mhurhangee/patent-ind-claim-en huggingface dataset:
A brushroll for a vacuum cleaner , comprising: a first end ; a second end ; an inflection point located along an axis between the first end and the second end; and a first material protruding radially away from the brushroll and having a first width, the first material extending between the first end and the second end, the first material wrapping around the brushroll with a pitch (P) relative to the axis, and the first material wrapping in a first direction between the first end and the inflection point and wrapping in a second direction between the inflection point and the second end, wherein the pitch of the first material wrapping in the first direction is opposite to the pitch of the first material wrapping in the second direction; characterized in that the first material is received in a first recess , the first material has a first length configured for collecting a first type of debris from the surface to be cleaned. a first end ; a second end ; an inflection point located along an axis between the first end and the second end; and a first material protruding radially away from the brushroll and having a first width, the first material extending between the first end and the second end, the first material wrapping around the brushroll with a pitch (P) relative to the axis, and the first material wrapping in a first direction between the first end and the inflection point and wrapping in a second direction between the inflection point and the second end, wherein the pitch of the first material wrapping in the first direction is opposite to the pitch of the first material wrapping in the second direction; characterized in that the first material is received in a first recess , the first material has a first length configured for collecting a first type of debris from the surface to be cleaned.
A filler composition for use in a thermoplastic polymer material comprising a blend of: a boron nitride; a metal oxide; and a silane, wherein the silane is chosen from a thiocarboxylate silane, a blocked mercapto silane, or a combination thereof. a boron nitride; a metal oxide; and a silane, wherein the silane is chosen from a thiocarboxylate silane, a blocked mercapto silane, or a combination thereof.
Tap serving for controlling the flow of a liquid from an internal region (Zint) of a container to an external region (Zext), said tap comprising: - a body which has a bore via which the internal and external regions (Zint, Zext) can communicate, - a stopper that is able to move in translation, in a movement direction (DD), between a first position corresponding to the closed state of the tap, in which the stopper entirely shuts the bore , and a second position corresponding to the open state of the tap, in which the stopper at least partially frees the bore , said stopper having a first end (24.1) that is oriented towards the external region (Zext), - a cannula which extends between a first end (26.1) and a second end (26.2), said cannula having a pipe which communicates with the internal region (Zint) when the cannula is connected to the stopper and the stopper is in the second position, - a coupling system that is configured to connect the first ends (24.1, 26.1) of the stopper and of the cannula , comprising a male part (90.1) that is secured to one of the first ends (24.1, 26.1) of the stopper and of the cannula and a female part (90.2) that is secured to the other of the first ends (24.1, 26.1) of the stopper and of the cannula , characterized in that the male and female parts (90.1, 90.2) of the coupling system are configured to cooperate with one another and to allow the male and female parts (90.1, 90.2) to nest one in the other in a nesting direction (DE) that is perpendicular to the axis (A20) of the bore of the body , when the stopper is in the first position corresponding to the closed state, and to allow the male and female parts (90.1, 90.2) to be immobilized relative to one another in the movement direction (DD) when the male and female parts (90.1, 90.2) are coupled together. - a body which has a bore via which the internal and external regions (Zint, Zext) can communicate, - a stopper that is able to move in translation, in a movement direction (DD), between a first position corresponding to the closed state of the tap, in which the stopper entirely shuts the bore , and a second position corresponding to the open state of the tap, in which the stopper at least partially frees the bore , said stopper having a first end (24.1) that is oriented towards the external region (Zext), - a cannula which extends between a first end (26.1) and a second end (26.2), said cannula having a pipe which communicates with the internal region (Zint) when the cannula is connected to the stopper and the stopper is in the second position, - a coupling system that is configured to connect the first ends (24.1, 26.1) of the stopper and of the cannula , comprising a male part (90.1) that is secured to one of the first ends (24.1, 26.1) of the stopper and of the cannula and a female part (90.2) that is secured to the other of the first ends (24.1, 26.1) of the stopper and of the cannula ,
Lighting device for motor vehicle, said lighting device comprising: - a housing adapted to be fixed in the motor vehicle; - a series of N light modules accommodated inside said housing , each light module comprising at least one light source cooperating with an optical surface, each light module being provided with a heat sink ; - a generator of an air flow ; and - a single air duct being suitable for cooperating with said generator of the air flow such as to direct said generated air flow towards the heat sink of each light module , - the air duct being divided into N air sub-ducts , each air sub-duct supplying a light module of the series of the N light modules , respectively, with air characterized in that - the air duct is formed by: - an open part added in the housing ; and - at least one closing structural element , said at least one closing structural element being suitable for closing all or part of said added open part , and - the air sub-duct which supplies the light module furthest from the air flow generator with air includes an outlet which section is closed and formed directly by the added open part and the housing . - a housing adapted to be fixed in the motor vehicle; - a series of N light modules accommodated inside said housing , each light module comprising at least one light source cooperating with an optical surface, each light module being provided with a heat sink ; - a generator of an air flow ; and - a single air duct being suitable for cooperating with said generator of the air flow such as to direct said generated air flow towards the heat sink of each light module , - the air duct being divided into N air sub-ducts , each air sub-duct supplying a light module of the series of the N light modules , respectively, with air - the air duct is formed by: - an open part added in the housing ; and - at least one closing structural element , said at least one closing structural element being suitable for closing all or part of said added open part , and - an open part added in the housing ; and - at least one closing structural element , said at least one closing structural element being suitable for closing all or part of said added open part , and - the air sub-duct which supplies the light module furthest from the air flow generator with air includes an outlet which section is closed and formed directly by the added open part and the housing .
