mhurhangee/ep-ind-claims huggingface dataset:
Interface circuit for intermediate connection between a logic circuit, which represents the logic part of an electrical circuit, and a power circuit, which represents the power part of the electrical circuit, having a supply connection for connection to a power supply, wherein - the interface circuit contains two logic connections (14a,b) to the respective connection on the logic circuit, which logic connections are configurable as logic input or logic output, - and two power connections (16a,b) to the respective connection on the power circuit, which power connections are configurable as power input or power output, - and a configuration unit for configuring the logic connections (14a,b) and the power connections (16a,b), - wherein the power input can be read by the logic output and the power output can be driven by the logic input, wherein the interface circuit is designed as half-bridge circuit, - having a switching branch, which is routed from a first to a second supply connection and which contains, in a series connection: - a first and a second bridge element, which are each configurable by the configuration unit in order to be able to be driven by a logic input or to be able to be read by a logic output, - a disconnecting switch, which is arranged between the first and second bridge element and can be switched by the configuration unit, - the first power connection, which is arranged between the first bridge element and the disconnecting switch, - the second power connection, which is arranged between the second bridge element and the disconnecting switch. - the interface circuit contains two logic connections (14a,b) to the respective connection on the logic circuit, which logic connections are configurable as logic input or logic output, - and two power connections (16a,b) to the respective connection on the power circuit, which power connections are configurable as power input or power output, - and a configuration unit for configuring the logic connections (14a,b) and the power connections (16a,b), - wherein the power input can be read by the logic output and the power output can be driven by the logic input, - having a switching branch, which is routed from a first to a second supply connection and which contains, in a series connection: - a first and a second bridge element, which are each configurable by the configuration unit in order to be able to be driven by a logic input or to be able to be read by a logic output, - a disconnecting switch, which is arranged between the first and second bridge element and can be switched by the configuration unit, - the first power connection, which is arranged between the first bridge element and the disconnecting switch, - the second power connection, which is arranged between the second bridge element and the disconnecting switch.
A device configured to position an electrode in tissue in a body, comprising: an elongate body having a distal portion; at least one anchoring element disposed within the elongate body and having a distal anchor tip, wherein the anchoring element is movable between a first configuration in which the anchor tip is substantially retracted within the elongate body, and a second configuration in which the anchoring element extends at least partially outside the elongate body from one side, the anchoring element being configured to fixate within the tissue adjacent to said one side of the elongate body when in the second configuration; and a selectively expandable displacement mechanism, disposed on a side of the distal portion of the elongate body opposite to said one side, characterized in that the device further comprises: an electrode array comprising a plurality of electrodes arranged serially along a length of the distal portion of the elongate body; and the expandable displacement mechanism is configured to selectively bias both the electrode array and the anchoring element in a direction toward the tissue when the expandable displacement mechanism is expanded on the opposite side of the elongate body. an elongate body having a distal portion; at least one anchoring element disposed within the elongate body and having a distal anchor tip, wherein the anchoring element is movable between a first configuration in which the anchor tip is substantially retracted within the elongate body, and a second configuration in which the anchoring element extends at least partially outside the elongate body from one side, the anchoring element being configured to fixate within the tissue adjacent to said one side of the elongate body when in the second configuration; and a selectively expandable displacement mechanism, disposed on a side of the distal portion of the elongate body opposite to said one side, characterized in that the device further comprises: an electrode array comprising a plurality of electrodes arranged serially along a length of the distal portion of the elongate body; and the expandable displacement mechanism is configured to selectively bias both the electrode array and the anchoring element in a direction toward the tissue when the expandable displacement mechanism is expanded on the opposite side of the elongate body. an electrode array comprising a plurality of electrodes arranged serially along a length of the distal portion of the elongate body; and the expandable displacement mechanism is configured to selectively bias both the electrode array and the anchoring element in a direction toward the tissue when the expandable displacement mechanism is expanded on the opposite side of the elongate body.
