mhurhangee/patent-ind-claim-en huggingface dataset:
Round baler, comprising a drive axle , a bale pressing chamber , in which a round bale can be produced, and an unloading device for unloading the round bale , said unloading device adjoining the bale pressing chamber along a longitudinal axis of the round baler , wherein the unloading device can be used to unload the fully pressed round bale from the bale pressing chamber onto the ground , the unloading device comprising a first supporting arm for unloading the round bale and a second supporting arm for unloading the round bale , and an actuator , wherein the first and second supporting arms are mounted displaceably on the round baler , and the first and second supporting arms are displaceable by means of the actuator in accordance with an unloading direction of the round bale , and the first and second supporting arms are movable between a first unloading position, in which the first and second supporting arms are oriented along a longitudinal axis of the round baler , and a second unloading position, in which the first and second supporting arms are displaced in a first direction along a transverse axis , and a third unloading position, in which the first and second supporting arms are displaced in a second direction which is opposite to the first direction , wherein the first supporting arm is mounted pivotably on the round baler about a first bearing axis and the second supporting arm is mounted pivotably on the round baler about a second bearing axis , characterized in that the first and second supporting arms are adjustable by means of the actuator , such that the first and second supporting arms are in the first unloading position, and, in the first unloading position, the first and second supporting arms are only pivotable about the transverse axis when the round bale is unloaded in the direction of the longitudinal axis , in that the actuator moves the first and second supporting arms into the second unloading position, and, in the second unloading position, the first supporting arm is adjustable by means of the actuator during the unloading operation, such that the first supporting arm can execute an independent rotational movement about the transverse axis and/or the first bearing axis while the second supporting arm can be held in the second unloading position by means of the actuator when the round bale is unloaded in the second direction , in that the actuator moves the first and second supporting arms into the third unloading position and, in the third unloading position, the second supporting arm is adjustable by means of the actuator during the unloading operation, such that the second supporting arm can execute an independent rotational movement about the transverse axis and/or the second bearing axis, while the first supporting arm can be held in the third unloading position by means of the actuator when the round bale is unloaded in the first direction .
A monitoring system for monitoring the axles of at least one unpowered transport unit , the monitoring system comprising at least one transport unit monitoring system , each of the at least one transport unit monitoring systems being mounted on each of the at least one monitored transport units , the transport unit monitoring system comprising: - a satellite positioning module which is adapted to make a plurality of consecutive position measurements of the transport unit at a corresponding plurality of acquisition times ; - a transport unit travelled distance module connected to said satellite positioning module and adapted to determine from said position measurements transport unit travelled distance increments during a corresponding acquisition time period , - a communication module comprising a wireless identification module which is adapted to detect one or more wireless identification tags comprising an axle identifier adapted to uniquely identify an axle when coupled to this axle and present within a predetermined wireless identification module detection range , wherein the monitoring system further comprises an axle travelled distance module connected with said at least one transport unit monitoring system and adapted to determine, for each of the axle identifiers detected by at least one of the transport unit monitoring systems , an axle travelled distance increment during a corresponding acquisition time period characterized in that the axle travelled distance module is adapted to determine the axle travelled distance increments as a function of said transport unit travelled distance increments during this acquisition time period of the at least one transport unit monitoring system that detected this axle identifier during this acquisition time period . - a satellite positioning module which is adapted to make a plurality of consecutive position measurements of the transport unit at a corresponding plurality of acquisition times ; - a transport unit travelled distance module connected to said satellite positioning module and adapted to determine from said position measurements transport unit travelled distance increments during a corresponding acquisition time period , - a communication module comprising a wireless identification module which is adapted to detect one or more wireless identification tags comprising an axle identifier adapted to uniquely identify an axle when coupled to this axle and present within a predetermined wireless identification module detection range ,
Power tool , comprising an electric motor (M), a motor control unit for operating the electric motor (M), an input interface for inputting a target value (A) of an operating state of the electric motor (M) into the motor control unit and a motor sensor device for detecting the operating state of the electric motor (M), wherein a secondary control unit independent of the motor control unit is provided, which is connected for communication with the motor sensor device and with the input interface and is set up to compare the operating state of the electric motor (M) detected by the motor sensor device with the target specification (A) input via the input interface and to switch off the electric motor (M) in the event of a defined deviation of the operating state from the target specification (A) by means of a control device , characterised in that the control device comprises a computer program product executed within the motor control unit with program code means of safety class B in order to provide a redundant switch-off path, and wherein the auxiliary control unit is arranged to transmit an error signal for switching off the electric motor (M) directly to the control device of the motor control unit .