Wheel arrangement for a motor vehicle, comprising a wheel rim and a drum brake , the drum brake being attached to an inner side of the wheel rim , characterized in that a magnetic strip is arranged on a surface section of an inner circumferential surface of the wheel rim in such a way that the magnetic strip coaxially surrounds a housing of the drum brake at least in sections in the axial direction (x).
A press hardening method comprises the following steps: A. the provision of a carbon steel sheet coated with a barrier pre-coating comprising nickel and chromium wherein the weight ratio Ni/Cr is between 1.5 and 9, B. the cutting of the coated carbon steel sheet to obtain a blank, C. the thermal treatment of the blank, D. the transfer of the blank into a press tool, E. the hot-forming of the blank to obtain a part, F. the cooling of the part obtained at step E) in order to obtain a microstructure in steel being martensitic or martensito-bainitic or made of at least 75% of equiaxed ferrite, from 5 to 20% of martensite and bainite in amount less than or equal to 10%. A. the provision of a carbon steel sheet coated with a barrier pre-coating comprising nickel and chromium wherein the weight ratio Ni/Cr is between 1.5 and 9, B. the cutting of the coated carbon steel sheet to obtain a blank, C. the thermal treatment of the blank, D. the transfer of the blank into a press tool, E. the hot-forming of the blank to obtain a part, F. the cooling of the part obtained at step E) in order to obtain a microstructure in steel being martensitic or martensito-bainitic or made of at least 75% of equiaxed ferrite, from 5 to 20% of martensite and bainite in amount less than or equal to 10%.
An electronic device comprising: a memory ; a camera ; and a processor configured to: control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory. a memory ; a camera ; and a processor configured to: control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory. control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory.
A memory system, comprising: a storage device comprising a nonvolatile memory device and a storage controller configured to control the nonvolatile memory device ; and a host configured to access the storage device , wherein the storage device is configured to transfer map data, in which a physical address of the nonvolatile memory device and a logical address provided from the host are mapped, to the host depending on a request of the host , wherein the host is configured to store and manage the transferred map data as map cache data in a storage allocation area of the host , wherein the nonvolatile memory device comprises a user storage area and a turbo write buffer accessible at a higher speed than the user storage area , and wherein the map cache data are managed depending on a priority that is determined based on a corresponding area of the nonvolatile memory device , and wherein in the map cache data stored in the storage allocation area of the host , the map cache data corresponding to the turbo write buffer of the nonvolatile memory device is managed with a higher priority than the map cache data corresponding to the user storage area of the nonvolatile memory device . a storage device comprising a nonvolatile memory device and a storage controller configured to control the nonvolatile memory device ; and a host configured to access the storage device , wherein the storage device is configured to transfer map data, in which a physical address of the nonvolatile memory device and a logical address provided from the host are mapped, to the host depending on a request of the host , wherein the host is configured to store and manage the transferred map data as map cache data in a storage allocation area of the host , wherein the nonvolatile memory device comprises a user storage area and a turbo write buffer accessible at a higher speed than the user storage area , and wherein the map cache data are managed depending on a priority that is determined based on a corresponding area of the nonvolatile memory device , and wherein in the map cache data stored in the storage allocation area of the host , the map cache data corresponding to the turbo write buffer of the nonvolatile memory device is managed with a higher priority than the map cache data corresponding to the user storage area of the nonvolatile memory device .
