mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a semiconductor substrate that includes a first substrate surface and a second substrate surface; a transistor formed at the first substrate surface, wherein the transistor comprises a plurality of electrodes that include a control electrode, a first current-conducting electrode, and a second current-conducting electrode; a first conductive feature formed over the first substrate surface and electrically coupled to one of the plurality of electrodes; a second conductive feature coupled to the second substrate surface, wherein the second conductive feature includes an opening (150, 2120) extending through the second conductive feature to and exposing the second substrate surface to define a first conductor-less region; a cavity within the first conductor-less region and extending from the opening (150, 2120) into the semiconductor substrate, wherein the cavity is at least partially defined by an inner cavity surface that is recessed into the semiconductor substrate from the second substrate surface and is vertically aligned with the first conductive feature; and a dielectric medium disposed within the cavity and in contact with the inner cavity surface that terminates on a surface formed from the semiconductor substrate or on a dielectric layer disposed over the semiconductor substrate, wherein the dielectric medium has a dielectric constant less than a dielectric constant of the semiconductor substrate. a semiconductor substrate that includes a first substrate surface and a second substrate surface; a transistor formed at the first substrate surface, wherein the transistor comprises a plurality of electrodes that include a control electrode, a first current-conducting electrode, and a second current-conducting electrode; a first conductive feature formed over the first substrate surface and electrically coupled to one of the plurality of electrodes; a second conductive feature coupled to the second substrate surface, wherein the second conductive feature includes an opening (150, 2120) extending through the second conductive feature to and exposing the second substrate surface to define a first conductor-less region; a cavity within the first conductor-less region and extending from the opening (150, 2120) into the semiconductor substrate, wherein the cavity is at least partially defined by an inner cavity surface that is recessed into the semiconductor substrate from the second substrate surface and is vertically aligned with the first conductive feature; and a dielectric medium disposed within the cavity and in contact with the inner cavity surface that terminates on a surface formed from the semiconductor substrate or on a dielectric layer disposed over the semiconductor substrate, wherein the dielectric medium has a dielectric constant less than a dielectric constant of the semiconductor substrate.
A print server configured to asynchronously acquire document information transmitted from a document server via a named logical channel, acquire document data based on the document information, create print data based on the document data, and transmit the print data to a printer, characterised by the print server comprising: acquisition means configured to asynchronously acquire document information transmitted from the document server via the named logical channel; and determination means for receiving a print request from a client, identifying a document identification from the print request, and determining whether the document information including the document identification has been acquired from the document server via the named logical channel; wherein the acquisition means acquires the document information from the document server by invoking an API corresponding to the document server in response to a determination by the determination means that the document information has not been acquired from the document server via the named logical channel. acquisition means configured to asynchronously acquire document information transmitted from the document server via the named logical channel; and determination means for receiving a print request from a client, identifying a document identification from the print request, and determining whether the document information including the document identification has been acquired from the document server via the named logical channel; wherein the acquisition means acquires the document information from the document server by invoking an API corresponding to the document server in response to a determination by the determination means that the document information has not been acquired from the document server via the named logical channel.
A method of adapting stereoscopic video content to a viewer wearing prescription glasses comprising at least one eyeglass lens having an optical axis, while watching said stereoscopic video content, the method being characterized in that it comprises: - modifying disparity between left and right images of said stereoscopic video content according to a depth adjustment value determined to compensate a deviation created by the prescription glasses, the deviation being an angle formed by a direction of a viewer's visual axis and said eyeglass lens optical axis determined as a function of parameters e, r and f' of the prescription glasses; wherein e is a distance between a cornea to a prescription glasses lens, r is an eyeball radius, and f is a focal length of the prescription glasses. - modifying disparity between left and right images of said stereoscopic video content according to a depth adjustment value determined to compensate a deviation created by the prescription glasses, the deviation being an angle formed by a direction of a viewer's visual axis and said eyeglass lens optical axis determined as a function of parameters e, r and f' of the prescription glasses;
A transducer comprising: a monolithic substrate comprising: a first doping region; a second doping region (30,32,130) that is opposite in conductivity to the first doping region, the second doping region (30,32,130) comprising a first vibrating portion (32,160); and a first empty space (60,180) between the first doping region and the first vibrating portion; characterised in that the first vibrating portion (32,160) comprises a plurality of first through-holes (40, 170) and wherein the first vibrating portion further comprises a first material film (50,190) which seals the plurality of first through-holes (40,170). a monolithic substrate comprising: a first doping region; a second doping region (30,32,130) that is opposite in conductivity to the first doping region, the second doping region (30,32,130) comprising a first vibrating portion (32,160); and a first empty space (60,180) between the first doping region and the first vibrating portion; a first doping region; a second doping region (30,32,130) that is opposite in conductivity to the first doping region, the second doping region (30,32,130) comprising a first vibrating portion (32,160); and a first empty space (60,180) between the first doping region and the first vibrating portion; characterised in that the first vibrating portion (32,160) comprises a plurality of first through-holes (40, 170) and wherein the first vibrating portion further comprises a first material film (50,190) which seals the plurality of first through-holes (40,170).
