mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol generating apparatus , comprising: a vial for storing liquid medicament comprising a penetrable seal ; a cap assembly comprising an actuator with an interior bore extending therethrough, the interior bore having a first end and a second end and open fluid communication between the first end and the second end, a perforated membrane coupled to the cap assembly and disposed at or near the first end of the interior bore of the actuator , a fastener and a first attachment element , wherein the fastener is adapted to detachably secure the cap assembly to the vial in a first position such that the penetrable seal aligns with the second end of the interior bore of the actuator ; and a receptacle for receiving the cap assembly with the vial , the receptacle including a driving element which is coupled to a substrate and a second attachment element configured to attach with the first attachment element of the cap assembly , wherein the perforated membrane projects over and communicates with the driving element when the receptacle engages the cap assembly , and the perforated membrane ; wherein the actuator , when actuated from the first position to a second position, is configured to penetrate the penetrable seal such that the liquid medicament is displaced through the interior bore from the second end to the perforated membrane at or near the first end and the driving element is configured to vibrate the liquid medicament at the perforated membrane via the substrate to generate aerosol through the receptacle . a vial for storing liquid medicament comprising a penetrable seal ; a cap assembly comprising an actuator with an interior bore extending therethrough, the interior bore having a first end and a second end and open fluid communication between the first end and the second end, a perforated membrane coupled to the cap assembly and disposed at or near the first end of the interior bore of the actuator , a fastener and a first attachment element , wherein the fastener is adapted to detachably secure the cap assembly to the vial in a first position such that the penetrable seal aligns with the second end of the interior bore of the actuator ; and a receptacle for receiving the cap assembly with the vial , the receptacle including a driving element which is coupled to a substrate and a second attachment element configured to attach with the first attachment element of the cap assembly , wherein the perforated membrane projects over and communicates with the driving element when the receptacle engages the cap assembly , and the perforated membrane ; wherein the actuator , when actuated from the first position to a second position, is configured to penetrate the penetrable seal such that the liquid medicament is displaced through the interior bore from the second end to the perforated membrane at or near the first end and the driving element is configured to vibrate the liquid medicament at the perforated membrane via the substrate to generate aerosol through the receptacle .
A method for controlling a prosthetic ankle joint employing a processor and a sensor , the method, comprising: - collecting gait data from the sensor ; - determining from the collected gait data if the prosthetic ankle joint is weight bearing ; ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking ; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient , and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed , and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint . - collecting gait data from the sensor ; - determining from the collected gait data if the prosthetic ankle joint is weight bearing ; ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking ; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient , and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed , and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint . ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking ; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient , and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed , and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint .
Method for generating an indicator or biomarker (SIG power , APPROX power , 499) of the perception of colors by a mammal subject , comprising the following steps: subjecting the mammal subject to at least one dynamic multi-color, typically two-color, stimulus comprising displaying, on a display peripheral , a multi-color, typically two-color, pattern at least two colors of which are periodically inverted at a frequency called the tagging frequency (F tag ), controlling a modification over time of at least one (C 2 ) of the two colors of the multi-color pattern during the display of the dynamic multi-color stimulus, in order to make the displayed luminance of this color vary, acquiring , with an image-acquiring device , an oscillatory response (SIG resp ) of at least one pupil of the mammal subject, during the display of the dynamic multi-color stimulus, and generating , from the acquired response, a signal (SIG power , APPROX power ) representative of the power of the oscillatory response (SIG resp ) of the pupil as a function of the modification over time of at least one of the two colors during the display of the dynamic multi-color stimulus. subjecting the mammal subject to at least one dynamic multi-color, typically two-color, stimulus comprising displaying, on a display peripheral , a multi-color, typically two-color, pattern at least two colors of which are periodically inverted at a frequency called the tagging frequency (F tag ), controlling a modification over time of at least one (C 2 ) of the two colors of the multi-color pattern during the display of the dynamic multi-color stimulus, in order to make the displayed luminance of this color vary, acquiring , with an image-acquiring device , an oscillatory response (SIG resp ) of at least one pupil of the mammal subject, during the display of the dynamic multi-color stimulus, and generating , from the acquired response, a signal (SIG power , APPROX power ) representative of the power of the oscillatory response (SIG resp ) of the pupil as a function of the modification over time of at least one of the two colors during the display of the dynamic multi-color stimulus.
A stent device deployment apparatus comprising: a) a body having an internal bore , and a distal end, a side window , and a longitudinal axis, the body including a hinged cover and further including a locking pin that locks the hinged cover in a closed position, the body further including a bore restriction at the distal end of the body , the bore restriction including two circumferential slots extending along the longitudinal axis; b) a sheath extending through the internal bore and the bore restriction ; and c) a pull strap coupled to the sheath . a) a body having an internal bore , and a distal end, a side window , and a longitudinal axis, the body including a hinged cover and further including a locking pin that locks the hinged cover in a closed position, the body further including a bore restriction at the distal end of the body , the bore restriction including two circumferential slots extending along the longitudinal axis; b) a sheath extending through the internal bore and the bore restriction ; and c) a pull strap coupled to the sheath .
