mhurhangee/patent-ind-claim-en huggingface dataset:
An inductor core comprising: a base core portion having a first surface and an opposite second surface ; an inner core portion extending from the first surface in a direction transverse to the first surface; an outer core portion extending, in the direction transverse to the first surface , from the first surface to an end surface of the outer core portion , the outer core portion at least partly surrounding the inner core portion , thereby forming a space around the inner core portion for accommodating a winding; characterized in that the inductor core is made of a compressed soft magnetic powder material and in that the first surface comprises a recess for accommodating a connection portion of the winding, said recess extending at least a part of a distance between the inner core portion and the outer core portion , and wherein the outer core portion presents a slit extending from said end surface towards the recess , and wherein the second surface of the base core portion comprises at least one first protrusion (27; 57a, 57b, 57c) oppositely arranged to the recess . a base core portion having a first surface and an opposite second surface ; an inner core portion extending from the first surface in a direction transverse to the first surface; an outer core portion extending, in the direction transverse to the first surface , from the first surface to an end surface of the outer core portion , the outer core portion at least partly surrounding the inner core portion , thereby forming a space around the inner core portion for accommodating a winding; characterized in that the inductor core is made of a compressed soft magnetic powder material and in that the first surface comprises a recess for accommodating a connection portion of the winding, said recess extending at least a part of a distance between the inner core portion and the outer core portion , and wherein the outer core portion presents a slit extending from said end surface towards the recess , and wherein the second surface of the base core portion comprises at least one first protrusion (27; 57a, 57b, 57c) oppositely arranged to the recess .
An apparatus comprising: a tag including: an encapsulant ; and a plurality of three-dimensional objects randomly distributed and randomly oriented within the encapsulant, each three-dimensional object comprises a bi-chromal object having one or more random characteristics that can be detected to produce at least one statistically unique signature and define said signature via an image of the tag, wherein the one or more characteristics defining said signature include an angular orientation characteristic. an encapsulant ; and a plurality of three-dimensional objects randomly distributed and randomly oriented within the encapsulant, each three-dimensional object comprises a bi-chromal object having one or more random characteristics that can be detected to produce at least one statistically unique signature and define said signature via an image of the tag, wherein the one or more characteristics defining said signature include an angular orientation characteristic.
A determination device for determining a maximum power dissipation property of a light emitting diode strip comprising a first channel with one or more first elements , the determination device comprising: - a first switch configured to provide a first voltage pulse to the first channel, - a detector configured to detect a first current signal that results from a provision of the first voltage pulse to the first channel, and - a controller configured to derive a maximum power dissipation property of the first channel of the light emitting diode strip from the detection of the first current signal, wherein the maximum power dissipation property defines a first maximum value of a first load of the first channel; characterised in that the controller is further configured to calculate a first maximum duty cycle of a first power supply signal produced by a power supply for supplying the first channel based on both the first maximum value of the first channel and a power capacity of the power supply such that a product of the first maximum value of the first load of the first channel and the first maximum duty cycle is equal to or smaller than the power capacity of the power supply . - a first switch configured to provide a first voltage pulse to the first channel, - a detector configured to detect a first current signal that results from a provision of the first voltage pulse to the first channel, and - a controller configured to derive a maximum power dissipation property of the first channel of the light emitting diode strip from the detection of the first current signal,
A hybrid-type knee prosthesis apparatus having a multifunctional rotary hydraulic cylinder which is mounted on the knee portion of a patient with femoral amputation to assist in walking, comprising: a knee joint module connected to a lower leg prosthesis of the patient with femoral amputation; a rotary hydraulic cylinder operatively coupled to the knee joint module and pivotally rotating the knee joint module by pivot rotation of a rotation shaft ; an electric motor for providing active power to the rotary hydraulic cylinder ; and a control module for controlling to operate in any one mode of a passive mode in which the rotary shaft provided in the rotary hydraulic cylinder is pivotally rotated by a hydraulic pressure formed inside the rotary hydraulic cylinder or an active mode in which the rotating shaft is pivotally rotated by the active power, characterized in that the hybrid-type knee prosthesis apparatus comprises a driving cable for operatively connecting the rotary hydraulic cylinder and the electric motor to each other. a knee joint module connected to a lower leg prosthesis of the patient with femoral amputation; a rotary hydraulic cylinder operatively coupled to the knee joint module and pivotally rotating the knee joint module by pivot rotation of a rotation shaft ; an electric motor for providing active power to the rotary hydraulic cylinder ; and a control module for controlling to operate in any one mode of a passive mode in which the rotary shaft provided in the rotary hydraulic cylinder is pivotally rotated by a hydraulic pressure formed inside the rotary hydraulic cylinder or an active mode in which the rotating shaft is pivotally rotated by the active power, characterized in that the hybrid-type knee prosthesis apparatus comprises a driving cable for operatively connecting the rotary hydraulic cylinder and the electric motor to each other.
