mhurhangee/ep-ind-claims huggingface dataset:
A wrist rest (100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, 1100), comprising: a base structure; at least two flexible supports extending from the base structure; a vibration assembly comprising a vibration member and an actuator, wherein the vibration member is supported on the at least two flexible supports in a manner such that the vibration member is spaced apart from the base structure by the at least two flexible supports, wherein the actuator is coupled underneath the vibration member and between the at least two flexible supports so as to be suspended from the vibration member; a cushion assembly comprising a cushion disposed over the vibration assembly in a manner so as to conceal the vibration assembly between the base structure and the cushion, wherein the cushion is secured to the base structure, wherein the at least two flexible supports are made of flexible material to absorb vibration so as to prevent transfer of vibration from the vibration member to the base structure in order to isolate the base structure from a vibrating motion of the vibration member, and wherein the vibrating motion of the vibration member causes a surface of the vibration member directed towards the cushion assembly to move relative to a corresponding surface of the cushion assembly directed towards the vibration member in a manner so as to allow the vibrating motion of the vibration member to be sensed through the cushion of the cushion assembly. a base structure; at least two flexible supports extending from the base structure; a vibration assembly comprising a vibration member and an actuator, wherein the vibration member is supported on the at least two flexible supports in a manner such that the vibration member is spaced apart from the base structure by the at least two flexible supports, wherein the actuator is coupled underneath the vibration member and between the at least two flexible supports so as to be suspended from the vibration member; a cushion assembly comprising a cushion disposed over the vibration assembly in a manner so as to conceal the vibration assembly between the base structure and the cushion, wherein the cushion is secured to the base structure, wherein the at least two flexible supports are made of flexible material to absorb vibration so as to prevent transfer of vibration from the vibration member to the base structure in order to isolate the base structure from a vibrating motion of the vibration member, and wherein the vibrating motion of the vibration member causes a surface of the vibration member directed towards the cushion assembly to move relative to a corresponding surface of the cushion assembly directed towards the vibration member in a manner so as to allow the vibrating motion of the vibration member to be sensed through the cushion of the cushion assembly.
Lashing point in or on a loading surface, which has a bracket with lateral guide pins, which are guided pivotably around an axis below the loading surface and into connecting links such that the bracket is displaceable from a rest position into a lashing position and in the lashing position protrudes upwards over the loading surface and in the lashing position is pivotable in the direction of the loading surface around the axis, characterised in that the bracket has, on its side pivotable in the lashing position in the direction of the loading surface, at least one support cam at a distance from the axis, wherein the support cam has a height, which is measured in the axial direction of the eyelet surrounded by the bracket.
Interface device responsive to a movement of a body or an object, comprising: a detection surface, at least one capacitive sensor, wherein the sensor or the sensors each comprise a measurement electrode comprising an active surface oriented toward the detection surface or substantially coinciding with the detection surface, electronic stimulation and treatment means (7, 9, 12) to stimulate the measurement electrodes and to treat the signals sent by the capacitive sensors configured to provide an information regarding a distance between the active surface of the electrodes and the object, wherein the active surfaces of the measurement electrodes are independent of one another, and wherein the electronic stimulation and treatment means (7, 9, 12) are further configured to sample the measurement electrodes independently of one another, characterized in that the electronic stimulation and treatment means (7, 9,12) are further configured to: detect and identify a relative movement of the body or of the object with regard to the active surface of the measurement electrodes and detect a contact of the body or of the object with the detection surface characterized in that interface device comprises a guard made of electrically conductive material arranged in proximity to the measurement electrodes at least along their surface, which is substantially opposite to the active surface, wherein the guard is stimulated to an alternating electric potential substantially identical to that of the measurement electrodes. a detection surface, at least one capacitive sensor, wherein the sensor or the sensors each comprise a measurement electrode comprising an active surface oriented toward the detection surface or substantially coinciding with the detection surface, electronic stimulation and treatment means (7, 9, 12) to stimulate the measurement electrodes and to treat the signals sent by the capacitive sensors configured to provide an information regarding a distance between the active surface of the electrodes and the object, wherein the active surfaces of the measurement electrodes are independent of one another, and wherein the electronic stimulation and treatment means (7, 9, 12) are further configured to sample the measurement electrodes independently of one another, characterized in that the electronic stimulation and treatment means (7, 9,12) are further configured to: detect and identify a relative movement of the body or of the object with regard to the active surface of the measurement electrodes and detect a contact of the body or of the object with the detection surface detect and identify a relative movement of the body or of the object with regard to the active surface of the measurement electrodes and detect a contact of the body or of the object with the detection surface characterized in that interface device comprises a guard made of electrically conductive material arranged in proximity to the measurement electrodes at least along their surface, which is substantially opposite to the active surface, wherein the guard is stimulated to an alternating electric potential substantially identical to that of the measurement electrodes.
