mhurhangee/ep-ind-claims huggingface dataset:
Non-medical use of at least four components selected from the group of: (i) nucleoside equivalents selected from the group of uridine, deoxyuridine, uridine phosphates (UMP, dUMP, UDP, UTP), nucleobase uracil and acylated uridine, (ii) n-3 polyunsaturated fatty acids selected from the group of DHA, DPA and EPA, (iii) vitamins B selected from the group of vitamin B6, vitamin B9 and vitamin B12 (iv) phospholipids, (v) antioxidants selected from the group of vitamin C, vitamin E and selenium, and (vi) cholines - with the proviso that at least one (i) nucleoside equivalent, at least one (ii) n-3 polyunsaturated fatty acid selected from the group of DHA, DPA and EPA, at least one (iii) vitamin B selected from the group of vitamin B6, vitamin B9 and vitamin B12, and at least one (iv) phospholipid is present - for increasing or maintaining the body weight of a mammal, which mammal is an elderly human above 65 years of age.
A process for treating a glycerol solution comprising fatty acid soaps obtained in a biodiesel production process, the process comprising the following steps: i. acidifying the glycerol solution with a concentrated acid under agitation to a pH in the range of from 0.5 to 2.5 and at a temperature of from 65 to 100°C and allowing a resulting, acidified glycerol solution to phase separate into: a first phase comprising free fatty acids, a second phase comprising a second glycerol solution, and a third phase comprising salt and water; and ii. gravimetrically removing the first phase and the third phase from the second phase to obtain a glycerol enriched second phase, and iii. adding a diluent to the glycerol enriched second phase to obtain a diluted glycerol enriched second phase; iv. neutralizing the diluted glycerol enriched second phase by addition of a base to obtain an aqueous phase comprising salts, and a glycerol enriched, neutralized and diluted phase, and v. gravimetrically separating the aqueous phase and the glycerol enriched, neutralized and diluted phase. i. acidifying the glycerol solution with a concentrated acid under agitation to a pH in the range of from 0.5 to 2.5 and at a temperature of from 65 to 100°C and allowing a resulting, acidified glycerol solution to phase separate into: a first phase comprising free fatty acids, a second phase comprising a second glycerol solution, and a third phase comprising salt and water; and ii. gravimetrically removing the first phase and the third phase from the second phase to obtain a glycerol enriched second phase, and iii. adding a diluent to the glycerol enriched second phase to obtain a diluted glycerol enriched second phase; iv. neutralizing the diluted glycerol enriched second phase by addition of a base to obtain an aqueous phase comprising salts, and a glycerol enriched, neutralized and diluted phase, and v. gravimetrically separating the aqueous phase and the glycerol enriched, neutralized and diluted phase.
Method of operating an ironing appliance including a vessel for generating steam under pressure, wherein, each time the appliance is switched on, a cleaning cycle for cleaning the vessel is performed, making it possible to discharge the contents of the vessel to a collection cavity provided in the ironing appliance, and to fill the vessel with clean water, the cleaning cycle comprising at least the following operations: a) emptying the vessel by sending the contents of the vessel to the collection cavity provided in the appliance; and b) injecting water into the vessel, the injected water being drawn from a stock of "clean" water carried by the appliance. a) emptying the vessel by sending the contents of the vessel to the collection cavity provided in the appliance; and b) injecting water into the vessel, the injected water being drawn from a stock of "clean" water carried by the appliance.
A compound of formula or a pharmaceutically acceptable salt or solvate thereof, wherein: R 1 is 4-methylpiperazin-1-yl, 1-methylpiperidin-4-yl, or 2-oxooxazolidin-3-yl; and R 2 is hydrogen, halogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, C 1 -C 6 haloalkyl, C 1 -C 6 haloalkoxy, or benzyloxycarbonylamino. R 1 is 4-methylpiperazin-1-yl, 1-methylpiperidin-4-yl, or 2-oxooxazolidin-3-yl; and R 2 is hydrogen, halogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, C 1 -C 6 haloalkyl, C 1 -C 6 haloalkoxy, or benzyloxycarbonylamino.
Prothesis base which has at least one substantially custom-fit recess on its top side for zonally receiving an artificial tooth, characterised in that at least one conduit is formed in the prothesis base opening out into the recess, and the conduit has a widening a least in the region of its opening into the recess, a) the conduit running, preferably straight, angled or bent, from the recess up to the bottom side of the prosthesis base, b) the conduit running, preferably straight, angled or bent, from the recess up to a vestibular side of the prosthesis base, or c) the conduit running, preferably straight, angled or bent, from the recess up to a lingual side of the prosthesis base, the widening widening conically towards the recess.
A method at a server associated with a webpage, the method characterised by: causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving, over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising selecting a component of the displayed webpage and making edits directly to the component; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback. causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving, over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising selecting a component of the displayed webpage and making edits directly to the component; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback.
