mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a core layer for at least one information carrying card, comprising: forming an inlay layout comprising at least one inlay layer coupled with a first thermoplastic layer , wherein the first thermoplastic layer comprises a thermoplastic material, and defines at least one hole therein, and the at least one inlay layer is disposed at least partially inside a respective hole; and dispensing a crosslinkable polymer composition over the inlay layout and contacting the inlay layer so as to form the core layer of the information carrying card, characterized in that the at least inlay layer has one portion coupled with the first thermoplastic layer so as to form a cantilevered structure within the respective hole , and is thus configured to be self-centering in the crosslinkable polymer composition during processing the dispensed crosslinkable polymer composition. forming an inlay layout comprising at least one inlay layer coupled with a first thermoplastic layer , wherein the first thermoplastic layer comprises a thermoplastic material, and defines at least one hole therein, and the at least one inlay layer is disposed at least partially inside a respective hole; and dispensing a crosslinkable polymer composition over the inlay layout and contacting the inlay layer so as to form the core layer of the information carrying card, characterized in that the at least inlay layer has one portion coupled with the first thermoplastic layer so as to form a cantilevered structure within the respective hole , and is thus configured to be self-centering in the crosslinkable polymer composition during processing the dispensed crosslinkable polymer composition.
Fuse having an integrated measurement function, - having a fuse housing , - having a fuse element , - having a measurement device , which has a transformer and also an electronics assembly electrically conductively connected to the transformer , - wherein the transformer and the electronics assembly are arranged one behind the other in a direction of longitudinal extent (L) of the fuse , - characterized in that the fuse housing has a first reception space bounded by a pressure body and also a second reception space physically delimited from the first reception space and bounded by a protective body , which first reception space and second reception space are arranged one behind the other in the direction of longitudinal extent (L) of the fuse , wherein the fuse element is received and held in the first reception space , and wherein the measurement device is received and held in the second reception space . - having a fuse housing , - having a fuse element , - having a measurement device , which has a transformer and also an electronics assembly electrically conductively connected to the transformer , - wherein the transformer and the electronics assembly are arranged one behind the other in a direction of longitudinal extent (L) of the fuse , - characterized in that the fuse housing has a first reception space bounded by a pressure body and also a second reception space physically delimited from the first reception space and bounded by a protective body , which first reception space and second reception space are arranged one behind the other in the direction of longitudinal extent (L) of the fuse , wherein the fuse element is received and held in the first reception space , and wherein the measurement device is received and held in the second reception space .
Ultrasonic inspection head system having a transducer arrangement, wherein the transducer arrangement comprises a first, a second and a third transducer for transmitting and receiving sound waves, wherein each of the transducers comprises at least three transducer elements , and wherein the transducer elements of the transducers are each arranged on a circular arc of a virtual circle so that sound waves emitted by the transducer elements of each transducer are overlaid in such a way that they approximate a sector of an elementary wave with a virtual point source , wherein the virtual point source is located at the center of the virtual circle , wherein, in a cross section, the transducer elements of the second transducer are arranged along a straight line which is parallel to the base sides of a virtual trapezoid , wherein the straight line corresponds to a tangent at the center of the circular arc on which the transducer elements of the second transducer are arranged, wherein the transducer elements of the first and the third transducers are arranged along the non-parallel legs of the virtual trapezoid , wherein the legs of the virtual trapezoid each correspond to a tangent at the center of the circular arc on which the transducer elements of the first and the third transducers are arranged, wherein the transducer arrangement is housed in a single inspection head or wherein the transducer arrangement is divided into three inspection heads which each accommodate one of the transducers, wherein the ultrasonic inspection head system has a delay line in the form of an inspection head wedge . wherein the transducer arrangement comprises a first, a second and a third transducer for transmitting and receiving sound waves, wherein each of the transducers comprises at least three transducer elements , and wherein the transducer elements of the transducers are each arranged on a circular arc of a virtual circle so that sound waves emitted by the transducer elements of each transducer are overlaid in such a way that they approximate a sector of an elementary wave with a virtual point source , wherein the virtual point source is located at the center of the virtual circle , wherein, in a cross section, the transducer elements of the second transducer are arranged along a straight line which is parallel to the base sides of a virtual trapezoid , wherein the straight line corresponds to a tangent at the center of the circular arc on which the transducer elements of the second transducer are arranged, wherein the transducer elements of the first and the third transducers are arranged along the non-parallel legs of the virtual trapezoid , wherein the legs of the virtual trapezoid each correspond to a tangent at the center of the circular arc on which the transducer elements of the first and the third transducers are arranged, wherein the transducer arrangement is housed in a single inspection head or wherein the transducer arrangement is divided into three inspection heads which each accommodate one of the transducers, wherein the ultrasonic inspection head system has a delay line in the form of an inspection head wedge .
