mhurhangee/patent-ind-claim-en huggingface dataset:
An auto-adjustable apparatus for a directional drilling system, comprising: a drive-shaft housing ; a drill collar coupled to the drive-shaft housing ; a drive shaft passing through the drive-shaft housing and the drill collar , the drive shaft configured to be coupled to a drill bit ; a sliding assembly comprising a base support defining a slide way and a sliding base slidably disposed in the slide way ; and an actuating module coupled to the sliding base for driving the sliding base to slide along the slide way , wherein,: the apparatus further comprises an active stabilizer fixed to the drive-shaft housing and movably coupled to the drill collar , wherein the base support is fixed to the drill collar and the sliding base is coupled to the drive-shaft housing such that movement of the sliding base along the slide way by a force generated by the actuating module leads to a relative movement between the active stabilizer and the drill collar and generates a bent angle between the drive-shaft housing and the drill collar to direct the drive shaft . a drive-shaft housing ; a drill collar coupled to the drive-shaft housing ; a drive shaft passing through the drive-shaft housing and the drill collar , the drive shaft configured to be coupled to a drill bit ; a sliding assembly comprising a base support defining a slide way and a sliding base slidably disposed in the slide way ; and an actuating module coupled to the sliding base for driving the sliding base to slide along the slide way , wherein,: the apparatus further comprises an active stabilizer fixed to the drive-shaft housing and movably coupled to the drill collar , wherein the base support is fixed to the drill collar and the sliding base is coupled to the drive-shaft housing such that movement of the sliding base along the slide way by a force generated by the actuating module leads to a relative movement between the active stabilizer and the drill collar and generates a bent angle between the drive-shaft housing and the drill collar to direct the drive shaft .
A method implemented by a user equipment, UE, the method comprising: receiving a first wake up signal, WUS, wherein the first WUS is associated with a first discontinuous reception ,DRX, ON period; receiving a first control channel during the associated first DRX ON period after receiving the first WUS, wherein the first control channel is a physical downlink control channel, PDCCH; and characterised in that the method further comprises: determining that a media access control, MAC, entity is within Active Time during a time duration before a second DRX ON period, and based thereon, deactivating WUS reception during the time. receiving a first wake up signal, WUS, wherein the first WUS is associated with a first discontinuous reception ,DRX, ON period; receiving a first control channel during the associated first DRX ON period after receiving the first WUS, wherein the first control channel is a physical downlink control channel, PDCCH; and characterised in that the method further comprises: determining that a media access control, MAC, entity is within Active Time during a time duration before a second DRX ON period, and based thereon, deactivating WUS reception during the time.
Hand-held, mains-independent electric tool, in particular a hand-held hydraulic fluid device, comprising a tool body comprising an electrical assembly, in particular an electrically operated pump, a handle connected to the latter and comprising an operating element , and a battery block , wherein at the lower end of the handle there is provided a connection base which is widened with respect to the cross-section of the handle and is designed for exchangeable docking of the battery block , and wherein the battery block is furthermore at least partially surrounded by a separate splash guard , wherein the splash guard is designed as a casing consisting of a highly elastic, waterimpermeable flat material, which comprises a base section , a cover section opposite said base section and side sections connecting the cover section and the base section to one another, wherein the cover section has a first opening through which the handle passes above the connection base , characterized in that the base section is provided with a second opening which is larger than the first opening and dimensioned in such a way that the splash guard can be pushed up or folded up and/or turned inside out over the battery block whilst widening the second opening , so that the battery block is at least partially exposed by emerging from the splash guard at the bottom.
An antenna comprising: a radiator ; a ground plane spaced apart from the radiator ; a substrate comprising a circuit extended on a top surface of the substrate, the circuit including one end and an opposite end each connected to the ground plane ; a feeding pin connected to the circuit, the feeding pin feeding an RF signal to the radiator ; a first branch reactance disposed between the ends of the circuit, the first branch reactance including one end connected to the circuit and an opposite end connected to the ground plane ; and a second branch reactance disposed between the ends of the circuit, the second branch reactance including one end connected to the circuit and an opposite end connected to the ground plane , a first stub between the first branch reactance and the second branch reactance to form a signal path of the antenna , a second stub at one side of the second branch reactance to form a signal path of the antenna , wherein a resonant frequency of the antenna is controlled according to at least one of a length and a width of the first stub and a length and a width of the second stub . a radiator ; a ground plane spaced apart from the radiator ; a substrate comprising a circuit extended on a top surface of the substrate, the circuit including one end and an opposite end each connected to the ground plane ; a feeding pin connected to the circuit, the feeding pin feeding an RF signal to the radiator ; a first branch reactance disposed between the ends of the circuit, the first branch reactance including one end connected to the circuit and an opposite end connected to the ground plane ; and a second branch reactance disposed between the ends of the circuit, the second branch reactance including one end connected to the circuit and an opposite end connected to the ground plane , a first stub between the first branch reactance and the second branch reactance to form a signal path of the antenna , a second stub at one side of the second branch reactance to form a signal path of the antenna , wherein a resonant frequency of the antenna is controlled according to at least one of a length and a width of the first stub and a length and a width of the second stub .
