mhurhangee/ep-ind-claims huggingface dataset:
Electrical resistor having a resistor element arranged in a resistor body, wherein the resistor element is a printed circuit board, and having a cooling device, which is configured in such a way that a cooling liquid flows through cooling channels of heat sinks (20; 21) electrically insulated against the printed circuit board, wherein the cooling channels have a non-circular cross section and a surface-covering course through the heat sinks (20; 21), wherein one heat sink is an upper heat sink and the other heat sink is a lower heat sink and the resistor element is arranged between both heat sinks and the electrical resistor is configured in such a way that the cooling liquid flows through the cooling channels and is passed from one heat sink (20, 21; 21, 20) through a passage into the other heat sink (20, 21; 21, 20), which is arranged on the opposite side of the resistor element.
Packaging machine for packaging items to be packaged by means of a film, comprising a supply belt for supplying an item to be packaged in a transport direction to a film packaging device in the packaging machine, and comprising a weighing device for determining the corresponding weight of the item to be packaged, which weighing device has a weighing belt for conveying the item to be packaged from the weighing device to the supply belt in the transport direction and is rigidly connected to the supply belt, characterized in that the weighing device and the supply belt together form a supply module (13, 13') which can be removed from a housing (11, 11'), the removable supply module (13, 13') having a common fastening means for being releasably fastened to the housing (11, 11'), and in that the supply belt has conveyor belts arranged one next to the other for transporting the item to be packaged, which conveyor belts engage in a lifting table of the packaging machine. the weighing device and the supply belt together form a supply module (13, 13') which can be removed from a housing (11, 11'), the removable supply module (13, 13') having a common fastening means for being releasably fastened to the housing (11, 11'), and in that the supply belt has conveyor belts arranged one next to the other for transporting the item to be packaged, which conveyor belts engage in a lifting table of the packaging machine.
Ibinutuzumab, for use in the treatment of cancer in combination with the CD79b antibody-drug conjugate anti-CD79b-MC-vc-PAB-MMAE, wherein the anti-CD79b antibody in said CD79b antibody-drug conjugate is huMA79b.v28 comprising the light chain variable domain SEQ ID NO: 69 and the heavy chain variable domain SEQ ID NO: 70.
A rechargeable thin film microbattery cell array of at least two thin film microbattery cells (102, 104, 106) electrically connected together, wherein the microbattery cells of the array are electrically connected in parallel to provide power as a single battery power source, characterized in that the array further comprises a testing logic and a further logic configured to disconnect any microbattery cell from the microbattery cell array if the testing logic determines that the microbattery cell has a microbattery cell voltage that is more than a predetermined percentage different from the voltage of the overall microbattery cell array or has an absolute voltage below a predetermined cutoff threshold, wherein the testing logic and the further logic are located on a single integrated circuit chip.
A method for chaining animations, the method comprising: receiving image data from a capture device that is representative of a user's actual captured motion or gesture to display an animation based on the user's actual captured motion or gesture, wherein the user's actual captured motion or gesture is live motion of a user in a physical space captured by the capture device, wherein the user's actual captured motion or gesture is mapped to the animation on a display; identifying a transition point by analyzing parameters of the user's actual captured motion or gesture; selecting a pre-canned animation that represents a user's motion with parameters most similar to parameters of the user's actual captured motion or gesture at the transition point; modifying the parameters of the pre-canned animation using history data associated with the user to more closely represent the user's actual captured motion or gesture at the transition point; and chaining the animation of the user's actual captured motion or gesture and the modified pre-canned animation by at least displaying the animation based on the user's actual captured motion or gesture and the modified pre-canned animation in sequence. receiving image data from a capture device that is representative of a user's actual captured motion or gesture to display an animation based on the user's actual captured motion or gesture, wherein the user's actual captured motion or gesture is live motion of a user in a physical space captured by the capture device, wherein the user's actual captured motion or gesture is mapped to the animation on a display; identifying a transition point by analyzing parameters of the user's actual captured motion or gesture; selecting a pre-canned animation that represents a user's motion with parameters most similar to parameters of the user's actual captured motion or gesture at the transition point; modifying the parameters of the pre-canned animation using history data associated with the user to more closely represent the user's actual captured motion or gesture at the transition point; and chaining the animation of the user's actual captured motion or gesture and the modified pre-canned animation by at least displaying the animation based on the user's actual captured motion or gesture and the modified pre-canned animation in sequence.
