mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator assembly comprising: a head portion having a proximal end, a distal end, and an interior portion defining a fluid chamber; a container for containing an antiseptic solution coupled to and in fluid communication with the proximal end of the head portion; and an application member in fluid communication with the fluid chamber and comprising a foam, having a first foam layer adjacent a second foam layer , wherein the first foam layer is disposed toward the distal end of the head portion and comprises a dye impregnated therein, and the second foam layer is disposed away from the distal end of the head portion and is free from the dye, wherein, during application, after the antiseptic solution passes from the container through the fluid chamber, the antiseptic solution first passes through the first foam layer having the dye, whereupon the dye is solubilized by and tints the antiseptic solution, and then passes through the second foam layer without the dye, wherein the applicator further comprises a filter layer disposed between the first foam layer and the second foam layer , characterized in that said filter layer is filtering unsolubilized dye. a head portion having a proximal end, a distal end, and an interior portion defining a fluid chamber; a container for containing an antiseptic solution coupled to and in fluid communication with the proximal end of the head portion; and an application member in fluid communication with the fluid chamber and comprising a foam, having a first foam layer adjacent a second foam layer , wherein the first foam layer is disposed toward the distal end of the head portion and comprises a dye impregnated therein, and the second foam layer is disposed away from the distal end of the head portion and is free from the dye, wherein, during application, after the antiseptic solution passes from the container through the fluid chamber, the antiseptic solution first passes through the first foam layer having the dye, whereupon the dye is solubilized by and tints the antiseptic solution, and then passes through the second foam layer without the dye, wherein the applicator further comprises a filter layer disposed between the first foam layer and the second foam layer , characterized in that said filter layer is filtering unsolubilized dye.
Scanning probe microscopy device for mapping nanostructures on a sample surface of a sample, comprising a plurality probes for scanning the sample surface, and one or more motion actuators for enabling motion of the probes relative to the sample, wherein each of said plurality of probes comprises a probing tip mounted on a cantilever arranged for bringing the probing tip in contact with the sampling surface for enabling the scanning, the device further comprising a plurality of Z-position detectors for determining a position of each probing tip along a Z-direction when the probing tip is in contact with the sample surface , wherein the Z-direction is a direction transverse to the sample surface, for enabling mapping of the nanostructures; wherein the plurality of probes are mounted on a plurality of heads , each head comprising one or more of said plurality of probes; wherein each of said heads is mounted on a support base associated with said head, each support base being arranged for individually moving its associated head relative to the sample; and wherein, for enabling said individual motion of the associated head, each support base comprises a plane actuator unit for enabling individual motion of each respective support base independent from other support bases, the plane actuator unit comprising at least one of said motion actuators for moving the head associated with the support base, by said motion of the support base, relative to the sample in at least one direction parallel to the sample surface, for simultaneous scanning of multiple remote sites on the sample surface by the plurality of heads, characterized in that the plane actuator unit is located at a first mounting position along said support base, said first mounting position being remote from a second mounting position, wherein the head associated with the support base is mounted on the second mounting position on the support base. wherein each of said heads is mounted on a support base associated with said head, each support base being arranged for individually moving its associated head relative to the sample; and wherein, for enabling said individual motion of the associated head, each support base comprises a plane actuator unit for enabling individual motion of each respective support base independent from other support bases, the plane actuator unit comprising at least one of said motion actuators for moving the head associated with the support base, by said motion of the support base, relative to the sample in at least one direction parallel to the sample surface, for simultaneous scanning of multiple remote sites on the sample surface by the plurality of heads, characterized in that the plane actuator unit is located at a first mounting position along said support base, said first mounting position being remote from a second mounting position, wherein the head associated with the support base is mounted on the second mounting position on the support base.
