mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a device configured to be implanted within a recipient and comprising an integrated circuit comprising: a first node configured to provide a bandgap reference voltage (Vref), the first node coupled to a first input of an analog-to-digital converter (ADC) , and a second node providing a complementary to absolute temperature (CTAT) voltage, the second node coupled to a second input of the ADC; and a processor communicatively coupled to an output of the ADC and configured to: determine, based on the output of the ADC, the CTAT voltage, and determine, based on the CTAT voltage, a temperature of the device, wherein the determining the temperature of the device comprises: determining a difference between the CTAT voltage and the bandgap reference voltage; and determining, based on the difference between the CTAT voltage and the bandgap reference voltage, and based on a known temperature response of the CTAT voltage, the temperature of the device. a device configured to be implanted within a recipient and comprising an integrated circuit comprising: a first node configured to provide a bandgap reference voltage (Vref), the first node coupled to a first input of an analog-to-digital converter (ADC) , and a second node providing a complementary to absolute temperature (CTAT) voltage, the second node coupled to a second input of the ADC; and a first node configured to provide a bandgap reference voltage (Vref), the first node coupled to a first input of an analog-to-digital converter (ADC) , and a second node providing a complementary to absolute temperature (CTAT) voltage, the second node coupled to a second input of the ADC; and a processor communicatively coupled to an output of the ADC and configured to: determine, based on the output of the ADC, the CTAT voltage, and determine, based on the CTAT voltage, a temperature of the device, determine, based on the output of the ADC, the CTAT voltage, and determine, based on the CTAT voltage, a temperature of the device, wherein the determining the temperature of the device comprises: determining a difference between the CTAT voltage and the bandgap reference voltage; and determining, based on the difference between the CTAT voltage and the bandgap reference voltage, and based on a known temperature response of the CTAT voltage, the temperature of the device. determining a difference between the CTAT voltage and the bandgap reference voltage; and determining, based on the difference between the CTAT voltage and the bandgap reference voltage, and based on a known temperature response of the CTAT voltage, the temperature of the device.
Rinsing basket for being arranged in a dishwasher, which provides an insert which is intended for receiving crockery, glasses, cutlery and/or similar washware and has a storage net made of a flexible fabric, and a frame , characterised in that two basket inserts movably arranged on the frame are provided, between which inserts the storage net is arranged.
A limb compression garment for applying a compressive force to a limb of a person when wrapped around that limb, the limb compression garment comprising a planar textile short-stretch material comprising: a first plurality of substantially elastic fibres arranged in the plane of the short-stretch material in a first direction, substantially parallel to each other, the first plurality of substantially elastic fibres being stretchable up to an elastic limit of at least 15% of their unstretched length; and a first plurality of substantially inelastic fibres arranged in the plane of the short-stretch material, the first plurality of substantially inelastic fibres interlaced with one another to form a textile component, the textile component configured to be extensible in the first direction up to a maximum extension less than the elastic limit; wherein the first plurality of substantially elastic fibres and first plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material, and wherein the planar short-stretch textile material further comprises a second plurality of substantially inelastic fibres arranged in the plane of the short-stretch material in a second direction, substantially at right angles to the first direction, and substantially parallel to one another, wherein the first plurality of substantially elastic fibres, the first plurality of substantially inelastic fibres and the second plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material.. a first plurality of substantially elastic fibres arranged in the plane of the short-stretch material in a first direction, substantially parallel to each other, the first plurality of substantially elastic fibres being stretchable up to an elastic limit of at least 15% of their unstretched length; and a first plurality of substantially inelastic fibres arranged in the plane of the short-stretch material, the first plurality of substantially inelastic fibres interlaced with one another to form a textile component, the textile component configured to be extensible in the first direction up to a maximum extension less than the elastic limit; wherein the first plurality of substantially elastic fibres and first plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material, and wherein the planar short-stretch textile material further comprises a second plurality of substantially inelastic fibres arranged in the plane of the short-stretch material in a second direction, substantially at right angles to the first direction, and substantially parallel to one another, wherein the first plurality of substantially elastic fibres, the first plurality of substantially inelastic fibres and the second plurality of substantially inelastic fibres are interlaced with one another to form a single-layer short-stretch textile material..
