mhurhangee/patent-ind-claim-en huggingface dataset:
An improved method for the production of CRM 197 with high yield using engineered Corynebacterium diphtheriae strain having increased copy number of CRM 197 gene, wherein the method comprises growing the strain in a non-defferated fermentation medium comprising more than 10 amino acids other than tyrosine and asparagine and being free of animal derived components, wherein no maltose is used as a carbon source.
An organic light emitting display device, comprising: a first layer on a first electrode , the first layer including a first emission layer and a first electron transport layer ; a second layer on the first layer , the second layer including a second emission layer and a second electron transport layer ; a second electrode on the second layer ; an N-type charge generation layer between the first layer and the second layer , wherein the N-type charge generation layer includes a host and a dopant, the host consisting of at least one among tris(8-hydroxyquinolino)aluminum (Alq 3 ) and 9,10-di(naphtha-2-yl)anthracene (ADN) and the dopant being selected from at least one of an alkali metal, an alkali earth metal or Liq; and a P-type charge generation layer between the N-type charge generation layer and the second layer , wherein the first electron transport layer comprises at least one material and the lowest unoccupied molecular orbital (LUMO) level of at least one of the materials of the first electron transporting layer is higher than the LUMO level of the host included in the N-type charge generation layer , and wherein a difference between the LUMO level of the at least one of the materials of the first electron transporting layer and the LUMO level of the host included in the N-type charge generation layer is greater than 0.2 eV wherein the first emission layer and the second emission layer emit lights having a same color. a first layer on a first electrode , the first layer including a first emission layer and a first electron transport layer ; a second layer on the first layer , the second layer including a second emission layer and a second electron transport layer ; a second electrode on the second layer ; an N-type charge generation layer between the first layer and the second layer , wherein the N-type charge generation layer includes a host and a dopant, the host consisting of at least one among tris(8-hydroxyquinolino)aluminum (Alq 3 ) and 9,10-di(naphtha-2-yl)anthracene (ADN) and the dopant being selected from at least one of an alkali metal, an alkali earth metal or Liq; and a P-type charge generation layer between the N-type charge generation layer and the second layer , wherein the first electron transport layer comprises at least one material and the lowest unoccupied molecular orbital (LUMO) level of at least one of the materials of the first electron transporting layer is higher than the LUMO level of the host included in the N-type charge generation layer , and wherein a difference between the LUMO level of the at least one of the materials of the first electron transporting layer and the LUMO level of the host included in the N-type charge generation layer is greater than 0.2 eV wherein the first emission layer and the second emission layer emit lights having a same color.
A method for using a collection of user-level events, said method comprising for each application event to be entered in a computer application: - retrieving from the collection of user-level events, a corresponding user-level event and a transformation of a sequence of input events into the corresponding user-level event, said transformation having associated therewith the contexts of the computer application in which the corresponding user-level event can be fired or waited for; - when a context of the computer application belongs to the contexts associated with the transformation: ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation. - retrieving from the collection of user-level events, a corresponding user-level event and a transformation of a sequence of input events into the corresponding user-level event, said transformation having associated therewith the contexts of the computer application in which the corresponding user-level event can be fired or waited for; - when a context of the computer application belongs to the contexts associated with the transformation: ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation. ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation.
A method of drying semiconductor wafers comprising: lifting one or more semiconductor wafers in a liquid bath from a first position on a first wafer carrier in the bath to a second position above the bath ; flowing a mixture of nitrogen (N2) and isopropyl alcohol (IPA) onto the one or more wafers as the one or more wafers are lifted from the bath and from the first carrier to the second position such that the surfaces of the one or more wafers are dried at least in part by the surface tension gradient between the IPA and the liquid in the bath ; moving the one or more wafers from the second position to a third position spaced rom a position above the bath ; drying the first wafer carrier ; shielding the one or more wafers in the third position from deposits arising from drying the first wafer carrier ; and returning the one or more wafers to the first wafer carrier following drying of the first wafer carrier . lifting one or more semiconductor wafers in a liquid bath from a first position on a first wafer carrier in the bath to a second position above the bath ; flowing a mixture of nitrogen (N2) and isopropyl alcohol (IPA) onto the one or more wafers as the one or more wafers are lifted from the bath and from the first carrier to the second position such that the surfaces of the one or more wafers are dried at least in part by the surface tension gradient between the IPA and the liquid in the bath ; moving the one or more wafers from the second position to a third position spaced rom a position above the bath ; drying the first wafer carrier ; shielding the one or more wafers in the third position from deposits arising from drying the first wafer carrier ; and returning the one or more wafers to the first wafer carrier following drying of the first wafer carrier .
A method for classifying application data, comprising: detecting initiation of an application ; detecting an action performed relative to the application , wherein the application is configured to encrypt at least a portion of data associated with the detected action; capturing the data associated with the detected action before the application encrypts the at least portion of the data; analyzing the captured data; identifying a packet flow associated with the captured data; identifying the packet flow among a plurality of unidentified packet flows; and applying a network management policy to the identified packet flow based at least in part on the analyzing the captured data. detecting initiation of an application ; detecting an action performed relative to the application , wherein the application is configured to encrypt at least a portion of data associated with the detected action; capturing the data associated with the detected action before the application encrypts the at least portion of the data; analyzing the captured data; identifying a packet flow associated with the captured data; identifying the packet flow among a plurality of unidentified packet flows; and applying a network management policy to the identified packet flow based at least in part on the analyzing the captured data.
