mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for calculating a precharge resistance of a battery pack , comprising: a load resistor configured to be connected between a battery pack and a precharge resistor in series; a voltage measuring unit configured to measure a no-load voltage in a no-load state in which the load resistor is not connected to the battery pack and a load voltage applied to the load resistor when a current having a predetermined current value flows in the load resistor in a load state in which the load resistor is connected to the battery pack ; and a precharge resistance calculating unit configured to calculate a resistance value of a precharge resistor of the battery pack using the no-load voltage of the battery pack , the load voltage, and the predetermined current value, the apparatus further comprising: a switch control unit connected to the battery pack and configured to control a switch connected in series with the precharge resistor to perform an opening or closing operation of a line comprising the precharge resistor , wherein the switch control unit is configured to perform an operation of closing the switch so as to measure the no-load voltage or the load voltage in the no-load state or the load state, characterized in that the precharge resistance calculating unit is further configured to gradually increase the resistance value of the load resistor from 0 ohm in the load state to control the current flowing in the load resistor to have the predetermined current value, wherein the predetermined current value is within a low current range which ensures that the switch is not damaged. a load resistor configured to be connected between a battery pack and a precharge resistor in series; a voltage measuring unit configured to measure a no-load voltage in a no-load state in which the load resistor is not connected to the battery pack and a load voltage applied to the load resistor when a current having a predetermined current value flows in the load resistor in a load state in which the load resistor is connected to the battery pack ; and a precharge resistance calculating unit configured to calculate a resistance value of a precharge resistor of the battery pack using the no-load voltage of the battery pack , the load voltage, and the predetermined current value, the apparatus further comprising: a switch control unit connected to the battery pack and configured to control a switch connected in series with the precharge resistor to perform an opening or closing operation of a line comprising the precharge resistor , wherein the switch control unit is configured to perform an operation of closing the switch so as to measure the no-load voltage or the load voltage in the no-load state or the load state, characterized in that the precharge resistance calculating unit is further configured to gradually increase the resistance value of the load resistor from 0 ohm in the load state to control the current flowing in the load resistor to have the predetermined current value, wherein the predetermined current value is within a low current range which ensures that the switch is not damaged.
An interlocking device for locking a movable safety guard, having a locking unit , an electric mover , a sensor device and an evaluation unit, the locking unit being movable between a locking position for interlocking the movable safety guard and a release position for releasing the movable safety guard, the mover being configured to move the locking unit between the locking position and the release position, the sensor device being configured to detect a position of the locking unit , characterized by the interlocking device having an additional release unit being movable from a neutral position into an additional release position to move the locking unit from the locking position into the release position, the sensor device being configured to detect a position of the additional release unit , and the evaluation unit being configured to output a locking signal when the locking unit is in the locking position, a normal release signal when the locking unit has been moved into the release positon by the electric mover , and an additional release signal when the locking unit has been moved into the release position by the additional release unit . a locking signal when the locking unit is in the locking position, a normal release signal when the locking unit has been moved into the release positon by the electric mover , and an additional release signal when the locking unit has been moved into the release position by the additional release unit .
A glass substrate comprising: a region having a first thickness that is 130 μm (microns) or greater and a puncture resistance of at least 3 kg force when the puncture resistance is measured on a sample laminated to a 375 μm compliant layer stack as detailed in the description; and a region having a second thickness that is in the range of 20-30 μm (microns) and that provides the substrate the ability to achieve a bend radius of 5 mm. a region having a first thickness that is 130 μm (microns) or greater and a puncture resistance of at least 3 kg force when the puncture resistance is measured on a sample laminated to a 375 μm compliant layer stack as detailed in the description; and a region having a second thickness that is in the range of 20-30 μm (microns) and that provides the substrate the ability to achieve a bend radius of 5 mm.
A mine material processing apparatus comprising: a rotatable drum to process mine material, and a plurality of wheel assemblies (530a-530f) configured for rotation of the rotatable drum, characterized in that , each wheel assembly comprises: an inner rim , an outer rim surrounding the inner rim, and a plurality of gas springs operatively coupled between said inner rim and said outer rim. a rotatable drum to process mine material, and a plurality of wheel assemblies (530a-530f) configured for rotation of the rotatable drum, characterized in that , each wheel assembly comprises: an inner rim , an outer rim surrounding the inner rim, and a plurality of gas springs operatively coupled between said inner rim and said outer rim. an inner rim , an outer rim surrounding the inner rim, and a plurality of gas springs operatively coupled between said inner rim and said outer rim.