A container for beverage preparation, comprising a compartment containing ground coffee particles to be extracted, wherein the compartment is adapted to be traversed by a flow of water under pressure from an injection wall of the container towards a dispensing wall of the container for preparing a beverage from the coffee particles , wherein the coffee particles comprise: a first group of first coffee particles having a first volume moment mean D , and a second group of second coffee particles having a second volume moment mean D and being arranged downstream of the first group of first coffee particles , wherein the second group of second coffee particles is in direct contact with the dispensing wall , characterized in that the second volume moment mean is greater than the first volume moment mean. wherein the compartment is adapted to be traversed by a flow of water under pressure from an injection wall of the container towards a dispensing wall of the container for preparing a beverage from the coffee particles , wherein the coffee particles comprise: a first group of first coffee particles having a first volume moment mean D , and a second group of second coffee particles having a second volume moment mean D and being arranged downstream of the first group of first coffee particles , wherein the second group of second coffee particles is in direct contact with the dispensing wall , characterized in that the second volume moment mean is greater than the first volume moment mean. a first group of first coffee particles having a first volume moment mean D , and a second group of second coffee particles having a second volume moment mean D and being arranged downstream of the first group of first coffee particles , wherein the second group of second coffee particles is in direct contact with the dispensing wall , characterized in that the second volume moment mean is greater than the first volume moment mean.
Method for tracking an object in an optical search window of a camera for a vehicle , wherein the method includes the following steps: reading at least one acceleration signal representing an acceleration of the vehicle and of a vehicle seat ; wherein, in the reading step , the acceleration is calculated using a stiffness of a spring of the vehicle seat ; determining a movement vector of at least one object in the vehicle interior and/or in a vehicle environment using the at least one acceleration signal ; and providing a displacement vector generated by using the determined movement vector to the camera for displacing the optical search window in an image ascertained by the camera for detecting the object , wherein the optical search window represents a partial region of the image read by the camera . reading at least one acceleration signal representing an acceleration of the vehicle and of a vehicle seat ; wherein, in the reading step , the acceleration is calculated using a stiffness of a spring of the vehicle seat ; determining a movement vector of at least one object in the vehicle interior and/or in a vehicle environment using the at least one acceleration signal ; and providing a displacement vector generated by using the determined movement vector to the camera for displacing the optical search window in an image ascertained by the camera for detecting the object , wherein the optical search window represents a partial region of the image read by the camera .
An air-conditioning management device , comprising: display means for displaying a management screen for management of operating states of an air conditioner ; terminal communication means for communicating with a terminal device having a general web browser installed therein with a screen layout comprising a particular display field; storage means for storing web content data and air-conditioner data relating to the air conditioner ; web server means for transmitting, in response to a request from the terminal device , the web content data via the terminal communication means to the terminal device ; and management screen generation means for generating the management screen by synthesizing the air-conditioner data with screen data that is based on the web content data, and outputting the generated management screen to the display means , characterised in that the management screen generated by the management screen generation means has the screen layout of the general web browser installed in the terminal device but excludes said particular display field. display means for displaying a management screen for management of operating states of an air conditioner ; terminal communication means for communicating with a terminal device having a general web browser installed therein with a screen layout comprising a particular display field; storage means for storing web content data and air-conditioner data relating to the air conditioner ; web server means for transmitting, in response to a request from the terminal device , the web content data via the terminal communication means to the terminal device ; and management screen generation means for generating the management screen by synthesizing the air-conditioner data with screen data that is based on the web content data, and outputting the generated management screen to the display means , characterised in that the management screen generated by the management screen generation means has the screen layout of the general web browser installed in the terminal device but excludes said particular display field.
A method of forming a plurality of fibers from precursors, comprising: providing a reactor adapted to grow a plurality of individual fibers; and using a plurality of independently controllable lasers, characterized in that each laser of the plurality of lasers grows a respective fiber of the plurality of fibers. providing a reactor adapted to grow a plurality of individual fibers; and using a plurality of independently controllable lasers, characterized in that each laser of the plurality of lasers grows a respective fiber of the plurality of fibers.
A method comprising: simultaneously receiving, by a wireless receiver , beacon signals (204a-n) at a common frequency from a first access point (108a-n) and a second access point (108a-n), respectively, wherein each of the beacon signals (204a-n) has a data sequence that is different than other beacon signals (204a-n); determining, by a processing device and based on the data sequences received by the wireless receiver , channel responses for channels between the first access point (108a-n) and the wireless receiver and between the second access point (108a-n) and the wireless receiver; outputting, by the processing device and based on the channel responses, an indicator that the first access point (108a-n) and the second access point (108a-n) are suitable for a specified configuration of a telecommunication system for providing wireless coverage using the first access point (108a-n) and the second access point (108a-n). simultaneously receiving, by a wireless receiver , beacon signals (204a-n) at a common frequency from a first access point (108a-n) and a second access point (108a-n), respectively, wherein each of the beacon signals (204a-n) has a data sequence that is different than other beacon signals (204a-n); determining, by a processing device and based on the data sequences received by the wireless receiver , channel responses for channels between the first access point (108a-n) and the wireless receiver and between the second access point (108a-n) and the wireless receiver; outputting, by the processing device and based on the channel responses, an indicator that the first access point (108a-n) and the second access point (108a-n) are suitable for a specified configuration of a telecommunication system for providing wireless coverage using the first access point (108a-n) and the second access point (108a-n).