mhurhangee/patent-ind-claim-en huggingface dataset:
A topical composition in the form of a salve for use in the treatment of psoriasis wherein said composition comprises: (a) 40 wt% to 90 wt% of a C 10 -C 30 carboxylic acid cholesterol/lanosterol ester mixture, based upon the total weight of the composition; (b) 0.01 wt% to 15 wt% of a penetration enhancer; (c) 0.1 wt% to 10 wt% of a film forming/polymeric agent; (d) 5 wt% to 40 wt% of a viscosity enhancing agent; (e) 0 to 10 wt% of an antioxidant; (f) 0 to 10 wt% of a preservative; and (g) 0 to 25 wt% of a vitamin and wherein the treatment regime consists of a topical administration of the composition to a psoriatic area of a patient at least once a day. (a) 40 wt% to 90 wt% of a C 10 -C 30 carboxylic acid cholesterol/lanosterol ester mixture, based upon the total weight of the composition; (b) 0.01 wt% to 15 wt% of a penetration enhancer; (c) 0.1 wt% to 10 wt% of a film forming/polymeric agent; (d) 5 wt% to 40 wt% of a viscosity enhancing agent; (e) 0 to 10 wt% of an antioxidant; (f) 0 to 10 wt% of a preservative; and (g) 0 to 25 wt% of a vitamin
A crystal growth apparatus for continuous preparation of a silicon ingot from a silicon melt, the apparatus having a vertical axis (A) with a silicon ingot being pulled upward relative the vertical axis, the crystal growth apparatus comprising: a base holding a solid silicon support , the support having a top surface shaped for holding a silicon melting pool , a silicon stabilization pool and a silicon growth pool ; a feed inlet for providing a continuous source of silicon material into the silicon melting pool; a first annular heater mounted above the silicon melting pool for melting the silicon material or for maintaining the silicon material in a molten state; a second annular heater mounted above the silicon stabilization pool, the second annular heater being within the first annular heater; and at least a third annular heater mounted above the silicon growth pool, the third annular heater being within the second annular heater. a base holding a solid silicon support , the support having a top surface shaped for holding a silicon melting pool , a silicon stabilization pool and a silicon growth pool ; a feed inlet for providing a continuous source of silicon material into the silicon melting pool; a first annular heater mounted above the silicon melting pool for melting the silicon material or for maintaining the silicon material in a molten state; a second annular heater mounted above the silicon stabilization pool, the second annular heater being within the first annular heater; and at least a third annular heater mounted above the silicon growth pool, the third annular heater being within the second annular heater.
An air conditioner comprising: a plurality of outdoor units ; and a plurality of indoor units connected to one of the plurality of outdoor units via a refrigerant pipe (P1, P2, P3), wherein the plurality of outdoor units are configured to transmit an address setting signal to the plurality of indoor units in a wireless communication method, characterised in that the wireless communication method is using an initially set basic channel, and in that the plurality of outdoor units are also configured to determine that an indoor unit from which a response signal is received among the plurality of indoor units is an indoor unit connected via the refrigerant pipe, to set a group with respect to the indoor unit, to search for a new available channel, and to communicate with the indoor unit belonging to the group through the new channel. a plurality of outdoor units ; and a plurality of indoor units connected to one of the plurality of outdoor units via a refrigerant pipe (P1, P2, P3), wherein the plurality of outdoor units are configured to transmit an address setting signal to the plurality of indoor units in a wireless communication method, characterised in that the wireless communication method is using an initially set basic channel, and in that the plurality of outdoor units are also configured to determine that an indoor unit from which a response signal is received among the plurality of indoor units is an indoor unit connected via the refrigerant pipe, to set a group with respect to the indoor unit, to search for a new available channel, and to communicate with the indoor unit belonging to the group through the new channel.
