mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a turbine section including at least one turbine rotor (46;54) having at least one blade ; and a blade outer air seal positioned radially outward of a radially outer tip of said at least one turbine blade , and said blade outer air seal having a forward hook and an aft hook , said forward hook supported on a forward retainer and said aft hook supported on an aft hook retainer , said aft hook retainer providing structure to prevent rotation of said blade outer air seal relative to said aft hook retainer , and there being an interference fit between said aft hook retainer and said forward retainer , and a load path being provided from a static structure through said aft hook retainer to said forward retainer , wherein said aft hook retainer has a radially inner ledge to support a radially inner end of said aft hook , and characterised in that the aft hook retainer has lugs positioned radially outwardly of said radially inner ledge , said lugs being received in depressions in said aft hook to prevent rotation in the circumferential direction of said blade outer air seal relative to said aft hook retainer . a turbine section including at least one turbine rotor (46;54) having at least one blade ; and a blade outer air seal positioned radially outward of a radially outer tip of said at least one turbine blade , and said blade outer air seal having a forward hook and an aft hook , said forward hook supported on a forward retainer and said aft hook supported on an aft hook retainer , said aft hook retainer providing structure to prevent rotation of said blade outer air seal relative to said aft hook retainer , and there being an interference fit between said aft hook retainer and said forward retainer , and a load path being provided from a static structure through said aft hook retainer to said forward retainer , wherein said aft hook retainer has a radially inner ledge to support a radially inner end of said aft hook , and characterised in that the aft hook retainer has lugs positioned radially outwardly of said radially inner ledge , said lugs being received in depressions in said aft hook to prevent rotation in the circumferential direction of said blade outer air seal relative to said aft hook retainer .
A digital camera which includes a camera body having an imaging lens and an electronic view finder which can be stored in the camera body such that the electronic view finder can be vertically moved, and allowing a user to observe an image to be picked up, comprising: a guide mechanism (5; 50) which guides vertical movement of the electronic view finder , a connecting part connecting the electronic view finder and the guide mechanism (5; 50) to each other, and a biaxial rotation mechanism (6; 60) comprising a first shaft part supporting the electronic view finder such that the electronic view finder can be rotated around a first direction (A) with respect to the connecting part , and a second shaft part supporting the connecting part such that the connecting part can be rotated around a second direction (B) vertical to the first direction with respect to the guide mechanism (5; 50); wherein the biaxial rotation mechanism (6; 60) is construed such that the electronic view finder can be rotated in either the first direction (A) or the second direction (B) when the optical axis of the imaging lens and the visual axis of the electronic view finder are in parallel. a guide mechanism (5; 50) which guides vertical movement of the electronic view finder , a connecting part connecting the electronic view finder and the guide mechanism (5; 50) to each other, and a biaxial rotation mechanism (6; 60) comprising a first shaft part supporting the electronic view finder such that the electronic view finder can be rotated around a first direction (A) with respect to the connecting part , and a second shaft part supporting the connecting part such that the connecting part can be rotated around a second direction (B) vertical to the first direction with respect to the guide mechanism (5; 50); wherein the biaxial rotation mechanism (6; 60) is construed such that the electronic view finder can be rotated in either the first direction (A) or the second direction (B) when the optical axis of the imaging lens and the visual axis of the electronic view finder are in parallel.
A fieldbus network, comprising - at least one device , - a connection apparatus , which is designed to transfer data from the fieldbus network to a cloud , wherein a derived class is installed on at least one of the devices , said class being derived from a predefined head class , wherein head attributes are defined by the predefined head class and additional attributes are defined in a device-specific manner by the derived class , wherein the at least one of the devices is designed to generate a data object for data transmission to the cloud on the basis of the derived class , characterized in that the connection apparatus is designed to receive the data object from the respective device , to convert at least some of the data contained in the data object to a format of an interface of the cloud and to write the data to the cloud , and in that , after detecting an old device, the connection apparatus is designed to execute a request in the cloud for a data mapping rule that suits the old device and, if such a data mapping rule for the old device is available in the cloud, to download the data mapping rule to suit the old device from the cloud. - at least one device , - a connection apparatus , which is designed to transfer data from the fieldbus network to a cloud , wherein a derived class is installed on at least one of the devices , said class being derived from a predefined head class , wherein head attributes are defined by the predefined head class and additional attributes are defined in a device-specific manner by the derived class , wherein the at least one of the devices is designed to generate a data object for data transmission to the cloud on the basis of the derived class , the connection apparatus is designed to receive the data object from the respective device , to convert at least some of the data contained in the data object to a format of an interface of the cloud and to write the data to the cloud , and in that , after detecting an old device, the connection apparatus is designed to execute a request in the cloud for a data mapping rule that suits the old device and, if such a data mapping rule for the old device is available in the cloud, to download the data mapping rule to suit the old device from the cloud.
