mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing credential gathering requirements for gathering credentials from a user, the method comprising: (a) receiving, by an agent executing on a client , authentication implementation information from a device intermediary to the client and one or more servers , the authentication implementation information identifying an authentication scheme , an authenticator and one or more parameters for authenticating via the authenticator, the authentication scheme comprising credential gathering requirements that identify a credential type and an input field type , the agent designed to be configurable such that the agent does not perform any specific authentication scheme until configured to do so; (b) obtaining, by the agent , the one or more parameters of the authentication implementation information to perform the identified authentication scheme , and performing, by the agent, the identified authentication scheme using the one or more parameters; (c) generating, by the agent , a user interface of the identified authentication scheme , that executes on the client and displays a user interface element corresponding to the identified input field type , to receive as input a credential identified by the credential type ; and (d) transmitting, by the agent to the identified authenticator for authentication, the credential received from the user via the user interface element. (a) receiving, by an agent executing on a client , authentication implementation information from a device intermediary to the client and one or more servers , the authentication implementation information identifying an authentication scheme , an authenticator and one or more parameters for authenticating via the authenticator, the authentication scheme comprising credential gathering requirements that identify a credential type and an input field type , the agent designed to be configurable such that the agent does not perform any specific authentication scheme until configured to do so; (b) obtaining, by the agent , the one or more parameters of the authentication implementation information to perform the identified authentication scheme , and performing, by the agent, the identified authentication scheme using the one or more parameters; (c) generating, by the agent , a user interface of the identified authentication scheme , that executes on the client and displays a user interface element corresponding to the identified input field type , to receive as input a credential identified by the credential type ; and (d) transmitting, by the agent to the identified authenticator for authentication, the credential received from the user via the user interface element.
A photochromic-dichroic article comprising: (a) a substrate having a first surface and a second surface; (b) a first photochromic-dichroic layer positioned over said first surface of said substrate, said first photochromic-dichroic layer comprising a first photochromic-dichroic compound, said first photochromic-dichroic compound being laterally aligned within said first photochromic-dichroic layer and defining a first polarization axis of said first photochromic-dichroic layer; and (c) a second photochromic-dichroic layer positioned over said first photochromic-dichroic layer, said second photochromic-dichroic layer comprising a second photochromic-dichroic compound, said second photochromic-dichroic compound being laterally aligned within said second photochromic-dichroic layer and defining a second polarization axis of said second photochromic-dichroic layer, wherein said first polarization axis and said second polarization axis are oriented relative to each other at an angle of from 25° to 90°. (a) a substrate having a first surface and a second surface; (b) a first photochromic-dichroic layer positioned over said first surface of said substrate, said first photochromic-dichroic layer comprising a first photochromic-dichroic compound, said first photochromic-dichroic compound being laterally aligned within said first photochromic-dichroic layer and defining a first polarization axis of said first photochromic-dichroic layer; and (c) a second photochromic-dichroic layer positioned over said first photochromic-dichroic layer, said second photochromic-dichroic layer comprising a second photochromic-dichroic compound, said second photochromic-dichroic compound being laterally aligned within said second photochromic-dichroic layer and defining a second polarization axis of said second photochromic-dichroic layer,
A system for the rendering of medical images in an operating theatre, having a PACS workstation and a display device connected to the PACS workstation for the rendering of medical images stored in the PACS workstation , wherein the display device has a large-format display area and the PACS workstation is connected to a remote control unit , wherein the remote control unit has control elements for controlling the rendering of the medical images by way of the display device connected to the PACS workstation and a display device having a small-format display area configured as a touch screen for rendering of the medical images stored in the PACS workstation , wherein the remote control unit is set up for the interactive selection of medical images or for the selection of details of medical images by touching the touch screen, and wherein the selected images or image details are rendered by way of the display device connected to the PACS workstation , characterised in that the system is set up for the automatic adaptation of the aspect ratios during rendering of the medical images on the display device connected to the PACS workstation and/or on the display device of the remote control unit , namely in accordance with the image aspect ratio of the medical image being rendered in each case, the display aspect ratio and the pixel aspect ratio of the respective display device , such that the anatomical structures contained in the images are rendered in a realistic manner.
