mhurhangee/ep-ind-claims huggingface dataset:
Method of transmitting first and second control data between, on the one hand, a device having an internet protocol interface and, on the other hand, at least a first electrical device and a second electrical device, for controlling the first electrical device by means of the first control data and the second electrical device by means of the second control data, in each case using a gateway device, wherein the device having the internet protocol interface has a first radio interface of a first type for transmitting the first and second control data, wherein the first electrical device has a second radio interface of a second type and the second electrical device has a third radio interface of the second type for transmitting the control data, wherein the first type of radio interface is configured as a WLAN interface, wherein the second type of radio interface is configured as an LPD/SRD,(low power devices/short range devices, interface, wherein the gateway device has at least a fourth radio interface of the second type, wherein a specified first radio signal is transmitted between the second radio interface and the fourth radio interface and a specified second radio signal is transmitted between the third radio interface and the fourth radio interface, wherein the specified first radio signal is generated by the gateway device by means of a plurality of first items of parameter information and the specified second radio signal is generated by the gateway device by means of a plurality of second items of parameter information, wherein the first control data transmitted via the first radio interface have the plurality of first items of parameter information and the second control data have the plurality of second items of parameter information and are transmitted to the gateway device during a respective learning operation mode, wherein the plurality of first items of parameter information and the plurality of second items of parameter information are stored in a memory area allocated to the gateway device and during an operative operation mode the first control data transmitted via the first radio interface address merely the plurality of first items of parameter information and the second control data address merely the plurality of second items of parameter information.
A bi-directional dual active bridge, DAB, DC to DC converter, comprising: a DC to DC conversion circuit; and a controller operatively connected to the conversion circuit and configured to control a voltage output of the conversion circuit, the controller including an observer based estimated current sensor module configured to simulate a physical output DC link current sensor by inputting an estimated output current feedback inner state signal ^ė o into a voltage output command feedback loop of the controller; wherein the current sensor module includes an estimated sensor feedback loop; wherein the controller is configured to input an output voltage state signal e o from the controller at a beginning block of the estimated sensor feedback loop, wherein a state transfer function of the estimated sensor feedback loop is the same transfer function as a plant transfer function of the DAB physical system configured to provide an inner loop current signal I DCavg representing an average DC link current state. a DC to DC conversion circuit; and a controller operatively connected to the conversion circuit and configured to control a voltage output of the conversion circuit, the controller including an observer based estimated current sensor module configured to simulate a physical output DC link current sensor by inputting an estimated output current feedback inner state signal ^ė o into a voltage output command feedback loop of the controller; wherein the current sensor module includes an estimated sensor feedback loop; wherein the controller is configured to input an output voltage state signal e o from the controller at a beginning block of the estimated sensor feedback loop, wherein a state transfer function of the estimated sensor feedback loop is the same transfer function as a plant transfer function of the DAB physical system configured to provide an inner loop current signal I DCavg representing an average DC link current state.
A decoding method for decoding an incoming audio/video stream received by a decoder box that is connected to audio playback equipment and to video playback equipment, the decoding method being performed in the decoder box, the incoming audio/video stream transporting a reference clock signal and comprising audio samples and video samples including respective presentation time stamps, the decoding method comprising the steps of: · evaluating an audio latency introduced by an audio path and a video latency introduced by a video path; · if the audio (or respectively video) latency is greater than the video (or resp. audio) latency, testing a first condition to ensure that the time difference (Δt_a, Δt_v) between the presentation time stamp of the audio (or resp. video) samples and the reference clock signal is sufficient to enable the audio (or resp. video) samples to be decoded correctly, and if the first condition is satisfied, acting, when decoding the audio (or resp. video), to decrease the presentation time stamp of the audio (or resp. video) samples in order to advance playback of the audio (or resp. video) samples, thereby compensating at least in part the latency difference (Δlat_a, Δlat_v) between the audio (or resp. video) latency and the video (or resp. audio) latency. · evaluating an audio latency introduced by an audio path and a video latency introduced by a video path; · if the audio (or respectively video) latency is greater than the video (or resp. audio) latency, testing a first condition to ensure that the time difference (Δt_a, Δt_v) between the presentation time stamp of the audio (or resp. video) samples and the reference clock signal is sufficient to enable the audio (or resp. video) samples to be decoded correctly, and if the first condition is satisfied, acting, when decoding the audio (or resp. video), to decrease the presentation time stamp of the audio (or resp. video) samples in order to advance playback of the audio (or resp. video) samples, thereby compensating at least in part the latency difference (Δlat_a, Δlat_v) between the audio (or resp. video) latency and the video (or resp. audio) latency.
