mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a microphone configured to receive a speech; a memory configured to store a plurality of text sets; and a processor configured to: convert the speech received via the microphone into text, search for words in each of the plurality of text sets common to words in the converted text, determine at least one text set from among the plurality of text sets, based on a first ratio and a second ratio, wherein the first ratio is calculated between the number of the common words included in the converted text and the number of words included in the converted text and the second ratio is calculated between the number of the common words included in the at least one text set and the number of words included in the at least one text set, and execute an event corresponding to the determined at least one text set. a microphone configured to receive a speech; a memory configured to store a plurality of text sets; and a processor configured to: convert the speech received via the microphone into text, search for words in each of the plurality of text sets common to words in the converted text, determine at least one text set from among the plurality of text sets, based on a first ratio and a second ratio, wherein the first ratio is calculated between the number of the common words included in the converted text and the number of words included in the converted text and the second ratio is calculated between the number of the common words included in the at least one text set and the number of words included in the at least one text set, and execute an event corresponding to the determined at least one text set. convert the speech received via the microphone into text, search for words in each of the plurality of text sets common to words in the converted text, determine at least one text set from among the plurality of text sets, based on a first ratio and a second ratio, wherein the first ratio is calculated between the number of the common words included in the converted text and the number of words included in the converted text and the second ratio is calculated between the number of the common words included in the at least one text set and the number of words included in the at least one text set, and execute an event corresponding to the determined at least one text set.
A method of increasing neutral lipid to chlorophyll ratio in algal cells for biofuel production comprising a. cultivating algal cells in culture conditions, using a day-night cycle comprising a light period and a dark period and in an amount of light that supports growth, and determining the time required for one cell division of the alga in said culture conditions; b. depleting the algal cells of at least one inorganic nutrient, which inorganic nutrient is inorganic nitrogen; and c. exposing, during the light period, the algal cells continuously to an amount of light which has an intensity corresponding to or exceeding the light level of 1.5 x E k of said alga and which is higher than in step a.; wherein the level of the inorganic nitrogen is determined and step b. and step c. are started at a time point that occurs during one cell division before and one cell division after the time when the inorganic nitrogen is under the detection limit in the cell culturing medium. a. cultivating algal cells in culture conditions, using a day-night cycle comprising a light period and a dark period and in an amount of light that supports growth, and determining the time required for one cell division of the alga in said culture conditions; b. depleting the algal cells of at least one inorganic nutrient, which inorganic nutrient is inorganic nitrogen; and c. exposing, during the light period, the algal cells continuously to an amount of light which has an intensity corresponding to or exceeding the light level of 1.5 x E k of said alga and which is higher than in step a.;
A semiconductor device for infrared detection, comprising a stack of a first semiconductor layer, a second semiconductor layer and an optical coupling layer, wherein: - the first semiconductor layer has a first type of conductivity and the second semiconductor layer has a second type of conductivity, wherein the first and second semiconductor layers are arranged as pn-junction such that a depletion region or space charge region is formed between the layers, - the optical coupling layer is arranged on a main surface of the second semiconductor layer and comprises an optical coupler and two lateral absorber regions (32, 33), which flank the optical coupler, - the optical coupler further comprises two output sides which are coupled to and facing the lateral absorber regions (32, 33), respectively, and is configured to deflect incident light towards the two lateral absorber regions (32, 33), and - the lateral absorber regions (32, 33) comprise an absorber material with a bandgap E g in the infrared, IR, smaller in value than the bandgap for Silicon of E g = 1.1 eV and comprises a strained Silicon Germanium, Si-Ge, alloy. - the first semiconductor layer has a first type of conductivity and the second semiconductor layer has a second type of conductivity, wherein the first and second semiconductor layers are arranged as pn-junction such that a depletion region or space charge region is formed between the layers, - the optical coupling layer is arranged on a main surface of the second semiconductor layer and comprises an optical coupler and two lateral absorber regions (32, 33), which flank the optical coupler, - the optical coupler further comprises two output sides which are coupled to and facing the lateral absorber regions (32, 33), respectively, and is configured to deflect incident light towards the two lateral absorber regions (32, 33), and - the lateral absorber regions (32, 33) comprise an absorber material with a bandgap E g in the infrared, IR, smaller in value than the bandgap for Silicon of E g = 1.1 eV and comprises a strained Silicon Germanium, Si-Ge, alloy.
