mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a plurality of electronic devices (4-1...4-N) configured to receive a packet broadcasted from a host apparatus for initialization of the electronic devices (4-1...4-N) in units of group, wherein the packet includes a group number and a number of power units available for the initialization, the plurality of electronic devices (4-1...4-N) are configured to sequentially transfer the packet among themselves, a group number is previously set to each of the electronic devices (4-1...4-N), a number of power units required during initialization of each of the electronic devices (4-1...4-N) is previously set to each respective electronic device (4-1...4-N), the electronic devices are so configured that, when the group number of the packet is matched with the group number of an electronic device, the available number of power units is not lower than the required number of power units for the electronic device, and the electronic device has not been initialized, the electronic device performs the initialization, updates the available number of power units to a differential value obtained when the required number of power units of the electronic device is subtracted from the available number of power units, and transmits the packet to a next electronic device, and the electronic devices are so configured that, when an electronic device does not perform the initialization by a current packet, the electronic device transmits the packet to the next electronic device without updating the available number of power units. a plurality of electronic devices (4-1...4-N) configured to receive a packet broadcasted from a host apparatus for initialization of the electronic devices (4-1...4-N) in units of group, wherein the packet includes a group number and a number of power units available for the initialization, the plurality of electronic devices (4-1...4-N) are configured to sequentially transfer the packet among themselves, a group number is previously set to each of the electronic devices (4-1...4-N), a number of power units required during initialization of each of the electronic devices (4-1...4-N) is previously set to each respective electronic device (4-1...4-N), the electronic devices are so configured that, when the group number of the packet is matched with the group number of an electronic device, the available number of power units is not lower than the required number of power units for the electronic device, and the electronic device has not been initialized, the electronic device performs the initialization, updates the available number of power units to a differential value obtained when the required number of power units of the electronic device is subtracted from the available number of power units, and transmits the packet to a next electronic device, and the electronic devices are so configured that, when an electronic device does not perform the initialization by a current packet, the electronic device transmits the packet to the next electronic device without updating the available number of power units.
A scanning apparatus comprising: an illuminator for illuminating a portion of a document to be scanned, the illuminator comprising: at least one light source, an optical element positioned to redirect light emitted by the light source, the optical element defining an entry face and opposed rear and exit faces, the exit face being substantially perpendicular to the entry face, the rear face including a plurality of reflective elements for redirecting light received from the entry face toward the exit face; a phosphor material disposed to intercept at least a portion of the light redirected by the optical element; and a photosensitive device positioned to receive light reflected from the document for recording an image of the document, characterized in that the optical element comprises a plurality of reflecting elements disposed along the rear face, wherein the reflecting elements comprise projection which define notches therebetween and the projections and notches are smaller near the at least on light source and increasing in size toward an end face of the optical element which is furthest from the at least on light source. an illuminator for illuminating a portion of a document to be scanned, the illuminator comprising: at least one light source, an optical element positioned to redirect light emitted by the light source, the optical element defining an entry face and opposed rear and exit faces, the exit face being substantially perpendicular to the entry face, the rear face including a plurality of reflective elements for redirecting light received from the entry face toward the exit face; a phosphor material disposed to intercept at least a portion of the light redirected by the optical element; and a photosensitive device positioned to receive light reflected from the document for recording an image of the document, characterized in that the optical element comprises a plurality of reflecting elements disposed along the rear face, wherein the reflecting elements comprise projection which define notches therebetween and the projections and notches are smaller near the at least on light source and increasing in size toward an end face of the optical element which is furthest from the at least on light source. at least one light source, an optical element positioned to redirect light emitted by the light source, the optical element defining an entry face and opposed rear and exit faces, the exit face being substantially perpendicular to the entry face, the rear face including a plurality of reflective elements for redirecting light received from the entry face toward the exit face; a phosphor material disposed to intercept at least a portion of the light redirected by the optical element; and a photosensitive device positioned to receive light reflected from the document for recording an image of the document,
Synchronous converter for operating at least one LED, comprising a supply side and a load side with respective switching means (14, 15), detection means (11C, 16) for detecting an LED voltage, a control device for controlling the switching means (14, 15) in a push-pull mode, which depends on the detected LED voltage, characterized in that the control device is configured to control the switching means on the supply side with a respective constant switch-on time (T p) for a respective one of a plurality of prespecified value ranges for the detected LED voltage in which the detected LED voltage falls. a supply side and a load side with respective switching means (14, 15), detection means (11C, 16) for detecting an LED voltage, a control device for controlling the switching means (14, 15) in a push-pull mode, which depends on the detected LED voltage, characterized in that the control device is configured to control the switching means on the supply side with a respective constant switch-on time (T p) for a respective one of a plurality of prespecified value ranges for the detected LED voltage in which the detected LED voltage falls.