A self-integrating hydrogel, comprising: a water-soluble polymer selected from the group consisting of dextran, poly(vinyl alcohol), and cellulose; and a pendant chain covalently attached to an oxygen atom, or a nitrogen atom of a backbone of the water-soluble polymer, wherein the pendant chain includes ureido-pyrimidinone; and wherein a density of substitution of the ureido-pyrimidinone is 8.1 or less. a water-soluble polymer selected from the group consisting of dextran, poly(vinyl alcohol), and cellulose; and a pendant chain covalently attached to an oxygen atom, or a nitrogen atom of a backbone of the water-soluble polymer, wherein the pendant chain includes ureido-pyrimidinone; and
Holding device for a mobile radio , comprising: a baseplate ; a clamping fixture comprising a first jaw which is firmly mounted on the baseplate and a second jaw attached to the baseplate and laterally moveable in a direction towards the first jaw such that the mobile radio is clamped by the two jaws between its left side and its right side; and a lever , coupled to the second jaw and configured to move the second jaw towards the first jaw ; wherein a connection element is integrated in the first jaw and configured to electrically couple a communication interface of the mobile radio with an external communication device; wherein the second jaw comprises an opening configured to permit access to an operating element at the respective side of the mobile radio through the opening ; wherein the first jaw and/or the second jaw comprise at least one holding element that fits into a corresponding opening on a side of the mobile radio . a baseplate ; a clamping fixture comprising a first jaw which is firmly mounted on the baseplate and a second jaw attached to the baseplate and laterally moveable in a direction towards the first jaw such that the mobile radio is clamped by the two jaws between its left side and its right side; and a lever , coupled to the second jaw and configured to move the second jaw towards the first jaw ; wherein a connection element is integrated in the first jaw and configured to electrically couple a communication interface of the mobile radio with an external communication device; wherein the second jaw comprises an opening configured to permit access to an operating element at the respective side of the mobile radio through the opening ; wherein the first jaw and/or the second jaw comprise at least one holding element that fits into a corresponding opening on a side of the mobile radio .
A method comprising: maintaining a correlation between a plurality of predetermined gestures , in combination with a plurality of predetermined regions of a vehicle , and a plurality of functions, such that each gesture in the plurality of predetermined gestures, in combination with a particular region of the plurality of predetermined regions, is associated with a particular function in the plurality of functions , the method being characterised in that a given gesture of the plurality of predetermined gestures in combination with a first region of the plurality of predetermined regions is associated with a first function of the plurality of functions, and the given gesture in combination with a second region of the plurality of predetermined regions is associated with a second function of the plurality of functions; recording three-dimensional images of an interior portion of the vehicle; based on the three-dimensional images, detecting the given gesture in either the first region of the vehicle or the second region of the vehicle; selecting, based on the correlation, the first function if the given gesture is detected in the first region or the second function if the given gesture is detected in the second region; and initiating the selected function in the vehicle. maintaining a correlation between a plurality of predetermined gestures , in combination with a plurality of predetermined regions of a vehicle , and a plurality of functions, such that each gesture in the plurality of predetermined gestures, in combination with a particular region of the plurality of predetermined regions, is associated with a particular function in the plurality of functions , the method being characterised in that a given gesture of the plurality of predetermined gestures in combination with a first region of the plurality of predetermined regions is associated with a first function of the plurality of functions, and the given gesture in combination with a second region of the plurality of predetermined regions is associated with a second function of the plurality of functions; recording three-dimensional images of an interior portion of the vehicle; based on the three-dimensional images, detecting the given gesture in either the first region of the vehicle or the second region of the vehicle; selecting, based on the correlation, the first function if the given gesture is detected in the first region or the second function if the given gesture is detected in the second region; and initiating the selected function in the vehicle.
High-voltage charger on board an electric or hybrid motor vehicle comprising a power electronics casing comprising a plurality of power electronics modules , at least one 12 V connector connected, by at least one 12 V signal , at least to one of the power electronics modules, characterized in that it comprises a capacitive filtering device arranged upstream of the 12 V connector in the thickness of the power electronics casing .
