mhurhangee/patent-ind-claim-en huggingface dataset:
Device for transporting piece goods with a plurality of structurally identical containers stacked on top of each other, each of which has a main body made of foam, in particular a particle foam, and open at the top , wherein with the exception of the highest container each container is upwardly closed by the container above it, wherein each container has at least two centring elements made of a material that is harder than the foam, wherein for all containers in each case at least one second centring element is spatially aligned in an identical manner to a first centring element , and wherein each centring element has a first centring part protruding from the top of the main body concerned and a second centring part protruding from the bottom of the main body concerned, which are designed in such a way that the first centring part of each centring element of every container with the exception of the highest container and the second centring part of a structurally identical centring element of the respective container above it interlock, characterised in that at least a part of the centring parts has a longitudinal extension and in that each container has at least a first and at least a second centring part with a longitudinal extension in a first direction and at least a first and at least a second centring part with a longitudinal extension in a second direction transversal to the first direction.
Braking device for slowing a vehicle with a brake disc which is arranged on the wheel axle wherein at least one guided carriage and a brake element attached thereto, which are designed to interact with the brake disc , are located on a support hub of the vehicle, characterized in that the braking element is designed as a roller bearing with an inner ring which encloses the brake disc and is aligned coaxially with the brake disc in the operational, non-braking state and that radially arranged elastic elements are fixed to the brake disc wherein the distal ends of these elastic elements are flush or free of play with the inner surface of the inner ring of the roller bearing and that the carriage is displaceably mounted relative to the brake disc .
Procedure for controlling a speed-controlled rotary pump of a combined heating and cooling system that can be operated in a heating mode and a cooling mode and encompasses at least one load (2, 2a-2d) supplied by a rotary pump with a medium from a central heating or cooling generator , characterised by the rotary pump determining the operating mode of the heating and cooling system based on a temperature (TV, TR) of the medium and adapting its control depending on the determined operating mode, in which control of the rotary pump is realised with a first characteristic curve in cooling mode and with a second characteristic curve in heating mode, and the characteristic curve set value of the second characteristic curve is less than the characteristic curve set value of the first characteristic curve, and in which switching to the corresponding characteristic curve takes place depending on the determined operating mode.
A hand-held urinalysis device comprising a handle and a measuring head configured to be immersed in a urine sample, the measuring head comprising: a. a lighting module configured to emit light in said urine sample; characterised in that the measuring head further comprises: b. an electrical conductivity probe; and c. a multispectral optical sensor configured to receive light emitted by said urine sample and/or light transmitted through said urine sample. a. a lighting module configured to emit light in said urine sample; b. an electrical conductivity probe; and c. a multispectral optical sensor configured to receive light emitted by said urine sample and/or light transmitted through said urine sample.
A computer-implemented method of simulating activity of a fluid in a volume that represents a physical space, the activity of the fluid in the volume being simulated so as to model movement of elements within the volume, the method comprising: at a first time in the fluid flow simulation, identifying a first set of vortices in a transient and turbulent flow modeled by the fluid flow; at a second time in the fluid flow simulation that is subsequent to the first time, identifying a second set of vortices in the transient and turbulent flow; tracking changes in the vortices by comparing the first set of discrete vortices and the second set of discrete vortices; identifying one or more noise sources based on the tracking; determining contribution of the one or more noise sources at a receiver, wherein the receiver location is within the volume, wherein determining the contribution of the one or more noise sources at the receiver comprises applying a transfer function to at least one noise source, wherein the transfer function determines the contribution based on a relationship between a location of at least one noise source and a location of the receiver, and wherein the transfer function is noise frequency dependent; and outputting data, based on the determining step , indicating one or more physical modifications to one or more geometric features for a design change of a device or an entity to minimize the contribution of the one or more noise sources at the receiver. at a first time in the fluid flow simulation, identifying a first set of vortices in a transient and turbulent flow modeled by the fluid flow; at a second time in the fluid flow simulation that is subsequent to the first time, identifying a second set of vortices in the transient and turbulent flow; tracking changes in the vortices by comparing the first set of discrete vortices and the second set of discrete vortices; identifying one or more noise sources based on the tracking; determining contribution of the one or more noise sources at a receiver, wherein the receiver location is within the volume, wherein determining the contribution of the one or more noise sources at the receiver comprises applying a transfer function to at least one noise source, wherein the transfer function determines the contribution based on a relationship between a location of at least one noise source and a location of the receiver, and wherein the transfer function is noise frequency dependent; and outputting data, based on the determining step , indicating one or more physical modifications to one or more geometric features for a design change of a device or an entity to minimize the contribution of the one or more noise sources at the receiver.
