Abstract: A molded component has a metallic component body with a mounting opening and a friction structure surrounding the mounting opening. The component body consists of a boron-alloyed steel and is hot molded and press-hardened. The friction structure is produced in the press tool during hot molding. The mounting opening is produced timely in parallel in the component body.

Abstract: A molded component has a metallic component body with a mounting opening and a friction structure surrounding the mounting opening. The component body consists of a boron-alloyed steel and is hot molded and press hardened. The friction structure is produced in the press tool during hot molding. In order to produce the component body, a hardenable steel sheet metal or a semi-finished product made of a hardenable steel sheet metal is heated to the molding temperature and molded into the component body in a press tool and press hardened. The mounting opening can be produced before heating to the molding temperature, before hot molding or after press hardening.

Abstract: A child monitoring device has a plurality of sensors to sense data relating to a child to be monitored, a wireless communications unit and a processing unit. The processing unit is able to receive signals from the sensors, receive data relating to the child input via said wireless communications unit, cause the wireless communications unit to wirelessly communicate with an external database to receive data, process the signals received from said sensors to determine child development conditions, compare determined child development conditions with the data received from external database, and cause said wireless communications unit to transmit messages containing child development information for reception by an external device.

Abstract: A child monitoring device has a plurality of sensors to sense data relating to a child to be monitored, a wireless communications unit and a processing unit. The processing unit is able to receive signals from the sensors, receive data relating to the child input via said wireless communications unit, cause the wireless communications unit to wirelessly communicate with an external database to receive data, process the signals received from said sensors to determine child development conditions, compare determined child development conditions with the data received from external database, and cause said wireless communications unit to transmit messages containing child development information for reception by an external device.

Abstract: The present disclosure relates to a bearing arrangement having a bearing bush and a rubber/solid bearing which is inserted into the bearing bush with an outer sleeve and an elastomer material which is arranged therein. The bearing bush has inwardly pointing projections, and depressions are configured in the outer sleeve, into which depressions the projections engage.

Abstract: The present disclosure relates to a bearing arrangement having a bearing bush and a rubber/solid bearing which is inserted into the bearing bush with an outer sleeve and an elastomer material which is arranged therein. The bearing bush has inwardly pointing projections, and depressions are configured in the outer sleeve, into which depressions the projections engage.

Abstract: A home monitoring and control system has a base unit, a monitoring system that has at least one monitoring device to output monitoring signals and a portable unit. The base unit has a base unit communications system. The portable unit has an infra red remote device controller, a human I/O interface, a portable unit communications system and a processor. The base unit communications system connects with a telecommunications landline and communicates wirelessly with the portable unit communications system. The processor processes monitoring signals provided by the monitoring system and provides notifications when that processing indicates a predefined event. The human I/O interface displays such notifications. The portable unit communications system communicates with the base unit communications system using a DECT communications protocol and with a Wi-Fi network.

Abstract: The disclosure relates to a bearing arrangement, having a metallic bearing receptacle with a bearing socket, a rubber/metal bearing being pressed into the bearing socket, at least one recess being configured in an inner circumferential face of the bearing socket and/or in the outer circumferential face of the outer sleeve, and the rubber/metal bearing having a metallic outer sleeve which is pressed with an interference fit into the bearing socket.

Abstract: A home monitoring and control system (10) has a base unit (12), a monitoring system that has at least one monitoring device (14) to output monitoring signals and a portable unit (16). The base unit (12) has a base unit communications system (18). The portable unit (16) has an infra red remote device controller (18), a human I/O interface (20), a portable unit communications system (22) and a processor (24). The base unit communications system (18) connects with a telecommunications landline (26) and communicates wirelessly with the portable unit communications system (22). The processor (24) processes monitoring signals provided by the monitoring system and provides notifications when that processing indicates a predefined event. The human I/O interface (20) displays such notifications. The portable unit communications system (22) communicates with the base unit communications system (18) using a DECT communications protocol and with a Wi-Fi network (30).

Abstract: A pet monitoring device 12 to be fitted to a pet 14 that is to be monitored includes a transmitter configured to transmit signals via a mobile telecommunications network 20. The location of the pet monitoring device 12 can be determined by reference to parameters associated with receipt of a signal 18 transmitted by the transmitter by at least one base station of the mobile telecommunications network 20 so that an authorised user can identify the location of the pet monitoring device.

Abstract: The current embodiments provide an assembly for cooling a printed circuit board with at least one electronic component disposed on a first surface of the printed circuit board. The assembly may have a housing with first and second elastic elements and a cooling element configured to cool the at least one electronic component. The printed circuit board may be held between the first and second elastic elements in the housing. The assembly may further have at least one cooling surface region protruding from the cooling element and facing toward a second surface facing opposite the first surface of the printed circuit board in a region opposite of the electronic component.

Abstract: A pet monitoring device 12 to be fitted to a pet 14 that is to be monitored includes a transmitter configured to transmit signals via a mobile telecommunications network 20. The location of the pet monitoring device 12 can be determined by reference to parameters associated with receipt of a signal 18 transmitted by the transmitter by at least one base station of the mobile telecommunications network 20 so that an authorised user can identify the location of the pet monitoring device.