In vitro method of selecting a subject for administration of an anti-c-Met antibody, comprising: (i) determining the level of ubiquitin specific peptidase 8, or the presence or absence of a mutation in an active site of USP8 in a biological sample from said subject; and (ii) selecting the subject for administration of the anti-c-Met antibody if the score measured by immunohistochemical staining reflecting the absence or low level of USP8 is -, 0, or 1; or the mutation is present in an active site affecting its activity. (i) determining the level of ubiquitin specific peptidase 8, or the presence or absence of a mutation in an active site of USP8 in a biological sample from said subject; and (ii) selecting the subject for administration of the anti-c-Met antibody if the score measured by immunohistochemical staining reflecting the absence or low level of USP8 is -, 0, or 1; or the mutation is present in an active site affecting its activity.
A process for producing biodiesel from a mixture, said process comprising the steps of: (i) providing the mixture to a trans-esterification reaction vessel; (ii) introducing trans-esterification conditions to the trans-esterification reaction vessel; (iii) trans-esterifying the triglycerides in the mixture; (iv) providing a first purification of the trans-esterified mixture; (v) a second purification of the trans-esterified mixture; and (vi) a third purification of the trans-esterified mixture; wherein the first purification of the trans-esterified mixture and the third purification of the trans-esterified mixture comprise spraying an aqueous solution onto the surface of the mixture in the trans-esterification reaction vessel, the aqueous solution percolating the mixture and facilitating the removal of impurities therefrom; and wherein the second purification of the trans-esterified mixture comprises spraying an acid solution onto the surface of the mixture in the trans-esterification reaction vessel, the acid solution percolating the mixture and facilitating the removal of impurities therefrom. (i) providing the mixture to a trans-esterification reaction vessel; (ii) introducing trans-esterification conditions to the trans-esterification reaction vessel; (iii) trans-esterifying the triglycerides in the mixture; (iv) providing a first purification of the trans-esterified mixture; (v) a second purification of the trans-esterified mixture; and (vi) a third purification of the trans-esterified mixture; wherein the first purification of the trans-esterified mixture and the third purification of the trans-esterified mixture comprise spraying an aqueous solution onto the surface of the mixture in the trans-esterification reaction vessel, the aqueous solution percolating the mixture and facilitating the removal of impurities therefrom; and wherein the second purification of the trans-esterified mixture comprises spraying an acid solution onto the surface of the mixture in the trans-esterification reaction vessel, the acid solution percolating the mixture and facilitating the removal of impurities therefrom.
A system for defining a boundary for a wireless network, said system comprising: a wireless network access device for creating a wireless network having a coverage area of arbitrary size; at least one access control for associating one or more devices capable of connecting to said wireless network with an owner; a physical access control unit that determines whether said owner associated with said one or more devices was entering or exiting a secured area disposed within said coverage area and whether said owner is within the secured area and that updates a list of personnel to reflect current personnel located within the coverage area; a network controller; and a wired or wireless network connection between the physical access control unit and the network controller that provides access by the network controller to the list of personnel and that allows access to said wireless network to one or more devices associated with said owner only when said owner is located within said secured area and where any active connections associated with the exiting owner are disabled. a wireless network access device for creating a wireless network having a coverage area of arbitrary size; at least one access control for associating one or more devices capable of connecting to said wireless network with an owner; a physical access control unit that determines whether said owner associated with said one or more devices was entering or exiting a secured area disposed within said coverage area and whether said owner is within the secured area and that updates a list of personnel to reflect current personnel located within the coverage area; a network controller; and a wired or wireless network connection between the physical access control unit and the network controller that provides access by the network controller to the list of personnel and that allows access to said wireless network to one or more devices associated with said owner only when said owner is located within said secured area and where any active connections associated with the exiting owner are disabled.
