Kroher-Strobel

An analysis support device (30) for a resin molten state, the analysis support device (30) for a resin molten state being provided in an injection device (10) including a heating cylinder (14), a screw (15) rotatably and axially movably housed in the heating cylinder (14), a screw rotation mechanism (16) rotating the screw (15), and a screw movement mechanism (17) advancing the screw (15), the analysis support device (30) for a resin molten state being used when a molten state of a resin is measured, the analysis support device (30) for a resin molten state comprising: a setting screen (36) for setting a measurement condition; a plurality of AE sensors (32) disposed in the heating cylinder (14) along an axis of the screw (15) and detecting an AE wave generated by the resin; and an arithmetic unit (33) processing the AE wave detected by the AE sensors (32), wherein the setting screen (36) for setting a measurement condition includes setting items including an extrusion metering speed corresponding to a rotation speed of the screw (15), an extrusion metering time corresponding to a time for rotating the screw (15), an extrusion standby time corresponding to a time for stopping the screw (15), and an extrusion start position corresponding to a tip end position of the screw (15) at a start of measurement, and when the extrusion start position is set, the screw (15) rotates at the extrusion start position without moving in an axial direction.

A disconnecting differential assembly includes a housing configured to rotate about a first axis, a gearset having first and second side gears configured to transmit rotary power between the housing and the side gears, a first clutch element coupled to the first side gear for rotation therewith, a sleeve having an arcuate tongue, a second clutch element coupled to the sleeve and confronts the first clutch element, the sleeve and second clutch element can move between a first position where the clutch elements are spaced apart to rotationally decouple the first side gear from the sleeve permitting relative rotation therebetween, and a second position where the clutch elements are engaged to rotationally couple the first side gear and the sleeve, and a force plate configured to capture the coupling feature wherein bi-directional axial movement of the force plate moves the sleeve and second clutch element between first and second positions.

Proposed is a vehicle side step that is easy to assemble. The vehicle side step includes: a step plate comprising a first guide groove formed in a longitudinal direction on a lower surface thereof, a second guide groove formed in the longitudinal direction inside the step plate and communicating with an upper portion of the first guide groove, the second guide groove having a width greater than a width of the first guide groove, and an insertion groove formed on the lower surface; a fixing member configured such that, in a state in which an upper portion thereof is accommodated in the second guide groove, a body portion thereof is movable along the first guide groove; and a bracket comprising a coupling plate formed on a first end thereof, and the bracket having a second end coupled to a vehicle.

The present invention relates to the field of medicinal tissue mineralisation, in particular, i.e. tooth remineralisation and bone regeneration with self-assembling peptides. Use of self-assembling peptides, such as P11-4, also designated Oligopeptide-104, in these processes leads to generation of hydroxyapatite, which is also present in natural enamel, dentin and bone. The inventors have discovered that this can be significantly accelerated by combining a self-assembling peptide (SAP) such as P11-4, calcium ions, phosphate ions, and a polymer in the form of particles encapsulating a cargo selected from at least one of the SAP, the calcium ions and the phosphate ions into a composition or kit. The invention also provides medical use of said composition or kit, in particular, in the tooth, for remineralisation of caries lesions, such as subsurface caries lesions, mineralisation of pits and fissures, treatment of sensitive teeth, pulp capping, and for bone regeneration.

Proposed is a lumbar support assembly that has a lumbar support function and a massage function. The lumbar support assembly is a compact lumbar support assembly with reduced manufacturing cost by reducing the number of components. The lumbar support assembly includes a suspension provided inside a vehicle seat, a bladder module having an upper bladder portion and a lower bladder portion provided on a front side of the suspension, a pump providing air to the bladder module, and a controller configured to control the bladder module.

Ein erfindungsgemäßes gewerbliches Gargerät (2) umfasst ein Gehäuse (4) mit einem Garraum (6) und einen Deckel (8) zum Verschließen des Garraums (6), der mittels zumindest zweier Lagereinrichtungen (14) schwenkbar am Gehäuse (4) gelagert ist. Die zumindest zwei Lagereinrichtungen (14) umfassen jeweils eine Unterstützungseinrichtung (18), die ein vorbestimmtes Gegendrehmoment ausübt, das einem durch den Deckel (8) erzeugten Drehmoment entgegenwirkt, wobei ab einem vorbestimmten Schwenkwinkel (α) des Deckels (8) die Summe aller Gegendrehmomente größer oder gleich dem durch den Deckel (8) erzeugten Drehmoment ist.

