mhurhangee/ep-ind-claims huggingface dataset:
Stabilizer for a lower link of a three-point suspension system of an agricultural tractor, wherein the stabilizer has at least one tube in which at least one piston is held in a longitudinally displaceable manner, said piston being elastically coupled to the at least one tube by way of at least one spring, wherein the displaceability of the at least one piston can be cancelled by way of at least one arresting yoke, wherein, in the region of an end of the at least one piston and/or tube, there is provided at least one recess which axially supports at least one abutment in order to determine the maximum length of the stabilizer, characterized in that, in the at least one recess, the at least one abutment is held in the form of an elastically deformable wire ring, the diameter of which is at most 17 times the thickness thereof in a radial direction.
A transmission apparatus comprising: a generation section that is configured to generate watermark information indicating whether a watermark is valid; and a transmission section that is configured to transmit a broadcast signal including the watermark and the watermark information, wherein the watermark is included in an audio stream or video stream transmitted in the broadcast signal; and the watermark information is included in: a metadata region or user data region of audio data included in the audio stream, a user data region of video data included in the video stream, or a control information transmitted as system information. a generation section that is configured to generate watermark information indicating whether a watermark is valid; and a transmission section that is configured to transmit a broadcast signal including the watermark and the watermark information, wherein the watermark is included in an audio stream or video stream transmitted in the broadcast signal; and the watermark information is included in: a metadata region or user data region of audio data included in the audio stream, a user data region of video data included in the video stream, or a control information transmitted as system information. a metadata region or user data region of audio data included in the audio stream, a user data region of video data included in the video stream, or a control information transmitted as system information.
A method, comprising: estimating crosstalk from at least one first communication line not operating according to a vector standard to at least one second communication line operating according to a vector standard, and adapting a vectoring based on the estimated crosstalk, characterized in that estimating crosstalk comprises estimating crosstalk from the at least one first line to the at least one second line based on uncorrelated data symbols on the at least one first line. estimating crosstalk from at least one first communication line not operating according to a vector standard to at least one second communication line operating according to a vector standard, and adapting a vectoring based on the estimated crosstalk, characterized in that estimating crosstalk comprises estimating crosstalk from the at least one first line to the at least one second line based on uncorrelated data symbols on the at least one first line.
Drive stabilization method, whereby for stabilizing (56, 92) a vehicle, especially a commercial vehicle, a steering angle (βVA) of at least one steered front axle and/or a steering angle (βZA) of at least one steered additional axle of the vehicle is changed (40, 42, 84) relative to the longitudinal axis of the vehicle by automatic forced steering of said axle (VA, ZA), characterized in that the direction of motion at the wheel contact point of an additional axle wheel disposed on the steered additional axle relative to the longitudinal axis of the vehicle is determined and the steering angle (βZA) of the steered additional axle is adjusted depending on said respectively determined direction of motion in order to reduce the drift angle (αZA) of the additional axle wheel relative to its direction of motion.
A lamp that emits light, the lamp comprising: a board on which a light-emitting element is provided; a support disposed on a side opposite a light-emission-side of the board; and a case connected to the support, the case includes: a side face part; a top face part disposed above the side face part and having an opening formed therein; a securing part which is disposed on the light-emission-side of the board, and secures the board to the support by sandwiching the board between the securing part and the support, the securing part projects upward from inside the opening of the top face part, and has plural projecting parts that project toward the board; characterized in that the lamp further comprises a reflecting part which is disposed on the light-emission-side of the board, and reflects light emitted from the light-emitting element, wherein the reflecting part is disposed inside the case. a board on which a light-emitting element is provided; a support disposed on a side opposite a light-emission-side of the board; and a case connected to the support, the case includes: a side face part; a top face part disposed above the side face part and having an opening formed therein; a side face part; a top face part disposed above the side face part and having an opening formed therein; a securing part which is disposed on the light-emission-side of the board, and secures the board to the support by sandwiching the board between the securing part and the support, the securing part projects upward from inside the opening of the top face part, and has plural projecting parts that project toward the board; characterized in that the lamp further comprises a reflecting part which is disposed on the light-emission-side of the board, and reflects light emitted from the light-emitting element, wherein the reflecting part is disposed inside the case.
