mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: two or more soft robotic actuators configured to grasp an object, the soft robotic actuators comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid; a hub comprising an interface for connecting to the two or more soft robotic actuators ; and an angular adjustment device for adjusting an angle of the two or more soft robotic actuators relative to the hub or relative to each other, or for adjusting a position of the two or more soft robotic actuators relative to the hub or relative to each other, wherein the angular adjustment device is configured to deflect the two or more soft robotic actuators toward or away from a central axis of the hub , and wherein the angular adjustment device comprises one or more soft angle adjusters formed of an elastomeric material arranged in an accordion structure that is configured to unfold under pressure, and being disposed adjacent to the two or more soft robotic actuators , the soft angle adjusters being configured to be inflated independently of the soft robotic actuators to alter an angle between the soft robotic actuators . two or more soft robotic actuators configured to grasp an object, the soft robotic actuators comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid; a hub comprising an interface for connecting to the two or more soft robotic actuators ;
A Cucumis melo plant or a part thereof, the plant bearing more than 12 fruit, said fruit being seedless, wherein both alleles of the genome of the plant have a loss of function mutation in SEQ ID NO: 7 that results in a seedless trait.
A method performed by a user equipment, UE , comprising: initiating an IP Multimedia Subsystem multimedia telephony, MMTEL, service by the UE, in a mobile communication network ; and acquiring access control information from a base station, wherein the access control information comprises service specific access control, SSAC, information, access class barring, ACB, information, and ACB bypass information; and wherein the ACB bypass information indicates whether ACB bypass should be applied for MMTEL service; performing a SSAC check for the MMTEL service based on the access control information ; and if the MMTEL service passes the SSAC check, performing the ACB check for the MMTEL service or bypassing the ACB check according to the ACB bypass information. initiating an IP Multimedia Subsystem multimedia telephony, MMTEL, service by the UE, in a mobile communication network ; and acquiring access control information from a base station, wherein the access control information comprises service specific access control, SSAC, information, access class barring, ACB, information, and ACB bypass information; and wherein the ACB bypass information indicates whether ACB bypass should be applied for MMTEL service; performing a SSAC check for the MMTEL service based on the access control information ; and if the MMTEL service passes the SSAC check, performing the ACB check for the MMTEL service or bypassing the ACB check according to the ACB bypass information.
A nut locking assembly, comprising: a pin including an outer diameter threaded surface and a plurality of radially inward extending grooves formed between the outer diameter threaded surface and an end of the pin; a nut including an inner diameter threaded surface and a plurality of radially outward extending grooves formed between the inner diameter threaded surface and an axial end of the nut, wherein the plurality of radially outward extending grooves is formed in an inner circumferential surface of the nut; a lock ring including a plurality of outer diameter protrusions and a plurality of inner diameter protrusions ; and a retaining ring located between the lock ring and the end of the pin, wherein the retaining ring is located in a retaining ring channel defined by an outer circumferential surface of the pin, and wherein the retaining ring channel includes a first axially oriented wall and a second axially oriented wall , the second axially oriented wall being oriented toward the first axially oriented wall, and wherein an axial thickness (T) of the lock ring is greater than an axial length of the outer circumferential surface of the pin, the axial length of the outer circumferential surface being measured between the first axially oriented wall of the retaining ring channel and an axially oriented surface of the pin, and wherein the retaining ring applies a biasing force, in an axial direction, against the lock ring. a pin including an outer diameter threaded surface and a plurality of radially inward extending grooves formed between the outer diameter threaded surface and an end of the pin; a nut including an inner diameter threaded surface and a plurality of radially outward extending grooves formed between the inner diameter threaded surface and an axial end of the nut, wherein the plurality of radially outward extending grooves is formed in an inner circumferential surface of the nut; a lock ring including a plurality of outer diameter protrusions and a plurality of inner diameter protrusions ; and a retaining ring located between the lock ring and the end of the pin, wherein the retaining ring is located in a retaining ring channel defined by an outer circumferential surface of the pin, and wherein the retaining ring channel includes a first axially oriented wall and a second axially oriented wall , the second axially oriented wall being oriented toward the first axially oriented wall, and wherein an axial thickness (T) of the lock ring is greater than an axial length of the outer circumferential surface of the pin, the axial length of the outer circumferential surface being measured between the first axially oriented wall of the retaining ring channel and an axially oriented surface of the pin, and wherein the retaining ring applies a biasing force, in an axial direction, against the lock ring.
