mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal comprising: a first frame ; a second frame movable in a first direction from the first frame when a state of the mobile terminal converts from a first state to a second state in which a size of the mobile terminal becomes larger than in the first state, and slidable in a second direction opposite to the first direction when the state of the mobile terminal converts from the second state to the first state; a slide frame movable in the first direction or in the second direction with respect to the second frame ; a flexible display unit including a first region coupled to the first frame , a second region coupled to the slide frame , and a third region positioned between the first region and the second region and bent to surround the second frame in the first direction; a tensioning belt having a first end fixed to the first frame and a second end coupled to the slide frame and configured to provide a pulling force to the slide frame in the second direction; a belt roller positioned at a second directional end of the second frame, wherein the tensioning belt is wound around the belt roller. a first frame ; a second frame movable in a first direction from the first frame when a state of the mobile terminal converts from a first state to a second state in which a size of the mobile terminal becomes larger than in the first state, and slidable in a second direction opposite to the first direction when the state of the mobile terminal converts from the second state to the first state; a slide frame movable in the first direction or in the second direction with respect to the second frame ; a flexible display unit including a first region coupled to the first frame , a second region coupled to the slide frame , and a third region positioned between the first region and the second region and bent to surround the second frame in the first direction; a tensioning belt having a first end fixed to the first frame and a second end coupled to the slide frame and configured to provide a pulling force to the slide frame in the second direction; a belt roller positioned at a second directional end of the second frame, wherein the tensioning belt is wound around the belt roller.
An annular metal gear component comprising a plurality of tooth portions and a support portion that supports the plurality of tooth portions , wherein the plurality of tooth portions are provided on an outside of the support portion along its entire circumference, a plurality of groove portions are provided along a width direction of the annular metal gear component evenly on an annular inner surface of the support portion , the plurality of groove portions are present such a ratio that at least one groove portion is provided per one tooth portion or adjacent two or more of the plurality of tooth portions , and each of the plurality of groove portions is formed such that it is located to correspond to a position where the tooth portion is present on the support portion , characterized in that the plurality of groove portions intrudes into the plurality of tooth portions such that a groove bottom of the groove portion is located beyond and outside a tooth root circle , a cross-sectional shape of the groove portion is a isosceles trapezoid, and wherein a ratio of a distance (g1) between intersection points (p7, p8) of extension lines of tooth flanks of the tooth portion with a tip circle of the tooth portion , and a distance (g2) between tooth root points (p5, p6) of the tooth portion is substantially equal to a ratio of a groove bottom length (a2) of the groove portion and a frontage length (a1) of the groove portion , a groove bottom of the groove portion is located inside an intersection of two straight lines each connecting a pitch point (p9, p10) of one tooth flank and a root point (p5, p6) of the other tooth flank . the plurality of tooth portions are provided on an outside of the support portion along its entire circumference, a plurality of groove portions are provided along a width direction of the annular metal gear component evenly on an annular inner surface of the support portion , the plurality of groove portions are present such a ratio that at least one groove portion is provided per one tooth portion or adjacent two or more of the plurality of tooth portions , and each of the plurality of groove portions is formed such that it is located to correspond to a position where the tooth portion is present on the support portion , characterized in that the plurality of groove portions intrudes into the plurality of tooth portions such that a groove bottom of the groove portion is located beyond and outside a tooth root circle , a cross-sectional shape of the groove portion is a isosceles trapezoid, and wherein a ratio of a distance (g1) between intersection points (p7, p8) of extension lines of tooth flanks of the tooth portion with a tip circle of the tooth portion , and a distance (g2) between tooth root points (p5, p6) of the tooth portion is substantially equal to a ratio of a groove bottom length (a2) of the groove portion and a frontage length (a1) of the groove portion , a groove bottom of the groove portion is located inside an intersection of two straight lines each connecting a pitch point (p9, p10) of one tooth flank and a root point (p5, p6) of the other tooth flank .