An atomizer with a dust removal system for dust gas, the atomizer comprising an atomizing chamber and an atomizing mechanism set in the chamber , the chamber including an inlet for the dust gas and an outlet for the gas after mixture, characterized in that : said atomizing mechanism comprises a water chamber , a first atomizing ball , a second atomizing ball , an umbrella-shaped atomizer , and a regulating mechanism; said water chamber includes a first water inlet , a second water inlet , a first water outlet and a second water outlet ; said first and second water inlets are set oppositely, and the center line of the water inlets is perpendicular to the center line of the water outlets; said first atomizing ball is set to coordinate with said first water outlet ; said second atomizing ball is set vertically below said first atomizing ball and is set to coordinate with said second water outlet ; said umbrella-shaped atomizer is set vertically below said second atomizing ball ; said regulating mechanism adjusts a fit clearance between said first atomizing ball and said first water outlet , the fit clearance between said second atomizing ball and said second water outlet , and a flare angle of the umbrella surface of said umbrella-shaped atomizer . said atomizing mechanism comprises a water chamber , a first atomizing ball , a second atomizing ball , an umbrella-shaped atomizer , and a regulating mechanism; said water chamber includes a first water inlet , a second water inlet , a first water outlet and a second water outlet ; said first and second water inlets are set oppositely, and the center line of the water inlets is perpendicular to the center line of the water outlets; said first atomizing ball is set to coordinate with said first water outlet ; said second atomizing ball is set vertically below said first atomizing ball and is set to coordinate with said second water outlet ; said umbrella-shaped atomizer is set vertically below said second atomizing ball ; said regulating mechanism adjusts a fit clearance between said first atomizing ball and said first water outlet , the fit clearance between said second atomizing ball and said second water outlet , and a flare angle of the umbrella surface of said umbrella-shaped atomizer .
Method for performing an action for a vehicle , wherein the method comprises the following steps: transmitting a first radio signal at a first frequency with a first antenna , receiving a second radio signal at a second frequency in response to the transmission of the first radio signal , and performing the action depending on the received second radio signal , characterized in that a further radio signal at the first frequency is received depending on the transmission of the first radio signal with a further antenna , and the action is performed only if a signal strength of the further radio signal lies below a predefined signal strength threshold. transmitting a first radio signal at a first frequency with a first antenna , receiving a second radio signal at a second frequency in response to the transmission of the first radio signal , and performing the action depending on the received second radio signal , characterized in that a further radio signal at the first frequency is received depending on the transmission of the first radio signal with a further antenna , and the action is performed only if a signal strength of the further radio signal lies below a predefined signal strength threshold.
A wireless signal transceiver device , adapted to be connected to an antenna , comprises an RF transceiver , electrically connected to the antenna and being operated in a first operation mode or a first sleeping mode, wherein the RF transceiver is adapted to perform signal conversion between RF wireless signals and electric signals in the first operation mode, and the RF transceiver stops performing the signal conversion between the RF wireless signals and the electric signals in the first sleeping mode; a microcontroller , electrically connected to the RF transceiver and adapted to receive the electric signals from the RF transceiver or to send the electric signals to the RF transceiver , wherein the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode according to a wake-up signal included in the received electric signals; and a wake-up module , electrically connected to the antenna and the microcontroller and adapted to receive the RF wireless signal which includes a trigger signal via the antenna , wherein the wake-up module is configured to convert the trigger signal into the wake-up signal and to send said wake-up signal to the microcontroller ; wherein the wake-up module has a power consumption which is smaller than those of the RF transceiver and the microcontroller ; wherein the wake-up signal includes a pulse with a voltage variation of a high-voltage level, a low-voltage level, and a high-voltage level in a timing-sequence; the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode when the microcontroller is at the low-voltage level; wherein the microcontroller is operated in a second operation mode or a second sleeping mode; in the second sleeping mode, the microcontroller is adapted to receive the wake-up signal and to change to the second operation mode after receiving the wake-up signal; in the second operation mode, the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode, and is adapted to receive the electric signals transmitted from the RF transceiver or to send the electric signals to the RF transceiver ; wherein the microcontroller is waked up with an inverted pulse; that is, when the pulse is at a high voltage, the microcontroller remains in the second sleeping mode; when the pulse is inverted to a low voltage for a period of time, the microcontroller switches to the second operation mode.