A light source device comprising: a sealed vessel filled with gas; a cathode disposed in the sealed vessel; an anode disposed in the sealed vessel; an aperture member having a first opening located on a discharge path between the cathode and the anode; characterized by a shield electrode having a second opening located on a discharge path between the cathode and the aperture member, the shield electrode having two chambers (4X, 4Y) partitioned by a partition plate, wherein the cathode is disposed in the first chamber, the first chamber and the second chamber communicating with each other via the second opening provided in the partition plate; and potential control means for switching over potential of the shield electrode to either of a ground potential and a floating potential. a sealed vessel filled with gas; a cathode disposed in the sealed vessel; an anode disposed in the sealed vessel; an aperture member having a first opening located on a discharge path between the cathode and the anode; characterized by a shield electrode having a second opening located on a discharge path between the cathode and the aperture member, the shield electrode having two chambers (4X, 4Y) partitioned by a partition plate, wherein the cathode is disposed in the first chamber, the first chamber and the second chamber communicating with each other via the second opening provided in the partition plate; and potential control means for switching over potential of the shield electrode to either of a ground potential and a floating potential.
A method for configuring an apparatus to apply stimulation to a body, the method comprising: identifying one or more stimulation pads connected to the apparatus; displaying a visual representation of each stimulation pad positioned upon a region of the body to which that pad should be attached; receiving a user selection of a stimulation pad; and activating a visual indicator on the stimulation pad selected by the user, characterised in that: receiving a user selection of a stimulation pad comprises receiving a user selection of a visual representation of a stimulation pad. identifying one or more stimulation pads connected to the apparatus; displaying a visual representation of each stimulation pad positioned upon a region of the body to which that pad should be attached; receiving a user selection of a stimulation pad; and activating a visual indicator on the stimulation pad selected by the user, characterised in that: receiving a user selection of a stimulation pad comprises receiving a user selection of a visual representation of a stimulation pad. receiving a user selection of a stimulation pad comprises receiving a user selection of a visual representation of a stimulation pad.
A method for testing a device driver software of a processor, the method comprising: providing a testing device comprising a default device identifier code containing information on a true identity of the testing device written in an identity field of the testing device; configuring the identity field of the testing device based on a device emulation command received through a first testing device interface, wherein the identity field is accessible by the device driver software for recognising the testing device; loading a firmware onto the processor, corresponding to the testing device recognised, the firmware associated with data in the configured identity field; running an emulation program on the testing device, the emulation program comprising an emulation of a human input device in accordance with the configured identity field; receiving an input instruction in the testing device via the first testing device interface, the input instruction indicative of an input performable on the emulated human input device; the emulation program, emulating an output signal generatable by the emulated human input device in response to the input being performed on the emulated human input device; outputting the emulated output signal via a second testing device interface to the device driver software of the processor to translate the emulated output signal to an event in an application program running on the processor; and loading the default device identifier code into the identity field of the testing device by using a reset button comprised in the testing device. providing a testing device comprising a default device identifier code containing information on a true identity of the testing device written in an identity field of the testing device; configuring the identity field of the testing device based on a device emulation command received through a first testing device interface, wherein the identity field is accessible by the device driver software for recognising the testing device; loading a firmware onto the processor, corresponding to the testing device recognised, the firmware associated with data in the configured identity field; running an emulation program on the testing device, the emulation program comprising an emulation of a human input device in accordance with the configured identity field; receiving an input instruction in the testing device via the first testing device interface, the input instruction indicative of an input performable on the emulated human input device; the emulation program, emulating an output signal generatable by the emulated human input device in response to the input being performed on the emulated human input device; outputting the emulated output signal via a second testing device interface to the device driver software of the processor to translate the emulated output signal to an event in an application program running on the processor; and loading the default device identifier code into the identity field of the testing device by using a reset button comprised in the testing device.
Method, implemented on a mobile communication device, for detecting the success of a telephone call initiated from a web browser of the device, the device further comprising memory means, processing means which are connected to the memory means and provided with a time counter, and communication means which are connected to the processing means and comprise means for establishing a telephone communication, the method comprising an initial step of detecting, implemented by the processing means, a click event on display data of a predetermined web page displayed via the web browser, said display data relating to a telephone number; and a step of establishing a telephone communication between said mobile communication device and a terminal corresponding to said telephone number; characterized in that the method further comprises the following steps, implemented by the processing means: • initializing said time counter when the click event is detected; • detecting a predetermined event which is pre-stored in the memory means; • stopping said time counter when said predetermined event is detected; • if the time recorded by said time counter is within a predetermined time interval, determining that the telephone call has been successful. • initializing said time counter when the click event is detected; • detecting a predetermined event which is pre-stored in the memory means; • stopping said time counter when said predetermined event is detected; • if the time recorded by said time counter is within a predetermined time interval, determining that the telephone call has been successful.
