mhurhangee/ep-ind-claims huggingface dataset:
Interior lighting device which is designed to be used in a vehicle, comprising: - a light source module with a first emitter face and a second emitter face; and - a light reflector with a first reflective surface, this first reflective surface being disposed opposite a part of the first emitter face; the light source module comprising one or a plurality of surface elements which emit light, characterised in that this or these surface element(s) is/are one or more organic light-emitting diodes, and in that the light reflector comprises a reverse side with the said first reflective surface, and a front side with a second reflective surface. - a light source module with a first emitter face and a second emitter face; and - a light reflector with a first reflective surface, this first reflective surface being disposed opposite a part of the first emitter face; the light source module comprising one or a plurality of surface elements which emit light, characterised in that this or these surface element(s) is/are one or more organic light-emitting diodes, and in that the light reflector comprises a reverse side with the said first reflective surface, and a front side with a second reflective surface.
A method for playing a video, which is applicable in a video monitoring system, the method comprises: in responding to obtaining a video playing request carrying target time identification information, transferring and storing video index information buffered in a buffer area of the video monitoring system to a target storage area of the video monitoring system such that the video index information is included in an index information packet stored in a target storage area, so as to obtain an updated index information packet, wherein the target time identification information comprises a target period for which a video file is to be played or a target time from which a video file is to be played, and the index information packet comprises video index information stored in the target storage area; and playing a video file corresponding to the target time identification information based on the updated index information packet. in responding to obtaining a video playing request carrying target time identification information, transferring and storing video index information buffered in a buffer area of the video monitoring system to a target storage area of the video monitoring system such that the video index information is included in an index information packet stored in a target storage area, so as to obtain an updated index information packet, wherein the target time identification information comprises a target period for which a video file is to be played or a target time from which a video file is to be played, and the index information packet comprises video index information stored in the target storage area; and playing a video file corresponding to the target time identification information based on the updated index information packet.
A method of providing channel feedback from a first multi-carrier transceiver to a remote transceiver, the method comprising: receiving a reference value on a reception subchannel of an OFDM signal received from the remote transceiver; applying one or more frequency transforms to the received OFDM signal to separate the received reference value from values carried by other reception subchannels; mapping a feedback value to a single transmission subchannel of an outgoing OFDM signal, said feedback value comprising the received reference value or an un-encoded channel estimate derived therefrom by calculating a channel estimate based on the received reference value and bypassing transmission encoding electronics to generate the un-encoded channel estimate; and transmitting the outgoing OFDM signal to the remote transceiver to provide the feedback value to the remote transceiver. receiving a reference value on a reception subchannel of an OFDM signal received from the remote transceiver; applying one or more frequency transforms to the received OFDM signal to separate the received reference value from values carried by other reception subchannels; mapping a feedback value to a single transmission subchannel of an outgoing OFDM signal, said feedback value comprising the received reference value or an un-encoded channel estimate derived therefrom by calculating a channel estimate based on the received reference value and bypassing transmission encoding electronics to generate the un-encoded channel estimate; and transmitting the outgoing OFDM signal to the remote transceiver to provide the feedback value to the remote transceiver.
A data transmission method, comprising: transmitting, by a transmitting node, a configuration information through a dedicated radio resource control, RRC, message to a receiving node, wherein the configuration information configures a time duration and a starting point of a pre-scheduling period and at least one scheduled trigger occasion during the pre-scheduling period, and wherein the at least one scheduled trigger occasion is used for instructing the receiving node to transmit data immediately or at a certain timing, wherein the configuration information of the pre-scheduling period is used for instructing the receiving node to prepare data to be transmitted according to the configuration information of the pre-scheduling period; and receiving, by the transmitting node, a transmission according to the configuration information from the receiving node. transmitting, by a transmitting node, a configuration information through a dedicated radio resource control, RRC, message to a receiving node, wherein the configuration information configures a time duration and a starting point of a pre-scheduling period and at least one scheduled trigger occasion during the pre-scheduling period, and wherein the at least one scheduled trigger occasion is used for instructing the receiving node to transmit data immediately or at a certain timing, wherein the configuration information of the pre-scheduling period is used for instructing the receiving node to prepare data to be transmitted according to the configuration information of the pre-scheduling period; and receiving, by the transmitting node, a transmission according to the configuration information from the receiving node.
