mhurhangee/ep-ind-claims huggingface dataset:
An optical transmission device (100, 100a, 100b), comprising: a) a drive signal generate unit that is adapted to generate a drive signal (IX, QX, IY, QY) having a voltage b) a modulation unit (30; 31, 32, 33a, 33b, 34) that is adapted to modulate an optical signal in accordance with the drive signal; c) a detect unit that is adapted to perform a detection with respect to an optical signal output by the modulation unit (30; 31, 32, 33a, 33b, 34); and d) a correct unit that is adapted to perform a correction in accordance with a detect result of the detect unit; characterized in that c1) said detect unit is adapted to detect a fluctuation of reflection of a signal component of the drive signal with respect to the optical signal output by the modulation unit (30; 31, 32, 33a, 33b, 34); and d1) said correct unit is adapted to correct a parameter of the drive signal generate unit in accordance with the detect result of the detect unit so that in a voltage range of the drive signal where a non-linear characteristic of the modulation unit appears, the non-linear characteristic of the modulation unit corresponding to a voltage value of the drive signal gets closer to a linear characteristic at the same voltage value. a) a drive signal generate unit that is adapted to generate a drive signal (IX, QX, IY, QY) having a voltage b) a modulation unit (30; 31, 32, 33a, 33b, 34) that is adapted to modulate an optical signal in accordance with the drive signal; c) a detect unit that is adapted to perform a detection with respect to an optical signal output by the modulation unit (30; 31, 32, 33a, 33b, 34); and d) a correct unit that is adapted to perform a correction in accordance with a detect result of the detect unit; c1) said detect unit is adapted to detect a fluctuation of reflection of a signal component of the drive signal with respect to the optical signal output by the modulation unit (30; 31, 32, 33a, 33b, 34); and d1) said correct unit is adapted to correct a parameter of the drive signal generate unit in accordance with the detect result of the detect unit so that in a voltage range of the drive signal where a non-linear characteristic of the modulation unit appears, the non-linear characteristic of the modulation unit corresponding to a voltage value of the drive signal gets closer to a linear characteristic at the same voltage value.
An inductive position sensor for determining the position of a moving body along a linear or rotary path, including: - a target moving along the path adapted to modify an electromagnetic field; - a fixed circuit board extending in relation to the target along a limited portion with respect to the path and including a primary coil surrounding two secondary coils (8, 9) having substantially identical lengths and having shapes of sine and cosine functions, each secondary coil (8, 9) including at least one outward track (8a, 9a) and at least one return track (8r, 9r); - a current generator for the primary coil or the secondary coils to create between the primary coil and the secondary coils (8, 9) an inductive coupling modulated by the position of the target; - a detector of the linear or angular position of the target from the induced signals derived from the secondary coils or from the primary coil; - and a system for balancing the coupling between the primary coil and the secondary coils (8, 9) for which the amplitude of the secondary coils located at the end segments of the primary coil is decreasing with respect to the amplitude of the secondary coils extending between the said secondary coils located at the end segments to compensate for the measurement offset induced by the proximity between the secondary coils (8, 9) and the end segments of the primary coil. - a target moving along the path adapted to modify an electromagnetic field; - a fixed circuit board extending in relation to the target along a limited portion with respect to the path and including a primary coil surrounding two secondary coils (8, 9) having substantially identical lengths and having shapes of sine and cosine functions, each secondary coil (8, 9) including at least one outward track (8a, 9a) and at least one return track (8r, 9r); - a current generator for the primary coil or the secondary coils to create between the primary coil and the secondary coils (8, 9) an inductive coupling modulated by the position of the target; - a detector of the linear or angular position of the target from the induced signals derived from the secondary coils or from the primary coil; - and a system for balancing the coupling between the primary coil and the secondary coils (8, 9) for which the amplitude of the secondary coils located at the end segments of the primary coil is decreasing with respect to the amplitude of the secondary coils extending between the said secondary coils located at the end segments to compensate for the measurement offset induced by the proximity between the secondary coils (8, 9) and the end segments of the primary coil.