A composition comprising 1 mM Quinolinecarboxaldehyde and Hydroxymethyl-2-furaldehyde having the activity of killing a phytopathogen or reducing the growth thereof.
A surface emitting laser device comprising: a mounting substrate ; a surface emitting laser array including a plurality of surface emitting laser elements arranged side by side on the mounting substrate ; a plurality of light absorption layers formed on the plurality of surface emitting laser elements , respectively, and each including an opening (AP); and a plurality of wavelength conversion plates formed on the plurality of light absorption layers , respectively, and each including a fluorescent plate (PL) and a light reflection film (RF) covering a side surface of the fluorescent plate (PL); characterized in that the light absorption layer includes an antireflection layer at an interface with the surface emitting laser element . a mounting substrate ; a surface emitting laser array including a plurality of surface emitting laser elements arranged side by side on the mounting substrate ; a plurality of light absorption layers formed on the plurality of surface emitting laser elements , respectively, and each including an opening (AP); and a plurality of wavelength conversion plates formed on the plurality of light absorption layers , respectively, and each including a fluorescent plate (PL) and a light reflection film (RF) covering a side surface of the fluorescent plate (PL); characterized in that the light absorption layer includes an antireflection layer at an interface with the surface emitting laser element .
A method performed by a user equipment, UE, for sending a report, the method comprising: sending a random access, RA, report to a network node, wherein the RA report includes an indication of a size of data in an uplink data buffer of the UE on initiation of a random access, RA, procedure performed by the UE, and wherein the indication of the size of the data in the uplink data buffer comprises an indication of a sum of a size of uplink data transmitted in a physical uplink shared channel, PUSCH, transmission associated with the RA procedure and a size of data remaining in the uplink data buffer after completion of the RA procedure.
A method of performing scattering microscopy, the method comprising imaging an object comprising a surface with a scattering microscope including a light source arranged to emit illuminating light and a light detector , the microscope being arranged to illuminate an object with the illuminating light and to detect light elastically scattered from the object with the light detector, the method further comprising applying an electrical potential to the surface that affects the electrochemical properties of the object while imaging the object, characterised in that the object is being selected not to have a plasmon resonance frequency at the wavelengths of the illuminating light and at the applied electrical potential. the method comprising imaging an object comprising a surface with a scattering microscope including a light source arranged to emit illuminating light and a light detector , the microscope being arranged to illuminate an object with the illuminating light and to detect light elastically scattered from the object with the light detector, the method further comprising applying an electrical potential to the surface that affects the electrochemical properties of the object while imaging the object, characterised in that the object is being selected not to have a plasmon resonance frequency at the wavelengths of the illuminating light and at the applied electrical potential.
A heat exchanger comprising a collecting pipe , wherein the collecting pipe comprises a plurality of pipe units , the plurality of pipe units are sequentially stacked and connected, each of the plurality of pipe units comprises a first section and a second section , and a diameter of the first section is less than that of the second section , such that the first section of one of adjacent two of the plurality of pipe units is capable of inserting into the second section of the other of adjacent two of the plurality of pipe units , an arc-shaped section is provided between the first section and the second section of each of the plurality of pipe units , and the arc-shaped section extends to a top of the second section from a bottom of the first section , so that the first section is connected to the second section , characterized in that a gap is defined between the first section of the one of adjacent two of the plurality of pipe units and the second section of the other of adjacent two of the plurality of pipe units and in a size of 0.1 mm. an arc-shaped section is provided between the first section and the second section of each of the plurality of pipe units , and the arc-shaped section extends to a top of the second section from a bottom of the first section , so that the first section is connected to the second section , characterized in that a gap is defined between the first section of the one of adjacent two of the plurality of pipe units and the second section of the other of adjacent two of the plurality of pipe units and in a size of 0.1 mm.
