mhurhangee/ep-ind-claims huggingface dataset:
A signal isolator for providing at an output thereof representations of input currents provided therein from a source of such currents, said signal isolator comprising: an input conductor suited for conducting said input currents therethrough and supported on a substrate; a magnetoresistive sensor having an output and being at least in part adjacent to, yet spaced apart from, said input conductor to thereby be electrically isolated from any direct circuit interconnection therewith but having at least said part thereof positioned to be in those magnetic fields arising from said input currents; and a signal monitor arrangement, electrically connected to said magnetoresistive sensor output, characterised in that the signal monitor arrangement is capable of forcing said output of said signal isolator to have a predetermined constant representation value thereon if there is an indication at said magnetoresistive sensor output that those magnetic fields arising theretofore from said input currents produce an insufficient number of refresh pulses formed by combining of decision circuit decision pulses. an input conductor suited for conducting said input currents therethrough and supported on a substrate; a magnetoresistive sensor having an output and being at least in part adjacent to, yet spaced apart from, said input conductor to thereby be electrically isolated from any direct circuit interconnection therewith but having at least said part thereof positioned to be in those magnetic fields arising from said input currents; and a signal monitor arrangement, electrically connected to said magnetoresistive sensor output, characterised in that the signal monitor arrangement is capable of forcing said output of said signal isolator to have a predetermined constant representation value thereon if there is an indication at said magnetoresistive sensor output that those magnetic fields arising theretofore from said input currents produce an insufficient number of refresh pulses formed by combining of decision circuit decision pulses.
Light, precious gold-titanium based alloy containing, by mass, at least 750‰ of gold, characterized in that said alloy has the following composition formula: Ti a Au b M c T d where a, b, c, d are atomic proportions such that: a + b + c + d = 1, 0.45≤a≤0.55; 0.41≤b≤0.495; 0.025≤c≤0.13; 0.001≤d≤0.025, where M represents one or more elements taken from among a first group including Nb, V, Pd, Fe, where T represents a maximum of two elements taken from among a second group including Nb, V, Pd, Pt, Fe, Mo, Ta, W, Co, Ni, Ru, Rh, Ir, Cr, Mn, Cu, Zn, Ag, Al, B, Si, Ge, Sn, Sb, In, with the exception of said metals M comprised in said alloy, which alloy contains boron in an atomic content comprised between 0.03% and 0.3%, and characterized in that the mass content of gold in the alloy is less than 760‰. 0.45≤a≤0.55; 0.41≤b≤0.495; 0.025≤c≤0.13; 0.001≤d≤0.025, where M represents one or more elements taken from among a first group including Nb, V, Pd, Fe, where T represents a maximum of two elements taken from among a second group including Nb, V, Pd, Pt, Fe, Mo, Ta, W, Co, Ni, Ru, Rh, Ir, Cr, Mn, Cu, Zn, Ag, Al, B, Si, Ge, Sn, Sb, In, with the exception of said metals M comprised in said alloy, which alloy contains boron in an atomic content comprised between 0.03% and 0.3%, and characterized in that the mass content of gold in the alloy is less than 760‰.
A system for detecting glucose in a biological sample, comprising: at least one light source configured to strike a target area of a sample; at least one light detector (228, 230, 232, 234) positioned to receive light from the at least one light source and to generate an output signal, having a time dependent detector photocurrent, which is indicative of the power of light detected; wherein the time dependent detector photocurrent is a function of a baseline current, a noise current and a time dependent cyclic current corresponding to a heartbeat; and a processor configured to receive the output signal from the at least one light detector (228, 230, 232, 234) and, based on the received output signal, calculate a change in attenuance ( Δ A), which change is attributable to a change in blood in a sample present in the target area, wherein the calculated change in attenuance is based at least in part on a standard deviation of a logarithm of the time dependent output detector photocurrent (lp(t)) generated by the light power from the same target area of the biological sample, thereby achieving an output signal-to-noise ratio of at least 20-to-1; and based on the calculated attenuance, determine a blood glucose level associated with a sample present in the target area. at least one light source configured to strike a target area of a sample; at least one light detector (228, 230, 232, 234) positioned to receive light from the at least one light source and to generate an output signal, having a time dependent detector photocurrent, which is indicative of the power of light detected; wherein the time dependent detector photocurrent is a function of a baseline current, a noise current and a time dependent cyclic current corresponding to a heartbeat; and a processor configured to receive the output signal from the at least one light detector (228, 230, 232, 234) and, based on the received output signal, calculate a change in attenuance ( Δ A), which change is attributable to a change in blood in a sample present in the target area, wherein the calculated change in attenuance is based at least in part on a standard deviation of a logarithm of the time dependent output detector photocurrent (lp(t)) generated by the light power from the same target area of the biological sample, thereby achieving an output signal-to-noise ratio of at least 20-to-1; and based on the calculated attenuance, determine a blood glucose level associated with a sample present in the target area.