A method for generating a Bokeh effect for a digitally captured image , the method comprising: identifying a region of interest as a person by executing a face detection algorithm in a camera application, wherein a non-interest region includes a plurality of non-interest regions where a the face detection algorithm has not detected a person; receiving instructions to capture an image after the region of interest is identified; storing the image in memory , wherein information defining the region of interest is stored as metadata associated with the image, wherein the metadata further contains region definition information defining the plurality of non-interest regions ; retrieving the image from a memory along with metadata associated with the image; applying blur to each said non-interest region to generate a first blurred image; and displaying the first blurred image on a display, the method further comprising, after generating the first blurred image: receiving at least one selection of a desired amount of blurring; applying different amounts of blurring to the non-interest regions based on the at least one selection of a desired amount of blurring for generating a second blurred image; and displaying the second blurred image on the display. identifying a region of interest as a person by executing a face detection algorithm in a camera application, wherein a non-interest region includes a plurality of non-interest regions where a the face detection algorithm has not detected a person; receiving instructions to capture an image after the region of interest is identified; storing the image in memory , wherein information defining the region of interest is stored as metadata associated with the image, wherein the metadata further contains region definition information defining the plurality of non-interest regions ; retrieving the image from a memory along with metadata associated with the image; applying blur to each said non-interest region to generate a first blurred image; and displaying the first blurred image on a display, the method further comprising, after generating the first blurred image: receiving at least one selection of a desired amount of blurring; applying different amounts of blurring to the non-interest regions based on the at least one selection of a desired amount of blurring for generating a second blurred image; and displaying the second blurred image on the display. receiving at least one selection of a desired amount of blurring; applying different amounts of blurring to the non-interest regions based on the at least one selection of a desired amount of blurring for generating a second blurred image; and displaying the second blurred image on the display.
A fusion protein produced in a mammalian cell comprising: a) a bioactive molecule selected from the group consisting of erythropoietin, Factor IX, IFNα, GCSF, and INFβ; and b) a single chain Fc (sFc) fragment of an IgG molecule having an amino acid sequence selected from the group consisting of SEQ ID NOs: 61, 62, 63, and 64, c) a hinge region between the bioactive molecule and the sFc fragment, wherein the hinge region is mutated and does not form disulfide bonds with another fusion protein or another immunoglobulin molecule, and wherein the hinge region comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 23-60. a) a bioactive molecule selected from the group consisting of erythropoietin, Factor IX, IFNα, GCSF, and INFβ; and b) a single chain Fc (sFc) fragment of an IgG molecule having an amino acid sequence selected from the group consisting of SEQ ID NOs: 61, 62, 63, and 64, c) a hinge region between the bioactive molecule and the sFc fragment, wherein the hinge region is mutated and does not form disulfide bonds with another fusion protein or another immunoglobulin molecule, and wherein the hinge region comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 23-60.
