Abstract: The subject invention relates to a trimmer head for vegetation trimming and cutting machines, the trimmer head comprising a housing; a cutting blade; a cutting blade shield with a plurality of through-openings; and a blowing air assembly that comprises at least one blowing nozzle pointing to said blade shield openings such that, in operation, a blowing air flow is directed from the blowing nozzle towards said cutting blade shield openings. The invention belongs to the field of apparatus for trimming and cutting grass, small bush wood, hedges, weed and reed.

Abstract: The subject invention relates to a trimmer head for vegetation trimming and cutting machines, the trimmer head comprising a housing , a cutting blade , and a cutting blade shield with a plurality of through-openings , characterized in that it further comprises a vacuuming air assembly arranged in the housing such that, in operation, a vacuuming air flow is generated and directed from said cutting blade shield openings to an interior of the housing . The invention belongs to the field of apparatus for trimming and cutting grass, small bush wood, hedges, weed and reed.

Abstract: The manufacturing process for packing of injectables for medical use, comprises in temporal sequence the steps of: a) forming (1) of glass primary containers, b) forming by plastic injection (3) of complementary devices (4), c (assembling (5) of the empty primary containers with corresponding complementary devices to form assembled devices (6), d) washing (7) the assembled devices with water for injection, e) nesting (8) the assembled devices in a tray (9), f) inserting said tray housing said assembled devices into a secondary container and closing said secondary container, g) sterilising (10) the assembled devices in the closed secondary container, h) preparing the closed secondary container for transportation to a remote site.

Abstract: The present invention relates to a method of preparing an electrode comprising providing an electrode substrate, depositing on said electrode substrate a first substantially aqueous coating solution comprising precursors of a valve metal oxide and of at least two platinum group metal oxides, treating the first coating solution to provide a first metal oxide coating layer on the electrode substrate, depositing on said first coating layer a second substantially organic coating solution comprising precursors of a valve metal oxide and at least one platinum group metal oxide, wherein at least one of the precursors is in organic form, treating said second coating solution to provide a second metal oxide coating layer on the first coating layer. The invention also relates to an electrode obtainable by said method, and the use thereof.

Abstract: A medication-dispensing unit is provided for tracking medical products having a Radio Frequency Identification (RFID) tag uniquely associated therewith. The dispensing unit includes compartments for receiving medical products therein, and readers for reading the RFID tags associated with the medical products in the compartments. A processor is coupled to the readers for receiving and processing readings of the RFID tags in the compartment to identify the medical products in the compartments. The processor may identify a medical product removed from a compartment by determining a difference between readings of the RFID tags in the compartment taken before and after the medical product is removed from the compartment. The processor may verify that the medical product removed from the compartment is authorized to be removed or confirmed that an identified patient is intended to receive the medical product being removed from the compartment.

Abstract: A medication-dispensing unit is provided for tracking medical products having a Radio Frequency Identification (RFID) tag uniquely associated therewith. The dispensing unit includes compartments for receiving medical products therein, and readers for reading the RFID tags associated with the medical products in the compartments. A processor is coupled to the readers for receiving and processing readings of the RFID tags in the compartment to identify the medical products in the compartments. The processor may identify a medical product removed from a compartment by determining a difference between readings of the RFID tags in the compartment taken before and after the medical product is removed from the compartment. The processor may verify that the medical product removed from the compartment is authorized to be removed or confirm that an identified patient is intended to receive the medical product being removed from the compartment.

Abstract: A medication-dispensing unit is provided for tracking medical products having a Radio Frequency Identification (RFID) tag uniquely associated therewith. The dispensing unit includes compartments for receiving medical products therein, and readers for reading the RFID tags associated with the medical products in the compartments. A processor is coupled to the readers for receiving and processing readings of the RFID tags in the compartment to identify the medical products in the compartments. The processor may identify a medical product removed from a compartment by determining a difference between readings of the RFID tags in the compartment taken before and after the medical product is removed from the compartment. The processor may verify that the medical product removed from the compartment is authorized to be removed or confirm that an identified patient is intended to receive the medical product being removed from the compartment.

Abstract: The present invention relates to a method of preparing an electrode comprising providing an electrode substrate, depositing on said electrode substrate a first substantially aqueous coating solution comprising precursors of a valve metal oxide and of at least two platinum group metal oxides, treating the first coating solution to provide a first metal oxide coating layer on the electrode substrate, depositing on said first coating layer a second substantially organic coating solution comprising precursors of a valve metal oxide and at least one platinum group metal oxide, wherein at least one of the precursors is in organic form, treating said second coating solution to provide a second metal oxide coating layer on the first coating layer. The invention also relates to an electrode obtainable by said method, and the use thereof.

Abstract: A medication-dispensing unit is provided for tracking medical products having a Radio Frequency Identification (RFID) tag uniquely associated therewith. The dispensing unit includes compartments for receiving medical products therein, and readers for reading the RFID tags associated with the medical products in the compartments. A processor is coupled to the readers for receiving and processing readings of the RFID tags in the compartment to identify the medical products in the compartments. The processor may identify a medical product removed from a compartment by determining a difference between readings of the RFID tags in the compartment taken before and after the medical product is removed from the compartment. The processor may verify that the medical product removed from the compartment is authorized to be removed or confirm that an identified patient is intended to receive the medical product being removed from the compartment.

Abstract: A pad is provided for monitoring administration of medical products to a patient, each of the medical products including a Radio Frequency Identification (RFID) tag for storing data related to the respective medical product. The pad includes an RF antenna for reading RFID tags associated with medical products placed in close proximity to the pad to obtain data stored in the RFID tags. A processor coupled to the antenna compares the data with data associated with a patient to verify that the patient is intended to receive the medical products. The pad may include an output device that is activated when the processor detects a mismatch between the data from the RFID tags and the patient data. Optionally, the patient data may be accessed by a remote computer device communicating with the processor to verify that the patient is intended to receive the medical products.