mhurhangee/patent-ind-claim-en huggingface dataset:
Module block for building a robot vehicle or logistics vehicle , wherein the module block comprises a housing , which has a component receptacle for a first electronic component , which is designed to act together with at least one further electronic component of a further module block in creating a controlled drive device for the robot vehicle or logistics vehicle , characterized in that the housing of the module block comprises a straight box profile body , which has a basic form with a box cross section which is uniform along an axial direction (Z), and wherein the box profile body is open on two opposite axial end faces (O, U) and encloses a cavity in an annular manner, and wherein a cover plate is arranged on at least one of the open end faces (O, U) and fits over the opening in this end face (O, U), and wherein one or more T-shaped grooves are provided on at least two, and preferably all, outer walls of the box profile body which lie orthogonal to the open end faces (O, U), and wherein the module block is designed as a drive block and comprises as the first electronic component a controllable wheel drive .
A porous zirconia article for use in the dental or orthodontic field, the porous zirconia article comprising: ZrO 2 : 80 to 87 wt.%, Y 2 O 3 : 3 to 5 wt.%, Al 2 O 3 : 10 to 14 wt.%, wt.% with respect to the weight of the porous zirconia article, the porous zirconia article being characterized by the following parameters in combination: density: from 40 to 60% of theoretical density; average connected pore diameter: from 2 to 100 nm; as measured according to the description; BET surface from 11 to 100 m 2 /g; Vickers hardness: from 10 to 100 HV1. ZrO 2 : 80 to 87 wt.%, Y 2 O 3 : 3 to 5 wt.%, Al 2 O 3 : 10 to 14 wt.%, wt.% with respect to the weight of the porous zirconia article, the porous zirconia article being characterized by the following parameters in combination: wt.% with respect to the weight of the porous zirconia article, the porous zirconia article being characterized by the following parameters in combination: density: from 40 to 60% of theoretical density; average connected pore diameter: from 2 to 100 nm; as measured according to the description; BET surface from 11 to 100 m 2 /g; Vickers hardness: from 10 to 100 HV1.
Koehler integrator device , comprising - a collimating lens being arranged for collimating a light field created by a light source device, - a pair of planar first and second micro-lens arrays , being arranged for relaying portions of the collimated light field along separate imaging channels, wherein all micro-lenses of the first and second micro-lens arrays have an equal micro-lens focal length and pitch and the micro-lens arrays are arranged with a mutual distance equal to the micro-lens focal length, and - a collecting Fourier lens having a Fourier lens diameter and a Fourier lens focal length defining a Fourier lens front focal plane and a Fourier lens back focal plane, wherein the Fourier lens is arranged for superimposing light from all imaging channels in the Fourier lens front focal plane and wherein the second micro-lens array is arranged in the Fourier lens back focal plane, characterized in that - a beam sizing optic is arranged between the collimating lens and the first micro-lens array is arranged for contracting a diameter of the collimated light field and comprises a first beam de-expander lens having a first beam de-expander lens focal length and a second beam de-expander lens having a second beam de-expander lens focal length, which is smaller than the first beam de-expander lens focal length, and - a third micro-lens array being arranged in the Fourier lens front focal plane for creating a wavelength independent array of illumination spots. - a collimating lens being arranged for collimating a light field created by a light source device, - a pair of planar first and second micro-lens arrays , being arranged for relaying portions of the collimated light field along separate imaging channels, wherein all micro-lenses of the first and second micro-lens arrays have an equal micro-lens focal length and pitch and the micro-lens arrays are arranged with a mutual distance equal to the micro-lens focal length, and - a collecting Fourier lens having a Fourier lens diameter and a Fourier lens focal length defining a Fourier lens front focal plane and a Fourier lens back focal plane, wherein the Fourier lens is arranged for superimposing light from all imaging channels in the Fourier lens front focal plane and wherein the second micro-lens array is arranged in the Fourier lens back focal plane, - a beam sizing optic is arranged between the collimating lens and the first micro-lens array is arranged for contracting a diameter of the collimated light field and comprises a first beam de-expander lens having a first beam de-expander lens focal length and a second beam de-expander lens having a second beam de-expander lens focal length, which is smaller than the first beam de-expander lens focal length, and - a third micro-lens array being arranged in the Fourier lens front focal plane for creating a wavelength independent array of illumination spots.
