mhurhangee/patent-ind-claim-en huggingface dataset:
A conformable device system for spatio-temporally electrically interfacing with a brain in a biological environment, the device comprising: a conformable device for spatio-temporally electrically interfacing with a brain tissue, said conformable device comprising: a conformable substrate; a conformable electronic circuit comprising a deformable array of electrodes in electrical communication with a plurality of deformable electrical interconnects, the deformable array of electrodes supported by the conformable substrate; a barrier layer encapsulating at least a portion of the deformable electrical interconnects, wherein the conformable substrate, conformable electronic circuit and the barrier layer provide a net bending stiffness of the device low enough that the device establishes conformal contact with brain tissue in the biological environment; and a controller connected to the conformable electrical circuit to monitor or actuate a spatio-temporal profile over the surface of the brain in electrical contact with the plurality of electrodes, a support material, having a first surface and a second surface opposed to the first surface, wherein the conformable device is bendable and is folded over the support material to provide a two-sided interfacing capability. a conformable device for spatio-temporally electrically interfacing with a brain tissue, said conformable device comprising: a conformable substrate; a conformable electronic circuit comprising a deformable array of electrodes in electrical communication with a plurality of deformable electrical interconnects, the deformable array of electrodes supported by the conformable substrate; a barrier layer encapsulating at least a portion of the deformable electrical interconnects, wherein the conformable substrate, conformable electronic circuit and the barrier layer provide a net bending stiffness of the device low enough that the device establishes conformal contact with brain tissue in the biological environment; and a conformable substrate; a conformable electronic circuit comprising a deformable array of electrodes in electrical communication with a plurality of deformable electrical interconnects, the deformable array of electrodes supported by the conformable substrate; a barrier layer encapsulating at least a portion of the deformable electrical interconnects, wherein the conformable substrate, conformable electronic circuit and the barrier layer provide a net bending stiffness of the device low enough that the device establishes conformal contact with brain tissue in the biological environment; and a controller connected to the conformable electrical circuit to monitor or actuate a spatio-temporal profile over the surface of the brain in electrical contact with the plurality of electrodes, a support material, having a first surface and a second surface opposed to the first surface, wherein the conformable device is bendable and is folded over the support material to provide a two-sided interfacing capability.
A communication system for allowing an inmate to communicate with a chatbot in a correctional facility, the communication system comprising: a communication device configured to facilitate an inmate in sending or receiving communications; a communication subsystem that includes: memory that stores inmate data and chatbot data; an application server configured to analyze the inmate data and extract a topic determined to be important to the inmate; generate a communication based on the extracted topic and the chatbot data; and a communication server configured to transmit the communication to the communication device; and characterised by a monitoring center configured to: monitor incoming and outgoing communications in between the chatbot and the communication device ; and suspend the incoming and outgoing communications in between the chatbot and the communication device for a predetermined period of time based on the monitoring. a communication device configured to facilitate an inmate in sending or receiving communications; a communication subsystem that includes: memory that stores inmate data and chatbot data; an application server configured to analyze the inmate data and extract a topic determined to be important to the inmate; generate a communication based on the extracted topic and the chatbot data; and memory that stores inmate data and chatbot data; an application server configured to analyze the inmate data and extract a topic determined to be important to the inmate; generate a communication based on the extracted topic and the chatbot data; and analyze the inmate data and extract a topic determined to be important to the inmate; generate a communication based on the extracted topic and the chatbot data; and a communication server configured to transmit the communication to the communication device; and characterised by a monitoring center configured to: monitor incoming and outgoing communications in between the chatbot and the communication device ; and suspend the incoming and outgoing communications in between the chatbot and the communication device for a predetermined period of time based on the monitoring. monitor incoming and outgoing communications in between the chatbot and the communication device ; and suspend the incoming and outgoing communications in between the chatbot and the communication device for a predetermined period of time based on the monitoring.
