mhurhangee/ep-ind-claims huggingface dataset:
An optical apparatus having an image stabilization system comprising: vibration detection means configured to detect vibration; holding means configured to hold an image stabilizing optical system; a resilient member that supports the holding means so that the holding means can move in a plane perpendicular to the optical axis; drive means (4, 10, 29) that generates a drive force resisting against the restoring force of the resilient member to drive the holding means in a direction perpendicular to the optical axis; a control circuit (24, 26) configured to send an image stabilizing drive control signal to the drive means based on an output of the vibration detection means, and to control the position of the holding means; a temperature sensor that measures temperature; and a viscous damper that damps the movement of the holding means in the drive direction, characterised in that the control circuit is configured to change a phase lead amount of the image stabilizing drive control signal to be sent to the drive means with reference to the temperature obtained by the temperature sensor. vibration detection means configured to detect vibration; holding means configured to hold an image stabilizing optical system; a resilient member that supports the holding means so that the holding means can move in a plane perpendicular to the optical axis; drive means (4, 10, 29) that generates a drive force resisting against the restoring force of the resilient member to drive the holding means in a direction perpendicular to the optical axis; a control circuit (24, 26) configured to send an image stabilizing drive control signal to the drive means based on an output of the vibration detection means, and to control the position of the holding means; a temperature sensor that measures temperature; and a viscous damper that damps the movement of the holding means in the drive direction, characterised in that the control circuit is configured to change a phase lead amount of the image stabilizing drive control signal to be sent to the drive means with reference to the temperature obtained by the temperature sensor.
A rearward facing vehicle child seat for a vehicle, characterized in that said vehicle child seat comprises a displaceable seat, a sensor arrangement and a processing unit, wherein said processing unit can operate said seat as a response to input from said sensor arrangement between at least a nursing mode in which said seat can be displaced a first distance (Lto) with respect to a selected reference point, and a restricted mode in which said seat is restricted from displacement along the full length of said first distance (Lto).
An image forming apparatus comprising: an image forming device configured to form an image on a surface of a recording medium; an image position detector configured to detect a position of the image; an image density detector configured to detect a density of the image; and an image forming condition controller configured to control an image forming condition of the image forming device, wherein the image forming device is configured to form a position detection image on a surface of a first recording medium, the image position detector is configured to detect a position of the position detection image on the surface of the first recording medium, the image forming device is configured to form a density detection image on a second recording medium, the image density detector is configured to detect a density of the density detection image on the surface of the second recording medium, and wherein the image forming apparatus is characterized in that the image forming condition controller is configured to change the image forming condition on an image forming position according to a detection result of the position detection image on the surface of the first recording medium detected with the image position detector and to cause the image forming device to form the density detection image onto the surface of the second recording medium according to the image forming condition changed. an image forming device configured to form an image on a surface of a recording medium; an image position detector configured to detect a position of the image; an image density detector configured to detect a density of the image; and an image forming condition controller configured to control an image forming condition of the image forming device, wherein the image forming device is configured to form a position detection image on a surface of a first recording medium, the image position detector is configured to detect a position of the position detection image on the surface of the first recording medium, the image forming device is configured to form a density detection image on a second recording medium, the image density detector is configured to detect a density of the density detection image on the surface of the second recording medium, and wherein the image forming apparatus is characterized in that the image forming condition controller is configured to change the image forming condition on an image forming position according to a detection result of the position detection image on the surface of the first recording medium detected with the image position detector and to cause the image forming device to form the density detection image onto the surface of the second recording medium according to the image forming condition changed.
A riddling device for riddling materials such as for instance aggregates or the like by separating components of different size, said device comprising a main bin adapted to contain said materials, with a discharging aperture for discharging during riddling components of a predefined size, a riddling system disposed substantially in correspondence of said discharging aperture and comprising a first and a second riddling rollers (103, 102) rotatable on respective rotation axis substantially parallel and adjacent to each other, said system comprising means adapted to modify the reciprocal distance between said two axis of rotation of said first and second riddling rollers (102, 103), respectively, wherein said first riddling roller is rotatably supported by a first and a second supporting plates opposite to each other and disposed along its axis of rotation, said first and second plates being rotatable on a first common axis of rotation, the axis of rotation of said first riddling roller being eccentric with respect to said first common axis of rotation of said first and second supporting plates so that the rotation of said first and second plates on said first common axis of rotation results in said axis of rotation of said first riddling roller being translated along a first circumferential arch, said second riddling roller is rotated by means of a power source, characterised in that said first riddling roller is rotatably driven by means of said second riddling roller through a driving transmission, in that said driving transmission is of the kind comprising either a belt or a chain, and in that a first deviating idle or neutral pinion gear is engaged by said driving transmission, and in that said first idle or neutral pinion gear is fixed to said second plate 15 rotatably on a own axis of rotation eccentric with respect to said first common axis of rotation and different from said axis of rotation of said first riddling roller.
