mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a part of the cabinet ; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to an inside of the space; and a cold air supply device configured to supply cold air to the storage compartment , wherein the cabinet has a through-hole formed at a bottom of the storage compartment, the cold air supply device is coupled to or configured to communicate with the through-hole , characterized in that the bottom of the storage compartment has a portion inclined such that liquid on the portion of the bottom is guided to a certain region on the bottom, and a drain hole is disposed in the certain region. a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a part of the cabinet ; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to an inside of the space; and a cold air supply device configured to supply cold air to the storage compartment , wherein the cabinet has a through-hole formed at a bottom of the storage compartment, the cold air supply device is coupled to or configured to communicate with the through-hole , characterized in that the bottom of the storage compartment has a portion inclined such that liquid on the portion of the bottom is guided to a certain region on the bottom, and a drain hole is disposed in the certain region.
An optical integrated circuit , comprising: a substrate ; and one or more waveguides patterned on the substrate , wherein a first waveguide of the one or more waveguides is configured to guide a beam of radiation and comprises a first waveguide segment , configured to impart a first differential group delay on the beam of radiation, a second waveguide segment , configured to impart a second differential group delay on the beam of radiation, and a coupling region between the first and second waveguide segments , wherein the first waveguide segment has a different core refractive index than the second waveguide segment , and wherein a sum of the first differential group delay and the second differential group delay is substantially zero, wherein a cross-sectional area of the first waveguide segment is different from a cross-sectional area of the second waveguide segment , and wherein the first waveguide segment has a first height (Hi) and a first width (W 1 ), and the second waveguide segment has a second width (W 2 ) greater than the first width (W1), characterized in that the second waveguide segment has a second height (H2) less than the first height (H1). a substrate ; and one or more waveguides patterned on the substrate , wherein a first waveguide of the one or more waveguides is configured to guide a beam of radiation and comprises a first waveguide segment , configured to impart a first differential group delay on the beam of radiation, a second waveguide segment , configured to impart a second differential group delay on the beam of radiation, and a coupling region between the first and second waveguide segments , wherein the first waveguide segment has a different core refractive index than the second waveguide segment , and wherein a sum of the first differential group delay and the second differential group delay is substantially zero, wherein a cross-sectional area of the first waveguide segment is different from a cross-sectional area of the second waveguide segment , and wherein the first waveguide segment has a first height (Hi) and a first width (W 1 ), and the second waveguide segment has a second width (W 2 ) greater than the first width (W1), characterized in that the second waveguide segment has a second height (H2) less than the first height (H1).
A control method of a hybrid vehicle, comprising: determining (S211), by a controller, whether a speed of a motor exceeds a first threshold value, when supply of power to a battery is cut off and the hybrid vehicle is driven by an engine; and adjusting, by the controller, the speed to be the first threshold value or less, when the speed exceeds the first threshold value, wherein the speed adjustment to be the first threshold value or less includes increasing a gear ratio to adjust the speed to be the first threshold value or less, when the speed exceeds the first threshold value, the control method further comprising: increasing (S232), by the controller, the gear ratio to respond to a second accelerator position sensor, APS, value differing from an actually input first APS value, when the speed exceeds the first threshold value, cutting off (S130, S242), by the controller, fuel supplied to the engine to adjust the speed to be the first threshold value or less, when the speed exceeds a second threshold value greater than the first threshold value. determining (S211), by a controller, whether a speed of a motor exceeds a first threshold value, when supply of power to a battery is cut off and the hybrid vehicle is driven by an engine; and adjusting, by the controller, the speed to be the first threshold value or less, when the speed exceeds the first threshold value, wherein the speed adjustment to be the first threshold value or less includes increasing a gear ratio to adjust the speed to be the first threshold value or less, when the speed exceeds the first threshold value, the control method further comprising: increasing (S232), by the controller, the gear ratio to respond to a second accelerator position sensor, APS, value differing from an actually input first APS value, when the speed exceeds the first threshold value, cutting off (S130, S242), by the controller, fuel supplied to the engine to adjust the speed to be the first threshold value or less, when the speed exceeds a second threshold value greater than the first threshold value. increasing (S232), by the controller, the gear ratio to respond to a second accelerator position sensor, APS, value differing from an actually input first APS value, when the speed exceeds the first threshold value, cutting off (S130, S242), by the controller, fuel supplied to the engine to adjust the speed to be the first threshold value or less, when the speed exceeds a second threshold value greater than the first threshold value.
