mhurhangee/patent-ind-claim-en huggingface dataset:
Fender arrangement for docking a marine vessel with a boat landing of a marine offshore structure such as a wind power plant, including at least one fender unit composed of elastically deformable material and provided with a receiving recess for a docking rail of said boat landing , characterized in that the fender unit exhibits an internal deformation control cavity positioned at a distance from the receiving recess within the fender unit and extending at least along the width of said receiving recess , controlling deformation of the fender unit into forming a gripping hold of a docking rail by compression of the internal deformation control cavity when the fender unit is pressed against the docking rail .
An accessory configured to be connectable to a game controller that includes at least an infrared camera, the accessory comprising: a housing having an opening , wherein the housing is configured to be connectable to the game controller; a movable operation section (22A-22D; 41) at least a portion of which is exposed on an outside of the housing; a movable portion (23A-23D; 44) at a position inside the housing, wherein the movable portion (23A-23D; 44) is connected to the movable operation section (22A-22D; 41) and a position and/or an attitude of the movable portion changes in response to the movable operation section being operated, characterized in that the accessory further comprises: a reference marker at a position inside the housing and different from the position of the movable portion (23A-23D, 44) the reference marker being a reference for the position and/or the attitude of the movable portion (23A-23D,44) that is capable of changing in response to the movable operation section (22A-22D,41) being operated, wherein at least a portion of the movable portion (23A-23D,44) is formed by a member visible through the opening and adapted to being identified by the infrared camera. a housing having an opening , wherein the housing is configured to be connectable to the game controller; a movable operation section (22A-22D; 41) at least a portion of which is exposed on an outside of the housing; a movable portion (23A-23D; 44) at a position inside the housing, wherein the movable portion (23A-23D; 44) is connected to the movable operation section (22A-22D; 41) and a position and/or an attitude of the movable portion changes in response to the movable operation section being operated, characterized in that the accessory further comprises: a reference marker at a position inside the housing and different from the position of the movable portion (23A-23D, 44) the reference marker being a reference for the position and/or the attitude of the movable portion (23A-23D,44) that is capable of changing in response to the movable operation section (22A-22D,41) being operated, wherein at least a portion of the movable portion (23A-23D,44) is formed by a member visible through the opening and adapted to being identified by the infrared camera.
Water-conducting household appliance , in particular a dishwasher, with a wash container for holding items being washed, a first container and a second container for holding water, wherein a thermal insulation means is arranged between the first container and the wash container , the second container is arranged in thermal contact with the wash container and a means for decanting the water from the first container into the second container is provided to dry the items being washed, characterised in that the means for decanting the water from the first container into the second container is configured as a valve, pump and/or siphon pump.
A power supply management system for a vehicle comprising: at least one main power supply unit comprising at least one main power supply , at least one supplementary power supply unit (20-1, 20-2) comprising at least one supplementary power supply (21-1. 21-2), at least one consumer unit (30-1, ..., 30-n) and at least one power supply line (27-1, 27-2) connectable to the at least one consumer unit (30-1, ..., 30-n) to supply power from the at least one main power supply and/or the at least one supplementary power supply (21-1, 21-2) to the at least one consumer unit (30-1, ..., 30-n), wherein the main power supply and the at least one supplementary power supply (21-1, 21-2) are connectable and disconnectable to the at least one supply line (27-1, 27-2) by a main power supply switch (22-1, 22-2) and a supplementary power supply switch (25-1, 25-2), respectively, and wherein the at least one power supply line (27-1, 27-2) comprises at least one consumer switch (23-1, 23-2) configured to connect and disconnect the at least consumer unit (30-1, ..., 30-n) from any power supply of the at least one main power supply and the at least one supplementary power supply (21-1, 21-2). at least one main power supply unit comprising at least one main power supply , at least one supplementary power supply unit (20-1, 20-2) comprising at least one supplementary power supply (21-1. 21-2), at least one consumer unit (30-1, ..., 30-n) and at least one power supply line (27-1, 27-2) connectable to the at least one consumer unit (30-1, ..., 30-n) to supply power from the at least one main power supply and/or the at least one supplementary power supply (21-1, 21-2) to the at least one consumer unit (30-1, ..., 30-n), wherein the main power supply and the at least one supplementary power supply (21-1, 21-2) are connectable and disconnectable to the at least one supply line (27-1, 27-2) by a main power supply switch (22-1, 22-2) and a supplementary power supply switch (25-1, 25-2), respectively, and wherein the at least one power supply line (27-1, 27-2) comprises at least one consumer switch (23-1, 23-2) configured to connect and disconnect the at least consumer unit (30-1, ..., 30-n) from any power supply of the at least one main power supply and the at least one supplementary power supply (21-1, 21-2).
