mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a multi-media signal, comprising: Receiving, by a High Definition Multimedia Interface of a multi-media device , a first audio signal within the multi-media signal from a display device through an Audio Return Channel, ARC, or an enhanced ARC, the first audio signal being of a first transmission format suitable to be transmitted by the High Definition Multimedia Interface ; within the multi-media device , converting the first audio signal into a second audio signal applicable to a Universal Serial Bus, hereafter USB, interface , the second audio signal being of a second transmission format suitable to be transmitted by the USB interface and being different from the first transmission format; and outputting the second audio signal from the multi-media device to an audio device through the USB interface for playback; wherein the multi-media device obtains power from a power management circuit within the audio device through at least one cable connecting the USB interface to the audio device , and wherein the power management circuit also supplies power internally to the audio device . Receiving, by a High Definition Multimedia Interface of a multi-media device , a first audio signal within the multi-media signal from a display device through an Audio Return Channel, ARC, or an enhanced ARC, the first audio signal being of a first transmission format suitable to be transmitted by the High Definition Multimedia Interface ; within the multi-media device , converting the first audio signal into a second audio signal applicable to a Universal Serial Bus, hereafter USB, interface , the second audio signal being of a second transmission format suitable to be transmitted by the USB interface and being different from the first transmission format; and outputting the second audio signal from the multi-media device to an audio device through the USB interface for playback; wherein the multi-media device obtains power from a power management circuit within the audio device through at least one cable connecting the USB interface to the audio device , and wherein the power management circuit also supplies power internally to the audio device .
An encoder device for determining a kinematic quantity of the movement of a first object relative to a second object, wherein the encoder device comprises a measuring standard connected to the first object and at least one sensing unit connected to the second object for generating at least one sensing signal by sensing the measuring standard , and a control and evaluation unit configured to determine the kinematic quantity from the sensing signal by evaluating the sensing signal with a machine learning method, wherein the evaluation is trained with a plurality of sensing signals and associated kinematic quantities, wherein the control and evaluation unit is given a partially trained evaluation trained for a class of encoder devices, and the control and evaluation unit is configured to individually re-train the partially trained evaluation.
Device for applying a glue track to a moving wrapping strip of a rod-shaped product of the tobacco processing industry, comprising - a nozzle which is fixed relative to the wrapping strip during the application of the glue track and has - an outlet opening which is directed towards the passing wrapping strip , from which opening the glue discharges, - a roller which can be rotationally driven by means of a drive device being provided between the wrapping strip and the outlet opening of the nozzle , onto which roller the glue discharging from the outlet opening is applied, and which roller applies the glue directly onto the wrapping strip , - the direction of rotation of the roller being directed such that the movement of the roller on the side facing the passing wrapping strip is directed counter to the movement of the wrapping strip , characterised in that - the rim side of the outlet opening that is arranged downstream with respect to the direction of rotation of the roller is shaped so as to project in the direction of the roller . - a nozzle which is fixed relative to the wrapping strip during the application of the glue track and has - an outlet opening which is directed towards the passing wrapping strip , from which opening the glue discharges, - a roller which can be rotationally driven by means of a drive device being provided between the wrapping strip and the outlet opening of the nozzle , onto which roller the glue discharging from the outlet opening is applied, and which roller applies the glue directly onto the wrapping strip , - the direction of rotation of the roller being directed such that the movement of the roller on the side facing the passing wrapping strip is directed counter to the movement of the wrapping strip , - the rim side of the outlet opening that is arranged downstream with respect to the direction of rotation of the roller is shaped so as to project in the direction of the roller .
A pharmaceutical formulation comprising a GLP-1 analog in a concentration from 0.1mg/ml to 25mg/ml, a buffer with pH from 7.5 to 9.0, polysorbate 80 at a concentration from 0.001% to 0.5% (m/v), poloxamer 188 at a concentration from 0.001% to 0.5% (m/v), xylitol at a concentration from 0.5% to 10% (m/v), and a preservative in a concentration from 0.1mg/ml to 10 mg/ml; wherein the GLP-1 analog is selected from the group consisting of GLP-1 or its mutant, GLP-1(7-36)-amide or its mutant, GLP-1 (7-37) or its mutant, and GLP-1 derivatives which is chemically modified by introducing an organic substituent e.g. ester, alkyl or lipophilic group on one or more amino acid residues of the above peptide or its mutant thereof; and wherein the term "mutant" designates the peptide GLP-1, GLP-1 (7-36)-amide or GLP-1 (7-37) wherein one or more amino acid residues of the peptide have been substituted by another amino acid residue and/or wherein one or more amino acid residues of the peptide have been deleted and/or wherein one or more amino acid residues have been added to the peptide, and wherein the mutant is a peptide GLP-1, GLP-1 (7-36) - amide or GLP-1 (7-37) wherein 6 or less amino acids have been substituted and/or added and/or deleted.
