mhurhangee/patent-ind-claim-en huggingface dataset:
A solar module comprising first and second bus bars and a common substrate supporting a rectifying diode sheet, the rectifying diode sheet comprising at least a back electrode layer, a front electrode layer, and an absorber layer located between the back electrode layer and the front electrode layer, wherein the rectifying diode sheet is divided in first and second sheet parts, said first sheet part comprising a first string of one or more series connected solar cells each having front and back electrodes formed in the front and back electrode layers, which first string is series connected to the first and second bus bars, and said second sheet part comprising a second string of one or more series connected bypass diodes each having front and back electrodes formed in the front and back electrode layers, which second string is connected in an anti-parallel configuration with the first string via the first and second bus bars, wherein the back electrode layer has a higher electrical conductivity than the front electrode layer, and wherein the first string comprises a first solar cell sub-string and a second solar cell sub-string, and the second string comprises a first bypass diode sub-string and a second bypass diode sub-string, wherein the first solar cell sub-string comprises one or more solar cells, and the second solar cell sub-string comprises one or more solar cells, whereby the first and second solar cell sub-strings are series connected, and wherein the first bypass diode sub-string comprises one or more bypass diodes and the second bypass diode sub-string comprises one or more bypass diodes, whereby the first bypass diode and second bypass diode sub-strings are directly series connected, wherein the first and second solar cell sub-strings and the first and second bypass diode sub-strings are each series connected with an integrated electric series connection, whereby in addition to the first string and second string being connected in anti-parallel configuration via the first and second bus bars, the first solar cell sub-string is connected in anti-parallel configuration with the first bypass diode sub-string and the second solar cell sub-string is connected in anti-parallel configuration with the second bypass diode sub-string, and wherein the front electrode of the one solar cell in the first solar cell sub-string that is series connected to the back electrode of the one solar cell in the second solar cell sub-string is also connected to the back electrode of the one bypass diode in the first bypass diode sub-string that is series connected with the front electrode of the one bypass diode in the second bypass diode sub-string, wherein the back electrode layer extends from the back electrode of the one solar cell in the second solar cell sub-string to the back electrode of the one bypass diode in the first bypass diode sub-string, and wherein at least a part of the one bypass diode in the first bypass diode sub-string faces at least a part of the one solar cell in the second solar cell sub-string [page 34, last paragraph, to page 35, first paragraph, of WO-publication, Fig. 3A].
A primary device for connecting to a secondary device having a plurality of electrical contacts associated with different functions, the primary device comprising at least three electrical contacts , a voltage source ; and a controller , wherein each electrical contact in the primary device has an associated high switch connected between the contact and the voltage source , and an associated low switch positioned between the contact and electrical ground, and wherein the controller is connected to each of the switches and is configured, during an orientation operation, to sequentially close pairs of switches to connect the voltage source to the secondary device, each pair of switches comprising a high switch associated with one of the contacts and a low switch associated with another of the contacts , and is configured to record a voltage difference between the contacts associated with a plurality of pairs of the switches, and determine an orientation of the secondary device relative to the primary device from the recorded voltages.
A biosensor for the determination of the presence of HPV virus (human papillomavirus), or a neoplasia deriving from the infection by said HPV virus, wherein said biosensor comprises a transducer comprising a microelectrode with an anodic surface (a), a cathodic surface (c) and a layer of material ensuring electrical insulation between said surfaces, wherein said anodic surface (a) and cathodic surface (c) are made of a conductor material and are partially or completely coated with carbon nanotubes and/or metal nanoparticles, wherein, to the carbon nanotubes and/or metal nanoparticles, at least a mixture of antigens of HPV virus is covalently bound, for the determination of the presence of HPV and the state of progression of HPV virus infection and/or a neoplasia deriving from said infection, wherein the mixture of antigens of HPV virus comprises at least protein E6.
