mhurhangee/ep-ind-claims huggingface dataset:
A data transmitter (100_1) of a communication system, wherein the data transmitter (100_1) is a node or a base station of the communication system, the node being a sensor node or an actuator node, wherein a radio transmission band used by the communication system is shared with many further communication systems, wherein the data transmitter (100_1) comprises means for generating transmission data packets, configured to split a first data packet destined for a first data receiver (102_1) into at least two transmission data packets (104_1-104_n), wherein each of the transmission data packets (104_1-104_n) destined for the first data receiver (102_1) is shorter than the first data packet; wherein the data transmitter (100_1) comprises means for transmitting data packets, configured to transmit the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1) via a communications channel using a time hopping pattern with a time gap; wherein the means for transmitting data packets is configured to transmit at least one further transmission data packet to the first data receiver (102_1) or a second data receiver (102_2) in the time gap between the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1). wherein the data transmitter (100_1) is a node or a base station of the communication system, the node being a sensor node or an actuator node, wherein a radio transmission band used by the communication system is shared with many further communication systems, wherein the data transmitter (100_1) comprises means for generating transmission data packets, configured to split a first data packet destined for a first data receiver (102_1) into at least two transmission data packets (104_1-104_n), wherein each of the transmission data packets (104_1-104_n) destined for the first data receiver (102_1) is shorter than the first data packet; wherein the data transmitter (100_1) comprises means for transmitting data packets, configured to transmit the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1) via a communications channel using a time hopping pattern with a time gap; wherein the means for transmitting data packets is configured to transmit at least one further transmission data packet to the first data receiver (102_1) or a second data receiver (102_2) in the time gap between the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1).
A beverage preparation capsule containing a beverage preparation ingredient and a functional ingredient, wherein the capsule is substantially impermeable to oxygen and moisture before use, characterized in that at least a portion of an inside surface of said capsule is coated with a water-dispersible coating (16, 17) containing said functional ingredient.
An acceleration detection device (12, 31), comprising: a zero point correction unit that corrects a zero point position of an acceleration sensor signal by a correction amount based on an acceleration sensor signal at transition from a vehicle stationary state to a running state, during each period between a time at which an ignition switch is turned ON and a time at which the ignition switch is turned OFF and the driving force transmission to driving wheels is disconnected; and a correction amount restriction unit that limits a magnitude of an absolute value of the correction amount of the zero point position, the correction amount of each subsequent correction being smaller than an absolute value of a first correction amount. a zero point correction unit that corrects a zero point position of an acceleration sensor signal by a correction amount based on an acceleration sensor signal at transition from a vehicle stationary state to a running state, during each period between a time at which an ignition switch is turned ON and a time at which the ignition switch is turned OFF and the driving force transmission to driving wheels is disconnected; and a correction amount restriction unit that limits a magnitude of an absolute value of the correction amount of the zero point position, the correction amount of each subsequent correction being smaller than an absolute value of a first correction amount.
A sink strainer comprising a cupped body completely comprised of a flexible material and having a plurality of apertures to allow fluid to pass therethrough, wherein the body is capable of attaining first and second configurations, the first configuration being suitable for capturing material entrained within fluid as it passes through the apertures and the second configuration being suitable for removing material captured on the body as fluid passes through the apertures, wherein the second configuration is an inverted form of the first configuration, and the sink strainer further comprising a flange affixed along a periphery of the cupped body, characterized in that the flange is comprised of a rigid flange member affixed to a flexible flange member, which is molded of material identical to that of the cupped body.
Device for applying a sheath to the distal end of a surgical shaft instrument, with a main body having at least two spreading elements, wherein the sheath can be fastened to the spreading elements and an insertion opening for receiving the distal end of the surgical shaft instrument is formed between the spreading elements, wherein the at least two spreading elements are mounted on the main body such that they can be displaced radially in relation to the insertion opening, wherein at least one spreading element is of resilient form, characterized in that the device comprises at least one spring element and the spreading elements can be pivoted radially against the force of said at least one spring element.
A method of treating a semiconductor element having a channel layer including an oxide semiconductor showing an amorphous phase, the oxide semiconductor containing indium, gallium, zinc and oxygen, the method comprising: irradiating the oxide semiconductor with light having a wavelength longer than an absorption edge wavelength of the oxide semiconductor such that a threshold voltage of the semiconductor element decreases. irradiating the oxide semiconductor with light having a wavelength longer than an absorption edge wavelength of the oxide semiconductor such that a threshold voltage of the semiconductor element decreases.