A manufacturing method for an airless tire including an annular tread ring having a ground-contact surface , a hub disposed inward of the tread ring in a tire radial direction, and a spoke portion connecting the tread ring and the hub , the manufacturing method comprising: a step of preparing the tread ring and the hub ; a step of placing the tread ring and the hub in an integral molding mold ; a step of injecting a thermoplastic resin between the tread ring and the hub in the integral molding mold and molding the spoke portion connecting the tread ring and the hub , to integrally mold the airless tire ; and a step of taking out the airless tire from the integral molding mold , characterized in that the method further comprises a step of applying an adhesive for enhancing adhesiveness with the thermoplastic resin to an inner circumferential surface of the tread ring prior to the placing step. a step of preparing the tread ring and the hub ; a step of placing the tread ring and the hub in an integral molding mold ; a step of injecting a thermoplastic resin between the tread ring and the hub in the integral molding mold and molding the spoke portion connecting the tread ring and the hub , to integrally mold the airless tire ; and a step of taking out the airless tire from the integral molding mold , characterized in that the method further comprises a step of applying an adhesive for enhancing adhesiveness with the thermoplastic resin to an inner circumferential surface of the tread ring prior to the placing step.
A system for processing a workpiece , said system comprising: (A) a support surface for supporting a workpiece and defining a processing path (P); (B) a processing tool movable with respect to said processing path (P); (C) a sensor carriage movable along a scan axis, said sensor carriage having at least one light source located to emit a light beam at an angle to said scan axis onto a target surface of a workpiece , at least one camera configured to record location data of said light beam on a target surface of a workpiece as said sensor carriage moves along said scan axis; and (D) a control system for generating a three-dimensional point representation of a workpiece surface from said light beam location data, said control system for controlling movement of said processing tool based on said three-dimensional point representation of a workpiece ; characterized in that said system is configured to determine the thickness of at least a portion of the workpiece based on said three dimensional point representation of the workpiece . (A) a support surface for supporting a workpiece and defining a processing path (P); (B) a processing tool movable with respect to said processing path (P); (C) a sensor carriage movable along a scan axis, said sensor carriage having at least one light source located to emit a light beam at an angle to said scan axis onto a target surface of a workpiece , at least one camera configured to record location data of said light beam on a target surface of a workpiece as said sensor carriage moves along said scan axis; and at least one light source located to emit a light beam at an angle to said scan axis onto a target surface of a workpiece , at least one camera configured to record location data of said light beam on a target surface of a workpiece as said sensor carriage moves along said scan axis; and (D) a control system for generating a three-dimensional point representation of a workpiece surface from said light beam location data, said control system for controlling movement of said processing tool based on said three-dimensional point representation of a workpiece ; characterized in that said system is configured to determine the thickness of at least a portion of the workpiece based on said three dimensional point representation of the workpiece .
A product for holding a tobacco product or a tobacco substitute comprising an integrated electronic device with: a power source ; an input means comprising a sensor to generate an input signal from a sensed environmental stimulus ; an output means to generate an output signal ; digital processing means to process the input signal and deliver a command signal to the output means based at least in part on processing of the input signal; and circuitry connecting the power source, the input means, the output means and the digital processing means; wherein the power source, the input means, the output means, the digital processing means and the circuitry are printed on a substantially flexible substrate . a power source ; an input means comprising a sensor to generate an input signal from a sensed environmental stimulus ; an output means to generate an output signal ; digital processing means to process the input signal and deliver a command signal to the output means based at least in part on processing of the input signal; and circuitry connecting the power source, the input means, the output means and the digital processing means; wherein the power source, the input means, the output means, the digital processing means and the circuitry are printed on a substantially flexible substrate .