An anchor assembly for securing a first portion and a second portion of a separated sternum , the anchor assembly comprising: a lock ; an anchor comprising : a body locatable between the first portion and the second portion of the sternum, the body defining an end portion ; and a collar connected to the body and extending outward from the end portion of the body, the collar engageable with an outer surface of the sternum; and a cerclage connected to and extending from the anchor, the cerclage configured to at least partially surround the first portion and the second portion of the separated sternum, and the cerclage connectable to the lock to secure the cerclage and the anchor to the sternum and to secure the first portion of the separated sternum to the second portion of the separated sternum. a lock ; an anchor comprising : a body locatable between the first portion and the second portion of the sternum, the body defining an end portion ; and a collar connected to the body and extending outward from the end portion of the body, the collar engageable with an outer surface of the sternum; and a body locatable between the first portion and the second portion of the sternum, the body defining an end portion ; and a collar connected to the body and extending outward from the end portion of the body, the collar engageable with an outer surface of the sternum; and a cerclage connected to and extending from the anchor, the cerclage configured to at least partially surround the first portion and the second portion of the separated sternum, and the cerclage connectable to the lock to secure the cerclage and the anchor to the sternum and to secure the first portion of the separated sternum to the second portion of the separated sternum.
A system for using a vapor pressure to determine a concentration of a component in a multi-component fluid, the system comprising: an electronics communicatively coupled to a transducer configured to sense a multi-component fluid, the electronics being configured to: determine a first vapor pressure, the first vapor pressure being a vapor pressure of a first component of the multi-component fluid; determine a second vapor pressure, the second vapor pressure being a vapor pressure of a second component of the multi-component fluid; determine a multi-component vapor pressure, the multi-component vapor pressure being a vapor pressure of the multi-component fluid, based on a gain of a drive signal provided to the transducer , the transducer being a meter assembly of a vibratory meter ; and determine a concentration of at least one of the first component and the second component based on the multi-component vapor pressure, the first vapor pressure, and the second vapor pressure. determine a first vapor pressure, the first vapor pressure being a vapor pressure of a first component of the multi-component fluid; determine a second vapor pressure, the second vapor pressure being a vapor pressure of a second component of the multi-component fluid; determine a multi-component vapor pressure, the multi-component vapor pressure being a vapor pressure of the multi-component fluid, based on a gain of a drive signal provided to the transducer , the transducer being a meter assembly of a vibratory meter ; and determine a concentration of at least one of the first component and the second component based on the multi-component vapor pressure, the first vapor pressure, and the second vapor pressure.
A module for interfacing with industrial control equipment, comprising: a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment ; a variable resistance device connected to the terminal and adapted to provide a resistance in the channel; and a control circuit connected to the variable resistance device , wherein the control circuit is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the plurality of modes includes modes for digital output, digital input, analog output and analog input. a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment ; a variable resistance device connected to the terminal and adapted to provide a resistance in the channel; and a control circuit connected to the variable resistance device , wherein the control circuit is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the plurality of modes includes modes for digital output, digital input, analog output and analog input.
A support, positioning and handling device for surgical equipment and instruments, for arthroplasty operations on a patient who lays on a horizontal longitudinal plane (A), comprising a horizontal transversal bench , slidingly coupled with said plane (A) according to at least one vertical axis (Z', Z"), a movable plate being slidable along the axis (Y) of said bench , which a board is slidingly coupled with according to a longitudinal axis (X), a reclining guide being rotationally connected to the latter according to a transversal axis (Y'), a turret being slidable on said reclining guide , said device comprising means for measuring the displacement and locking them in intermediate positions, wherein said turret is reversibly connected a first end of an instrument-holder arm , whose second end includes a surface for engaging at least one surgical piece of equipment or instrument, wherein: a) it comprises an angular guide which includes a fixed portion integral with said board and a movable portion which rotates with respect to said axis of rotation (Y'), said movable portion of said angular guide being integrally connected to said reclining guide ; b) it comprises a plurality of instrument-holder arms , the engagement surface of each of said arms being arranged according to different angles; c) the vertical displacement of said bench takes place by way of two linear guides , synchronized to each other, each of said guides being connected to an end of said bench; d) the mutual engagement surfaces of said tool-holder turret and of said instrument-holder arm comprise centering pins and reversible quick fastening means; e) said instrument-holder arm includes a longitudinal slot in which a pivot integral with said reclining guide slides and wherein; f) the device comprises means for the mutual displacement of the individual elements, wherein said means for mutual displacement are worm screws driven by a handwheel and they are attached to the bench , the vertical guides , the board and the reclining guide . a) it comprises an angular guide which includes a fixed portion integral with said board and a movable portion which rotates with respect to said axis of rotation (Y'), said movable portion of said angular guide being integrally connected to said reclining guide ; b) it comprises a plurality of instrument-holder arms , the engagement surface of each of said arms being arranged according to different angles; c) the vertical displacement of said bench takes place by way of two linear guides , synchronized to each other, each of said guides being connected to an end of said bench; d) the mutual engagement surfaces of said tool-holder turret and of said instrument-holder arm comprise centering pins and reversible quick fastening means; e) said instrument-holder arm includes a longitudinal slot in which a pivot integral with said reclining guide slides and wherein; f) the device comprises means for the mutual displacement of the individual elements, wherein said means for mutual displacement are worm screws driven by a handwheel and they are attached to the bench , the vertical guides , the board and the reclining guide .
