mhurhangee/patent-ind-claim-en huggingface dataset:
Suction foot assembly for a floor cleaning machine , which is configured to be moved over a floor surface (B) to be cleaned, with a suction foot base , from which a front and a rear sealing lip extend away, at a distance from one another, wherein the edges of the front and rear sealing lips remote from the suction foot base extend in a contact plane, and with a holding frame , which has a first end and an opposite second end , wherein the first end is configured to be attached to a machine frame of the floor cleaning machine and wherein the second end is connected to the suction foot base , wherein the holding frame is configured such that the suction foot base is pivotable about a first pivot axis with respect to the first end , wherein the first pivot axis extends parallel to the contact plane (A), wherein the holding frame has a first pivot arm , which connects the first end of the holding frame to its second end and which is pivotably connected to the first end of the holding frame about a first pivot arm axis , which extends transverse to the first pivot axis , characterized in that the first pivot arm is configured and arranged to elastically deform following a force exerted along the first pivot axis on the second end of the holding frame with a first orientation.
A surface treated steel sheet for a fuel tank, the surface treated steel sheet comprising: a Zn plated layer or a Zn-Ni alloy plated layer which is placed on a surface to be an inner surface of the fuel tank, the surface being a base metal; and a chromate-free chemical conversion coating layer containing a water-and-oil repellent, the chromate-free chemical conversion coating layer being placed over the Zn plated layer or the Zn-Ni alloy plated layer, wherein a water contact angle on a surface of the chromate-free chemical conversion coating layer is more than or equal to 70 degrees and an n-hexadecane contact angle on the surface of the chromate-free chemical conversion coating layer is more than or equal to 30 degrees and less than or equal to 70 degrees and wherein only the surface to be the inner surface of the fuel tank, the surface being the base metal, is provided with the chromate-free chemical conversion coating layer and one of the Zn plated layer and the Zn-Ni alloy plated layer, and the surface to be the outer surface of the fuel tank, the surface being the base metal, is not provided with the chromate-free chemical conversion coating layer and the one of the Zn plated layer and the Zn-Ni alloy plated layer. a Zn plated layer or a Zn-Ni alloy plated layer which is placed on a surface to be an inner surface of the fuel tank, the surface being a base metal; and a chromate-free chemical conversion coating layer containing a water-and-oil repellent, the chromate-free chemical conversion coating layer being placed over the Zn plated layer or the Zn-Ni alloy plated layer, wherein a water contact angle on a surface of the chromate-free chemical conversion coating layer is more than or equal to 70 degrees and an n-hexadecane contact angle on the surface of the chromate-free chemical conversion coating layer is more than or equal to 30 degrees and less than or equal to 70 degrees and wherein only the surface to be the inner surface of the fuel tank, the surface being the base metal, is provided with the chromate-free chemical conversion coating layer and one of the Zn plated layer and the Zn-Ni alloy plated layer, and the surface to be the outer surface of the fuel tank, the surface being the base metal, is not provided with the chromate-free chemical conversion coating layer and the one of the Zn plated layer and the Zn-Ni alloy plated layer.
A headset for voice communication comprising at least one earphone having a speaker and one or more microphones, the headset being configured to operate in a first mode in which an electronic noise cancelling circuit is configured to receive ambient audio via at least a first of the one or more microphones to implement an active noise cancelling function and to provide a noise cancelling audio signal to the speaker, and in a second mode in which ambient audio is provided as a hear-through audio signal to the speaker, the headset for voice communication being configured to detect whether a call is ongoing, and providing a call signal in response to the detection, the headset comprising the electronic noise cancelling circuit, a voice activity detection unit configured to indicate when a user speaks, a switching element configured to switch the headset between operating in the first mode and operating in the second mode, wherein, when the headset is being operated in the first mode, the switching element is configured to switch the headset from operating in the first mode to operating in the second mode upon receiving a call signal indicating that the user is not in a call and upon indication from the voice activity detection unit, that the user speaks; characterised in that - the switching element is configured to maintain operation in the first mode upon receiving a call signal indicating that the user is in a call and upon indication from the voice activity detection unit, that the user speaks; and - the switching element is configured to maintain operation in the first mode upon receiving a call signal indicating that the user is in a call and upon indication from the voice activity detection unit, that the user does not speak. the electronic noise cancelling circuit, a voice activity detection unit configured to indicate when a user speaks, a switching element configured to switch the headset between operating in the first mode and operating in the second mode, - the switching element is configured to maintain operation in the first mode upon receiving a call signal indicating that the user is in a call and upon indication from the voice activity detection unit, that the user speaks; and - the switching element is configured to maintain operation in the first mode upon receiving a call signal indicating that the user is in a call and upon indication from the voice activity detection unit, that the user does not speak.