A device adapted to be worn by a user, comprising: an optical element adapted to be arranged in front of an eye of the user when the device is worn, the optical element being formed of a light-transmitting material allowing the user to see through the optical element, wherein the optical element is a lens; and a light source arranged on the optical element and adapted to illuminate at least a part of the eye of the user; and a sensor adapted to capture light which has been emitted from the light source and reflected on the eye; and a display that can be viewed by the user through the optical element; and wherein the sensor is arranged between the display and the optical element, and the sensor is arranged to view the eye through the optical element; characterized by the device further comprising: a light-reflecting material arranged to direct at least a part of the light emitted by the light source, wherein the light-reflecting material is arranged in a layer between the light source and the optical element. an optical element adapted to be arranged in front of an eye of the user when the device is worn, the optical element being formed of a light-transmitting material allowing the user to see through the optical element, wherein the optical element is a lens; and a light source arranged on the optical element and adapted to illuminate at least a part of the eye of the user; and a sensor adapted to capture light which has been emitted from the light source and reflected on the eye; and a display that can be viewed by the user through the optical element; and wherein the sensor is arranged between the display and the optical element, and the sensor is arranged to view the eye through the optical element;
A computer-implemented method of estimating corrosion of a material of a vehicle, the method comprising: receiving corrosion data comprising data points of measurement data and observational data ; determining additional data points based on the corrosion data and environmental conditions from a date and time when the corrosion data was observed; aggregating the corrosion data and the additional data into a trained data model ; receiving from a user device a user input , the user input comprising one or more environmental parameters ; filtering the trained data model and generating remaining data points by removing the data points unrelated to the one or more environmental parameters input by the user; determining a distance between the remaining data points and the one or more environmental parameters input by the user; selecting a group of the remaining data points that are nearest to the one or more environmental parameters input by the user; based on the group of the remaining data points, determining a corrosion estimate of the material of the vehicle; and transmitting an output display to the user device. receiving corrosion data comprising data points of measurement data and observational data ; determining additional data points based on the corrosion data and environmental conditions from a date and time when the corrosion data was observed; aggregating the corrosion data and the additional data into a trained data model ; receiving from a user device a user input , the user input comprising one or more environmental parameters ; filtering the trained data model and generating remaining data points by removing the data points unrelated to the one or more environmental parameters input by the user; determining a distance between the remaining data points and the one or more environmental parameters input by the user; selecting a group of the remaining data points that are nearest to the one or more environmental parameters input by the user; based on the group of the remaining data points, determining a corrosion estimate of the material of the vehicle; and transmitting an output display to the user device.
An accumulation module , comprising: an accumulation dial including a hopper , and the accumulation dial rotates to re-position the hopper ; characterised in that said accumulation module further comprises: a picker assembly including pneumatically actuated pickers , and the picker assembly extends outwardly from a home position to retrieve a package and returns to the home position to deposit the package into the hopper located at a first position; and a first plunger that contacts the package to force the package , when the hopper is in a second position, through an open bottom of the hopper into a shell positioned below the accumulation dial to deliver the package to a travel pack module . an accumulation dial including a hopper , and the accumulation dial rotates to re-position the hopper ; characterised in that said accumulation module further comprises: a picker assembly including pneumatically actuated pickers , and the picker assembly extends outwardly from a home position to retrieve a package and returns to the home position to deposit the package into the hopper located at a first position; and a first plunger that contacts the package to force the package , when the hopper is in a second position, through an open bottom of the hopper into a shell positioned below the accumulation dial to deliver the package to a travel pack module . a picker assembly including pneumatically actuated pickers , and the picker assembly extends outwardly from a home position to retrieve a package and returns to the home position to deposit the package into the hopper located at a first position; and a first plunger that contacts the package to force the package , when the hopper is in a second position, through an open bottom of the hopper into a shell positioned below the accumulation dial to deliver the package to a travel pack module .
Device having a seat belt device for a vehicle seat, having a seat belt , the belt tongue of which in an applied state is releasably connected to a belt buckle on the seat, wherein the belt buckle is guided via at least one wire cable through a sleeve-shaped deflection element which defines the course of the wire cable between its connecting point (I) on the seat and its connecting point on the belt buckle, wherein the sleeve-shaped deflection element impresses onto the belt buckle in the applied state a use position (G) in which the belt buckle is subjected to tilting and/or twisting moments (D) due to the acting belt forces (F G ), characterized in that the sleeve-shaped deflection element impresses onto the belt buckle in its unused position a placement position (A) in which the belt buckle lies flat on a seat surface of the vehicle seat, and that the sleeve-shaped deflection element has a target deformation point (S) at which the deflection element deforms in a head-on collision, viz., when the belt buckle is displaced from its use position (G) into a crash position (C) in which the tilting or twisting moments (D) acting upon the belt buckle are reduced.
A method for wireless communication, comprising: transmitting , from a first node seeking to join a network, a first synchronization signal, wherein the first node is seeking to establish a wireless link between the first node and one or more other nodes of the network, wherein the first node transmits the first synchronization signal in response to failing to detect a synchronization signal from the one or more other nodes of the network in a certain time period; receiving , at the first node, a response signal from a second node that is established in the network; and establishing the wireless link with the second node based at least in part on the response signal from the second node. transmitting , from a first node seeking to join a network, a first synchronization signal, wherein the first node is seeking to establish a wireless link between the first node and one or more other nodes of the network, wherein the first node transmits the first synchronization signal in response to failing to detect a synchronization signal from the one or more other nodes of the network in a certain time period; receiving , at the first node, a response signal from a second node that is established in the network; and establishing the wireless link with the second node based at least in part on the response signal from the second node.
Protective layer for PECVD boats made of graphite for receiving wafers and for transporting same in or through PECVD coating plants, in particular in the photovoltaics industry, wherein the PECVD boat composed of graphite has an electrically conductive hard-material coating with a multilayer construction composed of titanium nitride and/or titanium carbide, characterized in that the electrically conductive hard-material coating comprises boron carbide composed of boron and carbon deposited on the PECVD boat in the PECVD coating plant or in an oven.