A turbofan comprising: a disc-shaped main plate; a projected hub formed by making a center portion of the main plate project in a rotation axis direction; and a plurality of blades each of which is vertically provided in the projecting direction of the hub using an outer-periphery-side flat part of the main plate as a base the turbofan being characterized in further comprising: a plurality of motor cooling holes which are formed in the hub so as to cool a motor disposed in a space having a projection shape surrounded by the hub; a plurality of marks of hub runners formed by solidifying resin in the hub runners, the hub runners being provided radially in the hub and forming the hub by flowing a thermoplastic resin at the time of molding; and resin merging portions each of which is formed by merging thermoplastic resin flowing out from the neighboring hub runners at the time of molding, wherein the motor cooling holes are disposed so as to avoid the resin merging portions. a disc-shaped main plate; a projected hub formed by making a center portion of the main plate project in a rotation axis direction; and a plurality of blades each of which is vertically provided in the projecting direction of the hub using an outer-periphery-side flat part of the main plate as a base the turbofan being characterized in further comprising: a plurality of motor cooling holes which are formed in the hub so as to cool a motor disposed in a space having a projection shape surrounded by the hub; a plurality of marks of hub runners formed by solidifying resin in the hub runners, the hub runners being provided radially in the hub and forming the hub by flowing a thermoplastic resin at the time of molding; and resin merging portions each of which is formed by merging thermoplastic resin flowing out from the neighboring hub runners at the time of molding, wherein the motor cooling holes are disposed so as to avoid the resin merging portions. a plurality of motor cooling holes which are formed in the hub so as to cool a motor disposed in a space having a projection shape surrounded by the hub; a plurality of marks of hub runners formed by solidifying resin in the hub runners, the hub runners being provided radially in the hub and forming the hub by flowing a thermoplastic resin at the time of molding; and resin merging portions each of which is formed by merging thermoplastic resin flowing out from the neighboring hub runners at the time of molding, wherein the motor cooling holes are disposed so as to avoid the resin merging portions.
Breath test system, including a sensor unit configured to sense the presence or concentration of a volatile substance, present in air flowing through a predefined inlet area, and to generate a signal corresponding to the concentration of said substance; an apparatus (2, 3) configured to register the presence of a person at a position in the vicinity of said inlet area, and having means for registering said presence, and further configured to respond to said presence by delivering an output, said apparatus including i) a unit configured to call for, and direct the immediate attention of said person, upon said registration of the presence of said person, said unit including an audiovisual unit located in the close vicinity of said inlet area; and ii) a unit configured to provide instructions to said person to direct an expiratory air flow towards said inlet area; an analyzer for the determination of breath substance concentration of said person, the determination being based on said signal corresponding to the substance concentration characterized in that: the breath test system includes an IR emitter configured to emit a beam of broadband infrared radiation at a modulated frequency and a first and second detector (7, 8) for providing a first signal corresponding to the concentration of said substance within said air flow and a second signal corresponding to the concentration of a tracer substance within said air flow, said determination taking said tracer substance concentration into account, and wherein an optical path between the emitter and the detectors (7, 8) is folded using multiple reflections, wherein the sensor unit furthermore comprises a fan or pump and wherein a response time of the sensor unit to air concentration variations occurring at the inlet area is defined by a dimensioning of the sensor unit, the modulation speed of the modulated frequency and said air flow provided by the fan or pump. i) a unit configured to call for, and direct the immediate attention of said person, upon said registration of the presence of said person, said unit including an audiovisual unit located in the close vicinity of said inlet area; and ii) a unit configured to provide instructions to said person to direct an expiratory air flow towards said inlet area;
A combination of oxycodone hydrochloride and naloxone hydrochloride for use in the treatment of moderate to severe pain in elderly patients, wherein 80 mg up to 160 mg of oxycodone hydrochloride are administered orally per day together with naloxone hydrochloride, wherein the weight ratio of oxycodone hydrochloride:naloxone hydrochloride is 2:1, and wherein oxycodone hydrochloride and naloxone hydrochloride are released in a sustained manner.
