mhurhangee/patent-ind-claim-en huggingface dataset:
Gas turbine which has: - a combustion chamber , - a high-pressure turbine with a first turbine guide blade ring arranged downstream of the combustion chamber , wherein the first turbine guide blade ring has a plurality of turbine guide blade segments which each comprise at least one guide blade , an outer platform and an inner platform , and - an outer housing , wherein the outer housing is formed by a turbine housing of the high-pressure turbine and a combustion-chamber outer housing of the combustion chamber , which housings are connected to each other, - wherein the turbine housing comprises an axial groove , wherein the turbine guide blade segments are fixed in the radial direction on the outer housing , wherein radial loads which occur are conducted into the outer housing , and a structure which, downstream of the first turbine guide blade ring, provides the outer boundary of the main flow path for the moving blades of a first turbine moving blade ring arranged downstream of the first turbine guide blade ring, wherein the turbine guide blade segments are each fixed in the radial direction on the turbine housing via at least one hook which is arranged in the axial groove of the turbine housing , characterized in that the groove of the turbine housing furthermore serves for radially fixing the structure which, downstream of the first turbine guide blade ring, provides the outer boundary of the main flow path for the moving blades of a first turbine moving blade ring arranged downstream of the first turbine guide blade ring. - a combustion chamber , - a high-pressure turbine with a first turbine guide blade ring arranged downstream of the combustion chamber , wherein the first turbine guide blade ring has a plurality of turbine guide blade segments which each comprise at least one guide blade , an outer platform and an inner platform , and - an outer housing , wherein the outer housing is formed by a turbine housing of the high-pressure turbine and a combustion-chamber outer housing of the combustion chamber , which housings are connected to each other, - wherein the turbine housing comprises an axial groove , wherein the turbine guide blade segments are fixed in the radial direction on the outer housing , wherein radial loads which occur are conducted into the outer housing , and a structure which, downstream of the first turbine guide blade ring, provides the outer boundary of the main flow path for the moving blades of a first turbine moving blade ring arranged downstream of the first turbine guide blade ring,
A hair styling apparatus comprising: first and second arms hingedly connected to each other for selective, pivotal movement relative to each other to configure the hair styling apparatus between an opened position and a closed position, the first arm having a heating assembly comprising a heating element and a contact plate heatable by the heating element and having a hair-contact surface , at least one temperature sensor configured to sense a temperature of the heating element ; and a controller operable to determine whether the hair styling apparatus is in its opened position or its closed position, and characterized by the controller being communicatively coupled to the at least one temperature sensor, the controller being operable to control the temperature of the heating element by: when the hair styling apparatus is in its closed position, energizing the heating element when the sensed temperature falls below a first threshold temperature; and when the hair styling apparatus is in its opened position, energizing the heating element when the sensed temperature falls below a second threshold temperature, wherein the second threshold temperature is higher than the first threshold temperature. first and second arms hingedly connected to each other for selective, pivotal movement relative to each other to configure the hair styling apparatus between an opened position and a closed position, the first arm having a heating assembly comprising a heating element and a contact plate heatable by the heating element and having a hair-contact surface , at least one temperature sensor configured to sense a temperature of the heating element ; and a controller operable to determine whether the hair styling apparatus is in its opened position or its closed position, and characterized by the controller being communicatively coupled to the at least one temperature sensor, the controller being operable to control the temperature of the heating element by: when the hair styling apparatus is in its closed position, energizing the heating element when the sensed temperature falls below a first threshold temperature; and when the hair styling apparatus is in its opened position, energizing the heating element when the sensed temperature falls below a second threshold temperature, wherein the second threshold temperature is higher than the first threshold temperature. when the hair styling apparatus is in its closed position, energizing the heating element when the sensed temperature falls below a first threshold temperature; and when the hair styling apparatus is in its opened position, energizing the heating element when the sensed temperature falls below a second threshold temperature, wherein the second threshold temperature is higher than the first threshold temperature.
