mhurhangee/ep-ind-claims huggingface dataset:
A non-contact body temperature measuring device for measuring a temperature of a human body, wherein the non-contact body temperature measuring device includes a temperature measuring unit configured for measuring the temperature of the human body in a non-contact manner, a Doppler radar configured to emit a plurality of radar waves towards the human body, and receive reflected radar waves reflected from the human body, and a processing unit, which is electrically connected to the temperature measuring unit and the Doppler radar, being configured to determine a plurality of measurement spots on the human body based on the reflected radar waves, control the temperature measuring unit to measure temperatures of the plurality of measurement spots, and generate a body temperature measuring value based on the temperatures of the plurality of measurement spots; characterized in that: the processing unit is configured to obtain a relative velocity between the human body and the Doppler radar based on the reflected radar waves and configured to determine whether the relative velocity is within a predetermined velocity range, wherein when the relative velocity is within the predetermined velocity range, the processing unit generates the body temperature measuring value based on the temperatures of the plurality of measurement spots.
Composition for use in relieving severe arthritic pain comprising: (i) tetrahydrocannabinol in an amount from 50% to 70% by weight; (ii) cannabidiol in an amount from 20% to 40% by weight; and (iii) cobalamin in an amount from 5% to 20% by weight wherein the composition is used for topical application. (i) tetrahydrocannabinol in an amount from 50% to 70% by weight; (ii) cannabidiol in an amount from 20% to 40% by weight; and (iii) cobalamin in an amount from 5% to 20% by weight
A device for manufacturing a part made of a composite material by resin transfer molding comprising a manufacturing mold into which is intended to be disposed at least one preform of the part intended to be impregnated with resin during the resin transfer process, the mold being split into a die and one or several movable structural element(s) intended to be indexed on the die, the set forming, after assembly, an imprint corresponding to the shape of the part to be manufactured, characterized in that the mold is associated to at least one positioning frame having a low coefficient of thermal expansion which is linear in at least one direction, the positioning frame being designed so as to enable the indexing and the holding of one or several movable structural element(s), corresponding to at least one singularity, on the die.
Method for creating an authenticable binary graphic code,comprising: in response to a request for creation of the binary graphic code, creating a binary graphic encoded pattern for information to be encoded; adding microstructure features to the binary graphic encoded pattern; printing the binary graphic encoded pattern and the microstructure features on a label or a product surface, the microstructure features being much thinner than cells composing the binary graphic encoded pattern and not affecting the reading of the binary pattern code, and the label or product surface having a random effect on the integrity of the printed microstructure features; extracting the binary graphic encoded pattern and microstructure features; recording the binary graphic encoded pattern and microstructure features as all or part of a standard for authenticating the binary graphic code, wherein said microstructure features are small, meaningful or insignificant dots, lattices, lines, graphic, text, or a combination thereof, and a thickness of said microstructure features is close to the resolution of a printer. in response to a request for creation of the binary graphic code, creating a binary graphic encoded pattern for information to be encoded; adding microstructure features to the binary graphic encoded pattern; printing the binary graphic encoded pattern and the microstructure features on a label or a product surface, the microstructure features being much thinner than cells composing the binary graphic encoded pattern and not affecting the reading of the binary pattern code, and the label or product surface having a random effect on the integrity of the printed microstructure features; extracting the binary graphic encoded pattern and microstructure features; recording the binary graphic encoded pattern and microstructure features as all or part of a standard for authenticating the binary graphic code, wherein said microstructure features are small, meaningful or insignificant dots, lattices, lines, graphic, text, or a combination thereof, and a thickness of said microstructure features is close to the resolution of a printer.
A method of validating autonomous control software for operating a vehicle in an autonomous driving mode, the method comprising: running the autonomous control software through a driving scenario a single time to observe an outcome of the scenario for the autonomous control software; running a validation model through the driving scenario a plurality of times, which includes running the scenario once for each type of response identified in a predetermined set of general types of responses, to observe an outcome of the scenario for the validation model for each of the plurality of times; determining whether the autonomous control software passed the driving scenario based on whether the outcome of the scenario for the autonomous control software indicates that a virtual vehicle under control of the autonomous control software collided with another object during the single time; determining whether the validation model passed the driving scenario based on whether outcome of the scenario for the validation model indicates that a virtual vehicle under control of the validation model collided with another object in any one of the plurality of times; and validating the autonomous control software by comparing the scenarios the autonomous control software passed with those the validation model passed at least once. running the autonomous control software through a driving scenario a single time to observe an outcome of the scenario for the autonomous control software; running a validation model through the driving scenario a plurality of times, which includes running the scenario once for each type of response identified in a predetermined set of general types of responses, to observe an outcome of the scenario for the validation model for each of the plurality of times; determining whether the autonomous control software passed the driving scenario based on whether the outcome of the scenario for the autonomous control software indicates that a virtual vehicle under control of the autonomous control software collided with another object during the single time; determining whether the validation model passed the driving scenario based on whether outcome of the scenario for the validation model indicates that a virtual vehicle under control of the validation model collided with another object in any one of the plurality of times; and validating the autonomous control software by comparing the scenarios the autonomous control software passed with those the validation model passed at least once.
