mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a plastic part forming a human-machine control interface, comprising the following steps: - formation of a decorative film intended to form the visible interface, - formation of a technical film including a layer of haptic actuators and a layer of capacitive sensors , - assembly of the decorative film and the technical film to form an interface film , - positioning of the interface film in an injection mould , including an upper portion with which the interface film is maintained in contact by suction and a lower portion including a moveable support pad capable of coming into contact with the interface film at the level of the layer of haptic actuators such that a thickness (E) is left free between the interface film and the lower portion of the injection mould outside of the support pad , - injection of a plastic material into the free thickness (E) on either side of the support pad , - opening of the injection mould and ejection of the plastic part formed, characterized in that , prior to the step of injection of the plastic material , the method comprises the step of positioning an anti-deformation part in contact with the interface film in superposition with the support pad , said anti-deformation part being intended to be located in the free zone (ZL) of the plastic part formed by the support pad . - formation of a decorative film intended to form the visible interface, - formation of a technical film including a layer of haptic actuators and a layer of capacitive sensors , - assembly of the decorative film and the technical film to form an interface film , - positioning of the interface film in an injection mould , including an upper portion with which the interface film is maintained in contact by suction and a lower portion including a moveable support pad capable of coming into contact with the interface film at the level of the layer of haptic actuators such that a thickness (E) is left free between the interface film and the lower portion of the injection mould outside of the support pad , - injection of a plastic material into the free thickness (E) on either side of the support pad , - opening of the injection mould and ejection of the plastic part formed,
A power control system comprising: a self-commutated power converter including a first arm and a second arm and configured to perform power conversion between a DC system and an AC system , each arm including one or more switching elements ; a first circuit breaker configured to interrupt a current flowing through a power transmission line provided between a first bus and a second bus of the AC system; a first circuit breaker control unit configured to control the first circuit breaker based on a quantity of electricity of the power transmission line; a converter control unit configured to stop the one or more switching elements based on a value of a first arm current flowing through the first arm and a value of a second arm current flowing through the second arm; and a setting unit configured to set a voltage value of an AC voltage output from the power converter such that even when a fault occurs in the power transmission line, the first circuit breaker is opened while the one or more switching elements are not stopped, wherein the converter control unit is configured to operate the power converter as a voltage source by switching the one or more switching elements such that when the AC system is restored from a power failure state, an AC voltage with the voltage value set by the setting unit is output through constant voltage control. a self-commutated power converter including a first arm and a second arm and configured to perform power conversion between a DC system and an AC system , each arm including one or more switching elements ; a first circuit breaker configured to interrupt a current flowing through a power transmission line provided between a first bus and a second bus of the AC system; a first circuit breaker control unit configured to control the first circuit breaker based on a quantity of electricity of the power transmission line; a converter control unit configured to stop the one or more switching elements based on a value of a first arm current flowing through the first arm and a value of a second arm current flowing through the second arm; and a setting unit configured to set a voltage value of an AC voltage output from the power converter such that even when a fault occurs in the power transmission line, the first circuit breaker is opened while the one or more switching elements are not stopped, wherein the converter control unit is configured to operate the power converter as a voltage source by switching the one or more switching elements such that when the AC system is restored from a power failure state, an AC voltage with the voltage value set by the setting unit is output through constant voltage control.
A method for transferring data blocks (4a - 4q) from a field device to a server device , each data block (4a - 4q) comprising historical data describing an operation of the field device during a block time period (BT), the method comprising: setting (S1) a first and a second pointer (P1, P2) delimiting a completed time period (CT) such that all data blocks (4a - 4q) having a block time period (BT) comprised within the completed time period (CT) have previously successfully been transferred from the field device to the server device ; and, until a predetermined transfer period elapses: transferring (S2) the data blocks (4a - 4q) having a block time period (BT) that is later than the second pointer (P2) to the server device in a chronological order starting from the data block (4a - 4q) having a block time period (BT) that is closest to the second pointer (P2); and if all data blocks (4a - 4q) having a block time period (BT) that is later than the second pointer (P2) have been transferred to the server device , transferring (S3) the data blocks (4a - 4q) having a block time period (BT) that is earlier than the first pointer (P1) to the server device in an anti-chronological order starting from the data block (4a - 4q) having a block time period (BT) that is closest to the first pointer (P1). transferring (S2) the data blocks (4a - 4q) having a block time period (BT) that is later than the second pointer (P2) to the server device in a chronological order starting from the data block (4a - 4q) having a block time period (BT) that is closest to the second pointer (P2); and if all data blocks (4a - 4q) having a block time period (BT) that is later than the second pointer (P2) have been transferred to the server device , transferring (S3) the data blocks (4a - 4q) having a block time period (BT) that is earlier than the first pointer (P1) to the server device in an anti-chronological order starting from the data block (4a - 4q) having a block time period (BT) that is closest to the first pointer (P1).