A germanate luminescent material having a general chemical formula of Zn 2-2x GeO 4:Mn 2x,M y, wherein M is at least one of Ag, Au, Pt, Pd and Cu nanoparticles, and M is doped in Zn 2-2x GeO 4:Mn 2x; x is in a range of 0<x≤0.05, y is a molar ratio of M to Zn 2-2x GeO 4:Mn 2x and y is in a range of 0<y ≤ × 10 -2.
A light deactivated adhesive drape system configured to be coupled to tissue, the system comprising: a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a removable filter layer configured to block the plurality of light wavelengths that activate the at least one release agent, wherein the plurality of light wavelengths are wavelengths comprising a portion of the visible light spectrum, wherein the filter layer is configured to be removable upon exposure to a solvent. a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a removable filter layer configured to block the plurality of light wavelengths that activate the at least one release agent, wherein the plurality of light wavelengths are wavelengths comprising a portion of the visible light spectrum, wherein the filter layer is configured to be removable upon exposure to a solvent.
A low power receiver having a feedforward equalization, FFE, based continuous time linear equalizer, CTLE, wherein the FFE CTLE comprises: an input for receiving an input signal; a main first path operably coupled to the input and comprising a source-follower, SF, transistor arranged to apply a scaling factor to the received input signal; a second path operably coupled to the input and comprising a delay arranged to apply a delay to the received input signal and a common source transistor arranged to apply a scaling factor to the received delayed input signal, wherein the source-follower transistor and the common source, CS, transistor are connected as a single SF-CS stage whose output is arranged to subtract the output of the common source transistor from an output of the source-follower transistor. an input for receiving an input signal; a main first path operably coupled to the input and comprising a source-follower, SF, transistor arranged to apply a scaling factor to the received input signal; a second path operably coupled to the input and comprising a delay arranged to apply a delay to the received input signal and a common source transistor arranged to apply a scaling factor to the received delayed input signal, wherein the source-follower transistor and the common source, CS, transistor are connected as a single SF-CS stage whose output is arranged to subtract the output of the common source transistor from an output of the source-follower transistor.
Method for measuring the relative angular position of each of a plurality of objects (E1, E2) and an angular position measuring device comprising at least a first and a second transducers (D1, D2) delimiting respectively a first and a second reception fields, the first and second reception fields overlapping in an area defined as the field of view of the device, the method comprising the following steps, for each (E1, E2) of the plurality of objects: a) carrying out an amplitude modulation of the signals (Ph1, Ph2) delivered by the first and the second transducers (D1, D2); and b) calculating an output signal (A, B) starting from the amplitude modulated signals (Ph1, Ph2) delivered by the first and the second transducers (D1, D2), step a) being done by receiving radiation (N1, N2), whose intensity is modulated in time at a known frequency (F1, F2), from said object (E1, E2) with said transducers (D1, D2) within the field of view, the output signal being representative of the angular position of the object and being calculated using the known frequency (F1, F2), each object (E1, E2) being associated with a specific radiation (N1, N2) having its own unique modulation frequency (F1, F2). a) carrying out an amplitude modulation of the signals (Ph1, Ph2) delivered by the first and the second transducers (D1, D2); and b) calculating an output signal (A, B) starting from the amplitude modulated signals (Ph1, Ph2) delivered by the first and the second transducers (D1, D2),
A method for wireless communication, comprising: transmitting a sensor data request message to a responding device, the sensor data request message comprising a token identifier associated with the sensor data request message; receiving, from the responding device, a sensor data response message, characterised by the sensor data response message comprising a first indication of the token identifier at a first layer and a second indication of the token identifier at a second layer, wherein the first layer is a physical layer that is a lower layer than the second layer; and transmitting a first feedback message responsive to detecting the first indication of the token identifier at the first layer. transmitting a sensor data request message to a responding device, the sensor data request message comprising a token identifier associated with the sensor data request message; receiving, from the responding device, a sensor data response message, characterised by the sensor data response message comprising a first indication of the token identifier at a first layer and a second indication of the token identifier at a second layer, wherein the first layer is a physical layer that is a lower layer than the second layer; and transmitting a first feedback message responsive to detecting the first indication of the token identifier at the first layer.
