mhurhangee/patent-ind-claim-en huggingface dataset:
A mechanical module for filtering vibrations intended to be mounted at least partially inside a casing of an electromechanical actuator for a closure, covering or solar protection installation , the mechanical module for filtering vibrations comprising at least a mechanical vibration filtering member , the mechanical vibration filtering member being made in one piece and extending along a longitudinal axis (X34) intended to be aligned with an axis of rotation (X) of a rotor of an electric motor , the mechanical vibration filtering member comprising at least: - a first end portion , the first end portion comprising at least a first ring , and - an intermediate portion , the intermediate portion being connected to the first end portion , the first ring of the first end portion having a first diameter (D37) greater than a greatest dimension (H36, D36) of the intermediate portion measured in a plane (P) orthogonal to the longitudinal axis (X34), characterized in that the first end portion further comprises a plurality of first arms , each first arm connecting the intermediate portion to the first ring . the mechanical module for filtering vibrations comprising at least a mechanical vibration filtering member , the mechanical vibration filtering member being made in one piece and extending along a longitudinal axis (X34) intended to be aligned with an axis of rotation (X) of a rotor of an electric motor , the mechanical vibration filtering member comprising at least: - a first end portion , the first end portion comprising at least a first ring , and - an intermediate portion , the intermediate portion being connected to the first end portion , the first ring of the first end portion having a first diameter (D37) greater than a greatest dimension (H36, D36) of the intermediate portion measured in a plane (P) orthogonal to the longitudinal axis (X34), - a first end portion , the first end portion comprising at least a first ring , and - an intermediate portion , the intermediate portion being connected to the first end portion , the first ring of the first end portion having a first diameter (D37) greater than a greatest dimension (H36, D36) of the intermediate portion measured in a plane (P) orthogonal to the longitudinal axis (X34), characterized in that the first end portion further comprises a plurality of first arms , each first arm connecting the intermediate portion to the first ring .
A synthetic gingival patch graft having a porous polymeric structure with pores of less than 5 μm, wherein said patch is a non-degradable patch, wherein said synthetic gingival patch is a tissue replacement patch.
A monitoring system comprising: a first gas sensor configured to be disposed in a first agricultural land for cultivating a plant (T) and configured to detect a gas component; a second gas sensor configured to be disposed in a second agricultural land in which the plant (T) is not cultivated and configured to have a same gas detection function as the first gas sensor ; and a controller configured to output information about gas generated from the plant (T) based on a first detection result of the first gas sensor and a second detection result of the second gas sensor , characterised in that the controller is configured to output information obtained by excluding a common gas component from the first detection result as the information about gas generated from the plant (T) when the common gas component is included between the first detection result and the second detection result. a first gas sensor configured to be disposed in a first agricultural land for cultivating a plant (T) and configured to detect a gas component; a second gas sensor configured to be disposed in a second agricultural land in which the plant (T) is not cultivated and configured to have a same gas detection function as the first gas sensor ; and a controller configured to output information about gas generated from the plant (T) based on a first detection result of the first gas sensor and a second detection result of the second gas sensor , characterised in that the controller is configured to output information obtained by excluding a common gas component from the first detection result as the information about gas generated from the plant (T) when the common gas component is included between the first detection result and the second detection result.
A color temperature adjustable light source device, comprising: a substrate ; a plurality of light-emitting units arranged in a preset area on a surface of the substrate , wherein the plurality of light-emitting units comprise first light-emitting units configured to generate full spectrum white light or yellow light and monochromatic light-emitting units configured to generate light having spectrums of three primary colors respectively; and a control circuit integrated in the substrate and configured to control the first light-emitting units and the monochromatic light-emitting units to emit light, to control the generated spectrums of three primary colors to compensate the white light or yellow light to form mixed light, wherein the number of the first light-emitting units is greater than one; wherein the first light-emitting units are arranged at a center of the preset area, and the monochromatic light-emitting units are dispersedly distributed in the preset area. a substrate ; a plurality of light-emitting units arranged in a preset area on a surface of the substrate , wherein the plurality of light-emitting units comprise first light-emitting units configured to generate full spectrum white light or yellow light and monochromatic light-emitting units configured to generate light having spectrums of three primary colors respectively; and a control circuit integrated in the substrate and configured to control the first light-emitting units and the monochromatic light-emitting units to emit light, to control the generated spectrums of three primary colors to compensate the white light or yellow light to form mixed light, wherein the number of the first light-emitting units is greater than one; wherein the first light-emitting units are arranged at a center of the preset area, and the monochromatic light-emitting units are dispersedly distributed in the preset area.
