mhurhangee/patent-ind-claim-en huggingface dataset:
A method for getting a video surveillance front-end device online, comprising: sending from a front-end device a registration request that carries an own device identification of the front-end device to request a central management server for a registration, wherein an address of the central management server is preset in the front-end device ; after the registration is successful, receiving, by the front-end device , a device address assigned by the central management server to the front-end device ; characterized by , after the registration is successful, the front-end device further receives an address of an online management server sent by the central management server , and the front-end device establishes a connection to the online management server according to the address of the online management server ; where the front-end device sends a getting-online request carrying the device address to the online management server for getting online allowance according to the device address, and receives a request response fed back by the online management server . sending from a front-end device a registration request that carries an own device identification of the front-end device to request a central management server for a registration, wherein an address of the central management server is preset in the front-end device ; after the registration is successful, receiving, by the front-end device , a device address assigned by the central management server to the front-end device ; characterized by , after the registration is successful, the front-end device further receives an address of an online management server sent by the central management server , and the front-end device establishes a connection to the online management server according to the address of the online management server ; where the front-end device sends a getting-online request carrying the device address to the online management server for getting online allowance according to the device address, and receives a request response fed back by the online management server .
A touch-screen device providing haptic feedback to a user, the touch-screen device comprising: a position sensor configured to sense a relative position of a magnetically attractable tip of a touch-screen stylus relative to a sensory surface of the touch-screen device; an electromagnetic circuit carrying an electric current and forming, in proportion to the electric current, a magnetic force to attract the magnetically attractable tip to the sensory surface; a drive circuit in the touch-screen device configured to receive a haptic-force signal and to vary the magnetic force by varying the electric current in dependence on the haptic force signal, wherein the haptic-force signal is varied in dependence on the relative position; and a force sensor responsive to a contact force of the tip of the touch-screen stylus on the sensory surface, and wherein the drive circuit in the touch-screen device is configured to vary the electric current in a closed-loop manner further in dependence on output of the force sensor. a position sensor configured to sense a relative position of a magnetically attractable tip of a touch-screen stylus relative to a sensory surface of the touch-screen device; an electromagnetic circuit carrying an electric current and forming, in proportion to the electric current, a magnetic force to attract the magnetically attractable tip to the sensory surface; a drive circuit in the touch-screen device configured to receive a haptic-force signal and to vary the magnetic force by varying the electric current in dependence on the haptic force signal, wherein the haptic-force signal is varied in dependence on the relative position; and a force sensor responsive to a contact force of the tip of the touch-screen stylus on the sensory surface, and wherein the drive circuit in the touch-screen device is configured to vary the electric current in a closed-loop manner further in dependence on output of the force sensor.
An apparatus for simulating deposition of an inhaled drug on lungs of an individual, the apparatus comprising: a mouth-throat model ; an inhalation device connected to the mouth-throat model and adapted to disperse a drug in the mouth-throat model ; a breath simulator connected to the mouth-throat model and adapted to disperse a respiration flow in the mouth-throat model , wherein the respiration flow is generated based on a respiration profile of the individual; a controlling unit in communication with the breath simulator and the inhalation device , comprising one or more sensors, wherein the controlling unit is adapted to: detect the dispersion of the respiration flow into the mouth-throat model , wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device , in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model , in response to the transmission of the signal; a mixing unit formed downstream to the mouth-throat model and the breath simulator , such that the respiration flow and the drug are uniformly mixed while passing through the mixing unit ; and a lung cast model formed downstream to the mixing unit and adapted to receive the mixture to accommodate deposition of the drug. a mouth-throat model ; an inhalation device connected to the mouth-throat model and adapted to disperse a drug in the mouth-throat model ; a breath simulator connected to the mouth-throat model and adapted to disperse a respiration flow in the mouth-throat model , wherein the respiration flow is generated based on a respiration profile of the individual; a controlling unit in communication with the breath simulator and the inhalation device , comprising one or more sensors, wherein the controlling unit is adapted to: detect the dispersion of the respiration flow into the mouth-throat model , wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device , in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model , in response to the transmission of the signal; detect the dispersion of the respiration flow into the mouth-throat model , wherein the controlling unit is adapted to detect the dispersion when the breath simulator receives a predetermined respiration flow; transmit a signal to the inhalation device , in response to the detection; and actuate the inhalation device to simultaneously disperse the drug in the mouth-throat model , in response to the transmission of the signal; a mixing unit formed downstream to the mouth-throat model and the breath simulator , such that the respiration flow and the drug are uniformly mixed while passing through the mixing unit ; and a lung cast model formed downstream to the mixing unit and adapted to receive the mixture to accommodate deposition of the drug.
