Berggren Oy

A shaft grounding member for a rolling bearing, the shaft grounding member being mounted on a rolling bearing unit including the rolling bearing in which one bearing ring is a fixed ring and the other bearing ring is a rotating ring, the shaft grounding member includes: a spring plate including an annular portion, a coupling portion extending continuously from the annular portion in a radial direction, and an elastic portion bending from the coupling portion in an axial direction of the rotating ring, the spring plate being made of a thin plate of a conductive material; and a soft conductive member mounted on a surface of the elastic portion that faces a rotating member to which the rotating ring is fitted. The soft conductive member is capable of abutting against at least a part of a peripheral surface of the rotating member.

The invention relates to a wind turbine assembly (100) that comprises a radial wind turbine (10), and a wind turbine cover (20) arranged to cover a part of the radial wind turbine (10) along the rotation direction (19) around the radial wind turbine (10). The wind turbine cover (20) comprises at least one air flow inlet (22), at least one air flow channel (24), and at least one air flow outlet (26), wherein the at least one air flow inlet (22) is configured to guide air flow (96) via the at least one air flow channel (24) to the air flow outlet (26). The air flow outlet (26) is configured to guide air flow (96) to a wind turbine blade (12) in order to provide a thrust force to the wind turbine blade (12) in the rotation direction (19). The wind turbine assembly (100) also comprises a first rotation platform (30).

An arrangement (410) and a method, e.g. a computer implemented method, of threat detection and/or prevention in a computer (101) or computer network (201), wherein the method comprises collecting vulnerability information from a computer (101) or computer network (201) for detecting vulnerable components, such as a vulnerable library, a vulnerable feature, a vulnerable package, a vulnerable container, vulnerable plugin and/or a vulnerable extension, at the computer (101), collecting information relating to executables, processes and/or applications which are running on the computer (101), and checking if the process, application or executable which have been identified running in the computer (101) are using any of the detected vulnerable components, and monitoring the running executables, processes and/or applications for a predefined period of time, and determining the risk level of an executable, process, application and/or the computer (101) based on the information collected during monitoring, wherein the risk of level of the executable, process, application and/or the computer (101) is elevated if the vulnerable component is used, e.g. systematically used, during monitoring.

The present invention relates to the field of veterinary biological products. Particularly, the invention relates to a rough attenuated strain RB39 of Brucella, use, vaccine, antigen, and kit thereof. The rough attenuated strain RB39 of Brucella according to the present invention is able to be used to prepare a vaccine with high safety. The vaccine may be injected into pregnant animals to provide effective immunity. Moreover, the vaccine is applicable for immunization of multiple animal species. Additionally, based on the rough attenuated strain RB39 of Brucella of the present invention, an antigen for differentiating rough Brucella antibodies may be prepared, effectively distinguishing between vaccination and natural infection, thus providing a scientific basis for brucellosis control.

According to an aspect, there is provided a band configured to encircle a portion of a wearer and methods for making same. The band including an outer layer configured for direct thermal printing, a middle layer configured to be an adhesive layer, and an inner layer comprising a peelable portion which, once removed, exposes the middle layer. The inner layer is laminated to the outer layer with the middle layer there between.

The invention relates to a method of a set change in a slitter-winder, in which method a set change is performed in a winder (10) of the slitter-winder by a set change system (10), which winder (10) is a two-drum winder and comprises two winding drums (11, 12), of which winding drums (11, 12) at least one is movable to adjust distance between the winding drums (11, 12), and a rider roll unit (20), in which winder customer rolls (15) are wound on support of the winding drums (11, 12) of partial webs of a slitted fiber web, which set change system (40) comprises an adhesive application device (23), a cutting device (22), roll pusher (21) and a core placer (24), which method is performed to remove a set of complete customer rolls (15) from the winder and to provide new cores for winding next set of customer rolls (15), in which method the adhesive application device (23) applies adhesive on partial webs running towards the customer rolls (15) and when the adhesive has reached surface of the customer rolls (15), the partial webs are cut by the cutting device (22), set of the completed customer rolls (15) are removed by the roll pusher (21) and new cores are set on support of the winding drums (11, 12) by the core placer to begin winding of next set of the customer rolls (15), wherein when the set of the complete customer rolls (15) have been removed, the winding drums (11, 12) are moved back towards their position for beginning of the winding and the new cores (14) are set by the core placer (24) on support of the winding drums (11, 12) from above simultaneously, when the roll pusher (21) reaches its turning point between its pushing movement and its return movement back to its rest position. In the method simultaneously with the movement of the roll pusher (21) back to its rest position the rider roll unit (20) is moved downwards towards its position at beginning of the winding of the next set of customer rolls (15) The invention also relates to a slitter-winder comprising a set change system (40).