A double-density small form-factor pluggable, SFP-DD, communication module , comprising: a set of control connector pins configured to exchange control signals; a first set of communication connector pins configured to establish a first communication channel supported by connector pins of a small form-factor pluggable, SFP, module; and a second set of communication connector pins configured to establish a second communication channel with a remote module, wherein a housing of the SFP-DD module is larger than the SFP module to accommodate the second set of communication pins. a set of control connector pins configured to exchange control signals; a first set of communication connector pins configured to establish a first communication channel supported by connector pins of a small form-factor pluggable, SFP, module; and a second set of communication connector pins configured to establish a second communication channel with a remote module, wherein a housing of the SFP-DD module is larger than the SFP module to accommodate the second set of communication pins.
A method comprising: directing light from a borehole wall to a multivariate optical element (105; 405; 805), the multivariate optical element being an optical device that performs a computation on received light in an interaction with the received light; analyzing light output from the multivariate optical element in response to the multivariate optical element receiving the light from the borehole wall; and determining a property associated with the borehole wall from analyzing the light output from the multivariate optical element. directing light from a borehole wall to a multivariate optical element (105; 405; 805), the multivariate optical element being an optical device that performs a computation on received light in an interaction with the received light; analyzing light output from the multivariate optical element in response to the multivariate optical element receiving the light from the borehole wall; and determining a property associated with the borehole wall from analyzing the light output from the multivariate optical element.
A particulate cathode material comprising an electroactive material having the empirical formula Li a MnbFe c D d PO 4 , wherein a is a number from 0.95 to 1.10; b is from 0.70 to 0.95; c is from 0.049 to 0.349; d is from 0.005 to 0.10; (a + 2b + 2c + dV) is 2.85 to 2.99 or 3.01 to 3.05, wherein V is the valence of D, and D is a metal ion selected from magnesium, cobalt or a mixture of magnesium and cobalt; and further wherein at least a portion of the electroactive material has an olivine structure. a is a number from 0.95 to 1.10; b is from 0.70 to 0.95; c is from 0.049 to 0.349; d is from 0.005 to 0.10;
A method of determining a drilling parameter associated with a push-the-bit directional drilling system , comprising: measuring hydraulic pressure associated with a number of expandable thrust pads extending from a steering unit of said push-the-bit directional drilling system , the thrust pads being located at a selected distance above an associated rotary drill bit of the push-the-bit directional drilling system during drilling of a wellbore for applying force to adjacent portions of the wellbore and for maintaining desired contact between the push-the-bit directional drilling system and the adjacent portions of the wellbore ; detecting a change in the hydraulic pressure of the thrust pads ; and determining a drilling parameter based on the detected change in hydraulic pressure of the thrust pads . measuring hydraulic pressure associated with a number of expandable thrust pads extending from a steering unit of said push-the-bit directional drilling system , the thrust pads being located at a selected distance above an associated rotary drill bit of the push-the-bit directional drilling system during drilling of a wellbore for applying force to adjacent portions of the wellbore and for maintaining desired contact between the push-the-bit directional drilling system and the adjacent portions of the wellbore ; detecting a change in the hydraulic pressure of the thrust pads ; and determining a drilling parameter based on the detected change in hydraulic pressure of the thrust pads .
