mhurhangee/patent-ind-claim-en huggingface dataset:
A force transmission mechanism for a teleoperated surgical instrument , comprising: a gear configured to be driven by a drive input mechanism ; a push/pull drive element configured to transmit force to actuate an end effector of the surgical instrument ; and a ball element operatively coupling the gear and the push/pull drive element , wherein driven motion of the gear is transmitted to the push/pull drive element to actuate the end effector . a gear configured to be driven by a drive input mechanism ; a push/pull drive element configured to transmit force to actuate an end effector of the surgical instrument ; and a ball element operatively coupling the gear and the push/pull drive element , wherein driven motion of the gear is transmitted to the push/pull drive element to actuate the end effector .
A circuit for a Synthetic Physically Unclonable Function in a computer device, wherein the circuit is configured to: - receive data from a plurality of sensors in the computer device; - determine intrinsic noise for each of said sensors based on the received data; - determine the distribution of each said intrinsic noise; - select a combination of sensors from the plurality of sensors based on the determined distributions of intrinsic noises; - determine a multivariate statistical distribution associated with the combination of intrinsic noises of the selected combination of sensors; - determine an identifier from said multivariate statistical distribution of noise. - receive data from a plurality of sensors in the computer device; - determine intrinsic noise for each of said sensors based on the received data; - determine the distribution of each said intrinsic noise; - select a combination of sensors from the plurality of sensors based on the determined distributions of intrinsic noises; - determine a multivariate statistical distribution associated with the combination of intrinsic noises of the selected combination of sensors; - determine an identifier from said multivariate statistical distribution of noise.
A non-Boolean analog system comprising: a first Mott memristor having a first value of a characteristic; a second Mott memristor having a second value of the characteristic different than the first value, in series with the first Mott memristor to form a network; and a resistance in series with the network and that, together with the network and a capacitance coupled to the system, renders the system operable as a relaxation oscillator, wherein responsive to electrical excitation of the system within an environment including ambient thermal noise, a temperature of the network settles at an equilibrium corresponding to a global minimum that is a maximally optimal global solution to a global optimization problem to which the network corresponds. a first Mott memristor having a first value of a characteristic; a second Mott memristor having a second value of the characteristic different than the first value, in series with the first Mott memristor to form a network; and a resistance in series with the network and that, together with the network and a capacitance coupled to the system, renders the system operable as a relaxation oscillator, wherein responsive to electrical excitation of the system within an environment including ambient thermal noise, a temperature of the network settles at an equilibrium corresponding to a global minimum that is a maximally optimal global solution to a global optimization problem to which the network corresponds.
A method of depositing silicon carbide on a preform to form a ceramic matrix composite, the method comprising: placing the preform into a reaction vessel ; removing air from the reaction vessel and backfilling the reaction vessel with an inert gas to an operating pressure; heating the reaction vessel and the preform to an operating temperature; heating a carrier gas and precursor materials to a preheat temperature outside of the reaction vessel; introducing the carrier gas and the precursor materials to the reaction vessel, wherein the precursor materials are introduced in a specified ratio; and removing off gasses, the precursor materials that are unspent, and the carrier gas from the reaction vessel to maintain the specified ratio of the precursor materials in the reaction vessel; characterized by : introducing hydrogen and methyltrichlorosilane to the reaction vessel in a specified ratio, wherein the specified ratio of the hydrogen to the methyltrichlorosilane is a volumetric ratio between 15 parts hydrogen to 1 part methyltrichlorosilane and 65 parts hydrogen to 1 part methyltrichlorosilane. placing the preform into a reaction vessel ; removing air from the reaction vessel and backfilling the reaction vessel with an inert gas to an operating pressure; heating the reaction vessel and the preform to an operating temperature; heating a carrier gas and precursor materials to a preheat temperature outside of the reaction vessel; introducing the carrier gas and the precursor materials to the reaction vessel, wherein the precursor materials are introduced in a specified ratio; and removing off gasses, the precursor materials that are unspent, and the carrier gas from the reaction vessel to maintain the specified ratio of the precursor materials in the reaction vessel;
An electrical installation device comprising an electronic circuit module for switching and/or dimming a load, said electronic circuit module having at least one microswitch ; at least one rocker for actuating the microswitch , which rocker can be moved into one of two switch positions upon actuation via an operating stroke, wherein the microswitch has a switching stroke which is smaller by a multiple than the operating stroke of the rocker; a transmission device for transmitting a movement of the rocker to the microswitch ; and a snap-in device which forces the rocker into one of the two switch positions, characterized in that the transmission device has a resilient arm having a slot guide. an electronic circuit module for switching and/or dimming a load, said electronic circuit module having at least one microswitch ; at least one rocker for actuating the microswitch , which rocker can be moved into one of two switch positions upon actuation via an operating stroke, wherein the microswitch has a switching stroke which is smaller by a multiple than the operating stroke of the rocker; a transmission device for transmitting a movement of the rocker to the microswitch ; and a snap-in device which forces the rocker into one of the two switch positions, characterized in that the transmission device has a resilient arm having a slot guide.
