mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus comprising: setting means (201; 206; S502) for setting a target toner save value used in toner save processing; generating means for generating bitmap data for respective pages from a print job; processing means (204, 403; S504; S505) for performing, in accordance with the target toner save value set by the setting means, toner save processing on the bitmap data of a current page of the print job; characterized by calculation means (205, 302; S506) for calculating, as an actual toner save amount for the current page, a difference between a toner consumption amount before the toner save processing and a toner consumption amount after the toner save processing for the current page, and calculating a difference value between the calculated actual toner save amount for the current page and the target toner save value set by the setting means, wherein the setting means set an adjusted target toner save value as the target toner save value for the next page, the adjusted target toner save value being obtained by adding the difference value calculated by the calculation means to the target toner save value for the current page set by the setting means. setting means (201; 206; S502) for setting a target toner save value used in toner save processing; generating means for generating bitmap data for respective pages from a print job; processing means (204, 403; S504; S505) for performing, in accordance with the target toner save value set by the setting means, toner save processing on the bitmap data of a current page of the print job; characterized by calculation means (205, 302; S506) for calculating, as an actual toner save amount for the current page, a difference between a toner consumption amount before the toner save processing and a toner consumption amount after the toner save processing for the current page, and calculating a difference value between the calculated actual toner save amount for the current page and the target toner save value set by the setting means, wherein the setting means set an adjusted target toner save value as the target toner save value for the next page, the adjusted target toner save value being obtained by adding the difference value calculated by the calculation means to the target toner save value for the current page set by the setting means.
An apparatus comprising: a crawler robot (122; 208; 300; 800; 1104) configured to move along a surface (204; 303; 824; 1105) of a structure (206; 304; 826); and a crawler support comprising a movable platform (120; 264; 900; 1102), a movement system , a pick and place arm (244; 906; 1106), and a utility arm (252; 904; 1108) configured to support the crawler robot (122; 208; 300; 800; 1104); wherein the pick and place arm (244; 906; 1106) is configured to place the crawler robot (122; 208; 300; 800; 1104) onto the surface (204; 303; 824; 1105) of the structure (206; 304; 826); and characterized in that the utility arm (252; 904; 1108) is configured to move utility cables connected to the crawler robot (122; 208; 300; 800; 1104) as the crawler robot (122; 208; 300; 800; 1104) moves along the surface (204; 303; 824; 1105) of the structure (206; 304; 826). a crawler robot (122; 208; 300; 800; 1104) configured to move along a surface (204; 303; 824; 1105) of a structure (206; 304; 826); and a crawler support comprising a movable platform (120; 264; 900; 1102), a movement system , a pick and place arm (244; 906; 1106), and a utility arm (252; 904; 1108) configured to support the crawler robot (122; 208; 300; 800; 1104); wherein the pick and place arm (244; 906; 1106) is configured to place the crawler robot (122; 208; 300; 800; 1104) onto the surface (204; 303; 824; 1105) of the structure (206; 304; 826); and characterized in that the utility arm (252; 904; 1108) is configured to move utility cables connected to the crawler robot (122; 208; 300; 800; 1104) as the crawler robot (122; 208; 300; 800; 1104) moves along the surface (204; 303; 824; 1105) of the structure (206; 304; 826).
A tower assembly , comprising: a base tower section ; a tower flange integral with the base tower section , the tower flange comprising a substantially cylindrical wall defining an outer diameter and an inner diameter separated by a radial thickness , the radial thickness being oversized to accommodate foundations of varying sizes; and, a foundation comprising a base portion and a mounting portion embedded within the base portion , the mounting portion defining an outer diameter and an inner diameter separated by a radial thickness , the tower flange being secured to the mounting portion of the foundation , wherein a radial offset is defined between the outer diameter of the tower flange and the outer diameter of the mounting portion of the foundation ; and wherein the radial thickness of the tower flange is greater than the radial thickness of the mounting portion of the foundation . a base tower section ; a tower flange integral with the base tower section , the tower flange comprising a substantially cylindrical wall defining an outer diameter and an inner diameter separated by a radial thickness , the radial thickness being oversized to accommodate foundations of varying sizes; and, a foundation comprising a base portion and a mounting portion embedded within the base portion , the mounting portion defining an outer diameter and an inner diameter separated by a radial thickness , the tower flange being secured to the mounting portion of the foundation , wherein a radial offset is defined between the outer diameter of the tower flange and the outer diameter of the mounting portion of the foundation ; and wherein the radial thickness of the tower flange is greater than the radial thickness of the mounting portion of the foundation .