A computer-implemented medical method of manipulating at least one first, unmotorised medical carrier structure via a second, motorised medical carrier structure , wherein the at least one first carrier structure comprises at least one first adjustable and selectively fixable joint which respectively connects two sections of the first carrier structure , and in particular comprises at least one first mechanical interface at one or more of the sections and/or at one or more of the fixable joints , specifically at a first predefined section , and wherein the second carrier structure comprises a second mechanical interface and at least one second adjustable and in particular selectively fixable joint which respectively connects two sections of the second carrier structure , the method comprising the following steps: - interface data is acquired (S1) which describes the spatial position (A) of a section or a joint of the first carrier structure , particularly of a first mechanical interface , to be engaged by the second mechanical interface ; - engage data is determined (S2) based on the interface data, which describes control information to cause the second carrier structure to move the second mechanical interface to a spatial position (B) in which the second mechanical interface engages with the section or joint of the first carrier structure , particularly the first mechanical interface ; - target position data is acquired (S3) which describes a target position (C) for the first predefined section of the first carrier structure ; the method being characterized by the following step: - positioning data is determined (S4) based on the target position data, which describes control information to cause the second carrier structure to move the first predefined section to the target position (C) after at least one first adjustable and selectively fixable joint has been released. - interface data is acquired (S1) which describes the spatial position (A) of a section or a joint of the first carrier structure , particularly of a first mechanical interface , to be engaged by the second mechanical interface ; - engage data is determined (S2) based on the interface data, which describes control information to cause the second carrier structure to move the second mechanical interface to a spatial position (B) in which the second mechanical interface engages with the section or joint of the first carrier structure , particularly the first mechanical interface ; - target position data is acquired (S3) which describes a target position (C) for the first predefined section of the first carrier structure ; the method being characterized by the following step: - positioning data is determined (S4) based on the target position data, which describes control information to cause the second carrier structure to move the first predefined section to the target position (C) after at least one first adjustable and selectively fixable joint has been released.
Coating device for application of a coating agent, in particular a paint, sealant, separating agent, function layer or adhesive, to a component (B), namely a motor vehicle body and/or an attachment therefor, with - an applicator which has at least one outlet opening and is configured to emit at least one coating agent jet (S2), and - a deflection means for deflecting the coating agent jet (S2), wherein - the coating agent jet (S2) hits the component (B) in cohesive form before reaching its break-down length, characterised in that - the deflection means is configured for acoustic deflection of the coating agent jet (S2) - or the deflection means is configured for electrostatic deflection of the coating agent jet (S2) and comprises at least two deflection units formed as plates and opposing each other. - an applicator which has at least one outlet opening and is configured to emit at least one coating agent jet (S2), and - a deflection means for deflecting the coating agent jet (S2), wherein - the coating agent jet (S2) hits the component (B) in cohesive form before reaching its break-down length, characterised in that - the deflection means is configured for acoustic deflection of the coating agent jet (S2) - or the deflection means is configured for electrostatic deflection of the coating agent jet (S2) and comprises at least two deflection units formed as plates and opposing each other.
