Abstract: The training device for training human pelvic floor muscles, intended to be placed for training externally onto the human body directly or indirectly between the two ischial bones while sitting, including a seat part and a pressure sensor device for detecting the muscle force.

Abstract: The invention relates to a device (1) for non-invasively monitoring a sedated or anesthetized person (10) comprising a pain-stimulus-generating device (7), a measuring device (2) for capturing a saliva amylase value (S(t)) of the person (10), a control device (4), and an output device (5), wherein the control device (4) is designed in such a way that the control device controls the pain-stimulus-generating device (7) in order to produce a thermal pain stimulus (R), and that, alter the pain stimulus (R) has been produced, the control device (4) captures the saliva amylase value (S(t)) and outputs an output value (A) by means of the output device (5), wherein the output value (A) is the saliva amylase value (S(t)) or a value dependent on the saliva amylase value (S(t)).

Abstract: The training device for training human pelvic floor muscles, intended to be placed for training externally onto the human body directly or indirectly between the two ischial bones while sitting, including a seat part and a pressure sensor device for detecting the muscle force.

Abstract: An apparatus for detecting hand force or hand pressure includes a longitudinally extending hollow body having an upper fixed end part, a lower fixed end part and a longitudinally extending spacer element that keeps the upper end part and the lower end part mutually spaced apart. The hollow body includes a flexible outer cover which connects the upper end part to the lower end part such that a closed inner space is formed within which the spacer element is also arranged. The outer cover is can be at least partly surrounded by a hand, and the inner space of the hollow body contains a gel, elastic multicomponent or liquid material which acts as a pressure transmitter. A pressure measuring apparatus extends at least partly in the inner space in the longitudinal direction to transmit the pressure from the outer cover via the pressure transmitter to the pressure measuring apparatus.

Abstract: The invention relates to a circuit board sensor (1) for measuring physical variables, comprising a substrate board (2) and a second board (3) both made of glass, wherein at least the second board (3) is designed such that said board is elastically deformable, wherein the substrate board (2) and the second board (3) each comprise a first and a second side (2a, 2b, 3a, 3b), wherein the second side (2b) of the substrate board (2) and the first side (3a) of the second board (3) are disposed opposite each other, and wherein a spacer element (7) is disposed between the substrate board (2) and the second board (3) and holds the substrate board (2) and the second board (3) at a mutual distance, wherein the substrate board (2) and the second board (3) extend in particular parallel to each other, wherein the second side (2b) of the substrate board (2) comprises a first metal or polymer surface (5a) and the first side (3a) of the second board (3) comprises a second metal or polymer surface (5b), and wherein the first an

Abstract: The invention relates to a device for producing a honeycomb structure from strip material comprising a supply and forming device, which forms a structured strip from the strip material and additionally determines a conveying speed of the structured strip, and a stop device comprising a feed channel, wherein the stop device is disposed downstream of the forming device such that the structured strip can be supplied to the feed channel, and wherein the honeycomb structure comprises a stop edge, which runs parallel to the feed channel, and wherein the stop device comprises a stop and stop means, which are designed in a movable manner such that the structured strip can be connected to a stop edge of the honeycomb structure.

Abstract: The invention relates to a circuit board sensor (1) for measuring physical variables, comprising a substrate board (2) and a second board (3) both made of glass, wherein at least the second board (3) is designed such that said board is elastically deformable, wherein the substrate board (2) and the second board (3) each comprise a first and a second side (2a, 2b, 3a, 3b), wherein the second side (2b) of the substrate board (2) and the first side (3a) of the second board (3) are disposed opposite each other, and wherein a spacer element (7) is disposed between the substrate board (2) and the second board (3) and holds the substrate board (2) and the second board (3) at a mutual distance, wherein the substrate board (2) and the second board (3) extend in particular parallel to each other, wherein the second side (2b) of the substrate board (2) comprises a first metal or polymer surface (5a) and the first side (3a) of the second board (3) comprises a second metal or polymer surface (5b), and wherein the first an

Abstract: An apparatus for detecting hand force or hand pressure includes a longitudinally extending hollow body having an upper fixed end part, a lower fixed end part and a longitudinally extending spacer element that keeps the upper end part and the lower end part mutually spaced apart. The hollow body includes a flexible outer cover which connects the upper end part to the lower end part such that a closed inner space is formed within which the spacer element is also arranged. The outer cover is can be at least partly surrounded by a hand, and the inner space of the hollow body contains a gel, elastic multicomponent or liquid material which acts as a pressure transmitter. A pressure measuring apparatus extends at least partly in the inner space in the longitudinal direction to transmit the pressure from the outer cover via the pressure transmitter to the pressure measuring apparatus.

Abstract: A training device for training the pelvic floor muscles of a human, which can be externally placed on the human body and can be connected to feedback units that produce feedback signals, such as vibrations. The training device is, at least on one side, aligned with the pelvic floor, can be compressed and can be axially deformed on its sensor side. A pressure force sensor unit of the training device can be positioned during the operation in such a manner that the ischial tuberosities of the pelvic floor can be situated on both sides on the pressure sensor unit, and a gravitational force component passing through the pelvic floor acts upon the pelvic floor training device, making a precise measurement of the exertion on the pelvic floor possible.

Abstract: A training device for training the pelvic floor muscles of a human, which can be externally placed on the human body and can be connected to feedback units that produce feedback signals, such as vibrations. The training device is, at least on one side, aligned with the pelvic floor, can be compressed and can be axially deformed on its sensor side. A pressure force sensor unit of the training device can be positioned during the operation in such a manner that the ischial tuberosities of the pelvic floor can be situated on both sides on the pressure sensor unit, and a gravitational force component passing through the pelvic floor acts upon the pelvic floor training device, making a precise measurement of the exertion on the pelvic floor possible.

Abstract: A spinal column support system, including a bone screw with an axially displaceable embodiment arranged above the bone screw shaft, a plate or rod arrangement with at least one opening into which the bone screw is screwed and an upper and lower disc which are mounted in the plate or rod at a distance from each other one over the other in a displaceable and positionable manner, and each including a hole through which the bone screw (16) is passed.