Device for the fitting of substrates with electrical structural elements with a stationary base frame , and with a longitudinal guide arm which can be moved in a transverse direction (y), with drive means and guide means for a processing head mounted therein and capable of movement in a longitudinal direction, wherein the guide arm can be moved on the base frame in at least one transverse bearing, which comprises a movement track provided at a frame part of the base frame and a bearing element mounted thereon and secured to the guide arm, the guide arm can be driven by means of an electric linear motor, adjacent to the transverse bearing and taking effect on one side, which is formed from a flat stationary magnet track extending in the transverse direction (y) and from a coil part which can be moved over this said track, the magnet track , provided with permanent magnets , arranged at which is the frame part extending in the transverse direction (y) and the coil part is secured to the guide arm , a magnetic attraction force takes effect between the coil part and the permanent magnets , the magnet track and the movement track are arranged lying one above the other in the direction of the attraction force, and, in a view from above in this direction of attraction, cover one another, and wherein the frame part and the adjacent face end of the guide arm mutually engage into one another, and comprise projections projecting in the longitudinal direction and indentations extending in the transverse direction (y), and secured and arranged at or in these are the elements of the linear motor and of the transverse bearing.
A method for producing a continuous semifinished product , which comprises: supplying a silicone hose and a separate inner conductor , wherein the inner conductor runs in a first interior space formed by the silicone hose ; encasing the supplied silicone hose by producing a continuous fiber hose that encloses the silicone hose on the outside; spreading open the silicone hose so that a gap is formed between the silicone hose and the continuous fiber hose ; supplying a matrix material into the gap ; and bonding the silicone hose and the continuous fiber hose by hardening the matrix material. supplying a silicone hose and a separate inner conductor , wherein the inner conductor runs in a first interior space formed by the silicone hose ; encasing the supplied silicone hose by producing a continuous fiber hose that encloses the silicone hose on the outside; spreading open the silicone hose so that a gap is formed between the silicone hose and the continuous fiber hose ; supplying a matrix material into the gap ; and bonding the silicone hose and the continuous fiber hose by hardening the matrix material.
Ventilation device for artificial respiration with - A respiratory gas source , - A ventilation line arrangement in order to lead inspiratory respiratory gas from the respiratory gas source to a patient-side proximal respiratory gas outlet aperture and in order to lead expiratory respiratory gas away from a proximal respiratory gas inlet aperture , - A pressure modification arrangement for modifying the pressure of the respiratory gas flowing in the ventilation line arrangement , - A control device designed to control the operation of the respiratory gas source and/or of the pressure modification arrangement , - An evaluation device for processing sensor signals, and - An O 2 sensor assembly for ascertaining an O 2 content value (78; 78'; 78") which represents an oxygen content of the respiratory gas flowing in the ventilation line arrangement , where the O 2 sensor assembly outputs to the evaluation device O 2 sensor signals which contain information about the O 2 content value (78; 78'; 78"), characterized in that the evaluation device is designed to determine on the basis of the O 2 sensor signals an O 2 change value which represents a change in the O 2 content value (78; 78'; 78") and when the O 2 change value satisfies a predetermined condition to deduce a degradation of the O 2 sensor assembly and output a signal. - A respiratory gas source , - A ventilation line arrangement in order to lead inspiratory respiratory gas from the respiratory gas source to a patient-side proximal respiratory gas outlet aperture and in order to lead expiratory respiratory gas away from a proximal respiratory gas inlet aperture , - A pressure modification arrangement for modifying the pressure of the respiratory gas flowing in the ventilation line arrangement , - A control device designed to control the operation of the respiratory gas source and/or of the pressure modification arrangement , - An evaluation device for processing sensor signals, and - An O 2 sensor assembly for ascertaining an O 2 content value (78; 78'; 78") which represents an oxygen content of the respiratory gas flowing in the ventilation line arrangement , where the O 2 sensor assembly outputs to the evaluation device O 2 sensor signals which contain information about the O 2 content value (78; 78'; 78"),
A supporting member for implantation into or between a subject's vertebral body, comprising: a main body having two opposite sides defined respectively as an upper side and a lower side; a first connecting portion formed at the upper side of the main body and shaped as a male or female part of a dovetail joint; a second connecting portion formed at the lower side of the main body and corresponding in shape to the first connecting portion ; and a guiding structure formed at a side of the main body and configured to mate with an external template plug ; wherein the first connecting portion of the supporting member is connectable with the second connecting portion of another said supporting member to form a said dovetail joint; characterized in that the guiding structure includes a plurality of guiding holes and buffer groove . a main body having two opposite sides defined respectively as an upper side and a lower side; a first connecting portion formed at the upper side of the main body and shaped as a male or female part of a dovetail joint; a second connecting portion formed at the lower side of the main body and corresponding in shape to the first connecting portion ; and a guiding structure formed at a side of the main body and configured to mate with an external template plug ; wherein the first connecting portion of the supporting member is connectable with the second connecting portion of another said supporting member to form a said dovetail joint; characterized in that the guiding structure includes a plurality of guiding holes and buffer groove .