Device for preparing a high-voltage direct current transmission, in particular for installation at sea, comprising: a first busbar (S1), which is connectable to a plurality of first energy generation or consumer units, in particular wind turbines (G1; w1_1, w1_2, ..., w1_n1); a second busbar (S2), which is connectable to a plurality of second energy generation or consumer units, in particular wind turbines (G2; w2_1, w2_2, ..., w2_n2); a transformer system having: a first primary coil (PS1), which is connectable to the first busbar (S1), a second primary coil (PS2), which is connectable to the second busbar (S2), a secondary coil system , which is inductively coupled to the first primary coil (PS1) and the second primary coil (PS2) in order to transform power routed on the first and second busbars (S1, S2) to increased AC voltage; a converter system , which is connected to the secondary coil system in order to convert the increased AC voltage into DC voltage for the high-voltage direct current transmission, wherein the device furthermore comprises a switch , via which the first busbar (S1) is connectable to or disconnectable from the second busbar (S2), and which is configured in such a way that, during normal operation of the device, the first busbar is disconnected from the second busbar by means of the switch. a first busbar (S1), which is connectable to a plurality of first energy generation or consumer units, in particular wind turbines (G1; w1_1, w1_2, ..., w1_n1); a second busbar (S2), which is connectable to a plurality of second energy generation or consumer units, in particular wind turbines (G2; w2_1, w2_2, ..., w2_n2); a transformer system having: a first primary coil (PS1), which is connectable to the first busbar (S1), a second primary coil (PS2), which is connectable to the second busbar (S2), a secondary coil system , which is inductively coupled to the first primary coil (PS1) and the second primary coil (PS2) in order to transform power routed on the first and second busbars (S1, S2) to increased AC voltage; a first primary coil (PS1), which is connectable to the first busbar (S1), a second primary coil (PS2), which is connectable to the second busbar (S2), a secondary coil system , which is inductively coupled to the first primary coil (PS1) and the second primary coil (PS2) in order to transform power routed on the first and second busbars (S1, S2) to increased AC voltage; a converter system , which is connected to the secondary coil system in order to convert the increased AC voltage into DC voltage for the high-voltage direct current transmission, wherein the device furthermore comprises a switch , via which the first busbar (S1) is connectable to or disconnectable from the second busbar (S2), and which is configured in such a way that, during normal operation of the device, the first busbar is disconnected from the second busbar by means of the switch.
Front derailleur device for a bicycle chain shift, comprising: - a frame fixing part for attachment to a bicycle frame, - a hinge arrangement which is pivotable relative to the frame fixing part , and - a chain cage which is pivotable relative to the frame fixing part via the pivotable hinge arrangement for guiding and pivoting of the bicycle chain, wherein the hinge arrangement comprises at least two hinged struts which can be mounted rotatably relative to the frame fixing part and relative to the chain cage about bearing pins and pivot axes assigned to these bearing pins, wherein the pivot axes run substantially parallel to each other and in the mounted state of the derailleur device on a bicycle wheel are oriented substantially vertically or are tilted by maximum 30° to a vertically running axis, wherein the derailleur device can be actuated via a control cable , wherein the control cable can be guided relative to the bicycle frame via a cable guide device provided on the frame fixing part, that furthermore the control cable can be fixed to the derailleur device via a cable fixing device , and that the control cable is guided between the cable fixing device and the cable guide device via a cable deflecting device , wherein the cable deflecting device is arranged on one of the hinged struts of the hinge arrangement or on the chain cage , characterized in that the cable fixing device is provided on the frame fixing part. - a frame fixing part for attachment to a bicycle frame, - a hinge arrangement which is pivotable relative to the frame fixing part , and - a chain cage which is pivotable relative to the frame fixing part via the pivotable hinge arrangement for guiding and pivoting of the bicycle chain, wherein the hinge arrangement comprises at least two hinged struts which can be mounted rotatably relative to the frame fixing part and relative to the chain cage about bearing pins and pivot axes assigned to these bearing pins, wherein the pivot axes run substantially parallel to each other and in the mounted state of the derailleur device on a bicycle wheel are oriented substantially vertically or are tilted by maximum 30° to a vertically running axis, wherein the derailleur device can be actuated via a control cable , wherein the control cable can be guided relative to the bicycle frame via a cable guide device provided on the frame fixing part, that furthermore the control cable can be fixed to the derailleur device via a cable fixing device , and that the control cable is guided between the cable fixing device and the cable guide device via a cable deflecting device , wherein the cable deflecting device is arranged on one of the hinged struts of the hinge arrangement or on the chain cage , characterized in that the cable fixing device is provided on the frame fixing part.