A physiological monitoring apparatus comprising: - a signal level monitoring unit adapted to monitor a level of a physiological signal obtained from a subject; - a morphology determination unit adapted to determine signal morphology for the physiological signal based on the waveform of the physiological signal, thereby to obtain reference morphology for the physiological signal; - a morphology monitoring unit adapted to continuously monitor whether the signal morphology fulfills predefined criteria with respect to the reference morphology; - an alarm mode control unit (66, 67), wherein the alarm mode control unit (66, 67) is adapted to suppress alarms when both (i) the signal waveform morphology fulfills the predefined criteria with respect to the reference morphology and (ii) when the level of the physiological signal remains in a predetermined value range representing low signal values, wherein the alarm mode control unit (66, 67) is adapted to stop suppression of alarms in the event that either (i) the signal morphology does not fulfill the predefined criteria or (ii) when the level of the physiological signal returns to a normal value range; and - a user interface dialog unit adapted to display a user prompt for getting user input, wherein the user interface dialog unit is responsive to the signal level monitoring unit and wherein the morphology monitoring unit and the alarm mode control unit are conditionally responsive to the user input. - a signal level monitoring unit adapted to monitor a level of a physiological signal obtained from a subject; - a morphology determination unit adapted to determine signal morphology for the physiological signal based on the waveform of the physiological signal, thereby to obtain reference morphology for the physiological signal; - a morphology monitoring unit adapted to continuously monitor whether the signal morphology fulfills predefined criteria with respect to the reference morphology; - an alarm mode control unit (66, 67), wherein the alarm mode control unit (66, 67) is adapted to suppress alarms when both (i) the signal waveform morphology fulfills the predefined criteria with respect to the reference morphology and (ii) when the level of the physiological signal remains in a predetermined value range representing low signal values, wherein the alarm mode control unit (66, 67) is adapted to stop suppression of alarms in the event that either (i) the signal morphology does not fulfill the predefined criteria or (ii) when the level of the physiological signal returns to a normal value range; and - a user interface dialog unit adapted to display a user prompt for getting user input, wherein the user interface dialog unit is responsive to the signal level monitoring unit and wherein the morphology monitoring unit and the alarm mode control unit are conditionally responsive to the user input.
A combination of a sensor array and a microwell array overlaying the sensor array, said sensor array including a plurality of chemical devices (350, 351), each chemical device (350, 351) comprising: - a substrate; - a gate structure disposed over the substrate and having an upper surface; - a well structure disposed over the substrate and defining a well over the upper surface of the gate structure; - a conductive layer disposed on the upper surface of the gate structure and at least partially extending along a wall of the well in the well structure; and a dielectric structure defining the microwell array and disposed over the well structure and defining openings (2418, 2420), each opening (2418, 2420) being operationally associated with a corresponding well of the plurality of chemical devices (350, 351), the combination of the sensor array and the microwell array being characterized in that: a characteristic diameter of the well at an interface between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening (2418, 2420) at the interface. - a substrate; - a gate structure disposed over the substrate and having an upper surface; - a well structure disposed over the substrate and defining a well over the upper surface of the gate structure; - a conductive layer disposed on the upper surface of the gate structure and at least partially extending along a wall of the well in the well structure; and a dielectric structure defining the microwell array and disposed over the well structure and defining openings (2418, 2420), each opening (2418, 2420) being operationally associated with a corresponding well of the plurality of chemical devices (350, 351), the combination of the sensor array and the microwell array being characterized in that: a characteristic diameter of the well at an interface between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening (2418, 2420) at the interface. a dielectric structure defining the microwell array and disposed over the well structure and defining openings (2418, 2420), each opening (2418, 2420) being operationally associated with a corresponding well of the plurality of chemical devices (350, 351), the combination of the sensor array and the microwell array being characterized in that: a characteristic diameter of the well at an interface between the well structure and the dielectric structure i is greater than a characteristic diameter of the opening (2418, 2420) at the interface.
A contrast medium generating and delivery device for sonographic imaging, comprising a container assembly comprising: a first syringe for containing a liquid; a second syringe for containing air and in fluid connection with an air port to atmosphere or other gas source; a first syringe plunger for moving the liquid into or from the first syringe; a second syringe plunger for moving the air into or from the second syringe; an exit port in fluid connection with a contrast medium generating chamber; and connections (11b, 11a) for fluid connection of an outlet of the first syringe and an outlet of the second syringe to the contrast medium generating chamber, characterised in that: the first and second syringe plungers are configured to be moved simultaneously by an element connecting both ends (7b, 7a) of the first and second syringe plungers to simultaneously draw the liquid and air into the first and second syringes (4b, 4a) and to simultaneously dispense the liquid and air from the first and second syringes (4b, 4a). a first syringe for containing a liquid; a second syringe for containing air and in fluid connection with an air port to atmosphere or other gas source; a first syringe plunger for moving the liquid into or from the first syringe; a second syringe plunger for moving the air into or from the second syringe; an exit port in fluid connection with a contrast medium generating chamber; and connections (11b, 11a) for fluid connection of an outlet of the first syringe and an outlet of the second syringe to the contrast medium generating chamber, characterised in that: the first and second syringe plungers are configured to be moved simultaneously by an element connecting both ends (7b, 7a) of the first and second syringe plungers to simultaneously draw the liquid and air into the first and second syringes (4b, 4a) and to simultaneously dispense the liquid and air from the first and second syringes (4b, 4a).
