mhurhangee/patent-ind-claim-en huggingface dataset:
An unmanned vehicle for delivering an article (A), comprising: a housing portion for housing the article, the housing portion having an opening portion (O) for receiving the article and being provided with an openable and closable door , the door being closeable on the opening portion; characterized in that the unmanned vehicle further comprises: a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction (L) for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind. a housing portion for housing the article, the housing portion having an opening portion (O) for receiving the article and being provided with an openable and closable door , the door being closeable on the opening portion; characterized in that the unmanned vehicle further comprises: a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction (L) for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind. a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction (L) for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind.
A façade cladding fastening system comprising, - at least two first profiles arranged to be fastened to the wall of a building, - at least two second profiles fastened to the first profiles, wherein one of the second profiles is fastened to one of the first profiles with an adjusting member , wherein the adjusting member, having a central axis perpendicular to the first and second profiles, is configured to - slide along the first profile and/or the second profile for adjusting the position of the second profile in relation to the first profile, and - move along its central axis relative to one of the first profiles or second profiles for adjusting the distance between the first and the second profile, wherein the first profile comprises a C-rail portions extending towards the second profile, characterized in that , the adjusting member comprises an adjusting portion having threads engaged with first profile flanges of the C-rail portions of the first profile, and it is configured to move along its central axis when adjusting member is rotated around the central axis . - at least two first profiles arranged to be fastened to the wall of a building, - at least two second profiles fastened to the first profiles, wherein one of the second profiles is fastened to one of the first profiles with an adjusting member , wherein the adjusting member, having a central axis perpendicular to the first and second profiles, is configured to - slide along the first profile and/or the second profile for adjusting the position of the second profile in relation to the first profile, and - move along its central axis relative to one of the first profiles or second profiles for adjusting the distance between the first and the second profile, wherein the first profile comprises a C-rail portions extending towards the second profile, characterized in that , the adjusting member comprises an adjusting portion having threads engaged with first profile flanges of the C-rail portions of the first profile, and it is configured to move along its central axis when adjusting member is rotated around the central axis .
A method of bonding a first web of material to a second web of material to form a composite material , the method comprising the steps of: (a) providing a first web of material and a second web of material moving in a machine direction ; (b) providing a first energy application device extending transverse in the cross-machine direction , the first energy application device including a primary bonding pattern and a secondary bonding pattern , wherein the primary bonding pattern in combination with the secondary bonding pattern extends continuously in the cross-machine direction ; (c) providing a second energy application device , wherein the first energy application device comprises an anvil and the second energy application device comprises a rotary ultrasonic horn or the first energy application device comprises a rotary ultrasonic horn and the second energy application device comprises an anvil ; and (d) moving the second energy application device in the cross-machine direction , and thereby extending the second energy application device over the first energy application device and operating the first and second energy application devices in combination and thereby applying energy to the first web of material and the second web of material at a line moving progressively across the first web of material and the second web of material to bond the first web of material to the second web of material characterised in that the primary bonding pattern comprises at least one row of discrete bars extending in the machine direction , wherein the discrete bars are spaced apart in the cross-machine direction , wherein the secondary bonding pattern provides support for the second energy application device where the discrete bars are spaced apart. (a) providing a first web of material and a second web of material moving in a machine direction ; (b) providing a first energy application device extending transverse in the cross-machine direction , the first energy application device including a primary bonding pattern and a secondary bonding pattern , wherein the primary bonding pattern in combination with the secondary bonding pattern extends continuously in the cross-machine direction ; (c) providing a second energy application device , wherein the first energy application device comprises an anvil and the second energy application device comprises a rotary ultrasonic horn or the first energy application device comprises a rotary ultrasonic horn and the second energy application device comprises an anvil ; and (d) moving the second energy application device in the cross-machine direction ,
A system for attaching a device to an object, comprising: an attachment device for attaching the device to an object, the attachment device having a trigger for triggering activation of the attachment device ; a releasable coupling device for releasably coupling the attachment device to a deployment system, the releasable coupling device comprising: a housing ; a trigger system , configured to trigger the attachment device trigger; and a retaining system , configured to releasably retain the attachment device ; wherein, the releasable coupling device is configured such that: in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device ; and in a third configuration, the retaining system releases the attachment device . an attachment device for attaching the device to an object, the attachment device having a trigger for triggering activation of the attachment device ; a releasable coupling device for releasably coupling the attachment device to a deployment system, the releasable coupling device comprising: a housing ; a trigger system , configured to trigger the attachment device trigger; and a retaining system , configured to releasably retain the attachment device ; a housing ; a trigger system , configured to trigger the attachment device trigger; and a retaining system , configured to releasably retain the attachment device ; wherein, the releasable coupling device is configured such that: in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device ; and in a third configuration, the retaining system releases the attachment device . in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device ; and in a third configuration, the retaining system releases the attachment device .
