mhurhangee/ep-ind-claims huggingface dataset:
A photoconversion arrangement comprising: a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet; the photoconversion sheet comprising: a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet; the photoconversion sheet comprising: a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer.
A method of deposition of a reporter in a target site, wherein the target site comprises peroxidase enzymatic activity, and the method comprises a step of incubating said target site in an aqueous media comprising the reporter, a peroxidase compound and a cross-linker, which is 3,3'-diaminobenzidine, wherein said method is characterized in that the reporter is a conjugate molecule comprising at least one backbone polymer and at least one detectable label, wherein said at least one detectable label is linked to the at least one backbone polymer via a chemical bond or via a linker molecule, wherein the at least one detectable label is not DAB.
Discharge/recirculation system (1"") for electric household appliances, comprising: a single pump assembly (10"'); an intake path departing from a washing chamber of an electric household appliance and leading to said pump assembly (10"'); a discharge path departing from said pump assembly (10'") and leading to a discharge port; a recirculation path departing from said pump assembly (10'") and leading back into said washing chamber; wherein said pump assembly (10'") is selectively configurable to pump water from said intake path either to said discharge path or to said recirculation path; wherein said discharge/recirculation system further comprises: a valve arrangement (30', 30") configured to switch the delivery of the pump assembly (10'") between said discharge path and said recirculation path; and a control unit configured to control said valve arrangement (30', 30") so that the pump assembly (10'") is connected to said recirculation path during a washing cycle condition of the electric household appliance, and that said pump assembly (10'") is connected to said discharge path during a discharge cycle condition of the electric household appliance; said washing cycle condition being alternative to said discharge cycle condition; wherein said valve arrangement (30'; 30") comprises a first 2-way valve and a second 2-way valve (30") respectively intercepting said discharge path and said recirculation path, and configured so that said first 2-way valve is closed if the second 2-way valve (30") is open, and that said second 2-way valve (30") is closed if the first 2-way valve is open; wherein said valve arrangement (30', 30") is integrated into said pump assembly (10'"); wherein the first 2-way valve and the second 2-way valve (30") are at least partially housed within a pump casing, and two separate delivery outlets open on the casing itself and respectively connect to the discharge path and the recirculation path.
Method for detecting a specific serotype of S. pneumoniae in a sample, comprising the following steps: a) extracting S. pneumoniae DNA from the sample; b) incubating the extracted DNA under conditions such as to enable the amplification of at least one serotype specific target region comprised in the Cps gene cluster locus of S. pneumoniae by real-time PCR using at least SEQ ID NO. 4 and SEQ ID NO. 5 as forward and reverse primers and at least SEQ ID NO. 6 as probe sequence for serotype 3 if present in the sample, and c) detecting and identifying the amplified product. a) extracting S. pneumoniae DNA from the sample; b) incubating the extracted DNA under conditions such as to enable the amplification of at least one serotype specific target region comprised in the Cps gene cluster locus of S. pneumoniae by real-time PCR using at least SEQ ID NO. 4 and SEQ ID NO. 5 as forward and reverse primers and at least SEQ ID NO. 6 as probe sequence for serotype 3 if present in the sample, and c) detecting and identifying the amplified product.
Refrigerated display case comprising a display compartment for food products and a technical compartment, separate from said display compartment and located in fluidic communication with the latter, at least one evaporator of a refrigeration plant being installed in said technical compartment, a defrosting device being associated with said evaporator to defrost said evaporator, said technical compartment comprises: - a first pipe in which said evaporator is installed and defining with said display compartment a first circuit for the passage of the air, and comprising at least one fan (31,131,135), installed in said technical compartment and configured to selectively generate a flow of air through said first circuit or through a second circuit, characterized by - a second pipe in which a eutectic container made of deformable plastic material is installed and defining with said display compartment said second circuit for the passage of the air, wherein said eutectic container comprises opposite walls formed by undulating profiles (36, 37) able to create ample heat exchange surfaces and wherein the deformable plastic material of which the eutectic container is made also allows it to suitably adapt to the dilations due to the temperature variations of the eutectic solution. - a first pipe in which said evaporator is installed and defining with said display compartment a first circuit for the passage of the air, and comprising at least one fan (31,131,135), installed in said technical compartment and configured to selectively generate a flow of air through said first circuit or through a second circuit, - a second pipe in which a eutectic container made of deformable plastic material is installed and defining with said display compartment said second circuit for the passage of the air, wherein said eutectic container comprises opposite walls formed by undulating profiles (36, 37) able to create ample heat exchange surfaces and wherein the deformable plastic material of which the eutectic container is made also allows it to suitably adapt to the dilations due to the temperature variations of the eutectic solution.
