mhurhangee/patent-ind-claim-en huggingface dataset:
Measurement device for measuring a number of physical variables , the measurement device comprising: a graphical display , a number of parameter inputs , wherein parameter inputs comprise input fields which are displayed on the graphical display , and the parameter inputs are configured to receive parameter values inputted by a user, which configure at least one function of the measurement device , wherein each of the at least one function comprises a measurement function of the measurement device or a display function for displaying measurement data, a calculation unit , which is configured to controllably perform predetermined calculation functions with at least one parameter value provided in a respective parameter input and to replace the parameter value in the respective parameter input with the result of the calculation, wherein the result of the calculation is then used by the respective function as a configuration parameter for configuring the measurement device , and a number of function keys which are connected to the calculation unit , wherein every function key controls the calculation unit to perform a predetermined one of the calculation functions when the respective function key is actuated. a graphical display , a number of parameter inputs , wherein parameter inputs comprise input fields which are displayed on the graphical display , and the parameter inputs are configured to receive parameter values inputted by a user, which configure at least one function of the measurement device , wherein each of the at least one function comprises a measurement function of the measurement device or a display function for displaying measurement data, a calculation unit , which is configured to controllably perform predetermined calculation functions with at least one parameter value provided in a respective parameter input and to replace the parameter value in the respective parameter input with the result of the calculation, wherein the result of the calculation is then used by the respective function as a configuration parameter for configuring the measurement device , and a number of function keys which are connected to the calculation unit , wherein every function key controls the calculation unit to perform a predetermined one of the calculation functions when the respective function key is actuated.
A method for inspecting a workpiece , said method comprising: inputting model data associated with the workpiece in an inspection system ; determining a relative position of a depth sensing device relative to the workpiece; calibrating a pose view for the inspection system relative to the model based on the position of the depth sensing device relative to the workpiece; measuring actual depth distance data of at least one pixel of the depth sensing device relative to the workpiece; and determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria; and wherein determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria further comprises: calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition. inputting model data associated with the workpiece in an inspection system ; determining a relative position of a depth sensing device relative to the workpiece; calibrating a pose view for the inspection system relative to the model based on the position of the depth sensing device relative to the workpiece; measuring actual depth distance data of at least one pixel of the depth sensing device relative to the workpiece; and determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria; and wherein determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria further comprises: calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition. calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition.
A composition comprising aggregates of insoluble alpha-glucan, wherein the aggregates have an average hydrodynamic radius of about 50-300 nm and a fractal dimension of about 1.6-2.4, and the insoluble alpha-glucan comprises alpha-1,3-glycosidic linkages.
A method for implementing a pseudo-random function (PRF) using a white-box implementation of a cryptographic function in N rounds, comprising: - receiving an input to the PRF; - receiving a cryptographic key in a first round; - encrypting , using the white-box implementation of the cryptographic function and the cryptographic key, an input message that is one of M possible input messages based upon a portion of the input to produce a first output; for each succeeding round: encrypting , using the white-box implementation of the cryptographic function and an i th cryptographic key, further input messages that are one of M possible input messages based upon a further portion of the input to produce an i th output, wherein the i th cryptographic key is the output from the preceding round, characterized in that , in the first round and in each succeeding round, the white-box implementation of the cryptographic function only produces a correct output for the M possible input messages and produces an incorrect output for input messages that are not one of the M possible input messages . - receiving an input to the PRF; - receiving a cryptographic key in a first round; - encrypting , using the white-box implementation of the cryptographic function and the cryptographic key, an input message that is one of M possible input messages based upon a portion of the input to produce a first output; for each succeeding round: encrypting , using the white-box implementation of the cryptographic function and an i th cryptographic key, further input messages that are one of M possible input messages based upon a further portion of the input to produce an i th output, wherein the i th cryptographic key is the output from the preceding round, characterized in that , in the first round and in each succeeding round, the white-box implementation of the cryptographic function only produces a correct output for the M possible input messages and produces an incorrect output for input messages that are not one of the M possible input messages .
Silica particles having a particle size of from 3 to 15 μm, an oil absorption value of greater than 100 cc/100g, and a Pellicle Cleaning Ratio (PCR) value at 20% silica loading of at least 85 and a Perspex Abrasion Value of from 3.3 to 8.7 and an Einlehner abrasion value ranging from 1.8 to 8.1 mg lost/100 k rev..