Lighting module for the passenger compartment of a vehicle automotive, the module comprising: - a housing , - light means arranged in the housing and capable of emitting a light beam of illumination having a wavelength selectively chosen from at least two wavelengths predetermined distinctions, - electronic means of control of the light means arranged to control the emission of the illumination beam with the selected wavelength, - an electrical interconnection support carrying the means and the electronic control means and interconnecting the latter, - electrical connection means , light means and/or electronic control means with the outside of the housing, - optical interface means for guiding the light beam out of the housing ; characterized by the fact that it comprises a base and a cover , the cover being configured to cooperate with the base so as to close the box; and by the fact that the cover is configured to cooperate with the base plate in order to close the housing in a light-tight manner. - a housing , - light means arranged in the housing and capable of emitting a light beam of illumination having a wavelength selectively chosen from at least two wavelengths predetermined distinctions, - electronic means of control of the light means arranged to control the emission of the illumination beam with the selected wavelength, - an electrical interconnection support carrying the means and the electronic control means and interconnecting the latter, - electrical connection means , light means and/or electronic control means with the outside of the housing, - optical interface means for guiding the light beam out of the housing ;
A secure booting apparatus comprising: a memory configured to store encrypted data, an encrypted header, and a symmetric key, wherein the encrypted header includes a public key, a signature, and a pre key; and a processor configured to generate decrypted data and a decrypted header by applying a symmetric key algorithm using the symmetric key to the encrypted data and the encrypted header, to generate a comparison hashed message by applying a hash algorithm to the decrypted data, to generate a final verification value by applying a public key algorithm using the public key and the pre key to the signature, and to determine whether booting is successful or not according to the result of comparing the comparison hashed message with the final verification value, wherein the pre key is a result obtained by calculating P = (C ^ 2) mod n, where P indicates the pre key, C indicates a constant, and n indicates a portion of the public key. a memory configured to store encrypted data, an encrypted header, and a symmetric key, wherein the encrypted header includes a public key, a signature, and a pre key; and a processor configured to generate decrypted data and a decrypted header by applying a symmetric key algorithm using the symmetric key to the encrypted data and the encrypted header, to generate a comparison hashed message by applying a hash algorithm to the decrypted data, to generate a final verification value by applying a public key algorithm using the public key and the pre key to the signature, and to determine whether booting is successful or not according to the result of comparing the comparison hashed message with the final verification value, wherein the pre key is a result obtained by calculating P = (C ^ 2) mod n, where P indicates the pre key, C indicates a constant, and n indicates a portion of the public key.
Security element , in particular security thread, for a security document , the security element comprising first and second regions separated by an intermediate region comprising an intermediate structure , the first and second regions comprising respective optically variable first and second structures arranged so that, for a first direction of observation , the first and second structures have different appearances from one another and, for a second direction of observation (O2) different from the first, the first and second structures have, on the one hand, each changed in appearance with respect to their appearance when observed along the first direction of observation and, on the other hand, have different appearances from one another, the intermediate structure comprising nonmagnetic particles dispersed within a binder so as to form a semitransparent layer, or a semitransparent layer, which is defined by a deposition of a metal, the semitransparent layer being semireflecting, the optically variable first and second structures comprising one and the same pigment which is deposited differently on the first and second regions, with a different orientation, the pigment being magnetic and of platelet form, in which, when the element is observed along a third direction of observation different from the first and second directions of observation, the intermediate region exhibits an appearance identical to that of the first region observed along the first direction of observation and/or to that of the second region observed along the second direction of observation.
An apparatus comprising: a reagent container including: a first sidewall ; a second sidewall opposite the first sidewall ; a top wall coupled to the first sidewall and the second sidewall ; and a bottom wall opposite the top wall , the bottom wall coupled to the first sidewall and the second sidewall , wherein the bottom wall is curved; characterized in that the apparatus further comprises: a baffle extending from the bottom wall , the baffle spaced apart from the first sidewall , the second sidewall and the top wall such that liquid reagent in the reagent container can flow between the baffle and the first and second sidewalls . a reagent container including: a first sidewall ; a second sidewall opposite the first sidewall ; a top wall coupled to the first sidewall and the second sidewall ; and a bottom wall opposite the top wall , the bottom wall coupled to the first sidewall and the second sidewall , wherein the bottom wall is curved; a first sidewall ; a second sidewall opposite the first sidewall ; a top wall coupled to the first sidewall and the second sidewall ; and a bottom wall opposite the top wall , the bottom wall coupled to the first sidewall and the second sidewall , wherein the bottom wall is curved; characterized in that the apparatus further comprises: a baffle extending from the bottom wall , the baffle spaced apart from the first sidewall , the second sidewall and the top wall such that liquid reagent in the reagent container can flow between the baffle and the first and second sidewalls . a baffle extending from the bottom wall , the baffle spaced apart from the first sidewall , the second sidewall and the top wall such that liquid reagent in the reagent container can flow between the baffle and the first and second sidewalls .