Method for determining a specific mass flow of a highly viscous food product with a viscosity of greater than 100 cP (0.1 Pa·s) which during processing in a continuous flow is supplied to or removed from a buffer container by means of a feed pump , wherein with a weighing device the change in mass of the food product in the buffer container is determined over a defined period, which in particular is in the range one of more minutes (Δm/Δt), wherein in the same period a pump parameter of the feed pump which is proportional to the expected flow rate is recorded, wherein the changes in the pump parameter are averaged over the period to a mean pump parameter, wherein the current specific mass flow is calculated and outputted as a quotient from the temporal change of the mass Δm/Δt and the mean pump parameter.
A seat belt for an occupant of a vehicle , comprising: a seat belt webbing with first and second surfaces is disposed to be in physical contact with the occupant of the vehicle ; characterized in that a vibration-enhancing haptic channel is disposed in between the first and second top surfaces ; an electrically insulated substrate configured with power lines and communication lines , is disposed inside the vibration-enhancing haptic channel ; and plurality of unobtrusive and wear-resistant haptic actuators with haptic drivers are connected to the power lines and communication lines of the electrically insulated substrate and disposed to be in haptic communication with inner portions of the first or second top surface of the seat belt webbing , through the vibration-enhancing haptic channel . a seat belt webbing with first and second surfaces is disposed to be in physical contact with the occupant of the vehicle ; characterized in that a vibration-enhancing haptic channel is disposed in between the first and second top surfaces ; an electrically insulated substrate configured with power lines and communication lines , is disposed inside the vibration-enhancing haptic channel ; and plurality of unobtrusive and wear-resistant haptic actuators with haptic drivers are connected to the power lines and communication lines of the electrically insulated substrate and disposed to be in haptic communication with inner portions of the first or second top surface of the seat belt webbing , through the vibration-enhancing haptic channel .
Process for protecting a document , wherein: - a transparent film is bonded to a face of said document with a view to protecting variable inscriptions of said document , by means of at least one adhesive layer comprising at least one thermoplastic polymer, characterized in that : - said thermoplastic polymer is chosen from the group made up of thermoplastic polymers having a hydroxyl number, measured according to the standard DIN 53 240/2, of between 3 mg of KOH/g and 60 mg of KOH/g, thermoplastic polymers having an acid number, measured according to the standard DIN EN ISO 2114, of between 2 mg of KOH/g and 150 mg of KOH/g, copolymers thereof and blends thereof, - said thermoplastic polymer has a glass transition temperature, measured by differential scanning calorimetry, of between 40°C and 110°C, - said adhesive layer also comprises at least one crosslinking agent, each crosslinking agent: • being chosen from the group of aliphatic compounds comprising between 4 and 50 carbon atoms, • having on average at least 2.8 functions, chosen from the group made up of isocyanates, carbodiimides, aziridines and alkoxysilanes, per molecule of crosslinking agent, - during the bonding of said transparent film to said document, crosslinking of said thermoplastic polymer and of said crosslinking agent of the adhesive layer is carried out. - a transparent film is bonded to a face of said document with a view to protecting variable inscriptions of said document , by means of at least one adhesive layer comprising at least one thermoplastic polymer, - said thermoplastic polymer is chosen from the group made up of thermoplastic polymers having a hydroxyl number, measured according to the standard DIN 53 240/2, of between 3 mg of KOH/g and 60 mg of KOH/g, thermoplastic polymers having an acid number, measured according to the standard DIN EN ISO 2114, of between 2 mg of KOH/g and 150 mg of KOH/g, copolymers thereof and blends thereof, - said thermoplastic polymer has a glass transition temperature, measured by differential scanning calorimetry, of between 40°C and 110°C, - said adhesive layer also comprises at least one crosslinking agent, each crosslinking agent: • being chosen from the group of aliphatic compounds comprising between 4 and 50 carbon atoms, • having on average at least 2.8 functions, chosen from the group made up of isocyanates, carbodiimides, aziridines and alkoxysilanes, per molecule of crosslinking agent, • being chosen from the group of aliphatic compounds comprising between 4 and 50 carbon atoms, • having on average at least 2.8 functions, chosen from the group made up of isocyanates, carbodiimides, aziridines and alkoxysilanes, per molecule of crosslinking agent, - during the bonding of said transparent film to said document, crosslinking of said thermoplastic polymer and of said crosslinking agent of the adhesive layer is carried out.
