39results about How to "Achieve electrical contact" patented technology

The invention relates to a spring contact pin arrangement having a spring contact pin that comprises a pin housing in which a contact element is mounted so as to be longitudinally displaceable and is loaded by a spring device acting opposite to a displacement direction, wherein the contact element is connected to at least one first interface of the spring contact pin arrangement and protrudes from the pin housing with a contact region for electrical contacting of an electric test item. According to the invention the spring contact pin arrangement comprises a position sensor, wherein the contact element, in order to transfer the stroke thereof, is connected to a displaceable sensor element of the position sensor detecting the stroke position of the contact element.

An optoelectronic component (10) and a method for producing same are provided in various exemplary embodiments. The optoelectronic component (10) has a first electrically conductive contact layer (101), an electrically insulating layer (102) over the first electrically conductive contact layer (101), a second electrically conductive contact layer (103) over the electrically insulating layer (102), a first electrically conductive electrode layer (20) over the second electrically conductive contact layer (103), at least one optically functional layer structure (22) over the first electrically conductive electrode layer (20) and a second electrically conductive electrode layer (23) over the optically functional layer structure (22). The second electrically conductive contact layer (103) comprises a first recess (110). The electrically insulating layer (102) comprises a second recess (111) which overlaps the first recess (110). An electrically conductive through-contact (112) is arranged in the first recess (110) and in the second recess (111), said through-contact being guided to the first electrically conductive contact layer (101). The electrically conductive through-contact (112) is electrically insulated with respect to the second electrically conductive contact layer (103).

The invention relates to a connection device for a coil (5) of an electromagnetic switching device having a switching region comprising contacts and a driving region comprising an anchor, a coil and a yoke, the contacts of the switching region being operatively connected to the driving region. The invention is characterized in that the contacting between the driving region and the coil (5) is established via a form-flexible connection element (3).

The invention discloses a multifunctional dielectrophoresis manipulated microelectrode SOC (system on a chip) and a method for making the same. The invention is characterized in that under the comprehensive consideration of influences of shape, distance, material and proportion of size of the microelectrode on the distribution of manipulating electric field and requirements of the dielectrophoresis manipulation in production study, the SOC is provided inside with a series of electrodes and arrays with different shapes and distances by the micro-processing technique in order to provide designs for microelectrodes and arrays with different shapes and distances needed for different materials waiting for manipulation. The products obtained by the method have the advantages that: 1. the mass production is realized by standard micro-processing technique, so that the cost is quite low; 2. the microelectrode SOC comprises shapes and sizes of usual electrodes needed for production study, so that the microelectrode SOC has wide adaptability.

A carding cloth (10) has a backing (12), carding needles (11) passing through this, held in position thereby and projecting on a first side of the backing (12) and an electrically conductive layer (13, 15) arranged on a second side on the backing (12) facing away from the first side such that it is in electrical contact with the needles (11) on the second side of the backing (12). Or the layer (15) is a component of the backing (12), and the needles (11) contact the layer (15) through said backing. The layer (15) can be a textile fabric (15) with electrically conductive threads which are coupled together electrically directly or indirectly via the carding cloth needles (11), which threads can extend longitudinally or transversely to the cloth (10), which has an electrically conductive contact element (20) such that it contacts the layer (13, 15) electrically in such a manner that the contact section is electrically coupled to all the threads. The contact element (20) has a connection section (16) designed to electrically contact an external element (50). A carding bar (10, 20, 30) comprises a cloth holder (30) having a holding section and an electrically conductive cloth connectionsection (20) forming the external element (50) and the cloth (10) held stationary in the cloth holder (30). A spinning preparation machine has a carding bar (10, 20, 30) of this type, a carding bar holder (70) to hold the carding bar (10, 20, 30) and a carding bar contact section (3) designed to be electrically coupled to the cloth connection section (20) when the carding bar (10, 20, 30) is mounted on the carding bar holder (70).

The invention relates to a heat-generating element comprising a PTC element (2) and a contact piece (6) which is electrically conductively attached to a lateral surface (4) of the PTC element (2) andwhich is provided for feeding the PTC element (2) with different polarities. The aim of the invention is to permanently and reliably establish a contact between a contact piece and a PTC element and to easily operate a heat-generating element within the scope of a production scheme. According to the invention, at least one contact piece (6) is provided with a retaining tab (12), which rests against the opposite side (4) of the PTC element (2), on which the other contact piece (6) rests in an electrically conductive manner, with an insulating layer interposed therebetween, and which engages over the PTC element (2) in a form-fitting manner.

The invention relates to an item of furniture, in particular kitchen furniture, comprising a furniture body (1), at least one electric consumer provided on or in the item of furniture and a strip (2, 22) that is fixed to the furniture body (1). Said strip (2, 22) has at least one electric conductor (4) for forming an electric network and can be connected to a strip (2, 22) of a neighbouring item of furniture. As a result, a networked supply of power can be provided in the items of furniture by the connection of several strips (2, 22).

The invention relates to a drive unit (100) for a wiper system, comprising an electronically commutated drive motor (10) having a drive shaft (15), and a transmission (50) having an output shaft (60) that can be driven by the drive shaft (15). According to the invention, at least one angular position sensor (80) for determining a respective angular position of the output shaft (60) is assigned to the output shaft (60) of the transmission (50).

The invention discloses a high-efficiency interception type environment-friendly bag-type dust collector, and belongs to the technical field of bag-type dust collection. A plurality of dust-passing fiber nets are annularly encircled to form a polygonal dust collection bag, the dust-passing fiber nets are connected between an outer positioning rod and an inner moving rod, and the outer positioningrod and the inner moving rod are distributed in an inside-outside staggered manner, multiple groups of dust passing fiber nets are symmetrically arranged at a certain angle, the dust passing area of the multi-angle dust removal cloth bag is increased to a certain extent, when the multi-angle dust removal cloth bag absorbs dust to reach a certain saturation state, the dust blockage triggering module is triggered under the influence of high air pressure, and the high air pressure formed by blockage serves as a triggering condition, the motor is triggered and driven, and then the pulling mechanism is wound to be matched with the multiple inner moving rods, the dust passing fiber net is driven to vibrate back and forth inside and outside, the effect of shaking off dust on the dust passing fiber net is achieved, the continuous dust suction performance of the dust passing fiber nets is recovered to a certain degree, and the high-efficiency interception effect of the dust passing fiber nets is achieved.

The invention discloses a plug-in type connector and a liquid heater. The plug-in type connector comprises a plug and a socket with a slot, the socket is in plug-in fit with the plug through the slot, an anti-loosening structure for preventing the plug and the slot from loosening in plug-in is arranged between the socket and the plug, and the plug has a plurality of plug-in directions relative to the slot. One of the plug and the socket is provided with a first ground wire sheet, the other one of the plug and the socket is provided with a second ground wire sheet, the first ground wire sheet and the second ground wire sheet can be electrically contacted when the plug is in different plugging directions, and after the plug is inserted into the slot, the plug cannot rotate relative to the socket. According to the invention, the anti-loosening structure between the plug and the socket can prevent the plug and the slot from being plugged and matched to be loosened, the first ground wire sheet and the second ground wire sheet can be electrically contacted when the plug is in different plugging orientations, a user can realize the electrical contact between the plug and the socket without identifying the plugging orientation, and the operation is simple.