A midsole (130, 300) for an article of footwear, the midsole comprising: a three dimensional mesh comprising a plurality of interconnected unit cells (134, 322), each interconnected unit cell comprising a plurality of struts defining a three dimensional shape; and a plurality of nodes at which one or more struts are connected, wherein each node comprises a valence number defined by the number of struts that are connected at that node, and wherein the valence number of the nodes varies in a longitudinal direction along the length of the midsole between a forefoot end of the midsole and a heel end of the midsole, and wherein the valence number of nodes varies in a vertical direction along the height of the midsole (130, 300) between a top side and a bottom side of the midsole (130,300). a three dimensional mesh comprising a plurality of interconnected unit cells (134, 322), each interconnected unit cell comprising a plurality of struts defining a three dimensional shape; and a plurality of nodes at which one or more struts are connected, wherein each node comprises a valence number defined by the number of struts that are connected at that node, and wherein the valence number of the nodes varies in a longitudinal direction along the length of the midsole between a forefoot end of the midsole and a heel end of the midsole, and wherein the valence number of nodes varies in a vertical direction along the height of the midsole (130, 300) between a top side and a bottom side of the midsole (130,300).
A connection assembly for an ice maker having a base and a cabinet, characterized in that said assembly comprises: at least one rail disposed about a top portion of said base; and at least one glide disposed about a bottom portion of said cabinet, said glide having an open geometry configured to receive said rail therein, wherein said rail is configured to restrict said glide from moving in the vertical and horizontal direction when said glide is disposed about said rail, said glide comprises at least a pair of oppositely disposed side walls (102,108) which preclude said glide from moving in the horizontal direction when disposed about said rail, at least a top and at least a bottom (104,106) which preclude said glide from moving in a vertical direction when disposed about said rail, and wherein said bottom of said glide has an opening to allow said glide to reciprocally move about said rail in a direction along said rail. characterized in that said assembly comprises: at least one rail disposed about a top portion of said base; and at least one glide disposed about a bottom portion of said cabinet, said glide having an open geometry configured to receive said rail therein, wherein said rail is configured to restrict said glide from moving in the vertical and horizontal direction when said glide is disposed about said rail, said glide comprises at least a pair of oppositely disposed side walls (102,108) which preclude said glide from moving in the horizontal direction when disposed about said rail, at least a top and at least a bottom (104,106) which preclude said glide from moving in a vertical direction when disposed about said rail, and wherein said bottom of said glide has an opening to allow said glide to reciprocally move about said rail in a direction along said rail. at least one rail disposed about a top portion of said base; and at least one glide disposed about a bottom portion of said cabinet, said glide having an open geometry configured to receive said rail therein, wherein said rail is configured to restrict said glide from moving in the vertical and horizontal direction when said glide is disposed about said rail, said glide comprises at least a pair of oppositely disposed side walls (102,108) which preclude said glide from moving in the horizontal direction when disposed about said rail, at least a top and at least a bottom (104,106) which preclude said glide from moving in a vertical direction when disposed about said rail, and wherein said bottom of said glide has an opening to allow said glide to reciprocally move about said rail in a direction along said rail.
A method for producing a valve body (16, 18) of a hollow valve with optimized interior stem geometry, comprising the steps of: providing a preform with a valve head and a tubular wall surrounding a cylindrical cavity; flow forming the tubular wall over a mandrel, which is inserted into the cavity, to enlarge a length of the tubular wall, wherein multiple forming rollers (24, 26) are used during flow forming; characterized in that a structuring mandrel having a surface structuring is used as mandrel, and the multiple forming rollers are offset radially and axially to each other during flow forming. providing a preform with a valve head and a tubular wall surrounding a cylindrical cavity; flow forming the tubular wall over a mandrel, which is inserted into the cavity, to enlarge a length of the tubular wall, wherein multiple forming rollers (24, 26) are used during flow forming; characterized in that a structuring mandrel having a surface structuring is used as mandrel, and the multiple forming rollers are offset radially and axially to each other during flow forming.