A management server comprising: a controller configured to control, by use of a first database (Db_t), a first audio client system that includes a first speaker and a second speaker ; a statistical processor configured to obtain a first standard characteristic impedance by averaging characteristic impedances of multiple speakers including a first characteristic impedance of the first speaker and a second characteristic impedance of the second speaker ; the first database (Db_t) including the first standard characteristic impedance, which is obtained by the statistical processor ; an acquirer configured to acquire a new first characteristic impedance of the first speaker from the first audio client system ; and a determiner configured to compare the new first characteristic impedance with the first standard characteristic impedance, to determine a condition of the first speaker , based on a result of the comparison, wherein the statistical processor is configured to update, based on the condition of the first speaker , the first standard characteristic impedance of the first database (Db_t), using the new first characteristic impedance. a controller configured to control, by use of a first database (Db_t), a first audio client system that includes a first speaker and a second speaker ; a statistical processor configured to obtain a first standard characteristic impedance by averaging characteristic impedances of multiple speakers including a first characteristic impedance of the first speaker and a second characteristic impedance of the second speaker ; the first database (Db_t) including the first standard characteristic impedance, which is obtained by the statistical processor ; an acquirer configured to acquire a new first characteristic impedance of the first speaker from the first audio client system ; and a determiner configured to compare the new first characteristic impedance with the first standard characteristic impedance, to determine a condition of the first speaker , based on a result of the comparison, wherein the statistical processor is configured to update, based on the condition of the first speaker , the first standard characteristic impedance of the first database (Db_t), using the new first characteristic impedance.
A printing apparatus comprising: a conveyance unit configured to convey a print medium; a printing head configured to be movable between a first position at which the printing head performs a printing operation on a print medium conveyed by the conveyance unit, and a second position to which the printing head is retreated from the first position; a discharge unit to which to discharge a print medium conveyed by the conveyance unit; a sensing unit configured to sense conveyance trouble of a print medium conveyed by the conveyance unit; and a conveyance control unit configured to, upon sensing of conveyance trouble by the sensing unit during the printing operation by the printing head, control the conveyance unit to stop conveyance of a print medium in the conveyance trouble, characterized in that the conveyance control unit is further configured, when it stops conveyance of the print medium in said conveyance trouble, to continue a discharge operation for conveying a print medium located downstream of the print medium in the conveyance trouble to the discharge unit, and wherein if the sensing unit senses conveyance trouble during the printing operation, the printing head moves from the first position to the second position in parallel with the discharge operation by the conveyance unit. a conveyance unit configured to convey a print medium; a printing head configured to be movable between a first position at which the printing head performs a printing operation on a print medium conveyed by the conveyance unit, and a second position to which the printing head is retreated from the first position; a discharge unit to which to discharge a print medium conveyed by the conveyance unit; a sensing unit configured to sense conveyance trouble of a print medium conveyed by the conveyance unit; and a conveyance control unit configured to, upon sensing of conveyance trouble by the sensing unit during the printing operation by the printing head, control the conveyance unit to stop conveyance of a print medium in the conveyance trouble, characterized in that the conveyance control unit is further configured, when it stops conveyance of the print medium in said conveyance trouble, to continue a discharge operation for conveying a print medium located downstream of the print medium in the conveyance trouble to the discharge unit, and wherein if the sensing unit senses conveyance trouble during the printing operation, the printing head moves from the first position to the second position in parallel with the discharge operation by the conveyance unit.
An article of apparel having a three-dimensional or tubular knit textile region, the three-dimensional or tubular knit textile region having an internal side and an opposite external side configured to be exposed during use, the three-dimensional or tubular knit textile region comprising: an arrangement of interlocked loops; and a series of parallel rows of loops on the external side formed from the arrangement of interlocked loops, the rows of loops each having a pair of opposite side portions and a top portion therebetween facing outward from the three-dimensional or tubular knit textile region and a printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink applied to the parallel rows of loops; characterized by a plurality of channels on the external side formed between adjacent ones of the parallel rows of loops, each of the plurality of channels including a base channel portion facing outward from the three-dimensional or tubular knit textile region and opposing side portions of the adjacent rows of the loops that form the channel ; and said printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink also applied to the channels , wherein the loops forming rows are interconnected via connections below the level of the loops, which form the base channel portions disposed between the rows . an arrangement of interlocked loops; and a series of parallel rows of loops on the external side formed from the arrangement of interlocked loops, the rows of loops each having a pair of opposite side portions and a top portion therebetween facing outward from the three-dimensional or tubular knit textile region and a printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink applied to the parallel rows of loops; characterized by a plurality of channels on the external side formed between adjacent ones of the parallel rows of loops, each of the plurality of channels including a base channel portion facing outward from the three-dimensional or tubular knit textile region and opposing side portions of the adjacent rows of the loops that form the channel ; and said printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink also applied to the channels , wherein the loops forming rows are interconnected via connections below the level of the loops, which form the base channel portions disposed between the rows .
Method for producing a diffusing sheet of cork for an isothermic container, characterised in that , a starting sheet of cork with an initial density is compressed so as to laterally increase the density, and to form hardened outer skins with a higher level of diffusion compared to the initial level, and thereby control the diffusion of the compressed sheet.
