mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for use in delivering a stimulating signal by a stimulating medical device having a plurality of electrodes, comprising: a first set of one or more band-pass filters configured to filter a received signal to obtain a first set of one or more band-pass filtered signals; a first set of at least one envelope detector configured to determine a timing envelope by determining an envelope of at least one of the band-pass filtered signals; characterized by a first set of one or more pulse time selectors configured to determine a pulse time based on when a phase of the timing envelope is equal to a specified phase; a first set of one or more amplitude selectors being configured to determine an amplitude for the pulse time; and a transmitter configured to transmit the determined pulse time and amplitude for use in delivering a stimulation signal to one or more of the plurality of electrodes based on the determined pulse time and amplitude. a first set of one or more band-pass filters configured to filter a received signal to obtain a first set of one or more band-pass filtered signals; a first set of at least one envelope detector configured to determine a timing envelope by determining an envelope of at least one of the band-pass filtered signals; characterized by a first set of one or more pulse time selectors configured to determine a pulse time based on when a phase of the timing envelope is equal to a specified phase; a first set of one or more amplitude selectors being configured to determine an amplitude for the pulse time; and a transmitter configured to transmit the determined pulse time and amplitude for use in delivering a stimulation signal to one or more of the plurality of electrodes based on the determined pulse time and amplitude.
A razor handle comprising: a main body ; a pivoting head pivotally coupled with the main body about a first axis of rotation ; a severable benefit delivery member , extending from a main body connection on said main body to a pivoting head connection on said pivoting head , said benefit delivery member providing a first biasing torque on said pivoting head to affect an angular deflection about said first axis of rotation of said pivoting head relative to said main body , a spring member extending from a spring-main-body connection on said main body to a spring-pivoting-head connection on said pivoting head , said spring member applying a second biasing torque to affect an angular deflection about said first axis of rotation of said pivoting head relative to said main body ; and wherein a ratio of the sum of said first and second pivoting torques divided by said angular deflection in radians to said second pivoting torque divided by said angular deflection in radians of said pivoting head with said pivot benefit delivery connection severed is greater than 2. a main body ; a pivoting head pivotally coupled with the main body about a first axis of rotation ; a severable benefit delivery member , extending from a main body connection on said main body to a pivoting head connection on said pivoting head , said benefit delivery member providing a first biasing torque on said pivoting head to affect an angular deflection about said first axis of rotation of said pivoting head relative to said main body , a spring member extending from a spring-main-body connection on said main body to a spring-pivoting-head connection on said pivoting head , said spring member applying a second biasing torque to affect an angular deflection about said first axis of rotation of said pivoting head relative to said main body ; and wherein a ratio of the sum of said first and second pivoting torques divided by said angular deflection in radians to said second pivoting torque divided by said angular deflection in radians of said pivoting head with said pivot benefit delivery connection severed is greater than 2.
An analysis device comprising: data collection means for measuring an input to a structure and a response of the structure to the input; system identification means for identifying a model representing time evolution of the structure using a non-Gaussian random process, based on a distribution of the response of the structure; input modeling means for generating a probability model representing a distribution of the input, based on data indicating fluctuation of the input to the structure; input generation means for generating an input signal for the structure based on the probability model; response calculation means for deriving random response of vibration occurring in the structure in response to the input signal, based on the model representing time evolution of the structure and the input signal; and stress calculating means for calculating stress occurring in the structure, based on the derived random response. data collection means for measuring an input to a structure and a response of the structure to the input; system identification means for identifying a model representing time evolution of the structure using a non-Gaussian random process, based on a distribution of the response of the structure; input modeling means for generating a probability model representing a distribution of the input, based on data indicating fluctuation of the input to the structure; input generation means for generating an input signal for the structure based on the probability model; response calculation means for deriving random response of vibration occurring in the structure in response to the input signal, based on the model representing time evolution of the structure and the input signal; and stress calculating means for calculating stress occurring in the structure, based on the derived random response.
A compound, wherein the compound is 2-methyl-3-(4-(3-(pyrrolidin-1-yl)propoxy)phenyl)-6-(pentafluorosulfanyl) quinazolin-4(3 H )-one (I): or a pharmaceutically acceptable salt thereof.