A method for enabling subnet stretching via Layer 3, L3, communications, comprising: configuring a first machine in a first network assigned a first IP address as a first gateway to communicate with a second machine in a second network assigned a second IP address configured to act in the second network as a second gateway; configuring the first network as a part of a single subnet with the second network using a subnet mask shared by networks comprising the single subnet; associating IP addresses of machines from the second network with the first gateway within the first network; receiving , within the first network at the first gateway, an L3 packet having a destination field designating at least one IP address associated with the first gateway from the second network; encapsulating , at the first gateway, the L3 packet as a payload of a tunneled L3 packet, wherein a destination field of the tunneled L3 packet designates the second IP address; transmitting the tunneled L3 packet from the first gateway to the second gateway; decapsulating , at the second gateway, the tunneled L3 packet to restore the L3 packet; and forwarding , from the second gateway, the L3 packet to the at least one IP address in the second network designated in the destination field. configuring a first machine in a first network assigned a first IP address as a first gateway to communicate with a second machine in a second network assigned a second IP address configured to act in the second network as a second gateway; configuring the first network as a part of a single subnet with the second network using a subnet mask shared by networks comprising the single subnet; associating IP addresses of machines from the second network with the first gateway within the first network; receiving , within the first network at the first gateway, an L3 packet having a destination field designating at least one IP address associated with the first gateway from the second network; encapsulating , at the first gateway, the L3 packet as a payload of a tunneled L3 packet, wherein a destination field of the tunneled L3 packet designates the second IP address; transmitting the tunneled L3 packet from the first gateway to the second gateway; decapsulating , at the second gateway, the tunneled L3 packet to restore the L3 packet; and forwarding , from the second gateway, the L3 packet to the at least one IP address in the second network designated in the destination field.
A stacked all-solid-state battery comprising: a plurality of all-solid-state batteries, each of the all-solid-state batteries including a cathode layer that has a cathode current collector and a cathode active material layer containing at least a cathode active material and formed on the cathode current collector, an anode layer that has an anode current collector and an anode active material layer containing at least an anode active material and formed on the anode current collector, and a solid electrolyte layer disposed between the cathode active material layer and the anode active material layer and containing a solid electrolyte having at least a lithium ion conductivity, wherein the plurality of all-solid-state batteries are stacked, and the plurality of all-solid-state batteries include two adjacent all-solid-state batteries, the two adjacent all-solid-state batteries being configured such that the cathode current collector of one of the two adjacent all-solid-state batteries is directly joined to the anode current collector of the other one of the two adjacent all-solid-state batteries, and a void is present at a interface between the cathode current collector of the one of the two adjacent all-solid-state batteries and the anode current collector of the other one of the two adjacent all-solid-state batteries. a plurality of all-solid-state batteries, each of the all-solid-state batteries including a cathode layer that has a cathode current collector and a cathode active material layer containing at least a cathode active material and formed on the cathode current collector, an anode layer that has an anode current collector and an anode active material layer containing at least an anode active material and formed on the anode current collector, and a solid electrolyte layer disposed between the cathode active material layer and the anode active material layer and containing a solid electrolyte having at least a lithium ion conductivity, wherein the plurality of all-solid-state batteries are stacked, and the plurality of all-solid-state batteries include two adjacent all-solid-state batteries, the two adjacent all-solid-state batteries being configured such that the cathode current collector of one of the two adjacent all-solid-state batteries is directly joined to the anode current collector of the other one of the two adjacent all-solid-state batteries, and a void is present at a interface between the cathode current collector of the one of the two adjacent all-solid-state batteries and the anode current collector of the other one of the two adjacent all-solid-state batteries.
A peptide comprising the amino acid sequence YEKLLDTEI (SEQ ID NO: 1) or a functional variant thereof, wherein the functional variant is obtained by performing one or more conservative substitutions in YEKLLDTEI (SEQ ID NO: 1), wherein the peptide is capable of binding to the PDZ1/2 domain of PSD-95 and inhibits the interaction between NMDAR and PSD-95.
A wireless communication method, comprising: determining (S210), by a first terminal device, that a Radio Link Failure, RLF has occurred on a sidelink between the first terminal device and a second terminal device; and responding (S220) to the RLF of the sidelink by the first terminal device; wherein responding (S220) to the RLF of the sidelink by the first terminal device is characterised by : resetting, by the first terminal device, a relevant entity of the bearer communicating through the sidelink. determining (S210), by a first terminal device, that a Radio Link Failure, RLF has occurred on a sidelink between the first terminal device and a second terminal device; and responding (S220) to the RLF of the sidelink by the first terminal device; wherein responding (S220) to the RLF of the sidelink by the first terminal device is characterised by : resetting, by the first terminal device, a relevant entity of the bearer communicating through the sidelink.