A computer-implemented method to determine a shift in cardiac output from a first plethysmographic signal (PS A (t)) in a first span of time in which at least one first period of time is included during which an output pressure measurement has been applied to the user that is higher than venous pressure and lower than systolic pressure, and a second plethysmographic signal (PS B (t)) in a second span of time, some time after the first span of time, in which at least one second period of time is included during which an output pressure measurement has been applied to the user that is higher than venous pressure and lower than systolic pressure, said method comprising a step in which the shift in cardiac output is determined based on at least one of the following parameters: slopes of the first and second plethysmographic signals S c A ^ S c B ^ at the loading point, fall of the first and second plethysmographic signals PS ^ f A , PSf ^ B in a first time interval and areas of the regions that lie between the line parallel to the x-axis at a height coinciding with the ordinate of the loading point and the plethysmographic signal ( Ac ^ A , Ac ^ B ) in a second time interval, at least part of the first interval being within the first and second periods of time and part of the second interval being within the first and second periods of time.
Apparatus for inspecting containers with a transport device which transports the containers along a predetermined transport path (P) and with an inspection device which inspects the containers, wherein the apparatus has a cleaning device which precedes the inspection device in the transport direction of the containers and which cleans the containers at least in sections on their outer surface areas, characterized in that the cleaning device comprises at least one sound generating device which is at least also aligned to the bottom of the containers in such a way that foam on this bottom is destroyed.
A dynamically adaptive neural network processing system comprising: memory configured to store instructions in contiguous blocks of the memory, the instructions representing a neural network; hardware acceleration 'HA' circuitry , the HA circuitry to execute the neural network; direct memory access 'DMA' circuitry to transfer the instructions from the contiguous blocks of the memory to the HA circuitry; and a central processing unit 'CPU' to dynamically modify a linked list during execution of the neural network by the HA circuitry and to generate the instructions in the contiguous blocks of the memory based on the linked list, the linked list representing the neural network. memory configured to store instructions in contiguous blocks of the memory, the instructions representing a neural network; hardware acceleration 'HA' circuitry , the HA circuitry to execute the neural network; direct memory access 'DMA' circuitry to transfer the instructions from the contiguous blocks of the memory to the HA circuitry; and a central processing unit 'CPU' to dynamically modify a linked list during execution of the neural network by the HA circuitry and to generate the instructions in the contiguous blocks of the memory based on the linked list, the linked list representing the neural network.
Device for transferring a paper, board, tissue or other fibrous web in a machine for producing and/or finishing the same into a target area , having a separating device for separating the fibrous web into a transfer strip lying at a first edge of the fibrous web and a residual web , the transfer strip and the residual web , upstream of the target area , contacting a rotating roll with their side opposite the top side (9.1) of the fibrous web contact a rotating roll and partially wrap around the latter and are discharged downwardly from the machine by the latter, and a transfer device being provided for transferring the transfer strip to a following machine element of the target area , and the separating device being designed to be movable transversely to the web running direction in order to widen the transfer strip , characterized in that, between the rotating roller and the following machine element , before or during the widening of the transfer tail , a stabilizing element can be positioned in the region of the residual web opposite the upper side for tail stabilization, the stabilizing element at least partially covering the residual web and the residual web being discharged downwards between the rotating roller and the stabilizing element .