A device for the contact-free inductive transfer of electrical energy from a first, preferably stationary system of a shifting device into a second system of the shifting device, which can be moved relative to the first system, comprising a magnetic circuit of a primary core , which is assigned to the first system and onto which a primary coil is wound, and a secondary core , which is assigned to the second system and onto which a secondary coil is wound, wherein the secondary core is arranged so as to be capable of being shifted relative to the primary core along a shifting path (X), which preferably runs parallel to a shifting path of the shifting device, and wherein the primary core extends at least along the entire length (L) of the shifting path, wherein the primary core and the secondary core are embodied as E cores located opposite one another comprising E-shaped cross sections at right angles to the shifting path (X) of the secondary core , and the E-profile of the primary core and of the secondary core each has a base , a center leg , and two side legs (11, 13; 21, 23), wherein the primary coil is wound around the center leg of the E-profile of the primary core in such a way that windings of the primary coil run in the longitudinal depressions between the center leg and the two side legs of the E-profile of the primary core , characterized in that at least one primary core gap is embodied in the center leg of the E-profile of the primary core along the entire longitudinal extension (L10) of the primary core and runs in the direction of the longitudinal extension of the primary core and along the base of the E-profile of the primary core over the width (B12) of the center leg of the E-profile of the primary core . wherein the primary core and the secondary core are embodied as E cores located opposite one another comprising E-shaped cross sections at right angles to the shifting path (X) of the secondary core , and the E-profile of the primary core and of the secondary core each has a base , a center leg , and two side legs (11, 13; 21, 23), wherein the primary coil is wound around the center leg of the E-profile of the primary core in such a way that windings of the primary coil run in the longitudinal depressions between the center leg and the two side legs of the E-profile of the primary core , characterized in that at least one primary core gap is embodied in the center leg of the E-profile of the primary core along the entire longitudinal extension (L10) of the primary core and runs in the direction of the longitudinal extension of the primary core and along the base of the E-profile of the primary core over the width (B12) of the center leg of the E-profile of the primary core .
A connector comprising: a terminal which is joined to an electric wire ; a housing which accommodates a terminal joint part which is a joint portion of the electric wire and the terminal ; a sealing member which is made of a resilient material having waterproof and insulation properties to seal between the housing and the terminal joint part ; and a shield member which covers the housing and the electric wire which is attached to a rear side of the housing , wherein the sealing member is formed integrally with an electric wire protecting part which extends along the electric wire to cover the electric wire , and wherein the electric wire protecting part is interposed between the electric wire and the shield member , characterized in that the sealing member has a mold part for molding the terminal joint part , and the electric wire protecting part is molded integrally with the mold part . a terminal which is joined to an electric wire ; a housing which accommodates a terminal joint part which is a joint portion of the electric wire and the terminal ; a sealing member which is made of a resilient material having waterproof and insulation properties to seal between the housing and the terminal joint part ; and a shield member which covers the housing and the electric wire which is attached to a rear side of the housing , wherein the sealing member is formed integrally with an electric wire protecting part which extends along the electric wire to cover the electric wire , and wherein the electric wire protecting part is interposed between the electric wire and the shield member , characterized in that the sealing member has a mold part for molding the terminal joint part , and the electric wire protecting part is molded integrally with the mold part .
A radio frequency (RF) cavity filter comprising a housing enclosing a plurality of radio frequency (RF) cavity resonators , wherein each radio frequency (RF) cavity resonator comprises: a cavity body having a cavity body axis and an at least partly conical inner wall around a cavity hole , wherein the cavity body is arranged so that its inner wall is accessible from the outside of the housing; a dielectric socket comprising a lining member , wherein the lining member is arranged within the cavity body so that it lines at least a part of the inner wall of the cavity body and is exchangeable from the outside of the housing, wherein the dielectric socket comprises an axial lock member arranged to inhibit movement of the dielectric socket along the cavity body axis ; and a tuning element , arranged within the dielectric socket so that galvanic insulation between the inner wall and the tuning element is obtained and generation of passive inter-modulation is reduced, wherein the tuning element is arranged to be accessible from the outside of the housing so that its position along the cavity body axis can be adjusted, whereby the radio frequency (RF) cavity filter is tuned to frequencies dependent on the position of the tuning element along the cavity body axis . a cavity body having a cavity body axis and an at least partly conical inner wall around a cavity hole , wherein the cavity body is arranged so that its inner wall is accessible from the outside of the housing; a dielectric socket comprising a lining member , wherein the lining member is arranged within the cavity body so that it lines at least a part of the inner wall of the cavity body and is exchangeable from the outside of the housing, wherein the dielectric socket comprises an axial lock member arranged to inhibit movement of the dielectric socket along the cavity body axis ; and a tuning element , arranged within the dielectric socket so that galvanic insulation between the inner wall and the tuning element is obtained and generation of passive inter-modulation is reduced, wherein the tuning element is arranged to be accessible from the outside of the housing so that its position along the cavity body axis can be adjusted, whereby the radio frequency (RF) cavity filter is tuned to frequencies dependent on the position of the tuning element along the cavity body axis .