Method for measuring the quantity of gas introduced into a gas tank via a filling station provided with a filling pipe comprising an upstream end connected to at least one source of pressurized gas and a downstream end connected to a tank to be filled, the filling pipe comprising a flow meter and at least one downstream isolation valve positioned between the flow meter and the downstream end of the filling pipe, the method comprising a step of transferring gas from the source to a tank, during which the downstream isolation valve is open, a step of interrupting the transfer of gas with closure of the downstream valve, the method comprising a step of measuring, using the flow meter, the quantity of gas transferred during the transfer step, the method comprising a step of generating a signal indicating the corrected quantity of gas transferred, which is obtained by reducing or by increasing, by a determined corrective quantity, the transferred quantity of gas measured by the flow meter during the transfer step, the method comprising a step in which the final pressure in the tank or in the filling pipe at the end of the transfer step is measured or estimated, and the determined corrective quantity is a quantity that varies according to this final pressure, and characterized in that the determined corrective quantity is a predetermined quantity that is fixed according to the pressure interval at the end of the transfer step and is between 11 and 5 grams when the pressure in the tank to be filled or in the filling pipe is between 850 and 700 bar and between 8 and 2.5 grams when the pressure in the tank to be filled or in the filling pipe is between 700 and 400 bar and between 6 and 1 gram when the pressure in the tank to be filled or in the filling pipe is between 400 and 200 bar.
Injection device for injecting medication to a patient, comprising a surface having a through hole for passage of a needle and a capacitive proximity sensor (12, 13, 30) for detecting proximity or contact of human skin to/with said surface, characterised in that said capacitive proximity sensor comprises a first electrode, a second electrode defining a capacitance with the first electrode and means for detecting a change in said capacitance due to the proximity of human skin to the sensor, wherein the first and second electrodes (12, 13) are substantially coplanar and disposed in a plane parallel to said surface, further characterised by comprising a compensation electrode for limiting the electric field generated by the first and second electrodes (40, 41) to a determined area, and in that the compensation electrode is disposed in a plane parallel to the plane defined by the first and second electrodes (40, 41), is connected to the second electrode, and has a shape which substantially corresponds to the contour of the first electrode.
System for tensioning at least one connecting element fastened to a component (18, 20) to be tightened, comprising: at least one connecting element tensioning device having an engagement element connectable to the connecting element, and an actuating unit for translating a rotational movement applied to an actuating element into a translational movement of the engagement element relative to the component (18, 20), wherein in a state in which the engagement element is connected to the connecting element, the actuating unit is configured to apply a tensioning force to the connecting element upon translationally moving the engagement element, wherein the actuating unit comprises a fluid chamber for receiving a fluid, and a piston which delimits the fluid chamber and which is translationally guided in the engagement element, and wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the engagement element relative to a support element; at least one electric actuator for rotationally actuating the actuating element; and a control unit configured to selectively control operation of the electric actuator by directing control signals thereto, wherein the control unit is configured to actuate the at least one electric actuator in dependence on a pressure prevailing in the fluid chamber of the at least one tensioning device. at least one connecting element tensioning device having an engagement element connectable to the connecting element, and an actuating unit for translating a rotational movement applied to an actuating element into a translational movement of the engagement element relative to the component (18, 20), wherein in a state in which the engagement element is connected to the connecting element, the actuating unit is configured to apply a tensioning force to the connecting element upon translationally moving the engagement element, wherein the actuating unit comprises a fluid chamber for receiving a fluid, and a piston which delimits the fluid chamber and which is translationally guided in the engagement element, and wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the engagement element relative to a support element; at least one electric actuator for rotationally actuating the actuating element; and a control unit configured to selectively control operation of the electric actuator by directing control signals thereto, wherein the control unit is configured to actuate the at least one electric actuator in dependence on a pressure prevailing in the fluid chamber of the at least one tensioning device.
A device for applying a carbon layer, in particular a diamond layer, to a substrate (2, 2a) by chemical vapour deposition, said device comprising a deposition chamber, into which a process gas, in particular molecular hydrogen and/or a mixture of molecular hydrogen and a carbon-containing gas, for example methane, can be fed, characterised in that a gas inlet and gas activation element is provided in the form of a hollow body with a flow channel for the process gas, a wall surrounding the flow channel and an outlet opening feeding from the flow channel into the deposition chamber, and a heating device is provided for heating the wall of the gas inlet and gas activation element, wherein termination bodies are attached to ends of the gas inlet and gas activation element in order to close off the flow channel, wherein a further gas inlet element is provided for introducing a further carbon-containing process gas, preferably methane, into the deposition chamber, wherein the further gas inlet element is arranged so that the further carbon-containing process gas introduced thereby flows over the gas inlet and gas activation element.