A synchronous motor control apparatus which drives a synchronous motor , according to a rotational speed command value (ω r *), using a power converter that drives the synchronous motor , the synchronous motor control apparatus comprising: any one of means for detecting a position of a rotor of the synchronous motor directly or by estimation, characterised in that an internal command value (v*) of the control apparatus is corrected based on a deviation between a value of the detected position (θ dc_120 , θ dc_180 ) and a phase command value (θ dcs ) obtained by integrating the rotational speed command value (ω r *); or an internal command value (v*) of the control apparatus is corrected based on a deviation between a detected speed value obtained by differentiating a value of the detected position (θ dc_120 , θ dc_180 ) and the rotational speed command value (ω r *) ; wherein a low-speed region is driven at a 120-degree energization scheme, and a mid-to-high-speed region is driven at a 180-degree energization scheme, according to the rotational speed command value (ω r *) or the detected speed value of the synchronous motor . any one of means for detecting a position of a rotor of the synchronous motor directly or by estimation, characterised in that an internal command value (v*) of the control apparatus is corrected based on a deviation between a value of the detected position (θ dc_120 , θ dc_180 ) and a phase command value (θ dcs ) obtained by integrating the rotational speed command value (ω r *); or an internal command value (v*) of the control apparatus is corrected based on a deviation between a detected speed value obtained by differentiating a value of the detected position (θ dc_120 , θ dc_180 ) and the rotational speed command value (ω r *) ; wherein a low-speed region is driven at a 120-degree energization scheme, and a mid-to-high-speed region is driven at a 180-degree energization scheme, according to the rotational speed command value (ω r *) or the detected speed value of the synchronous motor .
Spring head screw assembly comprising a spring head screw with a head having a conical skirt that widens in the direction of the free end of a threaded shaft adjoining the head , characterized in that the spring head screw assembly has a washer that is arranged between the skirt and the threaded part of the shaft in a non-threaded part of the shaft with a bolt diameter (d 0 ), wherein the inner surface of the skirt transitions into the shaft within a radius (R U ), wherein the inner surface forms a contact angle (a) with a bearing plane (E A ), which bearing plane (E A ) is determined by the end of the skirt facing the free end of the screw and is orthogonal to the screw axis, wherein the shaft has a cylindrical region with the bolt diameter (d 0 ) between the bearing plane (E A ) and the radius (R U ) at the transition to the skirt .
An actuator device, comprising: an actuator member comprising an electroactive polymer deformable in response to electrical stimulation, a temperature sensing means adapted to obtain a measure of a temperature at the actuator member; and a controller operatively coupled to the temperature sensing means and arranged to supply to the actuator member an electrical stimulus comprising an actuation signal for deforming the actuator member, and an AC heating signal superposed with the actuation signal for inducing heating of the electroactive material, wherein the controller is adapted to monitor an output of the temperature sensing means and adjust an amplitude and/or frequency of the AC heating signal in dependence upon the output so as to adjust the heating to maintain the temperature of the actuator member at a set level, the set level being a level elevated relative to an initial non-heated temperature of the actuator member. an actuator member comprising an electroactive polymer deformable in response to electrical stimulation, a temperature sensing means adapted to obtain a measure of a temperature at the actuator member; and a controller operatively coupled to the temperature sensing means and arranged to supply to the actuator member an electrical stimulus comprising an actuation signal for deforming the actuator member, and an AC heating signal superposed with the actuation signal for inducing heating of the electroactive material, wherein the controller is adapted to monitor an output of the temperature sensing means and adjust an amplitude and/or frequency of the AC heating signal in dependence upon the output so as to adjust the heating to maintain the temperature of the actuator member at a set level, the set level being a level elevated relative to an initial non-heated temperature of the actuator member.