A method performed by an access point for handling uplink communication in a communication system comprising the access point and a wire line network node connected via wire line to the access point, the method comprising: receiving an encrypted and/or integrity protected Long term Evolution, LTE, Packet Data Convergence Protocol packet data unit, PDCP PDU, from a user equipment, UE, wirelessly connected to the access point; detecting type of the received PDCP PDU, the type of PDCP PDU being any of a signaling radio bearer type or a data radio bearer type; encapsulating the received PDCP PDU by setting a header to the PDCP PDU, which header comprises an identity indicating the detected type of PDCP PDU and an identity indicating source address and/or destination address of the PDCP PDU, and sending the encapsulated PDCP PDU to the wire line network node. receiving an encrypted and/or integrity protected Long term Evolution, LTE, Packet Data Convergence Protocol packet data unit, PDCP PDU, from a user equipment, UE, wirelessly connected to the access point; detecting type of the received PDCP PDU, the type of PDCP PDU being any of a signaling radio bearer type or a data radio bearer type; encapsulating the received PDCP PDU by setting a header to the PDCP PDU, which header comprises an identity indicating the detected type of PDCP PDU and an identity indicating source address and/or destination address of the PDCP PDU, and sending the encapsulated PDCP PDU to the wire line network node.
Method for the reduction of aroma loss during the production of ethanol-reduced and ethanol-free beverages comprising the steps: (a) De-alcoholization of a beverage containing from 1 to 60 vol.-% ethanol by a thermal or membrane-based dealcoholization process; (b) Separating the ethanol containing process stream from the de-alcoholized beverage; (c) (i) Conveying the separated ethanol containing process stream to a condenser, at least one stripping column and subsequently to at least one adsorber column, or (ii) Conveying the separated ethanol containing process stream directly to at least one adsorber column; wherein the ethanol containing fraction of the ethanol containing process stream is adsorbed on the at least one adsorber column; (d) Recycling of the remaining process stream to the de-alcoholized beverage. (a) De-alcoholization of a beverage containing from 1 to 60 vol.-% ethanol by a thermal or membrane-based dealcoholization process; (b) Separating the ethanol containing process stream from the de-alcoholized beverage; (c) (i) Conveying the separated ethanol containing process stream to a condenser, at least one stripping column and subsequently to at least one adsorber column, or (ii) Conveying the separated ethanol containing process stream directly to at least one adsorber column; wherein the ethanol containing fraction of the ethanol containing process stream is adsorbed on the at least one adsorber column; (i) Conveying the separated ethanol containing process stream to a condenser, at least one stripping column and subsequently to at least one adsorber column, or (ii) Conveying the separated ethanol containing process stream directly to at least one adsorber column; (d) Recycling of the remaining process stream to the de-alcoholized beverage.
A method for testing an artificial intelligence chip, wherein a target artificial intelligence chip has multiple same arithmetic units, and the method comprises: obtaining (S101) scale information of the target artificial intelligence chip; determining (S102) whether the target artificial intelligence chip satisfies a test condition of an arithmetic unit array level according to the scale information; dividing (S103) all the arithmetic units into multiple same arithmetic unit arrays, and performing a Design for Test, DFT, test on the arithmetic unit arrays, respectively, in a case that it is determined that the test condition of the arithmetic unit array level is satisfied; performing (S104) the DFT test on the arithmetic units, respectively, in a case that it is determined that the test condition of the arithmetic unit array level is not satisfied. obtaining (S101) scale information of the target artificial intelligence chip; determining (S102) whether the target artificial intelligence chip satisfies a test condition of an arithmetic unit array level according to the scale information; dividing (S103) all the arithmetic units into multiple same arithmetic unit arrays, and performing a Design for Test, DFT, test on the arithmetic unit arrays, respectively, in a case that it is determined that the test condition of the arithmetic unit array level is satisfied; performing (S104) the DFT test on the arithmetic units, respectively, in a case that it is determined that the test condition of the arithmetic unit array level is not satisfied.