A control method of a fan , wherein the fan communicates with a wearable device , and the method comprises: detecting (S1), by the wearable device , a body parameter of a user to determine whether the user enters a sleeping state; generating (S2) a sleeping wind mode instruction when the user enters the sleeping state; and controlling (S3) the fan to enter a sleeping wind mode according to the sleeping wind mode instruction, obtaining a sleeping wind control curve after the fan enters the sleeping wind mode, and adjusting an operation parameter according to the sleeping wind control curve; characterised in that : the operation parameter comprises an operation gear and a rotation angle; wherein an operation gear is a predefined fan rotation speed; the sleeping wind control curve is a curve representing correspondence relationship between sleeping time periods and operation gears, and further comprising: controlling the fan to rotate according to a preset rotation angle when adjusting an operation gear according to the sleeping wind control curve. detecting (S1), by the wearable device , a body parameter of a user to determine whether the user enters a sleeping state; generating (S2) a sleeping wind mode instruction when the user enters the sleeping state; and controlling (S3) the fan to enter a sleeping wind mode according to the sleeping wind mode instruction, obtaining a sleeping wind control curve after the fan enters the sleeping wind mode, and adjusting an operation parameter according to the sleeping wind control curve; characterised in that : the operation parameter comprises an operation gear and a rotation angle; wherein an operation gear is a predefined fan rotation speed; the sleeping wind control curve is a curve representing correspondence relationship between sleeping time periods and operation gears, and further comprising: controlling the fan to rotate according to a preset rotation angle when adjusting an operation gear according to the sleeping wind control curve.
A method for assembling rollers in a cage for retaining said rollers in a rolling bearing, the method providing for producing a cage comprising two rings which are axially spaced apart and a plurality of bridges extending between said rings so as to form, between two adjacent bridges and a segment of each of said rings, a cell wherein a roller is intended to be retained while being able to rotate about its own axis, said method providing for rotating said cage and for disposing said rollers in their respective cell during said rotation, said method being characterised in that it provides for forming slots in at least one ring , the cage rotation driving being carried out by means of rotatably motorised claws which are engaged in said slots.
Method for operating a high-pressure pump , in particular a radial or in-line piston pump in fuel injection systems of air-compressing, auto-ignition internal combustion engines , wherein the high-pressure pump has a first pump assembly , has at least one second pump assembly and has a drive shaft which serves for driving the first pump assembly and the second pump assembly , wherein a first inlet valve for a pump working chamber of the first pump assembly and at least one second inlet valve for a pump working chamber of the second pump assembly are provided, wherein at least the first inlet valve is in the form of a controlled inlet valve , and wherein, in a part-load operating mode, a delivery of fuel by the first pump assembly through the first inlet valve is at least substantially able to be interrupted, and wherein, for actuation of the first inlet valve , a control unit of the fuel injection system is provided, characterized in that the control unit , in the part-load operating mode, in the case of a cylinder deactivation of the internal combustion engine , carries out an actuation of at least the first inlet valve in a manner temporally matched to the cylinder deactivation, in order to interrupt the delivery of fuel by the first pump assembly .
