mhurhangee/ep-ind-claims huggingface dataset:
A windshield device suitable for being arranged in front of a driver in a saddle-ride type vehicle, the windshield device comprising: a windshield member arranged such that at least one of a height and an angle thereof is adjustable; a holding member holding the windshield member; an attachment member fixable to a vehicle body of the saddle-ride type vehicle and having a guide hole; a connecting member arranged between the holding member and the attachment member; a first shaft member rotatably coupling the holding member and the attachment member and configured to move along the guide hole; a second shaft member arranged parallel to the first shaft member and coupling the holding member and one end of the connecting member; a third shaft member arranged parallel to the first shaft member and coupling the attachment member and another end of the connecting member; and an operation member provided at an end portion of the first shaft member; characterized in that the operation member is configured to slide with respect to the first shaft member in an axial direction thereof and to shift between a lock state to restrict a movement of the first shaft member along the guide hole and a lock release state to permit the movement of the first shaft member along the guide hole, and the guide hole is formed so as to extend in an up-and-down direction. a windshield member arranged such that at least one of a height and an angle thereof is adjustable; a holding member holding the windshield member; an attachment member fixable to a vehicle body of the saddle-ride type vehicle and having a guide hole; a connecting member arranged between the holding member and the attachment member; a first shaft member rotatably coupling the holding member and the attachment member and configured to move along the guide hole; a second shaft member arranged parallel to the first shaft member and coupling the holding member and one end of the connecting member; a third shaft member arranged parallel to the first shaft member and coupling the attachment member and another end of the connecting member; and an operation member provided at an end portion of the first shaft member; characterized in that the operation member is configured to slide with respect to the first shaft member in an axial direction thereof and to shift between a lock state to restrict a movement of the first shaft member along the guide hole and a lock release state to permit the movement of the first shaft member along the guide hole, and the guide hole is formed so as to extend in an up-and-down direction.
Hot beverage preparation apparatus, in particular a fully automatic coffee maker, which is configured for preparing hot beverages in a normal operating mode and for transmitting data to a receiving device in a data transmission mode, with a controller and with a display unit for display in the normal operating mode, with an encoding unit for encoding the data in the data transmission mode to form at least one encoded data record in a machine-readable code characterised in that the controller activates the display unit in the data transmission mode for displaying the encoded data record.
A method to control an axial separation between a rotating ring and a stationary ring of a dry gas seal, wherein the dry gas seal restricts leakage of a gas or other fluid to or from a rotating device, comprising: a) sensing at least one property of the gas or other fluid; b) sensing, with at least one sensing device, at least one of i. the axial separation between the rotating ring and the stationary ring, and ii. a time rate of change of the axial separation; c) estimating a stiffness of a film between the rotating ring and the stationary ring, wherein the film comprises a gas or fluid; d) adjusting a field strength of at least one magnetic device (24, 42) based on at least two of the sensed axial separation, the sensed time rate of change of the separation, and the estimated film stiffness, wherein adjusting the field strength of the at least one magnetic device (24, 42) adjusts the axial separation between the rotating ring and the stationary ring and, wherein adjusting the field strength comprises adjusting the field strength in an oscillating fashion such that the axial separation between the rotating ring and the stationary ring is variable around the circumference of the sealing elements (14, 16). a) sensing at least one property of the gas or other fluid; b) sensing, with at least one sensing device, at least one of i. the axial separation between the rotating ring and the stationary ring, and ii. a time rate of change of the axial separation; i. the axial separation between the rotating ring and the stationary ring, and ii. a time rate of change of the axial separation; c) estimating a stiffness of a film between the rotating ring and the stationary ring, wherein the film comprises a gas or fluid; d) adjusting a field strength of at least one magnetic device (24, 42) based on at least two of the sensed axial separation, the sensed time rate of change of the separation, and the estimated film stiffness, wherein adjusting the field strength of the at least one magnetic device (24, 42) adjusts the axial separation between the rotating ring and the stationary ring and,