A liquid circulation device for a machine tool , comprising: a tank which has an introduction portion and a lead-out portion of a liquid, and in which a liquid circulated between the machine tool and the tank is stored; and a heat exchanger disposed in the tank , wherein the tank has a throttle portion , in which a cross-sectional area of a liquid passage between the introduction portion and the lead-out portion is reduced, and a first storage portion on the introduction portion side from the throttle portion, characterized in that at least a portion of the heat exchanger is disposed in the throttle portion. a tank which has an introduction portion and a lead-out portion of a liquid, and in which a liquid circulated between the machine tool and the tank is stored; and a heat exchanger disposed in the tank , wherein the tank has a throttle portion , in which a cross-sectional area of a liquid passage between the introduction portion and the lead-out portion is reduced, and a first storage portion on the introduction portion side from the throttle portion, characterized in that at least a portion of the heat exchanger is disposed in the throttle portion.
An electroacoustic driver comprising a housing enclosing a coil of an electromagnet, the coil operatively coupled to an electromagnet core , and wherein the electromagnet core extends through a wall of the housing from inside to outside of the housing and is arranged for interaction outside the housing with a magnetic element coupled to a diaphragm ; characterised in that the magnetic element is a permanent magnet ; and/or the lateral dimensions of the magnetic element correspond to the transverse cross section of the region of the electromagnet core located externally to the housing .
A moisture amount detection device , comprising: a light source including a semiconductor light emitting element that emits light, the light source projecting the light toward an object , means for pulsing the light emitted by the light source at a predetermined frequency; a light receiver that receives the light reflected by the object and outputs a detection signal; an amplifier that receives the detection signal and outputs an amplified signal obtained by amplifying the detection signal by a predetermined amplification factor; a lock-in amplifier that receives the amplified signal and outputs an extracted signal which is obtained by extracting a signal of the predetermined frequency from the amplified signal and from which an alternating current component has been removed by a first low-pass filter , the lock-in amplifier including the first low-pass filter; an A/D converter that receives the extracted signal from which the alternating current component has been removed, performs A/D conversion on the extracted signal, and outputs a digital signal; a second low-pass filter whose cut-off frequency is changeable, and that receives the digital signal and allows a signal of a frequency below the cut-off frequency in the digital signal to pass through the second low-pass filter ; and a controller that controls the cut-off frequency, wherein the controller performs first control to change the cut-off frequency of the second low-pass filter according to a signal intensity indicated by the digital signal. a light source including a semiconductor light emitting element that emits light, the light source projecting the light toward an object , means for pulsing the light emitted by the light source at a predetermined frequency; a light receiver that receives the light reflected by the object and outputs a detection signal; an amplifier that receives the detection signal and outputs an amplified signal obtained by amplifying the detection signal by a predetermined amplification factor; a lock-in amplifier that receives the amplified signal and outputs an extracted signal which is obtained by extracting a signal of the predetermined frequency from the amplified signal and from which an alternating current component has been removed by a first low-pass filter , the lock-in amplifier including the first low-pass filter; an A/D converter that receives the extracted signal from which the alternating current component has been removed, performs A/D conversion on the extracted signal, and outputs a digital signal; a second low-pass filter whose cut-off frequency is changeable, and that receives the digital signal and allows a signal of a frequency below the cut-off frequency in the digital signal to pass through the second low-pass filter ; and a controller that controls the cut-off frequency, wherein the controller performs first control to change the cut-off frequency of the second low-pass filter according to a signal intensity indicated by the digital signal.
A vehicle seat comprising: a seat cushion ; a seatback that is rotatably connected to a seat rear side of the seat cushion ; a headrest that is provided at a seat upper side end portion of the seatback , and that is configured to support a head portion (H) of a vehicle occupant (D); and a hardness changing section that is configured to change a hardness of a seat front side of the headrest by compressing a pad at an interior of the headrest , in a case in which an angle of inclination of the seatback with respect to the seat cushion is smaller than a predetermined angle, and canceling a compressed state of the pad , in a case in which the angle of inclination is larger than the predetermined angle. a seat cushion ; a seatback that is rotatably connected to a seat rear side of the seat cushion ; a headrest that is provided at a seat upper side end portion of the seatback , and that is configured to support a head portion (H) of a vehicle occupant (D); and a hardness changing section that is configured to change a hardness of a seat front side of the headrest by compressing a pad at an interior of the headrest , in a case in which an angle of inclination of the seatback with respect to the seat cushion is smaller than a predetermined angle, and canceling a compressed state of the pad , in a case in which the angle of inclination is larger than the predetermined angle.