A removable ground anchor body using a rotation, comprising: a water-proof cap in which guide screw grooves are formed; a head coupler which is to be connected to a lower side of the water-proof cap and through which a taper hole through which a pc strand passes is formed in a length direction; a wedge which is inserted into the taper hole of the head coupler to fix the pc strand; an operation member which is moved forward and reward by screw-connecting a screw bar to the guide screw grooves of the water-proof cap due to the rotation, on a lower part of which below the screw bar an octagonal flange protruding outward is formed and in which a guide groove in a predetermined depth is formed from a bottom center to upward; and a body which is provided with a compression spring to be inserted into the guide groove of the operation member, on a lower part of which a wedge connection portion is formed and on an upper part of which an operation portion is formed wherein a key groove and an idle portion are formed up and downward on the operation portion such that the octagonal flange of the screw bar is inserted into the key groove and the idle portion to correspond selectively to the key groove and the idle portion depending on the location of the octagonal flange. a water-proof cap in which guide screw grooves are formed; a head coupler which is to be connected to a lower side of the water-proof cap and through which a taper hole through which a pc strand passes is formed in a length direction; a wedge which is inserted into the taper hole of the head coupler to fix the pc strand; an operation member which is moved forward and reward by screw-connecting a screw bar to the guide screw grooves of the water-proof cap due to the rotation, on a lower part of which below the screw bar an octagonal flange protruding outward is formed and in which a guide groove in a predetermined depth is formed from a bottom center to upward; and a body which is provided with a compression spring to be inserted into the guide groove of the operation member, on a lower part of which a wedge connection portion is formed and on an upper part of which an operation portion is formed wherein a key groove and an idle portion are formed up and downward on the operation portion such that the octagonal flange of the screw bar is inserted into the key groove and the idle portion to correspond selectively to the key groove and the idle portion depending on the location of the octagonal flange.
An engineered polypeptide comprising an amino acid sequence with at least 80% sequence identity to a reference sequence of SEQ ID NO:6 and at least one of the following features: (i) two or more residue differences as compared to the reference sequence of SEQ ID NO:6 selected from X153Y and one or more of X283V, X82P, X141W, X154F, X259I/L/M, X274L/M, and X296N/V; or (ii) a residue difference as compared to the reference sequence of SEQ ID NO:6 selected from X153E/F; wherein the polypeptide has at least 1.2 fold the imine reductase activity as compared to the reference engineered polypeptide of SEQ ID NO: 6. (i) two or more residue differences as compared to the reference sequence of SEQ ID NO:6 selected from X153Y and one or more of X283V, X82P, X141W, X154F, X259I/L/M, X274L/M, and X296N/V; or (ii) a residue difference as compared to the reference sequence of SEQ ID NO:6 selected from X153E/F;
A computer-implemented method, comprising: receiving input data indicative of manufacturing parameters associated with manufacturing a product, wherein the input data comprises first data indicative of machines in a manufacturing environment and respective capabilities of each of the machines, second data indicative of raw materials used to manufacture the product, and/or third data indicative of manufacturing steps for transforming the raw materials into the product; solving, using the input data, an optimization problem with respect to a cost function to obtain a receding horizon execution plan indicative of a next N planned manufacturing steps for manufacturing the product; determining a subset of n manufacturing steps of the N planned manufacturing steps to execute, where 1≤n≤N; executing the subset of n manufacturing steps; re-solving the optimization problem with respect to the cost function to obtain a new receding horizon execution plan for a subsequent set of planned manufacturing steps, at least in part, to execution of the subset of manufacturing steps or occurrence of a re-planning trigger event; and generating new receding horizon execution plans iteratively for successive future manufacturing steps until an end product is generated. receiving input data indicative of manufacturing parameters associated with manufacturing a product, wherein the input data comprises first data indicative of machines in a manufacturing environment and respective capabilities of each of the machines, second data indicative of raw materials used to manufacture the product, and/or third data indicative of manufacturing steps for transforming the raw materials into the product; solving, using the input data, an optimization problem with respect to a cost function to obtain a receding horizon execution plan indicative of a next N planned manufacturing steps for manufacturing the product; determining a subset of n manufacturing steps of the N planned manufacturing steps to execute, where 1≤n≤N; executing the subset of n manufacturing steps; re-solving the optimization problem with respect to the cost function to obtain a new receding horizon execution plan for a subsequent set of planned manufacturing steps, at least in part, to execution of the subset of manufacturing steps or occurrence of a re-planning trigger event; and generating new receding horizon execution plans iteratively for successive future manufacturing steps until an end product is generated.