An apparatus for making infusions including a body elongated along a main axis (X), the body comprising a reservoir and a pressurization means , the apparatus including an infusion part comprising an infusion chamber , the infusion chamber being configured to contain a dose of product to be infused; the apparatus having two positions of use, a filling position in which the main axis (X) is substantially vertical, and an orifice for filling the reservoir is upwards, the infusion section being at a distance from said orifice so as to allow the filling of the reservoir; and an infusion position in which the main axis (X) is substantially vertical and the infusion section , fixed to the body, is located under the reservoir, closes the filling orifice of the reservoir , and allows making in this position an infusion during which the infusion flows through an outlet orifice located below the infusion chamber ; and the apparatus being arranged such that a hydraulic connection allowing the supply of the infusion chamber by the pressurization means is made during the fixing of the infusion section to the body , and the apparatus being characterized in that the hydraulic connection comprises at least one annular duct formed between the infusion section and the body , and connected to the infusion chamber . the apparatus having two positions of use, a filling position in which the main axis (X) is substantially vertical, and an orifice for filling the reservoir is upwards, the infusion section being at a distance from said orifice so as to allow the filling of the reservoir; and an infusion position in which the main axis (X) is substantially vertical and the infusion section , fixed to the body, is located under the reservoir, closes the filling orifice of the reservoir , and allows making in this position an infusion during which the infusion flows through an outlet orifice located below the infusion chamber ; and the apparatus being arranged such that a hydraulic connection allowing the supply of the infusion chamber by the pressurization means is made during the fixing of the infusion section to the body , and the apparatus being characterized in that the hydraulic connection comprises at least one annular duct formed between the infusion section and the body , and connected to the infusion chamber .
A firearm synchronized discharge device for facilitating a synchronized discharge of two or more firearms , the device comprising: - an actuator for engaging with a movable trigger of a first firearm (10; 10A; 10B), the actuator configurable between a first configuration that prevents movement of the trigger toward a firearm-discharge position of the trigger , and a second configuration that permits movement of the trigger toward the firearm-discharge position of the trigger ; - a sensor configured to generate a signal indicative of a force applied to the trigger by a shooter; and - a controller operatively coupled to the sensor and to the actuator , the controller configured to: - receive data indicative of one or more states of one or more respective other firearms ; and - when the force meets a criterion and the one or more states indicate that the one or more other firearms are ready for discharge, cause the actuator to transition from the first configuration to the second configuration to permit movement of the trigger toward the firearm-discharge position of the trigger . - an actuator for engaging with a movable trigger of a first firearm (10; 10A; 10B), the actuator configurable between a first configuration that prevents movement of the trigger toward a firearm-discharge position of the trigger , and a second configuration that permits movement of the trigger toward the firearm-discharge position of the trigger ; - a sensor configured to generate a signal indicative of a force applied to the trigger by a shooter; and - a controller operatively coupled to the sensor and to the actuator , the controller configured to: - receive data indicative of one or more states of one or more respective other firearms ; and - when the force meets a criterion and the one or more states indicate that the one or more other firearms are ready for discharge, cause the actuator to transition from the first configuration to the second configuration to permit movement of the trigger toward the firearm-discharge position of the trigger . - receive data indicative of one or more states of one or more respective other firearms ; and - when the force meets a criterion and the one or more states indicate that the one or more other firearms are ready for discharge, cause the actuator to transition from the first configuration to the second configuration to permit movement of the trigger toward the firearm-discharge position of the trigger .
Plug for mechanical and electrical connection to a corresponding mating plug, having a housing , a plug insert and a protective conductor bridge , wherein the housing has at least one connecting region for connection to the plug insert, and wherein the plug insert is retained on the at least one connecting region , wherein the connecting region and the housing are formed in one piece, wherein the protective conductor bridge can be inserted into the housing , and wherein the protective conductor bridge has at least one bracket with at least one angled portion , wherein the bracket is designed in the form of a shallow cuboid and is located in a single plane, wherein the plane of the angled portions is arranged perpendicularly to the plane of the bracket , wherein the angled portions each have a through-hole , wherein the at least one connecting region , for establishing a screw connection to the plug insert, has a through-hole which has an internal thread, wherein the through-hole of the connecting region and the through-hole of the angled portion are oriented with circular symmetry and in alignment with one another, characterized in that the at least one bracket of the protective conductor bridge is arranged in a slot in the housing and has a length equal to the length of the internal dimensioning of the housing .