A method of converting steam turbine-powered LNG carriers, particularly of the type used for transporting liquefied natural gas, the method changing propulsion by means of adding one or several electric power generator sets powering through switchboards and converters one or several electric propulsion engines (30, 31) transmitting power by means of a mechanical connection with the gearbox, maintaining the steam turbine propulsion plant, such that the converted carrier further has diesel electric propulsion and hybrid propulsion combining the preceding two, characterized in that the mechanical power of the electric propulsion engines (30, 31) is injected directly in the existing gearbox by means of a first phase of modifying the stern end pieces of the hollow shaft with another internal shaft of the low pressure side and of the hollow shaft with another internal shaft of the high pressure side, referred to as quill shaft, of the existing gearbox by means of modifying or replacing the conical coupling on the low pressure side and the other conical coupling on the high pressure side with modified conical couplings (26, 27), to continue with a phase of connecting the respective electric propulsion engines (30, 31) by means of flexible couplings and/or clutches (28, 29) connected to the modified conical couplings (26, 27) previously installed in the gearbox, locating the electric propulsion engines (30, 31) astern the gearbox.
An anchoring system, for implantation of anchoring devices in at least one tissue, preferably a bone tissue, the system being characterized in that it comprises at least the following instruments: - a pair of anchoring devices, each anchoring device of the pair of anchoring devices comprising a body, preferably curved, extending between an anterior end configured to penetrate without any deformation in the bone tissue and a posterior end configured to remain turned outward of the bone tissue, both of these ends defining a longitudinal axis; - at least one guide extending along a longitudinal axis between a posterior end and an anterior end and comprising at least one guiding surface, substantially along the longitudinal axis, configured to guide one of said pair of anchoring devices; and a tubular support comprising a hollow and elongated body extending along a longitudinal axis between a first end and a second end, said hollow body being able to receive said anchoring devices and to guide them towards the bone tissue. - a pair of anchoring devices, each anchoring device of the pair of anchoring devices comprising a body, preferably curved, extending between an anterior end configured to penetrate without any deformation in the bone tissue and a posterior end configured to remain turned outward of the bone tissue, both of these ends defining a longitudinal axis; - at least one guide extending along a longitudinal axis between a posterior end and an anterior end and comprising at least one guiding surface, substantially along the longitudinal axis, configured to guide one of said pair of anchoring devices; and
A disc brake assembly comprising: an anchor bracket having at least one bore (148A, 148B, 248A) formed therein; a guide pin (112A, 112B, 212A) configured to be slidably supported in the bore (148A, 148B, 248A) and having a stem (160, 260); at least one main damper configured to be disposed between the stem (160, 260) and an interior surface of the bore (148A, 148B, 248A) and configured to bias a portion of the stem against the interior surface of the bore (148A, 148B, 248A) depending upon brake loading on the disc brake assembly, characterized by at least one secondary damper (170, 270A, 270B) configured to be disposed between the stem (160, 260) and the interior surface, wherein the secondary damper (170, 270A, 270B) is configured to limit a contact between the stem (160, 260) and the interior surface depending upon the brake loading on the disc brake assembly. an anchor bracket having at least one bore (148A, 148B, 248A) formed therein; a guide pin (112A, 112B, 212A) configured to be slidably supported in the bore (148A, 148B, 248A) and having a stem (160, 260); at least one main damper configured to be disposed between the stem (160, 260) and an interior surface of the bore (148A, 148B, 248A) and configured to bias a portion of the stem against the interior surface of the bore (148A, 148B, 248A) depending upon brake loading on the disc brake assembly, characterized by at least one secondary damper (170, 270A, 270B) configured to be disposed between the stem (160, 260) and the interior surface, wherein the secondary damper (170, 270A, 270B) is configured to limit a contact between the stem (160, 260) and the interior surface depending upon the brake loading on the disc brake assembly.