A method, comprising: first authenticating and/or authorizing at least one of: a wireless computing device (128a-128c) that has connected to wireless communication network on-board a vehicle, or a user of the wireless computing device (128a-128c); subsequent to the first authenticating and/or authorizing, and while the vehicle is in-transit and in a dis-connected state with respect to data delivery between the in-transit vehicle and a ground-based network , second authenticating and/or authorizing a client application executing on the wireless computing device (128a-128c) to access a local service that is provided by a node of the on-board wireless communication network , the second authenticating and/or authorizing based on local access control data stored in one or more data storage devices on-board the vehicle; and upon the in-transit vehicle returning to a connected state with respect to data delivery between the in-transit vehicle and the ground-based network , synchronizing the local access control data stored on-board the in-transit vehicle with master access control data stored in the ground-based network . first authenticating and/or authorizing at least one of: a wireless computing device (128a-128c) that has connected to wireless communication network on-board a vehicle, or a user of the wireless computing device (128a-128c); subsequent to the first authenticating and/or authorizing, and while the vehicle is in-transit and in a dis-connected state with respect to data delivery between the in-transit vehicle and a ground-based network , second authenticating and/or authorizing a client application executing on the wireless computing device (128a-128c) to access a local service that is provided by a node of the on-board wireless communication network , the second authenticating and/or authorizing based on local access control data stored in one or more data storage devices on-board the vehicle; and upon the in-transit vehicle returning to a connected state with respect to data delivery between the in-transit vehicle and the ground-based network , synchronizing the local access control data stored on-board the in-transit vehicle with master access control data stored in the ground-based network .
A curing module for a printer, the curing module comprising: a first chamber comprising an air inlet and an air cleaning element comprising a catalytic oxidizer to reduce the amount of a volatile compound comprised in air in the first chamber; a second chamber in fluid communication with the first chamber, the second chamber comprising an air outlet , the second chamber being to contain a medium printed with a printing fluid comprising the volatile compound during a curing process of the printing fluid in which the volatile compound in the printing fluid is evaporated into the air in the second chamber; an air passage to enable air to flow from the air outlet of the second chamber to the air inlet of the first chamber; and an air flow generator to cause air to flow through the first chamber, subsequently through the second chamber, and along the air passage, such that air flowing through the first chamber at least partly comprises air exhausted from the air outlet of the second chamber. a first chamber comprising an air inlet and an air cleaning element comprising a catalytic oxidizer to reduce the amount of a volatile compound comprised in air in the first chamber; a second chamber in fluid communication with the first chamber, the second chamber comprising an air outlet , the second chamber being to contain a medium printed with a printing fluid comprising the volatile compound during a curing process of the printing fluid in which the volatile compound in the printing fluid is evaporated into the air in the second chamber; an air passage to enable air to flow from the air outlet of the second chamber to the air inlet of the first chamber; and an air flow generator to cause air to flow through the first chamber, subsequently through the second chamber, and along the air passage, such that air flowing through the first chamber at least partly comprises air exhausted from the air outlet of the second chamber.
An insulated slab-on-grade foundation system, installed on a soil layer , in which the soil layer is arranged so that one portion thereof has a horizontal soil surface and another portion thereof has a slanted soil surface, the insulated slab-on-grade foundation system comprising: a layer of gravel disposed on top of the soil layer , the gravel layer being arranged so as to follow the profile of the soil layer , the gravel layer having one portion thereof with a horizontal gravel surface and another portion thereof with a slanted gravel surface; a modular slab (3; 3A, 3B) disposed on top of the gravel layer , the modular slab (3; 3A, 3B) including a first isolating portion and a second isolating portion disposed on top of the first isolating portion , the second isolating portion having a slanted transitional portion, the modular slab (3; 3A, 3B) having a peripheral vertical edge portion for surrounding and holding the first and second isolating portions to create a receptacle into which concrete is poured; and an external skirt portion that extends outwardly from the modularslab and is disposed on top of the slanted gravel surface. a layer of gravel disposed on top of the soil layer , the gravel layer being arranged so as to follow the profile of the soil layer , the gravel layer having one portion thereof with a horizontal gravel surface and another portion thereof with a slanted gravel surface; a modular slab (3; 3A, 3B) disposed on top of the gravel layer , the modular slab (3; 3A, 3B) including a first isolating portion and a second isolating portion disposed on top of the first isolating portion , the second isolating portion having a slanted transitional portion, the modular slab (3; 3A, 3B) having a peripheral vertical edge portion for surrounding and holding the first and second isolating portions to create a receptacle into which concrete is poured; and an external skirt portion that extends outwardly from the modularslab and is disposed on top of the slanted gravel surface.