A ready-to-eat, gluten-free and ketogenic cereal of natural ingredients, said cereal comprising of: coconut meat base component and sufficient coconut water, said base component comprising from 48 parts to 50 parts by weight of the cereal batter, a natural binding component, said binding component comprising of sago starch from 2 parts to 3 parts by weight of the cereal batter, and a natural food flavoring, said food flavoring comprising from 0 part to 1 part by weight of the cereal batter, and said sufficient coconut water, comprising from 48 parts to 50 parts by weight, to render the cereal batter liquid. said base component comprising from 48 parts to 50 parts by weight of the cereal batter, a natural binding component, said binding component comprising of sago starch from 2 parts to 3 parts by weight of the cereal batter, and a natural food flavoring, said food flavoring comprising from 0 part to 1 part by weight of the cereal batter, and said sufficient coconut water, comprising from 48 parts to 50 parts by weight, to render the cereal batter liquid.
A method for processing an input in a portable device, the method comprising: detecting a user input from an input region; identifying an input mode from a set of input modes including at least one of a text input, a drawing input, and an equation input, the at least one of a text input, a drawing input, and an equation input being generated by detecting the user input on an input window; and processing the user input according to the identified input mode to create a message, wherein the message comprises at least one input content processed according to at least one input mode; characterised in that it further comprises transmitting meta data including information on the at least one input mode for the at least one input content of the message together with the message when an input for a transmission request for the message is detected, wherein the meta data is used so that the portable device receiving the message edits the message according to the at least one input mode. detecting a user input from an input region; identifying an input mode from a set of input modes including at least one of a text input, a drawing input, and an equation input, the at least one of a text input, a drawing input, and an equation input being generated by detecting the user input on an input window; and processing the user input according to the identified input mode to create a message, wherein the message comprises at least one input content processed according to at least one input mode; characterised in that it further comprises transmitting meta data including information on the at least one input mode for the at least one input content of the message together with the message when an input for a transmission request for the message is detected, wherein the meta data is used so that the portable device receiving the message edits the message according to the at least one input mode.
A method, comprising: at an electronic device with a touch-sensitive display: displaying on the touch-sensitive display an application launch interface; while displaying the application launch interface, detecting a first input that includes detecting a first contact and detecting movement of the first contact on the touch-sensitive display; in response to detecting the first input: in accordance with a determination that the first input meets first criteria, wherein the first criteria include a criterion that is met when the first input starts at a first edge of the touch-sensitive display, displaying an application switching user interface that includes concurrent display of representations of a plurality of user interfaces that correspond to open applications; and in accordance with a determination that the first input meets second criteria, wherein the second criteria include a criterion that is met when the first input starts at a second edge of the touch-sensitive display, different from the first edge of the touch-sensitive display, displaying a notification interface that includes recently received notifications. displaying on the touch-sensitive display an application launch interface; while displaying the application launch interface, detecting a first input that includes detecting a first contact and detecting movement of the first contact on the touch-sensitive display; in response to detecting the first input: in accordance with a determination that the first input meets first criteria, wherein the first criteria include a criterion that is met when the first input starts at a first edge of the touch-sensitive display, displaying an application switching user interface that includes concurrent display of representations of a plurality of user interfaces that correspond to open applications; and in accordance with a determination that the first input meets second criteria, wherein the second criteria include a criterion that is met when the first input starts at a second edge of the touch-sensitive display, different from the first edge of the touch-sensitive display, displaying a notification interface that includes recently received notifications. in accordance with a determination that the first input meets first criteria, wherein the first criteria include a criterion that is met when the first input starts at a first edge of the touch-sensitive display, displaying an application switching user interface that includes concurrent display of representations of a plurality of user interfaces that correspond to open applications; and in accordance with a determination that the first input meets second criteria, wherein the second criteria include a criterion that is met when the first input starts at a second edge of the touch-sensitive display, different from the first edge of the touch-sensitive display, displaying a notification interface that includes recently received notifications.