Device for determining the position of a plurality of objects that are simultaneously trapped by a single laser beam , the device comprising: - a laser source for emitting a laser beam , - an actuation system for a three-dimensional deflecting of the laser beam between several trapping points , - a microscope objective for focusing the laser beam coming from the actuation system on the trapping points , - a sample chamber including the objects to be trapped on the trapping points , - a light source for lighten the sample chamber , and - an image sensor for determining the position of each of the trapped objects , characterized in that said image sensor is located between the laser source and the actuation system , so that the light emitted by the light source passes successively through the sample chamber , the microscope objective , the actuation system and the image sensor . - a laser source for emitting a laser beam , - an actuation system for a three-dimensional deflecting of the laser beam between several trapping points , - a microscope objective for focusing the laser beam coming from the actuation system on the trapping points , - a sample chamber including the objects to be trapped on the trapping points , - a light source for lighten the sample chamber , and - an image sensor for determining the position of each of the trapped objects ,
A two-dimensional ion guide for a mass spectrometer, wherein the ion guide comprises at least a first and a second portion and an exit aperture ; the ion guide defining a guide axis and adapted to generate at least one ion control field comprising an RF component for restraining movement of the ions normal to the guide axis and AC and DC components for controlling movement of ions parallel to the guide axis, wherein the ion guide is configured to apply the DC components to the first portion , the second portion and the exit aperture , and to apply the AC component to the second portion and/or the exit aperture ; the ion control field having a controllable potential profile comprising the AC and DC components along the guide axis, the ion guide configured to control the potential profile by controlling the DC components to cause the ions to settle within a constrained space between the first portion and the exit aperture ; the ion guide configured to control the potential profile by gradually reducing the amplitude of the AC component to selectively release the ions having varying mass-to-charge ratios from the constrained space according to the desired sequence of mass-to-charge ratios along a path parallel to the guide axis to thereby cause the ions to be distributed along the guide axis according to a desired sequence of mass-to-charge ratios of the ions, wherein the ion guide is configured to control the potential profile such that the ions over their travel through the ion guide to an extraction region disposed substantially along the guide axis arrive with substantially the same energy irrespective of the mass-to-charge ratio of the ions, and such that the ions are sequentially released with the same ion energy from the ion guide such that ions of substantially all released mass-to-charge ratios arrive within the extraction region at substantially the same time.
A system for recording of electrical signals in the presence of artifacts, comprising: at least one stimulation electrode (215a, 215b; 235) configured to introduce a stimulation signal ; a recording electrode configured to receive an electrical signal; a blanking circuit electrically coupled to the recording electrode, the blanking circuit comprising a switch in parallel with a capacitor , wherein the switch effectively shorts the capacitor when closed; an amplifier electrically coupled to the blanking circuit , the blanking circuit being located between the recording electrode and an input to the amplifier , and the amplifier being configured to amplify said electrical signal, wherein the amplifier has a first gain when the switch is closed and a second gain lower than the first gain when the switch is open; a driver electrically coupled to the amplifier and configured to buffer an output of the amplifier; and the system being configured to open the switch of the blanking circuit for a blanking period, wherein the at least one stimulation electrode (215a, 215b; 235) is configured to introduce the stimulation signal during the blanking period. at least one stimulation electrode (215a, 215b; 235) configured to introduce a stimulation signal ; a recording electrode configured to receive an electrical signal; a blanking circuit electrically coupled to the recording electrode, the blanking circuit comprising a switch in parallel with a capacitor , wherein the switch effectively shorts the capacitor when closed; an amplifier electrically coupled to the blanking circuit , the blanking circuit being located between the recording electrode and an input to the amplifier , and the amplifier being configured to amplify said electrical signal, wherein the amplifier has a first gain when the switch is closed and a second gain lower than the first gain when the switch is open; a driver electrically coupled to the amplifier and configured to buffer an output of the amplifier; and the system being configured to open the switch of the blanking circuit for a blanking period, wherein the at least one stimulation electrode (215a, 215b; 235) is configured to introduce the stimulation signal during the blanking period.
A thermo-electrochemical device that converts heat into electricity, comprising: a carbon-based positive electrode, wherein the carbon-based positive electrode is comprised of graphene oxide (GO); a conductive polymer as a negative electrode; a current collector; and a porous separator. a carbon-based positive electrode, wherein the carbon-based positive electrode is comprised of graphene oxide (GO); a conductive polymer as a negative electrode; a current collector; and a porous separator.
A method for grinding, separating, and discharging hard to grind parts of a material mixture of components with different grindability from a process chamber of a spiral steel mill, from which the easily grindable parts are discharged via a fine material outlet, and the hard to grind parts are discharged from the process chamber via at least one additional discharge nozzle by means of a fluid, characterized in that the opening of the discharge nozzle and the interruption of the grinding material feeding is performed in a synchronized manner.