A scented article, comprising, at least one olfactory-active composition, a structural component comprising an absorbent matrix material, and a coating composition covering a portion of the structural component, wherein at least one olfactory-active composition is releasably retained in the absorbent matrix material wherein the structural component comprises a rod shape, formed by winding said matrix material, which is paper matrix, around a vertical axis, so that a rod, having a length longer than its diameter is formed wherein each layer formed by the complete revolution of the paper matrix around the axis is referred to as a ply characterized in that the plys have different absorbencies such that from the inner plys to the outer plys the absorbency increases, or from the inner plys to the outer plys, the absorbency decreases. wherein the structural component comprises a rod shape, formed by winding said matrix material, which is paper matrix, around a vertical axis, so that a rod, having a length longer than its diameter is formed wherein each layer formed by the complete revolution of the paper matrix around the axis is referred to as a ply characterized in that the plys have different absorbencies such that from the inner plys to the outer plys the absorbency increases, or from the inner plys to the outer plys, the absorbency decreases.
An apparatus for optical swept-source coherence tomography, comprising: a spectrally tuneable source for emitting coherent light; a detector for acquiring the intensity of interference light that results from superposing, on reference light, remitted light backscattered from an object irradiated with the coherent light of the source, and a control device for controlling the light source and the detector in such a way that the detector performs intensity acquisitions in accordance with a defined number of measurements, while the light source is tuned; wherein the control device is configured to alter a spectral measurement bandwidth within which the detector performs the intensity acquisitions while simultaneously keeping constant the number of measurements to alter the axial resolution, wherein the measurement bandwidth is less than a sweep bandwidth of the tuned light source . a spectrally tuneable source for emitting coherent light; a detector for acquiring the intensity of interference light that results from superposing, on reference light, remitted light backscattered from an object irradiated with the coherent light of the source, and a control device for controlling the light source and the detector in such a way that the detector performs intensity acquisitions in accordance with a defined number of measurements, while the light source is tuned; wherein the control device is configured to alter a spectral measurement bandwidth within which the detector performs the intensity acquisitions while simultaneously keeping constant the number of measurements to alter the axial resolution, wherein the measurement bandwidth is less than a sweep bandwidth of the tuned light source .
A method comprising: receiving, by a first application installed on a communication device , user input selecting an account to provision to a second application installed on the communication device ; in response to receiving the selection of the account to provision, invoking, by the first application , the second application and sending a session identifier (ID) to the second application ; sending, by the second application , a user ID associated with the second application , a device ID of the communication device, and the session ID to the first application ; generating, by the first application , encrypted provisioning request data including an account ID of the account to provision, the user ID, and the device ID using a key shared with a remote server computer; sending, by the first application , the encrypted provisioning request data to the second application ; sending, by the second application , the encrypted provisioning request data to the remote server computer ; receiving, by the second application , access data for accessing the account, the access data provided by the remote server computer based on validation of the encrypted provisioning request data through decryption using the shared key; and provisioning, by the second application , the access data onto the second application , wherein the access data provided by the remote server computer is bound to the communication device based on the device ID and cannot be used with a different communication device. receiving, by a first application installed on a communication device , user input selecting an account to provision to a second application installed on the communication device ; in response to receiving the selection of the account to provision, invoking, by the first application , the second application and sending a session identifier (ID) to the second application ; sending, by the second application , a user ID associated with the second application , a device ID of the communication device, and the session ID to the first application ; generating, by the first application , encrypted provisioning request data including an account ID of the account to provision, the user ID, and the device ID using a key shared with a remote server computer; sending, by the first application , the encrypted provisioning request data to the second application ; sending, by the second application , the encrypted provisioning request data to the remote server computer ; receiving, by the second application , access data for accessing the account, the access data provided by the remote server computer based on validation of the encrypted provisioning request data through decryption using the shared key; and provisioning, by the second application , the access data onto the second application , wherein the access data provided by the remote server computer is bound to the communication device based on the device ID and cannot be used with a different communication device.
A coffee cartridge containing unground and unroasted coffee beans, said cartridge having walls defining a chamber in which the beans are confined, wherein: (a) part or all of at least one wall is reversibly openable such that a plunger may be introduced into the cartridge chamber to apply a crushing force to the beans confined in the chamber, and (b) the reversibly openable wall is opposed to a slidable wall , wherein the reversibly openable wall or part thereof comprises a folded closure comprising a flap and the slidable wall is adapted to slide towards the openable wall such that the beans can be displaced from the chamber when said reversibly openable wall is open.
