mhurhangee/ep-ind-claims huggingface dataset:
Packaging container made in one piece having a container body, wherein a handle is formed on the container body, wherein • the container body is cup-shaped or shell-shaped and can be rotationally symmetrical and • the container body has a filling and removal opening, which can occupy a complete side of the container body, and • the opening of the container body is provided with an edge flange or a rim at least in sections, wherein the edge flange or rim projects outwards and • the handle is formed in the vicinity of the container opening and • the handle is hinged to the container body via a material thinning, which is designed as a film hinge, or the handle is hinged to the edge flange or rim via a material thinning, which is designed as a film hinge, and • at least one detachable connection is provided between handle and edge flange or rim, which when the handle is required can be broken loose and the handle lifted up, characterized in that the packaging container is manufactured using the deep-drawing process, wherein the connection only covers a partial section of the handle. • the container body is cup-shaped or shell-shaped and can be rotationally symmetrical and • the container body has a filling and removal opening, which can occupy a complete side of the container body, and • the opening of the container body is provided with an edge flange or a rim at least in sections, wherein the edge flange or rim projects outwards and • the handle is formed in the vicinity of the container opening and • the handle is hinged to the container body via a material thinning, which is designed as a film hinge, or the handle is hinged to the edge flange or rim via a material thinning, which is designed as a film hinge, and • at least one detachable connection is provided between handle and edge flange or rim, which when the handle is required can be broken loose and the handle lifted up, the packaging container is manufactured using the deep-drawing process, wherein the connection only covers a partial section of the handle.
A top layer for a panel exhibiting a panel main body, such as a floor-covering panel, wall-cladding panel or ceiling-cladding panel and/or a furniture component, building panel, cover panel or drywall panel and/or as a façade element, panel element or plank element, or screen, wherein the top layer comprises a paper layer and a film layer made of a flexible plastic forming the outer side of the top layer, characterised in that the paper layer is formed as a pre-impregnate being already partially impregnated during the paper manufacturing process or as a paper being partially impregnated after the paper manufacturing process and before its combination with the film layer.
A guide tool for guiding surgical instrumentation and facilitating insertion of surgical implants for repair of bone and/or cartilage damage, and for remodeling of a joint surface, in a finger or toe joint, wherein said guide tool comprises: - an attachment part comprising a first patient specific contact surface adapted to fit of the proximal phalanxes or metatarsal bones in a toe or the distal-, middle-, or proximal phalanxes or metacarpal bones in a finger; - a directing flange, placed on a second patient specific contact surface opposite the first patient specific contact surface; - a guiding device part comprising an opening covering a bone and or cartilage area to be remodeled and optionally replaced by an implant, said opening being further arranged for allowing bone and cartilage to protrude through said opening, characterized in that said guiding device part comprises a reamer guide surface with a shape and angle adapted for guiding a reamer in the formation of a smooth vaulted surface of the cartilage and bone structure beneath by removing the bone and cartilage protruding above said opening, wherein the reamer guide surface is adapted for allowing the protruding bone and cartilage to be removed in a certain predetermined angle due to the shape and angle of the reamer guide surface and the opening in such a way that a new articulating surface in form of a vaulted surface is formed in the joint. - an attachment part comprising a first patient specific contact surface adapted to fit of the proximal phalanxes or metatarsal bones in a toe or the distal-, middle-, or proximal phalanxes or metacarpal bones in a finger; - a directing flange, placed on a second patient specific contact surface opposite the first patient specific contact surface; - a guiding device part comprising an opening covering a bone and or cartilage area to be remodeled and optionally replaced by an implant, said opening being further arranged for allowing bone and cartilage to protrude through said opening, characterized in that
A syringe comprising: a plunger comprising: a plunger tube having proximal and distal ends; a center tube coupled to the proximal end of the plunger tube and extending within the plunger tube toward the distal end, the center tube having a center passage; and a balloon disposed over the center tube and sealingly fixed to at least one of the center tube and the plunger tube; and a barrel comprising: a barrel tube having proximal and distal ends and an interior configured to accept a portion of the plunger; a tip fixedly coupled to the proximal end of the barrel tube; a post fixedly attached to the tip and extending within the barrel tube toward the distal end, the tip configured to partially extend into the center passage of the plunger; a gas passage extending from a proximal end of the tip to the distal end of the post; and a liquid passage between an exterior surface of the tip and the interior of the barrel tube. a plunger comprising: a plunger tube having proximal and distal ends; a center tube coupled to the proximal end of the plunger tube and extending within the plunger tube toward the distal end, the center tube having a center passage; and a balloon disposed over the center tube and sealingly fixed to at least one