A method of providing a word processor document in a word processor application, the method comprising: creating a presentation surface for displaying contents of the document, creating an XML data store for storing XML data of the document having an associated structure, associating one or more schema files with the data stored within the data store, creating one or more content regions in the presentation surface, creating one or more bindings associated with the one or more content regions, the bindings linking associated content regions with nodes in the XML data, if a node specified by a binding does not exist in the XML data, determining whether other XML data exists within the same XML namespace, checking if the node exists within that other XML data, and if the node is found, linking the content regions to the node, updating content regions according to editing of thereby linked XML data in the data store, and updating XML data according to editing of thereby linked content regions, wherein edits in a linked content region are persisted to the respective node in the XML data, thereby causing the content regions associated to the same node to update. creating a presentation surface for displaying contents of the document, creating an XML data store for storing XML data of the document having an associated structure, associating one or more schema files with the data stored within the data store, creating one or more content regions in the presentation surface, creating one or more bindings associated with the one or more content regions, the bindings linking associated content regions with nodes in the XML data, if a node specified by a binding does not exist in the XML data, determining whether other XML data exists within the same XML namespace, checking if the node exists within that other XML data, and if the node is found, linking the content regions to the node, determining whether other XML data exists within the same XML namespace, checking if the node exists within that other XML data, and if the node is found, linking the content regions to the node, updating content regions according to editing of thereby linked XML data in the data store, and updating XML data according to editing of thereby linked content regions, wherein edits in a linked content region are persisted to the respective node in the XML data, thereby causing the content regions associated to the same node to update.
An audio circuit, comprising: an analog circuit including a differential output amplifier, a differential input amplifier, and a bridge circuit coupled between the differential output amplifier and the differential input amplifier; and a digital signal processing circuit configured to generate one or more first set of signal filter coefficients from a first signal input into the analog circuit and generate one or more second set of filter coefficients from a second signal output from the analog circuit, characterized by the digital signal processing circuit is configured to generate a transfer function identification filter (FIL ID) from the first set of signal filter coefficients and the second set of filter coefficients, and to generate an output signal from the transfer function identification filter (FIL ID) that is applied to the second signal output from the analog circuit to cancel echo, wherein the transfer identification filter (FIL ID) consists of a delayed signal memory and a first filter coefficient memory, and is configured to simulate transfer characteristics of said analog circuit. an analog circuit including a differential output amplifier, a differential input amplifier, and a bridge circuit coupled between the differential output amplifier and the differential input amplifier; and a digital signal processing circuit configured to generate one or more first set of signal filter coefficients from a first signal input into the analog circuit and generate one or more second set of filter coefficients from a second signal output from the analog circuit, characterized by the digital signal processing circuit is configured to generate a transfer function identification filter (FIL ID) from the first set of signal filter coefficients and the second set of filter coefficients, and to generate an output signal from the transfer function identification filter (FIL ID) that is applied to the second signal output from the analog circuit to cancel echo, wherein the transfer identification filter (FIL ID) consists of a delayed signal memory and a first filter coefficient memory, and is configured to simulate transfer characteristics of said analog circuit.
