mhurhangee/ep-ind-claims huggingface dataset:
Household appliance for food preparation comprising: - a motor, - a main output (S1 or S2) comprising a main output shaft (O1 or O2) arranged to be rotatably driven by the motor, - a movable or removable flap which can occupy a blocking position in which the flap prevents access to the main output (S1 or S2), - a detection device for detecting the position of the flap, - a speed selection device comprising a plurality of speed positions and - a control unit configured to control a speed of rotation of the motor as a function of the speed position of the speed selection device, characterised in that the control unit is further configured, for at least one of the speed positions, to control: - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, the first speed of rotation of the motor being different from the second speed of rotation of the motor, the first speed of rotation of the motor and the second speed of rotation of the motor being non-zero. - a motor, - a main output (S1 or S2) comprising a main output shaft (O1 or O2) arranged to be rotatably driven by the motor, - a movable or removable flap which can occupy a blocking position in which the flap prevents access to the main output (S1 or S2), - a detection device for detecting the position of the flap, - a speed selection device comprising a plurality of speed positions and - a control unit configured to control a speed of rotation of the motor as a function of the speed position of the speed selection device, characterised in that the control unit is further configured, for at least one of the speed positions, to control: - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, the first speed of rotation of the motor being different from the second speed of rotation of the motor, the first speed of rotation of the motor and the second speed of rotation of the motor being non-zero.
An integrated circuit operable to execute code stored in an external memory, comprising: a processor operable to execute bootloader code from the external memory in a restricted mode of the circuit in which boot code stored in the external memory is transferable from the external memory to an internal memory but at least some other functions of the circuit are restricted in that only the processor is able to initiate transactions and the processor is configured such that requests are issuable only to an external memory interface, the internal memory and a watch dog timer, a hash function separate from the processor arranged to derive a digest value from the boot code transferred to the internal memory; a reference store holding a reference value; a comparator arranged to compare the digest value with the reference value and, if the digest value and reference value match, to assert a signal allowing the circuit into unrestricted mode and causing the processor to execute the boot code from the internal memory. a processor operable to execute bootloader code from the external memory in a restricted mode of the circuit in which boot code stored in the external memory is transferable from the external memory to an internal memory but at least some other functions of the circuit are restricted in that only the processor is able to initiate transactions and the processor is configured such that requests are issuable only to an external memory interface, the internal memory and a watch dog timer, a hash function separate from the processor arranged to derive a digest value from the boot code transferred to the internal memory; a reference store holding a reference value; a comparator arranged to compare the digest value with the reference value and, if the digest value and reference value match, to assert a signal allowing the circuit into unrestricted mode and causing the processor to execute the boot code from the internal memory.
Lighting circuit, including: - a rectifier with an input adapted to receive an alternating voltage, the rectifier being configured to provide a rectified voltage (V R); - at least a first LED assembly and a second LED assembly (22, 24) connected to be supplied with electrical power from said rectifier; characterized in that the lighting circuit further comprises: - a switching converter circuit, wherein the first LED assembly is electrically connected in series with a first output of the rectifier, said first LED assembly being further electrically connected in series with an input of the switching converter circuit, and wherein the second LED assembly (22, 24) is electrically connected to an output of said switching converter; - a control assembly adapted to control operation of the first LED assembly, wherein the control assembly is connected to a tap in the series connection of the first LED assembly and the input of the switching converter circuit, the control assembly comprises: - a control unit; and - a switching element configured to be controlled by the control unit at least in a conducting and non-conducting state based in dependence on the momentary available value of the rectified voltage (V R), wherein the control unit is configured to operate said switching element such as to bypass said first LED assembly in said conducting state while the rectified voltage is below a first threshold, wherein the control unit is configured to operate said switching element in said non-conducting state when