Line supply arrangement for electrically driven motor vehicles, comprising the following features: a. an electric line for charging an energy store of the motor vehicle is arranged on a support arm ; wherein the support arm is arranged on a support column (T); b. a trolley is arranged on the support arm for positioning the line ; c. the trolley is displaceable relative to the support arm in the horizontal direction or the support arm is displaceable in the horizontal direction and the trolley is displaceable relative to the support arm in the horizontal direction; d. the trolley is designed to be located at a height above the motor vehicle to be charged; e. a free end of the line hangs down from the trolley on the support arm in order to be connected from above to the motor vehicle for charging; f. the line is liquid-cooled; characterised by the following features: g. at least one hose reel is stationarily arranged on the support arm near the support column (T) and is used for supply and discharge of a cooling liquid to and from the electric line on the trolley , which is movable relative to the hose reel , wherein a line reel for the line is arranged on the trolley in order to lower the free end of the line to the motor vehicle; h. a heat exchanger for cooling the cooling liquid is arranged at a distance from the trolley . a. an electric line for charging an energy store of the motor vehicle is arranged on a support arm ; wherein the support arm is arranged on a support column (T); b. a trolley is arranged on the support arm for positioning the line ; c. the trolley is displaceable relative to the support arm in the horizontal direction or the support arm is displaceable in the horizontal direction and the trolley is displaceable relative to the support arm in the horizontal direction; d. the trolley is designed to be located at a height above the motor vehicle to be charged; e. a free end of the line hangs down from the trolley on the support arm in order to be connected from above to the motor vehicle for charging; f. the line is liquid-cooled; g. at least one hose reel is stationarily arranged on the support arm near the support column (T) and is used for supply and discharge of a cooling liquid to and from the electric line on the trolley , which is movable relative to the hose reel , wherein a line reel for the line is arranged on the trolley in order to lower the free end of the line to the motor vehicle; h. a heat exchanger for cooling the cooling liquid is arranged at a distance from the trolley .
A method for obtaining an aqueous extract enriched with small RNAs having a maximum length of 150 nucleotides from a plant material, said method comprising the following steps: a) bringing the plant material, crushed beforehand, into contact with water; b) adding tetrasodium ethylenediaminetetraacetic acid (EDTA) at a concentration between 2 and 15 mM to the mixture obtained in a) at a pH between 10.5 and 11, this step being performed under stirring for a time of at least 1h and at a temperature between 20 and 80°C; c) then adjusting the pH of the mixture obtained in b) to a value between 6 and 8; d) purifying the mixture obtained in c) so as to remove the residual solid plant material and obtain a purified crude aqueous extract; e) checking the pH and readjusting it if necessary to a value between 6 and 8, and obtaining an aqueous plant material extract, enriched with small RNAs having a maximum length of 150 nucleotides, comprising by weight, relative to the total weight of the extract, 5-60 g/kg of dry extract and 10-1000 mg/kg of small RNAs having a maximum length of 150 nucleotides, 0.5 to 30 g/kg of protein fragments, and 0.5 to 50 g/kg of sugars, and not comprising DNA, wherein step e) is preceded by at least one filtration of the crude aqueous extract obtained in d) and preferably by successive filtrations of the crude aqueous extract by lowering the filtration threshold from 20-50 μm to 0.1-0.30 μm. a) bringing the plant material, crushed beforehand, into contact with water; b) adding tetrasodium ethylenediaminetetraacetic acid (EDTA) at a concentration between 2 and 15 mM to the mixture obtained in a) at a pH between 10.5 and 11, this step being performed under stirring for a time of at least 1h and at a temperature between 20 and 80°C; c) then adjusting the pH of the mixture obtained in b) to a value between 6 and 8; d) purifying the mixture obtained in c) so as to remove the residual solid plant material and obtain a purified crude aqueous extract; e) checking the pH and readjusting it if necessary to a value between 6 and 8, and obtaining an aqueous plant material extract, enriched with small RNAs having a maximum length of 150 nucleotides, comprising by weight, relative to the total weight of the extract, 5-60 g/kg of dry extract and 10-1000 mg/kg of small RNAs having a maximum length of 150 nucleotides, 0.5 to 30 g/kg of protein fragments, and 0.5 to 50 g/kg of sugars, and not comprising DNA,