A method of economical extraction of lithium from a lithium bearing solution by adding a phosphorous supplying material to the solution to precipitate lithium phosphate from the dissolved lithium, and wherein the lithium bearing solution is brine, and the concentration of lithium in the brine is 0.1 g/L or more.
A method for fabricating an integrated ceramic core-shell casting mold for a turbine blade or vane using direct light processing, comprising: (a) contacting a cured portion of a workpiece with a liquid ceramic photopolymer; (b) irradiating a portion of the liquid ceramic photopolymer adjacent to the cured portion through a window contacting the liquid ceramic photopolymer; (c) removing the workpiece from the uncured liquid ceramic photopolymer; and (d) repeating steps (a) - (c) until a ceramic casting mold is formed, the ceramic casting mold comprising: a core portion and a shell portion with at least one cavity between the core portion and the shell portion, the cavity adapted to define the shape of the turbine blade or vane upon casting and removal of the ceramic casting mold, and the core-shell casting mold includes integrated ceramic indentations between the core and shell of the mold which is utilized to form thin root components in the turbine blade or stator vane made from this mold, and the cavity defining a turbine blade or vane root component having a minimum dimension of less than 0.64 mm. (a) contacting a cured portion of a workpiece with a liquid ceramic photopolymer; (b) irradiating a portion of the liquid ceramic photopolymer adjacent to the cured portion through a window contacting the liquid ceramic photopolymer; (c) removing the workpiece from the uncured liquid ceramic photopolymer; and (d) repeating steps (a) - (c) until a ceramic casting mold is formed, the ceramic casting mold comprising: a core portion and a shell portion with at least one cavity between the core portion and the shell portion, the cavity adapted to define the shape of the turbine blade or vane upon casting and removal of the ceramic casting mold, and the core-shell casting mold includes integrated ceramic indentations between the core and shell of the mold which is utilized to form thin root components in the turbine blade or stator vane made from this mold, and the cavity defining a turbine blade or vane root component having a minimum dimension of less than 0.64 mm. a core portion and a shell portion with at least one cavity between the core portion and the shell portion, the cavity adapted to define the shape of the turbine blade or vane upon casting and removal of the ceramic casting mold, and the core-shell casting mold includes integrated ceramic indentations between the core and shell of the mold which is utilized to form thin root components in the turbine blade or stator vane made from this mold, and the cavity defining a turbine blade or vane root component having a minimum dimension of less than 0.64 mm.
A method for frequency tracking in a user equipment, UE, comprising: detecting a change in frequency that exceeds a pull-in range of a frequency tracking loop, FTL, of the UE based on one or more characteristics of a wireless channel; identifying a tracking recovery frequency in response to the change in frequency being detected, wherein the tracking recover frequency is identified from a set of frequency hypotheses, and based on successfully decoding of a physical broadcast channel, PBCH, received by the UE, wherein a number of frequency hypotheses in the set of frequency hypotheses and spacing between frequency hypotheses in the set of frequency hypotheses is based on an operating condition of the UE; and updating the FTL with the tracking recovery frequency. detecting a change in frequency that exceeds a pull-in range of a frequency tracking loop, FTL, of the UE based on one or more characteristics of a wireless channel; identifying a tracking recovery frequency in response to the change in frequency being detected, wherein the tracking recover frequency is identified from a set of frequency hypotheses, and based on successfully decoding of a physical broadcast channel, PBCH, received by the UE, wherein a number of frequency hypotheses in the set of frequency hypotheses and spacing between frequency hypotheses in the set of frequency hypotheses is based on an operating condition of the UE; and updating the FTL with the tracking recovery frequency.
A method for synthesizing a composition comprising at least one ester of lactic acid, the lactic acid stemming from biomass and an organic biosolvent chosen among methyl and ethyl esters of fatty acids comprising from 12 to 22 carbon atoms alone or in mixture, and comprising the esterification reaction between at least the lactic acid and at least one alcohol selected among ethanol, methanol, propanol or butanol, alone or in mixture, in the presence of an acid catalyst and of the organic biosolvent, said organic biosolvent being selective of the ester formed relatively to lactic acid, and non-miscible with the alcoholic solution of acid stemming from the biomass.