A process for preparing microcapsules comprising the following steps: (a) providing a first aqueous preparation containing at least one prepolymer; (b) providing a second non-aqueous preparation containing the active ingredient to be encapsulated; (c) mixing the aqueous and non-aqueous phases in the presence of at least one emulsifier and/or stabilizer to form an emulsion; (d) polymerizing the at least one prepolymer contained in the emulsion from step (c) to obtain a dispersion of microcapsules enclosing the active ingredient; (e) curing and crosslinking the microcapsules obtained in step (d), and optionally (f) separation and drying of the microcapsules from the dispersion, characterized in that the emulsion is formed in step (c) in the presence of at least one 1,2-diol. (a) providing a first aqueous preparation containing at least one prepolymer; (b) providing a second non-aqueous preparation containing the active ingredient to be encapsulated; (c) mixing the aqueous and non-aqueous phases in the presence of at least one emulsifier and/or stabilizer to form an emulsion; (d) polymerizing the at least one prepolymer contained in the emulsion from step (c) to obtain a dispersion of microcapsules enclosing the active ingredient; (e) curing and crosslinking the microcapsules obtained in step (d), and optionally (f) separation and drying of the microcapsules from the dispersion,
A system for verifying the integrity, continuity, and availability (ICA) of information displayed on an uncertified aircraft display, the system comprising a server that is certified as a high integrity device, the server comprising one or more processors configured by programming instructions on computer readable media and an application module configured to generate high integrity data for display, the system further comprising an adapter device configured with an optical sensing device configured to capture an image displayed on the uncertified aircraft display and an annunciation screen configured to annunciate a message indicating a loss of ICA when a loss of ICA is identified, the system configured to: create, on the high integrity server , application data for display on the uncertified display device; transmit the application data to the uncertified display device for display; capture, using the optical sensing device , an image of the display screen of the uncertified display device ; determine, at the high integrity server , an expected display image to be displayed on the uncertified display device ; compare, at the high integrity server , the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image. create, on the high integrity server , application data for display on the uncertified display device; transmit the application data to the uncertified display device for display; capture, using the optical sensing device , an image of the display screen of the uncertified display device ; determine, at the high integrity server , an expected display image to be displayed on the uncertified display device ; compare, at the high integrity server , the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image.
A method of recovering lithium from a lithium-containing material, the method comprising: mixing a lithium-containing material in an acid solution to form an acidic lithium solution, the mixing at a temperature of 10°C to 100°C, and the acidic lithium solution including at least one or more of the acid solution, lithium, soluble organics, soluble metals, and suspended solids; delivering the acidic lithium solution to an ultrafiltration pretreatment membrane to retain a majority of the suspended solids and to permeate a filtered acidic lithium solution including at least one or more of the acid solution, the lithium, the soluble organics, and the soluble metals; delivering the filtered acidic lithium solution to a nanofiltration membrane to form a retentate and a permeate, the nanofiltration retentate includes one or both of the soluble organics and the soluble metals and the nanofiltration permeate forms a filtered acid and lithium solution including the acid solution and the lithium; delivering the filtered acid and lithium solution to a reverse osmosis membrane to form a retentate and permeate, the reverse osmosis retentate includes the lithium and the reverse osmosis permeate includes the acid solution; and recovering lithium salts from the reverse osmosis retentate to form the recovered lithium and, optionally, recycling the reverse osmosis permeate to the mixing step; and wherein the lithium-containing material is a lithium ion cell or battery or a lithium-containing mineral deposit, characterized in that the acid solution has a pH of 2.5 or less. mixing a lithium-containing material in an acid solution to form an acidic lithium solution, the mixing at a temperature of 10°C to 100°C, and the acidic lithium solution including at least one or more of the acid solution, lithium, soluble organics, soluble metals, and suspended solids; delivering the acidic lithium solution to an ultrafiltration pretreatment membrane to retain a majority of the suspended solids and to permeate a filtered acidic lithium solution including at least one or more of the acid solution, the lithium, the soluble organics, and the soluble metals; delivering the filtered acidic lithium solution to a nanofiltration membrane to form a retentate and a permeate, the nanofiltration retentate includes one or both of the soluble organics and the soluble metals and the nanofiltration permeate forms a filtered acid and lithium solution including the acid solution and the lithium; delivering the filtered acid and lithium solution to a reverse osmosis membrane to form a retentate and permeate, the reverse osmosis retentate includes the lithium and the reverse osmosis permeate includes the acid solution; and recovering lithium salts from the reverse osmosis retentate to form the recovered lithium and, optionally, recycling the reverse osmosis permeate to the mixing step; and wherein the lithium-containing material is a lithium ion cell or battery or a lithium-containing mineral deposit, characterized in that the acid solution has a pH of 2.5 or less.