A system for vehicle motion planning, the system comprising: a sensor , wherein the sensor comprises a ladar system configured to generate ladar frames data ; and a motion planning computer system in communication with the sensor; wherein the sensor has a field of view and is configured to (i) provide the ladar frames data to the motion planning computer system and (ii) detect a threatening or anomalous condition in the field of view; wherein the motion planning computer system is configured with a motion planning loop; and wherein the sensor and motion planning computer system are configured to cooperate such that the sensor is configured to insert a notification indicative of the detected condition into the motion planning loop, wherein the notification comprises a priority flag that accompanies the ladar frames data, and whereupon the motion planning computer system is configured to determine that the ladar frames data accompanying the priority flag is to be evaluated on an expedited basis to make a decision about vehicle motion. a sensor , wherein the sensor comprises a ladar system configured to generate ladar frames data ; and a motion planning computer system in communication with the sensor; wherein the sensor has a field of view and is configured to (i) provide the ladar frames data to the motion planning computer system and (ii) detect a threatening or anomalous condition in the field of view; wherein the motion planning computer system is configured with a motion planning loop; and wherein the sensor and motion planning computer system are configured to cooperate such that the sensor is configured to insert a notification indicative of the detected condition into the motion planning loop, wherein the notification comprises a priority flag that accompanies the ladar frames data, and whereupon the motion planning computer system is configured to determine that the ladar frames data accompanying the priority flag is to be evaluated on an expedited basis to make a decision about vehicle motion.
A gas-insulated high or medium voltage circuit breaker comprising: a first arcing contact and a second arcing contact , wherein at least one of the two arcing contacts is axially movable along a switching axis , wherein during a breaking operation, an arc between the first arcing contact and the second arcing contact is formed in an arcing region; a nozzle system including a channel directed to the arcing region, for blowing an arc-extinguishing gas to the arcing region during the breaking operation; a diffuser portion adjacent to the nozzle, for transporting the arc-extinguishing gas from the arcing region to a region downstream of the diffuser portion ; an electrically conductive armature radially surrounding at least part of the diffuser portion ; and an electrically conductive ring-like element mounted to the diffuser portion , wherein the ring-like element is slideable relative to the armature , wherein the ring-like element is radially outwardly biased such that an outer side of the ring-like element is pressed against the armature , characterized in that the diffuser portion includes a first diffuser portion and a second diffuser portion the second diffuser portion having a higher electrical conductivity than the first diffuser portion , and in that the second diffuser portion includes a shield , which partially encloses the first diffuser portion . a first arcing contact and a second arcing contact , wherein at least one of the two arcing contacts is axially movable along a switching axis , wherein during a breaking operation, an arc between the first arcing contact and the second arcing contact is formed in an arcing region; a nozzle system including a channel directed to the arcing region, for blowing an arc-extinguishing gas to the arcing region during the breaking operation; a diffuser portion adjacent to the nozzle, for transporting the arc-extinguishing gas from the arcing region to a region downstream of the diffuser portion ; an electrically conductive armature radially surrounding at least part of the diffuser portion ; and an electrically conductive ring-like element mounted to the diffuser portion , wherein the ring-like element is slideable relative to the armature , wherein the ring-like element is radially outwardly biased such that an outer side of the ring-like element is pressed against the armature , characterized in that the diffuser portion includes a first diffuser portion and a second diffuser portion the second diffuser portion having a higher electrical conductivity than the first diffuser portion , and in that the second diffuser portion includes a shield , which partially encloses the first diffuser portion .