Cosmetic product applicator forming an element of a packaging ready for marketing, the applicator being produced in a material compatible with the cosmetic product and being obtained by a method during which • a digital model of the applicator is created, • the material is packaged in a raw form that can flow, and • the material in raw form is solidified by slices defined from the digital model, the applicator comprising a core , of generally elongate form along an axis (X), bearing teeth made of a piece with this core , these teeth being divided into groups , spaced axially apart from one another, and each extending substantially parallel to a transverse plane of the core in a curved direction, the curvatures of the teeth being reversed alternately from one group to the other, each group comprising a single tooth, pairs of groups being each formed by two groups of teeth in succession and each comprising a first group and a second group, characterized in that curved portions of the teeth of the first group of each pair are aligned with the curved portions of the teeth of the first group of each of the other pairs along a first straight line at the level of the core , curved portions of the teeth of the second group of each pair are aligned with the curved portions of the teeth of the second group of each of the other pairs along a second straight line at the level of the core , the first and second straight lines being distinct from one another and parallel to the axis (X). • a digital model of the applicator is created, • the material is packaged in a raw form that can flow, and • the material in raw form is solidified by slices defined from the digital model, the applicator comprising a core , of generally elongate form along an axis (X), bearing teeth made of a piece with this core , these teeth being divided into groups , spaced axially apart from one another, and each extending substantially parallel to a transverse plane of the core in a curved direction, the curvatures of the teeth being reversed alternately from one group to the other, each group comprising a single tooth, pairs of groups being each formed by two groups of teeth in succession and each comprising a first group and a second group, characterized in that curved portions of the teeth of the first group of each pair are aligned with the curved portions of the teeth of the first group of each of the other pairs along a first straight line at the level of the core , curved portions of the teeth of the second group of each pair are aligned with the curved portions of the teeth of the second group of each of the other pairs along a second straight line at the level of the core , the first and second straight lines being distinct from one another and parallel to the axis (X).
A communication device designed to operate on any type of item surface , when affixed onto that item surface, comprising: . a RFID on metal tag (ROM) tag having a mounting surface and radiating electromagnetic waves in a principal direction, which is perpendicular to said mounting surface, characterized in that i the device further comprises: . a permanent magnet having a flat face, said mounting surface of the ROM tag being fixedly assembled on said flat face of the permanent magnet, wherein said permanent magnet having a S-N orientation perpendicular to said flat face. . a RFID on metal tag (ROM) tag having a mounting surface and radiating electromagnetic waves in a principal direction, which is perpendicular to said mounting surface, characterized in that i the device further comprises: . a permanent magnet having a flat face, said mounting surface of the ROM tag being fixedly assembled on said flat face of the permanent magnet, wherein said permanent magnet having a S-N orientation perpendicular to said flat face.
A method for protecting content including authenticating a memory device by a controller device , the method comprising: sending a pre-stored number, a random number and key position information to the memory device ; receiving authentication information from the memory device ; verifying the authentication information using a verification data key characterised in that : if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device . sending a pre-stored number, a random number and key position information to the memory device ; receiving authentication information from the memory device ; verifying the authentication information using a verification data key characterised in that : if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device . if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device .
Measuring apparatus for tracking human and/or animal tissues comprising: a) a working area for receiving a tissue; b) a detecting means configured to detect a unique tissue code provided with the tissue placed on the working area , wherein the detecting means is an optical reader configured to take a picture of the tissue received by the working area ; c) a measuring means configured to automatically measure quantitative properties of the tissue placed on the working area ; and d) a processing and storing unit configured to automatically link the quantitative properties with the tissue code and to automatically store the so linked quantitative properties and tissue code such that the quantitative properties can be retrieved based on the tissue code. a) a working area for receiving a tissue; b) a detecting means configured to detect a unique tissue code provided with the tissue placed on the working area , wherein the detecting means is an optical reader configured to take a picture of the tissue received by the working area ; c) a measuring means configured to automatically measure quantitative properties of the tissue placed on the working area ; and d) a processing and storing unit configured to automatically link the quantitative properties with the tissue code and to automatically store the so linked quantitative properties and tissue code such that the quantitative properties can be retrieved based on the tissue code.
