mhurhangee/patent-ind-claim-en huggingface dataset:
A capping device intended to be affixed on a neck of a container to seal an opening of said neck and which comprises: - a lower ring intended to be mounted axially on the neck and rotating on the neck around an X-axis; - a cap comprising a upper wall intended to be oriented in the direction towards the opening of the neck and an exterior peripheral skirt intended to surround said neck , with the exterior peripheral skirt having a spiral thread intended to cooperate with a spiral thread formed on the neck of the container to permit the screwing or unscrewing the cap on the neck around the X-axis; and - a connection device that connects the cap to the lower ring and is positioned to allow the cap to move away from the lower ring during the unscrewing of the cap and thus permit the opening of the cap ; with the connection device comprising first and second parallel connection arms , each one of which connects the exterior peripheral skirt to the lower ring and with each one comprising a central portion , with said central portion having, in an unrestricted state corresponding to a closed position of the cap , a circular spiral shape that is developed around the X-axis in a direction opposite that of the spiral thread of the exterior peripheral skirt such that the first and second connection arms straighten to permit the cap to move away from the lower ring when the cap is unscrewed from the neck ; characterized in that the first and second connection arms extend respectively around the X-axis in a first and a second angular sector s (s1, s2), with the first and second angular sectors (s1, s2) partially overlapping. - a lower ring intended to be mounted axially on the neck and rotating on the neck around an X-axis; - a cap comprising a upper wall intended to be oriented in the direction towards the opening of the neck and an exterior peripheral skirt intended to surround said neck , with the exterior peripheral skirt having a spiral thread intended to cooperate with a spiral thread formed on the neck of the container to permit the screwing or unscrewing the cap on the neck around the X-axis; and - a connection device that connects the cap to the lower ring and is positioned to allow the cap to move away from the lower ring during the unscrewing of the cap and thus permit the opening of the cap ; with the connection device comprising first and second parallel connection arms , each one of which connects the exterior peripheral skirt to the lower ring and with each one comprising a central portion , with said central portion having, in an unrestricted state corresponding to a closed position of the cap , a circular spiral shape that is developed around the X-axis in a direction opposite that of the spiral thread of the exterior peripheral skirt such that the first and second connection arms straighten to permit the cap to move away from the lower ring when the cap is unscrewed from the neck ;
An apparatus, comprising: - a chassis (102; 202) configured to hold one or more electronic systems; - a first panel ; - a first frame (104; 204) configured to engage a first open side of the chassis (102; 202); - a second frame (106; 206) configured to engage a second open side of the chassis (102; 202) opposite the first open side; and - members (108a-d; 208a-d) attached between the first frame (104; 204) and the second frame (106; 206) using fasteners (110a-d; 210a-d), the members (108a-d; 208a-d) extending between the first frame (104; 204) and the second frame (106; 206) to rigidly secure the first frame (104; 204) and the second frame (106; 206) against the chassis (102; 202) to create an enclosure comprising the first frame (104; 204), the second frame (106; 206), the first panel , and the chassis (102; 202), the members (108a-d; 208a-d) being exterior to the chassis (102; 202), wherein the first frame (104; 204) comprises a shoulder to hold the first panel against the first open side of the chassis and a groove to mate with the chassis (102; 202). - a chassis (102; 202) configured to hold one or more electronic systems; - a first panel ; - a first frame (104; 204) configured to engage a first open side of the chassis (102; 202); - a second frame (106; 206) configured to engage a second open side of the chassis (102; 202) opposite the first open side; and - members (108a-d; 208a-d) attached between the first frame (104; 204) and the second frame (106; 206) using fasteners (110a-d; 210a-d), the members (108a-d; 208a-d) extending between the first frame (104; 204) and the second frame (106; 206) to rigidly secure the first frame (104; 204) and the second frame (106; 206) against the chassis (102; 202) to create an enclosure comprising the first frame (104; 204), the second frame (106; 206), the first panel , and the chassis (102; 202), the members (108a-d; 208a-d) being exterior to the chassis (102; 202),
A multi-fuel engine , said multi-fuel engine comprising a primary fuel supply and at least a secondary fuel supply, the primary and at least secondary fuels being arranged to mix with each other and with air for combustion in one or more cylinders of the engine in use, one or more electronic control units (ECU) are provided to control one or more supply characteristics of the primary and/or at least secondary fuel(s) in use, said engine including a mass air flow (MAF) sensing means fitted to a suction side of a combustion air inlet means of the engine , and at least one of said ECUs is arranged to receive one or more signals from the MAF sensing means to control, at least partially, one or more supply characteristics of the primary fuel, the ECU and/or a further ECU is arranged to receive one or more signals from the MAF sensing means to control, at least partially, one or more supply characteristics of the at least secondary fuel, characterised in that the at least one secondary fuel is injected into an air intake stream for the one or more engine cylinders prior to a turbocharger associated with said one or more engine cylinders and upstream of the MAF sensing means .