of the center tube and the plunger tube; and a plunger tube having proximal and distal ends; a center tube coupled to the proximal end of the plunger tube and extending within the plunger tube toward the distal end, the center tube having a center passage; and a balloon disposed over the center tube and sealingly fixed to at least one of the center tube and the plunger tube; and a barrel comprising: a barrel tube having proximal and distal ends and an interior configured to accept a portion of the plunger; a tip fixedly coupled to the proximal end of the barrel tube; a post fixedly attached to the tip and extending within the barrel tube toward the distal end, the tip configured to partially extend into the center passage of the plunger; a gas passage extending from a proximal end of the tip to the distal end of the post; and a liquid passage between an exterior surface of the tip and the interior of the barrel tube. a barrel tube having proximal and distal ends and an interior configured to accept a portion of the plunger; a tip fixedly coupled to the proximal end of the barrel tube; a post fixedly attached to the tip and extending within the barrel tube toward the distal end, the tip configured to partially extend into the center passage of the plunger; a gas passage extending from a proximal end of the tip to the distal end of the post; and a liquid passage between an exterior surface of the tip and the interior of the barrel tube.
An integrated antenna device comprising a first, dielectric antenna component and a second, electrical ly-conductive antenna component, wherein the first and second antenna components are not electrically connected to each other but are mutually arranged such that the second antenna component is parasitically driven by the first antenna component when the first antenna component is fed with a predetermined signal, wherein the second antenna component is a planar inverted-L antenna connected to a ground plane, and in that the first and second antenna components are configured to radiate in different frequency bands; wherein the first antenna component comprises a high dielectric antenna formed as a dielectric pellet mounted on the first side of a dielectric substrate, a microstripfeed located on the first side of the dielectric substrate and contacting the dielectric pellet either on a side surface thereof or an underside thereof, and a conductive layer, being the ground plane, formed on a second side of the dielectric substrate opposed to the first side of the dielectric substrate, wherein an aperture is formed in the conductive layer or the conductive layer is removed from the second side of the dielectric substrate at a location correspondi ng to that of the dielectric pellet; and wherein the second antenna component extends over a top surface of the first antenna component wherein the first antenna component comprises a high dielectric antenna formed as a dielectric pellet mounted on the first side of a dielectric substrate, a microstripfeed located on the first side of the dielectric substrate and contacting the dielectric pellet either on a side surface thereof or an underside thereof, and a conductive layer, being the ground plane, formed on a second side of the dielectric substrate opposed to the first side of the dielectric substrate, wherein an aperture is formed in the conductive layer or the conductive layer is removed from the second side of the dielectric substrate at a location correspondi ng to that of the dielectric pellet; and wherein the second antenna component extends over a top surface of the first antenna component
Device for the remote opening of automatic doors, to be incorporated in vehicles, characterized in that it comprises - one or more remote control commands - a connection cable hose with four cables associated to each remote control command to be connected - a push button located on the dashboard of the vehicle - an electronic card and a keyboard integrated in the dashboard of the vehicle and operatively connected to the electronic card wherein: - the first cable of the connection cable hose is connected by one of its ends to the (+) contact of a battery of the remote control command and by the other end to an active cable of the vehicle; - the second cable of the connection cable hose is connected at one end to the (-) contact of the battery of the remote control command and at the other end to the ground connection of the vehicle; - the third cable of the connection cable hose is connected at one end to the opening push button of the remote control command via the electronic card and connected to the push button through the electronic card; - the fourth cable of the connection cable hose is connected by at one end to the closing push button of the remote control command, via the electronic card and connected to the push button through the electronic card. - one or more remote control commands - a connection cable hose with four cables associated to each remote control command to be connected - a push button located on the dashboard of the vehicle - an electronic card and a keyboard integrated in the dashboard of the vehicle and operatively connected to the electronic card - the first cable of the connection cable hose is connected by one of its ends to the (+) contact of a battery of the remote control command and by the other end to an active cable of the vehicle; - the second cable of the connection cable hose is connected at one end to the (-) contact of the battery of the remote control command and at the other end to the ground connection of the vehicle; - the third cable of the connection cable hose is connected at one end to the opening push button of the remote control command via the electronic card and connected to the push button through the electronic card; - the fourth cable of the connection cable hose is connected by at one end to the closing push button of the remote control command, via the electronic card and connected to the push button through the electronic card.