Das Verfahren zur Ionenimplantation in ein Substrat (12) umfasst das Implantieren von Dotieratomen in das Substrat (12) und/oder Erzeugen von Defektstellen im Substrat (12) mittels Ionenimplantation unter Verwendung eines Energiefilters (20), wobei ein von einer lonenstrahlerzeugungsvorrichtung (11) erzeugter Ionenstrahl (10) zunächst durch den Energiefilter (20) hindurchtritt und anschließend in das Substrat (12) gelangt. Der Energiefilter (20) ist eine mikrostrukturierte Membran mit einem vordefinierten Strukturprofil zur Einstellung eines durch die Implantation hervorgerufenen Dotierstofftiefenprofils und/oder Defekttiefenprofils im Substrat (12). In einer Vielzahl von quer zur Strahlrichtung voneinander beabstandeten Bereichen (48) des Energiefilters (20), in denen der Energiefilter (20) einschließlich einer der Mikrostrukturen (50) in Strahlrichtung jeweils eine Ausdehnung (w) aufweist, die oberhalb einer vorbestimmten Grenze liegt, wird eine partielle Implantation von Fremdatomen mittels des lonenstrahls (10) durchgeführt und somit eine Vielzahl von voneinander beabstandeten, mit den Fremdatomen implantierten Implantationsbereichen (52) im Energiefilter (20) gebildet.

The present disclosure relates to the technical field of decorative materials, and in particular to a floor tile with a transferred glaze coating layer and a preparation method thereof. Provided is a method for preparing the floor tile with the transferred glaze coating layer, including: firstly applying a glaze coating onto a surface of a transfer film, and conducting a first curing to form a glaze coating layer, thereby obtaining a glaze transferring film; and secondly applying an adhesive layer onto a surface of a pretreated substrate, applying the glaze transferring film onto a surface of the adhesive layer, conducting a second curing, and then removing the transfer film to obtain the floor tile with the transferred glaze coating layer. The glaze coating layer is first applied on the transfer film, and then is used to prepare the floor tile. One side of the glaze coating layer in contact with the transfer film is isolated from oxygen during curing, without the influence of oxygen polymerization inhibition. Wear resistant particles are concentrated on the one side with the transfer film. Moreover, the mirror characteristics of the transfer film create a mirror coating layer, endowing the glaze coating layer with excellent wear resistance, scratch resistance, and mirror finish.

Eine erfindungsgemäße Nadelmaschine (1) umfasst mindestens einen Nadelbalken (4, 4') mit einer Vielzahl von Nadeln (8, 8'), mindestens eine Bürstenanordnung (24, 24') mit einer Vielzahl von Borsten (26, 26'), die dazu eingerichtet ist, mit der Vielzahl von Nadeln (8, 8') zusammenzuwirken, und eine erste und eine zweite Führungseinrichtung (10, 12), die sich zwischen dem mindestens einen Nadelbalken (4, 4') und der mindestens einen Bürstenanordnung (24, 24') hindurch erstrecken und zwischen denen ein Zwischenraum (14) ausgebildet ist, durch den ein textiles Flächengebilde (2) hindurchführbar ist. Die erste und die zweite Führungseinrichtung (10, 12) weisen eine Mehrzahl von ersten und zweiten Durchtrittsöffnungen (34, 36) für den Durchtritt der Vielzahl von Nadeln (8, 8') auf.

A method for manufacturing oxidized MXene according to a preferred embodiment of the present disclosure may remove fluorine groups (F) on a surface of MXene and form OH functional groups through an oxidation process to effectively adsorb CO₂ molecules and reversibly change electrical conductance according to gas concentration. In addition, a chemimemristor device based on the oxidized MXene (M_n+1X_n(OH)₂) may simultaneously implement memristor and gas sensor functions in a single device, and maintain multiple levels of conductance depending on the concentration of adsorbed molecules, and implement, based thereon, reversible changes in conductance according to a concentration of CO₂ and multi-level information processing through its characteristics of learning multi-level operations and molecular adsorption history to mimic the human sense of smell and synaptic plasticity of the brain.