An image processing apparatus comprising: an image reading apparatus configured to read N raw images from N documents; a raw image obtaining unit configured to obtain N raw images from the image reading apparatus ; a combined image generating unit configured to generate a combined image from the obtained N raw images; and a stamp image composing unit configured to select a stamp image adapted for a combined image generating condition from a plurality of stamp images having mutually different layouts of stamps to compose the selected stamp image on the combined image, wherein the plurality of stamp images is stored in a respective plurality of document boxes and wherein the selected stamp image has a size identical to that of the combined image, wherein the stamp image composing unit is configured to: (a) identify an orientation of a first document set on the image reading apparatus as the combined image generating condition; (b) identify an orientation of the combined image based on the identified orientation of the document; and (c) select a stamp image adapted for the orientation of the combined image and to select a document box adapted for the combined image generating condition from the plurality of document boxes; and to select a stamp image stored in the selected document box. an image reading apparatus configured to read N raw images from N documents; a raw image obtaining unit configured to obtain N raw images from the image reading apparatus ; a combined image generating unit configured to generate a combined image from the obtained N raw images; and a stamp image composing unit configured to select a stamp image adapted for a combined image generating condition from a plurality of stamp images having mutually different layouts of stamps to compose the selected stamp image on the combined image, wherein the plurality of stamp images is stored in a respective plurality of document boxes and wherein the selected stamp image has a size identical to that of the combined image, wherein the stamp image composing unit is configured to: (a) identify an orientation of a first document set on the image reading apparatus as the combined image generating condition; (b) identify an orientation of the combined image based on the identified orientation of the document; and (c) select a stamp image adapted for the orientation of the combined image and to select a document box adapted for the combined image generating condition from the plurality of document boxes; and to select a stamp image stored in the selected document box.
A microfluidic device comprising: a sample application site; a flow channel in fluid communication with the sample application site; and a porous component positioned between the sample application site and flow channel, wherein the porous component fills a region that extends from the sample application site to the flow channel, the porous component comprising a porous matrix, a buffer; and an assay reagent positioned within the pores of the porous matrix. a sample application site; a flow channel in fluid communication with the sample application site; and a porous component positioned between the sample application site and flow channel, wherein the porous component fills a region that extends from the sample application site to the flow channel, the porous component comprising a porous matrix, a buffer; and an assay reagent positioned within the pores of the porous matrix. a buffer; and an assay reagent positioned within the pores of the porous matrix.
A multifunction control system for use with an electric power system, comprising: an output for providing first and second power to an aircraft; a monitoring unit configured to monitor at least one power characteristic; a generator control unit configured to control at least one generator characteristic and supply the first power to the monitoring unit and to the output; a ground interface unit configured to receive a ground power input and to supply the second power to the monitoring unit and to the output, wherein the ground power input is an AC power input or a DC power input from a source external to the aircraft; and a device configuration interface configured to select between a generator control mode and an external power monitor mode, wherein the device configuration interface is configured to selectively engage the monitoring unit and the generator control unit when the generator control mode is selected; and wherein the device configuration interface is configured to selectively engage the monitoring unit and the ground interface unit when the external power monitor mode is selected. an output for providing first and second power to an aircraft; a monitoring unit configured to monitor at least one power characteristic; a generator control unit configured to control at least one generator characteristic and supply the first power to the monitoring unit and to the output; a ground interface unit configured to receive a ground power input and to supply the second power to the monitoring unit and to the output, wherein the ground power input is an AC power input or a DC power input from a source external to the aircraft; and a device configuration interface configured to select between a generator control mode and an external power monitor mode, wherein the device configuration interface is configured to selectively engage the monitoring unit and the generator control unit when the generator control mode is selected; and wherein the device configuration interface is configured to selectively engage the monitoring unit and the ground interface unit when the external power monitor mode is selected.