Adjustable saddle for motorcycles comprising a padded upper portion , which constitutes the seat for the rider and/or the passenger, and a substantially rigid bottom portion , suitable for resting and attaching the saddle to the chassis or to the frame of the motorcycle, wherein on said bottom portion at least one aperture is made for access to a respective compartment made inside the padded upper portion and destined to receive one or more means (28; 30; 34; 46) suitable for varying the height of the seat and/or the level of comfort for the rider and/or the passenger of the motorcycle, said at least one aperture being made at the seat of the rider and/or passenger and being provided with a removable cover plate , fitted with reversible means of attachment to said bottom portion to selectively open and close said at least one aperture and the respective compartment so as to insert, add and/or remove said one or more means (28; 30; 34; 46) suitable for varying the height of the seat and/or the level of comfort for the rider and/or the passenger of the motorcycle, wherein the padded upper portion has an overall "U" profile comprising an upper shelf and a pair of lateral sides in relation to a transversal cross-section plane (X-X), that is, perpendicular to the direction of movement and vertical to the ground, wherein said "U" profile is adapted to interface directly with the crotch of the user, and characterized in that the compartment comprises an inner side wall which follows an outer profile of the padded upper portion both in a longitudinal direction (Y-Y) and in a transversal direction (X-X), so that the inner side wall of the compartment proves counter-shaped to the outer profile of the padded upper portion , wherein the inner side wall comprises an upper wall , joined to the upper shelf , and a pair of side walls joined to side walls of the upper portion .
Thermal regulation device for at least one electrical component capable of discharging heat during the operation thereof, this component particularly being an electrical energy storage element or an electronic power device, the device particularly being arranged to be mounted on a motor vehicle, the device comprising: - a first wall following a first plane and comprising a first channel , the ends of said channel respectively opening into a portion of a first end and into a portion of a second end of the first wall , - a second wall following a second plane and comprising a second channel , the ends of said channel respectively opening into a portion of a first end and into a portion of a second end of the second wall , - at least one first fluid distribution element arranged to be placed in fluid communication with at least one of the channels , the first and second channels being arranged to be passed through by a heat-transfer fluid, the first and second planes intersecting and the distribution element being separate from the first and second walls and being mounted on at least the portion of the first end of the first and second walls. - a first wall following a first plane and comprising a first channel , the ends of said channel respectively opening into a portion of a first end and into a portion of a second end of the first wall , - a second wall following a second plane and comprising a second channel , the ends of said channel respectively opening into a portion of a first end and into a portion of a second end of the second wall , - at least one first fluid distribution element arranged to be placed in fluid communication with at least one of the channels ,
A method performed by a terminal in a communication system, the method comprising: obtaining mobility history information upon change of a first cell in a radio resource control, RRC, idle state to a second cell , wherein the mobility history information includes an identifier of the first cell and information on a time duration for which the terminal stayed in the first cell ; receiving , from a base station , a request for the mobility history information; and transmitting , to the base station , the mobility history information as a response to the request. obtaining mobility history information upon change of a first cell in a radio resource control, RRC, idle state to a second cell , wherein the mobility history information includes an identifier of the first cell and information on a time duration for which the terminal stayed in the first cell ; receiving , from a base station , a request for the mobility history information; and transmitting , to the base station , the mobility history information as a response to the request.
Packaging tray with an outer cardboard structure in which an insert composed of film is provided, wherein the cardboard structure is a corrugated cardboard and the structure and the film are locally connected to one another in a connecting region in a materially bonded manner, characterized in that the structure is at least locally deformed in the connecting region.
A power heating machine having a first heat exchanger , a compressor , a second heat exchanger , and a throttle device which are connected by a refrigerant line perfused by a refrigerant, as well as having electronics which comprise power electronics for current supply and/or control electronics for controlling the power heating machine , wherein the power heating machine further has a heat transfer device which is embodied to absorb at least heat energy emitted from the electronics and to emit it to the refrigerant, wherein the electronics have heat-emitting electrical components, characterised in that the heat-emitting electrical components are arranged directly adjacent to one another and abut the heat transfer device in a locally limited region, so that the heat energy is transferred to the refrigerant in a concentrated manner. wherein the power heating machine further has a heat transfer device which is embodied to absorb at least heat energy emitted from the electronics and to emit it to the refrigerant, wherein the electronics have heat-emitting electrical components, characterised in that the heat-emitting electrical components are arranged directly adjacent to one another and abut the heat transfer device in a locally limited region, so that the heat energy is transferred to the refrigerant in a concentrated manner.