A goggle mask, comprising: a supporting portion; a frame portion, disposed on the supporting portion; a soft nose masking portion, disposed on the supporting portion; at least one check valve device, disposed on an interior side of the soft nose masking portion, the check valve device including: a soft body, integrally connected with the soft nose masking portion, and extending inwards from the interior side of the soft nose masking portion, the soft body being provided with at least one draining hole; and at least one valve disk, configured to movably cover the at least one draining hole, and a structural reinforcing component, enclosed by the soft body and harder than the soft body; characterized in that, the soft body has a single draining hole which is surrounded by the structural reinforcing component, and the at least one valve disk includes a plurality of connecting rods and a movable piece, the movable piece is disposed at ends of the plurality of connecting rods and located on an exterior side of the soft body, the plurality of connecting rods are connected with the structural reinforcing component by being inserted through holes of the structural reinforcing component, the movable piece is configured to movably cover the single draining hole, and the single draining hole is located inwardly of the plurality of connecting rods. a supporting portion; a frame portion, disposed on the supporting portion; a soft nose masking portion, disposed on the supporting portion; at least one check valve device, disposed on an interior side of the soft nose masking portion, the check valve device including: a soft body, integrally connected with the soft nose masking portion, and extending inwards from the interior side of the soft nose masking portion, the soft body being provided with at least one draining hole; and at least one valve disk, configured to movably cover the at least one draining hole, and a structural reinforcing component, enclosed by the soft body and harder than the soft body; a soft body, integrally connected with the soft nose masking portion, and extending inwards from the interior side of the soft nose masking portion, the soft body being provided with at least one draining hole; and at least one valve disk, configured to movably cover the at least one draining hole, and a structural reinforcing component, enclosed by the soft body and harder than the soft body; characterized in that, the soft body has a single draining hole which is surrounded by the structural reinforcing component, and the at least one valve disk includes a plurality of connecting rods and a movable piece, the movable piece is disposed at ends of the plurality of connecting rods and located on an exterior side of the soft body, the plurality of connecting rods are connected with the structural reinforcing component by being inserted through holes of the structural reinforcing component, the movable piece is configured to movably cover the single draining hole, and the single draining hole is located inwardly of the plurality of connecting rods.
A method for detecting a rotating wheel of a vehicle that is travelling on a roadway in a travel direction, the wheels of which are at least partially exposed laterally, the method being characterised by the steps emitting an electromagnetic measurement beam having a known temporal progression of its frequency onto a first section above the roadway in a direction in a slant with respect to the vertical and normal or at a slant with respect to the travel direction; receiving a reflected measurement beam and recording the temporal progression of its frequencies relative to the known progression as a reception frequency mixture progression; and detecting a wheel by means of the criterion of a band of frequencies which is continuously inclining or declining over a period of time in the reception frequency mixture progression.
A sensor system having a mounting rail and a plurality of sensors each having a sensor housing, wherein the sensor housings are fastenable to the mounting rail; wherein the mounting rail has an areal contact element having at least two conductor tracks and the sensor housings each have at least two contact pins; wherein the contact pins are each connected to the conductor tracks of the areal contact element with a sensor inserted into the mounting rail, wherein the mounting rail and the sensor housings each have mechanical latching means, whereby the sensor housings can be latched in the mounting rail, whereby the sensor housings are mechanically fixed in the mounting rail, wherein the areal contact element is formed for a plurality of slots for the sensor housings, with each sensor housing being made up of two parts, with a first part housing receiving the sensor elements and a second part housing having the contact pins, and with the first part housing and the second part housing being connected to one another via plug-in contacts, characterized in that the two conductor tracks are provided for two bus lines, with each sensor housing having an actuation means, with the areal contact element having at least one third and one fourth conductor track, with the third conductor track being provided for a ground connection and the fourth conductor track being provided for a supply voltage, with at least one switching element for the conductive track of the supply voltage respectively being provided for each sensor housing at the areal contact element, and with the respective switching element being actuable by the actuation means of the sensor housing.