mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for an internal combustion engine that includes an in-cylinder injection valve which injects fuel directly into a cylinder and a port injection valve which injects fuel into an intake port, a fuel tank which stores a fuel in which different kinds of fuel are mixed, and a fuel supply system which supplies only the fuel stored in the fuel tank to the in-cylinder injection valve and the port injection valve , comprising injection control means for changing an injection ratio between a fuel injection amount of the in-cylinder injection valve and a fuel injection amount of the port injection valve within a range from 1:0 to 0:1 in accordance with an operating state of the internal combustion engine ; and detection means for detecting at least one of a change in a mixing ratio of different kinds of fuel contained in a fuel that is used and a possibility of the change; wherein, in a case where the detection means detects a change in the mixing ratio of different kinds of fuel contained in the fuel that is used or the possibility of the change, the injection control means controls a fuel injection amount of the in-cylinder injection valve and a fuel injection amount of the port injection valve so that fuel is injected from both of the in-cylinder injection valve and the port injection valve regardless of the operating state of the internal combustion engine , until it is determined that replacement of fuel has been completed in fuel supply lines on both an in-cylinder injection valve side and a port injection valve side, wherein it is determined that said replacement of fuel has been completed when an amount of change in an amount of change in an air-fuel ratio correction amount after a change in the injection ratio is less than a predetermined value, and wherein the detection means detects a change in the mixing ratio of different kinds of fuel contained in the fuel that is used based on a change in an output value of a concentration sensor that corresponds to a specific fuel component, or detects at least one of a fact that refueling of fuel into a fuel tank was performed and a fact that refueling of fuel into the fuel tank will be performed as a possibility of a change in a concentration of a fuel component in a fuel that is used, or detects at least one of a fact that the internal combustion engine was started and a fact that the internal combustion engine will be started as a possibility of a change in the mixing ratio of different kinds of fuel contained in the fuel that is used.
A tracheal cannula , in particular a tracheostomy cannula or endotracheal tube, comprising a cannula tube of plastic which has a proximal end with a proximal opening , a distal end with a distal opening and at least one separate line extending in the axial direction of the cannula tube , and a profile element made of a harder plastic compared to the plastic of the cannula tube , characterised in that the cannula tube over part of its periphery on its outside has a region which is set back in cross section with a reduced wall thickness, whereby a recess which extends in the axial direction is defined on the outside of the cannula tube for at least partially receiving the matchingly shaped profile element , wherein the line is formed between mutually facing surfaces of the profile element and the recess by the internal cross-section-thereof being delimited by a surface portion of the profile element , that faces towards the cannula tube, and a surface portion of the cannula tube, that faces towards the profile element
A flexible display apparatus, comprising: a flexible base layer defined with a first area, a second area and a bend portion comprising a bend allowance section between the first area and the second area of the flexible base layer ; a plurality of display pixels (PX) of a display area provided in the first area of the flexible base layer ; at least one driver integrated circuit placed in the second area of the flexible base layer ; and a support layer having a portion corresponding to a substantially flat portion of the flexible display apparatus and a rounded end portion, wherein the support layer is arranged on a first side of the flexible base layer such that the bend allowance section of the flexible base layer wraps around the rounded end portion of the support layer , and wherein the rounded end portion is thicker than the portion corresponding to a substantially flat portion of the flexible display apparatus; characterised in that the rounded end portion of the support layer fully conforms to the curvature of the flexible base layer . a flexible base layer defined with a first area, a second area and a bend portion comprising a bend allowance section between the first area and the second area of the flexible base layer ; a plurality of display pixels (PX) of a display area provided in the first area of the flexible base layer ; at least one driver integrated circuit placed in the second area of the flexible base layer ; and a support layer having a portion corresponding to a substantially flat portion of the flexible display apparatus and a rounded end portion, wherein the support layer is arranged on a first side of the flexible base layer such that the bend allowance section of the flexible base layer wraps around the rounded end portion of the support layer , and wherein the rounded end portion is thicker than the portion corresponding to a substantially flat portion of the flexible display apparatus; characterised in that the rounded end portion of the support layer fully conforms to the curvature of the flexible base layer .
