mhurhangee/patent-ind-claim-en huggingface dataset:
Data display management method, implemented in a monocular or binocular head-up display device, comprising the steps of: - determining one or more visual surroundings parameters associated with the display device; - determining a risk of visual suppression by ocular rivalry between an element of the visual surroundings and an element displayed by the display device on the basis of said visual surroundings parameters; - on the basis of the determined risk, adjusting one or more display parameters of the head-up display device; characterized in that a display parameter of the display device comprises one or more parameters comprising the luminance and/or the chrominance of one or of several elements displayed by the display device; the luminance being modified over time according to profiles comprising one or more sequences comprising a sequence of gradual increasing luminance, a sequence of a substantially constant plateau, a sequence of sudden increasing luminance, a sequence of gradual decreasing luminance. - determining one or more visual surroundings parameters associated with the display device; - determining a risk of visual suppression by ocular rivalry between an element of the visual surroundings and an element displayed by the display device on the basis of said visual surroundings parameters; - on the basis of the determined risk, adjusting one or more display parameters of the head-up display device;
A stainless-steel tee-pipe moulding process, comprising the following steps: S1: taking a stainless-steel pipe as a processing raw material and cutting out a main pipe and a secondary pipe from said stainless-steel pipe; S2: carrying out water swelling treatment on the bodies of the main pipe and secondary pipe with a swelling apparatus; or necking two ports of the main pipe and one port of the secondary pipe with a necking apparatus; S3: carrying out thread treatment on the two ports of the main pipe and on one port of the secondary pipe with a thread forming apparatus to form connecting threads; S4: forming a T-branch port on the body of the main pipe obtained after treatment in step S3, meanwhile, cutting the other port of the secondary pipe to obtain a docking port matched with the T-branch port, and then welding the docking port of the secondary pipe with the T-branch port of the body of the main pipe to form a tee-pipe blank; and S5: carrying out surface electroplating on the tee-pipe blank obtained after treatment in step S4 to form a tee-pipe end product. S1: taking a stainless-steel pipe as a processing raw material and cutting out a main pipe and a secondary pipe from said stainless-steel pipe; S2: carrying out water swelling treatment on the bodies of the main pipe and secondary pipe with a swelling apparatus; or necking two ports of the main pipe and one port of the secondary pipe with a necking apparatus; S3: carrying out thread treatment on the two ports of the main pipe and on one port of the secondary pipe with a thread forming apparatus to form connecting threads; S4: forming a T-branch port on the body of the main pipe obtained after treatment in step S3, meanwhile, cutting the other port of the secondary pipe to obtain a docking port matched with the T-branch port, and then welding the docking port of the secondary pipe with the T-branch port of the body of the main pipe to form a tee-pipe blank; and S5: carrying out surface electroplating on the tee-pipe blank obtained after treatment in step S4 to form a tee-pipe end product.
A medication management device comprising: a jacket configured to hold a bottle of eye drops, wherein the jacket includes one or more tactile sensors to activate and deactivate one or more motion sensors to detect movement of the jacket and the bottle, a mechanism for securing the bottle within an opening of the jacket, and a means for detecting if the bottle has been inserted; a monitoring module configured to use the motion sensors to monitor movement of the bottle and activate a drop sensor to record data regarding a drop of liquid leaving the bottle; and a wireless communication module configured to exchange the data with a communications device. a jacket configured to hold a bottle of eye drops, wherein the jacket includes one or more tactile sensors to activate and deactivate one or more motion sensors to detect movement of the jacket and the bottle, a mechanism for securing the bottle within an opening of the jacket, and a means for detecting if the bottle has been inserted; a monitoring module configured to use the motion sensors to monitor movement of the bottle and activate a drop sensor to record data regarding a drop of liquid leaving the bottle; and a wireless communication module configured to exchange the data with a communications device.
