mhurhangee/ep-ind-claims huggingface dataset:
A communication terminal apparatus, the communication terminal apparatus comprising: a display unit; an input unit; a memory unit; and a main processing unit; wherein the memory unit is configured for storing an additional function information and a function list in communication; and the main processing unit is configured for: automatically controlling the display unit to display a plurality of icons that are associated with a plurality of functions of the function list in communication, when a call setup is performed and an operation mode of the communication terminal apparatus changes from a communication waiting mode to a communication mode; and performing a function selected from among the plurality of functions of the function list in communication, wherein the function list in communication includes a transmission sound interception function and a phone directory function, wherein the communication terminal apparatus is configured to display the transmission sound interception function as a first icon and the phone directory function as a second icon in the communication mode. a display unit; an input unit; a memory unit; and a main processing unit; wherein the memory unit is configured for storing an additional function information and a function list in communication; and the main processing unit is configured for: automatically controlling the display unit to display a plurality of icons that are associated with a plurality of functions of the function list in communication, when a call setup is performed and an operation mode of the communication terminal apparatus changes from a communication waiting mode to a communication mode; and performing a function selected from among the plurality of functions of the function list in communication, wherein the function list in communication includes a transmission sound interception function and a phone directory function, wherein the communication terminal apparatus is configured to display the transmission sound interception function as a first icon and the phone directory function as a second icon in the communication mode. automatically controlling the display unit to display a plurality of icons that are associated with a plurality of functions of the function list in communication, when a call setup is performed and an operation mode of the communication terminal apparatus changes from a communication waiting mode to a communication mode; and performing a function selected from among the plurality of functions of the function list in communication, wherein the function list in communication includes a transmission sound interception function and a phone directory function, wherein the communication terminal apparatus is configured to display the transmission sound interception function as a first icon and the phone directory function as a second icon in the communication mode.
A lighting system for providing light to an area, wherein - the system comprises: - at least one LED light source, LED-LS, configured to emit white light, wherein the at least one LED-LS comprises a first LED unit configured to emit the white light, and - a control unit configured to control the light emission of the at least one LED-LS based on moisture information on moisture in the area such that: in case the moisture information fulfills a condition regarding the moisture in the area, the control unit controls the at least one LED-LS to emit only light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than a probability threshold, - the at least one LED-LS comprises a second LED unit configured to emit light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than the probability threshold, - the control unit is configured to control the light emission of the at least one LED-LS such that: the first LED unit emits light, in case the moisture information does not fulfill the condition, and only the second LED unit emits light, in case the moisture information fulfills the condition, characterised in that the lighting system further comprises a lens unit arranged to modulate the light emitted by the second LED unit, wherein the lens unit comprises an improved beam geometry reducing the reflection probability of light-reflection on water drops of the light emitted by the second LED unit. - the system comprises: - at least one LED light source, LED-LS, configured to emit white light, wherein the at least one LED-LS comprises a first LED unit configured to emit the white light, and - a control unit configured to control the light emission of the at least one LED-LS based on moisture information on moisture in the area such that: in case the moisture information fulfills a condition regarding the moisture in the area, the control unit controls the at least one LED-LS to emit only light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than a probability threshold, - the at least one LED-LS comprises a second LED unit configured to emit light of a spectrum comprising a reflection probability of light-reflection on water drops smaller than the probability threshold, - the control unit is configured to control the light emission of the at least one LED-LS such that: the first LED unit emits light, in case the moisture information does not fulfill the condition, and only the second LED unit emits light, in case the moisture information fulfills the condition, the lighting system further comprises a lens unit arranged to modulate the light emitted by the second LED unit, wherein the lens unit comprises an improved beam geometry reducing the reflection probability of light-reflection on water drops of the light emitted by the second LED unit.
A hair-styling device that comprises two articulated jaws, with heating plates, the device comprising at least one cartridge which, in use, contains a liquid, said cartridge comprising an ultrasonic transducer with micro-perforations allowing the liquid to be transformed, in use, into a dispersion of droplets, said at least one cartridge comprising an outlet making it possible to deliver said dispersion of droplets, through a delivery cavity situated in at least one of the heating plates, to discharge ports that are distributed over the surface of the heating plate.
