a combined flow of fuel cell exhaust and spent cabin air exiting the mixing chamber is expanded through the turbine to drive the compressor a turbo-compressor comprising: a rotatable shaft ; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft ; and a turbine connected to the shaft ; a rotatable shaft ; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft ; and a turbine connected to the shaft ; an aircraft cabin ; a flight deck ; a fuel cell connected to the compressor by a first compressed air supply line that supplies a first portion of the flow of compressed air to the fuel cell, wherein the fuel cell is connected to the turbine by a fuel cell exhaust line that supplies a flow of fuel cell exhaust to a mixing chamber ; and an environmental control system connected to the compressor by a second compressed air supply line that supplies a second portion of the flow of compressed air to the environmental control system , wherein the environmental control system directs a first portion of the flow of compressor air to the fight deck such that the flight deck expels spent flight deck air that is mixed with a second portion of the flow of compressor air and the combined flight deck air and second portion of the flow of compressor air is directed to the cabin such that the cabin expels spent cabin air; and a supply line configured to receive spent cabin air from the cabin and to route spent cabin air to the turbine wherein the spent cabin air is mixed with fuel cell exhaust in the mixing chamber and a combined flow of fuel cell exhaust and spent cabin air exiting the mixing chamber is expanded through the turbine to drive the compressor
Umbrella handle for a portable umbrella with a receptacle (2.1) for an umbrella pole, an umbrella release unit and a receptacle (2.4) for at least one electronic circuit, wherein an electronic circuit with a voltage supply (4.4) and an output unit for sound are additionally arranged in the umbrella handle, wherein the umbrella handle has a receiving part , wherein the receiving part provides a receptacle (2.1) for an umbrella pole, a receptacle (2.4) for at least one electronic circuit and a receptacle (2.5) for the umbrella release unit, wherein the umbrella release unit comprises at least one operating element with which the umbrella can be released and the at least one electronic circuit can be controlled, and the electronic circuit has at least one switch (4.1), wherein the at least one operating element comprises a control means (5.3) designed for mechanically triggering the at least one switch (4.1), and the at least one operating element has a receptacle (5.4) for the at least one switch (4.1) of the electronic circuit, wherein the at least one operating element has a cover part (5.1) for protecting the switch (4.1) of the electronic circuit and a releasing part (5.2) for releasing the umbrella, characterised in that the releasing part (5.2) has a receptacle (5.4) for the switch (4.1) of the electronic circuit. the umbrella release unit comprises at least one operating element with which the umbrella can be released and the at least one electronic circuit can be controlled, and the electronic circuit has at least one switch (4.1), wherein the at least one operating element comprises a control means (5.3) designed for mechanically triggering the at least one switch (4.1), and the at least one operating element has a receptacle (5.4) for the at least one switch (4.1) of the electronic circuit, wherein the at least one operating element has a cover part (5.1) for protecting the switch (4.1) of the electronic circuit and a releasing part (5.2) for releasing the umbrella, characterised in that the releasing part (5.2) has a receptacle (5.4) for the switch (4.1) of the electronic circuit.
An energy apparatus configured for providing energy to an item being transferred over a rotatable drum , the energy apparatus comprising: a first energy mechanism configured to be fixedly coupled to the rotatable drum and rotate with the rotatable drum; a second energy mechanism configured to rotate around a circumference of the rotatable drum; and a translation system coupled to the second energy mechanism and configured to move the second energy mechanism to an end position that allows the second energy mechanism and the first energy mechanism to provide energy to the item while there is no relative motion between the first energy mechanism and the second energy mechanism, and characterised in that the translation system comprises: a first drive-side cam ; at least one cam follower configured to travel along a path of the first drive-side cam; and a sled coupled to the cam follower and to the second energy mechanism ; wherein the translation system is configured to move the second energy mechanism in an axial direction , the axial direction being parallel to a longitudinal axis of the rotatable drum, using the at least one cam follower. a first energy mechanism configured to be fixedly coupled to the rotatable drum and rotate with the rotatable drum; a second energy mechanism configured to rotate around a circumference of the rotatable drum; and a translation system coupled to the second energy mechanism and configured to move the second energy mechanism to an end position that allows the second energy mechanism and the first energy mechanism to provide energy to the item while there is no relative motion between the first energy mechanism and the second energy mechanism, and characterised in that the translation system comprises: a first drive-side cam ; at least one cam follower configured to travel along a path of the first drive-side cam; and a sled coupled to the cam follower and to the second energy mechanism ; wherein the translation system is configured to move the second energy mechanism in an axial direction , the axial direction being parallel to a longitudinal axis of the rotatable drum, using the at least one cam follower. a first drive-side cam ; at least one cam follower configured to travel along a path of the first drive-side cam; and a sled coupled to the cam follower and to the second energy mechanism ; wherein the translation system is configured to move the second energy mechanism in an axial direction , the axial direction being parallel to a longitudinal axis of the rotatable drum, using the at least one cam follower.