Hinged belt conveyor having an endless hinged belt which is formed by links connected to one another in an articulated manner, wherein each link has hinge eyelets (15.1, 15.2) which are arranged offset from one another, and having a drive device which is connected to the hinged belt , wherein a pin extends through the hinge eyelets (15.1, 15.2) of two adjacent links in each case, wherein the hinge eyelets (15.1, 15.2) are connected in a form-fitting manner to the link and are positionable along the pin , wherein receiving means (24.1, 24.2) are provided in each longitudinal region (23.1, 23.2) of the link , characterized in that each hinge eyelet (15.1, 15.2) has an extension with a geometrical structure complementary to the receiving means (24.1, 24.2). wherein the hinge eyelets (15.1, 15.2) are connected in a form-fitting manner to the link and are positionable along the pin , wherein receiving means (24.1, 24.2) are provided in each longitudinal region (23.1, 23.2) of the link , characterized in that each hinge eyelet (15.1, 15.2) has an extension with a geometrical structure complementary to the receiving means (24.1, 24.2).
Accessory device (2; 102) for threaded neck (4; 104) of container (3; 103), the accessory device (2; 102) comprises a first ring (8; 108) provided with a thread to screw the first ring (8; 108) on a threaded neck (4; 104) of container (3; 103) and a second ring (9; 109), integral in rotation with the first ring (8; 108) using at least one coupling member (10; 110) separate from at least one of said first and second rings (8; 108, 9; 109) and which comprises at least one coupling area for coupling with the at least one first, second ring (8; 108, 9; 109) from which it is separate, characterised in that the coupling member (10; 110) comprises at least one rupture area separate from said coupling area, designed to break above a rotation torque threshold applied between said first and second rings (8; 108, 9; 109) when a certain torque is applied to the second ring (9; 109) when the accessory device (2; 102) is screwed on the threaded neck (4; 104) of the container (3; 103).
A hearing prosthesis system comprising an electrode array configured to be implanted within a patient; a cochlear implant coupled to the electrode array and configured to be implanted within the patient; and a processing unit communicatively coupled to the cochlear implant; wherein the processing unit is configured to: direct the cochlear implant to apply stimulation to a cochlea of the patient via the electrode array; and detect, via the electrode array, a neural response of the patient to hearing stimulation; and characterised in that : the processing unit is further configured to: generate a user interaction audio signal indicative of an interaction of the patient with the hearing prosthesis system and apply perceivable hearing stimulation to the patient according to the user interaction audio signal, and record, via the electrode array and the cochlear implant, the neural response to said hearing stimulation according to the user interaction audio signal, thereby utilizing the user interaction audio signal as a test audio signal. an electrode array configured to be implanted within a patient; a cochlear implant coupled to the electrode array and configured to be implanted within the patient; and a processing unit communicatively coupled to the cochlear implant; wherein the processing unit is configured to: direct the cochlear implant to apply stimulation to a cochlea of the patient via the electrode array; and detect, via the electrode array, a neural response of the patient to hearing stimulation; direct the cochlear implant to apply stimulation to a cochlea of the patient via the electrode array; and detect, via the electrode array, a neural response of the patient to hearing stimulation; and characterised in that : the processing unit is further configured to: generate a user interaction audio signal indicative of an interaction of the patient with the hearing prosthesis system and apply perceivable hearing stimulation to the patient according to the user interaction audio signal, and record, via the electrode array and the cochlear implant, the neural response to said hearing stimulation according to the user interaction audio signal, thereby utilizing the user interaction audio signal as a test audio signal. generate a user interaction audio signal indicative of an interaction of the patient with the hearing prosthesis system and apply perceivable hearing stimulation to the patient according to the user interaction audio signal, and record, via the electrode array and the cochlear implant, the neural response to said hearing stimulation according to the user interaction audio signal, thereby utilizing the user interaction audio signal as a test audio signal.