A lamp unit comprising: a light source ; a reflective polarizing plate disposed at a position where light from the light source is incident; a reflecting mirror disposed at a position facing the light incident surface side of the reflective polarizing plate , wherein when light reflected on the light incident surface of the reflective polarizing plate is incident thereto, this light is reflected and re-enters the reflective polarizing plate ; a liquid crystal device disposed on the light emitting surface side of the reflective polarizing plate ; a polarizing plate disposed on the light emitting surface side of the liquid crystal device ; and a projection lens disposed on the light emitting surface side of the polarizing plate , wherein the projection lens condenses and projects an image formed by the light transmitted through the polarizing plate ; wherein the reflecting mirror and the light source are arranged in an inclined manner so that the optical axis of the light emitted from the light source and the optical axis of the light reflected by the reflecting mirror are symmetric with respect to the normal direction of the light incident surface of the reflective polarizing plate ; wherein the light source is arranged so that its optical axis intersects the normal direction of the light incident surface of the reflective polarizing plate ; and characterized in that the normal direction of the light incident surface of the reflective polarizing plate is also the central axis of the optical axis of the lamp unit . a light source ; a reflective polarizing plate disposed at a position where light from the light source is incident; a reflecting mirror disposed at a position facing the light incident surface side of the reflective polarizing plate , wherein when light reflected on the light incident surface of the reflective polarizing plate is incident thereto, this light is reflected and re-enters the reflective polarizing plate ; a liquid crystal device disposed on the light emitting surface side of the reflective polarizing plate ; a polarizing plate disposed on the light emitting surface side of the liquid crystal device ; and a projection lens disposed on the light emitting surface side of the polarizing plate , wherein the projection lens condenses and projects an image formed by the light transmitted through the polarizing plate ; wherein the reflecting mirror and the light source are arranged in an inclined manner so that the optical axis of the light emitted from the light source and the optical axis of the light reflected by the reflecting mirror are symmetric with respect to the normal direction of the light incident surface of the reflective polarizing plate ; wherein the light source is arranged so that its optical axis intersects the normal direction of the light incident surface of the reflective polarizing plate ; and characterized in that the normal direction of the light incident surface of the reflective polarizing plate is also the central axis of the optical axis of the lamp unit .
A method of preparing a trichloride resin, comprising: providing a solution comprising trichloride ion; providing a styrene divinylbenzene polymer resin having polymer bonded-ER 3 + Cl - groups where R is a C 2 , C 4 , or C 6 alkyl group, E = N, P, or As; and contacting the styrene divinylbenzene polymer resin with the solution comprising trichloride ion to form a trichloride resin. providing a solution comprising trichloride ion; providing a styrene divinylbenzene polymer resin having polymer bonded-ER 3 + Cl - groups where R is a C 2 , C 4 , or C 6 alkyl group, E = N, P, or As; and contacting the styrene divinylbenzene polymer resin with the solution comprising trichloride ion to form a trichloride resin.
An aircraft passenger seat installable in an aircraft cabin at an angle relative to an aircraft longitudinal axis, the aircraft passenger seat comprising: a backrest comprising a first device configured to effect a change in the backrest to change an angle of a seated passenger relative to the aircraft longitudinal axis; a seat bottom including a second device configured to effect a change in the seat bottom to change an angle of the seated passenger relative to the aircraft longitudinal axis; and a controller communicatively coupled to each of the first and second devices, characterized in that : the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis. a backrest comprising a first device configured to effect a change in the backrest to change an angle of a seated passenger relative to the aircraft longitudinal axis; a seat bottom including a second device configured to effect a change in the seat bottom to change an angle of the seated passenger relative to the aircraft longitudinal axis; and a controller communicatively coupled to each of the first and second devices, characterized in that : the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis. the controller is configured to actuate the first and second devices synchronously and according to at least one aircraft flight condition; and wherein the change in the seat bottom is an angular change in the forward end of the seat bottom relative to the aircraft longitudinal axis.