A multilayer substrate with plural layers of circuit patterns (L1, L2, L3, L4), comprising: a ground conductor provided at each circuit pattern and surrounding a wiring region provided with a conductive wiring pattern ; and a missing portion provided at the ground conductor of each circuit pattern and connecting between an outside of the multilayer substrate and the wiring region , wherein the missing portion of the ground conductor provided at one of adjacent two layers of the circuit patterns and the missing portion of the ground conductor provided at the other layer are formed at positions not overlapping with each other. a ground conductor provided at each circuit pattern and surrounding a wiring region provided with a conductive wiring pattern ; and a missing portion provided at the ground conductor of each circuit pattern and connecting between an outside of the multilayer substrate and the wiring region , wherein the missing portion of the ground conductor provided at one of adjacent two layers of the circuit patterns and the missing portion of the ground conductor provided at the other layer are formed at positions not overlapping with each other.
A method for indicating fuel contamination in an engine system comprising an engine configured to consume a fuel and having at least two flowmeters, comprising the steps of: operating an engine disposed between a supply flowmeter of the at least two flowmeters and a return flowmeter of the at least two flowmeters; measuring a first fuel density with the supply flowmeter and a second fuel density with the return flowmeter; determining a differential density measurement value, Δρ, based on a difference between the second fuel density and the first fuel density; comparing the Δρ with a range of theoretical differential fuel density values, Δρ t, ; and indicating potential fuel contamination if the Δρ lies outside a range of Δρ t values by a predetermined threshold. operating an engine disposed between a supply flowmeter of the at least two flowmeters and a return flowmeter of the at least two flowmeters; measuring a first fuel density with the supply flowmeter and a second fuel density with the return flowmeter; determining a differential density measurement value, Δρ, based on a difference between the second fuel density and the first fuel density; comparing the Δρ with a range of theoretical differential fuel density values, Δρ t, ; and indicating potential fuel contamination if the Δρ lies outside a range of Δρ t values by a predetermined threshold.
Rotary drive (40; 50) for actuating a valve element of a valve fitting , having a housing , which has a drive device and a pivot-mounted driven shaft which can be driven by the drive device and which can be coupled to the valve element, and a position detection device for detecting a position of the driven shaft , wherein the position detection device has a magnet module attached to the driven shaft in a torque-proof manner and a sensor module (36; 37) which is fitted onto or into the housing and is designed to detect a magnetic field measurement value according to the magnetic field generated by the magnet module , wherein the magnet module and/or the sensor module is attached such that it can be removed from the rotary drive, and the rotary drive (40; 50) comprises a control device, characterized in that the control device is adapted to determine, according to the magnetic field measurement value, that the magnet module or the sensor module is being removed from the rotary drive or is being attached to the rotary drive, and, depending on the determination made, to cause the rotary drive to be put into a predefined operating state.
Joint mechanism for piping, comprising two joint portions , wherein one of the two joint portions engages into the other of the two joint portions , as well as a locking body which engages at least in some areas between the joint portions and interacts with a locking contour on one of the joint portions and with a locking portion of the other joint portion in such a way that a relative movement between the joint portions can at least be limited and wherein a guiding device is provided on the joint portions in such a way that the two joint portions are connectable to each other in a defined rotatory position, wherein the locking contour of the one joint portion comprises a plurality of recesses on its internal wall which correspond with the locking elements of the locking body , wherein the locking portion of the other joint mechanism engaging in the joint portion features a spherical shape.
An aqueous dispersion comprising: a microcapsule that includes a shell having a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond, and includes a core, in which at least one of the shell or the core has a polymerizable group; a dispersant in which at least one bond selected from a urethane bond or a urea bond, and an anionic group are contained, a weight-average molecular weight is 5000 or more, and an anionic group value, which is the number of millimoles of the anionic group contained in 1 g of the dispersant, is from 0.10 mmol/g to 2.50 mmol/g; and water. a microcapsule that includes a shell having a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond, and includes a core, in which at least one of the shell or the core has a polymerizable group; a dispersant in which at least one bond selected from a urethane bond or a urea bond, and an anionic group are contained, a weight-average molecular weight is 5000 or more, and an anionic group value, which is the number of millimoles of the anionic group contained in 1 g of the dispersant, is from 0.10 mmol/g to 2.50 mmol/g; and water.