Sanitary pull-out hose fitting, comprising - a pull-out hose, - an outlet body having a cylindrical handle portion which functions as a handle-user interface and provides a water outlet opening on a first face side, and having a connecting portion coupled to the pull-out hose, - a mixing and shut-off valve disposed within the handle portion, and - a user-operated valve actuation element on the handle portion, which element functions as a valve actuation-user interface, characterized in that - the connecting portion projects circumferentially from the handle portion, - the valve actuation element is arranged on a second face side of the handle portion, opposite to the first face side, to be pivotable about two pivot axes (S1, S2), thereof a first pivot axis extending with a main direction component parallel to a cylinder longitudinal axis (Lz) of the handle portion and a second pivot axis extending with a main direction component perpendicular to the cylinder longitudinal axis of the handle portion, and - the valve actuation element includes an operating body having a thumb actuation depression. - a pull-out hose, - an outlet body having a cylindrical handle portion which functions as a handle-user interface and provides a water outlet opening on a first face side, and having a connecting portion coupled to the pull-out hose, - a mixing and shut-off valve disposed within the handle portion, and - a user-operated valve actuation element on the handle portion, which element functions as a valve actuation-user interface, characterized in that - the connecting portion projects circumferentially from the handle portion, - the valve actuation element is arranged on a second face side of the handle portion, opposite to the first face side, to be pivotable about two pivot axes (S1, S2), thereof a first pivot axis extending with a main direction component parallel to a cylinder longitudinal axis (Lz) of the handle portion and a second pivot axis extending with a main direction component perpendicular to the cylinder longitudinal axis of the handle portion, and - the valve actuation element includes an operating body having a thumb actuation depression.
A multi-dimensional method for simultaneously analyzing multiple protein analytes within a sample solution, the method comprising: adding affinity selectors to a sample solution containing protein analytes to be measured, the affinity selectors having an affinity for one or more of the analytes within the sample solution, wherein the affinity selectors include an antibody or antibody fragment; allowing soluble immune complexes to form between the affinity selectors and the protein analytes; partially or totally resolving the formed soluble immune complexes from non-analyte substances initially within the sample solution; dissociating the resolved soluble immune complexes to form polypeptide analytes from proteolysis of the protein analytes; separating the polypeptide analytes and the affinity selectors derived from the soluble immune complexes from one another by capturing the polypeptide analytes through a surface adsorption process; transferring the captured polypeptide analytes to a detection means; and resolving the polypeptide analytes according to their mass-to-charge ratios. adding affinity selectors to a sample solution containing protein analytes to be measured, the affinity selectors having an affinity for one or more of the analytes within the sample solution, wherein the affinity selectors include an antibody or antibody fragment; allowing soluble immune complexes to form between the affinity selectors and the protein analytes; partially or totally resolving the formed soluble immune complexes from non-analyte substances initially within the sample solution; dissociating the resolved soluble immune complexes to form polypeptide analytes from proteolysis of the protein analytes; separating the polypeptide analytes and the affinity selectors derived from the soluble immune complexes from one another by capturing the polypeptide analytes through a surface adsorption process; transferring the captured polypeptide analytes to a detection means; and resolving the polypeptide analytes according to their mass-to-charge ratios.
A pilot assembly for a pilot operated pressure relief valve, the pilot assembly comprising: a first pilot valve; a second pilot valve; a first rotary valve (56, 156) fluidly connected to the first pilot valve and to the second pilot valve; and a second rotary valve (58, 158) fluidly connected to the first pilot valve and to the second pilot valve, the second rotary valve (58, 158) being fluidly connected to the first rotary valve (56, 156) characterized in that a valve stem of the first rotary valve (56,156) and a valve stem of the second rotary valve (58, 158) are mechanically connected to one another by a lever (80, 180) so that the first rotary valve (56, 156) and the second rotary valve (58, 158) are actuated simultaneously by the lever (80, 180), and so that one of the first pilot valve and the second pilot valve is an active pilot valve, capable of venting loading pressure from a loading chamber of an actuator, while the other of the first pilot valve and the second pilot valve is an inactive pilot valve, capable of being removed or replaced without disrupting operation of the actuator. a first pilot valve; a second pilot valve; a first rotary valve (56, 156) fluidly connected to the first pilot valve and to the second pilot valve; and a second rotary valve (58, 158) fluidly connected to the first pilot valve and to the second pilot valve, the second rotary valve (58, 158) being fluidly connected to the first rotary valve (56, 156) characterized in that a valve stem of the first rotary valve (56,156) and a valve stem of the second rotary valve (58, 158) are mechanically connected to one another by a lever (80, 180) so that the first rotary valve (56, 156) and the second rotary valve (58, 158) are actuated simultaneously by the lever (80, 180), and so that one of the first pilot valve and the second pilot valve is an active pilot valve, capable of venting loading pressure from a loading chamber of an actuator, while the other of the first pilot valve and the second pilot valve is an inactive pilot valve, capable of being removed or replaced without disrupting operation of the actuator.
