Swindell & Pearson Limited

Certain examples provide a computer-implemented method (100) for managing modifications to map data of a digital map, the method comprising: receiving (101), at a first apparatus (201) from a second apparatus (202), a first map data modification (D301_1); determining (102) whether the first map data modification is associated with a set (302) of one or more map data modifications (D301_n) stored in a database (201 DB) of the first apparatus or accessible by the first apparatus, the set (302) of one or more map data modifications (D301_n) having a timer period (303QT) assigned thereto, wherein the timer period represents an amount of time until the one or more map data modifications of the set is to be sent to a third apparatus (203); in response to determining that the first map data modification is associated with the set: adding (103) the first map data modification to the set to form a modified set (302'), and modifying (104) the timer period to form a modified timer period (303QT') assigned to the modified set; determining (105) whether the modified timer period assigned to the modified set has expired, in response to determining that the modified timer period assigned to the modified set has expired, sending (106) the map data modifications (D301_n') of the modified set to the third apparatus (203).

An electric vehicle charging cable apparatus comprising an electric vehicle charging handle with a cable inlet. The electric vehicle charging cable apparatus further comprises a cable. The cable comprises an elongate conductive core with one or more conductive wires configured to transmit electrical power. The cable further comprises an elongate insulating jacket. The insulating jacket is disposed around the conductive core along at least the majority of the length of the conductive core. The insulating jacket comprises an electrically insulative material. The cable further comprises an elongate sleeve, wherein the sleeve is disposed around the insulating jacket along at least the majority of the length of the insulating jacket. The sleeve comprises a plurality of openings. The cable further comprises an impermeable cover disposed around the sleeve along a portion of the length of the sleeve, the impermeable cover extending through the cable inlet.

An electric vehicle charging point comprising: a circuitry enclosure configured to house circuitry for charging an electric vehicle; a mounting assembly configured to be attached to the circuitry enclosure, wherein the mounting assembly comprises a securing portion; a body configured to at least partially cover the circuitry enclosure and to at least partially cover the mounting assembly, wherein the body comprises plant tissue; and a fixing arrangement configured to connect the body to the securing portion of the mounting assembly, wherein the fixing arrangement comprises a bias configured to enable movement of the body in relation to the mounting assembly when the body is connected to the mounting assembly.

Described herein are improved, compact multiple pump chamber modules, and methods for making same, where multiple pump chambers are contained in a single housing with the multiple pump chambers operating independently of one another.

Examples of the disclosure relate to measurement reporting. An apparatus receives a configuration comprising at least one reporting condition for reporting measurement results. The reporting condition is to be used upon transitions of the apparatus to a connected mode. The apparatus determines whether the at least one reporting condition has been satisfied. Determining whether the at least one reporting condition has been satisfied comprises determining a probability that carrier aggregation (CA) or dual connectivity (DC) are to be setup after transition to a connected mode. The apparatus reports measurement results based on the determination.

Examples of the disclosure relate to semiconductor chips and methods of forming semiconductor chips. The chips comprise multiple integrated circuit layers arranged in a stack and a cooling channel positioned between integrated circuit layers. The cooling channel is bounded by at least two walls and configured to enable a cooling fluid to provide cooling of electronic and/or photonic components on the integrated circuit layers. The walls comprise a first bonding material arranged on a first edge of the walls, for bonding the first edges of the walls to the first integrated circuit layer. The walls also comprise a second bonding material arranged on a second edge of the walls, for bonding the second edges of the walls to the second integrated circuit layer.

Examples of the disclosure relate to measurements for reference signal resource prediction. A first message associated with measurements for reference signal resource prediction is received and measurements for reference signal resource prediction are performed in accordance with the first message. A second message associated with measurements for reference signal resource prediction is received. Inference using the measurements to obtain one or more reference signal resource predictions is performed. The reference signal resource predictions are reported in accordance with the second message.

Examples of the disclosure relate to measurements for reference signal resource prediction. A first message associated with measurements for reference signal resource prediction is received and measurements for reference signal resource prediction are performed in accordance with the first message. A second message associated with measurements for reference signal resource prediction is received. An association between the first message and the second message is determined. Measurements for reference signal resource prediction; or reference signal resource predictions are reported in accordance with the association. The determined association ensures that the report that is made in accordance with the second message relates to the measurements made based on the first message.

Examples of the disclosure relate to measurements for reference signal resource prediction. A first message associated with measurements for reference signal resource prediction is received and measurements for reference signal resource prediction are performed in accordance with the first message. A second message associated with measurements for reference signal resource prediction is received and at least one of, measurements for reference signal resource prediction, or reference signal resource predictions are reported in accordance with the second message.

Examples of the disclosure relate to management of reference signal resources. Performance measurements are performed for a model that is used for reference signal resource predictions. The measurements are performed based on configured reference signals. The performance measurements are performed over a monitoring period. At least one output of the performance measurements is reported. The output is reported within the monitoring period. The output of the performance measurements provides at least an indication of the accuracy of the model that is used for reference signal resource predictions.