A method comprising: receiving, by a first device among a plurality of devices, content from an external content source via a wireless connection, the first device registered with a cellular network to utilize a shared telephone number among a plurality of telephone numbers for sending and receiving at least cellular communications via the cellular network; causing, by the first device, presentation of the content on an output device of the first device; retrieving, by the first device, information for one or more related devices among the plurality of devices, the plurality of devices configured to have a plurality of telephone numbers, respectively among the plurality of telephone numbers; and transmitting, by the first device, the content received from the external content source to at least one second device registered with the cellular network to utilize the shared telephone number, wherein the content is received by the first device via a localized wireless multicast or broadcast via the cellular network, and the localized wireless multicast or broadcast is unavailable to the at least one second device. receiving, by a first device among a plurality of devices, content from an external content source via a wireless connection, the first device registered with a cellular network to utilize a shared telephone number among a plurality of telephone numbers for sending and receiving at least cellular communications via the cellular network; causing, by the first device, presentation of the content on an output device of the first device; retrieving, by the first device, information for one or more related devices among the plurality of devices, the plurality of devices configured to have a plurality of telephone numbers, respectively among the plurality of telephone numbers; and transmitting, by the first device, the content received from the external content source to at least one second device registered with the cellular network to utilize the shared telephone number, wherein the content is received by the first device via a localized wireless multicast or broadcast via the cellular network, and the localized wireless multicast or broadcast is unavailable to the at least one second device.
Method for producing an electromagnetically actuatable pressure control valve for a high-pressure accumulator of an internal combustion engine, wherein the valve comprises an armature pin which is received in axially displaceable fashion in a valve housing and which, on an end surface, has a spherical calotte formed in by stamping, wherein the stamping of the spherical calotte is performed outside the valve housing by means of a tool, characterized in that the stamping comprises the following steps: a) introducing the armature pin with the end surface first into the guide bore of the guide body of the tool, wherein a play of ≤ 15 μm, preferably ≤ 10 μm, remains between the introduced armature pin and guide body, b) applying a defined stamping force to an end, averted from the end surface, of the armature pin coaxially with respect to the armature pin longitudinal axis in the direction of an at least partially spherically shaped stamping body received at the end of the guide bore, wherein the end surface of the armature pin is plastically deformed in accordance with the geometry of the at least partially spherically shaped stamping body, c) removing the armature pin from the guide bore of the guide body of the tool, and d) inserting the armature pin into the valve housing. a) introducing the armature pin with the end surface first into the guide bore of the guide body of the tool, wherein a play of ≤ 15 μm, preferably ≤ 10 μm, remains between the introduced armature pin and guide body, b) applying a defined stamping force to an end, averted from the end surface, of the armature pin coaxially with respect to the armature pin longitudinal axis in the direction of an at least partially spherically shaped stamping body received at the end of the guide bore, wherein the end surface of the armature pin is plastically deformed in accordance with the geometry of the at least partially spherically shaped stamping body, c) removing the armature pin from the guide bore of the guide body of the tool, and d) inserting the armature pin into the valve housing.
Arrangement for detecting the amount of material in a storage container of a machine for applying material to a field, comprising a calculation device which is connected to means for acquiring data relating to an amount of material which is present in the storage container at a specific point in time, and a sensor for detecting the amount of material flowing out of the storage container, and is programmed to calculate the current amount of material in the storage container on the basis of the data obtained and the signals, obtained after the specific point in time, of the sensor in that said calculation device highly integrates the quantity of material flowing out and subtracts it from the amount determined at the specific point in time and the calculation device is programmed to output a warning signal if the calculated current amount of material in the storage container undershoots a predetermined amount.