A control device of an internal combustion engine having an ionic current value detection unit that detects an ionic current value during combustion, the control device comprising: an ionic current signal processing unit that performs signal processing of the ionic current value; a detection unit that detects a combustion state of the internal combustion engine based on a processing result by the ionic current signal processing unit; wherein the ionic current signal processing unit includes a differentiating unit (201a, 201aA, 201aB) that calculates a differential value of the ionic current value; characterized in the control device further comprising a drive circuit (20f, 20g, 20h, 20j, 20k) that controls ignition timing of an ignition system of the internal combustion engine based on a vibration strength of the internal combustion engine detected by the detection unit depending on the signal processing of the ionic current value, wherein the ionic current signal processing unit further includes a frequency analyzer (201b, 201ba, 201bB) that conducts frequency analysis of the differential value, and an operation unit that calculates the vibration strength by integrating, among analysis results sent from the frequency analyzer, the signal level of a knocking frequency band. an ionic current signal processing unit that performs signal processing of the ionic current value; a detection unit that detects a combustion state of the internal combustion engine based on a processing result by the ionic current signal processing unit; wherein the ionic current signal processing unit includes a differentiating unit (201a, 201aA, 201aB) that calculates a differential value of the ionic current value; characterized in the control device further comprising a drive circuit (20f, 20g, 20h, 20j, 20k) that controls ignition timing of an ignition system of the internal combustion engine based on a vibration strength of the internal combustion engine detected by the detection unit depending on the signal processing of the ionic current value, wherein the ionic current signal processing unit further includes a frequency analyzer (201b, 201ba, 201bB) that conducts frequency analysis of the differential value, and an operation unit that calculates the vibration strength by integrating, among analysis results sent from the frequency analyzer, the signal level of a knocking frequency band.
A continuous power supply system suitable for delivering an output voltage (Vout) and suitable for input connection to N distinct continuous power supply networks (12, 14; R 1,..., R N) that are connected to a single ground potential, N being an integer greater than or equal to 2, the power supply networks (12, 14; R 1,..., R N) each providing input voltage (V1, V2; V 1,..., V N), of the type including: - means for switching/selecting one of the power supply networks (12, 14; R 1..., R N), - means for regulating the output voltage (Vout) from input voltages (V1, V2; V 1,..., V N) delivered by the power supply networks (12, 14; R 1,..., R N), and - a control unit for controlling the switching/selecting means of one of the power supply networks (12, 14; R 1..., R N) and the means for regulating the output voltage (Vout), characterized in that the means for regulating the output voltage (Vout) comprise N distinct buck/boost converters with shared inductance (22, 24; C 1..., C N), a given buck/boost voltage converter with shared inductance (22, 24; C 1,..., C N) being dedicated to each power supply network (12, 14; R 1,..., R N) to regulate the output voltage of the power supply system from the input voltage (V1, V2; V 1,..., V N) delivered by the corresponding power supply network (12, 14; R 1,..., R N). - means for switching/selecting one of the power supply networks (12, 14; R 1..., R N), - means for regulating the output voltage (Vout) from input voltages (V1, V2; V 1,..., V N) delivered by the power supply networks (12, 14; R 1,..., R N), and - a control unit for controlling the switching/selecting means of one of the power supply networks (12, 14; R 1..., R N) and the means for regulating the output voltage (Vout), characterized in that the means for regulating the output voltage (Vout) comprise N distinct buck/boost converters with shared inductance (22, 24; C 1..., C N), a given buck/boost voltage converter with shared inductance (22, 24; C 1,..., C N) being dedicated to each power supply network (12, 14; R 1,..., R N) to regulate the output voltage of the power supply system from the input voltage (V1, V2; V 1,..., V N) delivered by the corresponding power supply network (12, 14; R 1,..., R N).
A medical device, comprising: a closed extravascular system including a catheter assembly that is connected to an adapter via extension tubing, the system defining a fluid path that extends through the catheter assembly, the extension tubing, and the adapter; wherein the adapter comprises at least one vascular access device (24, 62, 100) forming an opening through the adapter through which the fluid path is accessed, the adapter also includes a gas vent forming an opening through the adapter for venting gas contained within the fluid path when blood flows from a patient into the fluid path, the opening formed by the gas vent being separate from the opening formed by each of the at least one vascular access device (24, 62, 100) such that gas can be vented from the fluid path without passing through the opening formed by the at least one vascular access device (24, 62, 100). a closed extravascular system including a catheter assembly that is connected to an adapter via extension tubing, the system defining a fluid path that extends through the catheter assembly, the extension tubing, and the adapter; wherein the adapter comprises at least one vascular access device (24, 62, 100) forming an opening through the adapter through which the fluid path is accessed, the adapter also includes a gas vent forming an opening through the adapter for venting gas contained within the fluid path when blood flows from a patient into the fluid path, the opening formed by the gas vent being separate from the opening formed by each of the at least one vascular access device (24, 62, 100) such that gas can be vented from the fluid path without passing through the opening formed by the at least one vascular access device (24, 62, 100).