Method for determining a tread depth of a vehicle tyre having a tread, comprising the following steps: a) providing a vehicle tyre having a tread depth , b) photographing at least one subregion of the tread pattern of the vehicle tyre using a camera , c) automatically determining depth information from the photograph of the subregion of the upper face of the tread, a height dimension of a tread depth indicator being recorded during the photographing, and the height dimension of the tread depth indicator being used as an absolute height difference in order to ascertain the absolute value of the tread depth , d) determining the tread depth of the vehicle tyre in a predefined region of the tread pattern. a) providing a vehicle tyre having a tread depth , b) photographing at least one subregion of the tread pattern of the vehicle tyre using a camera , c) automatically determining depth information from the photograph of the subregion of the upper face of the tread, a height dimension of a tread depth indicator being recorded during the photographing, and the height dimension of the tread depth indicator being used as an absolute height difference in order to ascertain the absolute value of the tread depth , d) determining the tread depth of the vehicle tyre in a predefined region of the tread pattern.
Frame which can be arranged on a vehicle , having a device for receiving objects lying on the ground, wherein the frame can be attached to the front, laterally offset or rear of the vehicle by means of a ladder frame , characterised in that at least four self-aligning bearings (2-1, 2-2, 2-3, 2-4, 2-5, 2-6, 2-7, 2-8) and at least one stabiliser (3-1, 3-2) are arranged on the frame , wherein the frame has in each case a first self-aligning bearing (2 1) between an actuator (4-1; 4-2), which is linearly movable in the axial direction, and the ladder frame , a second self-aligning bearing (2-2) between a longitudinal spar (6-1; 6-2) and the ladder frame , a third self-aligning bearing (2-3) between the longitudinal spar (6-1; 6-2) and a side frame part (5-1; 5-2) and a fourth self-aligning bearing (2-4) between the actuator (4-1; 4-2), which is linearly movable in the axial direction, and the side frame part (5-1; 5-2), whereby a pendulum-mounted trapezoidal suspension for guiding the device parallel to the ground is realised.
A container-securing device comprising: a flange located on an outer side of a groove hole in a corner casting of a container ; a support pillar provided in the flange for fitting in a mouth of the groove hole ; a fitting portion provided in the support pillar for fitting into a hollow of the groove hole ; wherein the fitting portion is provided with a movable protrusion which is pivotable on a horizontal shaft provided horizontally in the support pillar and is urged to protrude laterally out of a vertical surface portion of the support pillar , and characterized by : a locked state is achieved when the flange comes in contact with an outer surface region (C) of the corner casting , and the movable protrusion comes in contact with a far corner region (D) which is at a far end of the mouth of the corner casting at some point when the movable protrusion pivots. a fitting portion provided in the support pillar for fitting into a hollow of the groove hole ; wherein the fitting portion is provided with a movable protrusion which is pivotable on a horizontal shaft provided horizontally in the support pillar and is urged to protrude laterally out of a vertical surface portion of the support pillar , and characterized by : a locked state is achieved when the flange comes in contact with an outer surface region (C) of the corner casting , and the movable protrusion comes in contact with a far corner region (D) which is at a far end of the mouth of the corner casting at some point when the movable protrusion pivots.
Mixer for mixing exhaust gas (A) flowing in an exhaust gas-carrying duct of an internal combustion engine with reactant (R) injected into the exhaust gas-carrying duct, comprising a mixer body with a reactant-receiving duct as well as a releasing device with a releasing duct , which adjoins the reactant-receiving duct in a transition area and leads away from this reactant-receiving duct, wherein the mixer body comprises a plate-like first mixer body part and a plate-like second mixer body part , wherein the reactant-receiving duct and the releasing duct are formed between the first mixer body part and the second mixer body part , wherein the releasing device has an asymmetric configuration in relation to a longitudinal axis (L R ) of the reactant-receiving duct, characterized in that the reactant-receiving duct extends linearly along a longitudinal axis (L R ) of the reactant-receiving duct and the releasing duct extends linearly along a longitudinal axis (L A ) of the releasing duct, and that an angle (W) smaller than 90° is formed between a longitudinal axis (L R ) of the reactant-receiving duct and a longitudinal axis (L A ) of the releasing duct.