Agricultural harvester, comprising a rotatably drivable working rotor for processing stalk-like and/or leaf-like crops, wherein the working rotor is assigned a covering hood , made of a metal material, on the periphery thereof, which hood defines a discharge region of the working rotor and defines a conveying channel between the working rotor and the covering hood , wherein a baffle plate for protecting the covering hood against stone chips from the working rotor is provided on an inner face of the covering hood that faces the working rotor , wherein the baffle plate covers two-thirds or more of the inner face of the covering hood that faces the working rotor , characterised in that the baffle plate has a smooth surface having low sliding friction, and consists of a thermoplastic polymer, wherein the baffle plate is releasably fastened to the cover hood , wherein the inner face of the covering hood that faces the baffle plate is painted.
An article comprising: a base component defining a plurality of holes arranged in an auxetic configuration; wherein the auxetic configuration is configured such that when the base component is compressed in a first direction, the base component contracts in both the first direction and in a second direction orthogonal to the first direction; wherein a surface of the base component defining at least one of the plurality of holes is shaped as a one-sheeted hyperboloid; wherein the plurality of holes includes a first hole and a second hole , each of the first hole and the second hole is shaped as a one-sheeted hyperboloid, and the first hole is obliquely angled relative to the second hole . a base component defining a plurality of holes arranged in an auxetic configuration; wherein the auxetic configuration is configured such that when the base component is compressed in a first direction, the base component contracts in both the first direction and in a second direction orthogonal to the first direction; wherein a surface of the base component defining at least one of the plurality of holes is shaped as a one-sheeted hyperboloid; wherein the plurality of holes includes a first hole and a second hole , each of the first hole and the second hole is shaped as a one-sheeted hyperboloid, and the first hole is obliquely angled relative to the second hole .
A piezoelectric speaker comprising: a piezoelectric vibrator comprising: a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a film-shaped body that is provided around the piezoelectric vibrator so as to elastically hold the piezoelectric vibrator , wherein the film-shaped body includes a plurality of coarse portions in a circumferential direction thereof, wherein each coarse portion comprises a mountain portion and/or a valley portion , and wherein the coarse portions are disposed so as to correspond to a natural frequency of an in-phase mode of the piezoelectric speaker in which antinodes and nodes are formed in a concentric form, wherein the piezoelectric vibrator and the film-shaped body form a sound producing body, wherein none of the mountain portion and valley portion is present at positions of the nodes of the vibration mode, and wherein each coarse portion of the film-shaped body and the antinodes of the vibration mode correspond to each other such that each coarse portion is identical to an apex of the antinode of a vibration mode in the in-phase mode of the natural frequency. a piezoelectric vibrator comprising: a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a film-shaped body that is provided around the piezoelectric vibrator so as to elastically hold the piezoelectric vibrator , wherein the film-shaped body includes a plurality of coarse portions in a circumferential direction thereof, wherein each coarse portion comprises a mountain portion and/or a valley portion , and wherein the coarse portions are disposed so as to correspond to a natural frequency of an in-phase mode of the piezoelectric speaker in which antinodes and nodes are formed in a concentric form, wherein the piezoelectric vibrator and the film-shaped body form a sound producing body, wherein none of the mountain portion and valley portion is present at positions of the nodes of the vibration mode, and wherein each coarse portion of the film-shaped body and the antinodes of the vibration mode correspond to each other such that each coarse portion is identical to an apex of the antinode of a vibration mode in the in-phase mode of the natural frequency.