A method comprising: displaying, by a display of a device , multiple icons ; activating, by the device, in a first resolution mode, a sensing component of the device for detecting touches; while the sensing component operates in the first resolution mode, detecting, by the device, an object touching a location of the display at which a particular icon from the multiple icons is displayed; determining, by the device, that the particular icon is associated with a second resolution mode of the sensing component, the second resolution mode being of higher resolution than the first resolution mode and being a resolution mode in which a user's fingerprint can be sensed; and responsive to detecting the object touching the location of the display at which the particular icon is displayed, activating, by the device, in the second resolution mode, at least one area of the sensing component that corresponds to the location of the display at which the particular icon is displayed. displaying, by a display of a device , multiple icons ; activating, by the device, in a first resolution mode, a sensing component of the device for detecting touches; while the sensing component operates in the first resolution mode, detecting, by the device, an object touching a location of the display at which a particular icon from the multiple icons is displayed; determining, by the device, that the particular icon is associated with a second resolution mode of the sensing component, the second resolution mode being of higher resolution than the first resolution mode and being a resolution mode in which a user's fingerprint can be sensed; and responsive to detecting the object touching the location of the display at which the particular icon is displayed, activating, by the device, in the second resolution mode, at least one area of the sensing component that corresponds to the location of the display at which the particular icon is displayed.
Textile sheet drying device with at least one heated drying cylinder and a thermal protection cover which is designed as a bell, which is open downwards in the direction of gravity and is provided with a suction device at the top in the direction of gravity, characterized in that that the thermal protection cover comprises a flexible sheet material with an inner surface facing towards the drying cylinder , which hangs down from the suction device .
A vehicle lighting unit comprising: a housing having an opening section; an outer lens covering the opening section of the housing , the outer lens defining a lighting chamber together with the housing ; a light source ; and a reflector , the light source and the reflector being housed in the lighting chamber , wherein the reflector is formed to have a plurality of strip-shaped reflection surfaces ; wherein a plurality of slit-like holes are formed in the reflector at appropriate intervals in a direction of a vehicle width, when the vehicle lighting unit is disposed on the vehicle, so as to have a size increased gradually as it is positioned more outward in the vehicle width direction; characterized in that the plurality of strip-shaped reflection surfaces includes a first plurality of strip-shaped reflection surfaces and a second plurality of strip-shaped reflection surfaces ; the reflector has a dummy section where light from the light source does not reach, wherein the second plurality of strip-shaped reflection surfaces is provided in the dummy section; and the plurality of slit-like holes are formed in the dummy section of the reflector , alternating with the strip shaped reflection surfaces of the second plurality of strip-shaped reflection surfaces , at appropriate intervals in a direction of a vehicle width so as to have a size increased gradually as it is positioned more outward in the vehicle width direction. a housing having an opening section; an outer lens covering the opening section of the housing , the outer lens defining a lighting chamber together with the housing ; a light source ; and a reflector , the light source and the reflector being housed in the lighting chamber , wherein the reflector is formed to have a plurality of strip-shaped reflection surfaces ; wherein a plurality of slit-like holes are formed in the reflector at appropriate intervals in a direction of a vehicle width, when the vehicle lighting unit is disposed on the vehicle, so as to have a size increased gradually as it is positioned more outward in the vehicle width direction; characterized in that the plurality of strip-shaped reflection surfaces includes a first plurality of strip-shaped reflection surfaces and a second plurality of strip-shaped reflection surfaces ; the reflector has a dummy section where light from the light source does not reach, wherein the second plurality of strip-shaped reflection surfaces is provided in the dummy section; and the plurality of slit-like holes are formed in the dummy section of the reflector , alternating with the strip shaped reflection surfaces of the second plurality of strip-shaped reflection surfaces , at appropriate intervals in a direction of a vehicle width so as to have a size increased gradually as it is positioned more outward in the vehicle width direction.
Formwork device for a battery formwork for producing construction elements, in particular precast concrete components, which battery formwork has at least two partition walls , and the formwork device has two formwork panels which can be detachably hingedly interconnected via at least one hinge joint in order to be transferred from an unfolded, lying state into a folded state, wherein each formwork panel has a formwork front side for attaching formwork elements and a formwork rear side , and the formwork rear sides of the two formwork panels face one another in the folded state, and the formwork device is designed to be positioned between the partition walls , wherein each of the formwork panels has at least one first support roller , wherein the first support roller is arranged on the longitudinal side of the formwork panel that is opposite the hinge joint .