Stretch hood machine for packaging pallets, comprising a frame with four uprights, a film positioning cart movable according to a vertical direction parallel to the uprights, adapted for grasping a stretch of tubular film at one end and for fitting said stretch of film on the pallet, a film preparation cart characterized in that said film preparation cart, adapted to be moved according to the vertical direction and always located above the film positioning cart, comprises welding elements, cutting elements, suctioning devices, a feeding head arranged to take, a portion of the tubular film from a warehouse, a translation structure for moving the feeding head according to a direction orthogonal to the uprights, from a working position inside the frame to a maintenance position outside the frame and facing towards the same side of the warehouse.
Unit for winding and unwinding cables of a cable-laying apparatus provided with a hydraulic circuit, said unit comprising a reel to support the cables to be wound or unwound, a support frame configured to keep said reel in a raised position with respect to the ground, and a rotation shaft solid with said reel and associated with a corresponding hydraulic drive unit (48, 60), in which said unit comprises at least a dynamic braking device associated with said rotation shaft and configured to allow, according to a first operating mode, the normal rotation of the shaft and therefore of the reel for winding or unwinding the cables, and to exert on said shaft and therefore on the reel, according to another operating mode, a dynamic braking condition that allows the shaft to rotate in a braked configuration for at least a certain period of time and prevents the instantaneous stoppage of the rotation of the reel, said unit being characterized in that said dynamic braking unit comprises a negative brake caliper associated with at least a disc solid with said rotation shaft and configured, in case of malfunction of the hydraulic circuit, to close automatically on the disc, generating a fixed resistance which causes a constant traction on the cable, in which said winding and unwinding unit comprises a regulation unit provided with a device to block the suction of the winding and unwinding unit and a motorized counter-traction valve of the cables.
A computer-implemented method for determining optimized values of the deformation parameters of the modeling of at least one portion of a blade of a non-streamlined propeller, the blade portion having a tangential offset, the method comprising the steps of: (a) parameterizing at least one Bezier curve representing a deformation of said blade characterizing the tangential offset, depending on a position along a section at a given height in the blade, the curve being defined by: a. a first and second end control point (PCU 1, PCU K) defining the extent of said section of the blade; b. at least one intermediate control point (PCU i, i ∈ 〚 2, K − 1 〛) positioned between the end points (PCU 1, PCU K), the parameterization being performed according to at least one deformation parameter and said height of the section in the blade, as a function of which the abscissa of said at least one intermediate control point (PCU i) and the ordinate of the second end point (PCU K) are expressed, the deformation parameters being a relative height of the beginning of the deformation h 0 and a maximum offset d max at the end of the blade, the at least one parameterized Bezier curve being associated with a relative sectional height h in the blade, h ∈ [h 0,1]; (b) determining optimized values of the deformation parameters, for which the intensity of a marginal vortex generated by the blade is a minimum; (c) outputting to an interface of said piece of equipment the thereby determined values. (a) parameterizing at least one Bezier curve representing a deformation of said blade characterizing the tangential offset, depending on a position along a section at a given height in the blade, the curve being defined by: a. a first and second end control point (PCU 1, PCU K) defining the extent of said section of the blade; b. at least one intermediate control point (PCU i, i ∈ 〚 2, K − 1 〛) positioned between the end points (PCU 1, PCU K), the parameterization being performed according to at least one deformation parameter and said height of the section in the blade, as a function of which the abscissa of said at least one intermediate control point (PCU i) and the ordinate of the second end point (PCU K) are expressed, the deformation parameters being a relative height of the beginning of the deformation h 0 and a maximum offset d max at the end of the blade, the at least one parameterized Bezier curve being associated with a relative sectional height h in the blade, h ∈ [h 0,1]; a. a first and second end control point (PCU 1, PCU K) defining the extent of said section of the blade; b. at least one intermediate control point (PCU i, i ∈ 〚 2, K − 1 〛) positioned between the end points (PCU 1, PCU K), (b) determining optimized values of the deformation parameters, for which the intensity of a marginal vortex generated by the blade is a minimum; (c) outputting to an interface of said piece of equipment the thereby determined values.