A method for handling a load comprising a wind turbine component, the method comprising, - while a crane is supported by a supporting element, arranging a control arrangement (501, 502), which is at least partly elongated and flexible, so as to extend, while the load is lifted in a suspended manner with the crane, from the load to an actuator (511, 512), located on the supporting element, at a distance from the crane, - the actuator (511, 512) controlling the orientation of the load by means of the control arrangement (501, 502), wherein the actuator may be a person, who may move on the supporting element, - characterised by - the control arrangement (501, 502) being extended, during the load orientation control, via a redirection device (531, 532) which is connected to the supporting element, - wherein the redirection device (531, 532) is connected to the supporting element via a ballast (541, 542), - wherein, the redirection device (531, 532) and the ballast (541, 542) are, during the load orientation control, located at a distance from the crane, and - wherein the redirection device (531, 532) is provided between the actuator (511, 512) and the load, and the redirection device (531, 532) is located at a distance from the actuator (511, 512). - while a crane is supported by a supporting element, arranging a control arrangement (501, 502), which is at least partly elongated and flexible, so as to extend, while the load is lifted in a suspended manner with the crane, from the load to an actuator (511, 512), located on the supporting element, at a distance from the crane, - the actuator (511, 512) controlling the orientation of the load by means of the control arrangement (501, 502), wherein the actuator may be a person, who may move on the supporting element, - characterised by - the control arrangement (501, 502) being extended, during the load orientation control, via a redirection device (531, 532) which is connected to the supporting element, - wherein the redirection device (531, 532) is connected to the supporting element via a ballast (541, 542), - wherein, the redirection device (531, 532) and the ballast (541, 542) are, during the load orientation control, located at a distance from the crane, and - wherein the redirection device (531, 532) is provided between the actuator (511, 512) and the load, and the redirection device (531, 532) is located at a distance from the actuator (511, 512).
Method for drying biomass, wherein the method comprising the steps of: - forming an oblong pile of the biomass, wherein the pile has an height of 4-6 m, a width of 10-20 m and a length of 50-100 m, - arranging a lengthwise air-pocket device at the top of the oblong pile, which air-pocket device is a horizontal half cut pipe with a diameter of 400-1000 mm, preferably about 800 mm, wherein the device forms an air-pocket throughout the upper part of the oblong pile, - arranging at least one motor-fan on top of the air-pocket device for blowing air out from of the air-pocket device, - insulating the air-pocket device with a flexible plastic foam cell, such that effectiveness of the drying capacity is increased, and - protecting the pile with a water protected flexible cover (5a, 5b), which cover at least the upper part of the chip pile, preferably more than half the height of the chip pile from the top, wherein at least some parts of the pile are not covered, such that air can pass from the outside of the pile and move upwards through the top of the pile to the air-pocket device. - forming an oblong pile of the biomass, wherein the pile has an height of 4-6 m, a width of 10-20 m and a length of 50-100 m, - arranging a lengthwise air-pocket device at the top of the oblong pile, which air-pocket device is a horizontal half cut pipe with a diameter of 400-1000 mm, preferably about 800 mm, wherein the device forms an air-pocket throughout the upper part of the oblong pile, - arranging at least one motor-fan on top of the air-pocket device for blowing air out from of the air-pocket device, - insulating the air-pocket device with a flexible plastic foam cell, such that effectiveness of the drying capacity is increased, and - protecting the pile with a water protected flexible cover (5a, 5b), which cover at least the upper part of the chip pile, preferably more than half the height of the chip pile from the top, wherein at least some parts of the pile are not covered, such that air can pass from the outside of the pile and move upwards through the top of the pile to the air-pocket device.