A method for fabricating a spar detail for an aircraft , the method comprising: fabricating preforms of fiber reinforced material for spar segments , at least one of the spar segments comprising a kink , each kink being contained entirely within a preform and comprising an inflection point at which an inflection angle between a first neutral axis and a second neutral axis (350-1) of the preform is between two and ten degrees; hardening the preforms to form the spar segments ; and assembling the spar segments together to form a completed spar detail exhibiting at least one of the kinks . fabricating preforms of fiber reinforced material for spar segments , at least one of the spar segments comprising a kink , each kink being contained entirely within a preform and comprising an inflection point at which an inflection angle between a first neutral axis and a second neutral axis (350-1) of the preform is between two and ten degrees; hardening the preforms to form the spar segments ; and assembling the spar segments together to form a completed spar detail exhibiting at least one of the kinks .
Method to control a hybrid powertrain , in order to achieve reverse drive, wherein the hybrid powertrain comprises an internal combustion engine ; a gearbox with an input shaft and an output shaft ; a first planetary gear , connected to the input shaft and a first main shaft ; a second planetary gear , connected to the first planetary gear and a second main shaft ; a first electrical machine , connected to the first planetary gear ; a second electrical machine , connected to the second planetary gear ; at least one gear pair , connected with the first main shaft and the output shaft ; and at least one gear pair , connected with the second main shaft and the output shaft , wherein the internal combustion engine is connected with the first planetary gear via the input shaft , characterised by the steps: a) ensuring that moveable parts of the first planetary gear are disconnected from each other by means of a first coupling device , and/or that moveable parts of the second planetary gear are disconnected from each other by means of a second coupling device ; b) ensuring that an output shaft of the internal combustion engine is prevented from rotating; and c) controlling the first electrical machine and/or the second electrical machine , such that a negative torque is achieved at the output shaft via the first main shaft and/or the second main shaft . a) ensuring that moveable parts of the first planetary gear are disconnected from each other by means of a first coupling device , and/or that moveable parts of the second planetary gear are disconnected from each other by means of a second coupling device ; b) ensuring that an output shaft of the internal combustion engine is prevented from rotating; and c) controlling the first electrical machine and/or the second electrical machine , such that a negative torque is achieved at the output shaft via the first main shaft and/or the second main shaft .
A fiber optic cable guide comprising: an elongate support member for being disposed in a longitudinal direction of a fiber optic cable and configured for providing a radius of curvature to the fiber optic cable for changing a direction of the fiber optic cable, wherein the support member has a first end and a second end spaced apart longitudinally from the first end, the first end of the support member defining a first longitudinal axis, and at least a portion of the elongate support member is flexible between the first end and the second end; and a strap disposed longitudinally along the support member and having a first strap end fixedly attached adjacent the first end of the support member, and a second strap end disposed adjacent the second end of the support member, the strap being configured to be pulled longitudinally with respect to the support member for bending the support member to variably offset and retain the second end at the angle with respect to the first longitudinal axis. an elongate support member for being disposed in a longitudinal direction of a fiber optic cable and configured for providing a radius of curvature to the fiber optic cable for changing a direction of the fiber optic cable, wherein the support member has a first end and a second end spaced apart longitudinally from the first end, the first end of the support member defining a first longitudinal axis, and at least a portion of the elongate support member is flexible between the first end and the second end; and a strap disposed longitudinally along the support member and having a first strap end fixedly attached adjacent the first end of the support member, and a second strap end disposed adjacent the second end of the support member, the strap being configured to be pulled longitudinally with respect to the support member for bending the support member to variably offset and retain the second end at the angle with respect to the first longitudinal axis.
A touch screen apparatus comprising: a display ; a plurality of ultrasonic sensors configured to irradiate ultrasonic signals, wherein the plurality of ultrasonic sensors are provided on an outer part of the display ; a reflector apparatus having a paraboloid surface configured to reflect the ultrasonic signals irradiated from the plurality of ultrasonic sensors in a direction parallel to a surface of the display and above the display ; and a processor configured to, in response to ultrasonic signals being received by the plurality of ultrasonic sensors , which are reflected from the reflector apparatus and then are reflected from a plurality of objects (o 1 , o 2 ) touched on the display , determine touch points of the objects based on Time of Flights (ToFs) of the received ultrasonic signals. a display ; a plurality of ultrasonic sensors configured to irradiate ultrasonic signals, wherein the plurality of ultrasonic sensors are provided on an outer part of the display ; a reflector apparatus having a paraboloid surface configured to reflect the ultrasonic signals irradiated from the plurality of ultrasonic sensors in a direction parallel to a surface of the display and above the display ; and a processor configured to, in response to ultrasonic signals being received by the plurality of ultrasonic sensors , which are reflected from the reflector apparatus and then are reflected from a plurality of objects (o 1 , o 2 ) touched on the display , determine touch points of the objects based on Time of Flights (ToFs) of the received ultrasonic signals.