A shoulder prosthesis (100, 400, 900, 1000) comprising: a glenoid component (104, 404) including a glenoid body having a proximal side and a distal side, the distal side shaped to engage with a resected portion of a glenoid cavity; a humeral component (102, 402) including a humeral body having a proximal side and a distal side, the distal side shaped to engage with a resected portion of a humerus; and an articulation component (106, 406, 902, 1002) positionable between the proximal side of the glenoid component and the proximal side of the humeral component, the articulation component configured to be maintained between the glenoid and humeral components, after implantation, by at least a deltoid muscle and a rotator cuff muscle, characterised in that the articulation component includes a first portion having a first radius of curvature and a second portion located opposite the first portion and having a second radius of curvature, the first radius of curvature being larger than the second radius of curvature, and the first portion located proximate an acromion bone when implanted. a glenoid component (104, 404) including a glenoid body having a proximal side and a distal side, the distal side shaped to engage with a resected portion of a glenoid cavity; a humeral component (102, 402) including a humeral body having a proximal side and a distal side, the distal side shaped to engage with a resected portion of a humerus; and an articulation component (106, 406, 902, 1002) positionable between the proximal side of the glenoid component and the proximal side of the humeral component, the articulation component configured to be maintained between the glenoid and humeral components, after implantation, by at least a deltoid muscle and a rotator cuff muscle, characterised in that the articulation component includes a first portion having a first radius of curvature and a second portion located opposite the first portion and having a second radius of curvature, the first radius of curvature being larger than the second radius of curvature, and the first portion located proximate an acromion bone when implanted.
An apparatus for monitoring one or more surgical parameters of the eye over multiple sessions which are temporally spaced apart and between which the eye of the patient can have moved, said apparatus comprising: a camera for taking images of the eye; a module for determining during a first session said at least one surgical parameter of the eye and its coordinates based on a first image taken by said camera in a first coordinate system; a module for determining during a second session temporally spaced apart from said first session said at least one surgical parameter of the eye and its coordinates based on a second image taken by said camera in a second coordinate system; a module for determining the eye motion in six degrees of freedom between said first and said second session and for determining a coordinate transformation based thereon; a module for transforming based on said determined eye motion said at least one surgical parameter of the eye and its coordinates from said first coordinate system into said second coordinate system; a module for quantifying and/or visualizing the change of said at least one surgical parameter of the eye and its coordinates between said first and said second session based on said surgical eye parameter and its coordinates measured during said second session and said transformed surgical eye parameter and its coordinates measured during said first session, wherein said surgical eye parameters are implant-related parameters of the eye which are based on an implant which has been surgically placed in the eye of a patient. a camera for taking images of the eye; a module for determining during a first session said at least one surgical parameter of the eye and its coordinates based on a first image taken by said camera in a first coordinate system; a module for determining during a second session temporally spaced apart from said first session said at least one surgical parameter of the eye and its coordinates based on a second image taken by said camera in a second coordinate system; a module for determining the eye motion in six degrees of freedom between said first and said second session and for determining a coordinate transformation based thereon; a module for transforming based on said determined eye motion said at least one surgical parameter of the eye and its coordinates from said first coordinate system into said second coordinate system; a module for quantifying and/or visualizing the change of said at least one surgical parameter of the eye and its coordinates between said first and said second session based on said surgical eye parameter and its coordinates measured during said second session and said transformed surgical eye parameter and its coordinates measured during said first session, wherein said surgical eye parameters are implant-related parameters of the eye which are based on an implant which has been surgically placed in the eye of a patient.
