mhurhangee/ep-ind-claims huggingface dataset:
A lighting device comprising - a light source configured to generate light; - a front side configured to emit the light from the lighting device; - an edge structure forming an outer circumference of a light window through which the light is transmitted towards the front side; wherein the edge structure is adapted to provide the transmitted light with a first edge transition along the circumference of the edge structure; - a patterned layer comprising a gradient edge pattern configured to provide the transmitted light with a second edge transition; wherein the gradient edge pattern is arranged with respect to the circumference of the edge structure to superimpose the second edge transition on the first edge transition; characterised by - a diffuser disposed between the front side and the patterned layer, wherein the diffuser is configured to scatter the light of the second edge transition to provide the light emitted from the front side with a third edge transition. - a light source configured to generate light; - a front side configured to emit the light from the lighting device; - an edge structure forming an outer circumference of a light window through which the light is transmitted towards the front side; wherein the edge structure is adapted to provide the transmitted light with a first edge transition along the circumference of the edge structure; - a patterned layer comprising a gradient edge pattern configured to provide the transmitted light with a second edge transition; wherein the gradient edge pattern is arranged with respect to the circumference of the edge structure to superimpose the second edge transition on the first edge transition; characterised by - a diffuser disposed between the front side and the patterned layer, wherein the diffuser is configured to scatter the light of the second edge transition to provide the light emitted from the front side with a third edge transition.
A nitride semiconductor device having a structure wherein an active layer of a multiple quantum well structure, which has well layers made of a nitride semiconductor that includes In and barrier layers made of a nitride semiconductor, is sandwiched between a p-type nitride semiconductor layer and an n-type nitride semiconductor layer, wherein said active layer has, as said barrier layers, a first barrier layer arranged in a position nearest to said p-type nitride semiconductor layer and a second barrier layer that is different from the first barrier layer and is arranged in a position nearest to said n-type semiconductor layer; the thickness of said first barrier layer being greater than the thickness of said second barrier layer and, thus, the distance between said n-type nitride semiconductor layer and said well layer nearest to said n-type nitride semiconductor layer is smaller than the distance between said p-type nitride semiconductor layer and said well layer nearest to said p-type nitride semiconductor layer.
A sensor implant device comprising: a shunt structure comprising a flow path conduit and a plurality of arms configured to secure the shunt structure to a tissue wall; a netting attached to the shunt structure and at least partially covering a flow path of the flow path conduit; and a sensor device attached to the netting at an attachment point; wherein the netting is configured to become at least partially inverted when the sensor device is passed through the flow path conduit of the shunt structure. a shunt structure comprising a flow path conduit and a plurality of arms configured to secure the shunt structure to a tissue wall; a netting attached to the shunt structure and at least partially covering a flow path of the flow path conduit; and a sensor device attached to the netting at an attachment point; wherein the netting is configured to become at least partially inverted when the sensor device is passed through the flow path conduit of the shunt structure.
An electrical operator for a circuit breaker, the operator comprising: a carriage moving assembly; and, a solenoid having a reciprocating plunger, wherein the plunger is configured to engage with the carriage moving assembly in response to a pulsating current; further comprising a carriage system movable to engage a breaker toggle of a circuit breaker, characterized in that the electrical operator further comprises an energy storage system; and in that the carriage moving assembly includes a tensioning cam arranged to engage the carriage system and drive the carriage system in response to the pulsating current to compress the energy storage system. a carriage moving assembly; and, a solenoid having a reciprocating plunger, wherein the plunger is configured to engage with the carriage moving assembly in response to a pulsating current; further comprising a carriage system movable to engage a breaker toggle of a circuit breaker, characterized in that the electrical operator further comprises an energy storage system; and in that the carriage moving assembly includes a tensioning cam arranged to engage the carriage system and drive the carriage system in response to the pulsating current to compress the energy storage system.