A hydraulic system comprising: a first actuator system comprising a first actuator , a first plurality of hydraulic logic elements , and a first proportional valve ; a second actuator system comprising a second actuator , a second plurality of hydraulic logic elements , and a second proportional valve ; characterized in that a pump is selectively fluidly connectable to the first actuator system through the first proportional valve and selectively fluidly connectable to the second actuator system through the second proportional valve ; wherein the first plurality of logic elements control the directionality of a hydraulic fluid between the pump and the first actuator ; and wherein the second plurality of logic elements control the directionality of the hydraulic fluid between the pump and the second actuator . a first actuator system comprising a first actuator , a first plurality of hydraulic logic elements , and a first proportional valve ; a second actuator system comprising a second actuator , a second plurality of hydraulic logic elements , and a second proportional valve ; characterized in that a pump is selectively fluidly connectable to the first actuator system through the first proportional valve and selectively fluidly connectable to the second actuator system through the second proportional valve ; wherein the first plurality of logic elements control the directionality of a hydraulic fluid between the pump and the first actuator ; and wherein the second plurality of logic elements control the directionality of the hydraulic fluid between the pump and the second actuator .
A lifting machine comprising a chassis , a lifting arm mounted on said chassis and moveable at least pivotably between a high position and a low position, at least one sensor for measuring the inclination of the lifting arm in relation to the chassis , said chassis being a rolling chassis fitted with at least one front axle and one rear axle , the rear axle being mounted pivotably about an axis parallel to the longitudinal axis of the machine , at least one of the axles being fitted with a suspension assembly , characterized in that the pivoting rear axle is mounted permanently free to pivot, that is, there are no means blocking the pivotable link between the rear axle and the chassis, within an angular range delimited by two stops carried on said chassis , in that the front axle is coupled to the chassis by a pivot link with an axis parallel to the longitudinal axis of the machine , in that the suspension assembly is fitted to the front axle to damp the relative pivoting between the front axle and the chassis , in that said suspension assembly of the front axle comprises at least one hydraulic actuator arranged between the front axle and the chassis that links the front axle to the chassis , one or more shock absorbers , at least one of which is formed by a returnable energy accumulator, and at least one closable fluid link between the actuator and the shock absorber(s) , in that said suspension assembly is an activatable/deactivatable suspension assembly , in that said suspension assembly is deactivated when the fluid link is in the closed state, in that said suspension assembly is deactivated at least when the angular value measured by the sensor for measuring the inclination of the lifting arm is greater than a predetermined threshold value, and in that the machine has at least one configuration in which the pivoting rear axle is mounted free to pivot and the suspension assembly fitted to the front axle is in the activated state to enable the front axle to be mounted to pivot freely.
