mhurhangee/patent-ind-claim-en huggingface dataset:
Container fastening system for providing a container which is in particular provided with a cleaning or disinfecting agent, comprising: a holder having a receptacle region for the container , wherein the holder has a first fastening region , a second fastening region , and a third fastening region , wherein the first , the second , and the third fastening regions comprise wires or bars or plate-shaped components, and a fastening means for releasably fastening the holder to objects, wherein the fastening means is capable of being fixed to the first fastening region and the fastening means on account thereof is able to assume a first holding position, and the fastening means is capable of being fixed to the second fastening region and the fastening means on account thereof is able to assume a second holding position, and the fastening means is capable of being fixed to the third fastening region and the fastening means on account thereof is able to assume a third holding position, wherein the wires or bars or plate-shaped components of the third fastening region run obliquely, particularly at an angle of 10° to 80°, more particularly of 20° to 60°, most particularly of 30° to 50°, in relation to the wires or bars or plate-shaped components of the first fastening region , wherein the first holding position enables the holder to be fastened to a horizontally oriented object, and the second holding position enables the holder to be fastened to a vertically oriented object, and the third holding position enables the holder to be fastened to an obliquely positioned object. a holder having a receptacle region for the container , wherein the holder has a first fastening region , a second fastening region , and a third fastening region , wherein the first , the second , and the third fastening regions comprise wires or bars or plate-shaped components, and a fastening means for releasably fastening the holder to objects, wherein the fastening means is capable of being fixed to the first fastening region and the fastening means on account thereof is able to assume a first holding position, and the fastening means is capable of being fixed to the second fastening region and the fastening means on account thereof is able to assume a second holding position, and the fastening means is capable of being fixed to the third fastening region and the fastening means on account thereof is able to assume a third holding position, wherein the wires or bars or plate-shaped components of the third fastening region run obliquely, particularly at an angle of 10° to 80°, more particularly of 20° to 60°, most particularly of 30° to 50°, in relation to the wires or bars or plate-shaped components of the first fastening region , wherein the first holding position enables the holder to be fastened to a horizontally oriented object, and the second holding position enables the holder to be fastened to a vertically oriented object, and the third holding position enables the holder to be fastened to an obliquely positioned object.
Process for making up human keratin materials, comprising the steps that consist in: - preparing a support bearing a cosmetic composition to be applied to a human keratin material by applying said composition to the support with the aid of a laser printer that comprises a cartridge of cosmetic toner, comprising a pulverulent cosmetic composition, and the laser printer being arranged to enable the formation, by electrophotography or magnetophotography, of an image on a support starting from at least one cosmetic toner and that is configured to deliver the toner present on the support in a pulverulent state which is a sufficiently free state to enable the removal thereof or transfer thereof by contact with human keratin materials, the laser printer being arranged in order to transfer the toner deposited on a drum of the printer to a substrate in sheet form or in roller form, - applying the composition present on the support to said human keratin materials, the application of the composition taking place by transfer, by applying the support coated with composition to said human keratin materials and/or the application taking place by removing the composition on the support using an applicator. - preparing a support bearing a cosmetic composition to be applied to a human keratin material by applying said composition to the support with the aid of a laser printer that comprises a cartridge of cosmetic toner, comprising a pulverulent cosmetic composition, and the laser printer being arranged to enable the formation, by electrophotography or magnetophotography, of an image on a support starting from at least one cosmetic toner and that is configured to deliver the toner present on the support in a pulverulent state which is a sufficiently free state to enable the removal thereof or transfer thereof by contact with human keratin materials, the laser printer being arranged in order to transfer the toner deposited on a drum of the printer to a substrate in sheet form or in roller form, - applying the composition present on the support to said human keratin materials, the application of the composition taking place by transfer, by applying the support coated with composition to said human keratin materials and/or the application taking place by removing the composition on the support using an applicator.