A nozzle for a turbine system , the nozzle comprising: an airfoil comprising exterior surface defining a pressure side and a suction side extending between a leading edge and a trailing edge , the airfoil further defining a tip and a root ; an inner sidewall connected to the airfoil at the tip , the inner sidewall including a peripheral edge defining a pressure side slash face , a suction side slash face , a leading edge face , and a trailing edge face ; an outer sidewall connected to the airfoil at the root , the outer sidewall including a peripheral edge defining a pressure side slash face , a suction side slash face , a leading edge face , and a trailing edge face ; and characterized in that the nozzle further comprises a stiffening member extending circumferentially on at least one of a radially inner side of the inner sidewall and a radially outer side of the outer sidewall , wherein at least one of the inner sidewall pressure side slash face , the inner sidewall suction side slash face , the outer sidewall pressure side slash face , or the outer sidewall suction side slash face includes a first swept surface extending at a first angle relative to an axis of the turbine system and a second swept surface extending at a second angle relative to an axis of the turbine system , the first swept surface and the second swept surface meeting at a joining line that is circumferentially aligned with the stiffening member . an airfoil comprising exterior surface defining a pressure side and a suction side extending between a leading edge and a trailing edge , the airfoil further defining a tip and a root ; an inner sidewall connected to the airfoil at the tip , the inner sidewall including a peripheral edge defining a pressure side slash face , a suction side slash face , a leading edge face , and a trailing edge face ; an outer sidewall connected to the airfoil at the root , the outer sidewall including a peripheral edge defining a pressure side slash face , a suction side slash face , a leading edge face , and a trailing edge face ; and characterized in that the nozzle further comprises a stiffening member extending circumferentially on at least one of a radially inner side of the inner sidewall and a radially outer side of the outer sidewall , wherein at least one of the inner sidewall pressure side slash face , the inner sidewall suction side slash face , the outer sidewall pressure side slash face , or the outer sidewall suction side slash face includes a first swept surface extending at a first angle relative to an axis of the turbine system and a second swept surface extending at a second angle relative to an axis of the turbine system , the first swept surface and the second swept surface meeting at a joining line that is circumferentially aligned with the stiffening member .
Electronic unit for an electrically switchable closing device, comprising an evaluation and control unit and a power supply for supplying the evaluation and control unit and an electrical drive of the electrically switchable closing device, the electronic unit being of modular construction and comprising a basic module and also at least one extension module , characterized in that the evaluation and control unit and the power supply form the basic module having a first contacting region , said basic module being extendable with the at least one extension module having a second contacting region , wherein the first contacting region of the basic module and the second contacting region of the at least one extension module are mechanically and electrically connected to one another via a printed circuit board connector , and wherein the at least one extension module has a third contacting region , which is mechanically and electrically connectable to the second contacting region of a further extension module via a further printed circuit board connector , such that the basic module , the at least one extension module and a plurality of extension modules are arrangeable one behind another and electrically and mechanically connectable to one another.
