mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a geometrical parameter of an eye of a subject, comprising the following steps: a) capturing at least two images of the eye while the subject looks in two different gaze directions (GD) thanks to an image capture device , b) identifying, on each captured image, the image of the pupil and/or the iris of the eye and determining a geometrical feature of the image of the pupil and/or the iris linked to the shape of this image of the pupil and/or iris, c) determining said geometrical parameter of the eye as a function of said geometrical features of the image of the pupil and/or iris determined for each captured image, characterized in that , in step b), the outline of the image of the pupil and/or the iris is determined on each of said images and said geometrical feature of the image of the pupil and/or the iris is linked to the shape of this outline. and in that , the outline of the image of the pupil and/or the iris being approximated by a model ellipse, the geometrical feature of the image of the pupil or the iris determined comprises the direction of at least one of the minor (M1, M2, M3, M4) and major axis of the corresponding model ellipse, and/or a geometrical feature linked to the eccentricity of the model ellipse. a) capturing at least two images of the eye while the subject looks in two different gaze directions (GD) thanks to an image capture device , b) identifying, on each captured image, the image of the pupil and/or the iris of the eye and determining a geometrical feature of the image of the pupil and/or the iris linked to the shape of this image of the pupil and/or iris, c) determining said geometrical parameter of the eye as a function of said geometrical features of the image of the pupil and/or iris determined for each captured image, characterized in that , in step b), the outline of the image of the pupil and/or the iris is determined on each of said images and said geometrical feature of the image of the pupil and/or the iris is linked to the shape of this outline. and in that , the outline of the image of the pupil and/or the iris being approximated by a model ellipse, the geometrical feature of the image of the pupil or the iris determined comprises the direction of at least one of the minor (M1, M2, M3, M4) and major axis of the corresponding model ellipse, and/or a geometrical feature linked to the eccentricity of the model ellipse.
A bulk acoustic wave resonator, BAWR, comprising: a membrane disposed on an air cavity formed on a substrate ; a first electrode disposed on the membrane; a piezoelectric layer disposed on the first electrode; a second electrode disposed on the piezoelectric layer; and a temperature coefficient of frequency, TCF, compensation layer to compensate for a TCF of the first electrode, the piezoelectric layer, and the second electrode, wherein the first electrode, the piezoelectric layer, the second electrode, and the TCF compensation layer comprise a carbon-based material, wherein the carbon-based material comprises at least one of a carbon nano tube, CNT, a CNT compound, graphene, and a graphene compound. a membrane disposed on an air cavity formed on a substrate ; a first electrode disposed on the membrane; a piezoelectric layer disposed on the first electrode; a second electrode disposed on the piezoelectric layer; and a temperature coefficient of frequency, TCF, compensation layer to compensate for a TCF of the first electrode, the piezoelectric layer, and the second electrode, wherein the first electrode, the piezoelectric layer, the second electrode, and the TCF compensation layer comprise a carbon-based material, wherein the carbon-based material comprises at least one of a carbon nano tube, CNT, a CNT compound, graphene, and a graphene compound.
A method for sealing cavities in or adjacent to a cured cement sheath surrounding a well casing of an underground wellbore, the method comprising the steps of: - providing an expansion device with edged expansion segments that is configured to be moved with the expansion segments in an unexpanded configuration up and down through the well casing ; - moving the unexpanded expansion device to a selected depth in the well casing ; and - expanding the edged expansion segments at the selected depth, thereby pressing circumferentially spaced recesses into an inner surface of the selected casing section and expand the outer surface of the selected the expanded casing section into the surrounding cement sheath thereby sealing the cavities. - providing an expansion device with edged expansion segments that is configured to be moved with the expansion segments in an unexpanded configuration up and down through the well casing ; - moving the unexpanded expansion device to a selected depth in the well casing ; and - expanding the edged expansion segments at the selected depth, thereby pressing circumferentially spaced recesses into an inner surface of the selected casing section and expand the outer surface of the selected the expanded casing section into the surrounding cement sheath thereby sealing the cavities.
A method for associating a mobile radio terminal device to a network slice instance of a mobile radio communication network , the method comprising: • the mobile radio terminal device accessing the mobile radio communication network ; • the mobile radio communication network receiving a request for connecting to a network slice from the mobile radio terminal device ; • the mobile radio communication network determining an associating information parameter from a terminal device specific subscription profile stored in the mobile radio communication network , wherein the associating information parameter indicates whether the association should be performed during a registration process of the mobile radio terminal device or during a protocol data unit session establishment; and • based on the associating information parameter assigned to the requesting mobile radio terminal device , the mobile radio communication network associating the mobile radio terminal device to a network slice instance from a set of network slice instances during a registration process of the mobile radio terminal device or during a protocol data unit session establishment. • the mobile radio terminal device accessing the mobile radio communication network ; • the mobile radio communication network receiving a request for connecting to a network slice from the mobile radio terminal device ; • the mobile radio communication network determining an associating information parameter from a terminal device specific subscription profile stored in the mobile radio communication network , wherein the associating information parameter indicates whether the association should be performed during a registration process of the mobile radio terminal device or during a protocol data unit session establishment; and • based on the associating information parameter assigned to the requesting mobile radio terminal device , the mobile radio communication network associating the mobile radio terminal device to a network slice instance from a set of network slice instances during a registration process of the mobile radio terminal device or during a protocol data unit session establishment.