said rectified voltage (V R) exceeds a first threshold, thereby activating said first LED assembly, wherein when said rectified voltage (V R) exceeds said first threshold, a residual voltage configured to increase with an increase of said rectified voltage (V R) is provided to said switching converter circuit, and wherein when said residual voltage exceeds a second threshold, the switching converter circuit is configured to provide an output voltage such as to activate said second LED assembly (22, 24). - a rectifier with an input adapted to receive an alternating voltage, the rectifier being configured to provide a rectified voltage (V R); - at least a first LED assembly and a second LED assembly (22, 24) connected to be supplied with electrical power from said rectifier; - a switching converter circuit, wherein the first LED assembly is electrically connected in series with a first output of the rectifier, said first LED assembly being further electrically connected in series with an input of the switching converter circuit, and wherein the second LED assembly (22, 24) is electrically connected to an output of said switching converter; - a control assembly adapted to control operation of the first LED assembly, - a control unit; and - a switching element configured to be controlled by the control unit at least in a conducting and non-conducting state based in dependence on the momentary available value of the rectified voltage (V R),
An apparatus for measuring at least one of color and trash in a fiber sample, the apparatus comprising: a light emitting diode light source (104a, 104b) for generating an incident light that is directed toward the fiber sample, and reflected by the fiber sample, thereby producing a reflected light, a sensor for receiving the reflected light and producing a signal, and characterized by further comprising a controller for controlling the light source (104a, 104b) and the sensor, and at least one of receiving and adjusting the signal, and means (106a-106c) for conditioning at least one of the incident light, the reflected light and the signal to compensate for differences between measurements taken by the light emitting diode light source (104a, 104b) and a xenon light source. a light emitting diode light source (104a, 104b) for generating an incident light that is directed toward the fiber sample, and reflected by the fiber sample, thereby producing a reflected light, a sensor for receiving the reflected light and producing a signal, and characterized by further comprising a controller for controlling the light source (104a, 104b) and the sensor, and at least one of receiving and adjusting the signal, and means (106a-106c) for conditioning at least one of the incident light, the reflected light and the signal to compensate for differences between measurements taken by the light emitting diode light source (104a, 104b) and a xenon light source.
A headphone comprising: a housing with a baffle surface with a recess formed therein and an edge formed about a periphery of the baffle surface; a transducer disposed in the recess and supported by the housing; an ear cushion with a base formed in an annular shape and connected to the housing about the edge and a contact surface spaced apart from the base to engage a portion of a user's head around an outer ear, wherein the ear cushion defines an internal cavity; compliant material disposed in the internal cavity; and a sheet disposed over the baffle surface with a hole formed therethrough and aligned with the transducer, the sheet formed of a sound absorbent material to suppress sound reflections within an acoustic chamber, wherein the acoustic chamber is defined by the sheet, the ear cushion, and the user's head, characterized in that the baffle surface is oriented non-parallel to the contact surface to position the transducer generally parallel to a user's pinna to reduce sound reflections; and wherein the sheet is formed with a constantly increasing thickness in a horizontal direction and with an outer surface that is spaced apart from the baffle surface and oriented generally parallel to the contact surface of the ear cushion. a housing with a baffle surface with a recess formed therein and an edge formed about a periphery of the baffle surface; a transducer disposed in the recess and supported by the housing; an ear cushion with a base formed in an annular shape and connected to the housing about the edge and a contact surface spaced apart from the base to engage a portion of a user's head around an outer ear, wherein the ear cushion defines an internal cavity; compliant material disposed in the internal cavity; and a sheet disposed over the baffle surface with a hole formed therethrough and aligned with the transducer, the sheet formed of a sound absorbent material to suppress sound reflections within an acoustic chamber, wherein the acoustic chamber is defined by the sheet, the ear cushion, and the user's head, characterized in that the baffle surface is oriented non-parallel to the contact surface to position the transducer generally parallel to a user's pinna to reduce sound reflections; and wherein the sheet is formed with a constantly increasing thickness in a horizontal direction and with an outer surface that is spaced apart from the baffle surface and oriented generally parallel to the contact surface of the ear cushion.