A method for transmitting a first device-to-device, D2D, discovery signal in a wireless communication system, the method performed by a first user equipment, UE, which supports D2D discovery in a radio resource control, RRC, idle state and the D2D discovery in an RRC connected state and comprising: receiving (S210), from a cell, a paging message indicating D2D discovery, wherein the paging message including an identity of the first UE and an identity of a second UE; transmitting (S230), to the cell, an RRC connection request message if the first UE is in the RRC idle state and the first UE is in coverage of the cell, when the first UE determines to request D2D discovery, wherein the RRC connection request message includes cause information informing that a cause of transmitting the RRC connection request message is the D2D discovery, and the D2D discovery is a procedure discovering the second UE which has an ability of supporting proximity services, Prose; receiving (S240), from the cell, information for the second UE and information for the D2D discovery in response to the RRC connection request message; transmitting (S250), to the cell, a RRC connection setup complete message after receiving the information for the second UE and information for the D2D discovery; and transmitting (S260), to the second UE, the first D2D discovery signal based on the received information on the second UE and information for the D2D discovery; and receiving (S270), from the second UE, a second D2D discovery signal, wherein the D2D discovery is performed after a transition from the RRC idle state to the RRC connected state. receiving (S210), from a cell, a paging message indicating D2D discovery, wherein the paging message including an identity of the first UE and an identity of a second UE; transmitting (S230), to the cell, an RRC connection request message if the first UE is in the RRC idle state and the first UE is in coverage of the cell, when the first UE determines to request D2D discovery, wherein the RRC connection request message includes cause information informing that a cause of transmitting the RRC connection request message is the D2D discovery, and the D2D discovery is a procedure discovering the second UE which has an ability of supporting proximity services, Prose; receiving (S240), from the cell, information for the second UE and information for the D2D discovery in response to the RRC connection request message; transmitting (S250), to the cell, a RRC connection setup complete message after receiving the information for the second UE and information for the D2D discovery; and transmitting (S260), to the second UE, the first D2D discovery signal based on the received information on the second UE and information for the D2D discovery; and receiving (S270), from the second UE, a second D2D discovery signal, wherein the D2D discovery is performed after a transition from the RRC idle state to the RRC connected state.
Belt strap for a safety belt device of a motor vehicle, comprising - at least one cavity for receiving electronic components and/or leads , - the cavity being formed by two fabric layers which are interconnected in the outer edge portions by one or more binding threads which extend in parallel with the longitudinal direction of the belt strap, and - the fabric layers being formed by a plurality of warp threads and weft threads , characterized in that - the warp threads are connected to the weft threads in a 5/1/1 weave. - at least one cavity for receiving electronic components and/or leads , - the cavity being formed by two fabric layers which are interconnected in the outer edge portions by one or more binding threads which extend in parallel with the longitudinal direction of the belt strap, and - the fabric layers being formed by a plurality of warp threads and weft threads , - the warp threads are connected to the weft threads in a 5/1/1 weave.
A method for prediction of fatigue life properties of an additive manufactured element, specimen or material structure, in an industrial product design or manufacturing, with a data collection step in which several data points for maximum stress vs. cycles to failure for different given processing steps, surface and volume conditions of the element, specimen or material structure are collected, with a training step in which a machine learning system is trained with the collected data, and with an evaluation step in which the trained machine learning system is confronted with new actual processing conditions and used to predict the fatigue life properties of the element, specimen or material structure, and with an application step in which the predicted fatigue life properties are used to design the product or to parametrize an manufacturing process, characterized in that for the evaluation step , a definition of topologic properties of the element and a definition of different zones, each with own properties and conditions, are provided, and the evaluation calculates separate fatigue life properties for the different zones. with a data collection step in which several data points for maximum stress vs. cycles to failure for different given processing steps, surface and volume conditions of the element, specimen or material structure are collected, with a training step in which a machine learning system is trained with the collected data, and with an evaluation step in which the trained machine learning system is confronted with new actual processing conditions and used to predict the fatigue life properties of the element, specimen or material structure, and with an application step in which the predicted fatigue life properties are used to design the product or to parametrize an manufacturing process, characterized in that for the evaluation step , a definition of topologic properties of the element and a definition of different zones, each with own properties and conditions, are provided, and the evaluation calculates separate fatigue life properties for the different zones.
