mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring of agent oversight of automatically generated content in a contact center, the method comprising: conducting , by one or more communication modules of the contact center over one or more communication channels, a communication session with each of a plurality of client devices, each client device associated with a customer contact; generating , by an Artificial Intelligence, AI, engine of the contact center, AI-generated content for each communication session; providing , by the AI engine, the AI-generated content for each session to an agent device associated with a human agent prior to providing the generated content to any of the plurality of client devices, wherein the provided, AI-generated content is presented to the human agent through a user interface provided by the agent device; monitoring , by an eye tracking system associated with the agent device, review of the AI-generated content by the human agent while the Al-generated content is presented through the user interface provided by the agent device; and generating , by the eye tracking system associated with the agent device, an indication of the human agent's level of attention to the AI-generated content based on monitoring the review of the AI-generated content by the human agent. conducting , by one or more communication modules of the contact center over one or more communication channels, a communication session with each of a plurality of client devices, each client device associated with a customer contact; generating , by an Artificial Intelligence, AI, engine of the contact center, AI-generated content for each communication session; providing , by the AI engine, the AI-generated content for each session to an agent device associated with a human agent prior to providing the generated content to any of the plurality of client devices, wherein the provided, AI-generated content is presented to the human agent through a user interface provided by the agent device; monitoring , by an eye tracking system associated with the agent device, review of the AI-generated content by the human agent while the Al-generated content is presented through the user interface provided by the agent device; and generating , by the eye tracking system associated with the agent device, an indication of the human agent's level of attention to the AI-generated content based on monitoring the review of the AI-generated content by the human agent.
System for fastening a fender to a frame of a vehicle, comprising a locking device comprising and first and a second portion separated by an abutment or stop element , said first portion being configured to be introduced inside the fender and being provided with at least a prong or wedge-shaped hook , said second portion being configured to be introduced inside a tube integral to the frame of the vehicle, and comprising at least a shaped hole on its own outer surface, said second portion comprising at least a snap hook , configured to engage said hole , and at least a hole in such a position that, when the locking device in introduced inside the tube , said hole is at said hole provided on said tube , characterized in that said system further comprises a safety clip configured to engage said holes provided on the device and on the tube , thus fastening the axial sliding. said first portion being configured to be introduced inside the fender and being provided with at least a prong or wedge-shaped hook , said second portion being configured to be introduced inside a tube integral to the frame of the vehicle, and comprising at least a shaped hole on its own outer surface, said second portion comprising at least a snap hook , configured to engage said hole , and at least a hole in such a position that, when the locking device in introduced inside the tube , said hole is at said hole provided on said tube ,
A blade for a meat grinder, the blade comprising: - a central hub provided with a bore for rotationally fixed mounting on a blade journal, - a plurality of knives with cutting edges on both sides, wherein the radially outer ends of the knives are connected to a blade ring , - a collar-like sealing ring between the hub and the inner ends of the blade wings , wherein the sealing ring has the height of the cutting edges , characterised in that - the hub has the same height as the adjacent sealing ring or - the hub has a lower height than the adjacent sealing ring . - a central hub provided with a bore for rotationally fixed mounting on a blade journal, - a plurality of knives with cutting edges on both sides, wherein the radially outer ends of the knives are connected to a blade ring , - a collar-like sealing ring between the hub and the inner ends of the blade wings , wherein the sealing ring has the height of the cutting edges , characterised in that - the hub has the same height as the adjacent sealing ring or - the hub has a lower height than the adjacent sealing ring .
A method of providing visual feedback to a subject undergoing physical therapy or vestibular movement comprising: providing a visual and/or auditory notification to the subject for moving in a predetermined direction by a predetermined amount as part of a first predetermined movement; tracking movement of the subject using a first inertia measurement unit 'IMU' mounted in a first hearing assistance device and disposed in a fixed position relative to the subject's head; generating feedback data by comparing the tracked movement of the subject against the predetermined direction and amount of the first predetermined movement; and generating a feedback image using the feedback data. providing a visual and/or auditory notification to the subject for moving in a predetermined direction by a predetermined amount as part of a first predetermined movement; tracking movement of the subject using a first inertia measurement unit 'IMU' mounted in a first hearing assistance device and disposed in a fixed position relative to the subject's head; generating feedback data by comparing the tracked movement of the subject against the predetermined direction and amount of the first predetermined movement; and generating a feedback image using the feedback data.
