mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher , in particular household dishwasher, with a dishwasher cavity for cleaning dishware, glasses, cutlery or similar items to be washed and with a means of a sorption drying facility, in particular based on zeolite, which absorbs water in a phased manner, wherein during at least one desorption phase of the water-absorbing means, heated and water-containing air is able to be conducted via at least one exhaust opening into the dishwasher cavity , and with one or more spray facilities, in particular spray arms which rotate during washing operating, which are present in the dishwasher cavity and serve to apply wash liquid or wash liquor to items to be washed, characterised in that the exhaust opening is able to be cooled via an application of coolant which is specifically provided, separate and aimed at the exhaust opening , this being provided additionally to the one or more spray facilities in the dishwasher cavity, or that the exhaust opening is able to be cooled via an application of coolant which is specifically provided and aimed at the exhaust opening , this being formed by a rotatably mounted spray arm, said spray arm however being brought into a specific stationary position for most of the duration of the desorption phase, such that a liquid spray jet from at least one nozzle of the spray arm is aimed at the exhaust opening and/or the surrounding area thereof for most of the duration of the desorption phase.
A system for subatmospheric pressure therapy in connection with healing a wound, which comprises: a wound dressing comprising a wound dressing cover dimensioned for positioning relative to a wound bed of a subject to establish a reservoir over the wound bed in which subatmospheric pressure may be maintained and defining a vacuum chamber about the wound bed; a subatmospheric pressure mechanism including: a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source ; an exudate conduit in fluid communication with the wound dressing and the collection canister; and a vent conduit in fluid communication with the collection canister and the wound dressing for introducing air into the reservoir to facilitate flow of exudate through the exudate conduit; wherein the wound dressing cover comprises a cover layer having a first aperture and a second aperture , characterised in that the system further comprises a fluid/vent port positioned adjacent the first and second apertures wherein the fluid/vent port is configured to be in fluid communication with the first aperture and the collection canister via the exudate conduit and is further configured to be in fluid communication with the second aperture and the collection canister via the vent conduit. a wound dressing comprising a wound dressing cover dimensioned for positioning relative to a wound bed of a subject to establish a reservoir over the wound bed in which subatmospheric pressure may be maintained and defining a vacuum chamber about the wound bed; a subatmospheric pressure mechanism including: a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source ; a housing; a vacuum source disposed in the housing; and a collection canister for collecting exudate in fluid communication with the vacuum source ; an exudate conduit in fluid communication with the wound dressing and the collection canister; and a vent conduit in fluid communication with the collection canister and the wound dressing for introducing air into the reservoir to facilitate flow of exudate through the exudate conduit; wherein the wound dressing cover comprises a cover layer having a first aperture and a second aperture , characterised in that the system further comprises a fluid/vent port positioned adjacent the first and second apertures wherein the fluid/vent port is configured to be in fluid communication with the first aperture and the collection canister via the exudate conduit and is further configured to be in fluid communication with the second aperture and the collection canister via the vent conduit.
Method for producing a textile part (A; A1, A2), comprising a step of forming a stitched seam (c1, c2, c3; C), the method being characterized in that the stitched seam step also aims to secure an electronic tag to the textile part (A; A1, A2), the electronic tag being formed from a strip consisting of two portions of textile strip which are assembled and sealed together by their main faces and between which a wired electronic device is sandwiched, a wired electronic device comprising a chip electrically connected to at least one electrical antenna wire , the chip and the electrical antenna wire being arranged inside the stitched seam (c1, c2, c3; C).