A pressure-regulating vial adaptor comprising: a connector interface ; a piercing member being in communication with a regulator lumen and the connector interface; and a regulator assembly comprising: a storage chamber ; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly , the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration. a connector interface ; a piercing member being in communication with a regulator lumen and the connector interface; and a regulator assembly comprising: a storage chamber ; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly , the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration. a storage chamber ; a flexible enclosure positioned within the storage chamber in a contracted configuration and configured to expand in an expanded configuration, characterized in that it further comprises an expansion inhibitor connected to a portion of the regulator assembly , the expansion inhibitor comprising one or more weakened portions configured to facilitate a tear in the expansion inhibitor when the flexible enclosure moves from the contracted configuration to the expanded configuration.
A copolymer comprising an irregularly arranged structure of a repeating unit of the following Chemical Formula 1 and a repeating unit of the following Chemical Formula 2, and a repeating unit of the following Chemical Formula 3 is arranged at least one end of the structure:
Method for optimizing the operation of a handling unit , in particular a linear or pivot unit, wherein the unit comprises a base part , a moving part arranged on the main part so as to be movable between two end positions , a drive device for moving the moving part , and a braking device for braking the moving part , wherein the drive device and/or the braking device is adjustable, in which method the following steps are performed: a. arranging a smartphone or tablet on the moving part ; b. moving the moving part between the end positions (6.8) and measuring the acceleration by means of at least one acceleration sensor and/or gyro sensor of the smartphone or tablet; c. using an item of application software to evaluate the measured values or the resulting temporal acceleration profile by means of an evaluation algorithm and/or by comparison with stored characteristic values; and d. outputting an action recommendation for the braking device and/or the drive device by means of the application software on the basis of the evaluation in step c..
A method of forming a bezel pattern of a display panel , comprising in order: attaching a release film to the display panel , the release film consisting of a non-pattern portion and a pattern portion and having adhesion to the display panel and wherein the pattern portion is separable from the non-pattern portion ; removing the pattern portion of the release film from the display panel after attaching the release film to the display panel and before printing at least one bezel pattern by applying an ink composition on the display panel ; printing at least one bezel pattern by applying an ink composition on the display panel where the non-pattern portion of the release film is not attached; cutting the display panel according to the form of the printed bezel pattern, and removing the non-pattern portion of release film from the display panel , wherein the adhesion of the non-pattern portion to the display panel is equal to or greater than that of the pattern portion to the display panel . attaching a release film to the display panel , the release film consisting of a non-pattern portion and a pattern portion and having adhesion to the display panel and wherein the pattern portion is separable from the non-pattern portion ; removing the pattern portion of the release film from the display panel after attaching the release film to the display panel and before printing at least one bezel pattern by applying an ink composition on the display panel ; printing at least one bezel pattern by applying an ink composition on the display panel where the non-pattern portion of the release film is not attached; cutting the display panel according to the form of the printed bezel pattern, and removing the non-pattern portion of release film from the display panel , wherein the adhesion of the non-pattern portion to the display panel is equal to or greater than that of the pattern portion to the display panel .