Drum brake of servo brake design with a brake drum and two brake shoes which can be applied to the brake drum, are arranged on the brake shoe side of a carrier plate and each have a pressure end and a supporting end, a spreading device which is mounted in a floating manner with respect to the carrier plate and is supported at the pressure ends for the introduction of force into the two pressure ends at force introduction points, and a plunger which is mounted in a floating manner with respect to the carrier plate and is supported at the two supporting ends for the transmission of force being situated between the pressure ends, each brake shoe having, at its pressure end, a pressure head in addition to the force introduction point there, it being possible for the two pressure heads to be supported on an abutment which is arranged between them and is connected to the carrier plate , characterized in that the abutment is configured in its entirety as a solid component which is elastically deformable under load, and in that one or more sensors are provided which detect the deformation of the abutment which is produced under load, the brake torque which is generated in the drum brake being determined by means of the sensor signal.
A package, comprising: a sleeve comprising a plurality of walls , wherein the plurality of walls comprises a bottom wall , a top wall , and a plurality of sidewalls connecting the top wall and the bottom wall ; the bottom wall , the top wall and the side walls cooperatively form an inner cavity having an insertion opening ; and a tray slidably received in the inner cavity via the insertion opening ; wherein the sleeve is provided with a rear locking slot on one of the plurality of sidewalls , and the tray is provided with a locking tab capable of elastically extending through the rear locking slot to lock the tray in place relative to the sleeve , and the sleeve is further provided with a release tab capable of pressing the locking tab into the inner cavity , so as to release the locking tab from the rear locking slot , wherein the rear locking slot defines a notch on the sidewall and the top wall ; wherein the release tab comprises an end fixed to the top wall , two side edges extending into and connecting to the top wall , said package being characterized in that the release tab further comprises a free edge having two ends, each side edge being connected to a respective end of the free edge , the end of the release tab fixed to the top wall being away from the free edge , and the release tab being adapted, when being pressed, to bend downward to press the locking tab and deform it elastically in a bending state to retract into the inner cavity . a sleeve comprising a plurality of walls , wherein the plurality of walls comprises a bottom wall , a top wall , and a plurality of sidewalls connecting the top wall and the bottom wall ; the bottom wall , the top wall and the side walls cooperatively form an inner cavity having an insertion opening ; and a tray slidably received in the inner cavity via the insertion opening ; wherein the sleeve is provided with a rear locking slot on one of the plurality of sidewalls , and the tray is provided with a locking tab capable of elastically extending through the rear locking slot to lock the tray in place relative to the sleeve , and the sleeve is further provided with a release tab capable of pressing the locking tab into the inner cavity , so as to release the locking tab from the rear locking slot , wherein the rear locking slot defines a notch on the sidewall and the top wall ; wherein the release tab comprises an end fixed to the top wall , two side edges extending into and connecting to the top wall , said package being characterized in that the release tab further comprises a free edge having two ends, each side edge being connected to a respective end of the free edge , the end of the release tab fixed to the top wall being away from the free edge , and the release tab being adapted, when being pressed, to bend downward to press the locking tab and deform it elastically in a bending state to retract into the inner cavity .
A rope-lowering device for lowering persons (P1, P2) from a building (B) or the like, comprising: - an axle arranged to rotate about its longitudinal axis ; - a first reel connectable to the axle, - a second reel connected or connectable to the axle; - a brake connected to the axle, which brake is configured to provide a braking force to the axle independent of a direction of rotation; - a first rope connected to the first reel to be suspended from the first reel; and - a second rope connected to the second reel to be suspended from the second reel, wherein the rope-lowering device is configured such that when both the first and second reels are connected to the axle, paying out one of the first and second rope will automatically cause the other one of the first and second rope to be hauled in, characterized in that the first reel has a disconnected state, in which the axle is free to rotate relative to the first reel, and a connected state, in which the first reel is connected to the axle to rotate along with the axle. - an axle arranged to rotate about its longitudinal axis ; - a first reel connectable to the axle, - a second reel connected or connectable to the axle; - a brake connected to the axle, which brake is configured to provide a braking force to the axle independent of a direction of rotation; - a first rope connected to the first reel to be suspended from the first reel; and - a second rope connected to the second reel to be suspended from the second reel,
A method for the at least partially automated driving of a motor vehicle by means of at least one camera and an evaluation unit for evaluating the data detected by the camera , wherein road markings are detected by means of the camera , and lanes are determined therefrom, characterized in that changes in the road markings , which would result in the determination of a new lane , are observed over a predetermined distance (d limit1 , d limit2 ), wherein the new lane is only adopted when the changed road marking has been detected over the predetermined distance (d limit1 , d limit2 ), wherein the distance (d limit1 , d limit2 ) is selected depending on the type of the detected road marking , wherein the distance (d limit1 , d limit2 ) is selected to be greater than the length (d A ) of a temporary lane . changes in the road markings , which would result in the determination of a new lane , are observed over a predetermined distance (d limit1 , d limit2 ), wherein the new lane is only adopted when the changed road marking has been detected over the predetermined distance (d limit1 , d limit2 ), wherein the distance (d limit1 , d limit2 ) is selected depending on the type of the detected road marking , wherein the distance (d limit1 , d limit2 ) is selected to be greater than the length (d A ) of a temporary lane .