A computer-implemented method for filtering continuous time-varying sensor data for physiological signal prediction, the method comprising: receiving the continuous time-varying sensor data at least partially correlated with a physiological signal; segmenting the continuous time-varying sensor data into temporal windows ; using a trained filter machine learning model, predicting an error of predictions of the physiological signal for each temporal window of the time-varying data , the filter machine learning model trained using physiological signal predictions based on training continuous time-varying sensor data and known values of the physiological signal for the training continuous time-varying sensor data; discarding each window of time-varying sensor data when the predicted error for such window is greater than a threshold ; and where the window of time-varying sensor data is not discarded, using an extraction machine learning model, determining a physiological signal prediction for each temporal window of the time-varying sensor data , the extraction machine learning model trained using a training set of continuous time-varying sensor data and known values of the physiological signal for the training set of continuous time-varying sensor data, and outputting the physiological signal prediction . receiving the continuous time-varying sensor data at least partially correlated with a physiological signal; segmenting the continuous time-varying sensor data into temporal windows ; using a trained filter machine learning model, predicting an error of predictions of the physiological signal for each temporal window of the time-varying data , the filter machine learning model trained using physiological signal predictions based on training continuous time-varying sensor data and known values of the physiological signal for the training continuous time-varying sensor data; discarding each window of time-varying sensor data when the predicted error for such window is greater than a threshold ; and where the window of time-varying sensor data is not discarded, using an extraction machine learning model, determining a physiological signal prediction for each temporal window of the time-varying sensor data , the extraction machine learning model trained using a training set of continuous time-varying sensor data and known values of the physiological signal for the training set of continuous time-varying sensor data, and outputting the physiological signal prediction .
A recombinant modified vaccinia virus Ankara (MVA) comprising a nucleotide sequence of a poxvirus promoter operably linked to a nucleotide sequence encoding for a structural protein of an equine encephalitis virus (EEV) excluding encoding for a capsid protein of the EEV.
Lifting gear, particularly lever hoist , comprising a housing in which a load sprocket and a driveshaft driving the load sprocket via a gear are rotationally mounted, as well as a drive , a load pressure brake and a catch brake , wherein a load chain is movable by way of the load sprocket , characterised in that the catch brake has a locking disc having locking teeth and a control disc having control cams as well as an arrester hook , wherein the locking disc and the control disc are twisted or against one another, wherein the twisting is delimited by a twist path limitation and wherein the arrester hook is arranged so as to be pivotably movable and has a ratchet contour at a front end and a probe contour at a rear end , wherein the probe contour rests on the control disc under the influence of a spring element and the ratchet contour is able to be brought into locking engagement with a locking tooth of the locking disc .
A repair device configured for repairing tissues at a targeted anatomical site, the repair device comprising: a shaft ; a first distal gripping element having a medial end pivotally coupled to the shaft and extending to a free lateral end; a first proximal gripping element having a medial end pivotally coupled to the shaft and extending to a free lateral end, wherein the proximal gripping element is configured to cooperate with the distal gripping element to grasp targeted tissue therebetween; at least one adjustable arm coupled to an associated distal gripping element or proximal gripping element so that, upon actuation, the adjustable arm extends to lengthen a lateral reach of the associated gripping element ; characterised by at least one spring positioned between the adjustable arm and a stop , the at least one spring configured to provide a force to bias the adjustable arm toward an extended position, and a control line attached to the adjustable arm , the control line being routed such that applying tension to the control line moves the adjustable arm toward a retracted position and releasing tension moves the adjustable arm toward the extended position. a shaft ; a first distal gripping element having a medial end pivotally coupled to the shaft and extending to a free lateral end; a first proximal gripping element having a medial end pivotally coupled to the shaft and extending to a free lateral end, wherein the proximal gripping element is configured to cooperate with the distal gripping element to grasp targeted tissue therebetween; at least one adjustable arm coupled to an associated distal gripping element or proximal gripping element so that, upon actuation, the adjustable arm extends to lengthen a lateral reach of the associated gripping element ; characterised by at least one spring positioned between the adjustable arm and a stop , the at least one spring configured to provide a force to bias the adjustable arm toward an extended position, and a control line attached to the adjustable arm , the control line being routed such that applying tension to the control line moves the adjustable arm toward a retracted position and releasing tension moves the adjustable arm toward the extended position.
