mhurhangee/ep-ind-claims huggingface dataset:
A folding mobility aid with two frame elements, to each of which at least one wheel is fixed or can be fixed and a folding mechanism by way of which the frame elements are connected to each other and a distance between the frame elements can be adjusted in a first position of the folding mechanism to a transport distance and in a second position of the folding mechanism to an operation distance, the folding mechanism comprising a central element with a slide arranged such that it can be moved in relation to said central element, at least two connecting arms, each of which is articulated on one frame element and the central element, and at least two levers, each of which is articulated on one connecting arm and the slide such that it can be pivoted about pivot axes (20,22), the pivot axes (20, 22), about which the levers are pivotably arranged on the connecting arms and the slide, are located in one plane when the folding mechanism is in the second position, characterized in that the folding mechanism is pre-loaded towards to the second position, particularly spring-loaded by a spring element. two frame elements, to each of which at least one wheel is fixed or can be fixed and a folding mechanism by way of which the frame elements are connected to each other and a distance between the frame elements can be adjusted in a first position of the folding mechanism to a transport distance and in a second position of the folding mechanism to an operation distance, the frame elements are connected to each other and a distance between the frame elements can be adjusted in a first position of the folding mechanism to a transport distance and in a second position of the folding mechanism to an operation distance, the folding mechanism comprising a central element with a slide arranged such that it can be moved in relation to said central element, at least two connecting arms, each of which is articulated on one frame element and the central element, and at least two levers, each of which is articulated on one connecting arm and the slide such that it can be pivoted about pivot axes (20,22), a central element with a slide arranged such that it can be moved in relation to said central element, at least two connecting arms, each of which is articulated on one frame element and the central element, and at least two levers, each of which is articulated on one connecting arm and the slide such that it can be pivoted about pivot axes (20,22), the pivot axes (20, 22), about which the levers are pivotably arranged on the connecting arms and the slide, are located in one plane when the folding mechanism is in the second position, characterized in that the folding mechanism is pre-loaded towards to the second position, particularly spring-loaded by a spring element.
A method for measuring a width of a weld or a slot of an object using a video inspection device, the method comprising the steps of: displaying on a monitor (170, 172) an image of a viewed object; determining three dimensional coordinates of a plurality of points on a surface of the viewed object using a central processing unit; placing a first measurement cursor and a second measurement cursor at points on each side of the weld or slot on the image using the pointing device; determining a first measurement point corresponding to the location of the first measurement cursor using the central processor unit; determining a second measurement point corresponding to the location of the second measurement cursor using the central processor unit; determining a three-dimensional line between the first measurement point and the second measurement point using the central processor unit; determining a first edge plane using the central processor unit, wherein the first edge plane is normal to the three-dimensional line and passes through the first measurement point; determining a distance between the plurality of points on a surface of the viewed object and the first edge plane using a central processor unit; comparing the distance between the plurality of points on the surface of the viewed object and the first edge plane to a predetermined distance threshold using the central processor unit; and displaying a first edge plane graphical overlay on pixels in the image associated with the plurality of points on the surface of the viewed object having a distance to the first edge plane that is below the predetermined distance threshold. placing a first measurement cursor and a second measurement cursor at points on each side of the weld or slot on the image using the pointing device; determining a first measurement point corresponding to the location of the first measurement cursor using the central processor unit; determining a second measurement point corresponding to the location of the second measurement cursor using the central processor unit; determining a three-dimensional line between the first measurement point and the second measurement point using the central processor unit; determining a first edge plane using the central processor unit, wherein the first edge plane is normal to the three-dimensional line and passes through the first measurement point; determining a distance between the plurality of points on a surface of the viewed object and the first edge plane using a central processor unit; comparing the distance between the plurality of points on the surface of the viewed object and the first edge plane to a predetermined distance threshold using the central processor unit; and displaying a first edge plane graphical overlay on pixels in the image associated with the plurality of points on the surface of the viewed object having a distance to the first edge plane that is below the predetermined distance threshold.