A vehicle comprising: a drive unit that has an engine and a motor and is a drive source for travel of the vehicle ; an inverter configured to convert a direct current into an alternating current and output the alternating current; and a connection wire configured to electrically connect an output terminal of the inverter and an input terminal of the motor , wherein the inverter is arranged separately from the drive unit , and the connection wire has flexibility and/or is formed of a wire harness, a wire length of which is longer than a linear distance between the output terminal of the inverter and the input terminal of the motor , characterized in that the vehicle further comprises: a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel ; and a cover member configured to cover the periphery of the shaft , and the inverter is arranged separately from the cover member . a drive unit that has an engine and a motor and is a drive source for travel of the vehicle ; an inverter configured to convert a direct current into an alternating current and output the alternating current; and a connection wire configured to electrically connect an output terminal of the inverter and an input terminal of the motor , wherein the inverter is arranged separately from the drive unit , and the connection wire has flexibility and/or is formed of a wire harness, a wire length of which is longer than a linear distance between the output terminal of the inverter and the input terminal of the motor , characterized in that the vehicle further comprises: a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel ; and a cover member configured to cover the periphery of the shaft , and the inverter is arranged separately from the cover member . a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel ; and a cover member configured to cover the periphery of the shaft , and the inverter is arranged separately from the cover member .
Fitting for a metallically sealing joint with at least one metallic pipe, having - a metal fitting base body and - a press sleeve , - wherein the fitting base body has a socket with an internal diameter adapted to the external diameter of the pipe to be joined, - wherein the press sleeve has at one end a receiving portion for receiving an end part of the socket , - wherein the press sleeve has a pressing portion , the inner profile of which tapers in the axial direction to a diameter smaller than the external diameter of the fitting base body , - wherein in a starting position, the fitting base body is partly inserted into the press sleeve , characterized in - that the socket has an cylindrical form and a cylindrical edge, wherein cylindrical is to be understood as a straight cylinder, and - that the inner profile of the pressing portion is capable, during an axial displacement onto the fitting base body , of flanging the edge of the socket inwardly, wherein the edge of the socket is pressed into the material of the pipe as a cutting edge , and of tapering the edge of the socket to an internal diameter which is smaller than the external diameter of the pipe to be joined. - a metal fitting base body and - a press sleeve , - wherein the fitting base body has a socket with an internal diameter adapted to the external diameter of the pipe to be joined, - wherein the press sleeve has at one end a receiving portion for receiving an end part of the socket , - wherein the press sleeve has a pressing portion , the inner profile of which tapers in the axial direction to a diameter smaller than the external diameter of the fitting base body , - wherein in a starting position, the fitting base body is partly inserted into the press sleeve , - that the socket has an cylindrical form and a cylindrical edge, wherein cylindrical is to be understood as a straight cylinder, and - that the inner profile of the pressing portion is capable, during an axial displacement onto the fitting base body , of flanging the edge of the socket inwardly, wherein the edge of the socket is pressed into the material of the pipe as a cutting edge , and of tapering the edge of the socket to an internal diameter which is smaller than the external diameter of the pipe to be joined.
A method for preparing AMG 416 as set forth in formula (I): said method comprising: contacting a peptide having the structure of Ac-D-Cys(SPy)-D-Ala-D-Arg-D-Arg-D-Arg-D-Ala-D-Arg-NH 2 (SEQ ID NO:4) with L-Cys to produce a conjugated product of formula (I).
A cold plate base comprising: a fluid intake region located at a distal end of the cold plate base , and a fluid outtake region located at a proximal end of the cold plate base that is opposite the distal end ; a fin region positioned between the fluid intake region and the fluid outtake region , wherein the fin region extends from a base surface of the cold plate base ; a plurality of protrusions at the fluid intake region , wherein each of the plurality of protrusions radiates from the fluid intake region to create flow paths across the fin region , wherein the plurality of protrusions has a central axis (A-A), characterized in that the protrusion that is farthest away from the central axis (A-A) has an arc shape. a fluid intake region located at a distal end of the cold plate base , and a fluid outtake region located at a proximal end of the cold plate base that is opposite the distal end ; a fin region positioned between the fluid intake region and the fluid outtake region , wherein the fin region extends from a base surface of the cold plate base ; a plurality of protrusions at the fluid intake region , wherein each of the plurality of protrusions radiates from the fluid intake region to create flow paths across the fin region , wherein the plurality of protrusions has a central axis (A-A), characterized in that the protrusion that is farthest away from the central axis (A-A) has an arc shape.