A welding power system comprising a controller with (a) a data input device via which an operator can input parameters relating to or a value of a volume of an interior of one more pieces to be welded and (b) that outputs a purge time, the purge time being a time period needed to replace an atmosphere within the volume with a purge gas at a predetermined flow rate of the purge gas, characterized in that the controller is logically configured to receive an output from a flow meter and to monitor flow of the purge gas into the volume, that the controller is logically configured to receive outputs from one or more oxygen sensors and determine if a threshold oxygen level within the volume is met, and that the controller is logically configured to calculate a purge time and to control a flow regulator in accordance with the purge time, an oxygen sensor output or both, wherein the operator at least inputs a type of metal of the one or more pieces to be welded. (a) a data input device via which an operator can input parameters relating to or a value of a volume of an interior of one more pieces to be welded and (b) that outputs a purge time, the purge time being a time period needed to replace an atmosphere within the volume with a purge gas at a predetermined flow rate of the purge gas,
A process for production of C 4 to C 15 esters by the esterification of a carboxylic acid or anhydride with a C 4 to C 15 alcohol comprising a) forming a reaction mixture of the acid or the anhydride and the C 4 to C 15 alcohol comprising a stoichiometric excess of the alcohol at an initial temperature, b) adding an esterification catalyst to the reaction mixture at a predetermined mixture temperature above the initial temperature and in the range of from 180 to 200°C, c) heating the reaction mixture containing the catalyst to react at a temperature in the range of from 200 to 250 °C, wherein the energy supply to the reaction to cause the mixture to react is reduced during the initial phase of the reaction below that required for optimum reactivity to reduce foaming and is optionally subsequently increased, after most of the reaction water has been removed, by heating and/or stirring to speed up completion of the reaction. a) forming a reaction mixture of the acid or the anhydride and the C 4 to C 15 alcohol comprising a stoichiometric excess of the alcohol at an initial temperature, b) adding an esterification catalyst to the reaction mixture at a predetermined mixture temperature above the initial temperature and in the range of from 180 to 200°C, c) heating the reaction mixture containing the catalyst to react at a temperature in the range of from 200 to 250 °C, wherein the energy supply to the reaction to cause the mixture to react is reduced during the initial phase of the reaction below that required for optimum reactivity to reduce foaming and is optionally subsequently increased, after most of the reaction water has been removed, by heating and/or stirring to speed up completion of the reaction.
A high dielectric film comprising a vinylidene fluoride (VdF)/tetrafluoroethylene (TFE) copolymer (A), and inorganic oxide particles (B), wherein copolymer (A) has a VdF/TFE mole ratio of 95/5 to 80/20, the film includes an α-crystal structure and a β-crystal structure, or includes only a β-crystal structure, and the ratio of the β-crystal structure being 50% or more, and the thickness of the film is 0.01 to 50 μm.