A process for forming an explosive projectile, the process comprising: shaping an explosive body (108, 208) to fit and nest within a hollow projectile body (102, 202); placing the explosive body (108, 208) within a chamber containing an inert gas prior to cooling the explosive body (108, 208) and nesting the explosive body (108, 208) within the hollow projectile body (102, 202); cooling the explosive body (108, 208) to a temperature below a lowest anticipated operating temperature of the projectile; nesting the explosive body (108, 208) within the hollow projectile body (102, 202); securing the explosive body (108, 208) and the hollow projectile body (102, 202) together; and normalizing the temperature of the nested bodies to a common temperature. shaping an explosive body (108, 208) to fit and nest within a hollow projectile body (102, 202); placing the explosive body (108, 208) within a chamber containing an inert gas prior to cooling the explosive body (108, 208) and nesting the explosive body (108, 208) within the hollow projectile body (102, 202); cooling the explosive body (108, 208) to a temperature below a lowest anticipated operating temperature of the projectile; nesting the explosive body (108, 208) within the hollow projectile body (102, 202); securing the explosive body (108, 208) and the hollow projectile body (102, 202) together; and normalizing the temperature of the nested bodies to a common temperature.
A method for extracting features of interest from a fingerprint represented by an input image, the method comprising the implementation, by data processing means of a client, of steps of: (a) Binarisation of said input image by means of a convolutional neural network, CNN, so as to generate a so-called binary image, said CNN comprising a so-called decompaction block of successive convolution layers ( CONV i DEC, i ∈ [1; n], n ≥ 2) having a decreasing filtre size and a decreasing number of filtres, such that the number of filtres decreases by a constant step from one convolution layer CONV i DEC of the decompaction block to the next one CONV i + 1 DEC; (b) Processing said binary image so as to extract said features of interest from the fingerprint represented by said input image. (a) Binarisation of said input image by means of a convolutional neural network, CNN, so as to generate a so-called binary image, said CNN comprising a so-called decompaction block of successive convolution layers ( CONV i DEC, i ∈ [1; n], n ≥ 2) having a decreasing filtre size and a decreasing number of filtres, such that the number of filtres decreases by a constant step from one convolution layer CONV i DEC of the decompaction block to the next one CONV i + 1 DEC; (b) Processing said binary image so as to extract said features of interest from the fingerprint represented by said input image.
Mutant lettuce plant having an induced heritable modification of the genome and showing a reduction of the pinking response and a normal growth habit, wherein the heritable modification, reduction of the pinking response and normal growth habit are as found in a lettuce plant, representative seed of which was deposited with the NCIMB under accession number 41454 or 41441, wherein the mutant lettuce plant is obtainable by crossing said deposited plant with another plant of the same species, and wherein the mutant lettuce plant is not exclusively obtained by an essentially biological process.
A method for removing 210 Pb from a metal material, the method comprising: determining a 210 Pb concentration in a metal material to be refined; determining an amount of low alpha lead to be added to the metal material to be refined from the 210 Pb concentration, the low alpha lead having a 210 Pb concentration below that of the metal material to be refined; forming a doped metal mixture by adding the low alpha lead to the metal material to be refined; refining the doped metal mixture to separate at least a portion of the lead from the doped metal mixture to form a refined metal having a 210 Pb concentration lower than that of the metal material to be refined. determining a 210 Pb concentration in a metal material to be refined; determining an amount of low alpha lead to be added to the metal material to be refined from the 210 Pb concentration, the low alpha lead having a 210 Pb concentration below that of the metal material to be refined; forming a doped metal mixture by adding the low alpha lead to the metal material to be refined; refining the doped metal mixture to separate at least a portion of the lead from the doped metal mixture to form a refined metal having a 210 Pb concentration lower than that of the metal material to be refined.
Zeolite of the faujasite structure which has a unit cell size in the range of from 24.40 to 24.50 Å; a bulk silica to alumina molar ratio in the range of from 7.5 to 9.0; and an alkali metal oxide content of less than 0.15 wt%.
A mouth guard, comprising: a tray configured to encompass at least anterior teeth of a maxillary arch; wherein the tray includes a pair of protrusions extending away from the tray, each protrusion configured to generally overlie a portion of at least two anterior teeth of the maxillary arch; whereby the protrusions are configured to engage at least one tooth of a mandibular arch; whereby damage to the at least anterior teeth of the maxillary arch is reduced or prevented; characterized in that the protrusions have a length from 5 mm to 20 mm, wherein the length is defined, in use, as the longitudinal length from the tip of one of the user's teeth on the maxillary arch to a distal tip of the respective protrusion, and the protrusions have a fang-like appearance with a sharp fang-like bottom portion. a tray configured to encompass at least anterior teeth of a maxillary arch; wherein the tray includes a pair of protrusions extending away from the tray, each protrusion configured to generally overlie a portion of at least two anterior teeth of the maxillary arch; whereby the protrusions are configured to engage at least one tooth of a mandibular arch; whereby damage to the at least anterior teeth of the maxillary arch is reduced or prevented; characterized in that the protrusions have a length from 5 mm to 20 mm, wherein the length is defined, in use, as the longitudinal length from the tip of one of the user's teeth on the maxillary arch to a distal tip of the respective protrusion, and the protrusions have a fang-like appearance with a sharp fang-like bottom portion.