A graphene roll-to-roll coating apparatus, comprising: a first roller configured to supply a metallic pipe in a roll-to-roll manner, wherein the first roller is provided with a fourth gas inlet for supplying a reactant gas containing a carbon source for forming graphene into the inside of the metallic pipe; a pre-treating unit configured to perfrom a surface treatment on the metallic pipe supplied through the first roller; a graphene forming unit configured in use to form and simultaneously coat graphene on an inner surface and an outer surface of the pretreated metallic pipe using chemical vapour deposition; and a second roller configured to collect the metallic pipe coated with the graphene in a roll-to-roll mechanism after the metallic pipe passes through the graphene forming unit wherein the second roller is provided with a second gas outlet for exiting the gas from the inside of the metallic pipe. a first roller configured to supply a metallic pipe in a roll-to-roll manner, wherein the first roller is provided with a fourth gas inlet for supplying a reactant gas containing a carbon source for forming graphene into the inside of the metallic pipe; a pre-treating unit configured to perfrom a surface treatment on the metallic pipe supplied through the first roller; a graphene forming unit configured in use to form and simultaneously coat graphene on an inner surface and an outer surface of the pretreated metallic pipe using chemical vapour deposition; and a second roller configured to collect the metallic pipe coated with the graphene in a roll-to-roll mechanism after the metallic pipe passes through the graphene forming unit wherein the second roller is provided with a second gas outlet for exiting the gas from the inside of the metallic pipe.
An optical fiber arrangement comprising - a transparent capillary configured to be provided with a sample, which transparent capillary preferably has a rectangular or circular cross-section which optionally has a diameter which is at most 5 mm and - at least one illuminating optical fiber configured for guiding optical radiation (10, 2) along a fiber axis within said optical fiber, which illuminating optical fiber is a single mode fiber for one wavelength range and is arranged alongside and adjacent to said transparent capillary, and wherein said illuminating optical fiber comprises an angled surface for redirecting optical radiation propagating along said fiber axis towards said transparent capillary, wherein the surface normal of said angled surface forms an acute angle relative the fiber axis, which acute axis is within the range of 30° to 60°, and most preferred within the range of 40° to 50°, wherein said illuminating optical fiber is configured to illuminate a predetermined portion of said transparent capillary, and wherein said optical fiber arrangement further comprises one or more collecting optical fibers, each one of said collecting optical fibers being configured for receiving optical radiation from said predetermined portion of said transparent capillary and to redirect said optical radiation received from said predetermined portion of said transparent capillary along a fiber axis of said collecting optical fiber, wherein each one of said collecting optical fibers are arranged alongside and adjacent to said transparent capillary, wherein each one of said collecting optical fibers comprises an angled surface for redirecting said optical radiation. - a transparent capillary configured to be provided with a sample, which transparent capillary preferably has a rectangular or circular cross-section which optionally has a diameter which is at most 5 mm and - at least one illuminating optical fiber configured for guiding optical radiation (10, 2) along a fiber axis within said optical fiber, which illuminating optical fiber is a single mode fiber for one wavelength range and is arranged alongside and adjacent to said transparent capillary, and
An oral care composition for inhibiting the growth of potentially pathogenic oral microorganisms, said composition comprising an extract of Heteropyxis natalensis prepared by drying collected aerial plant material, comprising leaves and twigs of H.natalensis, grinding the plant material into a powder, extracting by mixing the powder with ethanol to produce an extraction, filtering the extraction and evaporating the ethanol to retain the extract; the composition being formulated in an oral delivery system including any one of the group selected from capsules, tablets, mouth wash, gel, paste, toothpaste, impregnated dental floss and chewing gum.
A stable, aqueous composition suitable for intravenous injection, comprising: 60 mg/mL to 200 mg/mL of a pharmaceutically active compound having the formula: or a pharmaceutically acceptable salt thereof; water for injection; and an acid; wherein the stable, aqueous composition has a pH of from 3.9 to 5.5 at 25 °C; and wherein the acid provides chloride ions in the aqueous composition. or a pharmaceutically acceptable salt thereof; water for injection; and an acid; wherein the stable, aqueous composition has a pH of from 3.9 to 5.5 at 25 °C; and wherein the acid provides chloride ions in the aqueous composition.