A purge valve for an air-drying device , the purge valve comprising: - a purge-valve body forming a first exhaust passage for connecting an inlet line to an outlet line connected to an exterior of the purge valve ; wherein - a purge-valve piston is arranged inside the purge-valve body to control a flow of exhaust air from the inlet line through the first exhaust passage to the outlet line ; wherein the purge-valve piston is actuable upon reception of a purge signal (S), characterized in that - the purge-valve piston further comprises a through opening being configured to form a second exhaust passage for connecting the inlet line to the outlet line , the second exhaust passage being established separately from the first exhaust passage , and wherein - a valve member is arranged in the through opening and the valve member is configured to control a flow of exhaust air through the second exhaust passage , wherein the valve member is arranged and configured to be actuated by pressurized air when a pressure value of the pressurized air in the inlet line exceeds a threshold actuation pressure. - a purge-valve body forming a first exhaust passage for connecting an inlet line to an outlet line connected to an exterior of the purge valve ; wherein - a purge-valve piston is arranged inside the purge-valve body to control a flow of exhaust air from the inlet line through the first exhaust passage to the outlet line ; wherein the purge-valve piston is actuable upon reception of a purge signal (S), - the purge-valve piston further comprises a through opening being configured to form a second exhaust passage for connecting the inlet line to the outlet line , the second exhaust passage being established separately from the first exhaust passage , and wherein - a valve member is arranged in the through opening and the valve member is configured to control a flow of exhaust air through the second exhaust passage , wherein the valve member is arranged and configured to be actuated by pressurized air when a pressure value of the pressurized air in the inlet line exceeds a threshold actuation pressure.
A capsule having a shell of material that consists essentially of a self-assembly of a protein, wherein the self-assembly of the protein is an amyloid assembly of the protein, such as a fibril assembly.
Spring form with a casing ring having a tension lock and with a plane bottom part which has a circumferential side wall which casing ring and bottom part are releasably attached to one another via a form-fitting connection having a groove, characterized in that the bottom part and the side wall are designed as a pan wherein the bottom part is suitable for induction cookers due to a sufficient high proportion of ferromagnetic metals and that an attachment piece for a removable handle is arranged on the side wall and/or on the casing ring , so that the spring form can be used optionally for baking or frying or roasting of food.
A method of decoding video data, the method comprising: decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an X direction based on a threshold for performing the zero-out process, wherein the threshold is 32; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the X direction; decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an Y direction based on said the threshold for performing the zero-out process; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the Y direction; determining a first region of a transform unit in which transform coefficients are subject to zero-out based on the positions of the last non-zero transform coefficients in the X direction and in the Y direction in the transform unit, wherein a maximum dimension of the transform unit is 64; determining a second region of the transform unit in which transform coefficients are not subject to zero-out; and scanning only the second region of the transform unit starting at the position of the last non-zero coefficient. decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an X direction based on a threshold for performing the zero-out process, wherein the threshold is 32; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the X direction; decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an Y direction based on said the threshold for performing the zero-out process; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the Y direction; determining a first region of a transform unit in which transform coefficients are subject to zero-out based on the positions of the last non-zero transform coefficients in the X direction and in the Y direction in the transform unit, wherein a maximum dimension of the transform unit is 64; determining a second region of the transform unit in which transform coefficients are not subject to zero-out; and scanning only the second region of the transform unit starting at the position of the last non-zero coefficient.
A vehicle comprising: a drive unit that has an engine and a motor and is a drive source for travel of the vehicle ; a motor cooling path that is connected to the motor and is a path of a refrigerant for cooling the motor and that has: a first motor cooling path (LN11, LN31); and a second motor cooling path (LN12, LN32), cooling performance of which by the refrigerant is higher than that of the first motor cooling path (LN11, LN31); and a switch unit that is connected to both of the first motor cooling path (LN11, LN31) and the second motor cooling path (LN12, LN32) and is configured to switch between cooling of the motor by causing the refrigerant to flow through the first motor cooling path (LN11, LN31) and cooling of the motor by causing the refrigerant to flow through the second motor cooling path (LN12, LN32), characterized in that the motor has a housing configured to accommodate a stator and a rotor for outputting rotary power, and at least a part of the switch unit and the motor cooling path are provided in the housing . a drive unit that has an engine and a motor and is a drive source for travel of the vehicle ; a motor cooling path that is connected to the motor and is a path of a refrigerant for cooling the motor and that has: a first motor cooling path (LN11, LN31); and a second motor cooling path (LN12, LN32), cooling performance of which by the refrigerant is higher than that of the first motor cooling path (LN11, LN31); and a switch unit that is connected to both of the first motor cooling path (LN11, LN31) and the second motor cooling path (LN12, LN32) and is configured to switch between cooling of the motor by causing the refrigerant to flow through the first motor cooling path (LN11, LN31) and cooling of the motor by causing the refrigerant to flow through the second motor cooling path (LN12, LN32), characterized in that the motor has a housing configured to accommodate a stator and a rotor for outputting rotary power, and at least a part of the switch unit and the motor cooling path are provided in the housing .