A method implemented by a radio network node for transmitting a narrowband primary synchronization signal, NB-PSS, and a narrowband secondary synchronization signal, NB-SSS, within a synchronization signal period comprising multiple frames, the method comprising: mapping the NB-PSS to the same one or more subframes within each frame in which the NB-PSS is to be transmitted; mapping the NB-SSS to the same one or more subframes within each frame in which the NB-SSS is to be transmitted, including at least one frame in which the NB-PSS is to be transmitted, by mapping the NB-SSS to one or more subframes that differ from the one or more subframes to which the NB-PSS is mapped, wherein the NB-SSS is mapped to only a single subframe within each frame in which the NB-SSS is transmitted; transmitting the NB-PSS and NB-SSS within the synchronization signal period, wherein the NB-SSS is transmitted in every other frame in which the NB-PSS is transmitted. mapping the NB-PSS to the same one or more subframes within each frame in which the NB-PSS is to be transmitted; mapping the NB-SSS to the same one or more subframes within each frame in which the NB-SSS is to be transmitted, including at least one frame in which the NB-PSS is to be transmitted, by mapping the NB-SSS to one or more subframes that differ from the one or more subframes to which the NB-PSS is mapped, wherein the NB-SSS is mapped to only a single subframe within each frame in which the NB-SSS is transmitted; transmitting the NB-PSS and NB-SSS within the synchronization signal period, wherein the NB-SSS is transmitted in every other frame in which the NB-PSS is transmitted.
A measuring method for determining a measurement result, comprising the steps of: - measuring a measuring quantity by means of a first measuring device at a measuring point, wherein the first measuring device detects a first measurement value, - measuring a reference measuring quantity by means of a second measuring device, wherein the second measuring device detects a second measurement value, - data transmission of the second measurement value from the second measuring device to the first measuring device, and - determination of the measurement result by the first measuring device using the first measurement value and the second measurement value, wherein, the measuring quantity is a pressure in a container, such as a tank, a pipe or the like and wherein the first measuring device has a pressure sensor characterized in that the reference measuring quantity is a distance between the second measuring device and a filling level of a filling material in the container, and that the measurement result is a density of the filling material, wherein the second measuring device has a distance sensor. - measuring a measuring quantity by means of a first measuring device at a measuring point, wherein the first measuring device detects a first measurement value, - measuring a reference measuring quantity by means of a second measuring device, wherein the second measuring device detects a second measurement value, - data transmission of the second measurement value from the second measuring device to the first measuring device, and - determination of the measurement result by the first measuring device using the first measurement value and the second measurement value, wherein, the measuring quantity is a pressure in a container, such as a tank, a pipe or the like and wherein the first measuring device has a pressure sensor characterized in that the reference measuring quantity is a distance between the second measuring device and a filling level of a filling material in the container, and that the measurement result is a density of the filling material, wherein the second measuring device has a distance sensor.
A solid beverage tablet composition which is readily soluble or dispersible in hot water or milk to produce a beverage, the solid beverage tablet composition comprising a low compression powdered extract of an edible material, wherein the sole binder in the composition is an edible oil.
Rotational vibration damping arrangement for the drive train of a motor vehicle, comprising - an input region, to be driven in order to rotate about a rotational axis, and an output region, and - a first torque transmission path and parallel thereto a second torque transmission path, which both start from the input region, and - a clutch arrangement which is connected to the output region and has the purpose of superimposing the torques which are conducted via the torque transmission paths (47; 48), and - a phase shifter arrangement for the first torque transmission path for generating a phase shift of rotational irregularities, directed via the first torque transmission path, with respect to rotational irregularities directed via the second torque transmission path, characterized in that at least one part of the phase shifter arrangement and the clutch arrangement are spaced apart axially from one another at least on one part of a radial extent thereof and as a result form a passage space for the arrangement of a driveshaft of the vehicle which runs transversely with respect to the rotational axis, wherein the passage space is formed radially outside a connecting region of phase shifter arrangement and clutch arrangement. - an input region, to be driven in order to rotate about a rotational axis, and an output region, and - a first torque transmission path and parallel thereto a second torque transmission path, which both start from the input region, and - a clutch arrangement which is connected to the output region and has the purpose of superimposing the torques which are conducted via the torque transmission paths (47; 48), and - a phase shifter arrangement for the first torque transmission path for generating a phase shift of rotational irregularities, directed via the first torque transmission path, with respect to rotational irregularities directed via the second torque transmission path,