Security server for dynamic verification of web content which runs artificial intelligence algorithms comprising: a collector configured for receiving a collection of user interactions with a page from a website, the user interactions received from an end-user remote device and for simulating on the security server a content of the page, loaded from the website, based on the user interactions received from the end-user remote device, and for sampling the outcome of these user interactions at irregular time intervals, the sampling resulting in a fixed image, preferably JPG or PNG, means for executing a data mining and artificial intelligence algorithm relying on image processing during a sample interval to compare object or patterns to the fixed image, a heartbeat generator for generating a heartbeat at regular interval and send it at a continuous interval to the end-user remote device to indicate a result of the comparison. a collector configured for receiving a collection of user interactions with a page from a website, the user interactions received from an end-user remote device and for simulating on the security server a content of the page, loaded from the website, based on the user interactions received from the end-user remote device, and for sampling the outcome of these user interactions at irregular time intervals, the sampling resulting in a fixed image, preferably JPG or PNG, means for executing a data mining and artificial intelligence algorithm relying on image processing during a sample interval to compare object or patterns to the fixed image, a heartbeat generator for generating a heartbeat at regular interval and send it at a continuous interval to the end-user remote device to indicate a result of the comparison.
A method of making a highly purified diatomite composition, the method comprising: providing a diatomite comprising at least 5% of a calcium-containing compound; flux calcining the diatomite at temperatures ranging from 300°C to 1300°C; and acid washing the diatomite with an acid solution having an acid strength in a range of from 0.1 M to 2 M wherein the calcining step occurs prior to the acid washing step, wherein the flux calcined, acid-washed diatomite comprises less than or equal to 2% total of extractable aluminium containing oxides and iron containing oxides and less than 5% of the calcium-containing compound, wherein the extractable aluminium containing oxides and iron-containing oxides are soluble in the acid solution. providing a diatomite comprising at least 5% of a calcium-containing compound; flux calcining the diatomite at temperatures ranging from 300°C to 1300°C; and acid washing the diatomite with an acid solution having an acid strength in a range of from 0.1 M to 2 M wherein the calcining step occurs prior to the acid washing step, wherein the flux calcined, acid-washed diatomite comprises less than or equal to 2% total of extractable aluminium containing oxides and iron containing oxides and less than 5% of the calcium-containing compound, wherein the extractable aluminium containing oxides and iron-containing oxides are soluble in the acid solution.
Illumination device, comprising: - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; wherein: - said second subrange is from 643 - 670 nm; and - said first subrange is from 600 - 620 nm. - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; - said second subrange is from 643 - 670 nm; and - said first subrange is from 600 - 620 nm.
Feeding bottle for the intake of milk for infants, consisting of a water bottle, a teat and an external heating device, wherein the feeding bottle has a separate milk powder reservoir and the external heating device has a temperature sensor and the milk powder reservoir has an opening device which can be manually actuated so that milk can be mixed at any time, characterised in that the opening device is formed from a releasable component that functions as a base part of the milk powder reservoir and from a plunger, the actuating surface of which protrudes into the teat arranged above the milk powder reservoir and can be actuated manually by the teat.
A platelet-rich plasma separator comprising a first syringe (10; 60) used to aspirate blood and a second syringe (11; 61) used to aspirate a centrifuged section containing platelets and plasma from the first syringe, wherein said first syringe (10; 60) comprises: - a first syringe cylinder (13; 63) having a first port (12; 62) on which a blood collection needle can be mounted, - a first cap (14; 64) detachable from said first port (12; 62), - a first gasket (15; 65) which is reciprocated within the first syringe cylinder (13; 63), and said second syringe (11; 61) comprises: - a second syringe cylinder (32; 92) having a second port (31; 91) on which a first hollow needle (30; 90) can be mounted, - a second cap (33; 93) detachable from said second port (31; 91), - a second gasket (34; 94) for sealing said second syringe cylinder (32; 92) liquid-tightly, which second gasket (34; 94) is reciprocated within the second syringe (32; 92) cylinder, and - a second plunger (35; 95) provided detachably on said second gasket (34; 94); characterised in that - the first gasket (15; 65) of the first syringe (10; 60) is adapted for sealing said first syringe cylinder (13; 63) liquid-tightly, - the first syringe (10; 60) comprises a first plunger (16; 66) provided detachably on said first gasket; and - the second syringe (11; 61) comprises a first hollow needle (30; 90), which can be passed through said first gasket. - a first syringe cylinder (13; 63) having a first port (12; 62) on which a blood collection needle can be mounted, - a first cap (14; 64) detachable from said first port (12; 62), - a first gasket (15; 65) which is reciprocated within the first syringe cylinder (13; 63), and - a second syringe cylinder (32; 92) having a second port (31; 91) on which a first hollow needle (30; 90) can be mounted, - a second cap (33; 93) detachable from said second port (31; 91), - a second gasket (34; 94) for sealing said second syringe cylinder (32; 92) liquid-tightly, which second gasket (34; 94) is reciprocated within the second syringe (32; 92) cylinder, and - a second plunger (35; 95) provided detachably on said second gasket (34; 94); - the first gasket (15; 65) of the first syringe (10; 60) is adapted for sealing said first syringe cylinder (13; 63) liquid-tightly, - the first syringe (10; 60) comprises a first plunger (16; 66) provided detachably on said first gasket; and - the second syringe (11; 61) comprises a first hollow needle (30; 90), which can be passed through said first gasket.