An indirect firing fastening tool, comprising driving and propelling means for a fastener to be laid into a support , such driving means comprising two inertial flywheels which are mounted rotationally mobile in opposite directions around two substantially parallel axes, characterized in that the inertial flywheels define between them an engagement space for a fastener and are configured to directly cooperate with the fastener or with a propelling member supported by the latter, so that a rotation of the driving means directly causes the translational driving and the propulsion of the fastener.
Switching device for a brake system for a vehicle , wherein the switching device has the following features: a central control unit (EBS-ECU) for controlling the brake system , at least one redundant control unit (R-ECU), which is or can be connected to the central control unit (EBS-ECU) via a further data bus (DB), for controlling a redundant brake system for the brake system , characterized in that a monitoring apparatus is designed to read a redundant test signal from the redundant control unit (R-ECU), in order to test a function of the redundant control unit (R-ECU). a central control unit (EBS-ECU) for controlling the brake system , at least one redundant control unit (R-ECU), which is or can be connected to the central control unit (EBS-ECU) via a further data bus (DB), for controlling a redundant brake system for the brake system , characterized in that a monitoring apparatus is designed to read a redundant test signal from the redundant control unit (R-ECU), in order to test a function of the redundant control unit (R-ECU).
A torque sensing device 2. comprising: a flexible rotating component configured to rotate about an axis of rotation, the flexible rotating component being in a path of torque transmission and exhibiting an angular deformation as a result of a torque applied to the rotating component; a first sensor positioned adjacent to the flexible rotating component to sense instantaneous angular position of the flexible rotating component at a first radial location; a second sensor positioned adjacent to the flexible rotating component radially inboard of the first sensor to sense instantaneous angular position of the flexible rotating component at a second radial location; a controller operably coupled to the first sensor and the second sensor , wherein the controller determines a relative phase shift between a first signal generated by the first sensor and a second signal generated by the second sensor to calculate an output proportional to the torque applied to the flexible rotating component; characterized in that the second sensor is disposed at a reference wheel of the flexible rotating component, wherein the reference wheel exhibits no torsion; and in that the first sensor is positioned at an outer periphery of the flexible rotating component. a flexible rotating component configured to rotate about an axis of rotation, the flexible rotating component being in a path of torque transmission and exhibiting an angular deformation as a result of a torque applied to the rotating component; a first sensor positioned adjacent to the flexible rotating component to sense instantaneous angular position of the flexible rotating component at a first radial location; a second sensor positioned adjacent to the flexible rotating component radially inboard of the first sensor to sense instantaneous angular position of the flexible rotating component at a second radial location; a controller operably coupled to the first sensor and the second sensor , wherein the controller determines a relative phase shift between a first signal generated by the first sensor and a second signal generated by the second sensor to calculate an output proportional to the torque applied to the flexible rotating component; characterized in that the second sensor is disposed at a reference wheel of the flexible rotating component, wherein the reference wheel exhibits no torsion; and in that the first sensor is positioned at an outer periphery of the flexible rotating component.