A system for use with a drug delivery device, the system comprising: a sensor unit; and a deactivation unit operatively coupled to an output of the sensor unit and to a drug-retaining region of the drug delivery device, the drug-retaining region containing a drug, wherein the sensor unit is configured to detect a characteristic of a local environment and generate an output corresponding to a value of the detected characteristic, the local environment comprising a user, wherein the deactivation unit is configured to render the drug ineffective when the output of the sensor unit satisfies a predetermined condition, the predetermined condition being satisfied when the user is outside the operable range of the drug delivery device, characterized by the characteristic of the local environment indicating the presence of the user within an operable range of the drug delivery device, and the drug being rendered ineffective by neutralizing the drug in the drug-retaining region. a sensor unit; and a deactivation unit operatively coupled to an output of the sensor unit and to a drug-retaining region of the drug delivery device, the drug-retaining region containing a drug, wherein the sensor unit is configured to detect a characteristic of a local environment and generate an output corresponding to a value of the detected characteristic, the local environment comprising a user, wherein the deactivation unit is configured to render the drug ineffective when the output of the sensor unit satisfies a predetermined condition, the predetermined condition being satisfied when the user is outside the operable range of the drug delivery device, characterized by the characteristic of the local environment indicating the presence of the user within an operable range of the drug delivery device, and the drug being rendered ineffective by neutralizing the drug in the drug-retaining region.
A method for cleaning a food waste recycling bin of a food waste recycling appliance, the method comprising: heating a lower portion of the food waste recycling bin, flowing cooling ambient air through an air inlet within an upper portion of the food waste recycling bin, wherein said air inlet and an exhaust outlet are opposite one another at an upper portion of the side wall adjacent to a fill opening, thus maintaining between the lower portion and the upper portion of the food waste recycling bin a temperature differential whereby water vapor emitted from waste located in a lower portion of the food waste recycling bin during food waste recycling condenses on the upper portion, running condensed water down an interior surface of the side wall of the food waste recycling bin, thus rehydrating and dislodging remaining waste present thereon. heating a lower portion of the food waste recycling bin, flowing cooling ambient air through an air inlet within an upper portion of the food waste recycling bin, wherein said air inlet and an exhaust outlet are opposite one another at an upper portion of the side wall adjacent to a fill opening, thus maintaining between the lower portion and the upper portion of the food waste recycling bin a temperature differential whereby water vapor emitted from waste located in a lower portion of the food waste recycling bin during food waste recycling condenses on the upper portion, running condensed water down an interior surface of the side wall of the food waste recycling bin, thus rehydrating and dislodging remaining waste present thereon.
A 3D information detection device, comprising a digital light processing, DLP, projector, a camera, a controller and an image processing module, wherein the DLP projector is configured for projecting structured light to an object, the camera is configured for acquiring an image of the object to which the structured light has been projected, the image processing module is connected to the camera and configured for processing the image to obtain 3D information about the object, and the controller is connected to both the DLP projector and the camera and controls operations of the DLP projector and the camera, wherein the DLP projector comprises a DLP driving device and an optical projector, the DLP driving device is connected to the optical projector and drives the optical projector to project encoded structured light to the object, and the DLP driving device is connected to the controller, characterized in that the DLP projector further comprises a metal housing, within which the controller, the DLP driving device, the optical projector and the image processing module are all arranged, wherein the camera is provided outside the housing; and in that a projection lens of the DLP projector is an on-axis lens. wherein the DLP projector comprises a DLP driving device and an optical projector, the DLP driving device is connected to the optical projector and drives the optical projector to project encoded structured light to the object, and the DLP driving device is connected to the controller, characterized in that the DLP projector further comprises a metal housing, within which the controller, the DLP driving device, the optical projector and the image processing module are all arranged, wherein the camera is provided outside the housing; and in that a projection lens of the DLP projector is an on-axis lens.
A method of producing core/shell-type fluorescent dye-containing nanoparticles having an average particle size of 40 to 500 nm for immunohistochemical staining or live cell imaging, said nanoparticle comprising: a core particle which is composed of a uniformly dispersed fluorescent dye-containing thermoplastic resin; and a shell layer which coats said core particle and is composed of a thermosetting resin; wherein said method comprising: the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin. a core particle which is composed of a uniformly dispersed fluorescent dye-containing thermoplastic resin; and a shell layer which coats said core particle and is composed of a thermosetting resin; wherein said method comprising: the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin. the step 1 of polymerizing monomers for thermoplastic resin synthesis in the presence of a fluorescent dye and thereby preparing core particles composed of a thermoplastic resin comprising said fluorescent dye; and the step 2 of coating said core particles each with a shell layer composed of a thermosetting resin.