A surgical stapling device, comprising: an end effector including an anvil jaw member and a staple cartridge jaw member coupled to one another, the anvil jaw member and the staple cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; a surgical buttress attached to the staple cartridge jaw member, the surgical buttress having an elongate body connecting a distal portion and a proximal portion, at least a portion of the elongate body including magnesium; characterised in that the magnesium is a coating on the surgical buttress; and the surgical stapling device further comprises at least one staple formed of titanium in the staple cartridge jaw member. an end effector including an anvil jaw member and a staple cartridge jaw member coupled to one another, the anvil jaw member and the staple cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; a surgical buttress attached to the staple cartridge jaw member, the surgical buttress having an elongate body connecting a distal portion and a proximal portion, at least a portion of the elongate body including magnesium; characterised in that the magnesium is a coating on the surgical buttress; and the surgical stapling device further comprises at least one staple formed of titanium in the staple cartridge jaw member.
A system comprising: an image depth prediction neural network implemented by one or more computers, wherein the image depth prediction neural network is a recurrent neural network that is configured to receive a sequence of images and, for each image in the sequence: process the image in accordance with a current internal state of the recurrent neural network to (i) update the current internal state and (ii) generate a depth output that characterizes a predicted depth of a future image in the sequence, wherein the depth output comprises a set of values defining the topology of a scene represented by the future image in a third, depth dimension; and an image generation subsystem configured to, for each image in the sequence: receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output. an image depth prediction neural network implemented by one or more computers, wherein the image depth prediction neural network is a recurrent neural network that is configured to receive a sequence of images and, for each image in the sequence: process the image in accordance with a current internal state of the recurrent neural network to (i) update the current internal state and (ii) generate a depth output that characterizes a predicted depth of a future image in the sequence, wherein the depth output comprises a set of values defining the topology of a scene represented by the future image in a third, depth dimension; and an image generation subsystem configured to, for each image in the sequence: receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output. receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output.
Assembly of component frames (C, C') of curtain walls comprising a sealing device providing the impermeability of this assembly to air and to water, by filling in the joint spaces separating said frames, characterised by the fact that said sealing device is positioned between the ends of two profiles of transoms (100, 100', 400, 400') of two adjacent frames (C, C') via a joint (200, 300) that is preformed to conform to the shape of said ends and partially covers said ends in order to form at least one continuous surface, wherein the profiles of transoms (100, 100', 400, 400') are identical and have horizontal surfaces, said joint (200, 300) connecting these horizontal surfaces is preformed in the shape of a bellows in the median zone of said joint in such a way as to form folds that allow the extension and contraction of said joint regardless of the deformation or the angular positioning of said profiles of transoms (100, 100', 400, 400').
A control system device adapted to control the operation of each of a plurality of channels coupled to a multiple channel discrete output module upon failure of shutdown of a control system coupled to the mulitple channel discrete output module, said control system device comprising a multiple channel discrete output module, said module storing a plurality of fail-state parameters, each fail-state parameter from the plurality of fail-state parameters corresponding to one channel of the multiple channels; characterized in that the control system device further comprises a detector adapted to detect a failure or shutdown of a control system coupled to said control system device and to direct each channel to enter its programmed fail-state upon detecting a control system failure or shutdown, wherein a fail-state of each channel is independently configurable within said module.
A solar cell apparatus comprising: • a substrate, • a p-i-n structure comprising ∘ a p-type layer, ∘ a i-type layer, ∘ a n-type layer, • the n-type layer comprising n-type donors including phosphorus atoms, characterized in that the n-type donors comprise oxygen atoms at an atomic concentration comprised between 5% and 25% of the overall atomic composition of the n-type layer. • a substrate, • a p-i-n structure comprising ∘ a p-type layer, ∘ a i-type layer, ∘ a n-type layer, ∘ a p-type layer, ∘ a i-type layer, ∘ a n-type layer, • the n-type layer comprising n-type donors including phosphorus atoms,
System, in particular a facility, comprising a mobile component that can move along an encoding region, a camera being arranged on the mobile component, which camera is connected to an analysis unit, in particular an image analysis unit, of the mobile component, the encoding region having encodings, in particular in the direction of travel of the mobile component, which are arranged one behind the other, in particular so as to be spaced apart from one another regularly and/or uniformly, the analysis unit being suitably configured such that the analysis unit determines, recurrently over time, in particular by way of evaluating an image taken of the first encoding, the deviation (s), in particular the distance, of the first encoding from the viewing direction of the camera and/or from the straight line that is oriented in parallel with the viewing direction of the camera and passes through the centre of the image sensor of the camera and/or from a reference point that is located in the encoding region and is stationary relative to the mobile component, characterised in that a cover configured in one part or multiple parts covers encodings, in particular encodings adjacent to the first encoding, in particular covers them towards the camera, the cover having an opening through which an image of the first encoding can be taken by means of the camera. a camera being arranged on the mobile component, which camera is connected to an analysis unit, in particular an image analysis unit, of the mobile component, the encoding region having encodings, in particular in the direction of travel of the mobile component, which are arranged one behind the other, in particular so as to be spaced apart from one another regularly and/or uniformly, the analysis unit being suitably configured such that the analysis unit determines, recurrently over time, in particular by way of evaluating an image taken of the first encoding, the deviation (s), in particular the distance, of the first encoding from the viewing direction of the camera and/or from the straight line that is oriented in parallel with the viewing direction of the camera and passes through the centre of the image sensor of the camera and/or from a reference point that is located in the encoding region and is stationary relative to the mobile component, characterised in that a cover configured in one part or multiple parts covers encodings, in particular encodings adjacent to the first encoding, in particular covers them towards the camera, the cover having an opening through which an image of the first encoding can be taken by means of the camera.