A method of providing information for display, from a portable electronic device (100; 900), the method comprising: displaying information (206; 902) on a display of the portable electronic device; identifying a portion for redacting from the information displayed on the display of the portable electronic device; extracting the portion from the information to provide redacted information and an extracted portion; storing the redacted information in a first file; protecting and storing the extracted portion in association with a location identification in a second file; sending the first file containing the redacted information and sending the second file including extracted portions associated with the location identifiers. displaying information (206; 902) on a display of the portable electronic device; identifying a portion for redacting from the information displayed on the display of the portable electronic device; extracting the portion from the information to provide redacted information and an extracted portion; storing the redacted information in a first file; protecting and storing the extracted portion in association with a location identification in a second file; sending the first file containing the redacted information and sending the second file including extracted portions associated with the location identifiers.
An electronic device comprising: a housing comprising a first space connected with an outside of the electronic device; a speaker device disposed inside the housing; a speaker housing comprising a second space formed to be spatially separated from an inner space of the electronic device by the speaker device inside the housing, and disposed to connect the second space to the first space; a first atmospheric pressure sensor disposed to be exposed to the first space, and having a waterproof function; a second atmospheric pressure sensor disposed in the inner space; and a processor, wherein the processor is configured to detect immersion in water or immersion removal of the electronic device based on an atmospheric pressure change identified through the first atmospheric pressure sensor, and to control a water-repellent operation through the speaker device based on a difference value between first atmospheric pressure information obtained from the first atmospheric pressure sensor and second atmospheric pressure information obtained through the second atmospheric pressure sensor. a housing comprising a first space connected with an outside of the electronic device; a speaker device disposed inside the housing; a speaker housing comprising a second space formed to be spatially separated from an inner space of the electronic device by the speaker device inside the housing, and disposed to connect the second space to the first space; a first atmospheric pressure sensor disposed to be exposed to the first space, and having a waterproof function; a second atmospheric pressure sensor disposed in the inner space; and a processor, wherein the processor is configured to detect immersion in water or immersion removal of the electronic device based on an atmospheric pressure change identified through the first atmospheric pressure sensor, and to control a water-repellent operation through the speaker device based on a difference value between first atmospheric pressure information obtained from the first atmospheric pressure sensor and second atmospheric pressure information obtained through the second atmospheric pressure sensor.
A rack system for power storage battery modules, which comprises: a rack assembly configured to define a multi-storey structure in a vertical direction; a plurality of battery modules accommodated in each storey of the multi-storey structure; and a pair of rail frames coupled to each storey of the multi-storey structure to support edges of the bottom surface of the battery modules, wherein each of the battery modules has a bottom surface on which a pair of rail fixing parts are provided corresponding to the longitudinal direction of the pair of rail frames and have an elastic coupling projection at a location contacting the rail frames, and when the battery modules are installed, the battery modules are pressured toward the rail frames in a vertical direction to couple the rail fixing parts to the rail frames; characterized in that the pair of the rail fixing parts of the battery modules is coupled to the pair of the rail frames by means of snap-fitting. a rack assembly configured to define a multi-storey structure in a vertical direction; a plurality of battery modules accommodated in each storey of the multi-storey structure; and a pair of rail frames coupled to each storey of the multi-storey structure to support edges of the bottom surface of the battery modules, wherein each of the battery modules has a bottom surface on which a pair of rail fixing parts are provided corresponding to the longitudinal direction of the pair of rail frames and have an elastic coupling projection at a location contacting the rail frames, and when the battery modules are installed, the battery modules are pressured toward the rail frames in a vertical direction to couple the rail fixing parts to the rail frames; characterized in that the pair of the rail fixing parts of the battery modules is coupled to the pair of the rail frames by means of snap-fitting.