The invention relates to a method for forming a multi-ply fiber web (W) in a forming section (100), in which at least part of the forming is done in a twin-wire forming part formed between a first wire (10) for a first layer of the multi-ply fiber web and a second wire (20) for a second layer of the multi-ply fiber web, in which the layers for the multi-ply fiber web are joined in the twin-wire part at a joining location, in which twin-wire forming part water is removed from the joined layers of the multi-ply fiber web by a variable-curvature roll (50). In the method the layers of the multi-ply fiber web are joined at a curved surface stabilization element (32) by a nip between the curved surface stabilization element (32) and the first and second wire (10; 20) at the joining location. The invention also relates to a forming section (100) for forming a multi-ply fiber web (W) comprising at least one twin-wire forming part formed between a first wire (10) for a first layer of the multi-ply fiber web and a second wire (20) for a second layer of the multi-ply fiber web, which twin-wire part comprises a joining location, in which the layers for the multi-ply fiber web are joined, which twin-wire forming part comprises a variable-curvature roll (50). In beginning of the twin-wire part of the forming unit (110) a curved surface stabilization element (32) is located, that at the joining location between the curved surface stabilization element (32) and the first and second wire (10; 20) a nip is formed to join the layers of the multi-ply fiber web are joined.

The invention relates to a winder with a diameter profile measuring system, which winder (10) is a winder (10) of a slitter-winder and configured to wind customer rolls (15) as sets of customer rolls (15), which winder (10) comprises two winding drums (11, 12), on support of which the customer rolls (15) are configured to be wound, and a rider roll (17) supported by a rider roll beam (18), which rider roll (17) is configured to support the customer rolls (15) during winding thereof from above, and which rider roll (17) and rider roll beam (18) are arranged to be movable in vertical direction. The rider roll beam (18) comprises a linear guide located on its longitudinal side, the diameter profile measuring system comprises a diameter profile measuring device (20) supported by a carriage (22), the measuring device (20) is movably supported by the carriage (22) on the linear guide (21), the diameter profile measuring device (20) comprises a measuring laser sensor and the measuring laser sensor is turnably by a turnable attachment arrangement attached to the carriage (22) for calibration measurement of the measuring laser sensor. The invention also relates to a diameter profile measuring method for measurement of diameter profile of a set of customer rolls wound in a winder of a slitter-winder.

The present invention relates to a device (100) for conveying medication sachets (201). The device (100) comprises an inlet (110) for receiving the medication sachets (201) to be conveyed, an outlet (114) for discharging the conveyed medication sachets (201), a first endless belt (101), a plurality of first guide elements (103) arranged to guide the first endless belt (101) along a first path, of which first guide elements at least one is a first guide roller (103), a second endless belt (102), a plurality of second guide elements (104) arranged to guide the second endless belt (102) along a second path, of which second guide elements at least one is a second guide roller (104), a plurality of third guide rollers (105) arranged to guide the first endless belt (101) and the second endless belt (102) along a third path, wherein the medication sachets (201) are to be conveyed between the first endless belt (101) and the second endless belt (102) along the third path from the inlet (110) to the outlet (114), and means (119, 120, 121, 122, 124, 126) for rotating at least one of the first, second or third guide rollers (103, 104, 105). The invention also relates to a medication dispenser (300).

The present invention relates to an arrangement for handling a strip (100) of medication sachets (101). The arrangement comprises a conveying device (200, 600) for conveying the strip (100) of medication sachets (101), the conveying device (200, 600) comprising an inlet (201, 610) for receiving the medication sachets (101), an outlet (202, 614) for discharging the medication sachets (101) and means (203, 204, 205, 206, 601, 602, 603, 604, 605) for conveying the medication sachets (101) from the inlet (201, 610) to the outlet (202, 614), a first imaging device (300) arranged in connection with the inlet (201, 610) and configured to capture at least one image of the medication sachet (101) before it is conveyed to the inlet (201, 610), and a second imaging device (400) arranged in connection with the outlet (202, 614) and configured to capture at least one image of the medication sachet (101) after it has been conveyed out of the outlet (202, 614). The present invention also relates to a medication dispenser (500).