A method for risk assessment by means of a system having at least one machine and at least one piece of protective equipment, a sensor or a sensor system for the safety related safeguarding of the machine, wherein the system carries out the following steps: - cyclic reading and detecting of machine characteristics and machine descriptions of the machine; - cyclic reading and detecting of protective equipment characteristics, protective equipment descriptions, sensor characteristics, sensor descriptions and application data of the protective equipment, of the sensor, or of the sensor system; - cyclic reading of application data and application descriptions of an application for the machine; - identifying hazards emanating from the machine and identifying associated hazard situations at the respective machine, - wherein a risk evaluation and a risk assessment is cyclically carried out by the system for a user of the machine and decisions are cyclically made on a necessity for a risk minimization, characterized in that the system is configured for an automatic and dynamic preparation of a risk assessment of the at least one machine, with applicable standards and/or specifications being read and the automatic and dynamic preparation of the risk assessment being carried out on the basis of the applicable standards and specifications, with the system having at least one database for machine characteristics, machine descriptions, and application data of the machine, having at least one database for sensor characteristics, sensor descriptions, and application data of the sensor, and having at least one database for application data and application descriptions of an application for the machine. - cyclic reading and detecting of machine characteristics and machine descriptions of the machine; - cyclic reading and detecting of protective equipment characteristics, protective equipment descriptions, sensor characteristics, sensor descriptions and application data of the protective equipment, of the sensor, or of the sensor system; - cyclic reading of application data and application descriptions of an application for the machine; - identifying hazards emanating from the machine and identifying associated hazard situations at the respective machine, - wherein a risk evaluation and a risk assessment is cyclically carried out by the system for a user of the machine and decisions are cyclically made on a necessity for a risk minimization, characterized in that the system is configured for an automatic and dynamic preparation of a risk assessment of the at least one machine, with applicable standards and/or specifications being read and the automatic and dynamic preparation of the risk assessment being carried out on the basis of the applicable standards and specifications, with the system having at least one database for machine characteristics, machine descriptions, and application data of the machine, having at least one database for sensor characteristics, sensor descriptions, and application data of the sensor, and having at least one database for application data and application descriptions of an application for the machine.
A lyophilized pharmaceutical composition comprising N-(3-cholamidopropyl)-N-(3 (actobionamidopropyl)) - cholamide, hydroxypropyl-beta-cyclodextrin (HPβCD), and a citrate buffering system providing a pH of 5 to 6 and a pharmaceutically acceptable carrier.
A method used in wireless local area network, WLAN, the method comprising: receiving, by a station, STA, a beacon frame including transmission time offset information from an access point, AP, wherein the transmission time offset information includes information on a time point at which the STA entering a doze state after reception of the beacon frame is to be switched to an awake state; receiving, by the STA, a power save, PS,-poll trigger frame based on the transmission time offset information from the AP, wherein the PS-poll trigger frame triggers uplink multi-user, UL-MU, transmission from a plurality of STAs including the STA, wherein the PS-poll trigger frame includes partial association identifier, AID, information for the plurality of STAs and UL MU resource allocation information for a plurality of PS-poll frames to be transmitted by the plurality of STAs; and transmitting, by the STA, a PS-poll frame to the AP in response to the PS-poll trigger frame. receiving, by a station, STA, a beacon frame including transmission time offset information from an access point, AP, wherein the transmission time offset information includes information on a time point at which the STA entering a doze state after reception of the beacon frame is to be switched to an awake state; receiving, by the STA, a power save, PS,-poll trigger frame based on the transmission time offset information from the AP, wherein the PS-poll trigger frame triggers uplink multi-user, UL-MU, transmission from a plurality of STAs including the STA, wherein the PS-poll trigger frame includes partial association identifier, AID, information for the plurality of STAs and UL MU resource allocation information for a plurality of PS-poll frames to be transmitted by the plurality of STAs; and transmitting, by the STA, a PS-poll frame to the AP in response to the PS-poll trigger frame.
Gripper unit for a weaving machine comprising a gripper (2, 8) with a thread holder and a pneumatic actuator (21, 57) for moving the thread holder, characterized in that the gripper unit comprises a valve (22, 58) for controlling a compressed air supply to the pneumatic actuator (21, 57) that is arranged adjacent to the pneumatic actuator (21, 57), wherein the gripper unit comprising the gripper (2, 8), the pneumatic actuator (21, 57) and the valve (22, 58) is intended to be moved by a rapier of the weaving machine.