Method for recycling the silver present in a solar cell comprising the following successive steps: a) grinding the solar cell so as to form a ground material containing particles of silver, b) dissolving the silver contained in the ground material in a solution containing: ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, the dissolution leading to the formation of silver ions in solution, c) separating the ground material from the solution, d) performing electrolysis of the solution to reduce the silver ions and to regenerate the redox mediator. a) grinding the solar cell so as to form a ground material containing particles of silver, b) dissolving the silver contained in the ground material in a solution containing: ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, the dissolution leading to the formation of silver ions in solution, ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, c) separating the ground material from the solution, d) performing electrolysis of the solution to reduce the silver ions and to regenerate the redox mediator.
Skiving tool for producing a tooth profile (VP) on a workpiece , characterised in that the skiving tool is modelled as a crown gear, on the front of which a tooth system (SP) with a cutting profile is provided which when in use reproduces the tooth profile (VP) on the workpiece .
A photographing method, comprising: in response to reception of a camera startup instruction, executing alternated steps of displaying an image on a display screen and acquiring an image with an under-panel camera (S101); the alternated steps comprising: setting the display screen into a transparent state after the display screen displays an image (S102), wherein light is allowed to enter the under-panel camera through the display screen in case that the display screen is in the transparent state; controlling the under-panel camera to acquire an image, and sending the acquired image to the display screen for display (S103); and returning to execute the alternated steps until an end instruction indicating completion of photographing is received (S104); wherein the setting the display screen into a transparent state comprises: in response to reception of a confirmation signal sent by a display screen integrated circuit, IC, setting the display screen into a transparent state, the confirmation signal being used to indicate that the display screen has completed display of the image. in response to reception of a camera startup instruction, executing alternated steps of displaying an image on a display screen and acquiring an image with an under-panel camera (S101); the alternated steps comprising: setting the display screen into a transparent state after the display screen displays an image (S102), wherein light is allowed to enter the under-panel camera through the display screen in case that the display screen is in the transparent state; controlling the under-panel camera to acquire an image, and sending the acquired image to the display screen for display (S103); and returning to execute the alternated steps until an end instruction indicating completion of photographing is received (S104); wherein the setting the display screen into a transparent state comprises: in response to reception of a confirmation signal sent by a display screen integrated circuit, IC, setting the display screen into a transparent state, the confirmation signal being used to indicate that the display screen has completed display of the image. setting the display screen into a transparent state after the display screen displays an image (S102), wherein light is allowed to enter the under-panel camera through the display screen in case that the display screen is in the transparent state; controlling the under-panel camera to acquire an image, and sending the acquired image to the display screen for display (S103); and returning to execute the alternated steps until an end instruction indicating completion of photographing is received (S104); wherein the setting the display screen into a transparent state comprises: in response to reception of a confirmation signal sent by a display screen integrated circuit, IC, setting the display screen into a transparent state, the confirmation signal being used to indicate that the display screen has completed display of the image.
A device comprising: i) a folded camera module , comprising: a) a lens module having a lens optical axis; and b) an optical path folding element (OPFE) for folding light from a first optical path to a second optical path towards an image sensor , the second optical path being along the lens optical axis; and ii) a gyroscope for providing data input indicative of folded camera tilt; wherein the lens module is designed to be moved for auto-focus (AF) along a first direction substantially parallel to the lens optical axis characterized in that the lens module is further designed to be moved for OIS in a second direction substantially orthogonal to both the first and second optical paths, and wherein the OPFE is designed to be tilted for OIS only around an OPFE tilt axis that is parallel to the second direction to compensate only for tilt of the folded camera module around the second direction. i) a folded camera module , comprising: a) a lens module having a lens optical axis; and b) an optical path folding element (OPFE) for folding light from a first optical path to a second optical path towards an image sensor , the second optical path being along the lens optical axis; and a) a lens module having a lens optical axis; and b) an optical path folding element (OPFE) for folding light from a first optical path to a second optical path towards an image sensor , the second optical path being along the lens optical axis; and ii) a gyroscope for providing data input indicative of folded camera tilt; wherein the lens module is designed to be moved for auto-focus (AF) along a first direction substantially parallel to the lens optical axis characterized in that the lens module is further designed to be moved for OIS in a second direction substantially orthogonal to both the first and second optical paths, and wherein the OPFE is designed to be tilted for OIS only around an OPFE tilt axis that is parallel to the second direction to compensate only for tilt of the folded camera module around the second direction. wherein the lens module is designed to be moved for auto-focus (AF) along a first direction substantially parallel to the lens optical axis characterized in that the lens module is further designed to be moved for OIS in a second direction substantially orthogonal to both the first and second optical paths, and wherein the OPFE is designed to be tilted for OIS only around an OPFE tilt axis that is parallel to the second direction to compensate only for tilt of the folded camera module around the second direction.
