mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for forming disk-shaped elements of food dough, comprising: - at least one base member having an upper surface for supporting a portion of food dough to be formed having a first height; - at least one working member having a lower surface faced to said upper surface of said at least one base member; - first actuating means acting upon at least one of said at least one base member and at least one working member to reciprocally move the respective upper and lower surfaces between a reciprocally distal rest position and at least one reciprocally proximal first working position wherein the upper and lower surfaces thereof reciprocally cooperate to form said portion of food dough; - second actuating means acting upon at least one of said at least one base member and at least one working member to synchronically rotate said upper and lower surfaces around a longitudinal axis once they reach said at least one first working position, so as to promote the spreading of said portion of food dough by means of the centrifugal force resulting from the rotation; wherein said second actuating means are set or settable so as said upper and lower surfaces rotate with the same speed and the same direction; characterized in that said at least one working member comprises a disk-shaped element and at least one first annular element which are reciprocally coaxial with said first longitudinal axis, said disk-shaped element and at least one first annular element including respective working walls (24, 25) reciprocally cooperating to define said lower surface, said disk-shaped element having a central portion and a peripheral annular portion integrally movable to one another, said at least one first annular element being interposed between said central and peripheral portions of said disk-shaped element. - at least one base member having an upper surface for supporting a portion of food dough to be formed having a first height; - at least one working member having a lower surface faced to said upper surface of said at least one base member; - first actuating means acting upon at least one of said at least one base member and at least one working member to reciprocally move the respective upper and lower surfaces between a reciprocally distal rest position and at least one reciprocally proximal first working position wherein the upper and lower surfaces thereof reciprocally cooperate to form said portion of food dough; - second actuating means acting upon at least one of said at least one base member and at least one working member to synchronically rotate said upper and lower surfaces around a longitudinal axis once they reach said at least one first working position, so as to promote the spreading of said portion of food dough by means of the centrifugal force resulting from the rotation;
An identity proving system comprising: - a non-volatile memory storing biometric verification data specific for a biometric feature of an individual, the biometric verification data comprises biometric helper data to reduce noise from biometric data obtained by a biometric reader configured to measure a biometric feature of the individual, and - a first body coupled communication interface configured to transmit the biometric verification data by means of body coupled communication along or through the body of the individual to a second body coupled communication interface. - a non-volatile memory storing biometric verification data specific for a biometric feature of an individual, the biometric verification data comprises biometric helper data to reduce noise from biometric data obtained by a biometric reader configured to measure a biometric feature of the individual, and - a first body coupled communication interface configured to transmit the biometric verification data by means of body coupled communication along or through the body of the individual to a second body coupled communication interface.
A file sharing method, comprising: after a handheld apparatus entering a DLNA network, acquiring information of available DLNA apparatuses that are in a connected status in the DLNA network by a DLNA module, to form a DLNA apparatus shortcut list; dragging a shared file onto an icon of a target DLNA apparatus in the DLNA apparatus shortcut list, wherein the DLNA apparatus shortcut list comprises at least one icon of at least one DLNA apparatus; matching a type of the target DLNA apparatus with a type of the shared file by the DLNA module; and enabling the target DLNA apparatus to process the shared file by the handheld apparatus if matching successfully; characterized in that, the step of dragging a shared file onto an icon of a target DLNA apparatus in the DLNA apparatus shortcut list, comprises: dragging the shared file towards a status bar on a screen of the handheld apparatus; automatically activating an upper-layer application by the DLNA module of the handheld apparatus, to call the DLNA apparatus shortcut list from a lower-layer service component; displaying the DLNA apparatus shortcut list; and dragging the shared file onto the icon of the target DLNA apparatus in the DLNA apparatus shortcut list and then releasing, to select the target DLNA apparatus to process the shared file. after a handheld apparatus entering a DLNA network, acquiring information of available DLNA apparatuses that are in a connected status in the DLNA network by a DLNA module, to form a DLNA apparatus shortcut list; dragging a shared file onto an icon of a target DLNA apparatus in the DLNA apparatus shortcut list, wherein the DLNA apparatus shortcut list comprises at least one icon of at least one DLNA apparatus; matching a type of the target DLNA apparatus with a type of the shared file by the DLNA module; and enabling the target DLNA apparatus to process the shared file by the handheld apparatus if matching successfully; characterized in that, the step of dragging a shared file onto an icon of a target DLNA apparatus in the DLNA apparatus shortcut list, comprises: dragging the shared file towards a status bar on a screen of the handheld apparatus; automatically activating an upper-layer application by the DLNA module of the handheld apparatus, to call the DLNA apparatus shortcut list from a lower-layer service component; displaying the DLNA apparatus shortcut list; and dragging the shared file onto the icon of the target DLNA apparatus in the DLNA apparatus shortcut list and then releasing, to select the target DLNA apparatus to process the shared file. dragging the shared file towards a status bar on a screen of the handheld apparatus; automatically activating an upper-layer application by the DLNA module of the handheld apparatus, to call the DLNA apparatus shortcut list from a lower-layer service component; displaying the DLNA apparatus shortcut list; and dragging the shared file onto the icon of the target DLNA apparatus in the DLNA apparatus shortcut list and then releasing, to select the target DLNA apparatus to process the shared file.