A device for lifting a load for a lift truck comprising a supporting frame configured to support at least one upright unit; the upright unit is configured to support an element for picking up a load; first movement means are configured for moving the picking-up element at least from a first height to a second height, greater than the first height, and vice versa; characterized in that the first movement means comprise a pair of telescopic cylinders (17, 18), a first telescopic cylinder and a second telescopic cylinder, each configured to pass at least from a retracted configuration, corresponding to a respective first height of the picking-up element, to an extended configuration, corresponding to a respective second height of the picking-up element, and vice versa, forming a free lift of the picking-up element; the first telescopic cylinder and the second telescopic cylinder are configured for achieving a 1:1 transmission ratio for moving the picking-up element from the retracted configuration to the extended configuration, and vice versa. the upright unit is configured to support an element for picking up a load; first movement means are configured for moving the picking-up element at least from a first height to a second height, greater than the first height, and vice versa; characterized in that the first movement means comprise a pair of telescopic cylinders (17, 18), a first telescopic cylinder and a second telescopic cylinder, each configured to pass at least from a retracted configuration, corresponding to a respective first height of the picking-up element, to an extended configuration, corresponding to a respective second height of the picking-up element, and vice versa, forming a free lift of the picking-up element; the first telescopic cylinder and the second telescopic cylinder are configured for achieving a 1:1 transmission ratio for moving the picking-up element from the retracted configuration to the extended configuration, and vice versa.
A method of cutting and splitting a wood log, the method comprising detecting, with a feed sensor, the location of a wood log to be moved by the feed mechanism in relation to a predetermined point in the device by using an end sensor of the feed sensor to detect a forward end and a tail end of the uncut log at a known distance (Δ) from a cutting mechanism; and controlling, by the control circuit, the feed mechanism to feed the log on the basis of the location of the wood log detected by the feed sensor such that the feed mechanism feeds the uncut wood log for the sum of both the known distance (Δ) and a preset length into the device after the end sensor has detected the forward end of the uncut log at the known distance (Δ) from the cutting mechanism; determining, by the control circuit, the length of the wood log on the basis of the detection of the tail end of the wood log; controlling, by the control circuit, the cutting mechanism to cut a wood block from the log longer than the predetermined length (L L) when the feed mechanism has fed the log for the preset length; setting, by the control circuit, for at least one wood block (902 to 906) other than a wood block to be cut last an individual preset length (LX, LX1 to LX2), in case the length of the wood log is not evenly divisible by the preset length of the wood block; controlling, by the control circuit, the feed mechanism to feed the log for the individual preset length (LX, LX1 to LX2) for cutting said at least one other wood block (902 to 906) than the last wood block, the individual preset length (LX, LX1 to LX2) being shorter or longer than the preset length (L M) but being longer than the predetermined length (L L) of the shortest wood block that is to be split, and to feed the wood log for a preset length all the way to the carrier on the basis of the location of the log detected by the feed sensor, in case, on the basis of the detection by the transfer sensor, the carrier is ready to receive the wood log; controlling, by the control circuit, the transfer mechanism to transfer the wood block from the carrier to the splitting mechanism after the cutting mechanism has cut the wood log; characterized in that the method comprises: detecting with the transfer sensor whether the carrier is ready to receive the wood log or not; detecting with the splitting sensor whether the splitting mechanism is ready to receive the wood block or not; and controlling with the control circuit the transfer mechanism to transfer the wood block from the carrier to the splitting mechanism after the cutting mechanism has cut the wood log, in case the splitting sensor has detected that the splitting mechanism is ready to receive the wood block; and controlling, by the control circuit, the splitting mechanism to split the wood block cut from the wood log.