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a lithium composite transition metal oxide including Ni, Co, and Mn; and a glassy coating layer formed on surfaces of particles of the lithium composite transition metal oxide, wherein, in the lithium composite transition metal oxide, an amount of the Ni in a total amount of transition metals is 60 mol% or more, and an amount of the Mn is greater than an amount of the Co, and the glassy coating layer comprises a glassy compound represented by Formula 1: [Formula 1] Li a M 1 b O c wherein, in Formula 1, M 1 is at least one selected from the group consisting of B, Al, Si, Ti, and P, and 1≤a≤4, 1≤b≤8, and 1≤c≤20. a lithium composite transition metal oxide including Ni, Co, and Mn; and a glassy coating layer formed on surfaces of particles of the lithium composite transition metal oxide, wherein, in the lithium composite transition metal oxide, an amount of the Ni in a total amount of transition metals is 60 mol% or more, and an amount of the Mn is greater than an amount of the Co, and the glassy coating layer comprises a glassy compound represented by Formula 1: [Formula 1] Li a M 1 b O c wherein, in Formula 1, M 1 is at least one selected from the group consisting of B, Al, Si, Ti, and P, and 1≤a≤4, 1≤b≤8, and 1≤c≤20.
Laminate, comprising a honeycomb core layer and at least one layer of a structural damping material, wherein the structural damping material provides a continuous layer on top of at least one side to the honeycomb core layer and further at least partially fills cells of the honeycomb core layer, the structural damping material being selected from a viscoelastic material, a foam material or an adhesive; wherein on each side of the honeycomb core 50% of the cells are closed. the structural damping material being selected from a viscoelastic material, a foam material or an adhesive; wherein on each side of the honeycomb core 50% of the cells are closed.
A resin- and mineral oil-free pressure-sensitive adhesive composition, comprising 55% - 99% by weight of a copolymer of propylene and one or more further monomers selected from the group composed of ethylene and 1-olefins having 4 to 20 carbon atoms, wherein the copolymer has been prepared with the aid of metallocene catalysts and is characterized by a. a melt viscosity at 170°C of 20 to 8000 mPas (DIN 53019); b. a density of 0.84 to 0.90 g/cm 3 (23°C, ISO 1183); c. a glass transition temperature of less than -30°C (DIN EN ISO 11357-2:2014); d. a flow point, measured according to ASTM D97, of less than 50°C, wherein the resin content, formed from low molecular weight products from the C5 or C9 stream of the petroleum preparation, which contain aromatics and have a glass transition temperature above room temperature, and the mineral oil content being in each case less than 1% by weight, based on the pressure sensitive adhesive composition according to the invention, and wherein a further polymer may optionally be present in the pressure-sensitive adhesive composition. a. a melt viscosity at 170°C of 20 to 8000 mPas (DIN 53019); b. a density of 0.84 to 0.90 g/cm 3 (23°C, ISO 1183); c. a glass transition temperature of less than -30°C (DIN EN ISO 11357-2:2014); d. a flow point, measured according to ASTM D97, of less than 50°C,
A mobile terminal device comprising: a radio processing circuit configured to: receive system information of a serving cell from the serving cell; transmit communication data indicating a serving cell, including the received system information of the serving cell, the communication data intended for a server; receive system information of one or more proximate cells (402, 404, 406) of the serving cell indicated by the communication data from the server; and store the system information of the one or more proximate cells (402, 404, 406); the mobile terminal device further comprising a baseband processing circuit configured to: determine, based on the stored system information of the one or more proximate cells (402, 404, 406) if system information of a target cell is included in the received system information of the one or more proximate cells (402, 404, 406); and if the system information of the target cell is included in the received system information of the one or more proximate cells (402, 404, 406), apply the received system information of the target cell to control the radio processing circuit to transmit or receive data. receive system information of a serving cell from the serving cell; transmit communication data indicating a serving cell, including the received system information of the serving cell, the communication data intended for a server; receive system information of one or more proximate cells (402, 404, 406) of the serving cell indicated by the communication data from the server; and store the system information of the one or more proximate cells (402, 404, 406); the mobile terminal device further comprising a baseband processing circuit configured to: determine, based on the stored system information of the one or more proximate cells (402, 404, 406) if system information of a target cell is included in the received system information of the one or more proximate cells (402, 404, 406); and if the system information of the target cell is included in the received system information of the one or more proximate cells (402, 404, 406), apply the received system information of the target cell to control the radio processing circuit to transmit or receive data. determine, based on the stored system information of the one or more proximate cells (402, 404, 406) if system information of a target cell is included in the received system information of the one or more proximate cells (402, 404, 406); and if the system information of the target cell is included in the received system information of the one or more proximate cells (402, 404, 406), apply the received system information of the target cell to control the radio processing circuit to transmit or receive data.
Container (10; 12) for the transport and transfer of sterile pourable goods into an isolator, having a hose-like flexible bag part (24; 26) which comprises a closed rear end and an open front end, as well as a container-side part, tightly connected with the open end, of a rapid-transfer-port-system, which part can be docked with a complementary isolator-side part of the rapid-transfer-port-system, wherein the container-side part of the rapid-transfer-port-system includes a container opening, a docking ring surrounding the container opening, and a container lid lockable with the docking ring, which in the locked state tightly closes the container opening, characterized by a container section which is arranged behind the container opening and the docking ring and which has an inner cross-section tapering in the direction of the closed end and is at least in part formed by the hose-like flexible bag part.