A vehicle display device, comprising: a display part provided with a display that generates display light (L) of an image representing vehicle information and a reflector (102-2) that reflects the display light (L), and capable of displaying the display light (L) as a virtual image; a rotation-driver capable of driving the reflector (102-2) to rotate about a predetermined shaft ; an estimator that estimates that a vehicle is to be started by a vehicle occupant; a determiner that determines whether driving of the vehicle has been started actually; and a controller that controls a rotational angle of the rotation driver , characterized in that the controller controls the rotation-driver so that, when driving of the vehicle is to be started, the rotational angle is moved from an initial angle corresponding to an initial position of the reflector (102-2) to a first intermediate angle between the initial angle and a final angle corresponding to a normal operation position of the reflector (102-2), and the controller controls the rotation-driver so that, after driving of the vehicle is started actually, the rotational angle is moved from the first intermediate angle to the final angle. a display part provided with a display that generates display light (L) of an image representing vehicle information and a reflector (102-2) that reflects the display light (L), and capable of displaying the display light (L) as a virtual image; a rotation-driver capable of driving the reflector (102-2) to rotate about a predetermined shaft ; an estimator that estimates that a vehicle is to be started by a vehicle occupant; a determiner that determines whether driving of the vehicle has been started actually; and a controller that controls a rotational angle of the rotation driver , characterized in that the controller controls the rotation-driver so that, when driving of the vehicle is to be started, the rotational angle is moved from an initial angle corresponding to an initial position of the reflector (102-2) to a first intermediate angle between the initial angle and a final angle corresponding to a normal operation position of the reflector (102-2), and the controller controls the rotation-driver so that, after driving of the vehicle is started actually, the rotational angle is moved from the first intermediate angle to the final angle.
A method of maintaining a radio coverage area of a wireless communication network, wherein a plurality of mobile robots provide the radio coverage area, each mobile robot comprising a radio base station of the wireless communication network, the method comprising: • each mobile robot of plurality of mobile robots , upon receiving instruction from a maintenance base , moving to a geographical position to deploy as part of a daisy chain loop of mobile robots ; and • upon receiving further instruction from the maintenance base , each mobile robot moving to a further geographical position as part of a circular shift operation performed by the mobile robots deployed to the daisy chain loop to maintain the radio coverage area and , wherein one of the mobile robots deployed to the daisy chain loop returns to the maintenance base . • each mobile robot of plurality of mobile robots , upon receiving instruction from a maintenance base , moving to a geographical position to deploy as part of a daisy chain loop of mobile robots ; and • upon receiving further instruction from the maintenance base , each mobile robot moving to a further geographical position as part of a circular shift operation performed by the mobile robots deployed to the daisy chain loop to maintain the radio coverage area and , wherein one of the mobile robots deployed to the daisy chain loop returns to the maintenance base .
A transmitting apparatus for supplying content, comprising: transmitting means configured to perform streaming distribution of the content to a receiving apparatus over an IP network; manifest file receiving means configured to receive a manifest file sent from the receiving apparatus that has received the content, said manifest file including a relay quality information indicating the quality of content that said receiving apparatus received, said relay quality information comprising an amount of delay, jitter, or packet loss when said receiving apparatus received the content; analyzing means configured to analyze the relay quality information in the received manifest file, and detect whether quality degradation has occurred in the content on the basis of the received manifest file; broadcasting means configured to, if quality degradation is detected in the content, distribute the content by a TV broadcast network; and distributing means configured to distribute the received manifest file via the IP network, wherein the distributing means is configured to, if the content is distributed by the TV broadcast network on the basis of a result of the analysis of the manifest file, add information for receiving the content by the TV broadcast network to the received manifest file before distributing the manifest file. transmitting means configured to perform streaming distribution of the content to a receiving apparatus over an IP network; manifest file receiving means configured to receive a manifest file sent from the receiving apparatus that has received the content, said manifest file including a relay quality information indicating the quality of content that said receiving apparatus received, said relay quality information comprising an amount of delay, jitter, or packet loss when said receiving apparatus received the content; analyzing means configured to analyze the relay quality information in the received manifest file, and detect whether quality degradation has occurred in the content on the basis of the received manifest file; broadcasting means configured to, if quality degradation is detected in the content, distribute the content by a TV broadcast network; and distributing means configured to distribute the received manifest file via the IP network, wherein the distributing means is configured to, if the content is distributed by the TV broadcast network on the basis of a result of the analysis of the manifest file, add information for receiving the content by the TV broadcast network to the received manifest file before distributing the manifest file.
