Ter Meer Steinmeister & Partner

Wertdokument, umfassend ein Substrat (10) mit einer ersten Substratoberfläche und einer, der ersten Substratoberfläche gegenüberliegenden zweiten Substratoberfläche; ein erstes Sicherheitselement (20) mit einem ersten Sicherheitsmerkmal (22 = Prägestruktur 60 + Metallisierung 62) auf einer Vorderseite des Sicherheitselements und einem zweiten Sicherheitsmerkmal (32 = Reflexionsschicht 70 + Dielektrikumsschicht 72 + Absorberschicht 74) auf einer Rückseite des Sicherheitselements, wobei das erste Sicherheitsmerkmal einen optisch variablen Effekt umfasst, der auf der ersten Substratoberfläche visuell erkennbar ist, und wobei das zweite Sicherheitsmerkmal einen Farbkippeffekt umfasst, der auf der zweiten Substratoberfläche visuell erkennbar ist; ein zweites Sicherheitselement (40, wie 20) mit einem dritten Sicherheitsmerkmal, wobei das dritte Sicherheitsmerkmal einen Farbkippeffekt umfasst, der auf der ersten oder der zweiten Substratoberfläche visuell erkennbar ist; wobei ein Farbeindruck des Farbkippeffekts des zweiten Sicherheitsmerkmals und ein Farbeindruck des Farbkippeffekts des dritten Sicherheitsmerkmals derart zueinander korrelieren, dass die jeweiligen unter einem Betrachtungswinkel erkennbaren Farbeindrücke des zweiten und des dritten Sicherheitsmerkmals gleich oder zueinander komplementär sind.

An airfoil, wherein the airfoil includes a front portion (2100) extending rearward from a leading edge and a rear portion (2300) extending from the front portion to a trailing edge, and a pressure surface (2130) of the front portion is concave more than a pressure surface of the rear portion.

Disclosed are a brush holder and a brush holder rigging including the brush holder. More particularly, disclosed are a brush holder capable of measuring the temperature of a brush, and a brush holder rigging including the brush holder. In the brush holder, a lower portion of a guide pin is disposed in the brush and a temperature sensor is disposed inside the guide pin, so that the temperature of the brush may be precisely measured.

The present disclosure relates to a capsule cap and a container, and more particularly, to a cap (lid) including a capsule containing a tablet or other solid contents and a container assembly using the same. A cover-type capsule cap according to an embodiment of the present disclosure includes: a cap screw-coupled to an upper end of a container in which a liquid content is contained; a capsule in which a solid content is sealed; a push cover having a portion, in which the solid content of the capsule is stored, therein, the push cover passing through a center of the cap and protruding outward; and a dispensing part disposed below the capsule and coupled to the upper end of the container, the dispensing part having a plurality of bridge portions configured to open and close a flow path of the liquid content and disposed in a circumferential direction at a lower portion thereof.

Proposed are a brush holder and a brush holder rigging including the brush holder. More particularly, proposed are a brush holder capable of measuring a vibration transferred from a brush and a wear amount of the brush, and a brush holder rigging including the brush holder. In the brush holder, a sensor block may be disposed between a body and the brush and a vibration sensor and a distance sensor may be installed in the sensor block. In addition, the controller may calculate the wear amount of the brush on the basis of the measurement value of the distance sensor.

Proposed are a brush holder and a brush holder rigging including the brush holder. More particularly, proposed are a brush holder capable of measuring an amount of current flowing through a brush, and a brush holder rigging including the brush holder. In the brush holder, a magnetic field sensor may measure a magnetic field of a terminal bar connected to the brush. In addition, the controller may calculate the amount of current through the brush on the basis of the measured magnetic field.

A heat pump of the present invention includes a water inlet pipe assembly which comprises a water inlet pipe, and through which water flows in from the outside; a pump which circulates the water flowed in from the water inlet pipe assembly; a heat exchanger which exchanges heat of the water circulated from the pump with a refrigerant; and a water outlet pipe assembly through which the heat-exchanged water flows out, wherein the water inlet pipe is made of a plastic material.

Die Erfindung betrifft einen Gefäßverschluss mit einem Dichtungselement. Das Dichtungselement umfasst eine Polymerzusammensetzung. Die Polymerzusammensetzung umfasst zumindest ein Polymer. Die Polymerzusammensetzung weist einen Speichermodul bei 20 °C, bestimmt nach ISO 6721-7, von zumindest 1,0 MPa auf.

The present invention relates to a heat supplier. The heat supplier includes: a case including a front cover in which an inlet is formed, a rear cover in which an outlet is formed, and a side plate covering a side hole formed on one side of each of the front cover and the rear cover; a second heat exchanger disposed inside the case and exchanging heat between refrigerant and a heat medium; and a control box disposed inside the case and having a plurality of electrical components disposed therein. When the side hole is opened, the second heat exchanger and the control box are exposed to the outside.

A heat pump of the present invention includes a water inlet pipe assembly through which water flows in from the outside; a pump which circulates the water flowed in from the water inlet pipe assembly; a heat exchanger which exchanges heat of the water circulated from the pump with a refrigerant; and a water outlet pipe assembly through which the heat-exchanged water flows out, wherein the water inlet pipe assembly includes a water inlet connecting pipe which has at least one straight pipe portion and at least one curved pipe portion having a bent shape, wherein the water inlet connecting pipe is made of a plastic material.