Gear motor consisting of a housing which is formed by assembling an upper casing and a lower casing , said housing comprising an electric motor consisting of a wound stator assembly and a magnetized rotor , said housing further comprising a printed circuit for connecting and controlling said motor, a reduction gear train for rotationally moving the rotor , a position sensor magnet and a magneto-sensitive probe , the gear train comprising a movement-output toothed wheel (RDS) that outputs said movement of the rotor , the sensor magnet being annular and secured to said output wheel (RDS), - said output wheel (RDS) being axially extended on either side of its axis of rotation and of the sensor magnet by two forms of guide , which slide in the lower casing and upper casing, said casings forming two opposite walls of the housing of said gear motor, - said annular magnet surrounding the axis of rotation of the output wheel (RDS), - said printed circuit comprising the means for controlling said motor and extending axially or radially up to the vicinity of the output wheel (RDS), - said printed circuit comprising, in a region located in the vicinity of the output wheel (RDS), said magneto-sensitive probe which is mounted directly, electrically and mechanically on said region and located axially or radially opposite said annular magnet . - said output wheel (RDS) being axially extended on either side of its axis of rotation and of the sensor magnet by two forms of guide , which slide in the lower casing and upper casing, said casings forming two opposite walls of the housing of said gear motor, - said annular magnet surrounding the axis of rotation of the output wheel (RDS), - said printed circuit comprising the means for controlling said motor and extending axially or radially up to the vicinity of the output wheel (RDS), - said printed circuit comprising, in a region located in the vicinity of the output wheel (RDS), said magneto-sensitive probe which is mounted directly, electrically and mechanically on said region and located axially or radially opposite said annular magnet .
Method of restoring a ball track milling cutter comprising the steps of: a) providing a ball track milling cutter having a carrier body and at least one cutting element disposed thereon; b) separating the at least one cutting element from the carrier body ; c) grinding the cutting element ; d) providing a new carrier body ; and e) attaching the reground cutting element to the new carrier body, characterized in that in step d) of providing a new carrier body , a new carrier body is provided which has a different geometry compared to the carrier body. a) providing a ball track milling cutter having a carrier body and at least one cutting element disposed thereon; b) separating the at least one cutting element from the carrier body ; c) grinding the cutting element ; d) providing a new carrier body ; and e) attaching the reground cutting element to the new carrier body,
A treating chemistry dispenser for a laundry washing machine , the laundry washing machine comprising: at least first and second treating chemistry reservoirs; a distributor selectively supplying a liquid to the first and second reservoirs comprising: a liquid supply circuit, for supplying water sourced from a household water supply , having a first branch fluidly coupled to the first treating chemistry reservoir , and a second branch fluidly coupled to the second treating chemistry reservoir ; characterized in that said distributor comprises a first float diverter located within the supply circuit and operable between a first, non-floating position, where the liquid is supplied to the first branch , and a second, floating position, where liquid is supplied to the second branch , wherein the position of the first float diverter is selectively controlled by the sequence of the liquid supply being provided or not provided, by the duration of time the liquid supply is provided or not provided, and/or by the spacing between bursts of liquid that are supplied to the treating chemistry dispenser . at least first and second treating chemistry reservoirs; a distributor selectively supplying a liquid to the first and second reservoirs comprising: a liquid supply circuit, for supplying water sourced from a household water supply , having a first branch fluidly coupled to the first treating chemistry reservoir , and a second branch fluidly coupled to the second treating chemistry reservoir ; characterized in that said distributor comprises a first float diverter located within the supply circuit and operable between a first, non-floating position, where the liquid is supplied to the first branch , and a second, floating position, where liquid is supplied to the second branch , wherein the position of the first float diverter is selectively controlled by the sequence of the liquid supply being provided or not provided, by the duration of time the liquid supply is provided or not provided, and/or by the spacing between bursts of liquid that are supplied to the treating chemistry dispenser . a liquid supply circuit, for supplying water sourced from a household water supply , having a first branch fluidly coupled to the first treating chemistry reservoir , and a second branch fluidly coupled to the second treating chemistry reservoir ; characterized in that said distributor comprises a first float diverter located within the supply circuit and operable between a first, non-floating position, where the liquid is supplied to the first branch , and a second, floating position, where liquid is supplied to the second branch , wherein the position of the first float diverter is selectively controlled by the sequence of the liquid supply being provided or not provided, by the duration of time the liquid supply is provided or not provided, and/or by the spacing between bursts of liquid that are supplied to the treating chemistry dispenser .
Closed-loop and/or open-loop control system for an agricultural machine comprising a distributor boom for spreading material, such as fertilizers, plant protectants or seeds, which control system is pivotable about an axis of rotation which is arranged centrally relative to the distributor boom and extends in the direction of travel, comprising at least one sensor device for determining the ground distance and/or plant distance from the distributor boom and a data processing device for processing the sensor signals, the data processing device being configured for an automatic mode in each case for adjusting the height and/or inclination of the distributor boom , characterized in that the data processing device is configured for an override mode, in particular a manual override mode, in each case for adjusting the height and/or inclination of the distributor boom , the data processing device adjusting the total height and/or the total inclination of the distributor boom in the automatic mode and overriding, in particular manually overriding, at least one control parameter of the automatic mode in the override mode, the automatic mode being active in the override mode.