A polishing composition comprising: 0.01 wt % to 20 wt% of abrasive selected from the group consisting of: composite particles comprising core particles with surfaces covered by nanoparticles; and combinations of said composite particles with abrasive particles selected from the group consisting of silica particles, alumina particles, zirconia particles, titania particles, ceria particles, surface modified inorganic oxide particles, and combinations thereof; 0.0001 wt % to 5 wt % of a pH-adjusting agent; 0.0005wt % to 0.5wt % of a corrosion inhibitor; and water; wherein the core particles are silica particles, and the nanoparticles are ceria nanoparticles; and the polishing composition has a pH of from 2 to 11. 0.01 wt % to 20 wt% of abrasive selected from the group consisting of: composite particles comprising core particles with surfaces covered by nanoparticles; and combinations of said composite particles with abrasive particles selected from the group consisting of silica particles, alumina particles, zirconia particles, titania particles, ceria particles, surface modified inorganic oxide particles, and combinations thereof; 0.0001 wt % to 5 wt % of a pH-adjusting agent; 0.0005wt % to 0.5wt % of a corrosion inhibitor; and water; wherein the core particles are silica particles, and the nanoparticles are ceria nanoparticles; and the polishing composition has a pH of from 2 to 11.
A process for preparing isocyanates by reacting the corresponding amines with phosgene in the presence of at least one inert medium in the gas phase, by contacting fluid streams of amine, phosgene and inert medium in at least one mixing device and then reacting amine and phosgene with one another, wherein an inert medium is metered in between each amine stream present and each phosgene stream present in the mixing device, the metering of the inert medium into a phosgene stream takes place at a distance from the amine stream and this metered addition is effected such that complete mixing of phosgene and inert medium does not occur up to the opening point of the channel for the amine.
A fraud detection rule updating method for use in a fraud detecting electronic control unit, ECU, connected to an on-board network of a vehicle used for communication in which a plurality of electronic control units exchange messages, the fraud detection rule updating method comprising: storing fraud detection rules, the fraud detection rules being configured to include a program for determining conformity to rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not the vehicle is running, if the vehicle is determined to be running, additionally determining whether or not the on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules. storing fraud detection rules, the fraud detection rules being configured to include a program for determining conformity to rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not the vehicle is running, if the vehicle is determined to be running, additionally determining whether or not the on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules. (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules.
An apparatus (10"), comprising: an outer frame formed of expanded shape memory alloy, the outer frame including a cuff portion; an inner frame coupled to the outer frame and formed of shape memory alloy having a body portion (341, 342) expanded from an initial shape and a connecting portion compressed from an initial shape; and a tether the inner frame supporting a prosthetic valve leaflet assembly within the body portion (341, 342), the connecting portion defining longitudinal extensions of struts connected circumferentially by pairs of opposed V-shaped connecting members, a lumen being defined within the connecting members and configured to engage the tether within the lumen, vertices of the V-shaped connecting members configured to move closer together longitudinally and open ends of the V-shaped connecting members configured to move closer together circumferentially, in response to a compressive force applied to the connecting portion to clamp an end of the tether when the end of the tether is engaged within the lumen, the end portion of the tether extending from within the lumen of the connecting portion of the inner frame such that an opposite end of the tether can extend and anchor the inner frame to an epicardial surface of a heart when the inner frame is disposed within the heart, wherein the cuff portion projects beyond a diameter of a tubular body of the outer frame. an outer frame formed of expanded shape memory alloy, the outer frame including a cuff portion; an inner frame coupled to the outer frame and formed of shape memory alloy having a body portion (341, 342) expanded from an initial shape and a connecting portion compressed from an initial shape; and a tether the inner frame supporting a prosthetic valve leaflet assembly within the body portion (341, 342), the connecting portion defining longitudinal extensions of struts connected circumferentially by pairs of opposed V-shaped connecting members, a lumen being defined within the connecting members and configured to engage the tether within the lumen, vertices of the V-shaped connecting members configured to move closer together longitudinally and open ends of the V-shaped connecting members configured to move closer together circumferentially, in response to a compressive force applied to the connecting portion to clamp an end of the tether when the end of the tether is engaged within the lumen, the end portion of the tether extending from within the lumen of the connecting portion of the inner frame such that an opposite end of the tether can extend and anchor the inner frame to an epicardial surface of a heart when the inner frame is disposed within the heart, wherein the cuff portion projects beyond a diameter of a tubular body of the outer frame.