Modular crate for holding four beverage bottle packs, each beverage bottle pack comprising six beverage bottles with a nominal capacity of 0.33 I, wherein two opposing long side walls and two opposing short side walls form a circumferential frame having a bottom for supporting beverage bottles, the bottom being arranged elevated relative to the underside of the circumferential frame , characterized in that the vertical distance between the underside and the bottom is 40 mm to 60 mm.
A macrocarrier for the propagation of biological cells, said macrocarrier comprising substrate particles that are coated with a thermoresponsive polymer that provides the macrocarrier with a cell-receiving surface and responding to a change in temperature to release cells from the macrocarrier, wherein: the cell-receiving surface is porous; each substrate particle has a spherical, ellipsoid, ovoid or ring shape; and at least 50% of the substrate particles have a particle size of at least 1 mm, wherein the particle size is the largest linear dimension across the substrate particle. the cell-receiving surface is porous; each substrate particle has a spherical, ellipsoid, ovoid or ring shape; and at least 50% of the substrate particles have a particle size of at least 1 mm, wherein the particle size is the largest linear dimension across the substrate particle.
A vehicle camera system comprising: a camera arranged to capture image data, the image data providing a camera field of view surrounding a host vehicle ; a display arranged to display the image data; a processor for a vehicle camera system, characterised in that the processor arranged to: receive the image data captured by the camera ;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view, wherein the processor is arranged to determine the presence of the obstruction in the camera field of view using an object detection algorithm wherein the camera field of view provided by the image data is compared to a reference field of view that comprises an empty three dimensional space of a predefined depth and determination of the presence of the obstruction in the camera field of view is made in dependence on differences found in the comparison. a camera arranged to capture image data, the image data providing a camera field of view surrounding a host vehicle ; a display arranged to display the image data; a processor for a vehicle camera system, characterised in that the processor arranged to: receive the image data captured by the camera ;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view, receive the image data captured by the camera ;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view,
Method for determining at least one parameter for correlating two objects in the form of the distance (r) and/or the relative velocity (v) and/or of relative angles of the two objects , where a plurality of consecutive transmission pulse sequences each with at least one transmission pulse of an electromagnetic signal forms a series of transmission pulse sequences continually following each other, where the at least one transmission pulse is transmitted as a transmission segment with a transmission duration of an essentially constant electromagnetic signal with a constant or changing frequency, where the transmission duration of the individual transmission pulses is varied from transmission pulse sequence to transmission pulse sequence in order to reduce the susceptibility to interference in determining the at least one parameter and where each transmission pulse sequence features at least two transmission pulses so that an exact calculation of the parameter of distance and/or velocity is possible characterized in that the variation in transmission duration is generated by adding a varied additional duration to a fixed base duration.
A method for operating a laundry washing machine (1; 200) during a washing cycle, said laundry washing machine comprising a washing tub containing a washing drum and a heating device for heating liquid in said washing tub , wherein said method comprises the steps of: - introducing a quantity of water and a quantity of detergent in the washing tub to form a washing liquid; - heating said washing liquid; - detecting the washing liquid temperature (WT) in the washing tub and/or in the draining region thereof, said washing liquid temperature (WT) being detected in a predetermined monitoring period (Δt), said predetermined monitoring period (Δt) being between 20s and 30 min; - determining the temperature increasing speed (TS) in said predetermined monitoring period (Δt); - comparing the determined temperature increasing speed (TS) with a threshold value (TV) and if the determined temperature increasing speed (TS) is above said threshold value (TV) establishing the presence of foam, characterized in that said heating step is performed after a wetting step of the washing cycle, in that said wetting step comprises an introduction of a quantity of water (Qw) and a quantity of detergent (Qd) in said washing tub and in that said threshold value (TV) is a function (f(Qw)) of said quantity of water (Qw) introduced into the washing tub . - introducing a quantity of water and a quantity of detergent in the washing tub to form a washing liquid; - heating said washing liquid; - detecting the washing liquid temperature (WT) in the washing tub and/or in the draining region thereof, said washing liquid temperature (WT) being detected in a predetermined monitoring period (Δt), said predetermined monitoring period (Δt) being between 20s and 30 min; - determining the temperature increasing speed (TS) in said predetermined monitoring period (Δt); - comparing the determined temperature increasing speed (TS) with a threshold value (TV) and if the determined temperature increasing speed (TS) is above said threshold value (TV) establishing the presence of foam, characterized in that said heating step is performed after a wetting step of the washing cycle, in that said wetting step comprises an introduction of a quantity of water (Qw) and a quantity of detergent (Qd) in said washing tub and in that said threshold value (TV) is a function (f(Qw)) of said quantity of water (Qw) introduced into the washing tub .