A system for automatically classifying a cardiac response to a pacing pulse, comprising: means (1031 - 1037) for sensing a cardiac signal associated with the pacing pulse; means for detecting a first signal peak of the cardiac signal in a first time interval; means for comparing the first signal peak to a capture threshold value; means for classifying the cardiac response as non-capture if the first signal peak does not reach the capture threshold value; means for detecting a second signal peak of the cardiac signal in a second time interval if the first signal peak reaches or exceeds the capture threshold value; means for selecting either the first signal peak or the second signal peak for comparison with an intrinsic threshold; means for comparing the selected signal peak to the intrinsic threshold and classifying the cardiac response as a captured response, if the selected signal peak does not reach the intrinsic threshold and classifying the cardiac response as a non-captured response with intrinsic activity, if the selected signal peak reaches or exceeds the intrinsic threshold; and means for updating the capture and intrinsic thresholds using the captured cardiac signal. means (1031 - 1037) for sensing a cardiac signal associated with the pacing pulse; means for detecting a first signal peak of the cardiac signal in a first time interval; means for comparing the first signal peak to a capture threshold value; means for classifying the cardiac response as non-capture if the first signal peak does not reach the capture threshold value; means for detecting a second signal peak of the cardiac signal in a second time interval if the first signal peak reaches or exceeds the capture threshold value; means for selecting either the first signal peak or the second signal peak for comparison with an intrinsic threshold; means for comparing the selected signal peak to the intrinsic threshold and classifying the cardiac response as a captured response, if the selected signal peak does not reach the intrinsic threshold and classifying the cardiac response as a non-captured response with intrinsic activity, if the selected signal peak reaches or exceeds the intrinsic threshold; and means for updating the capture and intrinsic thresholds using the captured cardiac signal.
A method in a network node for adapting an OFDM or SC-OFDM signal for multi-antenna transmission, the network node being comprised in a wireless communications network, the method comprising the following steps: - receiving at least a first parameter being related to the transmit power requirements of the network node; - receiving a second parameter indicating a spatial precoder W; - determining, based on the at least first parameter, whether to use a modified spatial precoder; and, if it is determined to use a modified spatial precoder, - determining a modified spatial precoder W, having the same dimensions as W, by determining a shaping matrix S, having the same dimensions as W, such that each element s i,j of S has a value either equal to one, or equal to one multiplied by a factor α, wherein the factor α depends on the value of the at least first parameter, and wherein the value of α is less than or equal to one, and greater than or equal to zero; and determining the modified spatial precoder W̃ as the element-wise product of S and W; and - adapting said signal for multi-antenna transmission using the modified spatial precoder W̃, wherein the modified spatial precoder is such that it reduces the cubic metric of said adapted signal as compared to a signal produced by using the spatial precoder W. - receiving at least a first parameter being related to the transmit power requirements of the network node; - receiving a second parameter indicating a spatial precoder W; - determining, based on the at least first parameter, whether to use a modified spatial precoder; and, if it is determined to use a modified spatial precoder, - determining a modified spatial precoder W, having the same dimensions as W, by determining a shaping matrix S, having the same dimensions as W, such that each element s i,j of S has a value either equal to one, or equal to one multiplied by a factor α, wherein the factor α depends on the value of the at least first parameter, and wherein the value of α is less than or equal to one, and greater than or equal to zero; and determining the modified spatial precoder W̃ as the element-wise product of S and W; and - adapting said signal for multi-antenna transmission using the modified spatial precoder W̃, wherein the modified spatial precoder is such that it reduces the cubic metric of said adapted signal as compared to a signal produced by using the spatial precoder W.
An electronic device comprising a printed circuit board having a flexible part so that the printed circuit board is bent by making use of the flexible part so that at least a part of the printed circuit board is over a second part of the printed circuit board, and a support part, the support part forming a periphery whereby the support part has an open middle section, and the support part being adapted to support the superimposed parts of the printed circuit board at their edges, characterized in that the support part has a curved surface adapted against the surface of the flexible part to support the flexible part and to prevent the flexible part from vibration. a printed circuit board having a flexible part so that the printed circuit board is bent by making use of the flexible part so that at least a part of the printed circuit board is over a second part of the printed circuit board, and a support part, the support part forming a periphery whereby the support part has an open middle section, and the support part being adapted to support the superimposed parts of the printed circuit board at their edges, characterized in that the support part has a curved surface adapted against the surface of the flexible part to support the flexible part and to prevent the flexible part from vibration.