A lawn mower comprising: a blade housing configured to house at least one blade, the blade housing including an exit; an engine supported at least in part by the blade housing to selectively rotate the at least one blade; a handle assembly for guiding operation of the lawn mower, wherein the handle assembly is operably coupled to the blade housing via a handle adjustment bracket; a door rotatably disposed to have a first rest position in contact with a bagging attachment disposed to receive clippings from the blade housing and a second rest position proximate to the blade housing when the bagging attachment is removed; and a lifting assembly configured to lift the door from the first rest position responsive to rotation of the handle assembly forward from an operating position, wherein the door comprises a passive lifting arm disposed to extend away from the door in a direction parallel to an axis of rotation of the door, characterised in that the lifting assembly comprises a lifting cam that rotates responsive to contact with the handle assembly as the handle assembly is rotated forward from the operating position to contact the passive lifting arm and rotate the door out from the first rest position and in that the lifting cam pivots through a range of motion substantially parallel to a ground plane while the handle assembly pivots through a range of motion defining a plane that is substantially perpendicular to the ground plane. a blade housing configured to house at least one blade, the blade housing including an exit; an engine supported at least in part by the blade housing to selectively rotate the at least one blade; a handle assembly for guiding operation of the lawn mower, wherein the handle assembly is operably coupled to the blade housing via a handle adjustment bracket; a door rotatably disposed to have a first rest position in contact with a bagging attachment disposed to receive clippings from the blade housing and a second rest position proximate to the blade housing when the bagging attachment is removed; and a lifting assembly configured to lift the door from the first rest position responsive to rotation of the handle assembly forward from an operating position, wherein the door comprises a passive lifting arm disposed to extend away from the door in a direction parallel to an axis of rotation of the door, characterised in that the lifting assembly comprises a lifting cam that rotates responsive to contact with the handle assembly as the handle assembly is rotated forward from the operating position to contact the passive lifting arm and rotate the door out from the first rest position and in that the lifting cam pivots through a range of motion substantially parallel to a ground plane while the handle assembly pivots through a range of motion defining a plane that is substantially perpendicular to the ground plane.
A method for storing a file containing personal data, the method comprising: obtaining a temporary anonymous identifier (AnonID.m) of a person, which temporary anonymous identifier (AnonID.m) is dependent on a token (FileID.m) of the file; from the file, extracting personal data items associated with the person; for each personal data item, generating a locator (Loc.m.n), which allows the personal data item to be reinstated into the file, and an item-specific anonymous identifier (AnonID.m.n) of the person, wherein the item-specific anonymous identifier is generated by applying a predefined one-way function to a combination of the temporary anonymous identifier (AnonID.m) and an identifier (n) of the personal data item; storing each personal data item together with the locator and the item-specific anonymous identifier in a first memory; and storing an anonymized version of the file without the personal data items in a second memory. obtaining a temporary anonymous identifier (AnonID.m) of a person, which temporary anonymous identifier (AnonID.m) is dependent on a token (FileID.m) of the file; from the file, extracting personal data items associated with the person; for each personal data item, generating a locator (Loc.m.n), which allows the personal data item to be reinstated into the file, and an item-specific anonymous identifier (AnonID.m.n) of the person, wherein the item-specific anonymous identifier is generated by applying a predefined one-way function to a combination of the temporary anonymous identifier (AnonID.m) and an identifier (n) of the personal data item; storing each personal data item together with the locator and the item-specific anonymous identifier in a first memory; and storing an anonymized version of the file without the personal data items in a second memory.