A backend computing system , comprising: an application programming interface that receives, from a client application associated with a client device, a call for a user interface display that has a plurality of different predefined sections thereon, the call including section identifying metadata; a section accessing system that parses the call to identify the plurality of different predefined sections on the user interface display based on the section identifying metadata; a control identifying component that accesses section definition metadata corresponding to each section of the identified plurality of different sections and identifies control metadata indicative of controls that are displayed on each section of the identified plurality of different sections; and a data identifying component that accesses the section definition metadata and identifies data binding metadata, corresponding to each section of the identified plurality of different sections, indicative of data bound to each of the controls, the application programming interface returning the call by returning the control metadata and the data binding metadata for rendering each of the plurality of identified sections on the user interface display, at the client application. an application programming interface that receives, from a client application associated with a client device, a call for a user interface display that has a plurality of different predefined sections thereon, the call including section identifying metadata; a section accessing system that parses the call to identify the plurality of different predefined sections on the user interface display based on the section identifying metadata; a control identifying component that accesses section definition metadata corresponding to each section of the identified plurality of different sections and identifies control metadata indicative of controls that are displayed on each section of the identified plurality of different sections; and a data identifying component that accesses the section definition metadata and identifies data binding metadata, corresponding to each section of the identified plurality of different sections, indicative of data bound to each of the controls, the application programming interface returning the call by returning the control metadata and the data binding metadata for rendering each of the plurality of identified sections on the user interface display, at the client application.
Sliding wing system comprising a ceiling rail profile and/or a floor rail profile , in which at least two wings which are each provided at least with a ceiling-side and a floor-side frame profile are displaceably guided, wherein at least one sealing strip is arranged on at least one side of at least one wing along this side, wherein at least one sealing strip is displaceably received by a housing arranged on the wing and is connected to means for the controlled partial deployment of the sealing strip from the housing in the closed position of the wing , characterised in that the sliding wing system is designed as a fold-and-slide wing system, wherein at least two wings are pivotably connected to one another, wherein at least one actuating element is arranged on its side facing the pivotal connection of at least one wing .
A method for use by a first access element to provide access to a wireless communication system , the method comprising: activating (S1110) one or more edge services in the first access element , in response to receiving information identifying at least one of a user, a radio access bearer and a flow that is to be served by the one or more edge services ; generating (S1120), at the one or more edge services , a service result based on at least one of a layer 1 parameter and a layer 2 parameter available at the first access element ; and transmitting (S1130) the service result to an edge service agent implemented externally to the first access element , so that the edge service agent can publish the service result to other entities; characterized in that the method further comprises: deciding (S1140) on a handover of a user equipment from the first access element to a second access element of second access elements, based on: second edge service information on edge services , authorized service information on authorized edge services for the user equipment , and radio measurements, wherein the second edge service information is received from the second access elements, the authorized service information is obtained by the first access element , and the radio measurements are provided by the user equipment . activating (S1110) one or more edge services in the first access element , in response to receiving information identifying at least one of a user, a radio access bearer and a flow that is to be served by the one or more edge services ; generating (S1120), at the one or more edge services , a service result based on at least one of a layer 1 parameter and a layer 2 parameter available at the first access element ; and transmitting (S1130) the service result to an edge service agent implemented externally to the first access element , so that the edge service agent can publish the service result to other entities; characterized in that the method further comprises: deciding (S1140) on a handover of a user equipment from the first access element to a second access element of second access elements, based on: second edge service information on edge services , authorized service information on authorized edge services for the user equipment , and radio measurements, wherein the second edge service information is received from the second access elements, the authorized service information is obtained by the first access element , and the radio measurements are provided by the user equipment .
An electrochemical cell stack , comprising: a first electrochemical cell including a first current collector having a first surface and a second surface, the first surface of the first current collector having a semi-solid cathode material disposed thereon, the second surface of the first current collector being uncoated; a second electrochemical cell including a second current collector having a first surface and a second surface, the first surface of the second current collector having the semi-solid cathode material disposed thereon, the second surface of the second current collector being uncoated; and a spacer disposed between the second surface of the first current collector and the second surface of the second current collector , the second surface of the second current collector coupled to the second surface of the first current collector via the spacer. a first electrochemical cell including a first current collector having a first surface and a second surface, the first surface of the first current collector having a semi-solid cathode material disposed thereon, the second surface of the first current collector being uncoated; a second electrochemical cell including a second current collector having a first surface and a second surface, the first surface of the second current collector having the semi-solid cathode material disposed thereon, the second surface of the second current collector being uncoated; and a spacer disposed between the second surface of the first current collector and the second surface of the second current collector , the second surface of the second current collector coupled to the second surface of the first current collector via the spacer.