Warning lamp device such as a signal column for visually and/or audibly indicating at least one operating state or a number of different operating states of a production machine or the like having at least one visual and/or audible warning element, wherein at least one adjusting unit for adjusting and/or adapting at least one operating parameter of the warning element such as lighting colour, colour intensity, luminous image, volume, melody, tone sequence or the like is provided, wherein the adjusting unit comprises at least one interface (6, 16) for receiving setting information of the operating parameter, wherein the interface of the adjusting unit is designed as a wave receiver for receiving waves as wireless setting information of the operating parameters, characterized in that the wave receiver (6, 16) is designed for receiving waves, designed as wireless setting information, of a mobile telecommunication device (5, 15) and in that means for near-field communication are provided for wireless or contactless exchange or transmission of the setting information of the operating parameters to the wave receiver.
A hair care appliance comprising: a body having a duct, an outer wall extending about the duct and a side wall extending between the duct and the outer wall, a heater for heating fluid, a control button and a generally tubular handle including a fan unit, the handle connected to the body at a first end and at a distal end comprising a primary fluid inlet, wherein the duct at least partially defines a fluid flow path through the body within the duct and a primary fluid flow path extending within the body between the outer wall and the duct to a primary fluid outlet, wherein the primary fluid flow path extends from the primary fluid inlet along the handle into the body to the primary fluid outlet, wherein the fan unit is for drawing fluid in the primary fluid flow path and the heater is for heating fluid in the primary flow path and wherein the outer wall, the side wall and the duct are all external walls of the appliance, characterised in that the body comprises the heater and the control button is provided on the side wall.
A fuse assembly comprising: a core including a set of fusible elements extending between a first end fitting and a second end fitting; and a housing surrounding the core, the housing comprising: a first section having a first wall defining a first internal cavity, the first wall including a first L-shaped slot and a first L-shaped ridge; and a second section coupled to the first section, the second section having a second wall defining a second internal cavity, the second wall including a second L-shaped slot and a second L-shaped ridge, wherein the first L-shaped slot engages the second L-shaped ridge and the second L-shaped slot engages the first L-shaped ridge. a core including a set of fusible elements extending between a first end fitting and a second end fitting; and a housing surrounding the core, the housing comprising: a first section having a first wall defining a first internal cavity, the first wall including a first L-shaped slot and a first L-shaped ridge; and a second section coupled to the first section, the second section having a second wall defining a second internal cavity, the second wall including a second L-shaped slot and a second L-shaped ridge, wherein the first L-shaped slot engages the second L-shaped ridge and the second L-shaped slot engages the first L-shaped ridge. a first section having a first wall defining a first internal cavity, the first wall including a first L-shaped slot and a first L-shaped ridge; and a second section coupled to the first section, the second section having a second wall defining a second internal cavity, the second wall including a second L-shaped slot and a second L-shaped ridge, wherein the first L-shaped slot engages the second L-shaped ridge and the second L-shaped slot engages the first L-shaped ridge.
Appliance for bending tests on tyre-changing machines or the like, characterized in that it comprises: - a supporting structure; - first attachment means associable in a removable way with grip and rotation means for gripping and rotating a rim of a wheel of a tyre-changing machine or the like; - second attachment means associable in a removable way with at least a tool-holder arm of said tyre-changing machine; - actuator means placed between said supporting structure and said second attachment means and suitable for applying to said tool-holder arm a tangential force (Ft) and/or an axial force (Fv) and/or a radial force (Fr); - bending measuring means placed between said supporting structure and said second attachment means and suitable for measuring a tangential shift (St) and/or an axial shift (Sv) and/or a radial shift (Sr) of said tool-holder arm with respect to said grip and rotation means. - a supporting structure; - first attachment means associable in a removable way with grip and rotation means for gripping and rotating a rim of a wheel of a tyre-changing machine or the like; - second attachment means associable in a removable way with at least a tool-holder arm of said tyre-changing machine; - actuator means placed between said supporting structure and said second attachment means and suitable for applying to said tool-holder arm a tangential force (Ft) and/or an axial force (Fv) and/or a radial force (Fr); - bending measuring means placed between said supporting structure and said second attachment means and suitable for measuring a tangential shift (St) and/or an axial shift (Sv) and/or a radial shift (Sr) of said tool-holder arm with respect to said grip and rotation means.