A method for operating a centrifuge device, the centrifuge device comprising: - a centrifuge in which a centrifuge drum is rotatably arranged; - a light detector and a light source, the light detector and the light source being arranged on the centrifuge device in such a way that a detection of a filling material parameter can be carried out in an interior of the centrifuge drum ; - and a software module for plausibility check of the filling material parameter detected by means of the light detector , wherein the software module can be connected to the light detector by means of an inlet for receiving a detection signal; wherein the method for operating the centrifuge device by detecting the filling material parameter of the filling material inside the centrifuge drum comprises the following steps: - illuminating at least a part of a surface of the filling material with the light source, receiving a light reflected from the filling material by means of the light detector and generating a corresponding detection signal, - plausibility check of the detection signal of the light detector by means of the software module, - processing a plausible detection signal by means of the software module and - generating at least one output signal from the plausible detection signal by means of the software module. - a centrifuge in which a centrifuge drum is rotatably arranged; - a light detector and a light source, the light detector and the light source being arranged on the centrifuge device in such a way that a detection of a filling material parameter can be carried out in an interior of the centrifuge drum ; - and a software module for plausibility check of the filling material parameter detected by means of the light detector , wherein the software module can be connected to the light detector by means of an inlet for receiving a detection signal; - illuminating at least a part of a surface of the filling material with the light source, receiving a light reflected from the filling material by means of the light detector and generating a corresponding detection signal, - plausibility check of the detection signal of the light detector by means of the software module, - processing a plausible detection signal by means of the software module and - generating at least one output signal from the plausible detection signal by means of the software module.
An underwater cleaning device for a gate slot, characterized in comprising: a frame, wherein the frame comprises a bottom plate and vertical braces provided at four corners of the bottom plate , each vertical brace is provided with a climbing structure, and each of the climbing structures is provided with a climbing bracket , the climbing brackets are fixedly connected to the vertical braces by means of connection rods , and the climbing brackets are configured to be electromagnetically attracted to an inner wall of the gate slot ; a horizontal sensor provided on the bottom plate ; a controller in communicational connection with the horizontal sensor and the climbing brackets , wherein, in a state of underwater, the horizontal sensor is configured to sense the levelness of the bottom plate and transmit the result to the controller in real time, the controller is configured to control the climbing brackets to move up and down along the gate slot to maintain the bottom plate in a horizontal state. a frame, wherein the frame comprises a bottom plate and vertical braces provided at four corners of the bottom plate , each vertical brace is provided with a climbing structure, and each of the climbing structures is provided with a climbing bracket , the climbing brackets are fixedly connected to the vertical braces by means of connection rods , and the climbing brackets are configured to be electromagnetically attracted to an inner wall of the gate slot ; a horizontal sensor provided on the bottom plate ; a controller in communicational connection with the horizontal sensor and the climbing brackets , wherein, in a state of underwater, the horizontal sensor is configured to sense the levelness of the bottom plate and transmit the result to the controller in real time, the controller is configured to control the climbing brackets to move up and down along the gate slot to maintain the bottom plate in a horizontal state.
Industrial truck with a driver's cab in which a steering unit with a steering wheel and further operating elements is provided, with: - a steering console comprising a base plate and a profile projecting from the base plate , wherein the steering unit is arranged on the profile , and - Fastening means for mounting an adapter unit in the driver's cab , wherein the adapter unit is mounted at a defined height in the driver's cab and is connected to the steering console , and characterized in that - the adapter unit is designed as an adapter plate provided with boreholes, which can be attached to the fastening means at at least two heights. - a steering console comprising a base plate and a profile projecting from the base plate , wherein the steering unit is arranged on the profile , and - Fastening means for mounting an adapter unit in the driver's cab , wherein the adapter unit is mounted at a defined height in the driver's cab and is connected to the steering console , and characterized in that - the adapter unit is designed as an adapter plate provided with boreholes, which can be attached to the fastening means at at least two heights.
A switching system for an on-load tap changer, comprising: - a Geneva mechanism , wherein the Geneva mechanism comprises: - a rotatable ring with a recess , - a connector , the connector being rotatable together with the rotatable ring to electrically connect with a tap of the tap changer , - a rotatable driving wheel , wherein the driving wheel comprises a holding disk and a lever , the holding disk being rotatable around a longitudinal axis and wherein the lever is slidable radial to the longitudinal axis relative to the holding disk , and wherein the lever is coupleable with the recess to rotate the rotatable ring . - a Geneva mechanism , wherein the Geneva mechanism comprises: - a rotatable ring with a recess , - a connector , the connector being rotatable together with the rotatable ring to electrically connect with a tap of the tap changer , - a rotatable driving wheel , wherein the driving wheel comprises a holding disk and a lever , the holding disk being rotatable around a longitudinal axis and wherein the lever is slidable radial to the longitudinal axis relative to the holding disk , and wherein the lever is coupleable with the recess to rotate the rotatable ring .