A solid cosmetic composition comprising (i) corn starch in an amount of from 20% to 40%; (ii) bulking agent in an amount of from 20% to 50%; (iii) surfactant in an amount of from 5% to 30%; and (iv) glycerine in an amount of from 15% to 30%, present in an amount by weight of the total composition, wherein the bulking agent is selected from talc, kaolin, calamine, magnesium carbonate and mixtures thereof, and wherein the surfactant is selected from the group consisting of sodium laureth sulfate, sodium lauryl sulfate, cocamide diethanolamine, lauryl betaine, sodium lauroyl sarcosinate, and mixtures thereof; and wherein the solid cosmetic composition can substantially sustain its physical shape when unsupported by external means, and is solid at room temperature and remains substantially solid at a temperature of up to 30°C. (i) corn starch in an amount of from 20% to 40%; (ii) bulking agent in an amount of from 20% to 50%; (iii) surfactant in an amount of from 5% to 30%; and (iv) glycerine in an amount of from 15% to 30%,
An electronic device such a set top box comprising: an outer casing having a top and a bottom, said outer casing having heat venting microperforations configured to remove heat and prevent liquid and insect entry; a bottom frame inside said outer casing, said bottom frame having a heatsink surrounded by a peripheral area; an interior electronic component over the bottom frame; and a heatsinking element over the interior electronic component, said heatsinking element having central region in thermal contact with the heatsink and having a peripheral portion, said peripheral portion having louvers, wherein said heatsinking element is under the top. an outer casing having a top and a bottom, said outer casing having heat venting microperforations configured to remove heat and prevent liquid and insect entry; a bottom frame inside said outer casing, said bottom frame having a heatsink surrounded by a peripheral area; an interior electronic component over the bottom frame; and a heatsinking element over the interior electronic component, said heatsinking element having central region in thermal contact with the heatsink and having a peripheral portion, said peripheral portion having louvers, wherein said heatsinking element is under the top.
A composition which is a colored composition comprising, as a dye, a dye multimer which (i) has an alkali-soluble group; (ii) has a dispersity, defined as the weight-average molecular weight Mw divided by the number-average molecular weight Mn, of 1.00-2.50; (iii) has a weight-average molecular weight of 5,000-20,000; and (iv) comprises a skeleton of a dye selected from a monomethine, dimethine, trimethine, cyanine, merocyanine, dicyanostyryl, diphenylmethane, triphenylmethane, xanthene, squarylium, quinophthalone, anthrapyridone, perylene, diketopyrrolopyrrole, isoindoline, and dioxazine dye, and metal complexes thereof. (i) has an alkali-soluble group; (ii) has a dispersity, defined as the weight-average molecular weight Mw divided by the number-average molecular weight Mn, of 1.00-2.50; (iii) has a weight-average molecular weight of 5,000-20,000; and (iv) comprises a skeleton of a dye selected from a monomethine, dimethine, trimethine, cyanine, merocyanine, dicyanostyryl, diphenylmethane, triphenylmethane, xanthene, squarylium, quinophthalone, anthrapyridone, perylene, diketopyrrolopyrrole, isoindoline, and dioxazine dye, and metal complexes thereof.