1. A weighing scale system comprising: a) a base unit comprising circuitry; and b) at least one modular interface component (6,8) comprising one or more of the following features: a display, a touchscreen, a printer, an optical code reader; wherein the system is configured as to be rapidly and easily transformed between different configurations and the scale further comprises: i. at least two external attachment points (12, 22) adapted to securely and detachably receive the modular interface component, such that the same modular interface component may be received at at least two different positions on the base unit; ii. at least one electrical connection point (14, 26) adapted to allow communication between the modular interface component and the circuitry, a) a base unit comprising circuitry; and b) at least one modular interface component (6,8) comprising one or more of the following features: a display, a touchscreen, a printer, an optical code reader; wherein the system is configured as to be rapidly and easily transformed between different configurations and the scale further comprises: i. at least two external attachment points (12, 22) adapted to securely and detachably receive the modular interface component, such that the same modular interface component may be received at at least two different positions on the base unit; ii. at least one electrical connection point (14, 26) adapted to allow communication between the modular interface component and the circuitry, i. at least two external attachment points (12, 22) adapted to securely and detachably receive the modular interface component, such that the same modular interface component may be received at at least two different positions on the base unit; ii. at least one electrical connection point (14, 26) adapted to allow communication between the modular interface component and the circuitry,
A transformant comprising one or more foreign genes of one or more kinds selected from the group consisting of a phosphoenolpyruvate carboxykinase gene and a pyruvate carboxylase gene which are incorporated into a chromosome of Schizosaccharomyces pombe as a host, wherein a gene encoding pyruvate decarboxylase 2 in the host has been deleted or deactivated, the phosphoenolpyruvate carboxykinase gene encodes a polypeptide which includes an amino acid sequence represented by any of SEQ ID NOS: 94 to 113, or a polypeptide which includes an amino acid sequence sharing a sequence identity of equal to or higher than 80% with an amino acid sequence represented by any of SEQ ID NOS: 94 to 113 and has phosphoenolpyruvate carboxykinase activity, the pyruvate carboxylase gene encodes a polypeptide which includes an amino acid sequence represented by any of SEQ ID NOS: 1 to 16, or a polypeptide which includes an amino acid sequence sharing a sequence identity of equal to or higher than 80% with an amino acid sequence represented by any of SEQ ID NOS: 1 to 16 and has pyruvate carboxylase activity, and a gene encoding malic enzyme 2 in the host has further been deleted or deactivated.
An oxygen supply device having a function for controlling a flow rate of an oxygen gas supplied to a user for inhalation based on percutaneous arterial oxygen saturation, SpO2, comprising: a sensor unit adapted to acquire information on SpO2 of the user, and a control unit adapted to control a supply rate of the oxygen gas based on the information on SpO2 acquired from the sensor unit and calculate a moving average value of SpO2 and a sudden downward peak, Dip, frequency per predetermined time from the information on SpO2, wherein the control unit is adapted to calculate a first moving average value of SpO2 calculated over a first time span, a second moving average value of SpO2 calculated over a second time span which is longer than the first time span, and a Dip frequency per predetermined time from the information on SpO2 acquired by the sensor unit, select either of the first moving average value or the second moving average value based on the calculated Dip frequency, and control the supply rate of the oxygen gas based on the selected moving average value. a sensor unit adapted to acquire information on SpO2 of the user, and a control unit adapted to control a supply rate of the oxygen gas based on the information on SpO2 acquired from the sensor unit and calculate a moving average value of SpO2 and a sudden downward peak, Dip, frequency per predetermined time from the information on SpO2, wherein the control unit is adapted to calculate a first moving average value of SpO2 calculated over a first time span, a second moving average value of SpO2 calculated over a second time span which is longer than the first time span, and a Dip frequency per predetermined time from the information on SpO2 acquired by the sensor unit, select either of the first moving average value or the second moving average value based on the calculated Dip frequency, and control the supply rate of the oxygen gas based on the selected moving average value.