An electrolyte, the electrolyte comprising: a fluorinated cyclic carbonate, and a multi-nitrile compound having an ether bond; wherein based on a total weight of the electrolyte, a weight percentage (C f ) of the fluorinated cyclic carbonate is greater than a weight percentage (C n ) of the multi-nitrile compound having the ether bond characterized in that the multi-nitrile compound having the ether bond comprises Compound 1A:
A label system comprising a thin film label and a carrier film, wherein the label comprises an overprint layer, an indicia layer, and an adhesive layer, wherein the indicia layer is located between the overprint layer and the adhesive layer, wherein the overprint layer is formed from a UV-curable precursor material, wherein the UV-curable precursor material is neopentyl glycol propoxylate diacrylate, dipropylene glycol diacrylate, triglycerol diacrylate, hexanediol diacrylate, ethoxylated bisphenol A diacrylate, trimethoxylolpropane ethoxy triacrylate, ethoxylated trimethylolpropane triacrylate, or ethoxylated trimethylolpropane triacrylate, or a combination thereof, wherein the carrier film comprises a first side and a second side, wherein the overprint layer is in contact with the second side of the carrier film, wherein the second side of the carrier film does not contain a release coating or release layer, and wherein the adhesion between the overprint layer and the carrier film is sufficiently strong to require a delamination peel force of greater than 0.1 g/mm and up to 5 g/mm to separate the overprint layer from the carrier film, wherein the delamination peel force is measured by ASTM method D-3330. wherein the label comprises an overprint layer, an indicia layer, and an adhesive layer, wherein the indicia layer is located between the overprint layer and the adhesive layer, wherein the overprint layer is formed from a UV-curable precursor material, wherein the UV-curable precursor material is neopentyl glycol propoxylate diacrylate, dipropylene glycol diacrylate, triglycerol diacrylate, hexanediol diacrylate, ethoxylated bisphenol A diacrylate, trimethoxylolpropane ethoxy triacrylate, ethoxylated trimethylolpropane triacrylate, or ethoxylated trimethylolpropane triacrylate, or a combination thereof, wherein the carrier film comprises a first side and a second side, wherein the overprint layer is in contact with the second side of the carrier film, wherein the second side of the carrier film does not contain a release coating or release layer, and wherein the adhesion between the overprint layer and the carrier film is sufficiently strong to require a delamination peel force of greater than 0.1 g/mm and up to 5 g/mm to separate the overprint layer from the carrier film, wherein the delamination peel force is measured by ASTM method D-3330.
A method for receiving a refreshed security key by a secondary base station in a wireless communication system supporting the dual connectivity of a user equipment, the method comprising: identifying a packet data convergence protocol, PDCP, count is wraparound; transmitting , to a master base station, a first message for requesting resource modification of a secondary cell group, SCG, associated with the secondary base station; and receiving , from the master base station, a second message including a refreshed security key associated with the secondary base station, wherein the first message includes information indicating the PDCP count is wraparound at the secondary base station. identifying a packet data convergence protocol, PDCP, count is wraparound; transmitting , to a master base station, a first message for requesting resource modification of a secondary cell group, SCG, associated with the secondary base station; and receiving , from the master base station, a second message including a refreshed security key associated with the secondary base station, wherein the first message includes information indicating the PDCP count is wraparound at the secondary base station.
A composition comprising: one or more mint cultivar oils selected from the group consisting of ginger mint, blue balsam tea mint, macho mint, julep mint, banana mint, sweet pear mint, lavender mint, and combinations thereof, wherein the one or more mint cultivar oils is present in an amount of from about 0.01% to about 5.0% by weight of the total composition; and wherein the one or more mint cultivar oils is in an amount effective to provide a primary sensory note selected from the group consisting of spearmint, peppermint, and combinations thereof; and wherein the composition further comprises peppermint and/or spearmint. one or more mint cultivar oils selected from the group consisting of ginger mint, blue balsam tea mint, macho mint, julep mint, banana mint, sweet pear mint, lavender mint, and combinations thereof, wherein the one or more mint cultivar oils is present in an amount of from about 0.01% to about 5.0% by weight of the total composition; and wherein the one or more mint cultivar oils is in an amount effective to provide a primary sensory note selected from the group consisting of spearmint, peppermint, and combinations thereof; and wherein the composition further comprises peppermint and/or spearmint.
