Abstract: This disclosure pertains to a method in a network node, a method in user equipment, a network node and user equipment in a wireless communications network. More particularly, there is provided methods and platforms for network based control of report messages comprising logged measurements in a wireless communications network. In accordance with some example embodiments, a UE (30) that has stored logged data i.e. logged measurements that are bigger than a single transmission packet, i.e. report message, segments the logged measurements and sends only a portion of the logged measurements that fits into a single report message. The UE (30) also indicates to a network node (28) that additional logged measurements exist at the UE buffer (44).

Abstract: A pipe end is expanded by an expander tool (1) comprising a plurality of jaws (10), which are radially movable in relation to a center axis between a retracted position and expanded position. The jaws (10) when retracted are intended to be inserted into the pipe end. The jaws (10) have outer jaw surfaces which are intended for engagement with the inner surface of the pipe end and which lie adjacent to one another in the retracted position of the jaws (10). The tool (1) further comprises a piston (2) or a cone with a tapered end for moving the jaws (10) between said positions and means moving the piston (2) or the cone in a reciprocating manner in the axial direction for expanding the pipe end. The tool (1) further comprises support structures whereby the jaws (10) are supported in a circumferential direction in the expanded position. A method for expanding a pipe using such a tool is also disclosed.

Abstract: The present invention relates to the field of grinding machines. In one of its embodiments, this disclosure presents a grinding machine casing (30) for a grinding machine (100). The grinding machine casing (30) comprises a first casing part (10), which is mounted to a second casing part (20). The first casing part (10) is provided with a set of brackets. Each bracket of a set of brackets comprises a hole which is adapted to receive a cylindrical end of a support bar (60) such that the support bar (60) can be releasably connected to the first casing part (10). Still further, one bracket in each set of brackets comprises a hole, the cross-section of which is non-circular.

Abstract: A knife jig assembly (1, 3) for use in sharpening a knife (8) in a grinding machine (16) comprises a conventional knife jig (1) with a clamp (2) for clamping and holding an object. It also comprises a knife holder (3) with means (5, 10) for holding the knife (8) and with a flat rod (4) to be clamped by the clamp (2) of the knife jig (1).

Abstract: This disclosure relates to methods and apparatuses for In-Device Coexistence (IDC) indication. Among other things, the present disclosure presents a method performed by a user equipment (UE). The UE is configured to send 201 an IDC indication message with a same content as in a previously sent IDC indication message if, or when, the UE has performed a handover to another cell (target cell).

Abstract: According to various embodiments, a method is provided at a relay node for enabling subframe allocation between a backhaul link and an access link of the relay node. The relay node is connected to a controlling entity via the backhaul link, and is connectable to at least one user equipment via the access link. The relay node receives a trigger or configuration information from the controlling entity from the controlling entity. Based on the received trigger or configuration information, the relay node sends information to the controlling entity, indicating a resource utilization of the access link and/or indicating a quality of the access link.

Abstract: A data processing system includes one or more processors that each execute one or more operating systems. Each operating system includes one or more applications. An accelerator provides a shared resource for a plurality of the applications and has one or more input/output interfaces for the submission of tasks to the accelerator from an application. A hypervisor manages the allocation of the input/output interfaces to the one or more operating systems and a hypervisor interface enables communication between the hypervisor and the accelerator. The system is capable of being configured such that an operating system that has been allocated an input/output interface is capable of communicating with the accelerator via the input/output interface independently of the hypervisor. A memory management unit is capable of providing an isolated region of a memory for use by the operating system whilst the operating system retains its allocated input/output interface.

Abstract: A data processing system includes one or more processors that each execute one or more operating systems that include one or more applications; an accelerator that provides a shared resource for a plurality of the applications; a storage area accessible by the processors and the accelerator; and one or more input/output interfaces for control of, or the submission of tasks to, the accelerator. To initialise one of the input/output interfaces, one of the one or more processors is capable of sending a first signal to the accelerator; the accelerator is capable of writing one or more selected pieces of information representative of one or more capabilities of the accelerator to the storage area and sending a second signal to the processor; the processor is capable of reading the one or more selected pieces of information from the storage area; and the accelerator is capable of configuring the input/output interface.

Abstract: A data processing system comprises one or more processors that each execute one or more operating systems. Each operating system includes one or more applications. The system also comprises an accelerator that provides a shared resource for a plurality of the applications, an input/output module comprising one or more input/output interfaces for the submission of tasks to the accelerator, a hypervisor that manages the allocation of the input/output interfaces to the one or more operating systems and a storage area accessible by the hypervisor and the accelerator. The accelerator is capable of writing one or more selected pieces of information representative of one or more scheduling statistics of the accelerator periodically to the storage area without having received a request for the one or more selected pieces of information from the hypervisor.

Abstract: This disclosure relates to methods and apparatuses for In-Device Coexistence (IDC) indication. Among other things, the present disclosure presents a method performed by a user equipment (UE). The UE is configured to send 201 an IDC indication message with a same content as in a previously sent IDC indication message if, or when, the UE has performed a handover to another cell (target cell).

Abstract: A method for use in a cellular access system is disclosed. The system includes a first transceiver and a second transceiver, wherein the first transceiver sends and receives data blocks to and from the second transceiver, and the first transceiver is considered a reporting party with respect to the second transceiver. The method involves sending a transmission comprising a report to the second transceiver, said report comprising information on whether or not data blocks have been received successfully, wherein said report is sent together with data to the second transceiver. The contents of the report are decided using a priority rule according to which an oldest data block which has been detected as received in error, and whose status has not been reported since the error was detected, is given priority.