A computer implemented method for determining the numbers of predicted indirectly recognized HLA epitopes (PIRCHES) between one or more donors and one or more recipients of solid organ transplantation material, wherein said PIRCHES are donor-specific HLA-derived peptides from a mismatched donor-HLA allele and are predicted to be presented by any MHC class II HLA molecule, wherein said method comprises a) Identification of peptides from mismatched HLA molecules of the donor; b) Determination of the peptides identified in a) that are predicted to be presented by any recipient's MHC class II HLA molecule; c) Identification of peptides from all selected HLA molecules of the recipient; d) Determination of the peptides identified in c) that are predicted to be presented by any recipient's MHC class II HLA molecule; wherein e) any peptide determined in b) that is not included in the set of peptides in d) is characterized as a PIRCHE II; characterised in that f) steps a) to d) are performed on information stored in a graph data structure, wherein g) the graph data structure comprises: - one or more HLA value entities, - one or more peptide entities, and - one or more relationships between said HLA value and peptide entities, wherein each entity is present in a single instance within the graph data structure and may exhibit one or more relationships to another entity, and wherein the HLA value entities have relationships to peptides, but not to other HLA entities, and peptides have relationships to HLA values, but not to other peptides. a) Identification of peptides from mismatched HLA molecules of the donor; b) Determination of the peptides identified in a) that are predicted to be presented by any recipient's MHC class II HLA molecule; c) Identification of peptides from all selected HLA molecules of the recipient; d) Determination of the peptides identified in c) that are predicted to be presented by any recipient's MHC class II HLA molecule; wherein e) any peptide determined in b) that is not included in the set of peptides in d) is characterized as a PIRCHE II; characterised in that f) steps a) to d) are performed on information stored in a graph data structure, wherein g) the graph data structure comprises: - one or more HLA value entities, - one or more peptide entities, and - one or more relationships between said HLA value and peptide entities, wherein each entity is present in a single instance within the graph data structure and may exhibit one or more relationships to another entity, and wherein the HLA value entities have relationships to peptides, but not to other HLA entities, and peptides have relationships to HLA values, but not to other peptides. - one or more HLA value entities, - one or more peptide entities, and - one or more relationships between said HLA value and peptide entities, wherein each entity is present in a single instance within the graph data structure and may exhibit one or more relationships to another entity, and wherein the HLA value entities have relationships to peptides, but not to other HLA entities, and peptides have relationships to HLA values, but not to other peptides.
Stent from a biologically degradable magnesium alloy which contains the following components based on the total weight of the alloy: 5.0 % by wt. - 25.5 % by wt. dysprosium 0.01 % by wt. - 5.0 % by wt. neodymium and/or europium 0.1 % by wt. - 3.0 % by wt. zinc 0.1 % by wt. - 2.0 % by wt. zirconium balance to □□□100.0 % by wt. magnesium wherein the stent has a polymeric coating.
A drug delivery device comprising, a. a housing having a bottom surface configured to removably attach directly to a user's skin; b. a medicament manifold contained within the housing; c. a single dispense interface having a distal end and a proximal end, where the proximal end is fluidly connected to the manifold and the distal end protrudes through the housing and is configured for subcutaneous placement in a user' skin; d. a first reservoir and a second reservoir each connected to the manifold; and e. a pump connected to the first reservoir configured to continuously dispense a primary medicament contained in the first reservoir through the manifold into the proximal end of the single dispense interface and then out the distal end characterized in that the second reservoir has an inlet and an outlet and is replaceable through a loading port in the housing, where the second reservoir is connected to the manifold such that primary medicament flowing from the first reservoir flows in the inlet and out the outlet of the second reservoir. a. a housing having a bottom surface configured to removably attach directly to a user's skin; b. a medicament manifold contained within the housing; c. a single dispense interface having a distal end and a proximal end, where the proximal end is fluidly connected to the manifold and the distal end protrudes through the housing and is configured for subcutaneous placement in a user' skin; d. a first reservoir and a second reservoir each connected to the manifold; and e. a pump connected to the first reservoir configured to continuously dispense a primary medicament contained in the first reservoir through the manifold into the proximal end of the single dispense interface and then out the distal end characterized in that the second reservoir has an inlet and an outlet and is replaceable through a loading port in the housing, where the second reservoir is connected to the manifold such that primary medicament flowing from the first reservoir flows in the inlet and out the outlet of the second reservoir.