A process for the hydrodesulfurization of a sulfur-containing petroleum fraction having a normal boiling point within the range of 0°C and 260°C, as determined by an ASTM D-86 distillation, comprising: feeding a sulfur-containing petroleum fraction having a normal boiling point within the range of 0°C and 260°C, as determined by an ASTM D-86 distillation, to a reaction zone of a fixed bed single pass reactor, the reaction zone having an inlet and an outlet and containing a hydrodesulfurization catalyst, wherein a portion of the organic sulfur compounds in the sulfur-containing petroleum fraction are reacted with hydrogen to produce H 2 S; recovering an effluent from the reaction zone via the outlet and feeding the effluent to a separation zone to remove H 2 S therefrom and to recover a stripped effluent; feeding the stripped effluent to a fractionator to separate the stripped effluent into a light fraction and a heavy fraction having an ASTM D-86 initial boiling point ranging from 116°C (240°F) to 166°C (330°F); recovering the light fraction as an overheads from the fractionator; recovering the heavy fraction as a bottoms from the fractionator; and recycling at least a portion of the heavy fraction to the reaction zone, wherein a ratio of recycled heavy fraction to the sulfur-containing petroleum fraction fed to the reaction zone is in the range from about 0.25:1 to about 10:1. feeding a sulfur-containing petroleum fraction having a normal boiling point within the range of 0°C and 260°C, as determined by an ASTM D-86 distillation, to a reaction zone of a fixed bed single pass reactor, the reaction zone having an inlet and an outlet and containing a hydrodesulfurization catalyst, wherein a portion of the organic sulfur compounds in the sulfur-containing petroleum fraction are reacted with hydrogen to produce H 2 S; recovering an effluent from the reaction zone via the outlet and feeding the effluent to a separation zone to remove H 2 S therefrom and to recover a stripped effluent; feeding the stripped effluent to a fractionator to separate the stripped effluent into a light fraction and a heavy fraction having an ASTM D-86 initial boiling point ranging from 116°C (240°F) to 166°C (330°F); recovering the light fraction as an overheads from the fractionator; recovering the heavy fraction as a bottoms from the fractionator; and recycling at least a portion of the heavy fraction to the reaction zone, wherein a ratio of recycled heavy fraction to the sulfur-containing petroleum fraction fed to the reaction zone is in the range from about 0.25:1 to about 10:1.
A continuous process for producing nanoparticles comprising the following stages: a) providing two different water soluble precursor solutions of organic or inorganic salts prepared at a pH-between 6 and 10, and a temperature between 2°C and 50 °C, containing proteins and a solubilized active ingredient in one or two of the precursor solutions; b) continuously mixing the precursor solutions using a high pressure homogenizer having a T-type reactor operating at a pressure between 10 MPa and 400 MPa with temperature control between 2 °C and 95 °C; and c) receiving the recently formed nanoparticles in a container that contains water or aqueous diluents, preventing nanoparticles aggregation; wherein the nanoparticles obtained by the process have average particle sizes between 30 to 500 nm measured by dynamic light scattering; and wherein the nanoparticles are formed by a protein matrix in which primary particles of organic or inorganic nature with sizes smaller than 10 nm are embedded forming multicore-type nanoparticles, and the primary particles represent from 50% to 95 wt% of the nanoparticles and the remaining percentage corresponds to the protein matrix. a) providing two different water soluble precursor solutions of organic or inorganic salts prepared at a pH-between 6 and 10, and a temperature between 2°C and 50 °C, containing proteins and a solubilized active ingredient in one or two of the precursor solutions; b) continuously mixing the precursor solutions using a high pressure homogenizer having a T-type reactor operating at a pressure between 10 MPa and 400 MPa with temperature control between 2 °C and 95 °C; and c) receiving the recently formed nanoparticles in a container that contains water or aqueous diluents, preventing nanoparticles aggregation;