Abstract: A hearing device, in particular a hearing system, is designed more acoustically stable with regard to feedback as well as more mechanically stable with regard to external influences by a sound emission tube for direct connection to an output nozzle of an earpiece of a hearing device. The sound emission tube has an outer sheath made from a first plastic and an inner wall made from a second plastic that is more elastic than the first plastic. The outer sheath and the inner wall are produced by 2-component injection molding. The inner wall damps vibrations from the earpiece outward or shocks from the outside to the earpiece. Conversely, the outer sheath provides for the mechanical stability and the sufficiently rigid mounting of the earpiece.

Abstract: A hearing device test adapter is provided in order to connect a hearing device output to a test microphone in a soundproof manner. The hearing device test adapter has an expandable first section for enclosing one section of a hearing device shell or an earmold piece in a soundproof manner such that the sound output of the hearing device shell or of the earmold piece points to the tip of the first section. In addition, the hearing device test adapter has an expandable second section for enclosing a section of the test microphone in a soundproof manner, with the tip of the first section directly connecting to the second section and both being connected to one another via a sound transmission.

Abstract: A wearing hook is provided for the behind-the-ear hearing device to improve acoustic stability. The wearing hook being composed of a metal part and a plastic part. The wearing hook is split substantially at a right angle to the sound channel, which runs along the inside of a wearing hook, into a first section and a second section. The first section, via which the wearing hook is mountable on the behind-the-ear hearing device, is substantially composed of a plastic. On the other hand the second section is substantially composed of a metal. The additional mass of the metal reduces the vibrations at the point of the wearing hook so that acoustic stability is improved.

Abstract: A volume control module of a hearing apparatus and specifically a hearing device is to be easily replaceable. A volume control module including a mounting element, specifically a PCB, and including a volume control mounted on the mounting element, is accordingly provided. The mounting element, e.g. the PCB, features at least one fixing recess. A pin element is inserted in the housing recess and in the fixing recess in a form-fit and removable fashion. Thus the volume control module can be removed from the housing once the pin element has been removed from the fixing recess. Secure mounting of the volume control module in the housing, but also at the same time rapid replacement of the volume control module, is thereby possible.

Abstract: The invention relates to a securing system for a receiver tube in a hearing device. The object of the invention is to provide a securing system for the receiver tube in a hearing device, which reliably prevents the occurrence of disruptive acoustic feedback and does not require adhesive to secure the receiver tube. This object of the invention is achieved with a hearing device, in particular a BTE hearing device, in which a receiver facility is disposed, wherein the hearing device has a connector piece, which is connected to the receiver facility by way of a receiver tube, in order to conduct an acoustic signal or acoustic signals generated by the receiver facility to an acoustic output of the hearing device, with the receiver tube being provided with a connecting element, which connects the receiver tube and the connector piece to each other in an essentially acoustically sealed manner.

Abstract: The invention discloses a touch-sensing device for an electrical apparatus. The touch-sensing device, according to the invention, includes a sensing panel, a detector, and a controller. The sensing panel includes an inner sensing region and an outer sensing region. The inner sensing region, disposed on the sensing panel, is substantially divided into a plurality of equivalent inner sensing sub-regions. The outer sensing region, disposed on the sensing panel, is at the outer edge of the inner sensing region. The outer sensing region is substantially divided into a plurality of equivalent outer sensing sub-regions. The detector is electrically connected to the inner sensing region and the outer sensing region. When an object contacts a region of the inner sensing sub-regions or the outer sensing sub-regions, the detector generates a corresponding detected signal. The controller is used to receive the detected signal.

Abstract: An ear hook is to be able to be tightly attached to a hearing device housing in a simple fashion. To this end, provision is made for it to be possible to clip the ear hook onto the hearing device housing. One of the two parts; hearing device housing and ear hook has a sound outlet tube, which can be inserted into a corresponding opening in the other part. The two parts are detachably fastened to one another in an axial direction in respect of the sound outlet tube by means of a magnetic connection. The magnetic connection ensures that the two components are fitted tightly onto one another, though it enables said two components to rotate in respect of each other.

Abstract: A hearing apparatus is to be provided, with which the battery can be exchanged in an almost wear-free fashion. Provision is thus made to magnetically attach a battery compartment or a battery holding device in the housing of the hearing apparatus or hearing device. The battery holding device is inserted into an opening in the housing. A detachable magnetic connection realized by magnetic elements thus exists between the housing and the battery holding device, the principle force component of which runs in the insertion direction. It is thus possible to dispense with plug or snap connections for instance.

Abstract: The hearing comfort when wearing hearing apparatuses is to be improved. To this end, a hearing apparatus and in particular a hearing device is proposed, which has a directional microphone with a preferred direction of recording sound. Furthermore, the hearing apparatus has an inclination determination facility, for determining an inclination of the preferred direction of recording sound in respect of the absolute horizontal for instance. An alignment unit then provides for the directional microphone to be aligned as a function of the determined inclination. The directional microphone of a hearing device can thus always be aligned horizontally independently of the movement of the head of a hearing device wearer.