A method of controlling an aerosol generating device, the method comprising: measuring a current temperature of a heater before power is supplied to the heater that heats an aerosol generating material; setting a preheating completion parameter, based on the measured current temperature of the heater and a value of an amount of heat required to be supplied to the aerosol generating material to generate an adequate amount of aerosol; and controlling power supplied to the heater, based on the preheating completion parameter, such that a value of an amount of heat supplied to the aerosol generating material by the heater reaches the value of the amount of heat required to be supplied to the aerosol generating material. measuring a current temperature of a heater before power is supplied to the heater that heats an aerosol generating material; setting a preheating completion parameter, based on the measured current temperature of the heater and a value of an amount of heat required to be supplied to the aerosol generating material to generate an adequate amount of aerosol; and controlling power supplied to the heater, based on the preheating completion parameter, such that a value of an amount of heat supplied to the aerosol generating material by the heater reaches the value of the amount of heat required to be supplied to the aerosol generating material.
An anastomotic device for use in the joining of a first tubular structure and a second tubular structure, the anastomotic device comprising: a cylindrical sleeve configured and dimensioned for placement at least partially within the first tubular structure; an inverting member for facilitating positioning of at least a portion of the second tubular structure around at least a portion of the first tubular structure; a constricting member supported on the inverting member and movable onto the cylindrical sleeve to constrict at least a portion of the second tubular structure towards at least a portion of the first tubular structure and towards the cylindrical sleeve; and a rod, characterized in that the rod includes a head portion configured and dimensioned to engage a distal-most end of the cylindrical sleeve to approximate the cylindrical sleeve toward the inverting member upon a proximal displacement of the rod relative to the inverting member. a cylindrical sleeve configured and dimensioned for placement at least partially within the first tubular structure; an inverting member for facilitating positioning of at least a portion of the second tubular structure around at least a portion of the first tubular structure; a constricting member supported on the inverting member and movable onto the cylindrical sleeve to constrict at least a portion of the second tubular structure towards at least a portion of the first tubular structure and towards the cylindrical sleeve; and a rod, characterized in that the rod includes a head portion configured and dimensioned to engage a distal-most end of the cylindrical sleeve to approximate the cylindrical sleeve toward the inverting member upon a proximal displacement of the rod relative to the inverting member.
A method of controlling access to a shared wireless medium in a wireless communication system operating based on a contention-based protocol for medium access, wherein the method comprises: - deciding, for a first communication unit intending to use the shared wireless medium for a transmission to a second communication unit, and based on determining whether a representation of robustness of a transmission on the shared wireless medium between a third communication unit and a fourth communication unit is equal to or greater than a threshold during a specified number of transmission instances, whether concurrent use of the shared wireless medium by the first communication unit is allowed, wherein the representation of robustness is based on information of the Modulation and Coding Scheme, MCS, used for the transmission between the third communication unit and the fourth communication unit and/or based on information of channel quality feedback used for configuration of the transmission between the third communication unit and the fourth communication unit wherein the transmission between the third communication unit and the fourth communication unit is sensed and a link associated with the transmission between the third communication unit and the fourth communication unit is identified, and the link is added to an access-deferred list if the representation of robustness is below a threshold (S22, No) and the link is removed from the access-deferred list after expiry of a timer, and wherein concurrent use of the shared wireless medium by the first communication unit is allowed if the representation of robustness is equal to or greater than the threshold (S22, Yes) and the corresponding link is not present in the access-deferred list (S24, No). - deciding, for a first communication unit intending to use the shared wireless medium for a transmission to a second communication unit, and based on determining whether a representation of robustness of a transmission on the shared wireless medium between a third communication unit and a fourth communication unit is equal to or greater than a threshold during a specified number of transmission instances, whether concurrent use of the shared wireless medium by the first communication unit is allowed,
Motor vehicle with a generator and at least one capacitor, in which recuperation energy produced by the generator, which can be operated as a recuperator in the coasting phase of the motor vehicle, can be stored, wherein the excitation current that limits the power of the generator can be varied in an excitation circuit of the generator as a function of at least one vehicle-specific operational parameter, wherein the vehicle-specific operational parameter is the instantaneous actual driving speed, characterised in that the set value of the excitation current (I Err) can be changed incrementally, in several steps, or linearly as a function of the instantaneous actual driving speed (v ist), wherein the set value of the excitation current (I Err) can be varied additionally as a function of the instantaneous charging state of the capacitor, wherein in a control device a three-dimensional characteristic is saved, from which the control device as a function of the instantaneous actual driving speed (v ist) and the instantaneous charging state of the capacitor selects the set value of the excitation current (I Err) and outputs it to a current controller.