A wiring structural body provided with a wiring pattern including a through-wiring pattern, the wiring structural body comprising: a silicon substrate having a through hole in which the through-wiring pattern is disposed; an insulating layer provided on a surface of the silicon substrate including an inner surface of the through hole along at least the wiring pattern; a boron layer provided on the insulating layer along the wiring pattern; and a metal layer provided on the boron layer. a silicon substrate having a through hole in which the through-wiring pattern is disposed; an insulating layer provided on a surface of the silicon substrate including an inner surface of the through hole along at least the wiring pattern; a boron layer provided on the insulating layer along the wiring pattern; and a metal layer provided on the boron layer.
A quantum dot (100, 272, 322, 464), comprising: a seed including GaP; a core including InP and enclosing the seed; a first shell including ZnSe and enclosing the core; and a second shell including ZnS and enclosing the first shell. a seed including GaP; a core including InP and enclosing the seed; a first shell including ZnSe and enclosing the core; and a second shell including ZnS and enclosing the first shell.
An enzyme mutant with cyclase activity, selected from mutants of a wild-type enzyme which comprises an amino acid sequence according to SEQ ID NO: 2 or an amino acid sequence derived therefrom with a degree of identity of at least 75% in relation to SEQ ID NO: 2; wherein the mutant catalyzes at least the cyclization of a citronellal isomer to at least one isopulegol isomer, and comprises a mutation in a position according to F486 of SEQ ID NO: 2.
A method for receiving a frame in a system supporting a broadcast service, the method comprising: receiving the frame including control information (203, 204, 205) directly related to the reception of broadcast service data, at least one physical layer pipe, PLP, (206, 207, 209) carrying said broadcast service data, and indication information included in the at least one PLP for indicating whether said control information changes in a subsequent superframe; extracting said indication information; and determining whether said control information changes in a subsequent superframe based on the extracted indication information, wherein said control information in the frame is not changed for a duration of one superframe comprising at least one frame, and said indication information indicates a number of one or more superframes ahead where said control information is to be changed. receiving the frame including control information (203, 204, 205) directly related to the reception of broadcast service data, at least one physical layer pipe, PLP, (206, 207, 209) carrying said broadcast service data, and indication information included in the at least one PLP for indicating whether said control information changes in a subsequent superframe; extracting said indication information; and determining whether said control information changes in a subsequent superframe based on the extracted indication information, wherein said control information in the frame is not changed for a duration of one superframe comprising at least one frame, and said indication information indicates a number of one or more superframes ahead where said control information is to be changed.
A method of controlling at least one transistor of a DC voltage converter to regulate an output voltage (Vout) of the DC converter, the method comprising: determining whether a current output voltage of the DC converter is within a first or second voltage range, said second voltage range comprising a desired value of the output voltage; if said current output voltage is within said first voltage range, generating a control signal using a first control method performed by a first controller, said first controller receiving the current output voltage; and if said current output voltage is within said second range, generating a control signal using a second control method performed by a second controller, said second controller receiving the current output voltage; characterized in that the first control method determines said control signal based on an error signal equal to the difference between said current voltage value and the desired value of the output voltage and the second control method comprises the use of dither control, comprising determining in which of a plurality of sub-ranges of said second voltage range the current output voltage falls, and performing dithering at a speed determined by said determined sub-range. determining whether a current output voltage of the DC converter is within a first or second voltage range, said second voltage range comprising a desired value of the output voltage; if said current output voltage is within said first voltage range, generating a control signal using a first control method performed by a first controller, said first controller receiving the current output voltage; and if said current output voltage is within said second range, generating a control signal using a second control method performed by a second controller, said second controller receiving the current output voltage; characterized in that the first control method determines said control signal based on an error signal equal to the difference between said current voltage value and the desired value of the output voltage and the second control method comprises the use of dither control, comprising determining in which of a plurality of sub-ranges of said second voltage range the current output voltage falls, and performing dithering at a speed determined by said determined sub-range.
A clamping apparatus which includes a support structure, at least two clamping jaws (8,10), at least one of the jaws linearly moveable with respect to the other of the jaws so as to define a spacing between the same within which a workpiece can be held in position by the jaws, a lever assembly pivotally connected to the support structure and provided to be pivotally moved by the operator for engaging and driving the movement of the said moveable jaw to apply a clamping force to the workpiece positioned between the jaws, and locking means for locking the at least one moveable jaw in an operator selected position, and the locking means is actuable by the operator contacting a locking means actuator via their foot and the locking means actuator is pivotally movable with respect to the lever assembly so as to allow the selective locking of the position of the at least one moveable jaw when the actuator is moved in a first direction and the unlocking of the position of the at least one moveable jaw when the actuator is moved in a second direction, opposite to the first direction said locking means actuator formed integrally with, or is connected to, a pedal with which the operator's foot contacts, the locking means actuator is formed as a portion located at an edge of the pedal and said portion includes a first surface to be contacted to lock the locking means and a second surface to be contacted to unlock the locking wherein said first surface is provided to be contacted by the operator's foot to move the same in a first direction to lock the locking means and the said second surface is provided to be contacted by the operator's foot to move the same in an opposite direction to the first direction to unlock the locking means..