Forming device for forming a layer of containers arranged as a quincunx, comprising a conveyor belt configured to advance said containers according to a feeding direction (X) of the conveyor belt , an equipment piece bearing a plurality of partitions positioned parallel to said direction (X), wherein said partitions divide the upper surface of the conveyor belt into a plurality of channels , each having such a width as to allow the passage of a single row of containers , the equipment piece further comprises a series of feeding devices configured for dosing and releasing in a controlled manner the containers exiting from the channels , each placed at the outlet of each channel , characterized in that said equipment piece moves, in a reciprocating manner along a direction (Y) perpendicular to the feeding direction (X) of the conveyor belt, between a first and a second position (A, B), wherein said positions (A, B) define a distance (D) equal to the distance between the axes of two adjacent rows of the layer , so as to translate the rows of containers in said channels along said direction (Y) perpendicular to the feeding direction (X).
A stock solution comprising 0.01% to 1% by weight of a compound of formula (I) the compound according to of formula (I) is selected from the group consisting of N-geranoyl-Met, N-palmitoyl-Met, N-palmitenoyl-Met, N-oleoyl-Met, N-stearoyl-Met, N-linoleoyl-Met and N-linolenoyl-Met and wherein, the compound of formula (I) accentuates the taste or mouth feel characteristics of edible products in which it is incorporated when the compound of formula (I) is present at a level of from 1 part per billion to 10 parts per million in the edible product.
A housing for a detection unit for optically detecting smoke particles, said detection unit comprising a light source for emitting radiation to be scattered by smoke particles to be detected and a light detector for detecting the scattered radiation , wherein the housing comprises a cylindrical outer surface having smoke openings through which the smoke particles enter the housing and a radially symmetric light-guiding structure having guide members , wherein the guide members are so designed that adjacent guide members each form a guide channel through which the radiation emitted from the light source and not scattered by the smoke particles is guidable to the outside in the direction of the smoke openings by multiple reflection, wherein each guide member has a concave side surface and an opposite convex side surface and wherein the concave side surface has a larger radius of curvature than the convex side surface .
A chimeric recombinant fusion protein, comprising: (a) a combination of at least two S100A9-binding moieties selected from the group consisting of an extracellular domain of human CD33, an extracellular domain of toll like receptor 4 (TLR4), and an extracellular domain of Receptor for Advanced Glycation End Products (RAGE); and (b) an immunoglobulin Fc region. (a) a combination of at least two S100A9-binding moieties selected from the group consisting of an extracellular domain of human CD33, an extracellular domain of toll like receptor 4 (TLR4), and an extracellular domain of Receptor for Advanced Glycation End Products (RAGE); and (b) an immunoglobulin Fc region.
A method for acknowledging presence of a first collision avoidance device using a second collision avoidance device in an underground mine environment, the method comprising: a) detecting with the second collision avoidance device if the first collision avoidance device is within a predetermined distance of the second collision avoidance device ; b) when the first collision avoidance device is detected within the predetermined distance, the second collision avoidance device sending a request of acknowledgment to the first collision avoidance device ; c) if the first collision avoidance device is in a safe environment, receiving an acknowledgment from the first collision avoidance device by the second collision avoidance device ; d) upon reception of the acknowledgement from the first collision avoidance device , the second collision avoidance device considering a context as non-hazardous. a) detecting with the second collision avoidance device if the first collision avoidance device is within a predetermined distance of the second collision avoidance device ; b) when the first collision avoidance device is detected within the predetermined distance, the second collision avoidance device sending a request of acknowledgment to the first collision avoidance device ; c) if the first collision avoidance device is in a safe environment, receiving an acknowledgment from the first collision avoidance device by the second collision avoidance device ; d) upon reception of the acknowledgement from the first collision avoidance device , the second collision avoidance device considering a context as non-hazardous.
A measurement instrument identification system for identifying one of a plurality of measurement instruments , wherein the identification system comprises: - a sensor unit for position and directional detection, - a receiving unit for receiving a signal assigned to the at least one measurement instrument , - a processing unit configured to process a signal received from the sensor unit and a signal from the receiving unit , and - an augmented reality unit for displaying at least a representative of the measurement instrument and/or a symbol assigned to the measurement instrument , wherein the processing unit is further configured to select the one measurement instrument out of the plurality of measurement instruments based on the received signal assigned to the at least one measurement instrument and the signal received from the sensor unit , wherein the processing unit is further configured to control the augmented reality unit to display a representative of the at least one measurement instrument and/or a symbol assigned to the at least one measurement instrument , wherein the processing unit is configured to read out at least one failure signal assigned to the at least one measurement instrument , and wherein the sensor unit is configured to provide information regarding the position and the viewing direction of the augmented reality unit . - a sensor unit for position and directional detection, - a receiving unit for receiving a signal assigned to the at least one measurement instrument , - a processing unit configured to process a signal received from the sensor unit and a signal from the receiving unit , and - an augmented reality unit for displaying at least a representative of the measurement instrument and/or a symbol assigned to the measurement instrument , wherein the processing unit is further configured to select the one measurement instrument out of the plurality of measurement instruments based on the received signal assigned to the at least one measurement instrument and the signal received from the sensor unit , wherein the processing unit is further configured to control the augmented reality unit to display a representative of the at least one measurement instrument and/or a symbol assigned to the at least one measurement instrument , wherein the processing unit is configured to read out at least one failure signal assigned to the at least one measurement instrument , and wherein the sensor unit is configured to provide information regarding the position and the viewing direction of the augmented reality unit .