An energy converting device for converting mechanical energy in the form of external physical force into electrical energy by utilizing the changes in the contact angle and the contact area of a liquid including: a lower electrode substrate and an upper electrode substrate , wherein a gap between the lower and upper electrode substrate is varying by an external physical force; an conductive liquid whose contact angle and contact area with at least one from said electrode substrates are varying in accordance with the changes in the gap between said electrode substrates , a layer is formed by stacking an inorganic material layer and an organic material layer on the lower electrode substrate and/or the upper electrode substrate to perform depolarizing function for the conductive liquid and said layer is formed on at least one of the electrode substrates wherein electrical energy is generated in accordance with the changes in said contact angle and said contact area and a flexible partition for isolating the inside and the outside of the device is further included between said lower electrode substrate and said upper electrode substrate whereby the flexible partition has restoring force, wherein shape change occurs by an external physical force, and restores its original shape when the external physical force is removed characterized in that a hydrophile material layer is stacked on said layer. a lower electrode substrate and an upper electrode substrate , wherein a gap between the lower and upper electrode substrate is varying by an external physical force; an conductive liquid whose contact angle and contact area with at least one from said electrode substrates are varying in accordance with the changes in the gap between said electrode substrates , a layer is formed by stacking an inorganic material layer and an organic material layer on the lower electrode substrate and/or the upper electrode substrate to perform depolarizing function for the conductive liquid and said layer is formed on at least one of the electrode substrates wherein electrical energy is generated in accordance with the changes in said contact angle and said contact area and a flexible partition for isolating the inside and the outside of the device is further included between said lower electrode substrate and said upper electrode substrate whereby the flexible partition has restoring force, wherein shape change occurs by an external physical force, and restores its original shape when the external physical force is removed characterized in that a hydrophile material layer is stacked on said layer.
A specific inhibitor of an enhancer RNA (eRNA), wherein the eRNA is: capable of enhancing transcription of one or more genes in a cell; and is transcribed from a genomic enhancer region, wherein the genomic enhancer region has a higher level of monomethylated lysine 4 of histone 3 (H3K4me1) than trimethylated lysine 4 of histone 3 (H3K4me3); wherein the specific inhibitor is a single-stranded antisense compound of 12 to 30 nucleosides in length, wherein the nucleobase sequence of the antisense compound is at least 70% complementary to the eRNA, and wherein the antisense compound is capable of inhibiting expression of the eRNA thereby inhibiting expression of one of more of the genes in the cell. capable of enhancing transcription of one or more genes in a cell; and is transcribed from a genomic enhancer region, wherein the genomic enhancer region has a higher level of monomethylated lysine 4 of histone 3 (H3K4me1) than trimethylated lysine 4 of histone 3 (H3K4me3);
An image processor (IP) implemented beam hardening correction method for interferometric tomographic image data acquired by exposure of an object to an x-ray beam emitted by an x-ray source of an imaging apparatus and after passage of the beam through the object, the tomographic image data including at least attenuation data ( f ) and at least one of phase gradient data ( g ) or small angle scattering data ( h ), the method comprising the step of: combining (S445) at least one respective correction value with the phase gradient data ( g ) or with the small angle scattering data ( h ), wherein the respective correction value is previously computed from the attenuation data ( f ) by applying a function ( q̂ ) to the attenuation data ( f ) , wherein the function ( q̂ ) is configured to model the manner in which a mean energy of the x-ray beam grows with passage through the object.
A polymerase chain reaction (PCR) apparatus containing a PCR thermal cycler, said PCR thermal cycler comprising a thermal block, wherein the block is manufactured by molding with a high-temperature press a low heat capacity composite, wherein the low heat capacity composite is tin-copper-antimony, characterised in that tin, copper and antimony are contained in the thermal block at a ratio of 90: 4: 6.