Transponder for securing a product displayed in a shop, the transponder comprising two blocks each comprising a contact surface , the blocks being provided with an adjustable connection connects said protrusions , which allows to manually adjust the moving closer together or farther apart of the blocks with respect to one another, thus allowing the transponder to be attached to a suitable element of said product, by gripping the element between the contact surfaces of the blocks , one of the blocks comprising wireless detection and transmission equipment, which allows the remote management of the presence of the transponder on the suitable element characterized in that the contact surfaces are positioned face to face and substantially parallel with respect to one another, and in that the blocks have protrusions on their upper surfaces above the contact surfaces, said adjustable connection connecting said protrusions .
A method of using a cable type battery in a product comprising a cable type battery , a memory , and an output unit , a sensing unit the method comprising: detecting (S100) via the sensing unit a predetermined user operation for the product or a predetermined state change of the product ; starting (S110) power supply from the cable type battery by connecting an electrode of the cable type battery and an electrode of the product based on the detected result; and controlling (S120) the output unit to perform a specific function corresponding to the predetermined user operation or the predetermined state change of the product by driving an application program stored in the memory based on power supplied from the cable type battery , wherein the specific function comprises at least one of: a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received (S320) in the empty shopping bag. detecting (S100) via the sensing unit a predetermined user operation for the product or a predetermined state change of the product ; starting (S110) power supply from the cable type battery by connecting an electrode of the cable type battery and an electrode of the product based on the detected result; and controlling (S120) the output unit to perform a specific function corresponding to the predetermined user operation or the predetermined state change of the product by driving an application program stored in the memory based on power supplied from the cable type battery , wherein the specific function comprises at least one of: a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received (S320) in the empty shopping bag. a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received (S320) in the empty shopping bag.
An implantable medical device, comprising: an electronic circuit ; a shield member defining a first portion of an interior cavity of the implantable medical device; a feedthrough assembly comprising: a shield extender having a top face and a sidewall that extends from the top face so that the top face and the sidewall are a single continuous component, at least one feedthrough aperture extending through the top face, an insulated feedthrough pin extending through the feedthrough aperture, the sidewall having a bottom edge that defines an open side of the shield extender, the bottom edge coupled to the shield member, the sidewall defining a second portion of the interior cavity, the second portion in communication with the first portion, the electronic circuit residing in the interior cavity, the feedthrough pin being electrically coupled to the electronic circuit, the electronic circuit enclosed in the interior cavity, characterized in that the shield extender sidewall defines a channel , the shield extender further comprising a coupling member extending interiorly from the sidewall and accessible through the channel , wherein the electronic circuit is coupled to the coupling member . an electronic circuit ; a shield member defining a first portion of an interior cavity of the implantable medical device; a feedthrough assembly comprising: a shield extender having a top face and a sidewall that extends from the top face so that the top face and the sidewall are a single continuous component, at least one feedthrough aperture extending through the top face, an insulated feedthrough pin extending through the feedthrough aperture, the sidewall having a bottom edge that defines an open side of the shield extender, the bottom edge coupled to the shield member, the sidewall defining a second portion of the interior cavity, the second portion in communication with the first portion, the electronic circuit residing in the interior cavity, the feedthrough pin being electrically coupled to the electronic circuit, the electronic circuit enclosed in the interior cavity, a shield extender having a top face and a sidewall that extends from the top face so that the top face and the sidewall are a single continuous component, at least one feedthrough aperture extending through the top face, an insulated feedthrough pin extending through the feedthrough aperture, the sidewall having a bottom edge that defines an open side of the shield extender, the bottom edge coupled to the shield member, the sidewall defining a second portion of the interior cavity, the second portion in communication with the first portion, the electronic circuit residing in the interior cavity, the feedthrough pin being electrically coupled to the electronic circuit, the electronic circuit enclosed in the interior cavity,
A packet sending method, wherein the method is applied to a network scenario in which a first network device and a second network device perform internet protocol security, IPsec, communication, there is no IPsec security association, SA, on the first network device, and there is an IPsec SA on the second network device, and the method comprises: receiving , by the first network device , an encrypted packet from the second network device; obtaining , by the first network device , characteristic information when the first network device cannot decrypt the encrypted packet; generating , by the first network device , an informational exchange packet when the first network device obtains, based on the characteristic information, an internet key exchange, IKE, SA corresponding to the characteristic information, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and sending , by the first network device , the informational exchange packet to the second network device. receiving , by the first network device , an encrypted packet from the second network device; obtaining , by the first network device , characteristic information when the first network device cannot decrypt the encrypted packet; generating , by the first network device , an informational exchange packet when the first network device obtains, based on the characteristic information, an internet key exchange, IKE, SA corresponding to the characteristic information, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and sending , by the first network device , the informational exchange packet to the second network device.