A method of communicating information from a first industrial automation controller (10; 210) to a second industrial automation controller (15; 215) of a high availability network, the method characterised in that it comprises the steps of: receiving a command entered by a user to cross load industrial automation tasks to be used by a remote rack and not input/output, I/O, data acquired from controlled devices during operation of the industrial automation tasks between the first industrial automation controller and the second industrial automation controller; not cross loading the I/O data between the first industrial automation controller and the second industrial automation controller based on the received command; and cross loading the industrial automation tasks from the first industrial automation controller to the second industrial automation controller. receiving a command entered by a user to cross load industrial automation tasks to be used by a remote rack and not input/output, I/O, data acquired from controlled devices during operation of the industrial automation tasks between the first industrial automation controller and the second industrial automation controller; not cross loading the I/O data between the first industrial automation controller and the second industrial automation controller based on the received command; and cross loading the industrial automation tasks from the first industrial automation controller to the second industrial automation controller.
A method for increasing the activity and/or stability of an ALDC enzyme of EC 4.1.1.5 wherein said method comprises the step of adding zinc to a fermentation media and/or maturation media comprising an ALDC producing host cell during a beer and/or wine and/or cider and/or perry and/or sake fermentation: (i) at a concentration of 1 μM to 300 μM, preferably 6 μM to 300 μM; or (ii) at a concentration of 1 μM to 50 μM; or (iii) at a concentration of 1 μM to 25 μM, preferably 6 μM to 25 μM; or (iv) as a composition comprising ALDC and zinc, wherein: (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher. (i) at a concentration of 1 μM to 300 μM, preferably 6 μM to 300 μM; or (ii) at a concentration of 1 μM to 50 μM; or (iii) at a concentration of 1 μM to 25 μM, preferably 6 μM to 25 μM; or (iv) as a composition comprising ALDC and zinc, wherein: (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher. (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher.
Brush comprising an upper part and a lower part , wherein the upper part comprises a main body and a first bristle pad , wherein the first bristle pad comprises a multiplicity of first bristles that are substantially mutually parallel, wherein the lower part comprises a second bristle pad , wherein the second bristle pad comprises a multiplicity of second bristles that are substantially mutually parallel, wherein the upper part and the lower part are interconnectable in such a manner that the first bristle pad and the second bristle pad face one another and that the first bristles protrude into gaps of the second bristle pad , wherein the brush furthermore comprises at least one fixing device for fixing the lower part to the upper part , characterized in that the fixing device comprises at least one fixing tongue .