An method of operating a memory controller , comprising: loading (S10) metadata into a plurality of sub-regions of a buffer memory after a sudden power off (SPO) of the buffer memory occurs; updating (S20, S410) the metadata using journaling data in a state that an error correction code (ECC) function of the memory controller is disabled for each of the plurality of sub-regions ; generating (S31) a first parity data of data stored in a first sub-region among the plurality of sub-regions ; and enabling (S32, S420) the ECC function of the first sub-region , after generating (S31) the first parity data. loading (S10) metadata into a plurality of sub-regions of a buffer memory after a sudden power off (SPO) of the buffer memory occurs; updating (S20, S410) the metadata using journaling data in a state that an error correction code (ECC) function of the memory controller is disabled for each of the plurality of sub-regions ; generating (S31) a first parity data of data stored in a first sub-region among the plurality of sub-regions ; and enabling (S32, S420) the ECC function of the first sub-region , after generating (S31) the first parity data.
An exhaust gas valve device for an internal combustion engine, comprising an actor , an actor housing in which the actor is arranged, and a valve housing connected to the actor housing , an exhaust gas inlet and an exhaust gas outlet , a valve comprising a movement transmission member and a control body via which a flow cross-section between the exhaust gas inlet and the exhaust gas outlet can be controlled, and a coolant channel having a coolant inlet socket and a coolant outlet socket , characterized in that the valve housing comprises a flow housing portion, in which the exhaust gas inlet and the exhaust gas outlet are formed, and a transmission housing portion , in which a transmission is arranged that is connected with the actor , wherein the coolant inlet socket and the coolant outlet socket are arranged on the actor housing and are in fluid communication with one another via the coolant channel which extends in part in the actor housing and in part in the valve housing .
Time measurement circuit for an incoming signal, in particular for use as a part of a receiving circuit of a distance meter and in this case for measuring a point in time for a returning light pulse, comprising • a comparator stage for generating a comparator output signal depending on a fulfillment of a criterion by the incoming signal, in particular wherein exceeding or falling below a threshold value is defined as the criterion, • a digitization stage for sampling, which is performed at a defined sampling rate, of an input signal fed to the digitization stage and converting it into digital data containing sampled values for the input signal, and • an evaluation unit for determining a chronological location for the incoming signal by evaluating the digital data, characterized in that • a signal generating stage is interconnected between the comparator stage and the digitization stage , which is designed to generate, in a chronologically fixed manner dependent on the content of the comparator output signal, a shape signal, which is designed for post-sampling interpolation ability, of known shape and in particular known amplitude, wherein the shape signal is fed to the digitization stage as the input signal, and • the evaluation unit is designed to determine a time for the incoming signal while using a chronological interpolation of the values contained in the digital data and the known shape of the shape signal. • a comparator stage for generating a comparator output signal depending on a fulfillment of a criterion by the incoming signal, in particular wherein exceeding or falling below a threshold value is defined as the criterion, • a digitization stage for sampling, which is performed at a defined sampling rate, of an input signal fed to the digitization stage and converting it into digital data containing sampled values for the input signal, and • an evaluation unit for determining a chronological location for the incoming signal by evaluating the digital data, • a signal generating stage is interconnected between the comparator stage and the digitization stage , which is designed to generate, in a chronologically fixed manner dependent on the content of the comparator output signal, a shape signal, which is designed for post-sampling interpolation ability, of known shape and in particular known amplitude, wherein the shape signal is fed to the digitization stage as the input signal, and • the evaluation unit is designed to determine a time for the incoming signal while using a chronological interpolation of the values contained in the digital data and the known shape of the shape signal.