A method of machining a groove portion (G) having a predetermined width and depth on a workpiece (W) with a rotary tool comprising a disc-shaped main body and a plurality of cutting inserts mounted on an outer periphery surface of the rotary tool at regular intervals, the plurality of cutting inserts including at least outer edges extending in a direction parallel to the outer periphery surface of the main body , and the groove portion (G) being formed in a shifting direction (D), the method comprising the successive steps of: setting a rotating direction (T) of the tool at a point at which the outer periphery surface of the rotary tool contacts the workpiece to be inclined at a predetermined angle (α1, α2, α3) with respect to the shifting direction (D) for machining the groove portion, moving the outer periphery surface of the rotary tool to a predetermined depth of cut based on the surface to be machined of the workpiece while the rotary tool is being rotated; and shifting the rotary tool and the workpiece relatively in the shifting direction (D) for machining the groove portion, characterized in that the step of moving the outer periphery surface of the rotary tool to the depth of cut at the predetermined angle and the step of shifting the rotary tool and the workpiece relatively are repeated until the accumulated depth of cut reaches the depth of the groove portion, wherein the predetermined angle is reduced at every time of the repeated steps. setting a rotating direction (T) of the tool at a point at which the outer periphery surface of the rotary tool contacts the workpiece to be inclined at a predetermined angle (α1, α2, α3) with respect to the shifting direction (D) for machining the groove portion, moving the outer periphery surface of the rotary tool to a predetermined depth of cut based on the surface to be machined of the workpiece while the rotary tool is being rotated; and shifting the rotary tool and the workpiece relatively in the shifting direction (D) for machining the groove portion, characterized in that the step of moving the outer periphery surface of the rotary tool to the depth of cut at the predetermined angle and the step of shifting the rotary tool and the workpiece relatively are repeated until the accumulated depth of cut reaches the depth of the groove portion, wherein the predetermined angle is reduced at every time of the repeated steps.
A combination of levocetirizine and montelukast in an effective amount for use in the treatment of an autoimmune disorder, or a symptom of an autoimmune disorder in a patient in need thereof, wherein the autoimmune disorder is rheumatoid arthritis.
A computer-implemented method of providing over a computer network updated video segments , characterised by : at least one camera receiving, from a local remote server, at least one command for executing a pre-programmed specific routine, the pre-programmed routine including instructions for the at least one camera to capture video of traffic for a duration of time at predetermined intervals; the at least one camera executing the pre-programmed specific routine; sending the captured video to the local remote server; process the captured video to produce video segments indicative of a location of the video segment and of the camera that recorded the video segment; if additional requests for the at least one camera to capture and send additional video segments exist; requesting the at least one camera to capture and send the video segments, according to the predetermined duration at the predetermined time intervals, to the local remote server; transmitting the video segments to a remote domain server; and upon request by a user of the domain server, transmitting to the user the most recent video segment for the location and camera requested by the user. at least one camera receiving, from a local remote server, at least one command for executing a pre-programmed specific routine, the pre-programmed routine including instructions for the at least one camera to capture video of traffic for a duration of time at predetermined intervals; the at least one camera executing the pre-programmed specific routine; sending the captured video to the local remote server; process the captured video to produce video segments indicative of a location of the video segment and of the camera that recorded the video segment; if additional requests for the at least one camera to capture and send additional video segments exist; requesting the at least one camera to capture and send the video segments, according to the predetermined duration at the predetermined time intervals, to the local remote server; transmitting the video segments to a remote domain server; and upon request by a user of the domain server, transmitting to the user the most recent video segment for the location and camera requested by the user.
A charged particle beam system comprising: a beam blanker for blanking a charged particle beam; a sample stage on which a sample is tiltably held and thus can assume a tilt angle; a blanking controller for controlling the blanking of the charged particle beam and causing a pulsed beam having a duty ratio to be directed at the sample; and a tilt controller for controlling the tilt angle of the sample; wherein the blanking controller sets the duty ratio of the pulsed beam based on the tilt angle of the sample. a beam blanker for blanking a charged particle beam; a sample stage on which a sample is tiltably held and thus can assume a tilt angle; a blanking controller for controlling the blanking of the charged particle beam and causing a pulsed beam having a duty ratio to be directed at the sample; and a tilt controller for controlling the tilt angle of the sample; wherein the blanking controller sets the duty ratio of the pulsed beam based on the tilt angle of the sample.
A seat arranged for enhanced sound perception via vibration comprising a sound reproduction assembly , which sound reproduction assembly comprises at least one frame structure , which sound reproduction assembly comprises at least one vibration source and at least one elastic element , which elastic element/-s is/are non-homogenous element/-s, which elastic element/-s is/are configured to provide elastically and mechanically tuned mounting and which elastic element/-s is/are located in contact with the frame structure and the vibration source and configured to create at least lateral vibration to a surface of the seat, wherein the lateral vibration is defined with respect to a surface plane of the surface in question, characterized in that the seat comprises a padding, that the sound reproduction assembly is at least partially arranged inside the padding, and that the seat comprises at least a head or neck rest with a vibration and sound actuator as the vibration source and the seat comprises further a swing mechanism connected to the frame structure in a back rest for a rotation vibration of the back rest due to the swing mechanism .