An image processing system comprising: management means for managing a plurality of folders in a hierarchy structure; reading means for scanning a document to generate image data; receiving means for receiving selection of one of the plurality of folders; determining means for determining (S802) whether the selected folder has at least one subfolder; and display control means for displaying (S803), if the determining means determines that the selected folder has at least one subfolder, a list of the at least one subfolder on display means, and for displaying (S807), if the determining means determines that the selected folder has no subfolder, a setting screen on the display means, wherein the displayed setting screen is configured for use to set a reading parameter for scanning the document with the reading means, and wherein the image processing system is configured such that the image data generated by the reading means based on the reading parameter set via the setting screen is stored in the selected folder. management means for managing a plurality of folders in a hierarchy structure; reading means for scanning a document to generate image data; receiving means for receiving selection of one of the plurality of folders; determining means for determining (S802) whether the selected folder has at least one subfolder; and display control means for displaying (S803), if the determining means determines that the selected folder has at least one subfolder, a list of the at least one subfolder on display means, and for displaying (S807), if the determining means determines that the selected folder has no subfolder, a setting screen on the display means, wherein the displayed setting screen is configured for use to set a reading parameter for scanning the document with the reading means, and wherein the image processing system is configured such that the image data generated by the reading means based on the reading parameter set via the setting screen is stored in the selected folder.
A chamberless system for smoke detection and indoor air quality monitoring, comprising: one or more light sources configured to emit light into a monitored space; at least three light sensing devices configured to receive scattered light, wherein respective sensing portions of the three light sensing devices share a common centerline axis (A); and a processor operatively connected to the at least three light sensing devices to evaluate the scattered light for presence of one or more indoor air quality conditions in the monitored space. one or more light sources configured to emit light into a monitored space; at least three light sensing devices configured to receive scattered light, wherein respective sensing portions of the three light sensing devices share a common centerline axis (A); and a processor operatively connected to the at least three light sensing devices to evaluate the scattered light for presence of one or more indoor air quality conditions in the monitored space.
A method for use in a system, the system comprising a computer host , an image storage device including a first wireless transceiver , and a second wireless transceiver, the image storage device being bound to a user and identifiable by an identifier, the method comprising: at the image storage device, recording encounter data indicative of the first wireless transceiver recording the observance of a beacon of the second wireless transceiver; at the computer host, receiving from the image storage device an upload of images, and in connection with the upload of images, further receiving from the image storage device an upload of the encounter data; at the computer host, using the identifier as an index to an account of the user bound to the image storage device, and associating the encounter data with user profile information that specifies social network contacts of the user bound to the image storage device to locate matches indicating that the second wireless transceiver is associated with one of the user's social network contacts; and informing a user of the image storage device of any matches with the social network contacts determined to be associated with the second wireless transceiver. at the image storage device, recording encounter data indicative of the first wireless transceiver recording the observance of a beacon of the second wireless transceiver; at the computer host, receiving from the image storage device an upload of images, and in connection with the upload of images, further receiving from the image storage device an upload of the encounter data; at the computer host, using the identifier as an index to an account of the user bound to the image storage device, and associating the encounter data with user profile information that specifies social network contacts of the user bound to the image storage device to locate matches indicating that the second wireless transceiver is associated with one of the user's social network contacts; and informing a user of the image storage device of any matches with the social network contacts determined to be associated with the second wireless transceiver.
A method of operating a portable device for indicating an event notification to a user, comprising: - indicating (102; 210) a new event by accordingly issuing a visual, audible, or tactile indication to the user, - monitoring (106; 214) reception of a user response to the indicated new event, and - cancelling (108; 200) the indication of the new event in case of a corresponding user response, and if no user input is received within a period of time in response to the indication of the new event: - controlling sensors in the device to monitor (112; 202) one or more ambient properties, - identifying if a repetitive pattern is present from the one or more monitored ambient properties, - continuing controlling the sensors to monitor the one or more ambient properties if no change is detected (114; 204) in the identified repetitive pattern, and - indicating (102; 210) the new event once more to the user upon detecting a change (114; 204) in the identified repetitive pattern. - indicating (102; 210) a new event by accordingly issuing a visual, audible, or tactile indication to the user, - monitoring (106; 214) reception of a user response to the indicated new event, and - cancelling (108; 200) the indication of the new event in case of a corresponding user response, - controlling sensors in the device to monitor (112; 202) one or more ambient properties, - identifying if a repetitive pattern is present from the one or more monitored ambient properties, - continuing controlling the sensors to monitor the one or more ambient properties if no change is detected (114; 204) in the identified repetitive pattern, and - indicating (102; 210) the new event once more to the user upon detecting a change (114; 204) in the identified repetitive pattern.