An expanded polytetrafluoroethylene (ePTFE) membrane comprising: a matrix tensile strength of at least about 1000 MPa in the machine direction a matrix modulus of at least about 100 GPa at a temperature of 20°C; and a crystallinity index of at least about 94%, the matrix tensile strength, matrix modulus and crystallinity index being determined as indicated in the description. a matrix tensile strength of at least about 1000 MPa in the machine direction a matrix modulus of at least about 100 GPa at a temperature of 20°C; and a crystallinity index of at least about 94%, the matrix tensile strength, matrix modulus and crystallinity index being determined as indicated in the description.
A one-hand-handled rivet gun comprising a handle seat with a through hole (1.1), a folding mechanism hinged to the handle seat and a pulling rod connected to the folding mechanism , the mentioned pulling rod being coated by a housing , and equipped with a riveting gun tip assembly on the front end, a fixed sleeve being mounted on the front end of the housing of the pulling rod , and a guiding nipple being mounted on the front end of the fixed sleeve , the mentioned folding mechanism comprising two folding rod assemblies symmetrically mounted behind both sides of the rear end of the pulling rod , and the two folding rod assemblies including a front curved link and rear link hinged to each other, the front curved link being fixed to the pulling rod by the front end, characterized in that the rear link is curved, a handle cover is connected to the rear end of the rear curved link and the front curved link is hinged to the front end of the handle seat .
A composition comprising a thermoplastic polymer and an additive of the formula: R Aryl ⁅CO 2 -R 1 -NR 2 -SO 2 R f ] x ; I wherein R Aryl is an aryl group; R 1 is a linear or branched C 2 -C 40 hydrocarbyl group; R 2 is a C 1 -C 4 alkyl; R f is a perfluorinated group of having an average of 3 to 5 carbon atoms; and subscript x is 1 to 3.
An inspecting device for inspecting a device to be inspected, comprising: - a first index table having a first rotation axis; - an arm having a second rotation axis, the second rotation axis being parallel to the first rotation axis; and a mount (M) in which the device is placed and which is replaceable, - the first index table having a device placement region positioned on a first conveyance route (P1) which is circular and the center of which is the first rotation center and the first index table rotating around the first rotation center to convey the device and the mount (M) along the first conveyance route, - the device placement region being a region in which the device is to be placed via the mount (M), - the arm having a first linear part, a second linear part, a device sucking head and a mount sucking head , the first linear part and the second linear part extending from a second rotation center in a first direction and a second direction different from the first direction, respectively, the device sucking head being attached to the first linear part and being configured to suck the device, the mount sucking head being attached to the second linear part and being configured to suck the mount (M), the first linear part and the second linear part being rotated around the second rotation center to convey the device and the mount (M) along a second conveyance route (P2), - the first conveyance route and the second conveyance route overlapping each other at a first position, - the mount (M) being able to be replaced by using the mount sucking head . - a first index table having a first rotation axis; - an arm having a second rotation axis, the second rotation axis being parallel to the first rotation axis; and a mount (M) in which the device is placed and which is replaceable, - the first index table having a device placement region positioned on a first conveyance route (P1) which is circular and the center of which is the first rotation center and the first index table rotating around the first rotation center to convey the device and the mount (M) along the first conveyance route, - the device placement region being a region in which the device is to be placed via the mount (M), - the arm having a first linear part, a second linear part, a device sucking head and a mount sucking head , the first linear part and the second linear part extending from a second rotation center in a first direction and a second direction different from the first direction, respectively, the device sucking head being attached to the first linear part and being configured to suck the device, the mount sucking head being attached to the second linear part and being configured to suck the mount (M), the first linear part and the second linear part being rotated around the second rotation center to convey the device and the mount (M) along a second conveyance route (P2), - the first conveyance route and the second conveyance route overlapping each other at a first position, - the mount (M) being able to be replaced by using the mount sucking head .