Abstract: The present disclosure relates to a front structure arrangement of a vehicle including a side member and an outer side member arranged in a longitudinal direction of the vehicle at a left-side portion or a right-side portion of a front portion of the vehicle, the outer side member being located laterally outward of and vertically above the side member. A spring tower is attached to the side member and to the outer side member, and the spring tower is adapted to support a suspension of the vehicle. The spring tower is attached to the side member by an attachment means, which is arranged such that the spring tower is adapted to detach progressively from the side member during bending of the side member when the front structure arrangement is subjected to a substantially longitudinal force.

Abstract: A grinding machine has a rotatable grindstone (1) and a support (12), which is generally parallel to an axis of the grindstone. Jig means (1-8) are provided for bringing a knife blade (15) to be sharpened into controlled engagement with the grindstone (1). A jig arm (1) is provided with attachment means (2, 3) for its fixed attachment to the support (12) in a proper position for the sharpening of the knife blade (15) and—at a distance from the attachment means—with resilient holding means (1?) for the knife blade (15).

Abstract: According to a method for reducing a risk of transmission stalling between a transmitting unit and a receiving unit, data blocks are transmitted to the receiving unit from the transmitting unit. Each data block includes a block sequence number (BSN). The transmitted data blocks are stored in a transmission buffer. A flow of retransmission of transmitted data blocks is controlled with a transmission buffer window comprising an acknowledge state variable (ASV) that contains the BSN value of the oldest data block that has not been positively acknowledged by its peer. If a BSN corresponding to the ASV is acknowledged in a first type of acknowledgment message, a status of the BSN is set as tentative acknowledged. If the block sequence number is acknowledged in a second type of acknowledgement message, the status of the BSN is set as acknowledged, and the transmission buffer window is advanced to the ASV.

Abstract: The present invention relates to a method of a wireless communication terminal (101). The method comprises detecting whether the terminal is in range of a wireless local network. The method also comprises measuring, while the terminal is in range of said local network, signal quality of a cell (103) of a first cellular radio access network (105). The cell uses a first radio access technology (RAT). The method also comprises sending information about the measured signal quality to a server(104). The information is sent via a second radio access technology (RAT) which is different from the first RAT.

Abstract: A method and mechanism for moving an element, such as a sliding door (1), is disclosed. In the movement a first end of the element is first turned outwards, a second opposite end is then turned out placing the element in parallel with the original location of the element. The element is then displaced by extending a pull-out guide (4). The mechanism comprises a housing (2), the pull-out guide rail (4), a lock-and-release mechanism (19) and at least two lever arms (8, 11, 14, 16, 27, 30, 33, 39, 42). One end of a first lever arm (8, 27, 39) is received in a pivoting point (10, 29, 41) at the pull-out guide rail (4) and the opposite end of said lever arm (8, 27, 39) is received in a pivoting point (9, 28, 40) at the housing (2). The pivoting point (10, 29, 41) at the pull-out guide rail (4) is placed at a first end of the pull-out guide rail (4).

Abstract: A method for use in a cellular access system is disclosed. The system comprises at least one Radio Base Station (RBS) and a User Equipment (UE), which can send and receive data blocks to and from each other, comprising sequence numbers. The method, performed by a reporting party, comprises sending a transmission comprising a report to the report receiving party, said report comprising information on whether or not data blocks have been received successfully. The method further comprises sending said report together with data to the report receiving party or to another party. The method further comprises attaching addresses for a recipient of the data blocks and for the report in the transmission. The method further comprises deciding the contents of the report using at least one of a list of priority rules which have been given an internal priority ranking.

Abstract: A data processing system 20 comprising an accelerator 12 that acts as a common shared resource for plural applications 3 executing in respective virtual machines 4, 5. The data processing system 20 includes an interface mapping unit 21 that facilitates the submission of tasks from applications to the accelerator 12. The interface mapping unit 21 includes physical registers 8 that act as physical register input/output interfaces for the accelerator 12. The interface mapping unit 21 exposes a plurality of virtual accelerator input/output interfaces 22 to the applications 3 that are then dynamically mapped to the physical register input/output interfaces 8 by the interface mapping unit 21 to allow applications to access, and thereby submit a task to, a given physical register input/output interface 8.

Abstract: A power consumption management system for a central processing unit may include a power consumption estimation block and an activity control block. The power consumption estimation block may be configured to estimate power consumption of the central processing unit based on information related to a status of the central processing unit. The activity control block may be configured to use the estimated power consumption to determine a control to be applied to the central processing unit for regulating a rate of change in power consumption of the central processing unit.

Abstract: A data processing system includes a host processor and a graphics processing unit operable to process data under the control of an operating system executing on the host processor. The graphics processing unit can be switched between a normal mode of operation in which the it has read and write access to data that is stored in non-protected memory regions 9 but no or write-only access to any protected memory regions 8, and a protected mode of operation in which it has read and write access to data that is stored in protected memory regions 8 but only has read-only access to any non-protected memory regions 9. The data processing system further comprises a mechanism for switching the graphics processing unit from its normal mode of operation to the protected mode of operation, and from its protected mode of operation to the normal mode of operation.