Radiator grill arrangement as a construction kit for manufacturing a radiator grill, said radiator grill arrangement comprising a radiator grill main body (2, 12) which is fastenable to a motor vehicle, a decorative frame (3, 13) and an air supply covering (4, 14), wherein the decorative frame (3, 13) and the air supply covering (4, 14) are attachable to the radiator grill main body (2, 12), wherein the radiator grill main body (2, 12) has fastening points for the fastening of a decorative strip which is provided with corresponding fastening points, wherein the radiator grill arrangement (1, 11) is usable for manufacturing a radiator grill of any type of motor vehicle from a predetermined group of various types of motor vehicle, wherein the radiator grill main body (2, 12) has a lower edge (7, 17) and an upper edge (6, 16), wherein standard connecting elements (8, 18) are provided on the lower edge (7, 17) for fastening the radiator grill main body (2, 12) to a bumper optionally of one of the types of motor vehicle from the group of various types of motor vehicle, and standard connecting regions are provided on the upper edge (6, 16) for connection to a front-part element optionally of one of the types of motor vehicle from the group of various types of motor vehicle.
A thrust unit having a flexible rod element for a camera inspection system, the rod element being displaceable and/or retractable, and an inspection camera being coupled to the free end of the rod element, characterised in that a clamping device, by means of which the thrust unit is fixated to a tube opening, is provided on the thrust unit, the clamping device comprising two clamping jaws (05, 06), and at least one clamping jaw (05, 06) being realised so as to be moveable, at least one clamping jaw abutting against the inner diameter of the tube opening.
An external control device for use with a medical component implanted within a patient, comprising: a user interface configured for receiving input from a user, displaying a first graphical representation of the medical component in the context of a global graphical representation of an anatomical region of the patient, displaying a view finder spatially defining a portion of the global graphical representation of the anatomical region, and displaying a second graphical representation of the medical component in the context of a local graphical representation of the portion of the anatomical region portion (42") spatially defined by the view finder; characterised by control circuitry configured for, in response to the input from the user, modifying the displayed view finder to spatially define a different portion of the global graphical representation of the anatomical region, such that the second graphical representation of the medical component is displayed in the context of a local graphical representation of the different portion of the anatomical region (42") spatially defined by the view finder. a user interface configured for receiving input from a user, displaying a first graphical representation of the medical component in the context of a global graphical representation of an anatomical region of the patient, displaying a view finder spatially defining a portion of the global graphical representation of the anatomical region, and displaying a second graphical representation of the medical component in the context of a local graphical representation of the portion of the anatomical region portion (42") spatially defined by the view finder; characterised by control circuitry configured for, in response to the input from the user, modifying the displayed view finder to spatially define a different portion of the global graphical representation of the anatomical region, such that the second graphical representation of the medical component is displayed in the context of a local graphical representation of the different portion of the anatomical region (42") spatially defined by the view finder.
Gas cooking hob with at least one gas burner, a hob cover, a hob base, at least one electrically actuatable functional element (17, 19) and a heat protection element, wherein the at least one electrically actuatable functional element (17, 19) is arranged between the hob cover and the hob base and is protected from thermal damage during the gas burner operation by means of the heat protection element, wherein the heat protection element is in contact with and/or fastened to the lower side of the cover facing away from a visible face of the cover, wherein the heat protection element is an in particular plate-shaped sheet metal part, and wherein the heat protection element covers the functional element (17, 19) at a free distance (a), characterised in that the heat protection element has an edge contour which follows a contour of the functional element (17, 19).