A method comprising: receiving, at a wake-up radio of a device and from an access point, a wake-up trigger frame, wherein the wake-up trigger frame includes a receiver identity; and based on the receiver identity, sending a signal to a primary radio of the device to turn on the primary radio, and characterized in that the method further comprises: determining whether the receiver identity is a unicast receiver identity or a groupcast receiver identity based on an identifier in the receiver identity; in response to determining that the identifier in the receiver identity corresponds to groupcast, determining that the receiver identity is a group receiver identity; and in response to determining that the receiver identity is a group receiver identity, comparing the group receiver identity with a whitelist or a blacklist; and wherein the sending is in response to determining that the group receiver identity matches to the whitelist. receiving, at a wake-up radio of a device and from an access point, a wake-up trigger frame, wherein the wake-up trigger frame includes a receiver identity; and based on the receiver identity, sending a signal to a primary radio of the device to turn on the primary radio, and characterized in that the method further comprises: determining whether the receiver identity is a unicast receiver identity or a groupcast receiver identity based on an identifier in the receiver identity; in response to determining that the identifier in the receiver identity corresponds to groupcast, determining that the receiver identity is a group receiver identity; and in response to determining that the receiver identity is a group receiver identity, comparing the group receiver identity with a whitelist or a blacklist; and wherein the sending is in response to determining that the group receiver identity matches to the whitelist. determining whether the receiver identity is a unicast receiver identity or a groupcast receiver identity based on an identifier in the receiver identity; in response to determining that the identifier in the receiver identity corresponds to groupcast, determining that the receiver identity is a group receiver identity; and in response to determining that the receiver identity is a group receiver identity, comparing the group receiver identity with a whitelist or a blacklist; and wherein the sending is in response to determining that the group receiver identity matches to the whitelist.
A smoke detector comprising: a detector body including components to detect an environmental condition at the smoke detector; and a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount including a base configured to be secured to the surface and an intermediate component configured to removably engage with both the base and the detector body such that the base is engaged with the detector body via the intermediate component; characterized in that the intermediate component includes fins to direct air flow toward a detector component of the detector body. a detector body including components to detect an environmental condition at the smoke detector; and a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount including a base configured to be secured to the surface and an intermediate component configured to removably engage with both the base and the detector body such that the base is engaged with the detector body via the intermediate component; characterized in that the intermediate component includes fins to direct air flow toward a detector component of the detector body.
Process for the complex processing of bauxite, characterised in that the bauxite is ground using a circulating chelate solution, the resulting suspension is heated to extract the iron with the formation of an iron chelate and a minor amount of aluminium chelate, the suspension is separated after the extraction of the iron into a solid phase that represents the enriched desideritised bauxite and which is processed to alumina by known processes, and into a liquid phase that is decomposed by a double change of the pH of the solution, the neutralisation up to a pH of 7 - 8 is carried out using circulating sodium hydrogen carbonate, wherein a renewed extraction of aluminium is effected with the formation of a precipitate of sodium hydrogen carboaluminate that is separated from the solution, the renewed extraction of the iron is carried out at a solution pH of more than 12 by precipitating iron hydroxide that is separated in the form of a commercial iron ore concentrate, the liquid phase that represents the mother liquor of the chelate is concentrated by evaporation, cooled and carbonised with gaseous carbon dioxide under pressure to crystallise out the sodium hydrogen carbonate that is then separated from the chelate solution, wherein the chelate solution and the sodium hydrogen carbonate represent circulating products.
Deposition aid (2, 2*) for manual preparation of samples on a sample support for ionization using matrix-assisted laser desorption, the aid comprising: - a base plate containing a holder for a sample support having several sample sites; - an arm or carrier which rises on one side of the base plate in an upward direction and on which an imaging device of the type of a video projector is disposed, wherein the imaging device projects a two-dimensional optical image or a corresponding image sequence from the side at a certain angle onto the front side, having the sample sites, of a sample support arranged in the holder, and contains various optics that ensure that the image or the image sequence is illustrated without distortion, and wherein the image or the image sequence is designed such that a selected sample site or a group of selected sample sites is highlighted at least with respect to neighbouring not-selected sample sites in a manner which can be perceived by the human eye; - an interface for confirming manual deposition and/or a device for automated detection of a manual deposition process; and - a control system which selects a sample site or a group of sample sites and correspondingly controls the device. - a base plate containing a holder for a sample support having several sample sites; - an arm or carrier which rises on one side of the base plate in an upward direction and on which an imaging device of the type of a video projector is disposed, wherein the imaging device projects a two-dimensional optical image or a corresponding image sequence from the side at a certain angle onto the front side, having the sample sites, of a sample support arranged in the holder, and contains various optics that ensure that the image or the image sequence is illustrated without distortion, and wherein the image or the image sequence is designed such that a selected sample site or a group of selected sample sites is highlighted at least with respect to neighbouring not-selected sample sites in a manner which can be perceived by the human eye; - an interface for confirming manual deposition and/or a device for automated detection of a manual deposition process; and - a control system which selects a sample site or a group of sample sites and correspondingly controls the device.