A method for providing feedback to a wireless multicast or broadcast communication network, comprising: scheduling a correlation between a block of downlink transmission resources and a block of uplink transmission resources for an allocation period, the correlation identifying to terminal devices a particular uplink channel that can be used to transmit a negative acknowledgement NACK related to a particular downlink channel; transmitting the scheduled correlation via the multicast or broadcast service to a plurality of terminal devices; characterised by providing along with the scheduled correlation a probability factor to be used in limiting the number of terminal devices that will transmit a feedback message when the block of downlink transmission resources is not received; varying the probability factor by increasing or decreasing to adjust interference and avoid or mitigate collisions between transmissions from different terminal devices; transmitting the probability factor along with the scheduled correlation; and receiving negative acknowledgement, NACK, messages related to the block of downlink transmission resources via the block of uplink transmission resources from those terminal devices that have generated a random number that matches a comparison with the probability factor. scheduling a correlation between a block of downlink transmission resources and a block of uplink transmission resources for an allocation period, the correlation identifying to terminal devices a particular uplink channel that can be used to transmit a negative acknowledgement NACK related to a particular downlink channel; transmitting the scheduled correlation via the multicast or broadcast service to a plurality of terminal devices; characterised by providing along with the scheduled correlation a probability factor to be used in limiting the number of terminal devices that will transmit a feedback message when the block of downlink transmission resources is not received; varying the probability factor by increasing or decreasing to adjust interference and avoid or mitigate collisions between transmissions from different terminal devices; transmitting the probability factor along with the scheduled correlation; and receiving negative acknowledgement, NACK, messages related to the block of downlink transmission resources via the block of uplink transmission resources from those terminal devices that have generated a random number that matches a comparison with the probability factor.
A device , comprising: a communication module to communicate with at least a vehicular control architecture (VCU1... 8) for controlling operation of a vehicle in which the device is situated; and a trusted execution environment including a privacy enforcement module , the trusted execution environment being a secure workspace in which only known-good program(s) execute, the privacy enforcement module being a known-good program, and the privacy enforcement module being configured to: receive operational data from the vehicular control architecture via the communication module; generate filtered data by filtering the operational data based on privacy settings; and cause the filtered data to be transmitted by the communication module, wherein the operational data comprises data identifying at least one vehicle operator and vehicular operational data recorded during operation of the vehicle by the at least one vehicle operator, wherein the privacy enforcement module being configured to generate filtered data comprises the privacy enforcement module being configured to replace the data identifying the at least one vehicle operator with coded identification data or to alter the data identifying the at least one vehicle operator to render the at least one vehicle operator anonymous based on the privacy settings. a communication module to communicate with at least a vehicular control architecture (VCU1... 8) for controlling operation of a vehicle in which the device is situated; and a trusted execution environment including a privacy enforcement module , the trusted execution environment being a secure workspace in which only known-good program(s) execute, the privacy enforcement module being a known-good program, and the privacy enforcement module being configured to: receive operational data from the vehicular control architecture via the communication module; generate filtered data by filtering the operational data based on privacy settings; and cause the filtered data to be transmitted by the communication module, wherein the operational data comprises data identifying at least one vehicle operator and vehicular operational data recorded during operation of the vehicle by the at least one vehicle operator, wherein the privacy enforcement module being configured to generate filtered data receive operational data from the vehicular control architecture via the communication module; generate filtered data by filtering the operational data based on privacy settings; and cause the filtered data to be transmitted by the communication module, wherein the operational data comprises data identifying at least one vehicle operator and vehicular operational data recorded during operation of the vehicle by the at least one vehicle operator, wherein the privacy enforcement module being configured to generate filtered data comprises the privacy enforcement module being configured to replace the data identifying the at least one vehicle operator with coded identification data or to alter the data identifying the at least one vehicle operator to render the at least one vehicle operator anonymous based on the privacy settings.