An appliance charging stand , comprising: a housing with an upper portion defining a receptacle for an appliance, a base defining a front end , a rear end, a first side, and a second side connected to said upper portion and having a peripheral edge, wherein said base defines at least one corner at an intersection of said front end said first side , and said rear end and said second side , respectively; and a swiveling jack located at one of said at least one corners defining a power cord connection socket and rotatably secured between said upper portion and said base to swivel about a vertical axis between a first position and a second position, wherein in said first position said socket faces one of said front end and said rear end , and in said second position, said socket faces one of said first side and said second side . a housing with an upper portion defining a receptacle for an appliance, a base defining a front end , a rear end, a first side, and a second side connected to said upper portion and having a peripheral edge, wherein said base defines at least one corner at an intersection of said front end said first side , and said rear end and said second side , respectively; and a swiveling jack located at one of said at least one corners defining a power cord connection socket and rotatably secured between said upper portion and said base to swivel about a vertical axis between a first position and a second position, wherein in said first position said socket faces one of said front end and said rear end , and in said second position, said socket faces one of said first side and said second side .
Pressure sensor, comprising: an operating circuit; and a pressure measuring cell with a counter-body ; a measuring diaphragm which is arranged on the counter-body and can be deformed by a pressure to be measured; and a capacitive converter, which has at least one membrane electrode arranged on the measuring diaphragm and at least one counter-body electrode arranged on the counter-body , wherein the capacity between the membrane electrode and the counter-body electrode depends on a pressure-dependent deformation of the measuring membrane, wherein at least the membrane electrode has a temperature-dependent impedance; wherein the operating circuit is designed to measure at least a capacity between the at least one counter-body electrode and the at least one membrane electrode, characterized in that the operating circuit is designed to provide a pressure measured value as a function of the at least one capacity, and to determine the ohmic part of the impedance of the membrane electrode, and wherein the operating circuit is designed to perform a temperature compensation or temperature gradient compensation, depending on the impedance of the membrane electrode, in order to provide a compensated pressure measured value. an operating circuit; and a pressure measuring cell with a counter-body ; a measuring diaphragm which is arranged on the counter-body and can be deformed by a pressure to be measured; and a capacitive converter, which has at least one membrane electrode arranged on the measuring diaphragm and at least one counter-body electrode arranged on the counter-body , wherein the capacity between the membrane electrode and the counter-body electrode depends on a pressure-dependent deformation of the measuring membrane, wherein at least the membrane electrode has a temperature-dependent impedance; wherein the operating circuit is designed to measure at least a capacity between the at least one counter-body electrode and the at least one membrane electrode, characterized in that the operating circuit is designed to provide a pressure measured value as a function of the at least one capacity, and to determine the ohmic part of the impedance of the membrane electrode, and wherein the operating circuit is designed to perform a temperature compensation or temperature gradient compensation, depending on the impedance of the membrane electrode, in order to provide a compensated pressure measured value.