A vacuum cleaner comprising: a base including a floor nozzle, the floor nozzle defining a suction chamber; a brushroll driven by a brushroll motor; a brushroll motor sensor configured to measure an electrical current used by the brushroll motor; a pressure sensor configured to measure an internal pressure within the vacuum cleaner; and a controller in communication with the brushroll motor sensor and the pressure sensor, characterized in that the controller is operable to control an operating speed of the brushroll motor based on feedback received from the pressure sensor and the brushroll motor sensor. a base including a floor nozzle, the floor nozzle defining a suction chamber; a brushroll driven by a brushroll motor; a brushroll motor sensor configured to measure an electrical current used by the brushroll motor; a pressure sensor configured to measure an internal pressure within the vacuum cleaner; and a controller in communication with the brushroll motor sensor and the pressure sensor, characterized in that the controller is operable to control an operating speed of the brushroll motor based on feedback received from the pressure sensor and the brushroll motor sensor.
Needle safety device for a drug delivery device comprising: - a needle cap arranged to cover and protect a needle of the drug delivery device; - a needle cap remover having - an outer part adapted to be arranged to the drug delivery device; - an inner part adapted to carry the needle cap; wherein - the outer part comprises a front end having - an opening which at its edge exhibits a projection directed inwards adapted to catch a front projection of the inner part; and - the inner part comprises a back end having - a grip member adapted to grip a back end of the needle cap, characterised in that the projection of the outer part is formed as at least two opposite arms (12.1, 12.2) which ends are angled, wherein the at least two opposite arms (12.1, 12.2) and/or the front projection are flexible. - a needle cap arranged to cover and protect a needle of the drug delivery device; - a needle cap remover having - an outer part adapted to be arranged to the drug delivery device; - an inner part adapted to carry the needle cap; wherein - the outer part comprises a front end having - an opening which at its edge exhibits a projection directed inwards adapted to catch a front projection of the inner part; and - an opening which at its edge exhibits a projection directed inwards adapted to catch a front projection of the inner part; and - the inner part comprises a back end having - a grip member adapted to grip a back end of the needle cap, characterised in that the projection of the outer part is formed as at least two opposite arms (12.1, 12.2) which ends are angled, wherein the at least two opposite arms (12.1, 12.2) and/or the front projection are flexible. - a grip member adapted to grip a back end of the needle cap, characterised in that the projection of the outer part is formed as at least two opposite arms (12.1, 12.2) which ends are angled, wherein the at least two opposite arms (12.1, 12.2) and/or the front projection are flexible.
A camera module, comprising: a lens including an incident surface to be incident by an outside light and a light emitting surface to emit the light having passed the lens; a heating layer positioned on the lens so as to generate heat when power is supplied thereto; and a heating wire, which is positioned on the surface of the lens or of the heating layer, which generates heat when a current is supplied thereto from an external power supply, and which is electrically connected to the heating layer. a lens including an incident surface to be incident by an outside light and a light emitting surface to emit the light having passed the lens; a heating layer positioned on the lens so as to generate heat when power is supplied thereto; and a heating wire, which is positioned on the surface of the lens or of the heating layer, which generates heat when a current is supplied thereto from an external power supply, and which is electrically connected to the heating layer.