Abstract: A detector for X-ray and/or gamma radiation, including at least one radiation source and at least one interlayer in the case of an electrode, wherein a neutralization of trap states at the electrode and rise times and decay times in the millisecond range, as are required for the application, can be achieved by the corresponding arrangement. A method for producing the detector is also disclosed.

Abstract: A training teat unit for premature babies has a shield, and a teat connected to the shield and having a mouthpiece. The teat has a base body, which forms a mouth support, wherein the mouthpiece adjoins the base body and narrows in relation to the base body. At least one cavity with at least one suction opening is present in the mouthpiece for the purpose of making available a food droplet or a reward droplet, wherein the cavity is closed except for the at least one suction opening. This training teat unit permits motivation-based and optimal training of the sucking action of a premature baby.

Abstract: A breastshield unit for expressing human breastmilk has a receiving part for receiving a human nipple, an underpressure chamber for applying an under-pressure to the nipple, wherein the receiving part opens into this underpressure chamber, and a membrane for generating an underpressure in the underpressure chamber. The membrane is designed in one or more pieces and at least partially surrounds the receiving part. This breastshield unit permits a separation of media in the area near the breast. It is small and easy to clean and is suitable in particular for use as a hands-free breastshield unit.

Abstract: A method for making teat unit including providing a support body and a securing part, the support body including a plurality of recesses, forming a teat by overmolding the teat over the support body and over the recesses of the support body so that the teat covers the recesses, and overmolding the teat over an upper edge of the securing part, thereby forming a connection between the securing part and the support body which connects the securing part to the support body. In another method, the support body and the securing part are already one single piece and the teat is overmolded at least over the support body.

Abstract: A teat unit has a teat with a suction opening, a support body, and a securing part for securing the teat unit on a drinking vessel. The securing part and the support body are fixedly connected to each other indirectly or directly, and they cannot be detached from each other without being destroyed. The support body has a surface with recesses, which are covered by the teat. The teat is overmoulded over the support body, wherein the teat covers the recesses. This teat unit permits a sucking action that is as natural as possible. It is of a simple construction and can be produced inexpensively, which means that it can be disposed of after one use.

Abstract: An adaptation probe for insertion into implanted electrode devices of active medical implants to enable them for use in high-frequency magnetic alternating fields of MRI systems comprises an elongated, flexible probe body, and at least one electrical assembly, which has one or more electrical components connected to an interface, in the probe body, and which can be electrically connected to a supply lead of the electrode device such that the electrically properties of the electrode device can be adapted, in particular the frequency-dependent resistance, impedance, capacitance, or inductance thereof.

Abstract: An electrode device for active medical implants that includes an elongated electrode body having a proximal end and a distal end, a tip contact pole on the distal end and/or a ring contact pole before the distal end, electrical supply leads to the tip and ring contact poles, and a high-frequency filter in at least one of the supply leads, which is composed of one or more electronic components (9) and is assigned to the tip and/or ring contact pole, wherein the electronic component(s) (9) are each designed as a miniature component using LTCC technology.

Abstract: Electrode device for active medical implants with an elongated electrode body (2) having a proximal end and a distal end (1), a tip contact pole (6) on the distal end (1), at least one ring contact pole (5) before the distal end (1), electrical supply leads (3, 4) to the tip and ring contact pole (6, 5), and a high-frequency filter (11) before the distal end (1), which has electrical contact to the tip contact pole (6) and is connected to the supply lead (4) thereof.

Abstract: A breastshield unit for expressing human breastmilk has a receiving part for receiving a human nipple, an underpressure chamber for applying an under-pressure to the nipple, wherein the receiving part opens into this underpressure chamber, and a membrane for generating an underpressure in the underpressure chamber. The membrane is designed in one or more pieces and at least partially surrounds the receiving part. This breastshield unit permits a separation of media in the area near the breast. It is small and easy to clean and is suitable in particular for use as a hands-free breastshield unit.