A mass spectrometer , comprising: an ionization chamber for ionizing a sample on its surface at an analysis point through irradiation by a laser beam; and an analysis chamber having a mass spectroscope for detecting ions, wherein: an introduction pipe or an introduction hole for introducing ions into the inside of said analysis chamber from the inside of a housing of said ionization chamber is provided in the mass spectrometer ; and the mass spectrometer is configured to implement an ionization method in said ionization chamber, the ionization method being a matrix-assisted laser desorption/ionization method or a laser desorption/ionization method; wherein: the mass spectrometer further comprises an exhaust pipe formed inside the housing of said ionization chamber , wherein a downward-facing inlet of the exhaust pipe is located above a predetermined ionization point (P2) at which a sample (S) is to be placed; the mass spectrometer further comprises a fan for drawing air into said exhaust pipe ; in use, air that contains ions and/or fine particles generated from said sample, which have not been introduced into said introduction pipe or introduction hole, is suctioned up into said exhaust pipe when said fan is in operation. an introduction pipe or an introduction hole for introducing ions into the inside of said analysis chamber from the inside of a housing of said ionization chamber is provided in the mass spectrometer ; and the mass spectrometer is configured to implement an ionization method in said ionization chamber, the ionization method being a matrix-assisted laser desorption/ionization method or a laser desorption/ionization method; wherein: the mass spectrometer further comprises an exhaust pipe formed inside the housing of said ionization chamber , wherein a downward-facing inlet of the exhaust pipe is located above a predetermined ionization point (P2) at which a sample (S) is to be placed; the mass spectrometer further comprises a fan for drawing air into said exhaust pipe ; in use, air that contains ions and/or fine particles generated from said sample, which have not been introduced into said introduction pipe or introduction hole, is suctioned up into said exhaust pipe when said fan is in operation. the mass spectrometer further comprises an exhaust pipe formed inside the housing of said ionization chamber , wherein a downward-facing inlet of the exhaust pipe is located above a predetermined ionization point (P2) at which a sample (S) is to be placed; the mass spectrometer further comprises a fan for drawing air into said exhaust pipe ; in use, air that contains ions and/or fine particles generated from said sample, which have not been introduced into said introduction pipe or introduction hole, is suctioned up into said exhaust pipe when said fan is in operation.
A method of providing an Optical Variable Device (OVD) on a security document by exposing the security document with a laser, the security document comprising an overlay provided on a core , wherein the overlay comprises a halogenated homo- or copolymer.
A method of obtaining provisioning information via a service provider network for a device , the method being performed by the device and comprising: transmitting, via the service provider network, an attach request for provisioning service, the attach request including bootstrap information, the bootstrap information including device vendor information having a unique identifier for the device and a certificate associated with the unique identifier for the device, wherein the attach request includes an attachment type field identified as provisioning or provisioning service; receiving a request for authentication from the service provider network; transmitting a challenge response based at least in part on a predetermined credential shared by multiple devices configured to obtain provisioning information for each of the multiple devices using the shared predetermined credential via the service provider network, the multiple devices including the device; and receiving provisioning information from the service provider network upon authentication of the device vendor information and the challenge response and identification of a subscription for the device; and upon determining the device is authenticated without identification of a subscription for the device: obtaining a subscription offer from a credential provider via the service provider network; transmitting a message indicating acceptance of the subscription offer; and receiving provisioning information based on the accepted subscription offer. transmitting, via the service provider network, an attach request for provisioning service, the attach request including bootstrap information, the bootstrap information including device vendor information having a unique identifier for the device and a certificate associated with the unique identifier for the device, wherein the attach request includes an attachment type field identified as provisioning or provisioning service; receiving a request for authentication from the service provider network; transmitting a challenge response based at least in part on a predetermined credential shared by multiple devices configured to obtain provisioning information for each of the multiple devices using the shared predetermined credential via the service provider network, the multiple devices including the device; and receiving provisioning information from the service provider network upon authentication of the device vendor information and the challenge response and identification of a subscription for the device; and upon determining the device is authenticated without identification of a subscription for the device: obtaining a subscription offer from a credential provider via the service provider network; transmitting a message indicating acceptance of the subscription offer; and receiving provisioning information based on the accepted subscription offer. obtaining a subscription offer from a credential provider via the service provider network; transmitting a message indicating acceptance of the subscription offer; and receiving provisioning information based on the accepted subscription offer.