A patch cable holder comprising: a. a base portion configured for attachment to a telecommunications component , wherein the base portion is provided with a vertical portion upon which an upper attachment feature and a lower attachment feature are provided, the upper and lower attachment features being configured as protrusions for interlocking the base portion with the telecommunications component ; b. a deflectable cable support portion configured with a first horizontal portion to support a plurality of patch cables and a first vertical portion extending from the first horizontal portion, the cable support portion defining an interior perimeter , the deflectable cable support portion being deflectable about a vertical axis (A5); and c. wherein the base portion, including the upper and lower attachment features, and the deflectable cable support portion are integrally formed as a single one-piece, polymeric component. a. a base portion configured for attachment to a telecommunications component , wherein the base portion is provided with a vertical portion upon which an upper attachment feature and a lower attachment feature are provided, the upper and lower attachment features being configured as protrusions for interlocking the base portion with the telecommunications component ; b. a deflectable cable support portion configured with a first horizontal portion to support a plurality of patch cables and a first vertical portion extending from the first horizontal portion, the cable support portion defining an interior perimeter , the deflectable cable support portion being deflectable about a vertical axis (A5); and c. wherein the base portion, including the upper and lower attachment features, and the deflectable cable support portion are integrally formed as a single one-piece, polymeric component.
A rheological measurement system comprising: a flow through rheometer including an inlet and an outlet; a tube connected to the inlet of the rheometer ; a heater surrounding a portion of the tube external to the rheometer , wherein the heater is configured to heat at least a portion of the tube ; and a thermowell connection adapter attached to the tube , wherein the thermowell connection adapter is constructed and arranged to be attached to an aperture located along a flow path of a viscous material in an extruder or injection molding system , and wherein an open end of the thermowell connection adapter is in fluid communication with the inlet of the flow through rheometer through the tube , wherein the thermowell connection adapter includes a 1⁄2-20 threaded connection, wherein the tube and heater are configured to maintain a temperature of the viscous material above a predetermined temperature after the viscous material passes through the 1⁄2-20 threaded connection before reaching the flow through rheometer. a flow through rheometer including an inlet and an outlet; a tube connected to the inlet of the rheometer ; a heater surrounding a portion of the tube external to the rheometer , wherein the heater is configured to heat at least a portion of the tube ; and a thermowell connection adapter attached to the tube , wherein the thermowell connection adapter is constructed and arranged to be attached to an aperture located along a flow path of a viscous material in an extruder or injection molding system , and wherein an open end of the thermowell connection adapter is in fluid communication with the inlet of the flow through rheometer through the tube , wherein the thermowell connection adapter includes a 1⁄2-20 threaded connection, wherein the tube and heater are configured to maintain a temperature of the viscous material above a predetermined temperature after the viscous material passes through the 1⁄2-20 threaded connection before reaching the flow through rheometer.
An apparatus comprising a film bulk acoustic resonator and a field effect transistor configured such that the field effect transistor is connected in a feedback loop with its output fed back into its input through the film bulk acoustic resonator to provide positive feedback, the film bulk acoustic resonator comprising first and second electrodes separated by a piezoelectric material , the piezoelectric material having first and second regions and being configured such that the application of a potential difference between the first and second electrodes enables the generation of an acoustic wave and associated surface charge in the first and second regions of the piezoelectric material , the field effect transistor comprising a channel , and source and drain electrodes configured to enable a flow of electrical current through the channel when a potential difference is applied between the source and drain electrodes, the field effect transistor being formed on the piezoelectric material of the film bulk acoustic resonator such that the channel is in direct physical contact with the second region of the piezoelectric material and is gated by the surface charge of said second region of the piezoelectric material , wherein the first electrode of the film bulk acoustic resonator comprises electrically connected first and second portions, the second portion capacitively coupled to the channel of the field effect transistor via a dielectric material , and wherein the first portion of the first electrode is capacitively coupled to the first region of the piezoelectric material such that the surface charge generated in the piezoelectric material induces a corresponding charge in the first electrode which causes, via the second portion of the first electrode , a variation in the electrical current flowing through the channel , the variation in electrical current producing an output signal having a frequency which corresponds to that of the acoustic wave .