A flexible film package having an adhesive based reclosable fastener, comprising: A flexible film substrate forming a plurality of package walls (18,16) joined to one another to form an interior cavity for receiving a product, the plurality of walls (18,16) having at least first and second opposing flexible walls (18,16), wherein the second opposing flexible wall extends beyond the first opposing flexible wall; a first low tack pressure sensitive adhesive (LTPSA) layer disposed on an exterior surface of the first opposing flexible wall; a second LTPSA layer disposed on an interior surface of the second opposing flexible wall on a portion that extends beyond the first opposing flexible wall, the LTPSA layers (32,30) configured to be adjacent to one another when the package is closed along a fold line, wherein the reclosable fastener including the first and second LTPSA layers (32,30) exhibits a tack as measured by a modified version of a rolling ball test in ASTM D3121 where the adhesive tack permits 2.54 cm (1 inch) to 35.56 cm (14 inches) of ball travel; and a package mouth oriented between the first and second LTPSA layers, initially sealed, to permit access to the interior cavity; characterised in that the flexible film substrate further comprises adhesion promoting filler particles dispersed therein, and wherein at least a portion of the adhesion promoting filler particles are exposed at a surface of the flexible film substrate. A flexible film substrate forming a plurality of package walls (18,16) joined to one another to form an interior cavity for receiving a product, the plurality of walls (18,16) having at least first and second opposing flexible walls (18,16), wherein the second opposing flexible wall extends beyond the first opposing flexible wall; a first low tack pressure sensitive adhesive (LTPSA) layer disposed on an exterior surface of the first opposing flexible wall; a second LTPSA layer disposed on an interior surface of the second opposing flexible wall on a portion that extends beyond the first opposing flexible wall, the LTPSA layers (32,30) configured to be adjacent to one another when the package is closed along a fold line, wherein the reclosable fastener including the first and second LTPSA layers (32,30) exhibits a tack as measured by a modified version of a rolling ball test in ASTM D3121 where the adhesive tack permits 2.54 cm (1 inch) to 35.56 cm (14 inches) of ball travel; and a package mouth oriented between the first and second LTPSA layers, initially sealed, to permit access to the interior cavity; characterised in that the flexible film substrate further comprises adhesion promoting filler particles dispersed therein, and wherein at least a portion of the adhesion promoting filler particles are exposed at a surface of the flexible film substrate.
A method, comprising: determining a current operating mode of a lifting device (820, 830) as the lifting device moves a load in an operating area, the lifting device comprising lifting means, one or more cameras and a controller; positioning, using positioning means comprising the one or more cameras, in the operating area a restricted object (706, 708) in an area, where the operation of the lifting device is restricted in comparison with the operating area around the restricted object (706, 708), characterized in that the method comprises; determining a difference between the current operating mode of the lifting device and a restricted operating mode to be applied in the restricted area including the restricted object (706, 708), wherein determining the restricted operating mode comprises identifying the type of the restricted object (706, 708) to allow operation of the lifting device to be determined according to the type of the restricted object (706, 708); determining on the basis of the difference a movement distance travelled by the lifting device when the current operating mode of the lifting device is changed to the operating mode to be applied in the restricted area including the restricted object (706, 708); and beginning the changing of the current operating mode of the lifting device to the restricted operating mode to be applied in the restricted object (706, 708) when the distance of the load moved by the lifting device from the restricted object (706, 708) is shorter than the predetermined movement distance. determining a current operating mode of a lifting device (820, 830) as the lifting device moves a load in an operating area, the lifting device comprising lifting means, one or more cameras and a controller; positioning, using positioning means comprising the one or more cameras, in the operating area a restricted object (706, 708) in an area, where the operation of the lifting device is restricted in comparison with the operating area around the restricted object (706, 708), characterized in that the method comprises; determining a difference between the current operating mode of the lifting device and a restricted operating mode to be applied in the restricted area including the restricted object (706, 708), wherein determining the restricted operating mode comprises identifying the type of the restricted object (706, 708) to allow operation of the lifting device to be determined according to the type of the restricted object (706, 708); determining on the basis of the difference a movement distance travelled by the lifting device when the current operating mode of the lifting device is changed to the operating mode to be applied in the restricted area including the restricted object (706, 708); and beginning the changing of the current operating mode of the lifting device to the restricted operating mode to be applied in the restricted object (706, 708) when the distance of the load moved by the lifting device from the restricted object (706, 708) is shorter than the predetermined movement distance.