A device (400; 400') for removing bone from a glenoid of a subject, the device comprising: a frame (402; 402') adapted to be manipulated by a user; a reaming head (412; 412') comprising at least one reaming edge (422; 422') adapted to engage and shape the glenoid; and a drive shaft (406; 406') rotatably supported by and extending through the frame and having a distal end which is coupled with the reaming head and which is at least partially disposed within the reaming head (412; 412'), the drive shaft being rotatable about a drive shaft axis (408; 408') at the distal end, wherein the reaming head is adapted to be rotatably driven about a reaming axis (414; 414') by the drive shaft, the reaming axis being non-parallel to the drive shaft axis at the distal end, and wherein an angle between the reaming axis (414; 414') and the drive shaft axis (408; 408') is selectively adjustable. a frame (402; 402') adapted to be manipulated by a user; a reaming head (412; 412') comprising at least one reaming edge (422; 422') adapted to engage and shape the glenoid; and a drive shaft (406; 406') rotatably supported by and extending through the frame and having a distal end which is coupled with the reaming head and which is at least partially disposed within the reaming head (412; 412'), the drive shaft being rotatable about a drive shaft axis (408; 408') at the distal end, wherein the reaming head is adapted to be rotatably driven about a reaming axis (414; 414') by the drive shaft, the reaming axis being non-parallel to the drive shaft axis at the distal end, and wherein an angle between the reaming axis (414; 414') and the drive shaft axis (408; 408') is selectively adjustable.
A modified MBNL polypeptide having an YGCY binding property, and having a splicing activity reduced by at least 60% as compared to wild-type MBNL protein, for use as a medicament, wherein said polypeptide is not a chimeric peptide consisting of MBNL polypeptide and a targeting moiety.
Brewing unit for a coffee machine with a brewing unit element which has a receiving area , a fill opening in the brewing unit element for filling with coffee powder and a discharge opening located at a distance from the brewing unit element fill opening , with an outflow unit which is arranged on one end of the brewing unit element , with a tubular sleeve which has a tubular sleeve fill opening for coffee powder and a piston receiving area , and which is arranged so as to be movable relative to the brewing unit element in the receiving area of the brewing unit element , with a compacting piston which is arranged so as to be movable relative to the tubular sleeve in the piston receiving area of the tubular sleeve , characterized in that it has a first motor for driving the compacting piston , wherein the drive of the compacting piston is torque-controlled. with a brewing unit element which has a receiving area , a fill opening in the brewing unit element for filling with coffee powder and a discharge opening located at a distance from the brewing unit element fill opening , with an outflow unit which is arranged on one end of the brewing unit element , with a tubular sleeve which has a tubular sleeve fill opening for coffee powder and a piston receiving area , and which is arranged so as to be movable relative to the brewing unit element in the receiving area of the brewing unit element , with a compacting piston which is arranged so as to be movable relative to the tubular sleeve in the piston receiving area of the tubular sleeve , characterized in that it has a first motor for driving the compacting piston , wherein the drive of the compacting piston is torque-controlled.
A variable angle bone screw that extends along a central screw axis, the variable angle bone screw comprising: a first portion defining at least a portion of a head having at least one external thread configured to mate with a thread of a variable angle locking hole of a bone plate when the central screw axis is oriented at any one of a plurality of angles within a range of angles with respect to a central axis of the variable angle locking hole at which the head is configured to threadedly mate with the thread of the variable angle locking hole ; a second portion defining at least a portion of a shaft having at least one thread configured to purchase with bone, wherein the at least one thread of the first portion has a first material hardness, the at least one thread of the second portion has a second material hardness less than the first material hardness, and the second portion is separate from the first portion and attached to the first portion at a joint , characterized in that the first portion comprises a material that is hardened, and the second portion comprises the material that is non-hardened. a first portion defining at least a portion of a head having at least one external thread configured to mate with a thread of a variable angle locking hole of a bone plate when the central screw axis is oriented at any one of a plurality of angles within a range of angles with respect to a central axis of the variable angle locking hole at which the head is configured to threadedly mate with the thread of the variable angle locking hole ; a second portion defining at least a portion of a shaft having at least one thread configured to purchase with bone, wherein the at least one thread of the first portion has a first material hardness, the at least one thread of the second portion has a second material hardness less than the first material hardness, and the second portion is separate from the first portion and attached to the first portion at a joint , characterized in that the first portion comprises a material that is hardened, and the second portion comprises the material that is non-hardened.