A control link assembly configured to transfer rotor shaft rotation from a walking beam rotatable with a shaft to a rotatable element, the control link assembly comprising: a first sidewall and a second sidewall terminating at respective first ends (91, 101) as mating elements, which are securable to the walking beam such that in use the walking beam is rotatable about an axis defined through the mating elements and such that in use a moment reaction in opposition to structure rotation about the walking beam is generated, the first sidewall and the second sidewall being convergent toward one another at respective second ends (92, 102) and connecting to each other at their second ends (92, 102) to define a through-hole; rib members connected to each of the first sidewall and the second sidewall between the first ends (91,101) and second ends (92,102).; and a rod couplable to the rotatable element and configured to be coupled to the second ends (92,102) at variable distances relative to the rotatable element. a first sidewall and a second sidewall terminating at respective first ends (91, 101) as mating elements, which are securable to the walking beam such that in use the walking beam is rotatable about an axis defined through the mating elements and such that in use a moment reaction in opposition to structure rotation about the walking beam is generated, the first sidewall and the second sidewall being convergent toward one another at respective second ends (92, 102) and connecting to each other at their second ends (92, 102) to define a through-hole; rib members connected to each of the first sidewall and the second sidewall between the first ends (91,101) and second ends (92,102).; and a rod couplable to the rotatable element and configured to be coupled to the second ends (92,102) at variable distances relative to the rotatable element.
A communication headset system for connecting to a two-way communication device, said communication headset system comprising an earphone with a speaker for receiving a speaker signal and converting it into speaker sound, a voice microphone for receiving a user's voice and converting it into a voice signal, an ambient microphone, arranged at a distance from the voice microphone, for receiving ambient sound and converting it into an ambient sound signal, a control circuit for receiving the ambient sound signal and an input signal from the two-way communication device, and for transmitting the speaker signal to the speaker, wherein the control circuit comprises a mode switching circuit for switching the headset system between an ambient mode in which the speaker signal comprises the ambient sound signal and not the input signal and a communication mode in which the speaker signal comprises the input signal and not the ambient sound signal, characterised in that the mode switching circuit switches the voice microphone off when switching from the communication mode to the ambient mode.
Loudspeaker comprising - a housing having a front for facing a listening person and at least a side, in particular being perpendicular to the front, - a first driver arrangement having at least one electroacoustic driver (14, 15, 16), - a first mounting device with a translational mechanism for mounting the first driver arrangement to the housing, wherein the translational mechanism is configured such that the first driver arrangement is translationally mounted to the housing, - a second driver arrangement having at least one electroacoustic driver, and - a second mounting device having a rotational mechanism being configured such that the second driver arrangement is rotationally mounted to the housing, - wherein the mounting devices (11, 21) are configured such that at least one of the driver arrangements (10, 20) can be arranged with respect to the housing at least in a first position and in a second position, and in particular in an intermediate position, and - wherein the second mounting device is embodied such and mechanically connected to the second driver arrangement and the housing such that exclusively a rotational movement is executed by the second driver arrangement with respect to the housing in order to arrange the second driver arrangement to the housing in the first position and in the second position. - a housing having a front for facing a listening person and at least a side, in particular being perpendicular to the front, - a first driver arrangement having at least one electroacoustic driver (14, 15, 16), - a first mounting device with a translational mechanism for mounting the first driver arrangement to the housing, wherein the translational mechanism is configured such that the first driver arrangement is translationally mounted to the housing, - a second driver arrangement having at least one electroacoustic driver, and - a second mounting device having a rotational mechanism being configured such that the second driver arrangement is rotationally mounted to the housing, - wherein the mounting devices (11, 21) are configured such that at least one of the driver arrangements (10, 20) can be arranged with respect to the housing at least in a first position and in a second position, and in particular in an intermediate position, and - wherein the second mounting device is embodied such and mechanically connected to the second driver arrangement and the housing such that exclusively a rotational movement is executed by the second driver arrangement with respect to the housing in order to arrange the second driver arrangement to the housing in the first position and in the second position.
A method of diagnosing acute cardiac ischemia or stroke in a patient for a point of care testing, comprising the steps of adding xanthine oxidase enzyme to a biological sample obtained from said patient; measuring metabolic byproducts of enzymatic activity of XO enzyme on xanthine and hypoxanthine in said biological sample by luminescence; and determining whether or not said patient is experiencing acute cardiac ischemia or stroke based on a measurement made in said measuring step, wherein said measuring step includes the step of using a chemiluminescent agent in said biological sample when measuring said metabolic byproducts and wherein signal enhancers are used together with said chemiluminescent agent and whereby no clean-up of the sample prior to analysis is required.