A solid curable, transparent, rubber composition that once cured has a haze of less than 30% and a total light transmission of more than 80%, both measured according to ASTM D1003-13, comprising: • Component (a): from 35-60 wt.% of one or more synthetic isoprene polymers having a refractive index of between 1.500 to 1.525 at 23°C; • Component (b): from 35-60 wt.% of one or more transparent polymers different from isoprene polymers wherein the difference between the refractive indices of component (a) and (b) is 0.100 or less; • Components (c) and (d): from 0.05-8.0 wt.% of a curing agent, optionally with a co-agent, and • Component (e): from 0.01-20 wt.% of additives that do not influence the transparency, characterized in that the composition further comprises: • Component (f): from 1-4 wt.% of one or more polyalkenamers, wherein all amounts are in percentages by weight based on the total composition. • Component (a): from 35-60 wt.% of one or more synthetic isoprene polymers having a refractive index of between 1.500 to 1.525 at 23°C; • Component (b): from 35-60 wt.% of one or more transparent polymers different from isoprene polymers wherein the difference between the refractive indices of component (a) and (b) is 0.100 or less; • Components (c) and (d): from 0.05-8.0 wt.% of a curing agent, optionally with a co-agent, and • Component (e): from 0.01-20 wt.% of additives that do not influence the transparency, • Component (f): from 1-4 wt.% of one or more polyalkenamers, wherein all amounts are in percentages by weight based on the total composition.
A humeral guide (100; 200; 300; 400; 500; 600; 700; 800) for providing proper alignment of a stem portion of an implant within a diaphysis of a humerus bone and a proximal portion of the implant in a metaphysis of the humerus bone, the humeral guide comprising: a base (102; 202; 302; 402; 502; 602; 702; 802) comprising a first surface (106; 206; 306; 406; 506; 606; 706; 806) configured to contact the metaphysis and a second surface (108; 208; 308; 408; 508; 608; 708; 808) opposite the first surface, the base being sized to fit within an outer periphery of the metaphysis; and a guide feature (104; 204; 304; 404; 504; 604; 704; 804) having a central axis disposed to guide a tool into a diaphysis of the humerus bone along a central portion of a canal in the diaphysis, the guide feature positioned at a superior region of the base. a base (102; 202; 302; 402; 502; 602; 702; 802) comprising a first surface (106; 206; 306; 406; 506; 606; 706; 806) configured to contact the metaphysis and a second surface (108; 208; 308; 408; 508; 608; 708; 808) opposite the first surface, the base being sized to fit within an outer periphery of the metaphysis; and a guide feature (104; 204; 304; 404; 504; 604; 704; 804) having a central axis disposed to guide a tool into a diaphysis of the humerus bone along a central portion of a canal in the diaphysis, the guide feature positioned at a superior region of the base.
An actuator adapted for use in an oilwell directional drilling tool, comprising an actuator body ; and a working face , located on the actuator body radially away from a rotational axis , the working face having: a downhole edge and a leading edge , a first surface and a second surface , and a first material and a second material characterised in that the second material comprises an insert of ultrahard material located on the downhole edge and the leading edge of the working face , the ultrahard material having a Vickers hardness above 1500HV. a downhole edge and a leading edge , a first surface and a second surface , and a first material and a second material
A vibration motor controller configured to control a vibration motor configured to cause a vibrating member in which a vibration is excited based on two frequency signals having a phase difference therebetween to generate relative movement between the vibrating member and a contact member brought into contact with the vibrating member, the vibration motor controller comprising: a memory configured to store a speed characteristic of the vibration motor, which is a relationship between a speed of the relative movement and a frequency of the two frequency signals; a controller configured to control the speed by changing at least one of the frequency and the phase difference; a detector configured to detect the speed; and a changing unit configured to acquire a change amount and a change direction in a frequency corresponding to a speed in the speed characteristic based on a comparison between a frequency (F20) in the speed characteristic corresponding to the speed (V22) detected by the detector under control conducted by the controller and an actual frequency (F21) corresponding to the detected speed (V22), and change a start frequency (F22, F23) of control conducted by the controller based on the change amount and the change direction. a memory configured to store a speed characteristic of the vibration motor, which is a relationship between a speed of the relative movement and a frequency of the two frequency signals; a controller configured to control the speed by changing at least one of the frequency and the phase difference; a detector configured to detect the speed; and a changing unit configured to acquire a change amount and a change direction in a frequency corresponding to a speed in the speed characteristic based on a comparison between a frequency (F20) in the speed characteristic corresponding to the speed (V22) detected by the detector under control conducted by the controller and an actual frequency (F21) corresponding to the detected speed (V22), and change a start frequency (F22, F23) of control conducted by the controller based on the change amount and the change direction.