A packaging, comprising: a first panel having an opening; and a foil label at least partially overlaying the opening and at least partially attached to an insert member, wherein upon separation of the insert member from the packaging, at least a portion of the foil label is separated from the foil label thereby leaving a visual void in the opening indicating that the separation has occurred, wherein upon the separation of the insert member from the packaging, at least the portion of the foil label that is separated from the foil label remains attached to and covers at least a first portion of the insert member, characterized in that the first portion of the insert member includes a unique identifier, and that removing the portion of the foil label attached to the first portion of the insert member is substantially irreversible, so that it provides a visual and/or tactile indication of possible tampering of the packaging and/or a compromised insert member. a first panel having an opening; and a foil label at least partially overlaying the opening and at least partially attached to an insert member, wherein upon separation of the insert member from the packaging, at least a portion of the foil label is separated from the foil label thereby leaving a visual void in the opening indicating that the separation has occurred, wherein upon the separation of the insert member from the packaging, at least the portion of the foil label that is separated from the foil label remains attached to and covers at least a first portion of the insert member, characterized in that the first portion of the insert member includes a unique identifier, and that removing the portion of the foil label attached to the first portion of the insert member is substantially irreversible, so that it provides a visual and/or tactile indication of possible tampering of the packaging and/or a compromised insert member.
A drug delivery device for use in the controlled delivery of a particular drug or drugs to a particular location of the eye, the device comprising: micron sized porous silicon or silicon dioxide particles having pores configured and dimensioned to at least partially receive at least one drug therein; and wherein the particles are suitable to be delivered into or onto the eye. micron sized porous silicon or silicon dioxide particles having pores configured and dimensioned to at least partially receive at least one drug therein; and
A process for the production of at least one drawn polypropylene mono- or multifilament or at least one fiber derived therefrom for the reinforcement of cementitious products, said process is performed in the absence of a nucleating agent comprising the steps of: (i) forming a melted polypropylene composition comprising at least one polypropylene, (ii) extruding the melted polymeric composition through a spinneret to form a filament of the polymeric composition, (iii) quenching the extruded polypropylene filament in a liquid bath having a temperature of between 5°C and 45°C, wherein the distance between the surface of said liquid bath and the surface of said spinneret ranges between about 5 mm and about 200 mm, and (iv) drawing said filament at a temperature of between about 130°C and 180°C to form a drawn polypropylene filament, and cutting said filament into one or more fibers having a length between about 3 and about 50 mm. (i) forming a melted polypropylene composition comprising at least one polypropylene, (ii) extruding the melted polymeric composition through a spinneret to form a filament of the polymeric composition, (iii) quenching the extruded polypropylene filament in a liquid bath having a temperature of between 5°C and 45°C, wherein the distance between the surface of said liquid bath and the surface of said spinneret ranges between about 5 mm and about 200 mm, and (iv) drawing said filament at a temperature of between about 130°C and 180°C to form a drawn polypropylene filament, and
Instrumented garment comprising an elastic woven fabric comprising: • nonconductive elastic yarns arranged in the warp direction and; • at least one elastic conductive yarn designed to form a bus for the transmission of at least one electrical signal from a sensor sensitive to a physiological and/or actimetric characteristic of the wearer of the garment the said at least one conductive yarn being arranged in a protective sleeve, the said garment being characterized in that the woven textile comprises nonconductive elastic yarns in the weft direction with the at least one elastic conductive yarn being placed solely in the weft direction of the textile and the said sleeve being formed by the selective weaving of nonconductive elastic yarns arranged in the warp direction to form two parallel overlaid and locally separated textile layers (7, 8). • nonconductive elastic yarns arranged in the warp direction and; • at least one elastic conductive yarn designed to form a bus for the transmission of at least one electrical signal from a sensor sensitive to a physiological and/or actimetric characteristic of the wearer of the garment the said at least one conductive yarn being arranged in a protective sleeve,
Timepiece which includes, in addition to a crystal, the following external elements: a back cover, a middle part, a dial, a bezel and two wristband strands, wherein at least the middle part is made of a metallic material, wherein the middle part and the bezel define an internal volume of the watch case which houses a watch movement, the timepiece including at least one light source housed in the internal volume of the watch case and producing a light, a through passage in which a transparent or translucent cylinder is engaged at the location or locations where the light is expected to escape from the internal volume of the watch case being provided in the middle part made of a metallic material, the timepiece further comprising a winding crown or push-button surrounded by the transparent or translucent cylinder, which acts as a light guide for the light that escapes from the internal volume of the watch case, the external diameter of the transparent or translucent cylinder being greater than the diameter of the crown or push-button.