An integrated air-conditioning and hot-water system comprising: at least one heat source unit (A) equipped with at least an air-conditioning compressor and a heat source side heat exchanger ; a plurality of indoor units (B, C) connected in parallel to the heat source unit (A) and each equipped with at least a use-side heat exchanger ; a plurality of hot-water units (D) connected in parallel to the heat source unit (A) and equipped with at least a refrigerant-refrigerant heat exchanger , a heat medium-refrigerant heat exchanger , and a hot-water-supply compressor ; and at least one relay unit (E) interposed between the heat source unit (A) and the indoor units (B, C) and the hot-water units (D) for transferring heating energy or cooling energy generated in the at least one heat source side unit (A) to the indoor units (B, C) and the hot-water units (D), characterized in that the system is configured to, at least in the case where the cooling load of the plurality of indoor units (B, C) and the heating load of the plurality of hot-water units exist at once, if the cooling load of the plurality of indoor units (B, C) is large, increase the set temperature of the plurality of hot-water units (D), perform the heating operation, and comprises control means configured to control the plurality of hot-water units (D) to balance a load in the plurality of indoor units (B, C) and a load in the plurality of hot-water units (D). at least one heat source unit (A) equipped with at least an air-conditioning compressor and a heat source side heat exchanger ; a plurality of indoor units (B, C) connected in parallel to the heat source unit (A) and each equipped with at least a use-side heat exchanger ; a plurality of hot-water units (D) connected in parallel to the heat source unit (A) and equipped with at least a refrigerant-refrigerant heat exchanger , a heat medium-refrigerant heat exchanger , and a hot-water-supply compressor ; and at least one relay unit (E) interposed between the heat source unit (A) and the indoor units (B, C) and the hot-water units (D) for transferring heating energy or cooling energy generated in the at least one heat source side unit (A) to the indoor units (B, C) and the hot-water units (D), characterized in that the system is configured to, at least in the case where the cooling load of the plurality of indoor units (B, C) and the heating load of the plurality of hot-water units exist at once, if the cooling load of the plurality of indoor units (B, C) is large, increase the set temperature of the plurality of hot-water units (D), perform the heating operation, and comprises control means configured to control the plurality of hot-water units (D) to balance a load in the plurality of indoor units (B, C) and a load in the plurality of hot-water units (D).
A printing unit comprising: a main body frame ; a platen roller removably mounted to the main body frame; a lock mechanism pivotably supported by the main body frame between a lock position at which the platen roller is rotatably held by the main body frame and an unlock position at which the platen roller is removable from the main body frame; a thermal head to be brought into pressure contact with an outer circumferential surface of the platen roller; a head support body configured to support the thermal head, the head support body being pivotably supported by the main body frame in such directions that the thermal head and the platen roller are brought closer to and away from each other; an urging member interposed between the lock mechanism and the head support body, the urging member being configured to urge the lock mechanism toward the lock position and urge the head support body in such a direction that the thermal head is brought closer to the platen roller; and a plurality of head pressing members configured to press the head support body in such a direction that the thermal head is brought closer to the platen roller, wherein the plurality of head pressing members is configured to urge the head support body in such a direction that the thermal head is brought closer to the platen roller , wherein the lock mechanism individually holds both end portions of the platen roller in an axial direction of the platen roller, and characterized in that the urging member is arranged outside all of the plurality of head pressing members in the axial direction of the platen roller. a main body frame ; a platen roller removably mounted to the main body frame; a lock mechanism pivotably supported by the main body frame between a lock position at which the platen roller is rotatably held by the main body frame and an unlock position at which the platen roller is removable from the main body frame; a thermal head to be brought into pressure contact with an outer circumferential surface of the platen roller; a head support body configured to support the thermal head, the head support body being pivotably supported by the main body frame in such directions that the thermal head and the platen roller are brought closer to and away from each other; an urging member interposed between the lock mechanism and the head support body, the urging member being configured to urge the lock mechanism toward the lock position and urge the head support body in such a direction that the thermal head is brought closer to the platen roller; and a plurality of head pressing members configured to press the head support body in such a direction that the thermal head is brought closer to the platen roller, wherein the plurality of head pressing members is configured to urge the head support body in such a direction that the thermal head is brought closer to the platen roller , wherein the lock mechanism individually holds both end portions of the platen roller in an axial direction of the platen roller, and characterized in that the urging member is arranged outside all of the plurality of head pressing members in the axial direction of the platen roller.
A spark plug comprising: - an ignition end ; - a protrusion to form a sealing seat between the spark plug and a cylinder head ; - a sealing lip arranged between the protrusion and the ignition end ; - a thread to connect the spark plug with the cylinder head , where the thread is arranged on the spark plug in the order: thread , protrusion , sealing lip ; and wherein the spark plug forms a pre-combustion chamber . - an ignition end ; - a protrusion to form a sealing seat between the spark plug and a cylinder head ; - a sealing lip arranged between the protrusion and the ignition end ; - a thread to connect the spark plug with the cylinder head , where the thread is arranged on the spark plug in the order: thread , protrusion , sealing lip ; and wherein the spark plug forms a pre-combustion chamber .
A seal for use in a gas turbine engine , the seal configured for sealing between a static structure and a rotating member , comprising: a support ring ; a shoe coupled to the support ring via an arm ; and an adhesive disposed between the shoe and the support ring , characterized in that : the shoe is moveable in a radial direction (Y); the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm ; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position. a support ring ; a shoe coupled to the support ring via an arm ; and an adhesive disposed between the shoe and the support ring , characterized in that : the shoe is moveable in a radial direction (Y); the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm ; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position. the shoe is moveable in a radial direction (Y); the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm ; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position.