A cooling device comprising a compressor which provides the realization of the refrigeration cycle; a condenser which condenses the refrigerant fluid; a compartment wherein the compressor is disposed; an evaporation tray which is disposed in the compartment and which enables the water generated during the defrost process to be collected and evaporated; and a collection tube having a first open end which is arranged at a higher level than the base of the evaporation tray and which opens into the evaporation tray and a second open end which opens to the outside of the evaporation tray , characterized by the second open end being arranged at a higher level than the first open end , enabling the water received from the first open end to be collected in the collection tube so as not to overflow from the second open end .
A plug bolt comprising: - a body with a primary head at one end of the body and a threaded portion at an opposite end of the body; - a secondary head between the primary head and the threaded portion ; - the secondary head being shaped and sized to be engaged by an enclosed internal contact tool; - a weakened portion between the primary head and the secondary head ; and - the weakened portion being shaped and sized such that the weakened portion fails when torque applied to the primary head exceeds a predetermined threshold; - characterized in that the body, secondary head , and weakened portion are integrally formed and the primary head is larger than the circumscribed diameter of the secondary head such that: ∘ an enclosed internal contact tool capable of engaging the secondary head is prevented from engaging the secondary head by the size of the primary head ; and ∘ an enclosed internal contact tool larger than the primary head is incapable of engaging the secondary head . - a body with a primary head at one end of the body and a threaded portion at an opposite end of the body; - a secondary head between the primary head and the threaded portion ; - the secondary head being shaped and sized to be engaged by an enclosed internal contact tool; - a weakened portion between the primary head and the secondary head ; and - the weakened portion being shaped and sized such that the weakened portion fails when torque applied to the primary head exceeds a predetermined threshold; - characterized in that the body, secondary head , and weakened portion are integrally formed and the primary head is larger than the circumscribed diameter of the secondary head such that: ∘ an enclosed internal contact tool capable of engaging the secondary head is prevented from engaging the secondary head by the size of the primary head ; and ∘ an enclosed internal contact tool larger than the primary head is incapable of engaging the secondary head . ∘ an enclosed internal contact tool capable of engaging the secondary head is prevented from engaging the secondary head by the size of the primary head ; and ∘ an enclosed internal contact tool larger than the primary head is incapable of engaging the secondary head .
Composition comprising 6- and/or 8-prenylnaringinin as an active agent for a use in the immunostimulation.
An inverter circuit , comprising: a first PMOS transistor comprising a first terminal connected to an input (VHVP-IN) of the inverter circuit, a second terminal, and a gate; a first capacitor comprising a first terminal coupled to the second terminal of the first PMOS transistor and a second terminal; a first NMOS transistor comprising a first terminal connected to the first terminal of the first capacitor, a second terminal connected to ground, and a gate; a second MOS transistor comprising a first terminal coupled to the second terminal of the first capacitor, a second terminal, and a gate; a third MOS transistor comprising a first terminal coupled to the second terminal of the second MOS transistor, a second terminal coupled to ground, and a gate coupled to the gate of the second MOS transistor; a fourth PMOS transistor comprising a first terminal, a second terminal coupled to the second terminal of the first capacitor, and a gate coupled to the second terminal of the first capacitor; and a fifth PMOS transistor comprising a first terminal coupled to an output (VHVN-OUT) of the inverter circuit, a second terminal coupled to the first terminal of the fourth PMOS transistor, and a gate coupled to the second terminal of the first capacitor; wherein the inverter circuit inverts a voltage on the input to generate a voltage on the output. a first PMOS transistor comprising a first terminal connected to an input (VHVP-IN) of the inverter circuit, a second terminal, and a gate; a first capacitor comprising a first terminal coupled to the second terminal of the first PMOS transistor and a second terminal; a first NMOS transistor comprising a first terminal connected to the first terminal of the first capacitor, a second terminal connected to ground, and a gate; a second MOS transistor comprising a first terminal coupled to the second terminal of the first capacitor, a second terminal, and a gate; a third MOS transistor comprising a first terminal coupled to the second terminal of the second MOS transistor, a second terminal coupled to ground, and a gate coupled to the gate of the second MOS transistor; a fourth PMOS transistor comprising a first terminal, a second terminal coupled to the second terminal of the first capacitor, and a gate coupled to the second terminal of the first capacitor; and a fifth PMOS transistor comprising a first terminal coupled to an output (VHVN-OUT) of the inverter circuit, a second terminal coupled to the first terminal of the fourth PMOS transistor, and a gate coupled to the second terminal of the first capacitor; wherein the inverter circuit inverts a voltage on the input to generate a voltage on the output.