Method for recording and optimizing images in real-time, comprising the following steps: • sensing a region using a sensor and generating an image representation of the region with a predefined number of pixels that specify brightness values, and dividing the image into blocks of a predefined first size, and • applying a processing function (61, 62) to the pixels in the image representation for the purpose of generating an image, characterized in that the following steps are performed: • creating an auxiliary image representation by downsampling the blocks to a predefined second size smaller than the predefined first size, the downsampling reducing the number of pixels within the blocks, • sorting the pixels from each downsampled block in the auxiliary image representation according to their brightness values, • determining processing parameters (51, 52) for each block on the basis of the sorted pixels, by means of which processing parameters the pixels of the associated block must be processed in order to attain a brightness maximization and/or contrast maximization, and • interpolating the processing function (61, 62) with validity for the entire image representation from the processing parameters (51, 52). • sensing a region using a sensor and generating an image representation of the region with a predefined number of pixels that specify brightness values, and dividing the image into blocks of a predefined first size, and • applying a processing function (61, 62) to the pixels in the image representation for the purpose of generating an image, • creating an auxiliary image representation by downsampling the blocks to a predefined second size smaller than the predefined first size, the downsampling reducing the number of pixels within the blocks, • sorting the pixels from each downsampled block in the auxiliary image representation according to their brightness values, • determining processing parameters (51, 52) for each block on the basis of the sorted pixels, by means of which processing parameters the pixels of the associated block must be processed in order to attain a brightness maximization and/or contrast maximization, and • interpolating the processing function (61, 62) with validity for the entire image representation from the processing parameters (51, 52).
An electric heating device (H, H'), in particular an electric auxiliary heater for a motor vehicle, with several heating elements (1a, 1a', 2a, 2a', 3a, 3a', 4a), each of which is assigned to one heating zone (Z1, Z1', Z2, Z2', Z3, Z3', Z4), wherein the heating elements (1a, 1a', 2a, 2a', 3a, 3a', 4a) each have first contact elements (7, 13) for carrying current and second contact elements (8, 14, 19, 24, 27) for returning current, wherein the heating elements (1a, 1a', 2a, 2a', 3a, 3a', 4a) are stacked in rows and in columns running substantially perpendicularly thereto and wherein the first contact elements (7, 13) or the second contact elements (8, 14, 19, 24, 27) are arranged in close contact and perpendicular to a common collector power line, in particular a collector bus bar (10, 10', 16, 20, 26, 29), running as a power supply or a power return in the interior of the heating device and are electrically connected therewith, wherein heating elements are arranged on both sides of the common collector power line running in the interior of the heating device, wherein the heating device (H, H') has heating zones (Z1, Z1', Z2, Z2', Z3, Z3', Z4) whose heating capacity can be controlled via the respective non-common power supply or the non-common power return.
A method for determining placement of a wireless, mesh network extender, the method comprising the steps of: • establishing a connection with a wireless mesh network comprising a Central Access Point; • building a list of points of measurement of signal quality of said wireless, mesh network; • for each measurement point from the list of points of measurement, carry out step1 to step7: • step1: assuming a default value of its score; • step2: checking for a next available measurement point, the measurement point having an associated location; and if present, computing a quality measure for all measured points in the associated location; • step3: computing a distance N from the measurement point to the associated location; • step4: finding all measurement points whose distance from their respective Mesh Access Points is equal to N; • step5: computing a combined signal quality for all measurement points found at the finding step in order to arrive at a potential signal quality; • step6: checking whether the computed potential signal quality is better than said quality measure for all measured points in the associated location and if it is, updating the score; • step7: moving back to the step of checking for a next available measurement point and repeating the remaining steps in order to find the highest score; * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score. • establishing a connection with a wireless mesh network comprising a Central Access Point; • building a list of points of measurement of signal quality of said wireless, mesh network; • for each measurement point from the list of points of measurement, carry out step1 to step7: • step1: assuming a default value of its score; • step2: checking for a next available measurement point, the measurement point having an associated location; and if present, computing a quality measure for all measured points in the associated location; • step3: computing a distance N from the measurement point to the associated location; • step4: finding all measurement points whose distance from their respective Mesh Access Points is equal to N; • step5: computing a combined signal quality for all measurement points found at the finding step in order to arrive at a potential signal quality; • step6: checking whether the computed potential signal quality is better than said quality measure for all measured points in the associated location and if it is, updating the score; • step7: moving back to the step of checking for a next available measurement point and repeating the remaining steps in order to find the highest score; * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score. * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score.