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Results 1-10 of 49,853 for Criteria: Office(s):all Language:ES Stemming: true maximize
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NoCtrTitlePubDateInt.ClassAppl.NoApplicantInventor
1. WOWO/2014/175787 - ASSEMBLY FOR VIBRATING A COMPACTING DRUM OF A COMPACTING MACHINE30.10.2014
E01C 19/28
PCT/SE2013/000056VOLVO CONSTRUCTION EQUIPMENT ABKREISCHE, Michael
The disclosure concerns an assembly for vibrating a compacting drum of a compacting machine. The assembly (30) comprising a shaft (26) rotatably mountable to a compacting drum (4, 5) of the compacting machine (1). The centre of mass of the shaft (26) being offset from the geometrical rotation axis of the shaft (26). An outer eccentric member (40) is arranged outside of the shaft (26), wherein the centre of mass of the outer eccentric member (40) is offset from the geometrical rotation axis of the shaft (26). The outer eccentric member (40) is displaceably mounted relative to the shaft (26) for adjustment of the eccentricity of the assembly. An extension of the outer eccentric member (40) in a direction parallel with the geometrical rotation axis of the shaft (26) is at least two times an average extension of the outer eccentric member (40) in a radial direction perpendicular to the geometrical rotation axis of shaft (26) such that a mass of the outer eccentric member (40) forms a distributed load along the geometrical rotation axis of the shaft (26).

2. WOWO/2014/175799 - A METHOD AND A PRODUCTION LINE FOR THE MANUFACTURE OF A TORSION-BOX TYPE SKIN COMPOSITE STRUCTURE30.10.2014
B64C 3/20
PCT/SE2013/050463SAAB ABGUSTAVSSON, Stefan
The present invention regards a method for manufacture of a torsion-box type skin composite structure (1) mountable to a main sub-structure (5), the torsion-box type skin composite structure (1) comprises a skin component (7), a stiffener element (9), a fastener element (11) for bonding the torsion-box type skin composite structure (1) to the main sub-structure. The method comprises the step of providing a forming tool (27, 31, 41);providing a skin lay-up (23) onto the forming tool (27, 31);positioning a stiffener lay-up (37) and a fastener lay-up (39) to the skin lay-up (23) for forming an integral lay-up (43) and co-curing the integral lay-up (43); and mounting a coupling member (12, 12') to the stiffener (9) element and the fastener element (11). The present invention regards also a structure (1) and a data medium storing program and production line per se adapted to make use of the data medium storing program for executing said method.

3. WOWO/2014/175796 - METHODS AND ARRANGEMENT FOR ADAPTING QUALITY OF SERVICE FOR A PRIVATE CHANNEL BASED ON SERVICE AWARENESS30.10.2014
H04L 12/70
PCT/SE2013/050459TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)BASILIER, Henrik
This disclosure relates to methods, user node (102; 402; 502) and an arrangement (108, 600) for adapting a quality of service of a network connection during a user application session. A whole network connection between a user node and a network node, for instance a VPN tunnel, is assigned to a single QoS level at any given time, after which this assignment may be modified dynamically based on detected (202; 418; 520) data traffic belonging to certain applications. Furthermore, by correlating an identity as obtained from the detected data traffic with authentication information, the identity of the user for which an adaptation of the QoS shall be requested is obtained. It is advantageous that the QoS of an encrypted or scrambled network connection during an application session, can be adapted.

4. WOWO/2014/175795 - A METHOD AND A PRODUCTION LINE FOR THE MANUFACTURE OF A TORSION-BOX TYPE SKIN COMPOSITE STRUCTURE30.10.2014
B64C 3/20
PCT/SE2013/050457SAAB ABGUSTAVSSON, Stefan
The present invention regards a method for manufacture of a torsion-box type skin composite structure (3) mountable to a main sub-structure (6), the torsion-box type skin composite structure (3) comprises a skin component (9), a stiffener element (11), a fastener element (13) for bonding the torsion-box type skin composite structure (3) to the main sub-structure (6). The method comprises the step of providing a forming tool (31);providing a skin lay-up (10) onto the forming tool (31);positioning a stiffener lay-up (12) and a fastener lay-up (14) to the skin lay-up (10) for forming an integral lay-up (17); and co-curing the integral lay-up (17). The present invention regards also a structure (3) and a data medium storing program (P) and production line (45) per se adapted to make use of the data medium storing program for executing said method.

5. WOWO/2014/175791 - STACK AND METHOD OF DISPENSING30.10.2014
A47K 10/42
PCT/SE2013/050432SCA HYGIENE PRODUCTS ABSTENBERG, Martin
A stack (2) comprising a plurality of sheets (4) of web material is provided. The stack (2) comprises a plurality of bundles (6) of substantially coextensive sheets (4) of web material, wherein each bundle (6) comprises at least two sheets (4) of web material of said plurality of sheets (4) of web material, and wherein in the stack (2), the bundles (6) of said plurality of bundles (6) are alternatingly offset in relation to each other. Further a method of dispensing at least two sheets of web material is disclosed.