An apparatus for an electronic device , the apparatus comprising a sensor arrangement and user input means , the user input means comprising an external surface, the sensor arrangement comprising: a capacitive sensor configured to generate an electric field in an area of the user input means and to enable a detection of a change in an energy of said electric field by a processor ; a conductive grid having connecting elements, configured to form mesh eyes and arranged between said sensor and the external surface of said user input means, wherein the conductive grid is not in contact with the sensor; the apparatus comprising measurement circuitry ; wherein the conductive grid is configured to electrically connect to a ground via the measurement circuitry , and wherein the conductive grid is configured to electrically connect to the processor via the measurement circuitry to form a further sensor. a capacitive sensor configured to generate an electric field in an area of the user input means and to enable a detection of a change in an energy of said electric field by a processor ; a conductive grid having connecting elements, configured to form mesh eyes and arranged between said sensor and the external surface of said user input means, wherein the conductive grid is not in contact with the sensor; the apparatus comprising measurement circuitry ; wherein the conductive grid is configured to electrically connect to a ground via the measurement circuitry , and wherein the conductive grid is configured to electrically connect to the processor via the measurement circuitry to form a further sensor.
A method of executing multi-mode applications on a computing device , comprising: saving application state history information , containing a snap-shot of application state information and a mode related information associated with execution of a first application on the computing device, for use in a subsequent re-launch of the first application in the given mode ; launching a second application on the computing device; wherein launching the second application comprises, in response to detecting matching information between the application state history associated with the first application and state history information associated with the second application, wherein the matching information is an application identification information, maintaining the first application as a current running application in a new mode on the computing device and excluding execution of any application other than the second application; detecting termination of the second application; and restoring the first application based on the application state history information upon the termination of the second application. saving application state history information , containing a snap-shot of application state information and a mode related information associated with execution of a first application on the computing device, for use in a subsequent re-launch of the first application in the given mode ; launching a second application on the computing device; wherein launching the second application comprises, in response to detecting matching information between the application state history associated with the first application and state history information associated with the second application, wherein the matching information is an application identification information, maintaining the first application as a current running application in a new mode on the computing device and excluding execution of any application other than the second application; detecting termination of the second application; and restoring the first application based on the application state history information upon the termination of the second application.
A waveform processing device for a radio transmitter, the waveform processing device comprising means for performing: receiving one or more input signals , each of the one or more input signals being a time-domain signal produced by a different orthogonal frequency-division multiplexing, OFDM, modulator of the radio transmitter and corresponding to a different subband used by the radio transmitter for transmission; and segmenting each of the one or more input signals to a subband-specific set of parallel signal blocks; filtering each subband-specific set by applying at least a first time window function , an orthogonal transform , a transform-plane window function , an inverse transform of the orthogonal transform and a second time window function in this order, wherein the orthogonal transform is one of a fast Fourier transform, a discrete Fourier transform, a Hartley transform and a number theoretic transform and the first time window function, the transform-plane window function and the second time window function have been optimized using simultaneous multi-window optimization of the first time window function, the transform-plane window function and the second time window function; and concatenating filtered signals to an output signal for transmission via an antenna of the radio transmitter. receiving one or more input signals , each of the one or more input signals being a time-domain signal produced by a different orthogonal frequency-division multiplexing, OFDM, modulator of the radio transmitter and corresponding to a different subband used by the radio transmitter for transmission; and segmenting each of the one or more input signals to a subband-specific set of parallel signal blocks; filtering each subband-specific set by applying at least a first time window function , an orthogonal transform , a transform-plane window function , an inverse transform of the orthogonal transform and a second time window function in this order, wherein the orthogonal transform is one of a fast Fourier transform, a discrete Fourier transform, a Hartley transform and a number theoretic transform and the first time window function, the transform-plane window function and the second time window function have been optimized using simultaneous multi-window optimization of the first time window function, the transform-plane window function and the second time window function; and concatenating filtered signals to an output signal for transmission via an antenna of the radio transmitter.