Abstract: An electrode unit for carrying current or voltage between an implantable electromedical device and a treatment and/or diagnosis site in the human body comprises at least one current-/voltage-carrying feed line (1) and at least one electric contact pole to the body part. The feed line (1) is associated with at least one section (4) having frequency-dependent transmission behavior, wherein this at least one frequency-dependent transmission section (4) at least partially filters out therapeutically and/or diagnostically undesirable signals in at least one defined frequency range.

Abstract: A teat unit has a teat with a suction opening, a support body, and a securing part for securing the teat unit on a drinking vessel. The securing part and the support body are fixedly connected to each other indirectly or directly, and they cannot be detached from each other without being destroyed. The support body has a surface with recesses, which are covered by the teat. The teat is overmoulded over the support body, wherein the teat covers the recesses. This teat unit permits a sucking action that is as natural as possible. It is of a simple construction and can be produced inexpensively, which means that it can be disposed of after one use.

Abstract: An electrode device for active medical implants that includes an elongated electrode body having a proximal end and a distal end, a tip contact pole on the distal end and/or a ring contact pole before the distal end, electrical supply leads to the tip and ring contact poles, and a high-frequency filter in at least one of the supply leads, which is composed of one or more electronic components (9) and is assigned to the tip and/or ring contact pole, wherein the electronic component(s) (9) are each designed as a miniature component using LTCC technology.

Abstract: Electrode device for active medical implants with an elongated electrode body (2) having a proximal end and a distal end (1), a tip contact pole (6) on the distal end (1), at least one ring contact pole (5) before the distal end (1), electrical supply leads (3, 4) to the tip and ring contact pole (6, 5), and a high-frequency filter (11) before the distal end (1), which has electrical contact to the tip contact pole (6) and is connected to the supply lead (4) thereof.

Abstract: An electrode unit for carrying current or voltage between an implantable electromedical device and a treatment and/or diagnosis site in the human body comprises at least one current-/voltage-carrying feed line (1) and at least one electric contact pole to the body part. The feed line (1) is associated with at least one section (4) having frequency-dependent transmission behavior, wherein this at least one frequency-dependent transmission section (4) at least partially filters out therapeutically and/or diagnostically undesirable signals in at least one defined frequency range.

Abstract: An adaptation probe for insertion into implanted electrode devices of active medical implants to enable them for use in high-frequency magnetic alternating fields of MRI systems comprises an elongated, flexible probe body, and at least one electrical assembly, which has one or more electrical components connected to an interface, in the probe body, and which can be electrically connected to a supply lead of the electrode device such that the electrically properties of the electrode device can be adapted, in particular the frequency-dependent resistance, impedance, capacitance, or inductance thereof.

Abstract: The invention relates to inorganic phosphors, obtainable by wet milling and having a particle size distribution of D90<5 ?m, to a method for producing said pigments and the use thereof. The use of wet milled inorganic phosphor particles wherein 90 percent of the particles have a diameter of equal to or less than 5 ?m, especially equal to or less than 3 ?m, very especially equal to or less than 1 ?m can provide for an improved fluorescence in contrast to the general believe.

Abstract: A doped silicon layer is formed in a batch process chamber at low temperatures. The silicon precursor for the silicon layer formation is a polysilane, such as trisilane, and the dopant precursor is an n-type dopant, such as phosphine. The silicon precursor can be flowed into the process chamber with the flow of the dopant precursor or separately from the flow of the dopant precursor. Surprisingly, deposition rate is independent of dopant precursor flow, while dopant incorporation linearly increases with the dopant precursor flow.

Abstract: A clamping element for the clamping of multiple rod-shaped elements has two opposing jaws, which have a number of corresponding grooves for the acceptance of a corresponding number of rod-shaped elements such as bone pins. Spring elements are provided, with which in the resting position the closed jaws are tensed, to hold the rod-shaped elements in position.