Packaging machine , having supply rolls , a drive for at least one of the supply rolls , a transport means , a drive for the transport means , a forming station and a sealing station , wherein a lower material web unrolls from the supply roll and is transported intermittently along the packaging machine by means of the driven transport means and, in the process, in a forming station , optionally forms pack cavities in the lower material web , which are then occupied by / filled with a packaged material , wherein subsequently in the sealing station an upper material web is sealed onto the lower material web , wherein the lower and the upper material web are each unrolled from the supply roll and at least one supply roll is driven by a motor, characterized in that the drive of the transport means and the drive of the supply roll , during drawing, are at least temporarily synchronized so that the transport means and the material web move at least substantially at the same speed, wherein at the beginning of drawing the material web is ahead of the transport means and at the end of drawing the material web is behind the transport means, wherein said packaging machine has a sensor which measures the elongation and/or web tension and/or web force of the material web . characterized in that the drive of the transport means and the drive of the supply roll , during drawing, are at least temporarily synchronized so that the transport means and the material web move at least substantially at the same speed, wherein at the beginning of drawing the material web is ahead of the transport means and at the end of drawing the material web is behind the transport means, wherein said packaging machine has a sensor which measures the elongation and/or web tension and/or web force of the material web .
A system for detecting blood in an oral cavity during toothbrushing, the system comprising: a toothbrush comprising: a sensor configured to emit first light at a first wavelength and second light at a second wavelength, receive reflected portions of the first light and the second light, and generate a first signal indicative of a first intensity of the reflected portion of the first light and a second signal indicative of a second intensity of the reflected portion of the second light; and a power source operably coupled to the sensor to supply power to the sensor ; and a processor operably coupled to the sensor and configured to receive the first and second signals and calculate a ratio of the first intensity to the second intensity to determine whether hemoglobin is present in the oral cavity. a sensor configured to emit first light at a first wavelength and second light at a second wavelength, receive reflected portions of the first light and the second light, and generate a first signal indicative of a first intensity of the reflected portion of the first light and a second signal indicative of a second intensity of the reflected portion of the second light; and a power source operably coupled to the sensor to supply power to the sensor ; and a processor operably coupled to the sensor and configured to receive the first and second signals and calculate a ratio of the first intensity to the second intensity to determine whether hemoglobin is present in the oral cavity.
A trusted execution environment, TEE-based model training method, comprising: obtaining multiple encrypted target samples from an encrypted training sample set; inputting the multiple encrypted target samples into a TEE, decrypting the encrypted target samples in the TEE, and inputting the decrypted target samples into a feature extraction model in the TEE to obtain sample features; determining the sample features output in the TEE as target sample features used for a current iteration; and performing current iterative training on a target model by using the target sample features. obtaining multiple encrypted target samples from an encrypted training sample set; inputting the multiple encrypted target samples into a TEE, decrypting the encrypted target samples in the TEE, and inputting the decrypted target samples into a feature extraction model in the TEE to obtain sample features; determining the sample features output in the TEE as target sample features used for a current iteration; and performing current iterative training on a target model by using the target sample features.
A manufacturing system , comprising: a plurality of lamination heads statically positioned in end-to-end relation to each other and defining a lamination station , each lamination head configured to dispense a layup material along a dispensing direction ; a lamination surface movable underneath the lamination station along a direction generally aligned with the dispensing direction between a lamination surface home position and a lamination surface aft position , the lamination heads configured to sequentially apply the layup material onto the lamination surface and/or onto previously applied layup material as the lamination surface passes through the lamination station to thereby form a composite laminate having a stack of composite plies arranged in a desired ply stacking sequence defined by positions of the lamination heads relative to each other within the lamination station ; one or more trimming devices located proximate at least one of opposing ends of the lamination station and configured to trim the composite laminate during at least one of: movement of the lamination surface from the lamination station to the lamination surface home position ; and movement of the lamination surface from the lamination station to the lamination surface aft position . a plurality of lamination heads statically positioned in end-to-end relation to each other and defining a lamination station , each lamination head configured to dispense a layup material along a dispensing direction ; a lamination surface movable underneath the lamination station along a direction generally aligned with the dispensing direction between a lamination surface home position and a lamination surface aft position , the lamination heads configured to sequentially apply the layup material onto the lamination surface and/or onto previously applied layup material as the lamination surface passes through the lamination station to thereby form a composite laminate having a stack of composite plies arranged in a desired ply stacking sequence defined by positions of the lamination heads relative to each other within the lamination station ; one or more trimming devices located proximate at least one of opposing ends of the lamination station and configured to trim the composite laminate during at least one of: movement of the lamination surface from the lamination station to the lamination surface home position ; and movement of the lamination surface from the lamination station to the lamination surface aft position . movement of the lamination surface from the lamination station to the lamination surface home position ; and movement of the lamination surface from the lamination station to the lamination surface aft position .