A wind turbine having electrical equipment , wherein the wind turbine comprises a tower including a tower body , an accommodation space defined by the tower body , and a support device for the wind turbine arranged in the accommodation space ; wherein the support device comprises: a support frame , and a support platform , wherein the support frame is of a hollow frame structure and comprises a plurality of beam members , adjacent beam members are connected to each other, and a relative position of at least one group of two beam members connected to each other is adjustable; the support platform is arranged on a surface of the support frame in a height direction (Y) of the support frame and connected with the plurality of beam members , and the support platform is configured to support the electrical equipment ; the support platform comprises a body portion and a surrounding plate arranged around the body portion , the surrounding plate is movably connected with the body portion , and a dimension of an outer edge of the support platform is adjustable; the body portion comprises a support plate and an enclosing part wrapping an outer periphery of the support plate ; and the enclosing part has a horizontal extension portion and a vertical installation portion stacked above the horizontal extension portion in the height direction (Y), the vertical installation portion defines an adjustment groove , the surrounding plate is inserted into the adjustment groove and is in clearance fit with the adjustment groove , and in the height direction (Y), at least part of the surrounding plate overlaps with and is detachably connected with the body portion . a support frame , and a support platform , wherein the support frame is of a hollow frame structure and comprises a plurality of beam members , adjacent beam members are connected to each other, and a relative position of at least one group of two beam members connected to each other is adjustable; the support platform is arranged on a surface of the support frame in a height direction (Y) of the support frame and connected with the plurality of beam members , and the support platform is configured to support the electrical equipment ; the support platform comprises a body portion and a surrounding plate arranged around the body portion , the surrounding plate is movably connected with the body portion , and a dimension of an outer edge of the support platform is adjustable; the body portion comprises a support plate and an enclosing part wrapping an outer periphery of the support plate ; and the enclosing part has a horizontal extension portion and a vertical installation portion stacked above the horizontal extension portion in the height direction (Y), the vertical installation portion defines an adjustment groove , the surrounding plate is inserted into the adjustment groove and is in clearance fit with the adjustment groove , and in the height direction (Y), at least part of the surrounding plate overlaps with and is detachably connected with the body portion .
An in vitro method for producing a population of neurons, comprising: (a) combining a plurality of excitatory neurons and inhibitory neurons in vitro, and (b) culturing the neurons for a period of time sufficient to allow for the formation of a neural network; wherein both the excitatory neurons and the inhibitory neurons are derived from pluripotent stem cells, wherein said pluripotent stem cells are human induced pluripotent stem (iPS) cells; and wherein the ratio of excitatory neurons to inhibitory neurons is sufficient to allow for the generation of synchronous neuron firing or synchronous action potentials, wherein the population of neurons comprises from 30% to 90% excitatory neurons and from 10% to 70% inhibitory neurons, and wherein the excitatory neurons are glutamatergic neurons and wherein the inhibitory neurons are GABAergic neurons. (a) combining a plurality of excitatory neurons and inhibitory neurons in vitro, and (b) culturing the neurons for a period of time sufficient to allow for the formation of a neural network;
A system comprising a power-loss protection apparatus and an electronic card , the electronic card including a volatile storage and a non-volatile storage , the electronic card being powered by a client device, the power-loss protection apparatus comprising: a temporary power source ; and a power-loss detection circuit to detect an indication of power loss in the client device, and to output, in response to the indication , a signal to an input of the electronic card for indicating to the electronic card that the power loss is about to occur, the power-loss protection apparatus being separate from the electronic card , wherein the signal triggers a transfer of data from the volatile storage to the non-volatile storage to avoid loss of data in the volatile memory caused by the power loss, and wherein the input of the electronic card is a link interface reset input to the electronic card configured to indicate, when activated, that a power supply voltage to the electronic card is within a specified voltage tolerance and is stable. a temporary power source ; and a power-loss detection circuit to detect an indication of power loss in the client device, and to output, in response to the indication , a signal to an input of the electronic card for indicating to the electronic card that the power loss is about to occur, the power-loss protection apparatus being separate from the electronic card , wherein the signal triggers a transfer of data from the volatile storage to the non-volatile storage to avoid loss of data in the volatile memory caused by the power loss, and wherein the input of the electronic card is a link interface reset input to the electronic card configured to indicate, when activated, that a power supply voltage to the electronic card is within a specified voltage tolerance and is stable.