A composition comprising a mixture or a polymerized product of a mixture comprising: (i) a free radical polymerizable monomer, oligomer or polymer; (ii) an organoborane amine complex; (iii) 25 volume percent or greater of a poor or non-solvent for the polymerized product of (i), based on the total volume of the composition; and (iv) an amine reactive compound, wherein the free radical polymerizable monomer, oligomer, or polymer (i) is: an organic compound (a); a mixture of mono-functional or multi-functional organic compounds (b); an organosilicon monomer, oligomer, or polymer (c); a mixture of mono-functional or multi-functional organosilanes (d); a mixture of mono-functional or multi-functional organopolysiloxanes (e); or a mixture of (a)-(e), in which (a)-(e) are unsaturated and capable of undergoing free radical polymerization, wherein the poor or non-solvent (iii) is selected from the group consisting of: water; polar organic solvents; non-polar organic solvents; organosilanes; linear organosiloxane fluids; cyclic organosiloxane fluids; organosiloxane oligomers; organosiloxane resins; organosiloxane polymers; ionic liquids; and supercritical fluids, and wherein the amine reactive compound (iv) is a compound having amine reactive groups, and is selected from the group consisting of: mineral acids; Lewis acids; carboxylic acids; carboxylic acid derivatives; carboxylic acid metal salts; isocyanates; aldehydes; epoxides; acid chlorides; and sulphonyl chlorides.
A method of remediating a printing error in a 3D printer , the method comprising: detecting, by an optical sensor , motion of a trailing gear , the optical sensor being directed towards a sensor-facing surface of the trailing gear ; detecting, by a controller connected to the optical sensor, the printing error in response to a determination that rotational motion of a filament feed roller has exceeded or fallen below a predetermined threshold, wherein the rotational motion is determined based on the detected motion of the trailing gear and wherein the motion of the trailing gear corresponds to the motion of the filament feed roller and the motion of the filament feed roller is transmitted to the trailing gear by way of a gear train comprising a leading gear and the trailing gear , the gear train being coupled to the filament feed roller by a leading gear, to receive rotational motion for amplification at the trailing gear by transmission through the gear train ; and executing a command to remediate the printing error . detecting, by an optical sensor , motion of a trailing gear , the optical sensor being directed towards a sensor-facing surface of the trailing gear ; detecting, by a controller connected to the optical sensor, the printing error in response to a determination that rotational motion of a filament feed roller has exceeded or fallen below a predetermined threshold, wherein the rotational motion is determined based on the detected motion of the trailing gear and wherein the motion of the trailing gear corresponds to the motion of the filament feed roller and the motion of the filament feed roller is transmitted to the trailing gear by way of a gear train comprising a leading gear and the trailing gear , the gear train being coupled to the filament feed roller by a leading gear, to receive rotational motion for amplification at the trailing gear by transmission through the gear train ; and executing a command to remediate the printing error .
A method of generating multiple images with rich color acquisition using a plenoptic camera having a main lens disposed in front of an array of micro lenses, a mosaic color filter array and an image sensor characterized in that it comprises: capturing a first set of images using an ordinary state of an electrically controllable birefringent medium being disposed between the main lens and said array of micro lenses, said ordinary state providing an ordinary ray to each pixel; capturing a second set of images using an extraordinary state of said electrically controllable birefringent medium, said extraordinary state splitting the light from said main lens into an ordinary ray and an extraordinary ray respectively impinging on two adjacent pixels of different colors, said extraordinary ray being shifted by distance of one pixel from said ordinary ray on said image sensor; performing a weighted subtraction of information about said second set of images from information about said first set of images; and generating a final set of images with rich color information from said weighted subtraction and said first set of images. capturing a first set of images using an ordinary state of an electrically controllable birefringent medium being disposed between the main lens and said array of micro lenses, said ordinary state providing an ordinary ray to each pixel; capturing a second set of images using an extraordinary state of said electrically controllable birefringent medium, said extraordinary state splitting the light from said main lens into an ordinary ray and an extraordinary ray respectively impinging on two adjacent pixels of different colors, said extraordinary ray being shifted by distance of one pixel from said ordinary ray on said image sensor; performing a weighted subtraction of information about said second set of images from information about said first set of images; and generating a final set of images with rich color information from said weighted subtraction and said first set of images.