A roasting apparatus for heating objects, the roasting apparatus comprising: a roasting chamber part which comprises: a cylindrical roasting chamber that extends in a vertical direction and has an internal space in which the objects are stirred; and a rotary stirring part that rotates to stir the objects received in the roasting chamber and rotates about a stirring axis defined in the vertical direction; and heat source parts which supply heat to the roasting chamber part and comprise: a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber ; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber . a cylindrical roasting chamber that extends in a vertical direction and has an internal space in which the objects are stirred; and a rotary stirring part that rotates to stir the objects received in the roasting chamber and rotates about a stirring axis defined in the vertical direction; and heat source parts which supply heat to the roasting chamber part and comprise: a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber ; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber . a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber ; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber .
An ink cartridge for an ink jet printer, detachably mounted to a cartridge mounting part of the ink jet printer, a convex part being provided in the cartridge mounting part of the ink jet printer, wherein the ink cartridge comprises: an ink storage chamber for storing ink; an ink supply port for supplying the ink from inside of the ink storage chamber to outside of the ink storage chamber via the ink supply port ; a first detecting mechanism for shielding light emitted by a first sensor of the ink jet printer or changing a path of light emitted by the first sensor when the ink cartridge is loaded into the cartridge mounting part ; a movable member that is pushed and moved by the convex part of the ink jet printer in the process of mounting the ink cartridge to the cartridge mounting part of the ink jet printer; and characterized by a second detecting mechanism that is linked with the movable member and can selectively shield light emitted by a second sensor of the ink jet printer or changing a path of light emitted by the second sensor ; wherein the second detecting mechanism can move up and down reciprocatively in a direction perpendicular to a direction in which the ink cartridge is mounted. an ink storage chamber for storing ink; an ink supply port for supplying the ink from inside of the ink storage chamber to outside of the ink storage chamber via the ink supply port ; a first detecting mechanism for shielding light emitted by a first sensor of the ink jet printer or changing a path of light emitted by the first sensor when the ink cartridge is loaded into the cartridge mounting part ; a movable member that is pushed and moved by the convex part of the ink jet printer in the process of mounting the ink cartridge to the cartridge mounting part of the ink jet printer; and characterized by a second detecting mechanism that is linked with the movable member and can selectively shield light emitted by a second sensor of the ink jet printer or changing a path of light emitted by the second sensor ; wherein the second detecting mechanism can move up and down reciprocatively in a direction perpendicular to a direction in which the ink cartridge is mounted.
A shielded electronic array , comprising: a main plate having opposing first and second major surfaces; first and second electronic devices disposed on respective first portions of the first and second major surfaces, respectively; a noise-shielding plate disposed on a second portion of the second major surface ; an insulated eyelet , which is press-fittable into the main and noise-shielding plates; a first wiring component extending along a main plate plane from the second electronic device ; and a second wiring component extending from the first wiring component to the first electronic device and having an exposed first portion and a second portion extending through the insulated eyelet . a main plate having opposing first and second major surfaces; first and second electronic devices disposed on respective first portions of the first and second major surfaces, respectively; a noise-shielding plate disposed on a second portion of the second major surface ; an insulated eyelet , which is press-fittable into the main and noise-shielding plates; a first wiring component extending along a main plate plane from the second electronic device ; and a second wiring component extending from the first wiring component to the first electronic device and having an exposed first portion and a second portion extending through the insulated eyelet .