A device for use in calculating a possible power output of a wind turbine , the device comprising: a sensor interface configured to receive an operating condition and a power output at a first time from one or more sensors associated with a wind turbine; a memory device coupled in communication with the sensor interface and configured to store a series of performance data samples that include an operating condition and a power output; and a processor coupled in communication with the memory device and programmed to: repeatedly calculate a transfer function relating power output to the operating condition based at least in part on the series of performance data samples, such that the transfer function reflects changes in a relationship between the power output and the operating condition over time; and calculate a possible power output based on the transfer function and an operating condition received by the sensor interface at a second time. a sensor interface configured to receive an operating condition and a power output at a first time from one or more sensors associated with a wind turbine; a memory device coupled in communication with the sensor interface and configured to store a series of performance data samples that include an operating condition and a power output; and a processor coupled in communication with the memory device and programmed to: repeatedly calculate a transfer function relating power output to the operating condition based at least in part on the series of performance data samples, such that the transfer function reflects changes in a relationship between the power output and the operating condition over time; and calculate a possible power output based on the transfer function and an operating condition received by the sensor interface at a second time. repeatedly calculate a transfer function relating power output to the operating condition based at least in part on the series of performance data samples, such that the transfer function reflects changes in a relationship between the power output and the operating condition over time; and calculate a possible power output based on the transfer function and an operating condition received by the sensor interface at a second time.
A method for configuring an analog process alarm in a digital control system, the method comprising: providing to a user, via a human-machine interface, an analog alarm virtual block diagram visualizing processing logic associated with an analog process variable within the digital control system, creating, within the digital control system, a plurality of templates, wherein each template includes one or more alias names for corresponding one or more analog alarm sub-variables associated with the analog process variable; receiving, from the user, a request to select a template from the plurality of templates; and characterized in based on the selection of the template, automatically generating the one or more alias names for the corresponding one or more analog alarm sub-variables of the analog process alarm, wherein the one or more alias names are defined directly on the analog process variable, and creating the plurality of templates in accordance with different naming conventions of aliases. providing to a user, via a human-machine interface, an analog alarm virtual block diagram visualizing processing logic associated with an analog process variable within the digital control system, creating, within the digital control system, a plurality of templates, wherein each template includes one or more alias names for corresponding one or more analog alarm sub-variables associated with the analog process variable; receiving, from the user, a request to select a template from the plurality of templates; and characterized in based on the selection of the template, automatically generating the one or more alias names for the corresponding one or more analog alarm sub-variables of the analog process alarm, wherein the one or more alias names are defined directly on the analog process variable, and creating the plurality of templates in accordance with different naming conventions of aliases.
Method for determining a distribution pattern of a distributor over an agricultural area under cultivation , wherein a spreading fan produced by the distributor is moved in the direction of travel over the area under cultivation and a plurality of sub-regions of the area under cultivation on which fertilizer is spread, which are different with respect to their position transverse to the direction of travel, are digitally imaged, wherein the sub-regions are imaged in oblique views , that the inclination of the oblique views for the area-specific calculation of fertilizer quantities (DM) is determined, and that image data of the oblique views are analyzed by means of an image analysis unit in different color regions in order to distinguish between ground , vegetation and fertilizer , and that fertilizer quantities (DM) assigned to the sub-regions are calculated therefrom by means of a calculation unit, wherein the analysis of the image data and the calculation of the fertilizer quantities (DM) are carried out on the basis of digital image processing in the image-recording device and/or in a separate computer.
A method of responding to a condition in an exhaust ventilation system including an exhaust hood , the method comprising: regulating a flow of exhaust through a ventilation component responsively to a first sensor that includes a radiant temperature sensor or an air temperature sensor and is adapted to detect a fume load from a cooking appliance ; low pass filtering the signal from the first sensor; and detecting a fire condition responsively to said first sensor and regulating a fire suppression mechanism responsively to the detecting; the regulating of the flow of exhaust and the detecting being performed by a controller configured to receive signals from the first sensor, wherein said regulating of the fire suppression mechanism is responsive to both the signal from the first sensor and a result of the low pass filtering. regulating a flow of exhaust through a ventilation component responsively to a first sensor that includes a radiant temperature sensor or an air temperature sensor and is adapted to detect a fume load from a cooking appliance ; low pass filtering the signal from the first sensor; and detecting a fire condition responsively to said first sensor and regulating a fire suppression mechanism responsively to the detecting; the regulating of the flow of exhaust and the detecting being performed by a controller configured to receive signals from the first sensor, wherein said regulating of the fire suppression mechanism is responsive to both the signal from the first sensor and a result of the low pass filtering.