Emulsion polymer particles comprising from 25 to 45 wt% polymerized residues of at least one C 3 -C 6 carboxylic acid monomer and from 0.1 to 2 wt% polymerized residues of at least one crosslinker, wherein the particles have a Tg which occurs over a range of at least 60°C, said Tg being determined by modulated differential scanning calorimetry (MDSC) scanning from -150°C to 150°C while ramping temperature in a given sinusoidal modulation (oscillation) pattern overlaid on a conventional linear heating ramp at a ramp rate of 2.00°C/min to 150.00°C, taking the midpoint in the heat flow versus temperature transition as the Tg value.
A waterproof structure comprising a pair of housings for a connector which prevents that water is infiltrated into openings of terminal accommodating cavities which are respectively formed in the pair of housings fitted to each other, wherein one of the pair of the housings includes: a base part formed with the terminal accommodating cavity ; a hood part protruding forward from the base part ; and an annular member having a cylindrical shape and protruding forward to surround the opening at an inner side of the hood from a circumferential edge of the opening formed at a front end surface of the base part surrounded by the hood part , wherein the annular member is a resin member and is formed to have a spring property, the other of the pair of the housings includes: a base part formed to have a similar shape to an inner circumferential surface of the hood part and formed with the terminal accommodating cavity ; and an annular member having a cylindrical shape and protruding forward to surround the opening from a circumferential edge of the opening formed at a front end surface of the base part , the annular member of one housing being inserted into an annulus of the annular member of the other housing at a time of fitting, and at least one annular member includes a protrusion part which is an annular protrusion part protruding toward the other annular member and has a top part which is pressed by a surface of the other annular member at the time of fitting. a base part formed with the terminal accommodating cavity ; a hood part protruding forward from the base part ; and an annular member having a cylindrical shape and protruding forward to surround the opening at an inner side of the hood from a circumferential edge of the opening formed at a front end surface of the base part surrounded by the hood part , wherein the annular member is a resin member and is formed to have a spring property, the other of the pair of the housings includes: a base part formed to have a similar shape to an inner circumferential surface of the hood part and formed with the terminal accommodating cavity ; and an annular member having a cylindrical shape and protruding forward to surround the opening from a circumferential edge of the opening formed at a front end surface of the base part , a base part formed to have a similar shape to an inner circumferential surface of the hood part and formed with the terminal accommodating cavity ; and an annular member having a cylindrical shape and protruding forward to surround the opening from a circumferential edge of the opening formed at a front end surface of the base part ,
A method for controlling an artificial iris , said method comprising: receiving a measurement of light intensity detected by a sensor on or adjacent to the artificial iris ; accessing a user-specific profile based on user calibration for determining one or more user-specific thresholds of light intensity of the user-specific profile, wherein the one or more user-specific thresholds are associated with light intensities for triggering a change of light transmittance through the artificial iris ; receiving input for selecting one of a plurality of stored user-specific profiles to be active, each user-specific profile being associated with a same user, wherein said accessing comprises accessing the user-specific profile selected to be active; comparing the received measurement of light intensity to the one or more thresholds in the active user-specific profile; and determining , based on said comparing, whether to turn on or turn off one or more concentric rings of liquid crystals of the artificial iris for controlling an amount of light transmitted through the artificial iris . receiving a measurement of light intensity detected by a sensor on or adjacent to the artificial iris ; accessing a user-specific profile based on user calibration for determining one or more user-specific thresholds of light intensity of the user-specific profile, wherein the one or more user-specific thresholds are associated with light intensities for triggering a change of light transmittance through the artificial iris ; receiving input for selecting one of a plurality of stored user-specific profiles to be active, each user-specific profile being associated with a same user, wherein said accessing comprises accessing the user-specific profile selected to be active; comparing the received measurement of light intensity to the one or more thresholds in the active user-specific profile; and determining , based on said comparing, whether to turn on or turn off one or more concentric rings of liquid crystals of the artificial iris for controlling an amount of light transmitted through the artificial iris .