An information processing apparatus provided with a camera function and having a general-purpose application and a special-purpose application installed therein, the information processing apparatus comprising: a reader configured to read a code structure imaged by the camera function to convert the code structure into a string having a first part and a second part; and a translator configured to translate the string, wherein when the code structure is read by the general-purpose application, the first part of the string is translated as a URI via the general-purpose application to activate basic software function, and when the code structure is read by the special-purpose application, the second part of the string is translated via the special-purpose application to activate a function of the special-purpose application. a reader configured to read a code structure imaged by the camera function to convert the code structure into a string having a first part and a second part; and a translator configured to translate the string, wherein when the code structure is read by the general-purpose application, the first part of the string is translated as a URI via the general-purpose application to activate basic software function, and when the code structure is read by the special-purpose application, the second part of the string is translated via the special-purpose application to activate a function of the special-purpose application.
Apparatus for topographical surveying of curved rotationally symmetrical surfaces of objects, in particular of lenses, with a topography sensor with which topographical data of a point, of a line or of an elemental area on the surface are measurable, the topography sensor and the surface being traversable relative to one another in a traversing plane, and with a rotating device which has been set up to rotate the object about an axis of rotation, and wherein the traversing plane has been arranged relative to the axis of rotation at an angle unequal to 90°, preferentially at an angle less than 80°, characterised in that the apparatus exhibits an autocollimator which has been set up for measuring the position of an axis of symmetry of the rotationally symmetrical surface.
Multicell converter with - at least one series connection (R1, R2, R3), which comprises at least two switching modules connected in series, and - a control device, which is connected to the switching modules and can activate the switching modules in such a way that the multicell converter has a predetermined behaviour, - wherein each of the switching modules respectively has two half-bridge modules, which each comprise two switching elements (T 11 -T 12; T 13 -T 14) connected in series comprising in each case a diode (D 0) connected in parallel and an electrical energy store, which is connected in parallel with the switching elements (T 11 -T 12; T 13 -T 14) connected in series, and - wherein the two half-bridge modules are connected in series and are electrically connected by means of at least one switching element (T 15, T 15.1, T 15.2) arranged between the two half-bridge modules, characterized in that at least one diode (D 1), a series connection consisting of two or more diodes and/or at least one switching element are electrically parallel to the two half-bridge modules connected in series. - at least one series connection (R1, R2, R3), which comprises at least two switching modules connected in series, and - a control device, which is connected to the switching modules and can activate the switching modules in such a way that the multicell converter has a predetermined behaviour, - wherein each of the switching modules respectively has two half-bridge modules, which each comprise two switching elements (T 11 -T 12; T 13 -T 14) connected in series comprising in each case a diode (D 0) connected in parallel and an electrical energy store, which is connected in parallel with the switching elements (T 11 -T 12; T 13 -T 14) connected in series, and - wherein the two half-bridge modules are connected in series and are electrically connected by means of at least one switching element (T 15, T 15.1, T 15.2) arranged between the two half-bridge modules,
A method for performing a purification treatment on a harmful substance-containing liquid, the method comprising: adding and mixing dissolved ozone into a harmful substance-containing liquid containing a harmful substance, thereafter bringing the harmful substance-containing liquid into contact with a transition metal-containing oxide having a BET specific surface area of 80 m 2 /g or more, adsorbing ozone, and adsorbing a harmful substance, and then allowing the harmful substance-containing liquid to flow to accelerate oxidation of the harmful substance by dissolved ozone, thereby performing a highly efficient oxidative decomposition, wherein the transition metal-containing oxide is a complex oxide of Co, Mn, and Cu, wherein the transition metal-containing oxide is an ultrafine particle having a particle diameter of 0.1μm or less formed using a precipitate produced by mixing a mixed aqueous solution of a salt of Co, a salt of Mn, and a salt of Cu with an alkaline solution, the precipitation pH being in a range of 5 to 14, the concentration of the aqueous solution of each metal salt being in a range of 5 to 50% by mass and the obtained precipitate being subjected to heat treatment in a range of 100 to 500°C, and wherein the transition metal-containing oxide has a shape of an ultrafine particle and is carried on a high silica adsorbent in a honeycomb form. adding and mixing dissolved ozone into a harmful substance-containing liquid containing a harmful substance, thereafter bringing the harmful substance-containing liquid into contact with a transition metal-containing oxide having a BET specific surface area of 80 m 2 /g or more, adsorbing ozone, and adsorbing a harmful substance, and then allowing the harmful substance-containing liquid to flow to accelerate oxidation of the harmful substance by dissolved ozone, thereby performing a highly efficient oxidative decomposition, wherein the transition metal-containing oxide is a complex oxide of Co, Mn, and Cu, wherein the transition metal-containing oxide is an ultrafine particle having a particle diameter of 0.1μm or less formed using a precipitate produced by mixing a mixed aqueous solution of a salt of Co, a salt of Mn, and a salt of Cu with an alkaline solution, the precipitation pH being in a range of 5 to 14, the concentration of the aqueous solution of each metal salt being in a range of 5 to 50% by mass and the obtained precipitate being subjected to heat treatment in a range of 100 to 500°C, and wherein the transition metal-containing oxide has a shape of an ultrafine particle and is carried on a high silica adsorbent in a honeycomb form.