A control method for an image forming apparatus, the method comprising: applying a current detection bias to a developer roller blade of a developer cartridge ; detecting the magnitude of current flowing through the developer roller blade when the current detection bias is applied to the developer roller blade ; and variably controlling a developer cartridge bias to be applied to the developer cartridge for image formation based on the detected magnitude of current of the developer roller blade , so as to allow a target magnitude of constant current to flow through the developer roller blade during image formation; characterized in that the magnitude of current flowing through the developer roller blade is detected while the current detection bias is applied to the developer roller blade for a preset time; the current detection is performed at a plurality of trigger times to acquire a plurality of current values, and the average of the plurality of current values is utilized as a representative value of the magnitude of current of the developer roller blade , and the magnitude of current detection bias is determined with reference to a previously stored current detection bias table that defines a relationship between a Pulse Width Modulation index which represents a current detection bias level, an Analog-to-Digital Conversion index which provides a representative current value corresponding to the current detection bias level, and a determination index. applying a current detection bias to a developer roller blade of a developer cartridge ; detecting the magnitude of current flowing through the developer roller blade when the current detection bias is applied to the developer roller blade ; and variably controlling a developer cartridge bias to be applied to the developer cartridge for image formation based on the detected magnitude of current of the developer roller blade , so as to allow a target magnitude of constant current to flow through the developer roller blade during image formation; characterized in that the magnitude of current flowing through the developer roller blade is detected while the current detection bias is applied to the developer roller blade for a preset time; the current detection is performed at a plurality of trigger times to acquire a plurality of current values, and the average of the plurality of current values is utilized as a representative value of the magnitude of current of the developer roller blade , and the magnitude of current detection bias is determined with reference to a previously stored current detection bias table that defines a relationship between a Pulse Width Modulation index which represents a current detection bias level, an Analog-to-Digital Conversion index which provides a representative current value corresponding to the current detection bias level, and a determination index.
A method for gripping, seizing, positioning, handling, shifting, rotating, regrouping, and/or manipulating articles, packs, or piece goods being transported individually, pairwise, or in groups on a horizontal conveyor , with a handling device having a manipulator movably suspended and controllably movable in a movement range above the horizontal conveyor , which manipulator comprises one or more means for gripping the articles, groupings, packs, or piece goods, wherein the movement profiles of at least the manipulator are sensor-monitored and/or monitored by detection of current consumption values, pressure values, and/or of path-time curves for at least one drive of the handling device , and are evaluated with regard to sensor values, pressure values, and/or current consumption values and/or path-time relations to be expected from the control commands for the manipulator movements, and wherein an unexpected event in the movement profile and/or handling profile of the manipulator is identified and/or derived by a comparison of the target values with the detected sensor values, characterised in that at least one strain sensor, in particular, a strain gauge , generates strain-induced output signals and provides the output signals to a control and evaluation circuit , which manipulator is formed by a parallel kinematic robot or by a tripod with at least three positioning arms , which are each made up of at least two arm sections that are swivelable relative to one another and that can be operated independently of one another, which strain sensor is assigned to at least one of the positioning arms of the manipulator , to the manipulator , and/or to a tool carrier carrying the manipulator and suspended from the positioning arms of the manipulator , and which strain sensor generates strain-induced output signals and provides the output signals to a control and evaluation circuit . at least one strain sensor, in particular, a strain gauge , generates strain-induced output signals and provides the output signals to a control and evaluation circuit , which manipulator is formed by a parallel kinematic robot or by a tripod with at least three positioning arms , which are each made up of at least two arm sections that are swivelable relative to one another and that can be operated independently of one another, which strain sensor is assigned to at least one of the positioning arms of the manipulator , to the manipulator , and/or to a tool carrier carrying the manipulator and suspended from the positioning arms of the manipulator , and which strain sensor generates strain-induced output signals and provides the output signals to a control and evaluation circuit .
A flexible catheter tip , comprising an inboard frame understructure that defines a tip longitudinal axis, wherein the inboard frame understructure is formed from one first single continuous element that is formed from a single unitary piece of material and having a first rectangular cross-section; and an outboard frame understructure that extends along the tip longitudinal axis, wherein the outboard frame understructure is formed from one second single continuous element having a second rectangular cross-section, wherein the inboard frame understructure includes a first proximal inboard mounting arm and second proximal inboard mounting arm that extend along the tip longitudinal axis. an inboard frame understructure that defines a tip longitudinal axis, wherein the inboard frame understructure is formed from one first single continuous element that is formed from a single unitary piece of material and having a first rectangular cross-section; and an outboard frame understructure that extends along the tip longitudinal axis, wherein the outboard frame understructure is formed from one second single continuous element having a second rectangular cross-section, wherein the inboard frame understructure includes a first proximal inboard mounting arm and second proximal inboard mounting arm that extend along the tip longitudinal axis.