A navigational information display device , comprising: a navigational information acquisition part configured to acquire first navigational information associated with a geographical position; a display part configured to display a navigational image indicated using a geometrical figure related to the first navigational information, and further display at least any of characters comprised of a first navigational information character indicative of the first navigational information, a second navigational information character indicative of a second navigational information of which a display position is determined based on a spatial relationship with a screen of the display part , and a device operation character related to operation of the display device ; an input part into which an instruction signal to instruct a change in a display orientation of the screen is inputted; and an arithmetic logical unit configured to change a display orientation of the character while maintaining a display orientation of the navigational image, when the instruction signal is inputted into the input part , wherein the second navigational information character is displayed on the display part , and characterised in that the arithmetic logical unit changes a display position of the second navigational information character to a position corresponding to the display orientation of the screen after the change, and further hanges a display orientation of the second navigational information character, in response to the input of the instruction signal. a navigational information acquisition part configured to acquire first navigational information associated with a geographical position; a display part configured to display a navigational image indicated using a geometrical figure related to the first navigational information, and further display at least any of characters comprised of a first navigational information character indicative of the first navigational information, a second navigational information character indicative of a second navigational information of which a display position is determined based on a spatial relationship with a screen of the display part , and a device operation character related to operation of the display device ; an input part into which an instruction signal to instruct a change in a display orientation of the screen is inputted; and an arithmetic logical unit configured to change a display orientation of the character while maintaining a display orientation of the navigational image, when the instruction signal is inputted into the input part , wherein the second navigational information character is displayed on the display part , and characterised in that the arithmetic logical unit changes a display position of the second navigational information character to a position corresponding to the display orientation of the screen after the change, and further hanges a display orientation of the second navigational information character, in response to the input of the instruction signal.
A method for machining a surface of a region (G) to be machined using an autonomous mobile robot ; the method comprises: machining the surface along track segments of a robot track according to a first machining pattern; dividing the region (G) to be machined depending on a current position of the robot into a first area (C) which should already be machined according to the machining pattern, a second area (U) which is yet to be machined, and a third area (T) which is currently being machined; continuously checking whether the first area (C) has in fact been completely machined; and, as soon as an omitted area has been detected, deciding whether the omitted area should be machined. machining the surface along track segments of a robot track according to a first machining pattern; dividing the region (G) to be machined depending on a current position of the robot into a first area (C) which should already be machined according to the machining pattern, a second area (U) which is yet to be machined, and a third area (T) which is currently being machined; continuously checking whether the first area (C) has in fact been completely machined; and, as soon as an omitted area has been detected, deciding whether the omitted area should be machined.
An apparatus comprising: an elongated shaft comprising a proximal portion and a distal portion , the elongated shaft configured to be manipulated at the proximal portion to position the distal portion into a heart of a patient; an end effector disposed proximate the distal portion of the elongated shaft and comprising spines each carrying at least one spine electrode configured to contact cardiovascular tissue and receive electrical potentials from the tissue; characterized in a reference electrode comprising an electrically conductive distal surface at its distal end, the reference electrode being disposed in the elongated shaft, the electrically conductive distal surface being configured to receive electrical potentials from fluids that act as a referential signal for the electrical potentials of the at least one spine electrode. an elongated shaft comprising a proximal portion and a distal portion , the elongated shaft configured to be manipulated at the proximal portion to position the distal portion into a heart of a patient; an end effector disposed proximate the distal portion of the elongated shaft and comprising spines each carrying at least one spine electrode configured to contact cardiovascular tissue and receive electrical potentials from the tissue; characterized in a reference electrode comprising an electrically conductive distal surface at its distal end, the reference electrode being disposed in the elongated shaft, the electrically conductive distal surface being configured to receive electrical potentials from fluids that act as a referential signal for the electrical potentials of the at least one spine electrode.