A pressure sensor comprising: pressure measurement circuitry ; a pressure sensor die configured to receive a process pressure and provide an output indicative of the process pressure to the process measurement circuitry; a pressure sensor body ; and a pressure sensor pedestal , coupled to the pressure sensor die , the pressure sensor pedestal configured to provide insulation between the pressure sensor die and the pressure sensor body , the pressure sensor pedestal comprising: an insulating layer comprising a brittle material, the insulating layer being configured to isolate the pressure sensor body from the pressure sensor die ; and a metallization layer disposed on the insulating layer , a material joining layer coupling the metallization layer to the pressure sensor die , wherein the metallization layer extends beyond a joining area between the insulating layer and the pressure sensor die , characterized in that the metallization layer further extends past a convex edge feature of the insulating layer , onto an adjacent surface of the insulating layer , the adjacent surface not being parallel to the joining surface of the joining area. pressure measurement circuitry ; a pressure sensor die configured to receive a process pressure and provide an output indicative of the process pressure to the process measurement circuitry; a pressure sensor body ; and a pressure sensor pedestal , coupled to the pressure sensor die , the pressure sensor pedestal configured to provide insulation between the pressure sensor die and the pressure sensor body , the pressure sensor pedestal comprising: an insulating layer comprising a brittle material, the insulating layer being configured to isolate the pressure sensor body from the pressure sensor die ; and a metallization layer disposed on the insulating layer , a material joining layer coupling the metallization layer to the pressure sensor die , wherein the metallization layer extends beyond a joining area between the insulating layer and the pressure sensor die , characterized in that the metallization layer further extends past a convex edge feature of the insulating layer , onto an adjacent surface of the insulating layer , the adjacent surface not being parallel to the joining surface of the joining area. an insulating layer comprising a brittle material, the insulating layer being configured to isolate the pressure sensor body from the pressure sensor die ; and a metallization layer disposed on the insulating layer , a material joining layer coupling the metallization layer to the pressure sensor die , wherein the metallization layer extends beyond a joining area between the insulating layer and the pressure sensor die , characterized in that the metallization layer further extends past a convex edge feature of the insulating layer , onto an adjacent surface of the insulating layer , the adjacent surface not being parallel to the joining surface of the joining area.
A prostate treatment device , comprising: an introducer shaft sized and configured for transurethral access into a patient; a vapor generator configured to generate a condensable vapor; a vapor delivery needle in communication with the vapor generator and slidably disposed within the introducer shaft, characterized in that the device further comprises: a magnetic actuator configured to apply magnetic force to the vapor delivery needle to move the vapor delivery needle between a retracted position inside the introducer shaft and an extended position at least partially outside of the introducer shaft, the magnetic actuator comprising a first magnet carried by the vapor delivery needle and a second magnet carried in a frame of a handle of the device, wherein the frame is configured to rotate the second magnet into (a) a position wherein the second magnet applies a force upon the first magnet and (b) a position wherein the second magnet does not apply a force on the first magnet . an introducer shaft sized and configured for transurethral access into a patient; a vapor generator configured to generate a condensable vapor; a vapor delivery needle in communication with the vapor generator and slidably disposed within the introducer shaft, characterized in that the device further comprises: a magnetic actuator configured to apply magnetic force to the vapor delivery needle to move the vapor delivery needle between a retracted position inside the introducer shaft and an extended position at least partially outside of the introducer shaft, the magnetic actuator comprising a first magnet carried by the vapor delivery needle and a second magnet carried in a frame of a handle of the device, wherein the frame is configured to rotate the second magnet into (a) a position wherein the second magnet applies a force upon the first magnet and (b) a position wherein the second magnet does not apply a force on the first magnet .
A method performed in an optical line terminal, OLT, in a passive optical network, PON, for detecting a rogue optical network unit, ONU, operating among a plurality of ONUs in the PON, the method comprising the steps of: receiving a plurality of bursts of light from the plurality of ONUs, each of the plurality of bursts of light separated from neighbouring bursts of light by an inter-burst gap containing a minimum dark interval during which the OLT expects to receive no optical power; determining whether one or more of the inter-burst gaps was anomalous based on, at least, the optical power received during one or more of the minimum dark intervals; and declaring an alarm if it is determined that one or more of the inter-burst gaps was anomalous. receiving a plurality of bursts of light from the plurality of ONUs, each of the plurality of bursts of light separated from neighbouring bursts of light by an inter-burst gap containing a minimum dark interval during which the OLT expects to receive no optical power; determining whether one or more of the inter-burst gaps was anomalous based on, at least, the optical power received during one or more of the minimum dark intervals; and declaring an alarm if it is determined that one or more of the inter-burst gaps was anomalous.