A communication system comprising: checking means for performing a check or recheck to detect whether a mobile device carried by a user of a vehicle is in the vehicle via wireless communication between an onboard device and the mobile device when a door of the vehicle has changed from being open to being closed; detecting means (22, 36) for detecting an operating state of an onboard electrical load when the check is performed by the checking means; and alarm issuing means for issuing an alarm to the user of the vehicle when it is not detected that the mobile device is in the vehicle after the check is performed a maximum value of a number of rechecks by the checking means, which is the number of times the check is allowed to be repeatedly performed by the checking means; characterized by changing means for changing the maximum value of the number of rechecks according to the operating state of the onboard electrical load detected by the detecting means (22, 36), when it has not been detected that the mobile device is in the vehicle by the check performed by the checking means, wherein the changing means is configured to set the maximum value of the number of rechecks larger when an onboard electrical load that generates a large amount of noise when operating is operating, compared to when an onboard electrical machine that generates a small amount of noise when operating is operating. checking means for performing a check or recheck to detect whether a mobile device carried by a user of a vehicle is in the vehicle via wireless communication between an onboard device and the mobile device when a door of the vehicle has changed from being open to being closed; detecting means (22, 36) for detecting an operating state of an onboard electrical load when the check is performed by the checking means; and alarm issuing means for issuing an alarm to the user of the vehicle when it is not detected that the mobile device is in the vehicle after the check is performed a maximum value of a number of rechecks by the checking means, which is the number of times the check is allowed to be repeatedly performed by the checking means; characterized by changing means for changing the maximum value of the number of rechecks according to the operating state of the onboard electrical load detected by the detecting means (22, 36), when it has not been detected that the mobile device is in the vehicle by the check performed by the checking means, wherein the changing means is configured to set the maximum value of the number of rechecks larger when an onboard electrical load that generates a large amount of noise when operating is operating, compared to when an onboard electrical machine that generates a small amount of noise when operating is operating.
A beam combiner assembly for use with a night vision device, the beam combiner assembly comprising: a beam combiner (150, 250) configured to receive a first image and a second image and generate a combined image by combining the first image and the second image, wherein a first image source is an image intensifier tube of the night vision device; a user optical output, wherein the beam combiner (150, 250) is further configured to transmit the combined image to the user optical output and the user optical output is configured to transmit the combined image to the user; a frame configured to hold the beam combiner (150, 250); a microdisplay configured to generate the second image and transmit the second image to the beam combiner, wherein the microdisplay: includes a display connector slot, and is coupled to the frame; a display connector adapted to couple to the display connector slot of the microdisplay, the display connector including one or more indicator lights coupled to the frame, wherein each of the one or more indicator lights is adapted to output a status indication of the night vision device to the user optical output using the beam combiner (150, 250); one or more light pipes mounted to the frame, the one or more light pipes in positions corresponding to positions of the one or more indicator lights on the display connector, each light pipe configured to receive light from a respective indicator light of the one or more indicator lights, each light pipe further configured to transmit the light from the respective indicator light to the beam combiner (150, 250). a beam combiner (150, 250) configured to receive a first image and a second image and generate a combined image by combining the first image and the second image, wherein a first image source is an image intensifier tube of the night vision device; a user optical output, wherein the beam combiner (150, 250) is further configured to transmit the combined image to the user optical output and the user optical output is configured to transmit the combined image to the user; a frame configured to hold the beam combiner (150, 250); a microdisplay configured to generate the second image and transmit the second image to the beam combiner, wherein the microdisplay: includes a display connector slot, and is coupled to the frame; includes a display connector slot, and is coupled to the frame; a display connector adapted to couple to the display connector slot of the microdisplay, the display connector including one or more indicator lights coupled to the frame, wherein each of the one or more indicator lights is adapted to output a status indication of the night vision device to the user optical output using the beam combiner (150, 250); one or more light pipes mounted to the frame, the one or more light pipes in positions corresponding to positions of the one or more indicator lights on the display connector, each light pipe configured to receive light from a respective indicator light of the one or more indicator lights, each light pipe further configured to transmit the light from the respective indicator light to the beam combiner (150, 250).