Wear detection device for a sole of a contact shoe of an on-board electrical power collection system of an electric vehicle, the sole making it possible to collect electrical power by contact with a conductive element of an electrical supply system, the wear detection device comprising: - a wear indicator , intended to be integrated into the thickness of the sole and comprising: a core , intended to become visible on a wear surface of the sole and to thus be brought into contact with the conductive element of the electrical supply system; and - a unit for measuring an electrical quantity of the core suitable for generating a wear signal depending on a measured value of said electrical quantity, the wear detection device being characterised in that the measuring unit comprises a high-voltage part (HT) and a low-voltage part (BT) that are optoelectrically coupled to one another. - a wear indicator , intended to be integrated into the thickness of the sole and comprising: a core , intended to become visible on a wear surface of the sole and to thus be brought into contact with the conductive element of the electrical supply system; and - a unit for measuring an electrical quantity of the core suitable for generating a wear signal depending on a measured value of said electrical quantity,
A pharmaceutical formulation comprising umirolimus encapsulated in a polymer micelle, and a pharmaceutically acceptable excipient, carrier, or diluent, wherein the polymer micelle includes a di-block co-polymer, the di-block co-polymer being polyethyleneglycol-polylactide (PEG-PLA), and the umirolimus is present at 5-40% by weight of the polymer micelle.
A monitoring device which identifies a person from videos made by a plurality of cameras installed in a predetermined region where a plurality of products are arranged, the monitoring device comprising: a receiving unit configured to receive the videos from the plurality of cameras and purchase history information indicating a product purchased by the person from a POS register installed in the predetermined region; a storage unit configured to store feature information indicating a feature of the person (T4) and shooting region information (T3) indicating shooting regions of the plurality of cameras; and a controller configured to identify the person from the videos based on the feature information, wherein the controller specifies, based on the purchase history information and the shooting region information, the camera which captured the shooting region through which the person passed. a receiving unit configured to receive the videos from the plurality of cameras and purchase history information indicating a product purchased by the person from a POS register installed in the predetermined region; a storage unit configured to store feature information indicating a feature of the person (T4) and shooting region information (T3) indicating shooting regions of the plurality of cameras; and a controller configured to identify the person from the videos based on the feature information, wherein the controller specifies, based on the purchase history information and the shooting region information, the camera which captured the shooting region through which the person passed.
Method for determining an alignment between at least two bone parts of an elongated bone system of a patient with the following steps: • Recording a plurality of partially spatially overlapping projection images by means of a recording system of an x-ray device, in particular a mobile x-ray device, during a translational movement of the x-ray device or the recording system in the direction of or parallel to a longitudinal axis of the bone system (step 10), wherein the distance between two images of the plurality of partially spatially overlapping projection images differs as a function of a recording position along the elongated bone system by relevant regions being recorded with a small distance and less relevant with a larger distance, • Reconstructing tomosynthesis image data, in particular of slice images, of the bone parts from the recorded projection images (step 11) and • Determining or estimating an alignment angle between the at least two bone parts at least partially on the basis of the reconstructed tomosynthesis image data and/or the projection images (step 12). • Recording a plurality of partially spatially overlapping projection images by means of a recording system of an x-ray device, in particular a mobile x-ray device, during a translational movement of the x-ray device or the recording system in the direction of or parallel to a longitudinal axis of the bone system (step 10), wherein the distance between two images of the plurality of partially spatially overlapping projection images differs as a function of a recording position along the elongated bone system by relevant regions being recorded with a small distance and less relevant with a larger distance, • Reconstructing tomosynthesis image data, in particular of slice images, of the bone parts from the recorded projection images (step 11) and • Determining or estimating an alignment angle between the at least two bone parts at least partially on the basis of the reconstructed tomosynthesis image data and/or the projection images (step 12).