A mobile tenninal comprising: a touchscreen configured to receive a touch input; and a controller configured to set a reference indicator (410, 820, 1010, 1110, 1210, 1310) on the touchscreen based on a first user input, partition the touchscreen into a 1 st region and a 2 nd region in accordance with the set reference indicator, and control an image displayed on the 1 st region to be displayed on the 2 nd region in a manner of being reversed, characterized in that, if a second user input is inputted, the controller is adapted to display a 3 rd icon on the touchscreen and is adapted to recognize a touch input only in one of the 1 st region and the 2 nd region, at which the 3 rd icon is situated, and wherein the 3 rd icon can be shifted according to a user input to the 1 st region or the 2 nd region. a touchscreen configured to receive a touch input; and a controller configured to set a reference indicator (410, 820, 1010, 1110, 1210, 1310) on the touchscreen based on a first user input, partition the touchscreen into a 1 st region and a 2 nd region in accordance with the set reference indicator, and control an image displayed on the 1 st region to be displayed on the 2 nd region in a manner of being reversed, characterized in that, if a second user input is inputted, the controller is adapted to display a 3 rd icon on the touchscreen and is adapted to recognize a touch input only in one of the 1 st region and the 2 nd region, at which the 3 rd icon is situated, and wherein the 3 rd icon can be shifted according to a user input to the 1 st region or the 2 nd region.
A monoclonal antibody having specificity for Axl or an antigen-binding fragment thereof, comprising an heavy chain variable region comprising SEQ ID NO:2 in the H-CDR1 region, SEQ ID NO:3 in the H-CDR2 region and SEQ ID NO:4 in the H-CDR3 region; and a light chain variable region comprising SEQ ID NO:6 in the L-CDR1 region, SEQ ID NO:7 in the L-CDR2 region and SEQ ID NO:8 in the L-CDR3 region, wherein said antibody binds to the extracellular domain of Axl in the amino acid sequence set forth as SEQ ID NO:9 and in the amino acid sequence set forth as SEQ ID NO:10.
Method for controlling the tumbling speed of a rotating drum of a horizontal axis washing machine, comprising a step of assessing the weight of the laundry load, a step of determining, for the assessed load weight, a drum speed which maximizes the mechanical action to the laundry and/or a drum speed which corresponds to the highest efficiency of the motor, wherein the drum speed is calculated as a weighted average between the speed value corresponding to the highest mechanical action and to the speed value corresponding to the highest motor efficiency.
An apparatus for repeatedly marking an object, comprising: a laser for providing an output beam of laser light at repeated instants, optical elements for irradiating the object for causing the markings, a displacement device for causing relative displacement between the object and the beam, a controller that, in use, monitors movement of the object and controls the repeated instants at which the laser emits its beam, and a displacement sensor for sensing the relative displacement between the object and the beam and for issuing a displacement signal to the controller, characterised in that the apparatus comprises a reader for determining the distance between two or more markings produced when the object is subjected to the beam and for issuing a pitch signal to the controller, the reader being disposed downstream of the point at which marking takes place, wherein, in use, the controller controls, in response to the displacement and pitch signals, the laser firing signals given by the controller to control the repeated instants at which the laser emits its beam such that any pitch correction required is made by the controller. a laser for providing an output beam of laser light at repeated instants, optical elements for irradiating the object for causing the markings, a displacement device for causing relative displacement between the object and the beam, a controller that, in use, monitors movement of the object and controls the repeated instants at which the laser emits its beam, and a displacement sensor for sensing the relative displacement between the object and the beam and for issuing a displacement signal to the controller, characterised in that the apparatus comprises a reader for determining the distance between two or more markings produced when the object is subjected to the beam and for issuing a pitch signal to the controller, the reader being disposed downstream of the point at which marking takes place, wherein, in use, the controller controls, in response to the displacement and pitch signals, the laser firing signals given by the controller to control the repeated instants at which the laser emits its beam such that any pitch correction required is made by the controller.