Disposable nasal liquid dispenser device for dispensing a controlled quantity of a liquid solution into the nasal cavities and / or paranasal sinuses of a user, comprising: - a liquid solution holding cylinder having a distal and a proximal end, said cylinder containing a quantity of liquid solution to be dispensed and comprising two cannulas arranged at its distal end for dispensing the liquid solution into both nasal cavities simultaneously; - two resilient nostril plugs having a distal and proximal end, said nostril plugs being designed to seal the nostrils upon application therein, and said nostril plugs comprising a discharge orifice at their distal end, and further comprising coupling means configured to be mounted on said cannulas ; - a piston comprising elastic piston seals to offer sealing on the liquid solution holding cylinder , wherein the piston is mounted in the cylinder and designed to slide in an axial direction relative to said cylinder; and - an actuator mounted with the piston and configured to move the piston along the inside of the cylinder upon manual actuation of a user. - a liquid solution holding cylinder having a distal and a proximal end, said cylinder containing a quantity of liquid solution to be dispensed and comprising two cannulas arranged at its distal end for dispensing the liquid solution into both nasal cavities simultaneously; - two resilient nostril plugs having a distal and proximal end, said nostril plugs being designed to seal the nostrils upon application therein, and said nostril plugs comprising a discharge orifice at their distal end, and further comprising coupling means configured to be mounted on said cannulas ; - a piston comprising elastic piston seals to offer sealing on the liquid solution holding cylinder , wherein the piston is mounted in the cylinder and designed to slide in an axial direction relative to said cylinder; and - an actuator mounted with the piston and configured to move the piston along the inside of the cylinder upon manual actuation of a user.
A surgical clip , comprising: two leg sections arranged substantially parallel to each other; two straight sections respectively attached to the two leg sections at an angle to the two leg sections; and at least one curved section connecting the two straight sections at ends opposite to the two leg sections, characterized in that each of the two leg sections are curved , and that each of the two leg sections have a straight portion. two leg sections arranged substantially parallel to each other; two straight sections respectively attached to the two leg sections at an angle to the two leg sections; and at least one curved section connecting the two straight sections at ends opposite to the two leg sections, characterized in that each of the two leg sections are curved , and that each of the two leg sections have a straight portion.
A method of establishing a connection between wireless-enabled devices , comprising: receiving , via a broadcast channel, a request at a first wireless-enabled device from a second wireless-enabled device to establish a wireless connection; collecting first biophysical signal data via the first wireless-enabled device ; using the first biophysical signal data as a key to decrypt encrypted information received from the second wireless-enabled device via the broadcast channel to recover first information; determining, at the first wireless-enabled device , whether user confirmation is required to permit establishing of the wireless connection ; when establishing of the wireless connection requires the user confirmation, requesting, at the first wireless-enabled device , a user to confirm acceptance to establish the wireless connection ; and establishing a wireless connection between the first wireless-enabled device and the second wireless-enabled device when the user confirms acceptance to permit the establishing of the wireless connection and based on a comparison of the first information and second information stored in the first wireless-enabled device, wherein establishing a wireless connection between the first wireless-enabled device and the second wireless-enabled device comprises sending a connection acceptance message to the second wireless-enabled device , and wherein the first information and second information are public or shared information known to the first wireless-enabled device and the second wireless-enabled device . receiving , via a broadcast channel, a request at a first wireless-enabled device from a second wireless-enabled device to establish a wireless connection; collecting first biophysical signal data via the first wireless-enabled device ; using the first biophysical signal data as a key to decrypt encrypted information received from the second wireless-enabled device via the broadcast channel to recover first information; determining, at the first wireless-enabled device , whether user confirmation is required to permit establishing of the wireless connection ; when establishing of the wireless connection requires the user confirmation, requesting, at the first wireless-enabled device , a user to confirm acceptance to establish the wireless connection ; and establishing a wireless connection between the first wireless-enabled device and the second wireless-enabled device when the user confirms acceptance to permit the establishing of the wireless connection and based on a comparison of the first information and second information stored in the first wireless-enabled device, wherein establishing a wireless connection between the first wireless-enabled device and the second wireless-enabled device comprises sending a connection acceptance message to the second wireless-enabled device , and wherein the first information and second information are public or shared information known to the first wireless-enabled device and the second wireless-enabled device .