6. WOWO/2014/175793 - METHOD AND NETWORK NODE FOR LINK ADAPTATION IN A WIRELESS COMMUNICATIONS NETWORK30.10.2014
H04W 72/08
PCT/SE2013/050448TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)SIMONSSON, Arne
A method in a network node for selecting a downlink modulation and coding scheme is provided. The network node obtains (201) information comprising a first uplink signal strength of a transmission from the terminal in the first cell. The network node further obtains (202) information comprising a second uplink signal strength of a transmission from the terminal in the second cell. The network node also obtains (203) scheduled downlink transmission information for the respective first cell and second cell. The network node then selects (206) a downlink modulation and coding scheme for transmission from one or more of the access point serving the first cell and the access point serving the second cell to the terminal. The selection is based on the obtained information comprising the first uplink signal strength, the obtained information comprising the second uplink signal strength, and the obtained scheduled downlink transmission information for the respective first cell and second cell.

7. WOWO/2014/175794 - METHODS AND APPARATUS FOR DETERMINING A NEIGHBOR CELL FROM UE MEASUREMENTS30.10.2014
H04W 36/00
PCT/SE2013/050455TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)MAGNUSSON, Johan
A Radio Network Controller (RNC) receives one or more UE measurement reports. A report includes for each of multiple measured cells a cell identifier of the measured cell and a UE timing offset between the measured cell's SFN count and a connection frame number (CFN) count or the like in the serving cell. The RNC determines a corresponding RBS phase difference for each of the multiple measured cells based on a difference between the RFN count and a BFN count corresponding to each of the measured cells. Measured cells having the same cell identifier are identified, and the RNC determines, for each of the identified measured cells, a determined difference based on its RBS phase difference to a RBS phase difference of the serving cell, its cell timing difference to a cell timing difference of the serving cell, and a connection frame number difference between the UE timing offset, and the identified measured cell's connection frame number. The RNC selects one or more of the identified measured cells based on the determined difference for each of the identified measured cells.

8. WOWO/2014/175792 - EXPANDABLE LAMINATE, EXPANDED LAMINATE, A PROCESS FOR FORMING THE EXPANDABLE LAMINATE, AND USES OF THE LAMINATES30.10.2014
B32B 29/04
PCT/SE2013/050442SCA FOREST PRODUCTS ABMALMGREN, Kent
An expandable laminate, comprising at least two paper layers and at least one intermediate expandable layer, said expandable layer comprising expandable particles, which are in an unexpanded state, and each side of the expandable layer being attached to a surface of one of the at least two paper layers by an adhesive coating that has been applied onto the paper layer surface, thus leaving the expandable layer substantially free from adhesive, an expanded laminate, obtained by heat treatment of said expandable laminate, a process for forming the laminate comprising the steps of applying an adhesive to one side of a first paper layer to form an adhesive coating; applying dry expandable particles, which are in an unexpanded state, onto the first paper layer;removing any surplus of expandable particles not being adhesively attached to the first paper layer; applying an adhesive to one side of a second paper layer to form an adhesive coating; assembling the first and second paper layers so that the expandable particles are positioned between the paper layers, thus forming an intermediate expandable layer, and the of the laminate in the manufacture of packages or containers, or in the manufacture of building panels.

9. WOWO/2014/175801 - ACRYLIC COMPUND WITH TETRAOXASPIRO BACKBONE FOR RADIATION CURABLE COMPOSITIONS30.10.2014
C07D 493/10
PCT/SE2014/000003PERSTORP ABJAMES, David
Disclosed is an acrylic compound having at least one acrylic unsaturation. Said compound is in embodiments an acrylate, a methacrylate or a crotonate, of an alkoxylated, such as an ethoxylated, a propoxylated and/or a butoxylated 2,4,8, 10-tetraoxaspiro[5.5]undecane- -3,9-dialkanol.

10. WOWO/2014/175800 - METHOD AND NETWORK EFFICIENCY NODE FOR INCREASED DATA THROUGHPUT IN WIRELESS NETWORKS30.10.2014
H04W 72/04
PCT/SE2013/050470TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)MANSSOUR, Jawad
A method, node and computer program for A method, computer program and a network efficiency node (100) in a wireless communications network for enabling increased data throughput to a UE (140), the method comprising: retrieving information (A1)of UE configuration data, receiving (A2) an indicator of a first channel capability from the UE (140), determining (A3) a first data transport unit size based on the received indicator of the first channel capability, selecting (A4) a second channel capability different than the received indicated first channel capability and limited based on the information of the UE configuration data, determining (A5) a second data transport unit size based on the selected second channel capability, and transmitting (A6) scheduling information to the UE (140) to use the second data transport unit size, thereby enabling increased data throughput.


Results 1-10 of 49,853 for Criteria: Office(s):all Language:ES Stemming: true
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