An organic light emitting device, OLED, comprising: a substrate; a first electrode provided on the substrate, the first electrode having a pattern of a plurality of cells, each cell having a light emitting area and a non-emitting area; a second electrode provided to face the first electrode; at least one organic layer provided between the first electrode and the second electrode; a short-circuit preventing layer provided in contact with at least a portion of each cell of the pattern of the first electrode; and an auxiliary electrode on the short-circuit preventing layer in the non- emitting area of each cell, the auxiliary electrode not being in direct contact with the first electrode, the first electrode is a transparent electrode, and the auxiliary electrode and the short-circuit preventing layer are provided between the first electrode and the organic layer, wherein the substrate comprises a first portion on which the first electrode is provided and a second portion on which the first electrode is not provided, characterised in that the short-circuit preventing layer and the auxiliary electrode are only provided in the first portion and the short-circuit preventing layer and the auxiliary electrode are not provided in the second portion and that the resistance in a thickness direction of the short-circuit preventing layer formed on one cell is 70 Ω or more and 300,000 Ω or less. a substrate; a first electrode provided on the substrate, the first electrode having a pattern of a plurality of cells, each cell having a light emitting area and a non-emitting area; a second electrode provided to face the first electrode; at least one organic layer provided between the first electrode and the second electrode; a short-circuit preventing layer provided in contact with at least a portion of each cell of the pattern of the first electrode; and an auxiliary electrode on the short-circuit preventing layer in the non- emitting area of each cell, the auxiliary electrode not being in direct contact with the first electrode, the first electrode is a transparent electrode, and the auxiliary electrode and the short-circuit preventing layer are provided between the first electrode and the organic layer, wherein the substrate comprises a first portion on which the first electrode is provided and a second portion on which the first electrode is not provided, characterised in that the short-circuit preventing layer and the auxiliary electrode are only provided in the first portion and the short-circuit preventing layer and the auxiliary electrode are not provided in the second portion and that the resistance in a thickness direction of the short-circuit preventing layer formed on one cell is 70 Ω or more and 300,000 Ω or less.
A process for the production of a vitamin with a microorganism wherein said microorganism is incubated in a aqueous medium under conditions that allow the production of said vitamin from a carbon source and wherein optionally the vitamin is isolated, wherein said microorganism is genetically altered by introduction of a polynucleotide that leads to an improved yield and/or efficiency of production of the vitamin produced by said microorganism, said polynucleotide being selected from the group consisting of: (a) polynucleotides comprising the nucleotide sequence according to SEQ ID NO:2; (b) and polynucleotides which are at least 95 % identical to a polynucleotide as defined in (a) and which have the activity of an mRNA stabilizing element or the complementary strand of such a polynucleotide. (a) polynucleotides comprising the nucleotide sequence according to SEQ ID NO:2; (b) and polynucleotides which are at least 95 % identical to a polynucleotide as defined in (a) and which have the activity of an mRNA stabilizing element or the complementary strand of such a polynucleotide.
A composition for preparing rigid cellular vinyl chloride polymers, said composition comprising: a. a vinyl chloride homopolymer or a copolymer comprising vinyl chloride with a copolymerizible ethylenically unsaturated monomer; and b. a blowing agent composition comprising i. a blowing agent, and ii. a blowing agent activator comprising a tin compound selected from the group consisting of dibutyl tin oxide, and the reaction product of maleic anhydride, stearyl alcohol, water, dibutyl tin oxide, and mixtures thereof. a. a vinyl chloride homopolymer or a copolymer comprising vinyl chloride with a copolymerizible ethylenically unsaturated monomer; and b. a blowing agent composition comprising i. a blowing agent, and ii. a blowing agent activator comprising a tin compound selected from the group consisting of dibutyl tin oxide, and the reaction product of maleic anhydride, stearyl alcohol, water, dibutyl tin oxide, and mixtures thereof. i. a blowing agent, and ii. a blowing agent activator comprising a tin compound selected from the group consisting of dibutyl tin oxide, and the reaction product of maleic anhydride, stearyl alcohol, water, dibutyl tin oxide, and mixtures thereof.