A user terminal comprising: a control section configured to detect a beam failure of a beam based on reception power of a synchronization block, SSB, or a channel state information reference signal, CSI-RS; and a transmitting section configured to trasnmit an uplink, UL, signal for requesting beam recovery by using a UL resource associated with an SSB or a CSI-RS of a new beam in response to detection of the beam failure, wherein the control section is configured to control the user terminal to receive a response signal to the UL signal based on the SSB or the CSI-RS of the new beam. a control section configured to detect a beam failure of a beam based on reception power of a synchronization block, SSB, or a channel state information reference signal, CSI-RS; and a transmitting section configured to trasnmit an uplink, UL, signal for requesting beam recovery by using a UL resource associated with an SSB or a CSI-RS of a new beam in response to detection of the beam failure, wherein the control section is configured to control the user terminal to receive a response signal to the UL signal based on the SSB or the CSI-RS of the new beam.
A hybrid solid electrolyte comprising: a hybrid film including (i) 85 to 95 parts by weight of an ion conductive ceramic and (ii) 5 to 15 parts by weight of a polymer; and a liquid electrolyte including (i) an ion compound selected from the group consisting of lithium ions and sodium ions and (ii) a non-aqueous organic solvent, wherein the hybrid solid electrolyte includes (i) 60 to 100 parts by weight of the hybrid film and (ii) 1 to 40 parts by weight of the liquid electrolyte, wherein the hybrid film is obtainable by mixing the conductive ceramic and the polymer in a solvent to prepare a mixture slurry, making the slurry into a film shape using a printing method or a doctor blading method, and then drying the film shape, wherein the hybrid film is impregnated with the liquid electrolyte, and wherein the hybrid solid electrolyte has a thickness of 10-30 μm. a hybrid film including (i) 85 to 95 parts by weight of an ion conductive ceramic and (ii) 5 to 15 parts by weight of a polymer; and a liquid electrolyte including (i) an ion compound selected from the group consisting of lithium ions and sodium ions and (ii) a non-aqueous organic solvent, wherein the hybrid solid electrolyte includes (i) 60 to 100 parts by weight of the hybrid film and (ii) 1 to 40 parts by weight of the liquid electrolyte, wherein the hybrid film is obtainable by mixing the conductive ceramic and the polymer in a solvent to prepare a mixture slurry, making the slurry into a film shape using a printing method or a doctor blading method, and then drying the film shape, wherein the hybrid film is impregnated with the liquid electrolyte, and wherein the hybrid solid electrolyte has a thickness of 10-30 μm.
A drilling assembly for drilling a wellbore, comprising: a drive for rotating a drill bit ; a deflection device (120; 700); and a sensor that provides measurements relating a direction of the drilling assembly for drilling the wellbore along a desired direction, wherein the deflection device (120; 700) enables a lower section (290; 790) of the drilling assembly to tilt within a selected plane when the drilling assembly is substantially rotationally stationary to allow drilling of a curved section of the wellbore when the drill bit is rotated by the drive and wherein the tilt is reduced when the drilling assembly is rotated to allow drilling of a straighter section of the wellbore, characterised in that the lower section (290; 790) of the drilling assembly tilts about a pin (210; 710) of a pivotal connection. a drive for rotating a drill bit ; a deflection device (120; 700); and a sensor that provides measurements relating a direction of the drilling assembly for drilling the wellbore along a desired direction, wherein the deflection device (120; 700) enables a lower section (290; 790) of the drilling assembly to tilt within a selected plane when the drilling assembly is substantially rotationally stationary to allow drilling of a curved section of the wellbore when the drill bit is rotated by the drive and wherein the tilt is reduced when the drilling assembly is rotated to allow drilling of a straighter section of the wellbore, characterised in that the lower section (290; 790) of the drilling assembly tilts about a pin (210; 710) of a pivotal connection.