An arrangement in the hoisting apparatus of a work machine, which hoisting apparatus includes - a rotation device equipped with connectors for connecting pressure-medium lines to the rotation device , - a boom , from which the pressure-medium lines are arranged to be led to the rotation device , - a pivoted joint for suspending the rotation device on the boom , which pivoted joint includes two consecutive pivots in the longitudinal direction of the rotation device , rotational axes of which pivots are arranged at right-angles to each other, and in which the pressure-medium lines are arranged to route between lugs of the pivot on the boom side of the pivoted joint , characterized in that the pressure-medium lines are arranged - to route past the connectors of the rotation device in the longitudinal direction of the rotation device and to turn towards the connectors in order to form a hose loop , - to route to the connectors of the rotation device , which are arranged on both sides (A, B) of the rotation device related to a plane defined in the longitudinal direction of the boom and the longitudinal direction of the rotation device . - a rotation device equipped with connectors for connecting pressure-medium lines to the rotation device , - a boom , from which the pressure-medium lines are arranged to be led to the rotation device , - a pivoted joint for suspending the rotation device on the boom , which pivoted joint includes two consecutive pivots in the longitudinal direction of the rotation device , rotational axes of which pivots are arranged at right-angles to each other, and in which the pressure-medium lines are arranged to route between lugs of the pivot on the boom side of the pivoted joint , characterized in that the pressure-medium lines are arranged - to route past the connectors of the rotation device in the longitudinal direction of the rotation device and to turn towards the connectors in order to form a hose loop , - to route to the connectors of the rotation device , which are arranged on both sides (A, B) of the rotation device related to a plane defined in the longitudinal direction of the boom and the longitudinal direction of the rotation device .
A polypeptide or a pharmaceutical composition comprising the polypeptide for use in a method for treating or preventing hyperglycemia or type II diabetes in a human subject in need thereof, wherein the polypeptide is selected from a group consisting of: a polypeptide comprising an amino acid sequence selected from SEQ ID NOs: 21-40; and a chemically modified polypeptide of the polypeptide , chemically modified to have an N-terminal modification with a hydrophobic group and/or a C-terminal modification that is capable of stabilizing the polypeptide, wherein the hydrophobic group is chosen from myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, cholesterol, and arachidonic acid, and the C-terminal modification is amidation (amination) or isopentanediolization. a polypeptide comprising an amino acid sequence selected from SEQ ID NOs: 21-40; and a chemically modified polypeptide of the polypeptide , chemically modified to have an N-terminal modification with a hydrophobic group and/or a C-terminal modification that is capable of stabilizing the polypeptide, wherein the hydrophobic group is chosen from myristic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, cholesterol, and arachidonic acid, and the C-terminal modification is amidation (amination) or isopentanediolization.
A pressure relief valve for external floating roofs for containers storing liquids, comprising: a down pipe for guiding liquid into the container; and a riser pipe through which fluids can enter the pressure relief valve, wherein the down pipe extends further downwards than the riser pipe ,; characterized in that a deflection pipe that is connected to the riser pipe and the down pipe and guides fluids rising in the riser pipe to the down pipe , wherein the pressure relief valve further comprises a flame arrester device through which gas escapes into the environment. a down pipe for guiding liquid into the container; and a riser pipe through which fluids can enter the pressure relief valve, wherein the down pipe extends further downwards than the riser pipe ,; characterized in that a deflection pipe that is connected to the riser pipe and the down pipe and guides fluids rising in the riser pipe to the down pipe , wherein the pressure relief valve further comprises a flame arrester device through which gas escapes into the environment.