Method for displaying lane information in a vehicle , in which the current position of the vehicle on a route is detected, a number of lanes that are present at the current position in the direction of travel (F) of the vehicle on the route is determined, the lane course of the lanes that are present ahead of the vehicle in the direction of travel (F) of the vehicle is determined by means of highly accurate maps, wherein a first lane which is a target lane for the vehicle is determined from the lane course, a first display is generated in a first display area (3.1), which first display shows a schematic image of the lanes present at the current position of the vehicle , which schematic image comprises schematic lanes (8.1, 8.2), wherein the number of schematic lanes (8.1, 8.2) corresponds to the number of lanes that are present, so that in each case a schematic lane (8.1, 8.2) is assigned to a lane that is present, a graphic object is generated at at least one first schematic lane (8.1, 8.2), which graphic object indicates whether the lane assigned to the first schematic lane (8.1, 8.2) is the target lane, a first change position on the route is determined from which a second and no longer the first lane will be the target lane for the vehicle , and a second display is generated in a second display area (3.2), which second display shows a schematic image of the lanes present at the first change position on the route, wherein a second change position on the route is determined, and if the current position of the vehicle corresponds to the first change position, a display change is effected, in which the second display is displayed in the first display area (3.1) and in which a third display is generated in the second display area (3.2), which third display shows a schematic image of the lanes present at the second change position on the route.
A headlight control system for a motor vehicle, comprising: a controllable headlight adapted to generate variable illumination of the vehicle environment; an imaging apparatus adapted to capture images from a region in front of the motor vehicle; and a data processing device adapted to perform image processing of images captured by said imaging apparatus and to vary the light characteristics of said controllable headlight depending on said image processing, wherein a machine learning model is implemented in said data processing device which is trained to estimate and output an output signal representing a desired illumination of the vehicle environment from one or more images received as input from the imaging apparatus , said output signal comprises a desired illumination profile; characterized in that the machine learning model is trained using a ground truth data set comprising one or more images and manual annotations on each of the one or more images in the form of a curve delimiting the desired area of illumination, and the output signal representing said desired illumination profile is defined as a curve delimiting a desired area of illumination in an image wherein the region below the curve is well illuminated and the region above the curve is not, or only sparsely, illuminated. a controllable headlight adapted to generate variable illumination of the vehicle environment; an imaging apparatus adapted to capture images from a region in front of the motor vehicle; and a data processing device adapted to perform image processing of images captured by said imaging apparatus and to vary the light characteristics of said controllable headlight depending on said image processing, wherein a machine learning model is implemented in said data processing device which is trained to estimate and output an output signal representing a desired illumination of the vehicle environment from one or more images received as input from the imaging apparatus , said output signal comprises a desired illumination profile; characterized in that the machine learning model is trained using a ground truth data set comprising one or more images and manual annotations on each of the one or more images in the form of a curve delimiting the desired area of illumination, and the output signal representing said desired illumination profile is defined as a curve delimiting a desired area of illumination in an image wherein the region below the curve is well illuminated and the region above the curve is not, or only sparsely, illuminated.
A method for establishing a secure communication session with an anonymous wireless host, the method comprising: by a wireless client: discovering at least one service advertised as available over a wireless network; selecting , from the at least one service, a service that is implemented by the anonymous wireless host; transmitting , via a broadcast address or a multicast address of the wireless network, an invitation to the anonymous wireless host to establish the secure communication session with the service; receiving , via the broadcast address or the multicast address, an acceptance from the anonymous wireless host; and establishing the secure communication session over a communication channel, wherein the secure communication session is used to exchange encrypted data between the selected service and the wireless client. discovering at least one service advertised as available over a wireless network; selecting , from the at least one service, a service that is implemented by the anonymous wireless host; transmitting , via a broadcast address or a multicast address of the wireless network, an invitation to the anonymous wireless host to establish the secure communication session with the service; receiving , via the broadcast address or the multicast address, an acceptance from the anonymous wireless host; and establishing the secure communication session over a communication channel, wherein the secure communication session is used to exchange encrypted data between the selected service and the wireless client.