Computer implemented method for filtering portions of an image, the method comprising the following steps carried out by computer hardware components: - dividing the image into a plurality of segments, each segments comprising a plurality of pixels; - for each of the segments, determining at least one of a mean, a standard deviation, and a kurtosis of the plurality of pixels of the respective segment; - clustering the plurality of segments into a plurality of clusters based on the at least one of the mean, the standard deviation, and the kurtosis of the plurality of pixels of the respective segment; - for each of the clusters, determining the respective cluster as belonging to a background based on a size of the respective cluster; and - determining a filtered image based on the background. - dividing the image into a plurality of segments, each segments comprising a plurality of pixels; - for each of the segments, determining at least one of a mean, a standard deviation, and a kurtosis of the plurality of pixels of the respective segment; - clustering the plurality of segments into a plurality of clusters based on the at least one of the mean, the standard deviation, and the kurtosis of the plurality of pixels of the respective segment; - for each of the clusters, determining the respective cluster as belonging to a background based on a size of the respective cluster; and - determining a filtered image based on the background.
A windscreen wiper device , particularly for automobiles, comprising an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, said wiper blade comprising a connecting device for an oscillating arm , wherein said oscillating arm near one end thereof is pivotally connected to said wiper blade and near the other end thereof is connected to a mounting head on a drive shaft for transferring a reciprocal movement to said wiper blade, wherein said windscreen wiper device further comprises a cap detachably connected to said mounting head at the location where said oscillating arm is connected to said mounting head , wherein said cap is snapped onto an outer wall of said mounting head in an axial direction thereof, characterized in that, said cap and said outer wall of said mounting head comprises mutually cooperating resilient tongue/protrusion means, wherein said protrusion snappingly engages in a hole of said resilient tongue, and wherein said resilient tongue is hingeable along an hinge axis between an inward position retaining the cap onto the mounting head and an outward position releasing the cap from the mounting head .
A communication device of a multi-radio communication system which is capable of respectively supporting different radio communication standards during different time periods, comprising: a first communication circuit , configured for supporting a first radio communication standard; and a second communication circuit , configured for supporting a second radio communication standard different from the first radio communication standard; the device being characterized by the first communication circuit is arranged to send time information to a peer communication circuit for notifying the peer communication circuit of when the first communication circuit will switch to a radio inactive mode. a first communication circuit , configured for supporting a first radio communication standard; and a second communication circuit , configured for supporting a second radio communication standard different from the first radio communication standard; the device being characterized by the first communication circuit is arranged to send time information to a peer communication circuit for notifying the peer communication circuit of when the first communication circuit will switch to a radio inactive mode.
Hermetic compressor comprising a suction acoustic filter integrated by at least one outlet pipe ; wherein the outlet pipe comprises at least two independent suction outlets adjacently disposed; the independent suction outlets are spaced apart by at least one wall ; the outlet pipe being connected to a valve-plate, wherein each independent suction outlet is associated to a respective suction hole, each suction hole being regulated by a respective suction valve; characterized by the fact that each independent suction outlet independently extends along the outlet pipe , forming a tubular extension ; and the tubular extensions of the independent suction outlets are isolated from each other by at least one vertical projection arranged along the outlet pipe .