An energy database system comprising: a second server that is operated by a business operator making a contract with a user of a utility such as gas, electricity, or water and collecting charges according to usage of the utility; a measurement device that is provided in a residence of the user and measures usage of the utility; and a first server that is operated by a business operator receiving usage measured by the measurement device and providing a service based on the usage, wherein the second server stores personal information for identifying the user, and unique association information allocated to the personal information, generates attribute information which cannot be used to identify an individual from the personal information, and transmits the attribute information to the first server, wherein the measurement device also transmits the association information when transmitting the usage, and wherein the first server manages usage of the utility for each piece of the association information, and transmits a result of analyzing a use situation of the utility corresponding to the attribute information to the second server as the service. a second server that is operated by a business operator making a contract with a user of a utility such as gas, electricity, or water and collecting charges according to usage of the utility; a measurement device that is provided in a residence of the user and measures usage of the utility; and a first server that is operated by a business operator receiving usage measured by the measurement device and providing a service based on the usage, wherein the second server stores personal information for identifying the user, and unique association information allocated to the personal information, generates attribute information which cannot be used to identify an individual from the personal information, and transmits the attribute information to the first server, wherein the measurement device also transmits the association information when transmitting the usage, and wherein the first server manages usage of the utility for each piece of the association information, and transmits a result of analyzing a use situation of the utility corresponding to the attribute information to the second server as the service.
A wireless communication method, comprising: selectively operating, based on an inconsistency condition, a base station in one of a first mode or a second mode, wherein, upon detection of an absence of the inconsistency condition, the base station transmits in the first mode in which the base station transmits transmission resources for interference assessment on a same time unit as that used for data or control transmissions, wherein, upon detection of the inconsistency condition, the base station transmits in the second mode in which the transmission resources for interference assessment are transmitted on different time units than that used for data or control transmissions, and wherein the inconsistency condition indicates that the base station cannot accurately determine a modulation and coding scheme, MCS, based on a channel quality indicator, CQI received from a wireless device (110a, 110b). selectively operating, based on an inconsistency condition, a base station in one of a first mode or a second mode, wherein, upon detection of an absence of the inconsistency condition, the base station transmits in the first mode in which the base station transmits transmission resources for interference assessment on a same time unit as that used for data or control transmissions, wherein, upon detection of the inconsistency condition, the base station transmits in the second mode in which the transmission resources for interference assessment are transmitted on different time units than that used for data or control transmissions, and wherein the inconsistency condition indicates that the base station cannot accurately determine a modulation and coding scheme, MCS, based on a channel quality indicator, CQI received from a wireless device (110a, 110b).
Process for manufacturing a fuel tank having a plastic wall, according to which: 1. a plastic parison comprising two distinct parts is inserted into an open two-cavity mould; 2. a core is inserted inside the parison, said core bearing two parts (3,4) of a reinforcing element capable of securing two different locations inside the parison; 3. the parison is pressed firmly against the mould cavities 4. the two parts (3, 4) of the reinforcing element are fixed at said two locations of the parison using the core, said two locations being located opposite to each other on two parts of the wall facing each other; 5. the core is withdrawn; 6. the mould is closed again, bringing its two cavities together in such a way as to grip the two parts of the parison around their periphery in order to weld them together; 7. a pressurized fluid is injected into the mould and/or a vacuum is created behind the mould cavities in order to press the parison firmly against the mould cavities; 8. the mould is opened and the tank is extracted; 9. an opening is made into the tank wall; and 10. through said opening, at least a third part of the reinforcing element is put in place in order to link/connect said two parts (3, 4) of the reinforcing element together. 1. a plastic parison comprising two distinct parts is inserted into an open two-cavity mould; 2. a core is inserted inside the parison, said core bearing two parts (3,4) of a reinforcing element capable of securing two different locations inside the parison; 3. the parison is pressed firmly against the mould cavities 4. the two parts (3, 4) of the reinforcing element are fixed at said two locations of the parison using the core, said two locations being located opposite to each other on two parts of the wall facing each other; 5. the core is withdrawn; 6. the mould is closed again, bringing its two cavities together in such a way as to grip the two parts of the parison around their periphery in order to weld them together; 7. a pressurized fluid is injected into the mould and/or a vacuum is created behind the mould cavities in order to press the parison firmly against the mould cavities; 8. the mould is opened and the tank is extracted; 9. an opening is made into the tank wall; and 10. through said opening, at least a third part of the reinforcing element is put in place in order to link/connect said two parts (3, 4) of the reinforcing element together.