A vibrating sensor assembly , comprising: a conduit ; a driver including a first driver component and a second driver component ; a first pick-off sensor including a first pick-off component and a second pick-off component ; a second pick-off sensor including a third pick-off component and a fourth pick-off component ; a first reference member , wherein the first pick-off component is coupled to the conduit and the second pick-off component is coupled to the first reference member ; a balance member coupled to the conduit to vibrate in phase opposition to the conduit ; and a second reference member coupled to the balance member , wherein the first driver component is coupled to the conduit and the second driver component is coupled to the second reference member ; characterized by the third pick-off component being coupled to the conduit and the fourth pick-off component being coupled to the first reference member . a conduit ; a driver including a first driver component and a second driver component ; a first pick-off sensor including a first pick-off component and a second pick-off component ; a second pick-off sensor including a third pick-off component and a fourth pick-off component ; a first reference member , wherein the first pick-off component is coupled to the conduit and the second pick-off component is coupled to the first reference member ; a balance member coupled to the conduit to vibrate in phase opposition to the conduit ; and a second reference member coupled to the balance member , wherein the first driver component is coupled to the conduit and the second driver component is coupled to the second reference member ; characterized by the third pick-off component being coupled to the conduit and the fourth pick-off component being coupled to the first reference member .
A refrigerator comprising: a cabinet disposed at a storage compartment ; a door hinged to the cabinet to open and close the storage compartment , the door including an outer door forming a front appearance of the door and a door dike forming a rear appearance of the door , the door including an inner space formed between the outer door and the door dike ; a moving frame capable of vertically moving with respect to the door dike , the moving frame including a supporter extending from the door dike to the inner space; and a rail embedded in the inner space to vertically movably support the supporter , wherein the door dike includes a cut-shaped rail mount unit , and the rail is coupled to the rail mount unit at the inner space, and wherein the rail and the rail mount unit are covered by a rail cover bracket disposed at the inner space, characterized in that the rail cover bracket is coupled to the rail at the inner space and is coupled to the dike , the rail cover bracket being disposed to separate a part of the inner space for being filled with a filler from a part of the inner space for accommodating the rail . a cabinet disposed at a storage compartment ; a door hinged to the cabinet to open and close the storage compartment , the door including an outer door forming a front appearance of the door and a door dike forming a rear appearance of the door , the door including an inner space formed between the outer door and the door dike ; a moving frame capable of vertically moving with respect to the door dike , the moving frame including a supporter extending from the door dike to the inner space; and a rail embedded in the inner space to vertically movably support the supporter , wherein the door dike includes a cut-shaped rail mount unit , and the rail is coupled to the rail mount unit at the inner space, and wherein the rail and the rail mount unit are covered by a rail cover bracket disposed at the inner space, characterized in that the rail cover bracket is coupled to the rail at the inner space and is coupled to the dike , the rail cover bracket being disposed to separate a part of the inner space for being filled with a filler from a part of the inner space for accommodating the rail .
A compound selected from the structure of any one of the compounds 382-390, 392-396, 398-670, 675-691, 694-742, 761-800, 803, 813, 815-825, 827-830, 834-837, 839-855, 857, 859, 860, 862-865, 868-945, 947-952, 956-978, 981-989, 991, 993-996, 998-1007, 1011-1015, 1017-1024, 1026-1030, 1032-1037, 1039, 1042-1046, 1048-1055 or a pharmaceutically acceptable diastereomer, enantiomer, racemate, salt, ester, prodrug, hydrate or solvate thereof, wherein the prodrug is selected from an ester of a carboxylic acid group:
A method for handling poor audio quality, the method being performed by a receiving terminal device , the method comprising: obtaining (S102) an indication of poor audio quality of incoming audio at the receiving terminal device , the incoming audio originating from a transmitting terminal device , wherein the incoming audio is part of a call or media stream between the receiving terminal device and the transmitting terminal device , and wherein the indication of poor audio quality is represented by a network parameter, wherein the network parameter is associated with a threshold level used in order to determine whether the network parameter indicates poor audio quality or not, and wherein the threshold level is set according to which type of call is made or a type of media stream ; initiating (S104) text conversion of the incoming audio, wherein the text conversion is triggered by the indication of poor audio quality; receiving (S106) text resulting from automatic speech recognition having been applied to the incoming audio; and providing (S112) a representation of the text to a user interface of the receiving terminal device . obtaining (S102) an indication of poor audio quality of incoming audio at the receiving terminal device , the incoming audio originating from a transmitting terminal device , wherein the incoming audio is part of a call or media stream between the receiving terminal device and the transmitting terminal device , and wherein the indication of poor audio quality is represented by a network parameter, wherein the network parameter is associated with a threshold level used in order to determine whether the network parameter indicates poor audio quality or not, and wherein the threshold level is set according to which type of call is made or a type of media stream ; initiating (S104) text conversion of the incoming audio, wherein the text conversion is triggered by the indication of poor audio quality; receiving (S106) text resulting from automatic speech recognition having been applied to the incoming audio; and providing (S112) a representation of the text to a user interface of the receiving terminal device .