An electric power steering apparatus that has a function, which switches between a manual steering control which drives a motor by a first motor current command value calculated based on at least a steering torque and an automatic steering control which drives said motor by a second motor current command value calculated at a steering angle control section so that an actual steering angle follows-up a target steering angle, comprising: characterized by comprising a target steering angle correcting section that performs a calculation process to said steering torque depending on a steering state and a vehicle speed and outputs a target steering angle correction value, said electric power steering apparatus further comprising: a correction outputting section that corrects said target steering angle by using said target steering angle correction value and inputs a corrected target steering angle into said steering angle control section.
A digital dispense apparatus, comprising an array of fluid dispense devices , each device including at least one nozzle, an array of reservoirs fluidically connected to the plurality of fluid dispense devices to deliver fluid to the plurality of fluid dispense devices, a contact pad array that includes multiple contact pads, wherein each contact pad is electrically connected to the plurality of fluid dispense devices to drive the plurality of fluid dispense devices, and a single monolithic carrier structure carrying said array of fluid dispense devices, said array of reservoirs and contact pad array and electrical routing to electrically connect the fluid dispense devices to the contact pad array, wherein the digital dispense apparatus is a digital titration cassette, one side of the digital titration cassette including the array of fluid dispense devices and an opposite side of the digital titration cassette including the array of reservoirs and the contact pad array ; characterised in that part of the electrical routing extends through the single monolithic carrier structure .
A filling container comprising a particulate water absorbing agent, which is filled in the filling container, characterized in that a relative standard deviation of respective water absorption physical property values of particulate water absorbing agents sampled from the same filled particulate water absorbing agent at three or more points, each sample being about 150g, satisfies the following (a) to (d): (a) a relative standard deviation of a centrifuge retention capacity (CRC) is 2% or less, the measurement method being described in the definition-of-terms part of the description; (b) a relative standard deviation of a saline flow conductivity (SFC) is 6% or less, the measurement method being described in the definition-of-terms part of the description; (c) a relative standard deviation of an absorbency against pressure (AAP) is 1% or less, the measurement method being described in the definition-of-terms part of the description; and (d) a relative standard deviation of a free swell rate (FSR) is 5% or less, the measurement method being described in the definition-of-terms part of the description, wherein for sampling the filled particulate water absorbing agent that is filled in the filling container and has a filling volume of V (cm 3 ), when a sampling number n (times) of the same filled particulate water absorbing agent and a distance x (cm) among the respective sampling points adjacent to one another are set, the following conditions and are necessarily satisfied: [Mathematical Formula 5] n ≥ m with the proviso that, m is the greater one of 3 and ⌊ V / 100000 ⌋ [Mathematical Formula 7] x ≥ y with the proviso that y = V 3 ⌈ m 3 ⌉ + 1 (a) a relative standard deviation of a centrifuge retention capacity (CRC) is 2% or less, the measurement method being described in the definition-of-terms part of the description; (b) a relative standard deviation of a saline flow conductivity (SFC) is 6% or less, the measurement method being described in the definition-of-terms part of the description; (c) a relative standard deviation of an absorbency against pressure (AAP) is 1% or less, the measurement method being described in the definition-of-terms part of the description; and (d) a relative standard deviation of a free swell rate (FSR) is 5% or less, the measurement method being described in the definition-of-terms part of the description, wherein