Method of generating data for controlling a rendering system to re-create an atmosphere of an event, in particular of a live concert, including the steps of: - obtaining data, including audio and video data (22, 23), representative of a recording of at least intervals of an event by intermittently recording captured data obtained using a microphone and an image sensor at a venue of the event, wherein the audio data comprises music recorded at the event and the video data comprises lighting characteristics recorded at the event; - analyzing the data to determine at least a dependency between a characteristic of music in the audio data and a characteristic of lighting in the video data over time; - using at least one parameter characterizing the audio data to compile a playlist of audio tracks characterized by parameters similar to those of the audio data; - playing back the playlist of audio tracks; - obtaining data representative of at least one audio feature characteristic for an audio track currently being played back; - using at least said dependency and said data representative of at least one audio feature characteristic for an audio track currently being played back to generate data for controlling a lighting device for generating a lighting pattern; and - rendering the lighting pattern. - obtaining data, including audio and video data (22, 23), representative of a recording of at least intervals of an event by intermittently recording captured data obtained using a microphone and an image sensor at a venue of the event, wherein the audio data comprises music recorded at the event and the video data comprises lighting characteristics recorded at the event; - analyzing the data to determine at least a dependency between a characteristic of music in the audio data and a characteristic of lighting in the video data over time; - using at least one parameter characterizing the audio data to compile a playlist of audio tracks characterized by parameters similar to those of the audio data; - playing back the playlist of audio tracks; - obtaining data representative of at least one audio feature characteristic for an audio track currently being played back; - using at least said dependency and said data representative of at least one audio feature characteristic for an audio track currently being played back to generate data for controlling a lighting device for generating a lighting pattern; and - rendering the lighting pattern.
A detectable reagent comprising a binding moiety conjugated to at least two dextran components, wherein each dextran component comprises a plurality of dextrans, wherein the detectable reagent comprises about 4 to about 8 dextrans, and wherein each of the about 4 to about 8 dextrans is from about 30kDa to about 100kDa.
A brake caliper assembly comprising: a housing adapted to be secured to a vehicle and including a channel adapted to receive a brake disc, the housing having an inlet end and an outlet end, the inlet and outlet ends (32, 34) of the housing defining a rearward direction toward the inlet end and a forward direction toward the outlet end, and the housing further including an abutting surface facing in the rearward direction and positioned closer to the inlet end than to the outlet end; a pad assembly positioned on a side of the channel and including an engaging surface in engagement with the abutting surface to thereby substantially prevent movement of the pad assembly in the forward direction relative to the housing, characterised in that the outlet end of the housing is free from a feature that substantially prevents movement of the pad assembly in the forward direction relative to the housing. a housing adapted to be secured to a vehicle and including a channel adapted to receive a brake disc, the housing having an inlet end and an outlet end, the inlet and outlet ends (32, 34) of the housing defining a rearward direction toward the inlet end and a forward direction toward the outlet end, and the housing further including an abutting surface facing in the rearward direction and positioned closer to the inlet end than to the outlet end; a pad assembly positioned on a side of the channel and including an engaging surface in engagement with the abutting surface to thereby substantially prevent movement of the pad assembly in the forward direction relative to the housing, characterised in that the outlet end of the housing is free from a feature that substantially prevents movement of the pad assembly in the forward direction relative to the housing.
Connection system for electronic electricity meters (4, 5) with a base platform and a receiving assembly for the electricity meter (4, 5), mountable on the base platform as a complete unit, wherein the receiving assembly comprises all elements necessary for the electrical and mechanical coupling of the electricity meter (4, 5), characterised in that the base platform is formed by a section of a meter box installation, comprising a further section (2,3) each above and below the base platform, wherein the further sections (2, 3) form an upper and a lower connection space, in that the receiving assembly is pre-fabricated with connection conductors (11, 12) to be routed behind the base platform and into both connection spaces, and in that the connection conductors (11, 12) are rigid connection conductors (11, 12) corresponding to the connection geometry.
A housing for a ventilator or fan, in particular an axial ventilator, comprising an annular housing wall, which surrounds a flow channel comprising an inflow opening and an outflow opening, wherein the flow channel has a circular cross-section in a plane, which perpendicular to a center longitudinal axis (X-X), as well as a motor mount for an electric motor of the ventilator within the flow channel, wherein the flow channel has a first cylinder section connected to the inflow opening as well as a second frustoconical section, which is connected thereto with its small frustoconical surface and which expands towards the outflow opening, wherein the mount consists of a several struts, which are fastened with one end to the second frustoconical section and which run from an inner circumferential surface of the frustoconical section in the direction of the longitudinal axis (X-X), and which have mounting sections for the electric motor on their other internal ends, characterized in that fastening means (24, 26) of the housing wall are present in the area of the inflow opening for the connection to a connection part, as well as fastening means in the edge area of its outflow opening for a protective grating and fastening means (29, 31) for fastening an external diffusor to the housing wall in the area of the outflow opening.