Abstract: An input device constructed in a carrier electronic apparatus comprises a letter button module and a number button module. The letter button module has a plurality of letter buttons to represent different letters respectively, and the number button module has a plurality of number buttons to represent different numbers respectively. The number buttons are separated from the letter buttons by being located in the intervals formed by adjacent rows of the letter buttons. The size, form, and color of the number buttons are different to those of the letter buttons.

Abstract: A touch input device constructed in a carrier electronic apparatus comprises a touch panel, a flexible printed circuit board, a rubber cushion and a plurality of metal domes. The touch panel performs as a touch input interface of the apparatus to a user, the flexible printed circuit board is shaped into a C form so as to present an upper flexible printed circuit board and a lower flexible printed circuit board, the rubber cushion is disposed between the upper flexible printed circuit board and the lower flexible printed circuit board, and the plurality of metal domes is disposed between the rubber cushion and the lower flexible printed circuit board. Each of the metal domes is in a position to account for a specific function key.

Abstract: A touch pad device, constructed in an electronic apparatus, includes a touch module further having a touch pad and an FPCB and a plurality of metal domes located under the FPCB. The FPCB located under the touch pad further has a plurality of holes and a plurality of sensor elements, in which the holes are dispersed amid the sensor elements. Each of the metal domes represents a function key. By providing the plural holes surrounding the sensor elements, flexibility of the touch pad device can be enhanced and over deflection upon the touch module can be avoided, while pressing the function key.

Abstract: A touch control input system and a signal generation method are provided. The touch control input system includes a touch control interface, a sensor unit, and a control unit. The touch control input system is featured by sectioning a plurality of blocks based on a plurality of grid lines for constructing the touch control interface so as to identify the displace movement of an external operator based on the blocks. The sensor unit functions to detect changes of logic states of the blocks. Accordingly, the control unit is able to identify the displace movement from one grid line to the other grid line through the detected changes of logic states, which in turn can be utilized to generate a displacement data for controlling electronic apparatuses.

Abstract: The present invention provides freeze-dried platelets and compositions comprising freeze-dried platelets for use as a diagnostic and calibration reagent for blood coagulation function. The invention also provides methods of diagnosing or monitoring blood coagulation function, including diagnosing or monitoring blood coagulation diseases and disorders. Kits for performing the methods of the invention are also included.

Abstract: A system to be used to add non-listed characters (i.e., characters not listed in character key-in methods) to the vocabulary banks of character-key-in methods used in hand-held mobile communication devices is disclosed. Users of a mobile communication device can select a character or characters which are built in the system but not indexed by a certain character-key-in method (that is, the characters cannot be keyed in with that character-key-in method), index the aforesaid characters, using the indexing system/method of the character-key-in method, and then add them to the key-in method's character-indexing system so that subsequent users of the mobile communication device can use said character-key-in method to key in said (originally non-indexed/listed) characters.

Abstract: A high-voltage semiconductor structure includes a high-voltage well region overlying a substrate, an isolation region extending from a top surface of the high-voltage well region into the high-voltage well region, a low-voltage well region having at least a portion underlying and adjoining the isolation region wherein the low-voltage well region is inside of and of a same conductivity type as the high-voltage well region, a gate dielectric on the high-voltage well region, a gate electrode on the gate dielectric, and a source/drain region of the same conductivity type as the high-voltage well region, wherein the source/drain region is spaced apart from a channel region by the isolation region.

Abstract: The present invention is to provide a dynamic power control circuit for a wireless communication device, which comprises a power detector, a comparator, a low pass filter and an adder disposed between a radio frequency auto-gain control circuit and an antenna thereof. A reference voltage is imposed on the adder to enable the power detector to detect and output signal voltage to the comparator which compares the received voltage with a specified received voltage limit and outputs a reference voltage to the low pass filter for filtering out the noise of the reference voltage and outputting it to the adder. The adder then adds the reference voltage and the specified reference voltage, and outputs the result to the radio frequency auto-gain control circuit for controlling the output power corresponding to the strength of the received signals.

Abstract: The invention relates to an electrical device with a battery compartment that all batteries can be accommodated therein and in the event that the battery dies, battery fluid is prevented from escaping into the interior of the electrical device. The battery compartment comprises a battery compartment casing which can be provided in or on an area of the electrical device, said battery compartment casing comprising a battery recess for accommodating a battery, with the battery being held in a predetermined position in the electrical device by a permanently magnetic area of the electrical device when the battery compartment casing is in a use position in or on the electrical device. The electrical device is in particular a hearing aid.

Abstract: The present invention is to provide a cellular phone capable of measuring temperature including a liquid crystal display, a CPU and an IR temperature measurement means coupled to the CPU, wherein a first GPO pin and a second GPO pin of the CPU are adapted to control power supply of a power supply IC and start or stop of the IR temperature measurement means respectively, and in response to receiving a temperature measurement signal, the CPU performs a plurality of processing and conversion steps to show a corresponding temperature on the display.