A crystallized glass, comprising in terms of mol% on an oxide basis: an SiO 2 component of 30.0% or more and 70.0% or less, an Al 2 O 3 component of 8.0% or more and 25.0% or less, an Na 2 O component of 6.0% or more and 25.0% or less, an MgO component of 0% or more and 25.0% or less, an ZnO component of 0% or more and 10.0 % or less, a TiO 2 component of 0% or more and 10.0% or less, and optionally a B 2 O 3 component in an amount, if present, of less than 2.0%, the molar ratio [Al 2 O 3 /(MgO+ZnO)] having a value of 0.5 or more and 2.0 or less; the molar ratio [TiO 2 /Na 2 O] of the TiO 2 component to the Na 2 O component in terms of mol% on an oxide basis has a value of 0 or more and 0.41 or less; and comprising one or more selected from RAl 2 O 4, RTi 2 O 5, R 2 TiO 4, R 2 SiO 4, RAl 2 Si 2 O 8 and R 2 Al 4 Si 5 O 18 as a crystal phase, provided that R is one or more selected from Zn, Mg and Fe. an SiO 2 component of 30.0% or more and 70.0% or less, an Al 2 O 3 component of 8.0% or more and 25.0% or less, an Na 2 O component of 6.0% or more and 25.0% or less, an MgO component of 0% or more and 25.0% or less, an ZnO component of 0% or more and 10.0 % or less, a TiO 2 component of 0% or more and 10.0% or less, and optionally a B 2 O 3 component in an amount, if present, of less than 2.0%, the molar ratio [Al 2 O 3 /(MgO+ZnO)] having a value of 0.5 or more and 2.0 or less; the molar ratio [TiO 2 /Na 2 O] of the TiO 2 component to the Na 2 O component in terms of mol% on an oxide basis has a value of 0 or more and 0.41 or less; and comprising one or more selected from RAl 2 O 4, RTi 2 O 5, R 2 TiO 4, R 2 SiO 4, RAl 2 Si 2 O 8 and R 2 Al 4 Si 5 O 18 as a crystal phase, provided that R is one or more selected from Zn, Mg and Fe.
Clonidine or a pharmaceutically acceptable salt thereof for use in treating a mammal suffering from muscle spasticity associated with surgery, said use comprising administering a therapeutically effective amount of the clonidine or the pharmaceutically acceptable salt thereof and a biodegradable polymer selected from D,L-lactide or L-lactide-caprolactone at a target tissue site beneath the skin to relax muscle at or near the target tissue site wherein clonidine is for administration locally to the target tissue site as a drug depot with a layer thickness of from 0.005mm to 1.0mm in the form of a ribbon-like fiber that releases the clonidine over a period of time.
Military warhead with tandem charges comprising a front charge arranged at a distance from a rear charge, and between-charge protection means arranged between the two charges and incorporating controlled-deformation linking means, warhead characterized in that the between-charge protection means comprise at least a first metallic screen arranged between the front charge and the rear charge, first screen to which are affixed controlled-deformation linking means, constituted by a cylindrical zone of reduced thickness and incorporating at least one groove enabling incipient deformation of said cylindrical zone, cylindrical zone of reduced thickness integral with the caliber of the casing of the rear charge and the rear charge and capping the latter, the first screen and the cylindrical zone forming a case delimiting a volume that facilitates the formation of the jet of the rear charge.