A method for producing a nanoscale device in a vacuum chamber, the method comprising the steps of a) growing, by means of vapour liquid solid, VLS growth, at an elevated temperature of above 400°C, one or more elongated crystalline InAs semiconductor nanostructures, such as nanowire (crystals), in the normal direction on a plane substrate, said elongated crystalline InAs semiconductor nanostructures having a plurality of plane side facets as seen in cross-section, b) shutting off all sources of growth material and reducing the temperature thereby cooling the substrate with the crystalline InAs semiconductor nanostructures to a temperature below -30°C, and c) depositing, at said reduced temperature below -30°C, a crystalline first facet layer of aluminium directly on at least one of said side facets of the crystalline InAs semiconductor nanostructures by means of MBE, the thickness of said first facet layer deposited being less than 15 nm, such that a superconductor hard gap is induced in the InAs semiconductor nanostructure. a) growing, by means of vapour liquid solid, VLS growth, at an elevated temperature of above 400°C, one or more elongated crystalline InAs semiconductor nanostructures, such as nanowire (crystals), in the normal direction on a plane substrate, said elongated crystalline InAs semiconductor nanostructures having a plurality of plane side facets as seen in cross-section, b) shutting off all sources of growth material and reducing the temperature thereby cooling the substrate with the crystalline InAs semiconductor nanostructures to a temperature below -30°C, and c) depositing, at said reduced temperature below -30°C, a crystalline first facet layer of aluminium directly on at least one of said side facets of the crystalline InAs semiconductor nanostructures by means of MBE, the thickness of said first facet layer deposited being less than 15 nm, such that a superconductor hard gap is induced in the InAs semiconductor nanostructure.
A method of securely sharing data, comprising: providing, by a first user of a first computing device, to a cloud service provider, a sharing indication that the first user wishes to make data associated with the first computing device available to one or more cloud users; conveying, by the cloud service provider, a sharing data package including access policy information and key information to a trusted execution environment, TEE, of the first computing device; generating, at the first device, an archive file representative of a drive of the first device; encrypting, via a processor, the archive file to form an encrypted archive file; wrapping, by the TEE, an encryption key used to encrypt the archive file using key information corresponding to the second user; provisioning the encrypted archive file with the wrapped encryption key; and conveying the encrypted archive file to a cloud service provider, the encrypted archive file to be decrypted by a second device of the second user of the cloud service, the decrypted archive file to be mounted to an operating system of the second device. providing, by a first user of a first computing device, to a cloud service provider, a sharing indication that the first user wishes to make data associated with the first computing device available to one or more cloud users; conveying, by the cloud service provider, a sharing data package including access policy information and key information to a trusted execution environment, TEE, of the first computing device; generating, at the first device, an archive file representative of a drive of the first device; encrypting, via a processor, the archive file to form an encrypted archive file; wrapping, by the TEE, an encryption key used to encrypt the archive file using key information corresponding to the second user; provisioning the encrypted archive file with the wrapped encryption key; and conveying the encrypted archive file to a cloud service provider, the encrypted archive file to be decrypted by a second device of the second user of the cloud service, the decrypted archive file to be mounted to an operating system of the second device.
A device for enhancing the visibility of a light source serving as a status signal indicator, the device comprising: a sensor housing defined in part by two or more outer planes (122, 124); a light guide extending along a first portion and a second portion, wherein the first portion is disposed along a first outer plane of the housing, the second portion is disposed along a second outer plane of the housing, and the first outer plane forms a side of the housing and the second outer plane forms a top of the housing; the light guide including at least one slot therein, creating a hollow void all the way through the light guide, the slot having a slot axis, the slot having an oblique angle of the slot axis relative to a longitudinal axis of the first portion of the light guide; and a light source activated by a signal generated at a sensor circuit, the light source disposed adjacent to a first end portion of the light guide, such that light from the light source enters the bottom of the light guide and is directed through the first portion of the light guide toward the slot, wherein the light is scattered by the slot into multiple directions, a portion of the light transmitted out of the first outer plane and a portion of the light transmitted out of the second outer plane. a sensor housing defined in part by two or more outer planes (122, 124); a light guide extending along a first portion and a second portion, wherein the first portion is disposed along a first outer plane of the housing, the second portion is disposed along a second outer plane of the housing, and the first outer plane forms a side of the housing and the second outer plane forms a top of the housing; the light guide including at least one slot therein, creating a hollow void all the way through the light guide, the slot having a slot axis, the slot having an oblique angle of the slot axis relative to a longitudinal axis of the first portion of the light guide; and a light source activated by a signal generated at a sensor circuit, the light source disposed adjacent to a first end portion of the light guide, such that light from the light source enters the bottom of the light guide and is directed through the first portion of the light guide toward the slot, wherein the light is scattered by the slot into multiple directions, a portion of the light transmitted out of the first outer plane and a portion of the light transmitted out of the second outer plane.