Abstract: A fishing lure including an illumination means; a body having walls defining a water tight cavity; a power source and a control circuit within the cavity connected to the illumination means. The control circuit controlling the supply of power to the illumination means such that light is emitted from the illumination means. The fishing lure is controllable via a remote control which can be used to select various operating modes such that the lure can produce any desired color, or pattern of colors, to emulate the body of a bait fish.

Abstract: An apparatus is provided for releasably locking two rail elements (10, 11), which are supported displaceably relative to each other, of a telescopic rail or a linear guide and for adjusting the motivity to be applied for the displacement, comprising a housing (1) which is fastened to a first one of the rail elements (11) which are supported displaceably relative to each other, at least one locking element (5) and at least one locking force spring (4) which is supported against the housing and biases the locking element (5) against the second of the rail elements (10) which are supported displaceably relative to each other, at least one friction element (7) and at least one friction force spring (6) which is supported against the housing and which presses the friction element (7) in biased relationship against the second of the rail elements (10) which are supported displaceably relative to each other.

Abstract: A head restraint includes a base element on which two wing elements are mounted by at least one hinge so as to rotate about a vertical axis. The hinge has a pin and a recess which are frustoconical. The support structure of each wing element is in two parts.

Abstract: A gas meter comprising a meter housing with a gas inlet with associated connecting piece for a gas supply line and a gas outlet with associated connecting piece for a gas discharge line, wherein the meter housing (2) is a bellows gas meter housing in which a measuring device (12) comprising a housing (13) with an integrated micro-thermal flow measuring sensor (20) is arranged on the gas outlet (11), which housing (13) is connected in a gas-tight manner to the connecting piece (10) on the outlet side or to the meter housing (2) in the area of the gas outlet (11).

Abstract: A fishing lure including an illumination means; a body having walls defining a water tight cavity; a power source and a control circuit within the cavity connected to the illumination means. The control circuit controlling the supply of power to the illumination means such that light is emitted from the illumination means. The fishing lure is controllable via a remote control which can be used to select various operating modes such that the lure can produce any desired color, or pattern of colors, to emulate the body of a bait fish.

Abstract: An electrically powered device (160) including an insertion component (165) for insertion into the ear cavity of a user, the device (160) including at least one inductor (170) operatively connected to a control circuit (175), the control circuit (175) providing electrical energy to the at least one inductor (170) wherein the insertion component (165) includes the at least one inductor (170) such that when in use, the at least one inductor (170) is in close proximity to the inner ear of the user.

Abstract: Phase-error-reduction circuitry for an IQ generator, wherein the phase-error-reduction circuitry is arranged to receive I and Q input signals from the IQ generator and to produce I and Q output signals, and wherein the phase-error-reduction circuitry is arranged to sample the I and Q input signals to tend to reduce a phase error between the I and Q output signals.

Abstract: The present invention concerns an apparatus for releasably locking two rail elements (10, 11), which are supported displaceably relative to each other, of a telescopic rail or a linear guide and for adjusting the motivity to be applied for the displacement, comprising a housing (1) which is fastened to a first one of the rail elements (11) which are supported displaceably relative to each other, at least one locking element (5) and at least one locking force spring (4) which is supported against the housing and biases the locking element (5) against the second of the rail elements (10) which are supported displaceably relative to each other, at least one friction element (7) and at least one friction force spring (6) which is supported against the housing and which presses the friction element (7) in biased relationship against the second of the rail elements (10) which are supported displaceably relative to each other.

Abstract: A phase-locked loop frequency synthesizer including phase detector circuitry and divider circuitry producing a divided signal. The phase detector circuitry receives a reference signal, a divided signal fed back from the divider circuitry, and generates control pulses which control a charge pump in accordance with a frequency and phase relationship between the reference signal and the divided signal. The divider circuitry has a main divider which divides an input signal by a division ratio selected from a pair of dual modules division ratios, and outputs the divided input signal as an output signal and an auxiliary divider which produces serial output data, each bit of which serves as a dual modules selection signal to cause the main divider to operate using one of the pair of dual modules main division ratios. The auxiliary divider produces the divided signal once per cycle and outputs the pulse to the phase detector circuitry.

Abstract: Control circuitry, comprising: first control means operable to generate a first control signal, the first control signal being indicative of a relationship between an output signal and a first reference signal, and to generate said output signal in dependence upon said first control signal, the first control means being configured to tend to maintain a first desired relationship between the output signal and the first reference signal in response to said first control signal; and second control means configured to influence operation of said first control means in response to said first control signal by way of a second control signal so as to tend to maintain a second desired relationship between said first control signal and a second reference signal.