A user apparatus, comprising: a resource state detection unit configured to detect a state of a resource in a set of resources that can be used for device-to-device communication; a control unit configured, when the state detected by the resource state detection unit satisfies a predetermined condition, to set the user apparatus to be in a state in which the user apparatus does not perform transmission of a device-to-device communication signal for a predetermined period; and a transmission unit configured, when the user apparatus performs transmission of a device-to-device communication signal, to randomly select a resource from among a set of resources, and to transmit a device-to-device communication signal using the selected resource. a resource state detection unit configured to detect a state of a resource in a set of resources that can be used for device-to-device communication; a control unit configured, when the state detected by the resource state detection unit satisfies a predetermined condition, to set the user apparatus to be in a state in which the user apparatus does not perform transmission of a device-to-device communication signal for a predetermined period; and a transmission unit configured, when the user apparatus performs transmission of a device-to-device communication signal, to randomly select a resource from among a set of resources, and to transmit a device-to-device communication signal using the selected resource.
A method of calibrating an optical sensor, the method comprising the steps of: measuring one or more optical responses of the optical sensor to a fluid before and after changing a pressurization of the fluid; obtaining one or more properties of the fluid before and after pressurization; the method being characterized in that it further comprises the steps of determining calibration information of the measuring instrument by correlating the optical responses and the obtained properties of the fluid using equation-of-state (EOS) model; and calibrating the optical sensor based on the calibration information. measuring one or more optical responses of the optical sensor to a fluid before and after changing a pressurization of the fluid; obtaining one or more properties of the fluid before and after pressurization; the method being characterized in that it further comprises the steps of determining calibration information of the measuring instrument by correlating the optical responses and the obtained properties of the fluid using equation-of-state (EOS) model; and calibrating the optical sensor based on the calibration information.
An electric power steering drive module comprising: a motor comprising a housing, stator coils disposed inside the housing, a motor shaft disposed at the center of the stator coils, and motor three-phase terminals leading from the stator coils towards a side of the motor and being exposed outside the housing, an electronic control unit base fixed to the motor at the side of the exposed terminals , wherein the electronic control unit base includes a guiding recess , a magnet mounting through-hole , a capacitor mounting hole , an inductor mounting hole , and an electronic control unit connector slot disposed therein, an electronic control unit circuit board assembly fixed to the electronic control unit base at the opposite side of the motor and includes an electronic control unit circuit board, and a guide , a Rotor Position Sensor chip , a capacitor , an inductor , and an electronic control unit connector fixed to the lower surface of the electronic control unit circuit board; and a magnet , wherein the motor shaft is configured to pass through the magnet mounting through-hole characterised in that the magnet is snapped onto the end of the motor shaft , and wherein the capacitor is configured to be tightly mounted in the capacitor mounting hole , the inductor is configured to be tightly mounted in the inductor mounting hole , and the electronic control unit connector is configured to be fitted tightly in the electronic control unit connector slot . a motor comprising a housing, stator coils disposed inside the housing, a motor shaft disposed at the center of the stator coils, and motor three-phase terminals leading from the stator coils towards a side of the motor and being exposed outside the housing, an electronic control unit base fixed to the motor at the side of the exposed terminals , wherein the electronic control unit base includes a guiding recess , a magnet mounting through-hole , a capacitor mounting hole , an inductor mounting hole , and an electronic control unit connector slot disposed therein, an electronic control unit circuit board assembly fixed to the electronic control unit base at the opposite side of the motor and includes an electronic control unit circuit board, and a guide , a Rotor Position Sensor chip , a capacitor , an inductor , and an electronic control unit connector fixed to the lower surface of the electronic control unit circuit board; and a magnet , wherein the motor shaft is configured to pass through the magnet mounting through-hole characterised in that the magnet is snapped onto the end of the motor shaft , and wherein the capacitor is configured to be tightly mounted in the capacitor mounting hole , the inductor is configured to be tightly mounted in the inductor mounting hole , and the electronic control unit connector is configured to be fitted tightly in the electronic control unit connector slot .