A solar cell module comprising: a first cover in the form of an at least partially transparent plate; a second cover disposed opposite the first cover ; at least one solar cell disposed between the first cover and the second cover ; a sealing material which fills a space between the first cover and the second cover to join them together to thus seal the solar cell ; and conductors electrically connected to the solar cell and enclosed by the sealing material between the first cover and the second cover , at least one of the first cover and the second cover having a positioning unit to position the conductors , characterized in that the first cover includes a colored portion which shields inside of the first cover from outside, the positioning unit is disposed between the colored portion and the second cover , the positioning unit is provided integrally with the colored portion , and the positioning unit is in contact with the second cover . a first cover in the form of an at least partially transparent plate; a second cover disposed opposite the first cover ; at least one solar cell disposed between the first cover and the second cover ; a sealing material which fills a space between the first cover and the second cover to join them together to thus seal the solar cell ; and conductors electrically connected to the solar cell and enclosed by the sealing material between the first cover and the second cover , at least one of the first cover and the second cover having a positioning unit to position the conductors , characterized in that the first cover includes a colored portion which shields inside of the first cover from outside, the positioning unit is disposed between the colored portion and the second cover , the positioning unit is provided integrally with the colored portion , and the positioning unit is in contact with the second cover .
A method of forming a magnetic tunnel junction, MTJ, storage element, the method comprising: forming an MTJ, comprising a pinned layer, a barrier layer and a free layer ; characterized in that the method further comprises: forming an inner top electrode on the free layer ; patterning the inner top electrode utilizing lithography and etching ; forming an outer top electrode on the inner top electrode, encapsulating the inner top electrode ; etching the outer top electrode ; and etching the MTJ utilizing the outer top electrode and the inner top electrode as a mask . forming an inner top electrode on the free layer ; patterning the inner top electrode utilizing lithography and etching ; forming an outer top electrode on the inner top electrode, encapsulating the inner top electrode ; etching the outer top electrode ; and etching the MTJ utilizing the outer top electrode and the inner top electrode as a mask .
A gas combustion type driving tool comprising: an output unit that includes a combustion chamber ; a grip that is connected to a lower surface of the output unit ; a fuel container storage unit to which a fuel container is detachably attached; and a battery mounting unit to which a battery pack is detachably attached; characterized in that the gas combustion type driving tool further comprises a coupler that is configured to take air in, wherein a fastener is driven out by combustion pressure when mixed gas of combustible gas supplied from the fuel container and compressed air supplied from outside via the coupler is ignited, wherein the coupler is disposed on a lower end side of the grip , and wherein the gas combustion type driving tool includes a pipe configured to connect the coupler and the combustion chamber . an output unit that includes a combustion chamber ; a grip that is connected to a lower surface of the output unit ; a fuel container storage unit to which a fuel container is detachably attached; and a battery mounting unit to which a battery pack is detachably attached; characterized in that the gas combustion type driving tool further comprises a coupler that is configured to take air in, wherein a fastener is driven out by combustion pressure when mixed gas of combustible gas supplied from the fuel container and compressed air supplied from outside via the coupler is ignited, wherein the coupler is disposed on a lower end side of the grip , and wherein the gas combustion type driving tool includes a pipe configured to connect the coupler and the combustion chamber .