Abstract: Phase detector circuitry for a phase-locked loop frequency synthesizer, the phase detector circuitry comprising a reference input configured to receive a reference signal; a feedback input configured to receive a divided signal from divider circuitry in a feedback path of the phase-locked loop; and pulse generation circuitry configured to generate control pulses for controlling a charge pump in the phase-locked loop in accordance with a frequency and phase relationship between the reference signal and the divided signal; wherein the divided signal comprises a pulse having a length shorter than a half period of the divided signal, and wherein the pulse generation circuitry is configured to generate the control pulses by masking the reference signal using the pulse of the divided signal as a mask, so as to define the edges of the control pulses from the edges of the divided signal and an edge of the reference signal.

Abstract: Divider circuitry for a phase-locked loop frequency synthesizer, the divider circuitry comprising a main divider configured to divide an input signal received from a feedback path of the phase-locked loop frequency synthesizer by a division ratio selected from a pair of dual modulus division ratios in accordance with a dual modulus selection signal; and an auxiliary divider comprising a shift register clocked by an output signal of the main divider, the shift register comprising a parallel input configured to receive parallel input data in the form of a fraction selection signal at the start of a cycle, and a serial output connected to a control input of the main divider, the auxiliary divider being configured to produce serial output data, each bit of which serves as a said dual modulus selection signal to cause the main divider to operate using one or the other of the pair of dual modulus main division ratios; the auxiliary divider being configured to produce a pulse once per cycle of the shift register

Abstract: The invention relates to a receiving device (1) for a motor vehicle comprising at least one a tray-shaped container (2) and a hat rack (3), wherein said hat rack (3) is shaped in such a way that it covers the tray-shaped container (2), the inventive receiving device (1) can be placed between the loading space (4) and the passenger compartment (5) of the motor vehicle and the hat rack (3) is at least partly made of a flexible material.

Abstract: An electrically powered device (160) including an insertion component (165) for insertion into the ear cavity of a user, the device (160) including at least one inductor (170) operatively connected to a control circuit (175), the control circuit (175) providing electrical energy to the at least one inductor (170) wherein the insertion component (165) includes the at least one inductor (170) such that when in use, the at least one inductor (170) is in close proximity to the inner ear of the user.

Abstract: The invention relates to a roof module with at least one ventilation duct, the ventilation duct (4) being formed from a half shell component (4) which is fastened to the lower side of the roof module (2), so that an air-guiding region (10) is delimited by a lower side of the roof module (2) and the half shell (4).

Abstract: The inventive loading arrangement for a motor vehicle comprises a loading space (1) consisting of a loading space surface (2) and a pivotable loading space trap-door (3) provided with a receiving surface (4), wherein said loading space trap-door (3) is pivotable to a loading position, in which the loading space surface (2) and the receiving surface (4) are arranged on the same plane or in a substantially parallel manner and a transporting device is placed in such a way that it is movable between the loading space surface (2) and the receiving surface (4).

Abstract: The invention relates to a vehicle comprising a folding top (1) that can be adjusted between a closed position and an open position and that has a mobile rear top bow (6), and further comprising a rear flap (8) closing a rear storage space (28). In order to improve functionality, the rear flap (8) is pivoted to the top bow (6). The rear flap (8) can be lifted together with the upward pivoting top bow (6), thereby releasing a larger rear opening (27). The top bow is preferably a fabric-tensioning bow (6) of the folding top (2) that is covered with a folding top fabric.

Abstract: Phase-error-reduction circuitry for an IQ generator, wherein the phase-error-reduction circuitry is arranged to receive I and Q input signals from the IQ generator and to produce I and Q output signals, and wherein the phase-error-reduction circuitry is arranged to sample the I and Q input signals to tend to reduce a phase error between the I and Q output signals.

Abstract: A fishing lure including an illumination means; a body having walls defining a water tight cavity; a power source and a control circuit within the cavity connected to the illumination means. The control circuit controlling the supply of power to the illumination means such that light is emitted from the illumination means. The fishing lure is controllable via a remote control which can be used to select various operating modes such that the lure can produce any desired color, or pattern of colors, to emulate the body of a bait fish.

Abstract: The invention relates to a loading space arrangement for a motor vehicle comprising a loading space (1) having a loading area, a loading space gate (3), which can pivot about an essentially horizontal axis and which has a holding surface, the loading area and the holding surface, when in a loading position, being located in a plane or in planes oriented approximately parallel to one another. The loading space arrangement has an essentially box-shaped transport device (5) that, in the loading position, can be detachably mounted on the holding surface of the loading space gate (3).