Method for adjusting energy-saving heating systems, the heating water being supplied to respective heating elements (HK) in present heating systems having a pipe network that comprises branched supply pipes , and the cooled heating water being returned from said heating elements to a boiler in a return pipe by means of adjustable shut-off devices (AV), characterised in that all of the heating elements (HK) that form a heating circuit are adjusted to a constant supply of heating water in succession, according to the intake volume thereof associated with a particular heat capacity, only by means of individual shut-off devices (AV) in the return line , during which supply the temperature difference between the feed line and the return line to the heating element is kept in the range of 1°C to 4°C, and then these adjustments, which can be adapted to the required heating output of the spaces, are monitored at least by means of a volume flow measurement (VM) that determines a total volume in the return line of the pipe network and thus thermo-dynamic-hydraulic balancing is carried out on the heating system , such that, by minimising the temperature gradient in each of the heating elements, a higher heat capacity is achieved from the heating surfaces in the boiler which is calibrated in a controlled manner to the total volume of the liquid flows moving in the heating elements and in the pipes and which can be utilised optimally, and the required operating heating temperature is at the same time lowered, without heat being stored in the heating system.
A control apparatus including a pinch detector for detecting a pinch at a closing member actuated by a motor , and configured to receive successive measured values of a physical quantity of the motor from a measuring circuit , characterized in that said pinch detector includes a first portion that is configured, in a first situation in which the member is being closed in a first closing movement but is stopped in an intermediate position not completely closed, - to obtain a reference value of said physical quantity of the motor when braking the motor is ordered to stop the member , said reference value representing the measured value of the physical quantity of the motor just before motor braking, and - to determine a threshold value by adding to or by subtracting from the reference value a margin value of the physical quantity of the motor; and a second portion that is configured, in a second situation following the first situation and in which the member is moved from said intermediate position not completely closed in a second closing movement, to compare current measured values of the physical quantity of the motor to said determined threshold value, in order to detect a pinch at the closing member based on a comparison result. a first portion that is configured, in a first situation in which the member is being closed in a first closing movement but is stopped in an intermediate position not completely closed, - to obtain a reference value of said physical quantity of the motor when braking the motor is ordered to stop the member , said reference value representing the measured value of the physical quantity of the motor just before motor braking, and - to determine a threshold value by adding to or by subtracting from the reference value a margin value of the physical quantity of the motor; and - to obtain a reference value of said physical quantity of the motor when braking the motor is ordered to stop the member , said reference value representing the measured value of the physical quantity of the motor just before motor braking, and - to determine a threshold value by adding to or by subtracting from the reference value a margin value of the physical quantity of the motor; and a second portion that is configured, in a second situation following the first situation and in which the member is moved from said intermediate position not completely closed in a second closing movement, to compare current measured values of the physical quantity of the motor to said determined threshold value, in order to detect a pinch at the closing member based on a comparison result.
A game token management system comprising: game tokens attached with unique ID that is individually identifiable; an ID reading device that reads the unique ID attached to the game token ; a storage that holds the game token in a casher in a game place; a game table chip tray that holds the game token in a game table; a chip determination device that specifies a type and number of game tokens held in the game table chip tray and the storage , based on results of the ID reading device reading the unique ID ; and a management control device that, in the game place, manages the IDs attached to the game tokens on a database , wherein the management control device has a function that previously registers, on the database , the IDs of the game tokens that are contemplated to be used, manages, using the database , at least the IDs of the game tokens present on the game table chip tray and the storage , together with information about location, on the database , specifies the game token in the game table chip tray and the storage at predetermined timing and further retrieves the database and determines following statuses by the retrieval of the database : 1) a fact that ID that has been absent on the database is present and 2) a fact that two or more identical IDs are present, and generates an error signal when status 1) or 2) is noticed. game tokens attached with unique ID that is individually identifiable; an ID reading device that reads the unique ID attached to the game token ; a storage that holds the game token in a casher in a game place; a game table chip tray that holds the game token in a game table; a chip determination device that specifies a type and number of game tokens held in the game table chip tray and the storage , based on results of the ID reading device reading the unique ID ; and a management control device that, in the game place, manages the IDs attached to the game tokens on a database , wherein the management control device has a function that previously registers, on the database , the IDs of the game tokens that are contemplated to be used, manages, using the database , at least the IDs of the game tokens present on the game table chip tray and the storage , together with information about location, on the database , specifies the game token in the game table chip tray and the storage at predetermined timing and further retrieves the database and determines following statuses by the retrieval of the database : 1) a fact that ID that has been absent on the database is present and 2) a fact that two or more identical IDs are present, and 1) a fact that ID that has been absent on the database is present and 2) a fact that two or more identical IDs are present, and generates an error signal when status 1) or 2) is noticed.