A piston assembly comprising: a piston, comprising: a circumferential groove that extends at least partially around an outer surface of the piston, and a plurality of openings (504, 506) located along the circumferential groove, and a piston ring assembly arranged within the circumferential groove, wherein the plurality of openings is configured to allow a combustion reaction to propagate into a volume defined between an inner surface of the piston ring assembly and the piston, wherein each of the plurality of openings is sized and arranged such that a minimum opening along a gas path between each opening and the inner surface of the piston ring assembly is at least a quench distance of an oxidizer and fuel mixture in the volume, characterized in that the plurality of openings (504, 506) along the circumferential groove comprise a majority of a surface area of a bottom of the circumferential groove. a circumferential groove that extends at least partially around an outer surface of the piston, and a plurality of openings (504, 506) located along the circumferential groove, and a piston ring assembly arranged within the circumferential groove, wherein the plurality of openings is configured to allow a combustion reaction to propagate into a volume defined between an inner surface of the piston ring assembly and the piston, wherein each of the plurality of openings is sized and arranged such that a minimum opening along a gas path between each opening and the inner surface of the piston ring assembly is at least a quench distance of an oxidizer and fuel mixture in the volume,
Reservoir for a CIJ type inkjet printer, comprising: - a 1 st compartment, comprising at least one 1 st part (10 1) called the upper part, and a 2 nd part (10 2) called the lower part and delimited by a convergent shaped wall, or the section of which becomes narrower or smaller with increasing distance, and a 2 nd compartment delimited by a lateral wall, the 1 st compartment being separable from the 2 nd compartment and, when both compartments are assembled together, in a leak tight manner relative to each other, the 2 nd part of the 1 st compartment being placed in the 2 nd compartment, the wall of which surrounds it, - 1 st means for drawing off a first liquid from the 1 st compartment, and 2 nd means for drawing off a second liquid from the 2 nd compartment; - a cover to close the 1 st compartment. - a 1 st compartment, comprising at least one 1 st part (10 1) called the upper part, and a 2 nd part (10 2) called the lower part and delimited by a convergent shaped wall, or the section of which becomes narrower or smaller with increasing distance, and a 2 nd compartment delimited by a lateral wall, the 1 st compartment being separable from the 2 nd compartment and, when both compartments are assembled together, in a leak tight manner relative to each other, the 2 nd part of the 1 st compartment being placed in the 2 nd compartment, the wall of which surrounds it, - 1 st means for drawing off a first liquid from the 1 st compartment, and 2 nd means for drawing off a second liquid from the 2 nd compartment; - a cover to close the 1 st compartment.
A photoreactive system for irradiating a work piece, comprising: an array of light-emitting diodes for irridiating the work piece, the light-emitting diodes having one or more characteristics associated with irradiating the work piece; characterized in that at least one light-emitting diode in the array being implemented as a detector electrically connected to a circuit different from that of the other light-emitting diodes, the circuit to apply a reverse electrical bias to the detector light-emitting diode, the detector light-emitting diode arranged to operate in a photovoltaic mode and having its output coupled to a trans-impedance amplifier to generate a signal proportional to a photocurrent from the detector, wherein the detector is located in a selected position within the array to selectively monitor one or more characteristics of the light-emitting diodes at a selected location in the array and configured to generate a signal corresponding to the selected. characteristic; wherein a controller is configured to control a specific part or parts of the array responsive to the signal from the at least one detector, and wherein the detector is a single, array centric detector diode in and surrounding by a linear array of emitting diodes. an array of light-emitting diodes for irridiating the work piece, the light-emitting diodes having one or more characteristics associated with irradiating the work piece; characterized in that at least one light-emitting diode in the array being implemented as a detector electrically connected to a circuit different from that of the other light-emitting diodes, the circuit to apply a reverse electrical bias to the detector light-emitting diode, the detector light-emitting diode arranged to operate in a photovoltaic mode and having its output coupled to a trans-impedance amplifier to generate a signal proportional to a photocurrent from the detector, wherein the detector is located in a selected position within the array to selectively monitor one or more characteristics of the light-emitting diodes at a selected location in the array and configured to generate a signal corresponding to the selected. characteristic; wherein a controller is configured to control a specific part or parts of the array responsive to the signal from the at least one detector, and wherein the detector is a single, array centric detector diode in and surrounding by a linear array of emitting diodes.
Method for detection of a mismatch between power electronic elements electrically connected in parallel in a power electronic module, said method comprising: a. in response to the detection of a common turn-off of said elements, triggering a measuring period; b. during the measuring period, measuring a sequence of emitter voltages V eE between two emitter connections, at least one of them being specific to one element among said elements; c. extract data, from the measurements, said data including the signs and/or the amplitude of local extremums of said emitter voltages V eE during the measuring period; d. deduce from the extracted data, including said signs and/or amplitude of local extremums of said emitter voltages V eE, at least an existence or an absence of a mismatch between said elements. a. in response to the detection of a common turn-off of said elements, triggering a measuring period; b. during the measuring period, measuring a sequence of emitter voltages V eE between two emitter connections, at least one of them being specific to one element among said elements; c. extract data, from the measurements, said data including the signs and/or the amplitude of local extremums of said emitter voltages V eE during the measuring period; d. deduce from the extracted data, including said signs and/or amplitude of local extremums of said emitter voltages V eE, at least an existence or an absence of a mismatch between said elements.