A method for inhibiting or preventing leaching of a plasticizer from a surface of a substrate, comprising: (a) coating at least a portion of a surface of a substrate with a composition comprising a copolymer to provide a coated surface, the copolymer comprising first repeating units and second repeating units, wherein each of the first repeating units comprises a pendant zwitterionic group, and wherein each of the second repeating units comprises a pendant photoreactive group effective for crosslinking the copolymer on a surface, to provide a coated surface; and (b) irradiating the coated surface with ultraviolet light effective to crosslink the copolymer on the surface, thereby providing a coated surface effective for inhibiting or preventing leaching of a plasticizer from the surface; wherein the copolymer has formula: wherein R 1 and R 2 are independently -(CH 2) x H, where x is an integer from 0 to 20; R 3 and R 4 are independently -(CH 2) x H, where x is an integer from 0 to 20; X is O or NH; Y is O or NH; n is an integer from 1 to 20; m is an integer from 1 to 20; a is from about 0.10 to about 0.90 mole percent; b is about 0.10 to about 0.90 mole percent; a + b is 1.0; and * represents the copolymer terminal groups. (a) coating at least a portion of a surface of a substrate with a composition comprising a copolymer to provide a coated surface, the copolymer comprising first repeating units and second repeating units, wherein each of the first repeating units comprises a pendant zwitterionic group, and wherein each of the second repeating units comprises a pendant photoreactive group effective for crosslinking the copolymer on a surface, to provide a coated surface; and (b) irradiating the coated surface with ultraviolet light effective to crosslink the copolymer on the surface, thereby providing a coated surface effective for inhibiting or preventing leaching of a plasticizer from the surface; R 1 and R 2 are independently -(CH 2) x H, where x is an integer from 0 to 20; R 3 and R 4 are independently -(CH 2) x H, where x is an integer from 0 to 20; X is O or NH; Y is O or NH; n is an integer from 1 to 20; m is an integer from 1 to 20; a is from about 0.10 to about 0.90 mole percent; b is about 0.10 to about 0.90 mole percent; a + b is 1.0; and * represents the copolymer terminal groups.
Electric fluid pump for a motor vehicle, comprising a housing in which an electrically commutated motor stator and a permanently excited motor rotor are provided, said motor rotor being arranged on a rotor shaft/axle, wherein in a dry region of the housing a circuit board free of potting compound is provided which comprises at least one contactless sensor arranged on a spacer element for detecting a rotor position, as well as further electronic components electrically connected with the circuit board via connecting wires (24, 26), characterized in that a retaining element is provided on which the contactless sensor and the electronic components are arranged and which is arranged at a distance from the circuit board by means of the spacer elements, wherein the retaining element is connected with the circuit board by means of a clip connection so that large cleansing zones that allow the circuit board to be cleaned without residue after having been assembled.
A method of manufacturing an elongated product, comprising forming a core having an outer layer of plastic, extruding a seamless metal layer on the core allowing a clearance between the metal layer and the core, cooling the metal layer and reducing the diameter of the metal layer to get it in contact with the plastic core, characterized in that the method further comprises annealing the metal layer for increasing its flexibility and that there is tie material between the core and the metal layer and the tie material is activated simultaneously with the annealing.