A method of controlling a temperature of water delivered by a water heating system , including: providing a predetermined safe temperature threshold for the water heating system; providing a communication device which is adapted to receive a communication from at least one mobile device , said communication device being located so as to determine when said at least one mobile device is within a predefined zone; in response to a determination that said at least one mobile device is within said predefined zone, enabling a user to select a temperature setting of the water heating system, the temperature setting being greater than the predetermined safe temperature threshold; and in the event a selection is made, wirelessly communicating said selection to a receiver which is in communication with said water heating system. providing a predetermined safe temperature threshold for the water heating system; providing a communication device which is adapted to receive a communication from at least one mobile device , said communication device being located so as to determine when said at least one mobile device is within a predefined zone; in response to a determination that said at least one mobile device is within said predefined zone, enabling a user to select a temperature setting of the water heating system, the temperature setting being greater than the predetermined safe temperature threshold; and in the event a selection is made, wirelessly communicating said selection to a receiver which is in communication with said water heating system.
A topical cannabinoid composition for use in treating radiotherapy or chemotherapy-associated cognitive or emotional impairment in a subject in need thereof; wherein the composition is topically administered to an area of the face of the subject not including the palpebral part of the eye or to the back of the neck of the subject.
A bi-specific protein comprising: a) a targeting domain having a binding specificity to a target molecule associated with the outer surface of a cell of a tissue wherein the targeting domain comprises a variant of human Annexin A5 comprising one or more mutations, wherein the one or more mutations consists of a substitution at the position corresponding to C316 and optionally at one or more positions corresponding to R63, K70, K101, E138, D139, N160 and combinations thereof; and b) an engineered activator domain having a binding specificity to a receptor associated with the surface of a cell of the tissue, wherein the engineered activator domain comprises a variant of human insulin-like growth factor IGF-1 comprising one or more mutations, wherein the one or more mutations consists of a substitution at one or more positions corresponding to E3, Y24, Y31, Y60 and combinations thereof, wherein the engineered activator domain decreases activation of the IGF-1 receptor relative to the wild-type IGF-1, wherein the bi-specific protein exhibits an activation of the IGF-1 receptor at least twice stronger on cells containing the target molecule compared to cells that do not contain the target molecule as measured by phosphorylation of a receptor or a downstream effector molecule. a) a targeting domain having a binding specificity to a target molecule associated with the outer surface of a cell of a tissue wherein the targeting domain comprises a variant of human Annexin A5 comprising one or more mutations, wherein the one or more mutations consists of a substitution at the position corresponding to C316 and optionally at one or more positions corresponding to R63, K70, K101, E138, D139, N160 and combinations thereof; and b) an engineered activator domain having a binding specificity to a receptor associated with the surface of a cell of the tissue, wherein the engineered activator domain comprises a variant of human insulin-like growth factor IGF-1 comprising one or more mutations, wherein the one or more mutations consists of a substitution at one or more positions corresponding to E3, Y24, Y31, Y60 and combinations thereof, wherein the engineered activator domain decreases activation of the IGF-1 receptor relative to the wild-type IGF-1,
A system which operates as holographic true 3D display comprising; - at least one light source for providing source light beam, and characterized by - at least one spatial light modulator optically coupled to a light source the spatial light modulator being either a reflective spatial light modulator or a transmissive spatial light modulator, having a geometric shape of a plane, comprising one or more fringe patterns, modulating at least one of the magnitude or phase of the light from the light source and configured to diffract light from the light source that is incident upon the spatial light modulator , - at least one phase plate optically coupled to the spatial light modulator , the phase plate forming a paraboloid, ellipsoid or spherical phase profile and being configured to diffract the light from the spatial light modulator that is incident upon the phase plate , - at least one computer which controls the spatial light modulator by generating and processing electronic driving signals and transmitting signals to the spatial light modulator . - at least one light source for providing source light beam, and characterized by - at least one spatial light modulator optically coupled to a light source the spatial light modulator being either a reflective spatial light modulator or a transmissive spatial light modulator, having a geometric shape of a plane, comprising one or more fringe patterns, modulating at least one of the magnitude or phase of the light from the light source and configured to diffract light from the light source that is incident upon the spatial light modulator , - at least one phase plate optically coupled to the spatial light modulator , the phase plate forming a paraboloid, ellipsoid or spherical phase profile and being configured to diffract the light from the spatial light modulator that is incident upon the phase plate , - at least one computer which controls the spatial light modulator by generating and processing electronic driving signals and transmitting signals to the spatial light modulator .