A pill inspection apparatus comprising: an illumination portion for irradiating light to a medical envelope in which at least a translucent pill is enclosed; an imaging portion for acquiring a transmission image of the irradiated medical envelope ; and an image processing portion for detecting, as the translucent pill , a pill having a brightness value of its outer periphery lower than that of its center using the transmission image, wherein the illumination portion includes a light emitting portion and a light-collecting portion for collecting the light, characterized in that the light-collecting portion is provided between the light emitting portion and the medical envelope , wherein the light collected in the light-collecting portion is collected toward the imaging portion , wherein the light emitting portion emits diffusion light, and a parallel light converting portion for converting the diffusion light into parallel light is provided between the light emitting portion and the light-collecting portion , wherein the light-collecting portion is a convex lens or a Fresnel lens. an illumination portion for irradiating light to a medical envelope in which at least a translucent pill is enclosed; an imaging portion for acquiring a transmission image of the irradiated medical envelope ; and an image processing portion for detecting, as the translucent pill , a pill having a brightness value of its outer periphery lower than that of its center using the transmission image, wherein the illumination portion includes a light emitting portion and a light-collecting portion for collecting the light, characterized in that the light-collecting portion is provided between the light emitting portion and the medical envelope , wherein the light collected in the light-collecting portion is collected toward the imaging portion , wherein the light emitting portion emits diffusion light, and a parallel light converting portion for converting the diffusion light into parallel light is provided between the light emitting portion and the light-collecting portion , wherein the light-collecting portion is a convex lens or a Fresnel lens.
A solution-dyed protein fiber that is a protein fiber composed of at least one selected from silk fibroin and spider silk protein, the solution-dyed protein fiber comprising 0-100 mass% of silk fibroin and 100-0 mass% of a polypeptide derived from spider silk proteins when the protein fiber is assumed to be 100 mass%, wherein the solution-dyed protein fiber: contains a solution-dyeing colorant which has been dissolved or dispersed in a solution selected from dimethyl sulfoxide and N,N-dimethylformamide.
A parcel recognition device that is configured to recognize a parcel (P) based on an image including the parcel (P), the device comprising: a processor ; and a memory , wherein by cooperating with the memory , the processor is configured to recognize the parcel (P), the parcel recognition device being characterized in that the processor is further configured to recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel (P) by using a space obtained by the subtraction as a new recognition target space. a processor ; and a memory , wherein by cooperating with the memory , the processor is configured to recognize the parcel (P), the parcel recognition device being characterized in that the processor is further configured to recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel (P) by using a space obtained by the subtraction as a new recognition target space. recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel (P) by using a space obtained by the subtraction as a new recognition target space.
Equipment carrier apparatus for a vehicle , comprising a linear unit with a holder and a carriage , wherein the carriage is held on the holder so as to be linearly displaceable, comprising a cantilever device with a tool holder , wherein the cantilever device is held on the carriage so as to be pivotable about a carriage pivot axis by way of a carriage joint , and comprising a fixing device for fixing a pivot position of the cantilever device relative to the carriage with respect to the carriage pivot axis , characterized in that the fixing device has a positive-locking device for fixing the pivot position of the cantilever device by positive engagement with the carriage , and in that for this purpose the fixing device comprises a drive device for adjusting the cantilever device relative to the carriage with respect to the carriage pivot axis , wherein the drive device comprises at least one of the following: (i) a drive for a tool that is held on the tool holder ; (ii) a drive for adjusting a pivot position of the cantilever device with respect to the carriage pivot axis . (i) a drive for a tool that is held on the tool holder ; (ii) a drive for adjusting a pivot position of the cantilever device with respect to the carriage pivot axis .
An electromagnetic heating device comprising: a coil disk ; and, more than one electromagnetic coils arranged on the coil disk , wherein the electromagnetic coils comprise more than one first electromagnetic coils distributed and spaced apart on the coil disk ; wherein at least four first electromagnetic coils are provided; a second electromagnetic coil positioned on said coil disk at an area of space between the first electromagnetic coils ; and a third electromagnetic coil surrounding the at least four first electromagnetic coils ; characterized in that the first electromagnetic coils are arranged in rows and columns; and the second electromagnetic coil is disposed between the first electromagnetic coils of two adjacent columns and two adjacent rows. a coil disk ; and, more than one electromagnetic coils arranged on the coil disk , wherein the electromagnetic coils comprise more than one first electromagnetic coils distributed and spaced apart on the coil disk ; wherein at least four first electromagnetic coils are provided; a second electromagnetic coil positioned on said coil disk at an area of space between the first electromagnetic coils ; and a third electromagnetic coil surrounding the at least four first electromagnetic coils ; characterized in that the first electromagnetic coils are arranged in rows and columns; and the second electromagnetic coil is disposed between the first electromagnetic coils of two adjacent columns and two adjacent rows.