Computer-implemented method for determining a time-dependent drying profile τ(t) of an examination object , comprising at least the following method steps: • providing measurement data concerning at least one time-dependent moisture distribution φ i (t), at least to a depth d i of the examination object , • determining a time-dependent reduced drying profile τ i (t) using the time-dependent moisture distribution φ i (t), wherein the time-dependent reduced drying profile τ i (t) is calculated by means of τ i t = ∫ 0 d i Φ i x , t dx , alternatively by averaging this integral over d i , wherein the depth d i is smaller than a total thickness of the examination object , • calibrating a material model concerning the examination object using the time-dependent reduced drying profile τ i (t), • determining, in particular simulating, a time-dependent drying profile τ(t) of the examination object for the total thickness thereof using the calibrated material model, wherein a drying time t 0 for which a value τ(t 0 ) of the time-dependent drying profile falls below a threshold τ 0 is determined, in particular extrapolated, from the time-dependent drying profile τ(t) of the examination object . • providing measurement data concerning at least one time-dependent moisture distribution φ i (t), at least to a depth d i of the examination object , • determining a time-dependent reduced drying profile τ i (t) using the time-dependent moisture distribution φ i (t), wherein the time-dependent reduced drying profile τ i (t) is calculated by means of τ i t = ∫ 0 d i Φ i x , t dx , alternatively by averaging this integral over d i , wherein the depth d i is smaller than a total thickness of the examination object , • calibrating a material model concerning the examination object using the time-dependent reduced drying profile τ i (t), • determining, in particular simulating, a time-dependent drying profile τ(t) of the examination object for the total thickness thereof using the calibrated material model, wherein a drying time t 0 for which a value τ(t 0 ) of the time-dependent drying profile falls below a threshold τ 0 is determined, in particular extrapolated, from the time-dependent drying profile τ(t) of the examination object .
A composite silicon carbide cladding in a light water nuclear reactor, comprising: a silicon carbide substrate having an outer surface , the silicon carbide substrate comprising a silicon carbide ceramic matrix composite; and a coating applied to the outer surface of the silicon carbide substrate , characterized in that the coating comprises: an aluminum coating applied to the outer surface of the silicon carbide substrate , and a FeCrAl alloy coating applied to the aluminum coating ; or an intermixed coating comprising Al 4 C 3 +Si and Fe-Al alloy applied to the outer surface of the silicon carbide substrate , a FeCrAl alloy coating applied to the intermixed coating , and a Cr 2 O 3 coating applied to the FeCrAl alloy coating ; or a CrN layer applied to the outer surface of the silicon carbide substrate and a chromium layer applied to the CrN layer , and one or more additional layers of alternating CrN and chromium layers. a silicon carbide substrate having an outer surface , the silicon carbide substrate comprising a silicon carbide ceramic matrix composite; and a coating applied to the outer surface of the silicon carbide substrate , an aluminum coating applied to the outer surface of the silicon carbide substrate , and a FeCrAl alloy coating applied to the aluminum coating ; or an intermixed coating comprising Al 4 C 3 +Si and Fe-Al alloy applied to the outer surface of the silicon carbide substrate , a FeCrAl alloy coating applied to the intermixed coating , and a Cr 2 O 3 coating applied to the FeCrAl alloy coating ; or a CrN layer applied to the outer surface of the silicon carbide substrate and a chromium layer applied to the CrN layer , and one or more additional layers of alternating CrN and chromium layers.