A vacuum pump , comprising: a grating having a grating opening and a grating interior bounded by at least one grating surface; and a sublimation element located within the grating interior and being configured to sublimate and form a reactive film on the grating interior upon heating of the sublimation element above a sublimation temperature; the reactive film being effective to capture gas molecules entering the grating interior through the grating opening and contacting the reactive film . a grating having a grating opening and a grating interior bounded by at least one grating surface; and a sublimation element located within the grating interior and being configured to sublimate and form a reactive film on the grating interior upon heating of the sublimation element above a sublimation temperature; the reactive film being effective to capture gas molecules entering the grating interior through the grating opening and contacting the reactive film .
A computation resource control method, comprising: acquiring a highest frequency supported by a first computation resource for operation in a device ; determining a cooling room number corresponding to the highest frequency according to a predetermined rule , wherein a cooling room demand table is preset and stored in the device, and correspondences between preset frequency points and cooling room numbers are recorded in the cooling room demand table; and determining a specific number of second computation resources, and disabling the specific number of second computation resources , wherein the specific number is the same as the cooling room number, wherein the disabled second computation resources are called as cooling rooms. acquiring a highest frequency supported by a first computation resource for operation in a device ; determining a cooling room number corresponding to the highest frequency according to a predetermined rule , wherein a cooling room demand table is preset and stored in the device, and correspondences between preset frequency points and cooling room numbers are recorded in the cooling room demand table; and determining a specific number of second computation resources, and disabling the specific number of second computation resources , wherein the specific number is the same as the cooling room number, wherein the disabled second computation resources are called as cooling rooms.
A channel quality signaling method between a base station and user equipment in a telecommunication system, where the base station and the user equipment communicate with each other using a set of given resources, the method comprising: measuring , in user equipment, a quality parameter from the signal received from the base station; determining , in the user equipment, a channel quality indication report comprising an identification of physical connection parameters comprising modulation and encoding scheme with which connection quality criteria of block error probability or block error rate may be fulfilled, connection information pre-determined or signaled between the base station and the user equipment and stored in the user equipment comprising the resources to which the channel quality signaling relates, transmission parameters the user equipment supports, and reference information regarding transmission power used by the base station; and transmitting the determined identification of physical connection parameters from the user equipment to the base station. measuring , in user equipment, a quality parameter from the signal received from the base station; determining , in the user equipment, a channel quality indication report comprising an identification of physical connection parameters comprising modulation and encoding scheme with which connection quality criteria of block error probability or block error rate may be fulfilled, connection information pre-determined or signaled between the base station and the user equipment and stored in the user equipment comprising the resources to which the channel quality signaling relates, transmission parameters the user equipment supports, and reference information regarding transmission power used by the base station; and transmitting the determined identification of physical connection parameters from the user equipment to the base station.
A portable beverage container , comprising: a rigid outer shell ; a glass inner vessel configured to be disposed at least partially within the rigid outer shell ; a cap configured to be secured to the rigid outer shell ; and an amorphous thermoplastic spout comprising engagement features configured to lockingly engage with corresponding engagement features on the cap while the spout is disposed in the opening of the cap and to extend through an opening in the cap into a neck of the glass inner vessel , characterized in that the spout is removable from the cap while the cap is secured to the rigid outer shell . a rigid outer shell ; a glass inner vessel configured to be disposed at least partially within the rigid outer shell ; a cap configured to be secured to the rigid outer shell ; and an amorphous thermoplastic spout comprising engagement features configured to lockingly engage with corresponding engagement features on the cap while the spout is disposed in the opening of the cap and to extend through an opening in the cap into a neck of the glass inner vessel , characterized in that the spout is removable from the cap while the cap is secured to the rigid outer shell .