Curing press for a tyre blank , the press being characterized in that it comprises: - a frame , - a plurality of circumferentially distributed segments capable of forming a tread of the tyre, each of these segments having at least one opening , and - for each segment, at least one tie rod mounted slidably and rotatably in the opening of the segment on the one hand, and hinged to the frame on the other hand, this mounting and hinging forming the only connections of the tie rod to elements of the press other than the tie rod. - a frame , - a plurality of circumferentially distributed segments capable of forming a tread of the tyre, each of these segments having at least one opening , and - for each segment, at least one tie rod mounted slidably and rotatably in the opening of the segment on the one hand, and hinged to the frame on the other hand, this mounting and hinging forming the only connections of the tie rod to elements of the press other than the tie rod.
A furniture drive for moving a furniture part movably-supported relative to a furniture carcass , comprising: - a housing configured to be at least partially received within a recess of a furniture panel of the furniture carcass in a mounted condition, - an actuating arm arrangement for moving the movable furniture part , characterized in that a cover is provided on the housing of the furniture drive , the cover having at least one laterally protruding, ring-shaped flange . - a housing configured to be at least partially received within a recess of a furniture panel of the furniture carcass in a mounted condition, - an actuating arm arrangement for moving the movable furniture part ,
Method of flavoring high-moisture extruded plant proteins-based product, comprising the steps of: a) providing high moisture extruded plant proteins with a water content of from 30% to 70%, b) cleaning the high moisture extruded plant proteins provided at step a) by drying them down to a water content of from 25 % to 45%, thereby eliminating off-flavors, c) marinating the dried high moisture extruded plant proteins by contacting them with 20% to 40% by weight of at least one marinade, until said high moisture extruded plant proteins reach a water content of from 70% to 85%, thereby obtaining a flavored high-moisture extruded plant proteins-based product with reduced off-flavors. a) providing high moisture extruded plant proteins with a water content of from 30% to 70%, b) cleaning the high moisture extruded plant proteins provided at step a) by drying them down to a water content of from 25 % to 45%, thereby eliminating off-flavors, c) marinating the dried high moisture extruded plant proteins by contacting them with 20% to 40% by weight of at least one marinade, until said high moisture extruded plant proteins reach a water content of from 70% to 85%,
An apparatus for creating a biologically effective monopolar electric pulse, the apparatus comprising: electrodes adapted to deliver first and second stimuli; wherein the first stimulus is adapted to generate a first bipolar electric pulse and the second stimulus is adapted to generate a second bipolar electric pulse; characterized in that the first bipolar electric pulse and the second bipolar electric pulse are biologically ineffective, and the first and second stimuli are configured such that the first and second biologically ineffective bipolar electric pulses are superposed to create the biologically effective monopolar electric pulse at a location positioned away from the electrodes delivering the first and second stimuli. the first stimulus is adapted to generate a first bipolar electric pulse and the second stimulus is adapted to generate a second bipolar electric pulse; characterized in that the first bipolar electric pulse and the second bipolar electric pulse are biologically ineffective, and the first and second stimuli are configured such that the first and second biologically ineffective bipolar electric pulses are superposed to create the biologically effective monopolar electric pulse at a location positioned away from the electrodes delivering the first and second stimuli.
A vaccine comprising an ORF2 encoded protein of porcine circo virus 2 (PCV2) of genotype 2b and a pharmaceutically acceptable carrier, for use in a method to protect a pig against an infection with porcine circo virus type 2 of genotype 2d by administering the vaccine to the pig, wherein the vaccine comprises less than 20 μg per dose of the ORF2 encoded protein, the protein being of a porcine circo virus of genotype 2b and wherein the vaccine provides protection against PCV2 of genotype 2d at a level corresponding to the protection conferred when the pig would have been vaccinated with an ORF2 encoded protein of PCV2d.