- A crane with a telescopic jib , intended to be attached to a vehicle, the crane including a fixed member in which at least one movable member slides, characterised in that it bears an auxiliary lifting device which comprises a housing which is attached to the fixed member of the jib substantially above a load to be lifted, and containing at least a first pulley , called guide pulley , of axis transverse to a sliding direction of the jib , the device also comprising a sling which is attached by one end to an attachment point provided at one end of the movable member and which is intended to be attached by its other end to the load to be lifted, the sling thus passing over the guide pulley such that the sliding of the movable member causes, by means of the sling , the vertical lifting or lowering of the load .
A method for preparing a Cannabis plant Δ9-tetrahydrocannabinol (THC) isolate from a crude solvent extract of Cannabis plant material, comprising: a) providing a crude solvent extract of Cannabis plant material containing, by weight of dry matter, 20-90% THC, 0.1-2.0 % Cannabinol (CBN) and 0.1-1.0 % Cannabidiol (CBD); b) subjecting the crude extract to thin film evaporation to obtain a refined extract; c) chromatographically fractionating the refined extract to produce one or more high purity fractions having a THC content higher than a preset value and one or more low purity fractions having a THC content lower than said preset value, wherein the preset value is in the range of 95-99% by weight of dry matter; d) subjecting the one or more high purity fractions to another thin film evaporation; and e) collecting a THC isolate containing at least 97% THC by weight of dry matter; and wherein in step b) and/or in step d) the thin film evaporation is carried out by wiped film evaporation. a) providing a crude solvent extract of Cannabis plant material containing, by weight of dry matter, 20-90% THC, 0.1-2.0 % Cannabinol (CBN) and 0.1-1.0 % Cannabidiol (CBD); b) subjecting the crude extract to thin film evaporation to obtain a refined extract; c) chromatographically fractionating the refined extract to produce one or more high purity fractions having a THC content higher than a preset value and one or more low purity fractions having a THC content lower than said preset value, wherein the preset value is in the range of 95-99% by weight of dry matter; d) subjecting the one or more high purity fractions to another thin film evaporation; and e) collecting a THC isolate containing at least 97% THC by weight of dry matter;
A kit comprising an elongated guide (100; 1100), a visor (300; 1302) and a carriage (200; 1200), the elongated guide (100; 1100) being removably attachable to a hardhat so that a long axis of the elongated guide (100; 1100) is at least generally coincident with a sagittal plane of the hardhat , wherein the elongated guide (100; 1100) is configured to slidably support the visor (300; 1302), which visor (300; 1302) is removably mountable to the elongated guide (100; 1100) so that the visor (300; 1302) is slidably movable along the long axis of the elongated guide (100; 1100) between at least a first, shielding position and a second, retracted position; and, wherein the visor (300; 1302) is removably mounted to, and slidably supported by, the elongated guide (100; 1100), by way of the carriage (200; 1200), which carriage (200; 1200) is non-removably connected to the visor (300; 1302) and is removably engaged with, and slidably supported, by the elongated guide (100; 1100).
A method of monitoring a computer network, the method comprising: estimating a baseline latency state associated with transmission of information between a first point in the computer network and a second point in the computer network, the baseline latency state representing a distribution of discrete latency values stored in a baseline reservoir ; estimating a current latency state associated with transmission of information between the first point in the computer network and the second point in the computer network, the current latency state representing a distribution of discrete latency values stored in a recent sample queue ; performing a comparison of the baseline latency state and the current latency state; identifying a presence of an anomaly associated with transmission of information between the first point in the computer network and the second point in the computer network based on the comparison of the baseline latency state and the current latency state; and updating the estimations of the baseline latency state and the current latency state, comprising: removing a first discrete latency value from the baseline reservoir ; and shifting a second discrete latency value from a head of the recent sample queue to the baseline reservoir to replace the first discrete latency value . estimating a baseline latency state associated with transmission of information between a first point in the computer network and a second point in the computer network, the baseline latency state representing a distribution of discrete latency values stored in a baseline reservoir ; estimating a current latency state associated with transmission of information between the first point in the computer network and the second point in the computer network, the current latency state representing a distribution of discrete latency values stored in a recent sample queue ; performing a comparison of the baseline latency state and the current latency state; identifying a presence of an anomaly associated with transmission of information between the first point in the computer network and the second point in the computer network based on the comparison of the baseline latency state and the current latency state; and updating the estimations of the baseline latency state and the current latency state, comprising: removing a first discrete latency value from the baseline reservoir ; and shifting a second discrete latency value from a head of the recent sample queue to the baseline reservoir to replace the first discrete latency value . removing a first discrete latency value from the baseline reservoir ; and shifting a second discrete latency value from a head of the recent sample queue to the baseline reservoir to replace the first discrete latency value .