Method of applying a material comprising a fusible polymer, comprising the step of: - applying a filament of the at least partly molten material comprising a fusible polymer from a discharge opening of a discharge element to a first substrate; characterized in that the fusible polymer has the following properties: - a melting point (DSC, differential scanning calorimetry; 2nd heating at heating rate 5°C/min) within a range from ≥ 35°C to ≤ 150°C; - a glass transition temperature (DMA, dynamic-mechanical analysis to DIN EN ISO 6721-1:2011) within a range from ≥ -70°C to ≤ 110°C; wherein the filament, during the application process, has an application temperature of ≥ 100°C above the melting point of the fusible polymer for ≤ 20 minutes and wherein there are still NCO groups blocked with a blocking agent in the material including the fusible polymer. - applying a filament of the at least partly molten material comprising a fusible polymer from a discharge opening of a discharge element to a first substrate; - a melting point (DSC, differential scanning calorimetry; 2nd heating at heating rate 5°C/min) within a range from ≥ 35°C to ≤ 150°C; - a glass transition temperature (DMA, dynamic-mechanical analysis to DIN EN ISO 6721-1:2011) within a range from ≥ -70°C to ≤ 110°C;
Vehicle control system, in particular provided for use in construction machines, at least having: • at least one retro-reflector arranged on a vehicle , • a geodetic measuring device stationarily positioned at a known reference position for determining exact absolute positions of the retro-reflector , and • a computer unit for generating commands for steering the vehicle based on the exact absolute positions, wherein the measuring device has a transmitter for transmitting the exact absolute positions to a receiver of the computer unit , characterized in that • two GNSS receivers for receiving signals from navigational satellites are positioned on the vehicle fixedly and in a known relationship with respect to one another, wherein the retroreflector is arranged on the vehicle in a predefined position with respect to the GNSS receivers , and • the computer unit is configured for using the signals to generate direction vectors and for generating the commands further based on the direction vectors. • at least one retro-reflector arranged on a vehicle , • a geodetic measuring device stationarily positioned at a known reference position for determining exact absolute positions of the retro-reflector , and • a computer unit for generating commands for steering the vehicle based on the exact absolute positions, wherein the measuring device has a transmitter for transmitting the exact absolute positions to a receiver of the computer unit , • two GNSS receivers for receiving signals from navigational satellites are positioned on the vehicle fixedly and in a known relationship with respect to one another, wherein the retroreflector is arranged on the vehicle in a predefined position with respect to the GNSS receivers , and • the computer unit is configured for using the signals to generate direction vectors and for generating the commands further based on the direction vectors.
A method for erecting a multirotor wind turbine , the wind turbine comprising a tower structure , at least two energy generating units , each energy generating unit comprising a nacelle and a hub carrying a set of wind turbine blades , and at least one carrier structure , each carrier structure being arranged to carry one or more energy generating units , the energy generating units thereby being mounted on the tower structure via the carrier structure(s) when the wind turbine has been erected, the method comprising the steps of: - arranging the carrier structure circumferentially with respect to the tower structure , at a lower part of the tower structure , - hoisting the carrier structure to an upper part of the tower structure , using a hoisting arrangement , - securing the carrier structure to the tower structure , - subsequently hoisting the two or more energy generating units to the carrier structure , using the hoisting arrangement , and - securing the energy generating units to the carrier structure which was previously secured to the tower structure . - arranging the carrier structure circumferentially with respect to the tower structure , at a lower part of the tower structure , - hoisting the carrier structure to an upper part of the tower structure , using a hoisting arrangement , - securing the carrier structure to the tower structure , - subsequently hoisting the two or more energy generating units to the carrier structure , using the hoisting arrangement , and - securing the energy generating units to the carrier structure which was previously secured to the tower structure .
A method of forming a medical balloon , comprising: forming the medical balloon having radiopaque and non-radiopaque portions using a rotating die, wherein the radiopaque material is applied so as to identify a working surface (W) of the medical balloon , either by defining the edges of the working surface (W), extending along the working surface (W), or extending along portions of the balloon other than the working surface (W). forming the medical balloon having radiopaque and non-radiopaque portions using a rotating die, wherein the radiopaque material is applied so as to identify a working surface (W) of the medical balloon , either by defining the edges of the working surface (W), extending along the working surface (W), or extending along portions of the balloon other than the working surface (W).
A cleaning utensil comprising at least one cleaning cloth and a protective covering having at least one front cover with an inner surface (4.1) and an outer surface (4.2) and having at least one rear cover with an inner surface (5.1) and an outer surface (5.2), wherein at least the front cover or the rear cover is connected to the cleaning cloth , and the cleaning cloth can be folded together into a folded package and the protective covering encloses the cleaning cloth folded together into the folded package by means of the front cover and the rear cover , at least in sections, characterized in that the protective covering , in the form of the front and the rear cover , is part of the cleaning cloth .