Method for filtration of polluted liquid in a single upright filtration tank , comprising the steps: - feeding of fresh filter material via a fresh filter material inlet in a lower part of the filtration tank , - feeding of polluted liquid via a liquid inlet in an upper part of the filtration tank , - mixing of the filter material and the polluted liquid in the single upright filtration tank to filter the polluted liquid by conveying filter material from the lower part of the filtration tank to the upper part of the filtration tank , - discharge of used filter material through an upper used filter material outlet in the upper part of the filtration tank , and - discharge of clean liquid from the filtration tank through a lower clean liquid outlet in the lower part of the filtration tank , characterized in that polluted liquid is circulated from the lower part of the filtration tank to the upper part of the filtration tank in a sparging loop comprising a circulation pump , wherein polluted liquid is heated or heat is maintained in the sparging loop by a heat exchanger . - feeding of fresh filter material via a fresh filter material inlet in a lower part of the filtration tank , - feeding of polluted liquid via a liquid inlet in an upper part of the filtration tank , - mixing of the filter material and the polluted liquid in the single upright filtration tank to filter the polluted liquid by conveying filter material from the lower part of the filtration tank to the upper part of the filtration tank , - discharge of used filter material through an upper used filter material outlet in the upper part of the filtration tank , and - discharge of clean liquid from the filtration tank through a lower clean liquid outlet in the lower part of the filtration tank ,
Mounting tool for mounting and/or removing a pad retaining clip on a securing apparatus of a disc brake , wherein the securing apparatus has a securing element which is permanently connected to a rear-side backing plate of a rear-side brake pad of the associated disc brake , which securing element has at least two spring arms , wherein each spring arm has a lug section with a lug bent at its free end, wherein each of the lugs is bent towards a disc brake axis of rotation of the disc brake to be assigned and arranged in a mirror-image manner, wherein each lug section extends in the direction of the disc brake axis of rotation and bears against a section of an end section of the pad retaining clip , and wherein each lug surrounds a corner of the end section of the pad retaining clip , characterised in that the mounting tool has a base, a spreading device and a guide device, wherein the base has a base plate to which two finger plates with a bevel each are attached and form the spreading device, wherein the guide device comprises two fingers with an oblique surface each, wherein the two fingers are arranged on the base plate above the two finger plates , wherein the mounting tool furthermore has a retaining device, wherein the retaining device comprises one inner longitudinal wall and one outer longitudinal wall each with a receptacle each, and wherein the one inner longitudinal wall each and the one outer longitudinal wall each on each longitudinal side of the base plate are arranged parallel to one another with a spacing, wherein the receptacle is arranged in each case between the one inner longitudinal wall each and the one outer longitudinal wall each.
A pharmaceutical composition for oral administration, consisting essentially of (a) 4 to 40 % by weight of a taxane, (b) 10 to 40 % by weight of polyoxyl glyceryl fatty acid ester, (c) 30 to 70 % by weight of (c-1) monooleoyl glycerol or (c-2) an oleoyl glycerol complex, and (d) 5 to 30 % by weight of a surfactant, wherein the oleoyl glycerol complex has 30 to 65 % by weight of monooleoyl glycerol contents; 15 to 50 % by weight of dioleoyl glycerol contents; and 2 to 20 % by weight of trioleoyl glycerol contents. (a) 4 to 40 % by weight of a taxane, (b) 10 to 40 % by weight of polyoxyl glyceryl fatty acid ester, (c) 30 to 70 % by weight of (c-1) monooleoyl glycerol or (c-2) an oleoyl glycerol complex, and (d) 5 to 30 % by weight of a surfactant,
A method performed by a wireless transmit/receive unit , WTRU, for providing physical layer resources to a plurality of medium access control, MAC, instances, the method comprising: utilizing, by the WTRU , a first physical layer configuration for sending a first transmission to a first serving site in accordance with a first uplink grant received from the first serving site, wherein a first MAC instance is associated with a first group of one or more cells served by the first serving site; utilizing, by the WTRU , a second physical layer configuration for sending a second transmission to a second serving site in accordance with a second uplink grant received from the second serving site, wherein a second MAC instance is associated with a second group of one or more cells served by the second serving site; and allocating, by the WTRU , at least a portion of transmission power between the first transmission associated with the first MAC instance sent to the first serving site and the second transmission associated with the second MAC instance sent to the second serving site based on a plurality of priority rules, wherein a first priority rule comprises prioritizing transmissions associated with cells corresponding to a primary MAC instance over transmissions associated with cells corresponding to a secondary MAC instance, a second priority rule comprises prioritizing transmissions that include uplink control information, UCI, over transmissions that do not include UCI, and a third priority rule comprises prioritizing transmissions including a first type of UCI over transmissions including a second type of UCI. utilizing, by the WTRU , a first physical layer configuration for sending a first transmission to a first serving site in accordance with a first uplink grant received from the first serving site, wherein a first MAC instance is associated with a first group of one or more cells served by the first serving site; utilizing, by the WTRU , a second physical layer configuration for sending a second transmission to a second serving site in accordance with a second uplink grant received from the second serving site, wherein a second MAC instance is associated with a second group of one or more cells served by the second serving site; and allocating, by the WTRU , at least a portion of transmission power between the first transmission associated with the first MAC instance sent to the first serving site and the second transmission associated with the second MAC instance sent to the second serving site based on a plurality of priority rules, wherein a first priority rule comprises prioritizing transmissions associated with cells corresponding to a primary MAC instance over transmissions associated with cells corresponding to a secondary MAC instance, a second priority rule comprises prioritizing transmissions that include uplink control information, UCI, over transmissions that do not include UCI, and a third priority rule comprises prioritizing transmissions including a first type of UCI over transmissions including a second type of UCI.