A switch , comprising: a manipulation display including a manipulation section and a display section ; a processor configured to select one of a first state for giving an instruction as to operation of a specific device and a second state for giving an instruction as to operation of a prescribed device which is determined so as to correspond to a specific scene; and an outputter configured to output an instruction signal according to the first state or the second state selected by the processor when the manipulation display is manipulated, wherein the processor is configured to select one of the first state and the second state in response to a specific manipulation performed on the manipulation display , wherein the processor is configured to cause the display section to display a diagram representing the specific scene when the second state is selected. a manipulation display including a manipulation section and a display section ; a processor configured to select one of a first state for giving an instruction as to operation of a specific device and a second state for giving an instruction as to operation of a prescribed device which is determined so as to correspond to a specific scene; and an outputter configured to output an instruction signal according to the first state or the second state selected by the processor when the manipulation display is manipulated, wherein the processor is configured to select one of the first state and the second state in response to a specific manipulation performed on the manipulation display , wherein the processor is configured to cause the display section to display a diagram representing the specific scene when the second state is selected.
An opening and closing system for a pressure cooker having an internally-fitted lid, the system comprising: - a lid that is movable between at least a closed position in which said lid is suitable for co-operating with a vessel to form a sealed pressure cooker, and an opening position in which the lid allows the inside of the vessel to communicate with the outside; - a control lever for controlling movement of the lid between its closed and opening positions, the lever being movable in turning between a first position corresponding to the closed position of the lid , and at least one second position corresponding to the opening position of said lid ; the lever being provided with a cam ; - a latch that is movable between an engaged position in which the latch tends to hold the lever in the first position, and a disengaged position in which the lever can turn freely; and - a return member returning the latch towards the engaged position against the cam , the latch thus generating a holding force for holding the cam in order to hold the lever in the first position; the system being characterized in that the cam and the latch are configured in such a manner that when a torque greater than a predetermined value is applied to the lever to cause it to pass from the first position to the second position, the cam applies a force on the latch that is greater than the holding force and the lever turns from the first position to the second position, the cam pushing the latch against the action of the return spring , which then moves from the engaged position to the disengaged position. - a lid that is movable between at least a closed position in which said lid is suitable for co-operating with a vessel to form a sealed pressure cooker, and an opening position in which the lid allows the inside of the vessel to communicate with the outside; - a control lever for controlling movement of the lid between its closed and opening positions, the lever being movable in turning between a first position corresponding to the closed position of the lid , and at least one second position corresponding to the opening position of said lid ; the lever being provided with a cam ; - a latch that is movable between an engaged position in which the latch tends to hold the lever in the first position, and a disengaged position in which the lever can turn freely; and - a return member returning the latch towards the engaged position against the cam , the latch thus generating a holding force for holding the cam in order to hold the lever in the first position;
An aircraft landing gear assembly comprising: a bogie beam pivotally coupled to a support member , the bogie beam having a predetermined neutral position relative to the support member: a pitch trimmer assembly ncluding a pitch trimmer actuator configured to exert a biasing force in a first direction and a bias force transmission assembly configured to receive the biasing force, wherein the bias force transmission assembly comprises a bias force transmission head at the free end of the pitch trimmer actuator and a pair of contact points on the bogie beam either side of the pivot axis of the bogie beam, the contact points being configured to receive the biasing force from the bias force transmission head and to define the predetermined neutral position of the bogie beam, wherein both contact points are in contact with the bias force transmission head when the bogie beam is in the predetermined neutral position. a bogie beam pivotally coupled to a support member , the bogie beam having a predetermined neutral position relative to the support member: a pitch trimmer assembly ncluding a pitch trimmer actuator configured to exert a biasing force in a first direction and a bias force transmission assembly configured to receive the biasing force, wherein the bias force transmission assembly comprises a bias force transmission head at the free end of the pitch trimmer actuator and a pair of contact points on the bogie beam either side of the pivot axis of the bogie beam, the contact points being configured to receive the biasing force from the bias force transmission head and to define the predetermined neutral position of the bogie beam, wherein both contact points are in contact with the bias force transmission head when the bogie beam is in the predetermined neutral position.