A hand-held tool , comprising: a housing , the housing including a handle; a motor assembly; a battery assembly; and a circuit board ; wherein the motor assembly includes a motor , the motor including a rotatable motor output shaft , a motor positive terminal and a motor negative terminal ; and wherein the battery assembly includes a battery cell with a battery cell positive terminal and a battery cell negative terminal ; characterized in that : the motor assembly further includes a first rigid conductive electrical connector having a first end fixed to the motor positive terminal and a second end fixed to the circuit board ; the battery assembly further includes a second rigid conductive electrical connector having a first end fixed to the battery cell positive terminal and a second end fixed to the circuit board ; the first rigid conductive electrical connector and the second rigid conductive electrical connector are stamped metal connectors; an electrical connection between the battery cell and the motor for powering the motor by the battery cell is provided through the circuit board ; and the connection between the battery cell and the motor is without wires. a housing , the housing including a handle; a motor assembly; a battery assembly; and a circuit board ; wherein the motor assembly includes a motor , the motor including a rotatable motor output shaft , a motor positive terminal and a motor negative terminal ; and wherein the battery assembly includes a battery cell with a battery cell positive terminal and a battery cell negative terminal ; characterized in that : the motor assembly further includes a first rigid conductive electrical connector having a first end fixed to the motor positive terminal and a second end fixed to the circuit board ; the battery assembly further includes a second rigid conductive electrical connector having a first end fixed to the battery cell positive terminal and a second end fixed to the circuit board ; the first rigid conductive electrical connector and the second rigid conductive electrical connector are stamped metal connectors; an electrical connection between the battery cell and the motor for powering the motor by the battery cell is provided through the circuit board ; and the connection between the battery cell and the motor is without wires. the motor assembly further includes a first rigid conductive electrical connector having a first end fixed to the motor positive terminal and a second end fixed to the circuit board ; the battery assembly further includes a second rigid conductive electrical connector having a first end fixed to the battery cell positive terminal and a second end fixed to the circuit board ; the first rigid conductive electrical connector and the second rigid conductive electrical connector are stamped metal connectors; an electrical connection between the battery cell and the motor for powering the motor by the battery cell is provided through the circuit board ; and the connection between the battery cell and the motor is without wires.
A determination device for determining an alignment or a misalignment of an energy beam emitted by an irradiation device for additively manufacturing three-dimensional objects, the determination device comprising: a first determination unit comprising one or more first pattern elements ; a second determination unit comprising one or more second pattern elements ; and a determination element configured to determine a superordinate pattern corresponding to a portion of the energy beam passing through the first determination unit and the second determination unit ; wherein the one or more first pattern elements and the one or more second pattern elements respectively complement one another such that with the first determination unit and the second determination unit arranged in succession in a beam path of the energy beam , a presence or absence of one or more light gaps in the superordinate pattern indicates the alignment or the misalignment of the energy beam . a first determination unit comprising one or more first pattern elements ; a second determination unit comprising one or more second pattern elements ; and a determination element configured to determine a superordinate pattern corresponding to a portion of the energy beam passing through the first determination unit and the second determination unit ; wherein the one or more first pattern elements and the one or more second pattern elements respectively complement one another such that with the first determination unit and the second determination unit arranged in succession in a beam path of the energy beam , a presence or absence of one or more light gaps in the superordinate pattern indicates the alignment or the misalignment of the energy beam .
A device for positioning information at a location in an image , the device comprising: - a detector for recording the image, the image comprising a light source , wherein a lighting characteristic of the light source comprises a code indicative of the information and the location where to position the information in the image, wherein the location is defined as a position relative to a position of the light source in the image; - a processor arranged for - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - an image rendering device for rendering the processed image. - a detector for recording the image, the image comprising a light source , wherein a lighting characteristic of the light source comprises a code indicative of the information and the location where to position the information in the image, wherein the location is defined as a position relative to a position of the light source in the image; - a processor arranged for - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - an image rendering device for rendering the processed image.
Method for operating a motor-drive device for a home automation installation comprising a closure, privacy, solar protection, thermal protection or sound protection shutter provided with a first leaf and a second leaf , the motor-drive device including an electronic unit for controlling a first motor (Ma) and a second motor (Mb), the first motor moving the first leaf between two extreme positions and the second motor moving the second leaf between two extreme positions, characterized in that it comprises a step for powering the first and second motors so that the first and second leaves are in an intermediate position that is symmetrical relative to a vertical plane of symmetry (S) of the installation, the symmetrical intermediate position being stored, a remote control point linked to the electronic unit allowing to control the opening, closure, stop or symmetrical intermediate positioning movements of the shutter, the method comprising a control of a displacement of the shutter to the symmetrical intermediate position by a user, the method comprising the definition of a scenario for moving each of the two leaves to the symmetrical intermediate position according to the starting position of the leaves or the movement to be performed to reach this symmetrical intermediate position.