Set of a hydraulic control unit and a hydraulic workpiece clamping device which is mountable on a worktable in a workroom of a CNC machine, wherein the workpiece clamping device is configured to clamp a workpiece on the worktable, the workpiece clamping device comprising: - a first clamping arm ; - a second clamping arm ; - a hydraulic cylinder configured to change a distance, X, between the first clamping arm and second clamping arm in order to clamp the workpiece; characterised in that : hydraulic conduits are provided to extend between the hydraulic control unit and the hydraulic cylinder ; wherein the hydraulic control unit comprises a servomotor which is coupled to a hydraulic pump such that a movement of the servomotor results in a proportional movement of the hydraulic cylinder, wherein the hydraulic control unit comprises a controller configured to control the servomotor on the basis of a position control, wherein the position of the servomotor is controlled, and on the basis of a torque control, wherein the torque produced by the servomotor is controlled. - a first clamping arm ; - a second clamping arm ; - a hydraulic cylinder configured to change a distance, X, between the first clamping arm and second clamping arm in order to clamp the workpiece;
A sensor device for quantifying luminescent targets configured in an at least one dimensional pattern, the sensor device comprising: - a detector for obtaining an at least one-dimensional pattern of measured signals, wherein the detector is adapted for detecting the luminescence of the luminescent targets, resulting in a measured pattern, - a processor configured to cross-correlate the measured pattern with at least one reference pattern to obtain a peak value when there is no spatial offset between the measured pattern and the reference pattern and a baseline when there is a spatial offset between the measured pattern and the reference pattern and to generate a measurement signal representative for the quantification of luminescent targets by comparing the value of the peak to the baseline , wherein the at least one reference pattern is an expected pattern or a recorded pattern obtained by the detector before the measured pattern is obtained. - a detector for obtaining an at least one-dimensional pattern of measured signals, wherein the detector is adapted for detecting the luminescence of the luminescent targets, resulting in a measured pattern, - a processor configured to cross-correlate the measured pattern with at least one reference pattern to obtain a peak value when there is no spatial offset between the measured pattern and the reference pattern and a baseline when there is a spatial offset between the measured pattern and the reference pattern and to generate a measurement signal representative for the quantification of luminescent targets by comparing the value of the peak to the baseline , wherein the at least one reference pattern is an expected pattern or a recorded pattern obtained by the detector before the measured pattern is obtained.
Stereolithography apparatus for producing a three-dimensional object by layer-by-layer or continuous curing of a photosensitive substance by exposure to specific radiation that triggers the curing, the apparatus comprising: - a carrier device ; - a radiation source for generating the radiation that triggers the curing; - at least one cartridge device which can be positioned on the carrier device and removed and which has an interior space enclosed by a shell , with at least a portion of the shell being permeable to the radiation that triggers the curing; the shell of the cartridge device having a base, an upper part and a jacket connecting the base and the upper part, the jacket being deformable and the interior space enclosed by the shell having a volume which is at least partially formed by a receiving space in which, for at least a duration of an irradiation and curing process, an amount of the photosensitive substance can be received and is accessible to the radiation, characterised in that the upper part of the cartridge device is formed by a closure part which delimits and closes off the interior space at the top, the closure part being exchangeable and preferably rigid overall. - a carrier device ; - a radiation source for generating the radiation that triggers the curing; - at least one cartridge device which can be positioned on the carrier device and removed and which has an interior space enclosed by a shell , with at least a portion of the shell being permeable to the radiation that triggers the curing; the shell of the cartridge device having a base, an upper part and a jacket connecting the base and the upper part, the jacket being deformable and the interior space enclosed by the shell having a volume which is at least partially formed by a receiving space in which, for at least a duration of an irradiation and curing process, an amount of the photosensitive substance can be received and is accessible to the radiation, characterised in that the upper part of the cartridge device is formed by a closure part which delimits and closes off the interior space at the top, the closure part being exchangeable and preferably rigid overall.