A shovel comprising: a boom; a rotating upper body that supports the boom; an engine mounted on the rotating upper body; a cab mounted on the rotating upper body; a rotating frame mounted on the rotating upper body; a fuel tank mounted on a beam portion of the rotating frame; a liquid reducer tank, placed between the fuel tank and a toolbox on the rotating frame, that stores liquid reducer, wherein the liquid reducer tank is mounted on a bottom plate, wherein a bottom surface of the liquid reducer tank is positioned lower than a bottom surface of the fuel tank; and a stair system, detachably mounted on the rotating frame at an opposite side of the cab with respect to the boom, wherein the stair system includes a plurality of tread boards (44, 45) and a plurality of riser boards (48, 49, 50), wherein the liquid reducer tank is placed in a space formed under the stair system, wherein one of the riser boards that faces a liquid inlet of the liquid reducer tank includes a door capable of being opened and closed; wherein the stair system includes an upper step and a lower step positioned lower than the upper step, and wherein a tool housed in the toolbox is adapted to be placed on the bottom plate in addition to the liquid reducer tank that is mounted on the bottom plate, and wherein the liquid reducer tank and the tool housed in the toolbox are adapted to be placed on the bottom plate with the stair system being detached. a boom; a rotating upper body that supports the boom; an engine mounted on the rotating upper body; a cab mounted on the rotating upper body; a rotating frame mounted on the rotating upper body; a fuel tank mounted on a beam portion of the rotating frame; a liquid reducer tank, placed between the fuel tank and a toolbox on the rotating frame, that stores liquid reducer, wherein the liquid reducer tank is mounted on a bottom plate, wherein a bottom surface of the liquid reducer tank is positioned lower than a bottom surface of the fuel tank; and a stair system, detachably mounted on the rotating frame at an opposite side of the cab with respect to the boom, wherein the stair system includes a plurality of tread boards (44, 45) and a plurality of riser boards (48, 49, 50), wherein the liquid reducer tank is placed in a space formed under the stair system, wherein one of the riser boards that faces a liquid inlet of the liquid reducer tank includes a door capable of being opened and closed; wherein the stair system includes an upper step and a lower step positioned lower than the upper step, and wherein a tool housed in the toolbox is adapted to be placed on the bottom plate in addition to the liquid reducer tank that is mounted on the bottom plate, and wherein the liquid reducer tank and the tool housed in the toolbox are adapted to be placed on the bottom plate with the stair system being detached.
A user communications device having active and idle states for use in a cellular communications network in which user communications devices communicate via network communications devices of cells of the network, the user communications device comprising: means for maintaining history data identifying its location whilst in the idle state, the history data comprising time information indicating a time to which said history data relates; and reporting means for providing data relating to that history data and comprising said time information to a network communications device.
A wind turbine comprising: a detecting unit configured to detect a parameter related to an operation state; a demand value obtaining unit configured to store first information in which the parameter related to the operation state and an active power demand value are associated with each other, and configured to obtain an active power demand value corresponding to the operation state parameter detected by the detecting unit based on the first information; and a changing unit configured to change, in a case where a request for changing a maximum value of active power and a newly defined maximum value of active power are received from the utility grid side, a maximum value of an active power demand value in the first information, which is set to a rated value, to the newly defined maximum value of active power at the predetermined change rate or less. a detecting unit configured to detect a parameter related to an operation state; a demand value obtaining unit configured to store first information in which the parameter related to the operation state and an active power demand value are associated with each other, and configured to obtain an active power demand value corresponding to the operation state parameter detected by the detecting unit based on the first information; and a changing unit configured to change, in a case where a request for changing a maximum value of active power and a newly defined maximum value of active power are received from the utility grid side, a maximum value of an active power demand value in the first information, which is set to a rated value, to the newly defined maximum value of active power at the predetermined change rate or less.
A method of producing a carboxyl group-containing nitrile rubber, the method comprising a coagulation step of coagulating a carboxyl group-containing nitrile rubber component by mixing a monovalent metal salt and a polymer flocculating agent into a carboxyl group-containing nitrile rubber latex, wherein the monovalent metal salt is compounded in an amount of 3 to 25 parts by weight and the polymer flocculating agent is compounded in an amount of 0.01 to 10 parts by weight relative to 100 parts by weight of a rubber solid content in the latex, and a weight ratio of the monovalent metal salt/the polymer flocculating agent is in the range of 10 to 500.