A method of supporting a body part having a bony prominence , a layer of soft tissue surrounding the bony prominence and a skin layer covering the soft tissue , the method comprising: providing a device comprising: a first portion configured to support a body part having a bony prominence , a layer of soft tissue surrounding the bony prominence and a skin layer covering the soft tissue , wherein, in use, the body part applies a first pressure to the first portion in a first direction; means for detecting the first pressure; and a second portion having means for applying a second pressure to the body part in a second direction substantially perpendicular to the first direction; detecting the first pressure; determining the second pressure based on a user parameter; and applying the second pressure to the body part in the second direction at a pre-determined ratio relative to the first pressure using said means for applying the second pressure to substantially reduce bulging of the soft tissue surrounding the bony prominence so as to reduce deviatoric stresses in the soft tissue in close proximity to the bony prominence , wherein the pre-determined ratio of the second pressure to the first pressure is between 0.5 and 0.8. providing a device comprising: a first portion configured to support a body part having a bony prominence , a layer of soft tissue surrounding the bony prominence and a skin layer covering the soft tissue , wherein, in use, the body part applies a first pressure to the first portion in a first direction; means for detecting the first pressure; and a second portion having means for applying a second pressure to the body part in a second direction substantially perpendicular to the first direction; detecting the first pressure; determining the second pressure based on a user parameter; and applying the second pressure to the body part in the second direction at a pre-determined ratio relative to the first pressure using said means for applying the second pressure to substantially reduce bulging of the soft tissue surrounding the bony prominence so as to reduce deviatoric stresses in the soft tissue in close proximity to the bony prominence , wherein the pre-determined ratio of the second pressure to the first pressure is between 0.5 and 0.8.
A wireless relay module comprising: an electrical connector configured to receive primary power from a power source; a battery configured to provide secondary power upon a changed characteristic of primary power; a first receiver capable of wirelessly receiving medical device data over a wireless relay network formed of wireless relay modules , the data from at least one medical device ; a first transmitter capable of wirelessly transmitting medical device data over the wireless relay network of wireless relay modules ; a second transmitter capable of wirelessly transmitting data over an internet accessible wireless communications network; and a processor coupled to the first and second transmitters , said processor configured to control said wireless relay module to select one of said first and second transmitter for transmitting the medical device data received by said first receiver ; and said processor further configured to produce a power alarm signal upon a changed characteristic of the primary power, determine whether at least a second wireless relay module communicating on the same wireless relay network is accessible to receive a message or if at least the second wireless relay module is inaccessible repeat a search for a further relay module that is accessible, and send the power alarm signal to at least the second wireless relay module or the further relay module for proliferation of the power alarm signal over the wireless relay network if it is determined that the second wireless relay module or the further relay module is accessible. an electrical connector configured to receive primary power from a power source; a battery configured to provide secondary power upon a changed characteristic of primary power; a first receiver capable of wirelessly receiving medical device data over a wireless relay network formed of wireless relay modules , the data from at least one medical device ; a first transmitter capable of wirelessly transmitting medical device data over the wireless relay network of wireless relay modules ; a second transmitter capable of wirelessly transmitting data over an internet accessible wireless communications network; and a processor coupled to the first and second transmitters , said processor configured to control said wireless relay module to select one of said first and second transmitter for transmitting the medical device data received by said first receiver ; and said processor further configured to produce a power alarm signal upon a changed characteristic of the primary power, determine whether at least a second wireless relay module communicating on the same wireless relay network is accessible to receive a message or if at least the second wireless relay module is inaccessible repeat a search for a further relay module that is accessible, and send the power alarm signal to at least the second wireless relay module or the further relay module for proliferation of the power alarm signal over the wireless relay network if it is determined that the second wireless relay module or the further relay module is accessible.
A system for detecting the respiratory effort of a patient , comprising a pressure determination device for determining a pressure at the point in time of the respiratory effort of the patient , wherein the pressure determination device is designed as an esophageal catheter and has a gas-filled balloon , and comprising a respirator for assisted respiration of a patient with a pressure inlet nozzle for the esophageal catheter and a pressure sensor , wherein a respiratory effort of the patient is detected via the gas-filled balloon of the esophageal catheter , wherein the esophageal catheter determines the functional positive end-expiratory pressure, which is referred to as intrinsic PEEP (PEEPi), during spontaneous. respiration, wherein the system additionally comprises an apparatus, for example a control unit, which is configured in such a way that, in order to detect synchronicity , it compares a respiratory gas stroke chronologically specified by the respirator , such as pressure or volume or flow, with the respiratory effort of the patient , characterized in that an index of the failed triggers is determined and constituted with the comparison, which index represents the degree of the synchronization between the inspiration efforts of the patient and the inspiration specification of the respirator.