Method for realization of dried extracts of Moringa oleifera seed and leaves to be used for nutraceutical products or supplements, comprising the following steps: - providing Moringa oleifera plant seeds and leaves and grinding said seeds and leaves so as to obtain a fine powder; - treating said powder with aqueous solution at fixed temperature, said solution containing water and ethanol so as to obtain extracts comprising standardized and stables Glucosinolates, Polyphenols and Proteins; and - subjecting said extracts to a spray-drying treatment, wherein said fixed temperature is between 95 and 100°C. - providing Moringa oleifera plant seeds and leaves and grinding said seeds and leaves so as to obtain a fine powder; - treating said powder with aqueous solution at fixed temperature, said solution containing water and ethanol so as to obtain extracts comprising standardized and stables Glucosinolates, Polyphenols and Proteins; and - subjecting said extracts to a spray-drying treatment,
A method of deburring a vacuum pump component comprising the steps: (i) capturing an image of the vacuum pump component by means of an image capture unit; (ii) determining an ACTUAL contour of the vacuum pump component based on the image; (iii) determining a DESIRED contour on the basis of the ACTUAL contour; (iv) converting the DESIRED contour into laser coordinates; and (v) deburring the vacuum pump component by means of a laser on the basis of the laser coordinates, characterized in that the vacuum pump component is a rotor disk, and in that the determination of the DESIRED contour comprises elements connected to a component edge, in particular burrs and overlapping chips, being eliminated from the ACTUAL contour by calculating out all the elements from the ACTUAL contour which neither meet a minimum thickness nor belong to a long contiguous structure such as a component edge. (i) capturing an image of the vacuum pump component by means of an image capture unit; (ii) determining an ACTUAL contour of the vacuum pump component based on the image; (iii) determining a DESIRED contour on the basis of the ACTUAL contour; (iv) converting the DESIRED contour into laser coordinates; and (v) deburring the vacuum pump component by means of a laser on the basis of the laser coordinates,
An apparatus for managing service elements, the apparatus comprising: a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising identifiers for a plurality of service elements, wherein the plurality of service elements are individual components that are used to provide a first service, and at least one indicator of a plurality of service element hosts for each service element of the plurality of service elements; generating a record based on the identifiers for the plurality of service elements and the indicators of the plurality of service element hosts, the record comprising a list of service element hosts that correspond to each of the service elements; and publishing the record comprising the list of service element hosts for the first service. a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising identifiers for a plurality of service elements, wherein the plurality of service elements are individual components that are used to provide a first service, and at least one indicator of a plurality of service element hosts for each service element of the plurality of service elements; generating a record based on the identifiers for the plurality of service elements and the indicators of the plurality of service element hosts, the record comprising a list of service element hosts that correspond to each of the service elements; and publishing the record comprising the list of service element hosts for the first service. receiving a message comprising identifiers for a plurality of service elements, wherein the plurality of service elements are individual components that are used to provide a first service, and at least one indicator of a plurality of service element hosts for each service element of the plurality of service elements; generating a record based on the identifiers for the plurality of service elements and the indicators of the plurality of service element hosts, the record comprising a list of service element hosts that correspond to each of the service elements; and publishing the record comprising the list of service element hosts for the first service.
A drain mast, comprising: a first header panel; a second header panel; at least one enclosure wall; and a plurality of tubes; wherein the first header panel, the second header panel, the plurality of tubes, and the at least one enclosure wall are integrally formed as a unitary structure, and the first header panel is separated from the second header panel, and the first header panel, the second header panel, and the at least one enclosure wall collectively define an enclosed interior compartment, and the plurality of tubes extend between the first header panel and the second header panel within the interior compartment, and the drain mast is configured to provide a plurality of fluid paths through the drain mast, each fluid path extending through the first header panel, one of the plurality of tubes, and the second header panel. a first header panel; a second header panel; at least one enclosure wall; and a plurality of tubes;