A method for adjusting a position of a mixing element by incrementally adjusting the height of the mixing element the method comprising: a) positioning the mixing element at a first vertical position in a first vessel (24,25) containing fluids for a solution; b) performing a first mixing test to determine a first value corresponding to the effectiveness of mixing at the first vertical position; c) positioning the mixing element at a second vertical position in the first vessel that is a predetermined amount above the first vertical position; d) performing a second mixing test to determine a second value corresponding to the effectiveness of mixing at the second vertical position; e) comparing the first and second values to determine if a bottom (24a, 25a) of the first vessel is generally one of: at the first vertical position, below the first vertical position, above the second vertical position, and between the first and second vertical positions; and f) adjusting at least one of the first or second vertical positions in response to the comparing step to allow the height of the mixing element to be set at an optimal position to provide the maximum mixing efficiency possible for the mixing element and vessel (24, 25). a) positioning the mixing element at a first vertical position in a first vessel (24,25) containing fluids for a solution; b) performing a first mixing test to determine a first value corresponding to the effectiveness of mixing at the first vertical position; c) positioning the mixing element at a second vertical position in the first vessel that is a predetermined amount above the first vertical position; d) performing a second mixing test to determine a second value corresponding to the effectiveness of mixing at the second vertical position; e) comparing the first and second values to determine if a bottom (24a, 25a) of the first vessel is generally one of: at the first vertical position, below the first vertical position, above the second vertical position, and between the first and second vertical positions; and f) adjusting at least one of the first or second vertical positions in response to the comparing step to allow the height of the mixing element to be set at an optimal position to provide the maximum mixing efficiency possible for the mixing element and vessel (24, 25).
An apparatus comprising: - a processing system for receiving a rotation signal indicative of rotational movement of a chest of an individual, the rotation signal being at least partly indicative of cardiac rotation, wherein the processing system is configured to: - form one or more indicator quantities each being derivable from an energy spectral density based on one or more samples of the rotation signal each having a temporal length, and - form an indicator of cardiac condition on the basis of the one or more indicator quantities in accordance with a predetermined rule. characterized in that the processing system is configured to compute the energy spectral density and to compute an average frequency corresponding to a center-of-mass of the energy spectral density, the average frequency representing one of the indicator quantities and being defined according to the following: f av = ∫ B f ESD f df ∫ B ESD f df, where f av is the average frequency, ESD(f) is the energy spectral density, B is a frequency area of the energy spectral density, and f is frequency. - a processing system for receiving a rotation signal indicative of rotational movement of a chest of an individual, the rotation signal being at least partly indicative of cardiac rotation, - form one or more indicator quantities each being derivable from an energy spectral density based on one or more samples of the rotation signal each having a temporal length, and - form an indicator of cardiac condition on the basis of the one or more indicator quantities in accordance with a predetermined rule.
A formulation comprising a zinc-α 2 -glycoprotein for use in the treatment of diabetes by reducing the blood glucose levels in a subject and increasing the subject's endogenous level of a zinc-α 2 -glycoprotein, wherein the formulation is administered to the subject by oral administration.
Timepiece component comprising a structure (2; 13; 21; 28) which can be formed by a micro-manufacturing technique and at least one element (3; 14; 22; 26) made of a material different from that of the structure, the material of said element being metallic, characterised in that said element is electroformed in the structure or at the periphery of the structure.
A method for controlling a laundry machine having a steam generator, the method comprising: - discharging water of the steam generator outside of the steam generator during an operation of the laundry machine characterized in that discharging water of the steam generator is performed after having selected the steam course by supplying water into the steam generator for discharging foreign substances, together with water, wherein the water of the steam generator may be selectively discharged by a user. - discharging water of the steam generator outside of the steam generator during an operation of the laundry machine
A domestic oven door comprising an inner glass sheet intended to be the glass sheet closest to the compartment of said oven, and an outer glass sheet, said glass sheets (2, 3) being held rigidly connected and being separated by at least one air gap, said inner glass sheet possessing a chemical composition which comprises the following constituents, in an amount by weight within the limits defined hereinafter: SiO 2 55-70% Al 2 O 3 12-25% B 2 O 3 0-0.5%, in particular 0 Li 2 O 0-2% Na 2 O + K 2 O 0-5%, in particular 0-1% MgO 0-10% CaO 0-15% SrO 0-15% BaO 0-15% ZnO 0-5% RO 5-25% where RO = MgO + CaO + SrO + BaO + ZnO TiO 2 0-3% ZrO 2 0-4%.