Henkel & Partner mbB

Logging event messages from a large number of devices that are of different types, have different manufacturers, and different reporting methodologies, is often challenging. Systems and methods are provided to parse event messages into a plurality of storage locations, such as specific files and/or files within a particular directory structure based on the type of event message. The type of message may be determined, in whole or in part, by the device's manufacturer, reporting format, and/or other descriptor. As a result, event messages may be segregated and corrupted messages may be identified by the file and/or directory. Additionally, when a particular file reaches a threshold, the file is "rotated," comprising closing the file and writing to a new file with an incremented file name while other files remain unaffected.

A method for processing two or more dental prostheses from one block using a dental milling apparatus is disclosed. The method for processing a dental prosthesis includes: a step of mounting a block (5) to a dental milling apparatus through a block holder (8) attached to the block (5); a nesting step of positioning shapes of two or more prostheses (6a, 6b) to be processed, a support (30) supporting the prostheses (6a, 6b), and fixing pins (7a, 7b) fixing the prostheses (6a, 6b) to the support (30) in the block (5), wherein the two or more prostheses (6a, 6b) are arranged side by side in an axial direction of the block holder (8), the support (30) is formed on a side surface of the block (5) along the axial direction of the block holder (8), and the fixing pins (7a, 7b) are formed to connect and fix the two or more prostheses (6a, 6b) and the support (30); a step of grinding a side surface of the block (5) from a side surface located opposite to the support (30) toward a side surface direction where the support (30) is located using a processing tool (12) of the dental milling apparatus, thereby forming the two or more prostheses (6a, 6b), the support (30), and the fixing pins (7a, 7b); and a step of cutting the fixing pins (7a, 7b) from a remaining block (5a) where the two or more prostheses (6a, 6b), the support (30), and the fixing pins (7a, 7b) are formed, thereby obtaining the two or more prostheses (6a, 6b).

According to one embodiment, there is provided a method for controlling an electrolytic device (800) including a cathode electrode (2) that contains metal ions and reduces carbon dioxide, and an anode electrode (1) that oxidizes water to generate oxygen, the method including an acquisition step of acquiring information on a potential of the cathode electrode (2) and a potential of the anode electrode (1), and a control step of controlling the potential of the cathode electrode (2) or / and the potential of the anode electrode (1) such that the potential of the cathode electrode (2) is less than the potential of the anode electrode (1) when the potential of the anode electrode (1) is equal to or less than the potential of the cathode electrode (2).

The present invention relates to a method for the purification of process water being circulated in at least one process water circuit of a paper production plant, in particular in the case wastepaper is used as raw material, wherein the method comprises a process water purification step, wherein at least a portion of the process water is continuously supplied to the process water purification step and is subjected during the process water purification step to a dissolved gas flotation step using as gas ozone gas, wherein the ozone gas is ozone or is an ozone containing gas mixture.

An asphalt paving composition is disclosed containing: 3 to 8 wt.% of a polymer modified bitumen (PmB), 30 to 70 wt.% of a reclaimed asphalt (RA), 27 to 70 wt.% of virgin aggregates, and up to 25 wt.% of optional components. The PmB comprises a virgin bitumen, a styrenic block copolymer (SBC), and optionally at least one additive. The SBC is composed of a block A of vinyl aromatic units, and a block B composed of conjugated diene units. The SBC has a vinyl content of ≤ 15 mol%, and a molecular weight (M_p) of < 150 kg/mol. The RA includes an aged binder and aggregates. The asphalt paving composition incorporates a high level of RA content and still maintains desired viscosity, elasticity, and overall performance.

A processing unit is disclosed for managing and coordinating multiple robots in an environment. The processing unit receives parameters from sensors describing at least one of an activity and a capability of a first robot and a second robot and uses the parameters to determine that an unexpected event has occurred within an environment. The processing unit then sends an assignment command to one or both of the first robot and the second robot, wherein the assignment command causes the second robot to automatically perform at least one task in the first set of tasks or causes the first robot to automatically perform at least one task in the second set of tasks.

The disclosure relates to an encapsulant film for photovoltaic modules comprising: POE and at least one hydrogenated block copolymer. The hydrogenated block copolymer is selected from: a multi-arm hydrogenated block copolymer (MABC) having a structure of ("R")<n>X, X is residue of a coupling agent and n = 4 to 20, a hydrogenated styrenic block copolymer (HSBC), and combinations thereof. The HSBC contains at least one block "R" and at least one block "S." Each block "S" is composed of vinyl aromatic units, and each block "R" is composed of hydrogenated diene units. The HSBC has a vinyl aromatic unit (VAC) content of < 40 wt.%. The encapsulant film after curing has a static friction coefficient of > 0.39, and a dynamic friction coefficient of > 0.40. The encapsulant film provides improved anti-slip properties, and a balance of transparency and mechanical properties.

A method for processing a lens for lens-over-frame glasses is disclosed. The method includes providing a lens-over-frame having a lens mounting hole formed in a center thereof, a lens mounting groove formed at a front edge thereof, and a lens catch in the form of a protrusion formed in front of the lens mounting groove; and forming a rim groove on a rear edge of a lens, which has been processed to correspond to a peripheral shape of the lens-over-frame, by using a grinding wheel, thereby forming a central protrusion corresponding to the lens mounting hole of the lens-over-frame, wherein, by forming the rim groove, the edge portion of the lens has a shape protruding outward so as to be inserted into the lens mounting groove of the lens-over-frame.

A visbroken hydrogenated styrenic block copolymer (m-HSBC) is disclosed. The polymer comprises at least one vinyl-aromatic block "S" and at least one rubbery block "R" derived from hydrogenated diene units. The visbroken HSBC is produced by controlled chain scission of a high-molecular-weight HSBC precursor and retains a GPC major peak molecular weight (M<p>) of greater than 200 kg/mol. The visbroken HSBC exhibits a very low melt flow rate (MFR) of < 10 g/10 min when measured at 190°C under a 2.16 kg load. The visbroken HSBC provides a balance of controlled melt flow, elasticity, and mechanical integrity, making it particularly suitable for foam and foam-forming compositions.

A model eye used for calibrating an apparatus for examining dry eye syndrome by having a coating layer that simulates the oil layer of a human eye is disclosed. The model eye (50) comprises: a model eye body (200) corresponding to a cornea of a human eye and made of a material from which measurement light can be reflected from a front surface thereof; and a reflective coating layer (400) corresponding to an oil layer coated on the cornea of the human eye, coated on the front surface of the model eye body (200), and reflecting measurement light from a front surface and a rear surface thereof to generate reflected light of a predetermined wavelength.