A drawer pull-out guide, comprising: - a carcass rail to be fixed to a furniture carcass, - at least one extension rail displaceably supported relative to the carcass rail between a closed position and an open position, - a retraction device having at least one force storage member, wherein the extension rail can be retracted into the closed position by a force of the at least one force storage member, wherein the retraction device, for the most part, is arranged within the extension rail, wherein the retraction device is fixed to the extension rail, - a functional unit arranged on a front-end region of the extension rail, - wherein the functional unit and the retraction device are configured as constructional units separate from one another, wherein the retraction device includes a movably-supported entrainment member which is pre-stressed by the force storage member in a direction of the closed position, the entrainment member being displaceably supported along a linear guide track by a guide element, characterized in that the retraction device and the functional unit are arranged on different depth positions of the extension rail in an independent manner. - a carcass rail to be fixed to a furniture carcass, - at least one extension rail displaceably supported relative to the carcass rail between a closed position and an open position, - a retraction device having at least one force storage member, wherein the extension rail can be retracted into the closed position by a force of the at least one force storage member, wherein the retraction device, for the most part, is arranged within the extension rail, wherein the retraction device is fixed to the extension rail, - a functional unit arranged on a front-end region of the extension rail, - wherein the functional unit and the retraction device are configured as constructional units separate from one another, wherein the retraction device includes a movably-supported entrainment member which is pre-stressed by the force storage member in a direction of the closed position, the entrainment member being displaceably supported along a linear guide track by a guide element,
Method for packaging of a food product, in which one carries out the following successive steps: a) place this food product and one or more additives in a mixing device, b) evacuate this mixing device and mix its contents on the one hand to ensure a penetration of the additive (s) in the food product and on the other hand to outgas the mixture so formed, c) package at least a portion of the mixture cold blanched in this way in at least one container; said method being characterized in that the step of evacuating the mixing device and mixing its contents on the one hand to ensure a penetration of the additive (s) in the food product and on the other hand to outgas the mixture so formed, is carried out until an absolute pressure less than or equal to 30 mbars is reached, in that, in step c), said mixture being at a temperature less than the boiling temperature of water at the pressure used for vacuum packaging of this mixture, said pressure used for vacuum packaging this mixture being equal to or less than 30 mbars, one vacuum packages at least a portion of the mixture cold blanched in this way in at least one container, and in that, having introduced an identical or essentially identical portion of this mixture into a plurality of rigid containers, which define a batch, one introduces into at least one of these containers one or more measurement devices to define one or more control containers, each measurement device comprising means of communication to put out the measurement (s) performed in the form of communication signals, and in that having placed said batch in an enclosure, one also introduces into this enclosure, which is connected to means for reducing its pressure, one or more measurement devices comprising means of communication to put out the measurement(s) performed in the form of communication signals, so as to determine in real time the differential pressure and the temperature in each container of said batch and thus enable the monitoring of the packaging of this batch. a) place this food product and one or more additives in a mixing device, b) evacuate this mixing device and mix its contents on the one hand to ensure a penetration of the additive (s) in the food product and on the other hand to outgas the mixture so formed, c) package at least a portion of the mixture cold blanched in this way in at least one container;
Piezoelectric element for an automatic frequency control circuit, the piezoelectric element comprising: - a balance spring formed of a strip of piezoelectric material; - at least a first electrode (8a, 8c), intended to be connected to the automatic frequency control circuit, and disposed on all or part of one side of the strip of piezoelectric material; - at least a second electrode (8b, 8d) intended to be connected to the automatic frequency control circuit, and disposed on all or part of one side of the strip of piezoelectric material, distinct from the side carrying the first electrode (8a, 8c); characterized in that the piezoelectric material is a piezoelectric crystal or a piezoelectric ceramic, and in that the piezoelectric element further comprises at least two discontinuous layers (12a-12d) of an insulating material, each discontinuous layer of insulating material being disposed on at least one side of the strip of piezoelectric material and separating a said first electrode (8a, 8c) from a said second electrode (8b, 8d), the discontinuous layers of insulating material being distributed on predetermined portions of the balance spring substantially forming arcs, in a predetermined angular periodicity. - a balance spring formed of a strip of piezoelectric material; - at least a first electrode (8a, 8c), intended to be connected to the automatic frequency control circuit, and disposed on all or part of one side of the strip of piezoelectric material; - at least a second electrode (8b, 8d) intended to be connected to the automatic frequency control circuit, and disposed on all or part of one side of the strip of piezoelectric material, distinct from the side carrying the first electrode (8a, 8c);
An apparatus for forming a plurality of graft tissues, comprising: a first plate comprising a first plurality of holes therethrough, wherein the first holes are structured to facilitate a plurality of raised portions of blisters formed in skin tissue to project therethrough; a second plate which is coupled to the first plate, and which comprises a second plurality of holes; and a cutting arrangement provided between the first and second plates (1610, 1615), the cutting arrangement being configured to separate the raised portions of blisters from the skin tissue when the raised portions of blisters are projected through the first holes. a first plate comprising a first plurality of holes therethrough, wherein the first holes are structured to facilitate a plurality of raised portions of blisters formed in skin tissue to project therethrough; a second plate which is coupled to the first plate, and which comprises a second plurality of holes; and a cutting arrangement provided between the first and second plates (1610, 1615), the cutting arrangement being configured to separate the raised portions of blisters from the skin tissue when the raised portions of blisters are projected through the first holes.