A composition for treating or preventing inflammatory-related conditions characterized in comprising as an active principle (= AP) a carrier which exhibits a plurality of a scavenger structure which is capable of mitigating and/or neutralising the activity of a mediator of inflammatory-related conditions, said scavenger structure comprising a nucleophilic centre complying with the formula X 1 (-R"-)(-R') m H n (formula I) where a) X 1 is a single-bonded heteroatom selected amongst N, O and S and exhibits a free electron pair, b) m is 0 or 1 and n is 1 or 2 with the sum of m plus n being 2 for X 1 = N and 1 for X 1 = S and O, c) -R"- is a bivalent organic group providing attachment to the carrier via one of its free valences and direct attachment to the heteroatom X 1 at the other one of its free valences, and d) R'- is a monovalent organic group directly attached to the heteroatom X 1 via its free valence; wherein the carrier is a hydrophilic polymer and wherein the nucleophilic center is part of a group selected amongst a) amino groups, preferably primary or secondary amino groups, b) hydrazide groups such as -NH-NH 2, e.g. as part of a -CONHNH 2 group, a semicarbazide group such as -NHCONHNH 2, a carbazate group such as - OCONHNH 2, a thiosemicarbazide group such as -NHCSNHNH 2, a thiocarbazate group such as -OCSNHNH 2, c) aminooxy groups, such as -ONH 2 etc, and d) thiol groups, e.g.-SH. a) X 1 is a single-bonded heteroatom selected amongst N, O and S and exhibits a free electron pair, b) m is 0 or 1 and n is 1 or 2 with the sum of m plus n being 2 for X 1 = N and 1 for X 1 = S and O, c) -R"- is a bivalent organic group providing attachment to the carrier via one of its free valences and direct attachment to the heteroatom X 1 at the other one of its free valences, and d) R'- is a monovalent organic group directly attached to the heteroatom X 1 via its free valence; a) amino groups, preferably primary or secondary amino groups, b) hydrazide groups such as -NH-NH 2, e.g. as part of a -CONHNH 2 group, a semicarbazide group such as -NHCONHNH 2, a carbazate group such as - OCONHNH 2, a thiosemicarbazide group such as -NHCSNHNH 2, a thiocarbazate group such as -OCSNHNH 2, c) aminooxy groups, such as -ONH 2 etc, and d) thiol groups, e.g.-SH.
Method for handling bottles in which the bottles are transferred and presented vertically in a longitudinal line to a bottle takeover station disposed opposite a station for presentation of racks, the racks being disposed horizontally and provided with at least one first horizontal row of cells for retaining said bottles, in which method the following steps are performed: the necks of a first series of at least three bottles are gripped with a gripping clamp, the first series of bottles thus gripped are presented horizontally, on the open end of the first horizontal row of cells of a first rack, said first series of bottles are caused to completely enter said first row horizontally, the clamp is released so as to grip a second series of bottles which are introduced subsequently or in a second row of said first rack, repeating the steps applied above to said first series and so on in order to fill all the rows of said first rack, then said first rack is discharged and the steps above are repeated on a subsequent rack, characterised in that the bottles are displaced between the vertical line and a first position at a distance from the rack at a first speed, the bottles are displaced between this position at a distance and a second position of tilted docking of the bottoms of the bottles on said open end, the angle α for docking the bottoms of the bottles being between 45° and 20° to the horizontal, and said bottles are tilted to the horizontal at a second speed lower than the first speed, and the bottles are introduced into said first row of cells at a third speed. the necks of a first series of at least three bottles are gripped with a gripping clamp, the first series of bottles thus gripped are presented horizontally, on the open end of the first horizontal row of cells of a first rack, said first series of bottles are caused to completely enter said first row horizontally, the clamp is released so as to grip a second series of bottles which are introduced subsequently or in a second row of said first rack, repeating the steps applied above to said first series and so on in order to fill all the rows of said first rack, then said first rack is discharged and the steps above are repeated on a subsequent rack, characterised in that the bottles are displaced between the vertical line and a first position at a distance from the rack at a first speed, the bottles are displaced between this position at a distance and a second position of tilted docking of the bottoms of the bottles on said open end, the angle α for docking the bottoms of the bottles being between 45° and 20° to the horizontal, and said bottles are tilted to the horizontal at a second speed lower than the first speed, and the bottles are introduced into said first row of cells at a third speed.