A system configured to provide computer network analysis, the system comprising: at least one monitoring satellite device and a plurality of network devices in communication via a network , the at least one monitoring satellite device being one of a plurality of devices spread about a physical area to gather data about a network to be reported to a controller, the satellite device being configured to: monitor wireless traffic within the network to determine at least one network communication event between a first network device other than the monitoring satellite device and a second network device other than the monitoring satellite device ; generate an event message based on the at least one network communication event ; and transmit the event message; and the controller device configured to: receive the event message; determine an identity of at least one device communicating during the network communication event; determine a network status based at least in part on the identity of the at least one device and the at least one network communication event; perform a comparison of the network status to a predetermined rule set; initiate a responsive action based at least in part on the comparison to the predetermined rule set; and provide the network status to a user of a management interface via a Graphical User Interface, GUI, of the management interface. monitor wireless traffic within the network to determine at least one network communication event between a first network device other than the monitoring satellite device and a second network device other than the monitoring satellite device ; generate an event message based on the at least one network communication event ; and transmit the event message; and the controller device configured to: receive the event message; determine an identity of at least one device communicating during the network communication event; determine a network status based at least in part on the identity of the at least one device and the at least one network communication event; perform a comparison of the network status to a predetermined rule set; initiate a responsive action based at least in part on the comparison to the predetermined rule set; and provide the network status to a user of a management interface via a Graphical User Interface, GUI, of the management interface. receive the event message; determine an identity of at least one device communicating during the network communication event; determine a network status based at least in part on the identity of the at least one device and the at least one network communication event; perform a comparison of the network status to a predetermined rule set; initiate a responsive action based at least in part on the comparison to the predetermined rule set; and provide the network status to a user of a management interface via a Graphical User Interface, GUI, of the management interface.
Method for sawing a long profile in that a sawing disc having teeth arranged around a circular outer circumference of the sawing disc is rotated freely, the sawing disc is advanced from a freely rotating position to an outer wall of the long profile , and a zero tooth (Z 1 , Z 2 , Z 3 , Z 4 ) engages as the first of the teeth in the material of the outer wall, characterised in that during the free rotation of the sawing disc , lateral runouts (d) of the teeth are determined, and a tooth having a minimum lateral runout (d) is determined and used as the zero tooth (Z 1 , Z 2 , Z 3 , Z 4 ).
A method implemented on an electronic device , said method comprising: enabling said electronic device to communicate with a client device , said client device being associated with a first display device currently displaying at least one video scene of an event; running an application to obtain and view on the electronic device augmented reality content relevant to said at least one video scene being displayed on the first display device ; calibrating the electronic device with respect to the first display device to determine how and which portions of an augmented realty panel having the augmented reality content is to be displayed on a second display associated with the electronic device , wherein the augmented reality panel comprises video frames corresponding to said at least one video scene and additional content surrounding said video frames; obtaining the augmented reality panel from the client device or from a video database ; identifying a relevant portion of said augmented reality panel to render on said second display based on the calibration and an orientation of the electronic device ; and rendering said relevant portion of said augmented reality panel on said second display associated with said electronic device . enabling said electronic device to communicate with a client device , said client device being associated with a first display device currently displaying at least one video scene of an event; running an application to obtain and view on the electronic device augmented reality content relevant to said at least one video scene being displayed on the first display device ; calibrating the electronic device with respect to the first display device to determine how and which portions of an augmented realty panel having the augmented reality content is to be displayed on a second display associated with the electronic device , wherein the augmented reality panel comprises video frames corresponding to said at least one video scene and additional content surrounding said video frames; obtaining the augmented reality panel from the client device or from a video database ; identifying a relevant portion of said augmented reality panel to render on said second display based on the calibration and an orientation of the electronic device ; and rendering said relevant portion of said augmented reality panel on said second display associated with said electronic device .
A vehicle structure comprising: a pipe member forming a part of a frame of a vehicle; and a wire-shaped body having flexibility, wherein the pipe member includes a pipe portion forming a pipe shape and a flange portion formed to protrude from the pipe portion , and is formed of one member in which the pipe portion and the flange portion are continuous with each other, the wire-shaped body is disposed in at least one of a first state where the wire-shaped body is disposed along the flange portion and a second state where the wire-shaped body strides over the flange portion , characterized in that the flange portion is an overlapping portion in which a base material that becomes the pipe member is crushed and parts of a pipe wall of the base material overlap each other in a direction perpendicular to a center axis direction of the pipe portion . a pipe member forming a part of a frame of a vehicle; and a wire-shaped body having flexibility, wherein the pipe member includes a pipe portion forming a pipe shape and a flange portion formed to protrude from the pipe portion , and is formed of one member in which the pipe portion and the flange portion are continuous with each other, the wire-shaped body is disposed in at least one of a first state where the wire-shaped body is disposed along the flange portion and a second state where the wire-shaped body strides over the flange portion , characterized in that the flange portion is an overlapping portion in which a base material that becomes the pipe member is crushed and parts of a pipe wall of the base material overlap each other in a direction perpendicular to a center axis direction of the pipe portion .