A fall protection harness comprising: one or more straps : an electrical sensing device coupled to the one or more straps ; a computer processor coupled to the electrical sensing device ; and a transmitter coupled to the computer processor ; wherein the one or more straps comprise: an electrically non-conducting thread ; and an electrically conducting thread ; wherein the one or more straps are folded at a folded over portion of the one or more straps thereby forming a first surface of the one or more straps and a second opposing surface of the one or more straps , and wherein the electrically non-conducting thread and the electrically conducting thread are intertwined and couple the first surface of the one or more straps to the second opposing surface of the one or more straps at the folded over portion of the one or more straps ; and wherein the electrical sensing device is operable to detect one or more of a disruption in current in the electrically conducting thread , a disruption in voltage in the electrically conducting thread , or a change in resistance in the electrically conducting thread , thereby indicating one or more of damage to the fall protection harness or a fall by a person wearing the fall protection harness. an electrical sensing device coupled to the one or more straps ; a computer processor coupled to the electrical sensing device ; and a transmitter coupled to the computer processor ; wherein the one or more straps comprise: an electrically non-conducting thread ; and an electrically conducting thread ; an electrically non-conducting thread ; and an electrically conducting thread ; wherein the one or more straps are folded at a folded over portion of the one or more straps thereby forming a first surface of the one or more straps and a second opposing surface of the one or more straps , and wherein the electrically non-conducting thread and the electrically conducting thread are intertwined and couple the first surface of the one or more straps to the second opposing surface of the one or more straps at the folded over portion of the one or more straps ; and wherein the electrical sensing device is operable to detect one or more of a disruption in current in the electrically conducting thread , a disruption in voltage in the electrically conducting thread , or a change in resistance in the electrically conducting thread , thereby indicating one or more of damage to the fall protection harness or a fall by a person wearing the fall protection harness.
Carriage arrangement for a sliding door, in particular a lift-and-slide door, having a first and a second carriage , each comprising a lifting device with a guide part movably mounted along a link guide for raising and lowering a support part , and a door leaf can be supported on the support parts , wherein each carriage comprises rollers rotatably mounted between two web-shaped roller holders , which rollers can be moved on a running rail and the roller holders are each rotatably mounted relative to the support part , wherein the guide part is in the form of a pin which engages through the link guide and the web-shaped roller holders , wherein the roller holders of the first carriage are fixed to the roller holders of the second carriage by means of a connecting rod , characterized in that a control element for raising or lowering the lifting device is connected to the guide part on the first carriage and tensile or compressive forces can be transmitted between an actuating mechanism and the guide part by means of the control element .
An image processing method, comprising: obtaining three-dimensional image data obtained by optical coherence tomography imaging of a fertilized egg in a blastocyst stage and two-dimensional image data obtained by optical microscope imaging of the fertilized egg (S102, S111); specifying a structure region corresponding to a structure of the fertilized egg from the three-dimensional image data (S 112); specifying a region corresponding to a zona pellucida of the fertilized egg from the two-dimensional image data and obtaining an average thickness of the zona pellucida (S113); and dividing the structure region into a region in a range of the average thickness from an outer edge toward inside of the structure region and other regions (S114). obtaining three-dimensional image data obtained by optical coherence tomography imaging of a fertilized egg in a blastocyst stage and two-dimensional image data obtained by optical microscope imaging of the fertilized egg (S102, S111); specifying a structure region corresponding to a structure of the fertilized egg from the three-dimensional image data (S 112); specifying a region corresponding to a zona pellucida of the fertilized egg from the two-dimensional image data and obtaining an average thickness of the zona pellucida (S113); and dividing the structure region into a region in a range of the average thickness from an outer edge toward inside of the structure region and other regions (S114).