An EMS garment , for example, a suit, jacket, belt, shirt, trousers, armband, and/or legband, which carries a first number of EMS electrodes , wherein the first number of EMS electrodes for transmitting EMS stimuli, which consists of current pulses and/or alternating current having predefined value such as amplitude and frequency, from a connected EMS stimulus generating unit to the living body are each designed as a planar pad applied flexibly to the body or as a an electrically conducting conductive textile layer containing metallic or metallized threads, characterized in that the EMS garment has at least one sacrificial anode , which is electrically conductively connected to the respective EMS electrode , wherein the sacrificial anode consists of a material having a negative standard electrode potential in the electrochemical electromotive series or comprises such a material, wherein the at least one EMS electrode supporting a sacrificial anode has a crimp plug, snap , or press connection bushing, on which the conductive layer is electrically conductively pressed, welded thereto, or sewn thereto, and/or on which an EMS signal line is clamped, soldered, sewn, or plugged on or in using a matching plug, wherein the sacrificial anode is formed as a metal plate or strip attached to the crimp plug, snap , or the press connection bushing.
Vertical flow-wrapper comprising: - a frame , - a web feed, which, preferably continuously, feeds a web to a form-shoulder and a form-fill tube , which form the web into a web-tube, - longitudinal sealing-means to seal the longitudinal edges of the web tube together and - cross sealing means to provide a cross-seal to the web tube to produce individual packages, wherein the cross sealing means comprises seal jaws , a closing motor (M) and a jaw closing mechanism provided between the closing motor (M) and the seal jaws and wherein the seal jaws and the jaw closing mechanism reciprocate between an upper and a lower vertical position driven by a reciprocation-motor, wherein the closing motor (M) is provided at the frame and a torque transfer means is provided between the closing motor (M) and the closing mechanism , wherein the closing motor and the reciprocation motor are operated independently from each other, characterized in, that the closing motor is connected to the frame by a slide bearing or that the closing motor is pivotably connected to the frame. - a frame , - a web feed, which, preferably continuously, feeds a web to a form-shoulder and a form-fill tube , which form the web into a web-tube, - longitudinal sealing-means to seal the longitudinal edges of the web tube together and - cross sealing means to provide a cross-seal to the web tube to produce individual packages, wherein the cross sealing means comprises seal jaws , a closing motor (M) and a jaw closing mechanism provided between the closing motor (M) and the seal jaws and wherein the seal jaws and the jaw closing mechanism reciprocate between an upper and a lower vertical position driven by a reciprocation-motor, wherein the closing motor (M) is provided at the frame and a torque transfer means is provided between the closing motor (M) and the closing mechanism , wherein the closing motor and the reciprocation motor are operated independently from each other, characterized in, that the closing motor is connected to the frame by a slide bearing or that the closing motor is pivotably connected to the frame.
Plug connection system for an edge plug connection , comprising a plug contact strip formed in an edge region of a printed circuit board , a complementary plug connector to be plugged onto the plug contact strip , and a plug connection securing means for securing the edge plug connection produced by the plug connector and the plug contact strip against automatic release, characterized in that the plug connection securing means is designed as a fastening strip and/or has such a fastening strip , the fastening strip having a connection receptacle and a connection portion , and the connection portion and the connection receptacle being fixable to one another.
A method of aligning and placing an electronic component, the electronic component having a first, top surface side and a second, bottom surface side opposite to the first surface side , the method comprising steps of a. illuminating, using a light source unit, the electronic component with light which transmits through the electronic component , such that at least one feature of the electronic component visible from the first surface side and at least one feature visible from the second surface side; b. obtaining, using a first camera unit, an image of the electronic component containing image data of the at least one feature present visible from the first surface side and at least one feature visible from the second surface side; c. calculating, based on the image data, of a correction value wherein the correction value is indicative of a position of the second surface side of the electronic component with respect to the first surface side of the electronic component ; d. transferring the electronic component to an assembling station; e. calculating of a position of an adjusted placing area of the electronic component by adjusting a placing area , which is an area within the assembling station where the second side of the electronic component must by placed, with the correction value; f. placing the electronic component , using a second camera unit, by obtaining an image containing image data of the first surface side of the electronic component and an assembly device structured to place the electronic component , such that the first surface side of the electronic component is located within the adjusted designated area. a. illuminating, using a light source unit, the electronic component with light which transmits through the electronic component , such that at least one feature of the electronic component visible from the first surface side and at least one feature visible from the second surface side; b. obtaining, using a first camera unit, an image of the electronic component containing image data of the at least one feature present visible from the first surface side and at least one feature visible from the second surface side; c. calculating, based on the image data, of a correction value wherein the correction value is indicative of a position of the second surface side of the electronic component with respect to the first surface side of the electronic component ; d. transferring the electronic component to an assembling station; e. calculating of a position of an adjusted placing area of the electronic component by adjusting a placing area , which is an area within the assembling station where the second side of the electronic component must by placed, with the correction value; f. placing the electronic component , using a second camera unit, by obtaining an image containing image data of the first surface side of the electronic component and an assembly device structured to place the electronic component , such that the first surface side of the electronic component is located within the adjusted designated area.