An apparatus configured to carry an instrument and optionally deploy the instrument relative to a surface comprising: - a first linkage configured to operatively couple to the instrument and configured to move the instrument in a first direction and according to a first path relative to the surface ; and - a second linkage configured to operatively couple to the instrument and configured to move the instrument according to a second direction to cause the instrument to become at least substantially normal to the surface upon contact between at least a portion of the apparatus and the surface , characterized in that - the first linkage comprises a first four bar linkage and the second linkage comprises a second four bar linkage and is formed of two pairs of crosslinked members; - the apparatus further includes an actuator is configured to operatively couple to the first linkage for moving the first linkage so as to move the instrument according to the first path; and - the second linkage is passive in nature and configured to automatically move the instrument in the second direction without action by the actuator. - a first linkage configured to operatively couple to the instrument and configured to move the instrument in a first direction and according to a first path relative to the surface ; and - a second linkage configured to operatively couple to the instrument and configured to move the instrument according to a second direction to cause the instrument to become at least substantially normal to the surface upon contact between at least a portion of the apparatus and the surface , - the first linkage comprises a first four bar linkage and the second linkage comprises a second four bar linkage and is formed of two pairs of crosslinked members; - the apparatus further includes an actuator is configured to operatively couple to the first linkage for moving the first linkage so as to move the instrument according to the first path; and - the second linkage is passive in nature and configured to automatically move the instrument in the second direction without action by the actuator.
A serial transmission peripheral device for transmitting serial transmission data comprising a plurality of sequentially transmitted variable length nibble pulses , wherein each nibble pulse comprises a variable length period encoding a nibble value, the peripheral device comprising: a pulse forming unit; and a register programmable through an interface of the peripheral device to set a desired transmission length of a frame including the variable length data nibble pulses , wherein the peripheral device comprises hardware that is operable to determine an actual transmission length of the frame including a plurality of serially transmitted variable length nibble pulses and to compute a length of a pause pulse at the beginning of a pause period and to add the pause pulse at the end of a transmission to generate a transmission having the desired transmission length of the frame to account for the variability of the frame length resulting from the variable length nibble pulses . a pulse forming unit; and a register programmable through an interface of the peripheral device to set a desired transmission length of a frame including the variable length data nibble pulses , wherein the peripheral device comprises hardware that is operable to determine an actual transmission length of the frame including a plurality of serially transmitted variable length nibble pulses and to compute a length of a pause pulse at the beginning of a pause period and to add the pause pulse at the end of a transmission to generate a transmission having the desired transmission length of the frame to account for the variability of the frame length resulting from the variable length nibble pulses .
Filter, in particular a transmission oil filter, comprising a filter package received in an at least partially fluid-permeable support housing , the filter material thereof being placed in folds of the same structural height and length, the individual filter folds of the filter package having an upstream and a downstream side, which correspond to the unfiltered medium or filtrate side respectively, and the upstream side of all filter folds being connected to a central supply point for fluid, which forms part of a closure cap on the bottom of the support housing , characterised in that the two free longitudinal sides of the two outermost folds , which delimit the folded filter material in the longitudinal direction parallel to the filter folds , each lie around a longitudinal edge of the closure cap and are fixed to this longitudinal edge , forming a fixing strip .
An elevator access system comprising: a bushing having a keyway ; a plunger disposed within the bushing and movable relative thereto; and a lever operably connected to the plunger ; characterized by a removable plug located within the keyway of the bushing , wherein the removable plug urges the plunger and the lever into a first position, and upon removal of the removable plug , the plunger and the lever move to a second position, wherein in the second position the plunger is accessible to operate the lever . a bushing having a keyway ; a plunger disposed within the bushing and movable relative thereto; and a lever operably connected to the plunger ; characterized by a removable plug located within the keyway of the bushing , wherein the removable plug urges the plunger and the lever into a first position, and upon removal of the removable plug , the plunger and the lever move to a second position, wherein in the second position the plunger is accessible to operate the lever .