A method for a user equipment to transmit Channel State Information, CSI, in a wireless communication system, comprising: receiving (S1510) a first CSI-Reference Signal, CSI-RS, associated with a CSI-RS resource of a non-precoded CSI-RS type from a base station ; reporting (S1520) a first Precoding Matrix Indicator, PMI, derived based on the first CSI-RS to the base station ; receiving (S1530) a second CSI-RS associated with one CSI-RS resource of a beamformed CSI-RS type from the base station ; and reporting (S1540) a second Rank Indicator, RI, a Channel Quality Indicator, CQI, and a second PMI derived based on the second CSI-RS to the base station , characterized in that when a periodic CSI reporting is triggered, a reporting period of the first PMI is configured as a first integer multiple of a reporting period of the second RI and the reporting period of the second RI is configured as a second integer multiple of a reporting period of the CQI and the second PMI, wherein reporting the first PMI corresponds to reporting additionally a first RI associated with the first PMI along with the first PMI when the user equipment supports up to eight layers, and wherein the first RI is not additionally reported along with the first PMI when the user equipment supports up to two layers. receiving (S1510) a first CSI-Reference Signal, CSI-RS, associated with a CSI-RS resource of a non-precoded CSI-RS type from a base station ; reporting (S1520) a first Precoding Matrix Indicator, PMI, derived based on the first CSI-RS to the base station ; receiving (S1530) a second CSI-RS associated with one CSI-RS resource of a beamformed CSI-RS type from the base station ; and reporting (S1540) a second Rank Indicator, RI, a Channel Quality Indicator, CQI, and a second PMI derived based on the second CSI-RS to the base station , characterized in that when a periodic CSI reporting is triggered, a reporting period of the first PMI is configured as a first integer multiple of a reporting period of the second RI and the reporting period of the second RI is configured as a second integer multiple of a reporting period of the CQI and the second PMI, wherein reporting the first PMI corresponds to reporting additionally a first RI associated with the first PMI along with the first PMI when the user equipment supports up to eight layers, and wherein the first RI is not additionally reported along with the first PMI when the user equipment supports up to two layers.
A radiator system for irradiating differently broad laminated glass panels , which comprises at least three elongate radiators , wherein the elongate radiators are arranged one after another on a common longitudinal axis (L), wherein the radiator system is arranged in a glass cutting device , and wherein the common longitudinal axis (L) of the elongate radiators is arranged parallel to a cutting axis (X) of the glass cutting device , characterized in that the elongate radiators each comprise two ends which are angled relative to the common longitudinal axis (L). which comprises at least three elongate radiators , wherein the elongate radiators are arranged one after another on a common longitudinal axis (L), wherein the radiator system is arranged in a glass cutting device , and wherein the common longitudinal axis (L) of the elongate radiators is arranged parallel to a cutting axis (X) of the glass cutting device , characterized in that the elongate radiators each comprise two ends which are angled relative to the common longitudinal axis (L).
A plant growing cabinet comprising; a body , in which at least one plant growing tray is placed, a water tank retractable placed inside the body via a frame , having a first position wherein the water tank is adjacent to the rear wall of the body and is coupled to at least one coupling , a second position wherein the water tank is at least partly drawn from the body the at least one coupling being decoupled from the water tank , a pump to pump water from the water tank to the plant growing tray in the first position via the coupling , characterized in that the plant growing cabinet further comprises a switch that is placed on to the body ; an actuator placed on to the frame or on to the water tank , facing and contacting the switch in the first position, completing an electrical circuit to generate position data indicating that the water tank is in the first position; a control unit in communication with the switch , arranged to activate the pump only when position data provided by the switch indicates that the water tank is in the first position and keep the pump inactive during the second position of the water tank ; wherein the switch is arranged to, upon activation of the pump , act as a magnet during operation of the pump and for an additional time predetermined by the manufacturer, so as to hinder the movement of the water tank from the first position to the second position .
A multi-ply, high quality paperboard comprising chemical and mechanical pulp of cellulosic fibers, wherein 100% of the total fiber content of said paperboard are hardwood fibers and wherein the fibers have not been fractionized.
Sensor for measuring current in a conductor , the sensor comprising a stack comprising at least one isolation layer and at least two metallization layers stacked in a first direction (z), the sensor comprising a first winding of conductive material and a second winding of conductive material, the first winding and the second winding each comprising a first part formed in a metallization layer comprised in the stack and mainly extending in a second direction (y) and having a first centre of gravity and a second part formed in a metallization layer comprised in the stack and mainly extending in a direction opposite to the second direction (y) and having a second centre of gravity , the first centre of gravity of the first winding and the second centre of gravity of the first winding being comprised in a first plane, the first centre of gravity of the second winding and the second centre of gravity of the second winding being comprised in a second plane, characterized in that the first plane intersects with the second plane in a common intersection line in the second direction (y), wherein the first direction (z) and the second direction (y) are orthogonal directions and the sensor further comprises measurement means arranged to measure current through the first winding and current through the second winding, said first and second windings being configured such that a changing magnetic field due to the current to be measured generates said current through the first winding and the second winding.