A heat reservoir comprising at least a porous substrate and a heat storage material composition with which the porous substrate is impregnated, wherein the heat storage material composition contains a latent heat storage material and a hydrogenated styrene-based thermoplastic elastomer, and wherein when the weight-average molecular weight of the hydrogenated styrene-based thermoplastic elastomer is designated as X × 10 4 and the amount of the hydrogenated styrene-based thermoplastic elastomer is designated as Y parts by mass relative to 100 parts by mass of the latent heat storage material in the heat storage material composition, the following conditions are satisfied: 5 ≤ X ≤ 17; 5 ≤ Y ≤ 25; if 5 ≤ X < 10, Y ≥ − 2 ⁢ X + 25; and if 14 < X ≤ 17, Y ≤ − 5 ⁢ X + 90, and wherein the weight-average molecular weight is calculated as the standard polystyrene equivalent molecular weight based on measurement by gel permeation chromatography.
A mobile airborne decontamination device comprising: (i) an inlet orifice and an outlet orifice, (ii) dehumidification means, downstream of the inlet orifice, allowing dehumidifying the air entering the device through said inlet orifice, (iii) means for evaporating a microbicidal product, upstream of the outlet orifice and downstream of the dehumidification means, allowing vaporizing the microbicidal product in the air circulating in the device, characterized in that the dehumidification means comprise a constant flow rate displacement compressor connected to the inlet orifice and intended to compress the air entering the device, the compressor being adapted to compress the air entering the device up to a predetermined pressure, a forced-convection condenser disposed downstream of the compressor, the condenser being adapted to cool the air at the outlet of the compressor and obtain the condensation at a temperature in the order of 20°C from the excess water contained in the previously compressed air, a water-separating filter disposed downstream of the forced-convection condenser for collecting the condensed water, the device comprising adjusting means adapted to drop the pressure of the filtered air by the filter up to a pressure lower than the predetermined pressure (i) an inlet orifice and an outlet orifice, (ii) dehumidification means, downstream of the inlet orifice, allowing dehumidifying the air entering the device through said inlet orifice, (iii) means for evaporating a microbicidal product, upstream of the outlet orifice and downstream of the dehumidification means, allowing vaporizing the microbicidal product in the air circulating in the device,
A polysaccharide composition comprising hyaluronic acid and an oligosaccharide derivative of chitosan with lactose obtained by a reductive amination reaction of D-glucosamine having a degree of substitution of the amine functional group of the same with lactose of at least 40% for use in tissue repair and/or in prevention of fibrosis and/or adhesions, through the inhibition of cell proliferation, where cell is fibroblast or synoviocyte, while preventing the inhibition of chondrocyte proliferation, which is prodromal to tissue repair.
A sensor arrangement for monitoring a circulation pump system with at least one pump, wherein the sensor arrangement comprises - a first vibration sensor being installable at a first pump part of one of the at least one pump, - a second vibration sensor being installable at a second pump part of said pump, wherein the first pump part and the second pump part have a distance to each other, and - an evaluation module, wherein the evaluation module is configured to discriminate between at least two of k≥2 different types of faults based on comparing first signals received from the first vibration sensor and second signals received from the second vibration sensor, characterised in that the evaluation module is configured to discriminate between types of faults based on a comparison of run-time information of the first signals and the second signals. - a first vibration sensor being installable at a first pump part of one of the at least one pump, - a second vibration sensor being installable at a second pump part of said pump, wherein the first pump part and the second pump part have a distance to each other, and - an evaluation module,
Main module for a command and reporting system, comprising a control unit, a device interface for coupling to at least two command and reporting devices (12, 12.1, 12.2, 12.3, 12.n) in a line topology, a bus interface for connecting to a higher-level control unit, wherein the control unit is designed with the device interface to control the at least two command and reporting devices (12, 12.1, 12.2, 12.3, 12.n) separately by means of a command signal, characterised in that the command signal has a target cell and an incrementable counting cell for device-address-free delivery at the respective command and reporting device (12, 12.1, 12.2, 12.3, 12.n) wherein the value in the target cell defines the command and reporting device (12, 12.1, 12.2, 12.3, 12.n), for which the command signal is intended, and wherein the counting cell is filled with an initial value when the command signal is sent from the device interface, which upon receipt of the command signal by a command and reporting device (12, 12.1, 12.2, 12.3, 12.n) is increased by one increment in each case, so that the command signal originating from the main module is forwarded from one command and reporting device to the next until the command signal (12, 12.1, 12.2, 12.3, 12.n) is identified and processed by the intended command and reporting device (12, 12.1, 12.2, 12.3, 12.n).