A method for controlling an aircraft propeller , the method comprising: obtaining a measurement of a speed (N P ) of the propeller ; comparing the propeller speed (N P ) to a speed threshold (N P Thresh); in response to determining that the propeller speed (N P ) exceeds the speed threshold (N P Thresh), outputting a valve control signal for opening a two-position solenoid valve coupled to the propeller , the two-position solenoid valve configured for controlling fluid flow to and from the propeller to control a blade angle of the propeller ; computing a rate of change of the propeller speed (N Pdot ); comparing the rate of change of the propeller speed (N Pdot ) to a rate of change threshold, the rate of change threshold computed based on a previous rate of change of the propeller speed recorded upon a last opening of the two-position solenoid valve; and in response to determining that the rate of change of the propeller speed (N Pdot ) is below the rate of change threshold, outputting the valve control signal for closing the two-position solenoid valve . obtaining a measurement of a speed (N P ) of the propeller ; comparing the propeller speed (N P ) to a speed threshold (N P Thresh); in response to determining that the propeller speed (N P ) exceeds the speed threshold (N P Thresh), outputting a valve control signal for opening a two-position solenoid valve coupled to the propeller , the two-position solenoid valve configured for controlling fluid flow to and from the propeller to control a blade angle of the propeller ; computing a rate of change of the propeller speed (N Pdot ); comparing the rate of change of the propeller speed (N Pdot ) to a rate of change threshold, the rate of change threshold computed based on a previous rate of change of the propeller speed recorded upon a last opening of the two-position solenoid valve; and in response to determining that the rate of change of the propeller speed (N Pdot ) is below the rate of change threshold, outputting the valve control signal for closing the two-position solenoid valve .
A battery cooler comprising: • microchannel tubes comprising respective multiple channels formed by extrusion; • a tank holder secured to the microchannel tube ; • a tank securely mounted over the tank holder , wherein the tank is secured to the tank-holder by mechanical connections, and • a sealing gasket secured to at least one of the microchannel tube and the tank holder , characterized in that the tank holder is over-molded over the at least one extreme end of the microchannel tube and wherein the microchannel tubes disposed adjacent to each other in a direction "Z" along a plane thereof are separated by a connection portion formed with at least one opening to facilitate over-molding of the tank-holder over the corresponding microchannel tube . • microchannel tubes comprising respective multiple channels formed by extrusion; • a tank holder secured to the microchannel tube ; • a tank securely mounted over the tank holder , wherein the tank is secured to the tank-holder by mechanical connections, and • a sealing gasket secured to at least one of the microchannel tube and the tank holder ,
A method by a user equipment, UE, for a device to device, D2D, communication, the method comprising: transmitting an attach request message to a mobility management entity, MME; and receiving a response message corresponding to the attach request message from the MME, wherein the attach request message includes UE capability information for proximity service, ProSe. transmitting an attach request message to a mobility management entity, MME; and receiving a response message corresponding to the attach request message from the MME, wherein the attach request message includes UE capability information for proximity service, ProSe.
A method for network configuration in a multi-tenant network environment, the method comprising: receiving a service profile defining network application requirements for a tenant of the network environment, wherein the service profile comprises at least two end point groups, EPGs , and at least one policy contract defining traffic flow constraints between the at least two EPGs ; mapping the received service profile to a logical network implementation associating a plurality of logical routers , logical switches and logical appliances ; mapping the logical network implementation to a physical network implementation on available network hardware in the network environment; and generating component configuration information to configure the available network hardware to provide the physical network implementation of the service profile defining the network application requirements; sending the generated component configuration information to the available network hardware for implementing the physical network implementation; wherein mapping the received service profile to the logical network implementation comprises: mapping each EPG to at least one logical subnet associated with a logical switch ; and mapping each policy contract to one or more logical appliances connected to a logical router . receiving a service profile defining network application requirements for a tenant of the network environment, wherein the service profile comprises at least two end point groups, EPGs , and at least one policy contract defining traffic flow constraints between the at least two EPGs ; mapping the received service profile to a logical network implementation associating a plurality of logical routers , logical switches and logical appliances ; mapping the logical network implementation to a physical network implementation on available network hardware in the network environment; and generating component configuration information to configure the available network hardware to provide the physical network implementation of the service profile defining the network application requirements; sending the generated component configuration information to the available network hardware for implementing the physical network implementation; wherein mapping the received service profile to the logical network implementation comprises: mapping each EPG to at least one logical subnet associated with a logical switch ; and mapping each policy contract to one or more logical appliances connected to a logical router . mapping each EPG to at least one logical subnet associated with a logical switch ; and mapping each policy contract to one or more logical appliances connected to a logical router .