An elastomeric vehicle latch damper for use in a vehicle striker bracket assembly, the damper comprising a latch damper portion; characterized in that: the damper comprises a covering member integrally connected with the damper portion by a hinge, the covering member being rotatable about the hinge.
An axle carrier for a motor vehicle, comprising at least one first carrier (2, 3) and also at least one second carrier (4, 5), which is fitted onto the first carrier (2, 3), wherein one of the two carriers (2, 3) comprises metal, preferably cast aluminium, and the other carrier (4, 5) comprises fibre-reinforced plastic, and these two carriers are adhered to one another, characterised by a cavity filled with adhesive between an outer face of the first carrier (2, 3) and an inner face of the second carrier (4, 5), which cavity is sealed by two peripheral ring seals (11, 12).
An integrated transport refrigeration unit comprising an engine providing power to drive a shaft, a refrigerant compressor driven by the shaft, and an integrated generator driven by the shaft, wherein both the compressor and the integrated generator are encased within a housing, and characterized in that the integrated generator is immersed in refrigerant; and an auxiliary generator is provided that is positioned externally from said housing and that is driven by a belt driven by the shaft.
Processing machine for processing workpieces, having: a machine bed and a processing unit which is arranged so as to be movable along the machine bed and which has a processing unit, a contact sensor (10, 10'), which is provided on the processing unit, a contactlessly operating sensor provided on the processing unit, characterised in that the contactlessly operating sensor is mounted on the contact sensor (10, 10') and introduced into or behind a side face of the contact sensor (10, 10'), wherein the contactlessly operating sensor is oriented in the direction of travel of the processing unit, and in particular defines a detection field which in one section starts from the contact sensor. a machine bed and a processing unit which is arranged so as to be movable along the machine bed and which has a processing unit, a contact sensor (10, 10'), which is provided on the processing unit, a contactlessly operating sensor provided on the processing unit, characterised in that the contactlessly operating sensor is mounted on the contact sensor (10, 10') and introduced into or behind a side face of the contact sensor (10, 10'), wherein the contactlessly operating sensor is oriented in the direction of travel of the processing unit, and in particular defines a detection field which in one section starts from the contact sensor.
A fluid system of a machine, the fluid system comprising: a fluid reservoir; a pump coupled to the fluid reservoir; a filter coupled to the pump, wherein the pump is configured to communicate fluid from the fluid reservoir to a component of the machine via the filter; a valve assembly, wherein the valve assembly comprises: a first port; a second port fluidically couplable to the fluid reservoir, wherein the second port is fluidically coupled to the first port upon application of negative pressure at the first port; a third port fluidically couplable to the filter, wherein the third port is fluidically coupled to the first port upon application of positive pressure at the first port; and a first check valve positioned between the first port and the second port; and a second check valve positioned between the filter and the third port. a fluid reservoir; a pump coupled to the fluid reservoir; a filter coupled to the pump, wherein the pump is configured to communicate fluid from the fluid reservoir to a component of the machine via the filter; a valve assembly, wherein the valve assembly comprises: a first port; a second port fluidically couplable to the fluid reservoir, wherein the second port is fluidically coupled to the first port upon application of negative pressure at the first port; a third port fluidically couplable to the filter, wherein the third port is fluidically coupled to the first port upon application of positive pressure at the first port; and a first check valve positioned between the first port and the second port; and a second check valve positioned between the filter and the third port. a first port; a second port fluidically couplable to the fluid reservoir, wherein the second port is fluidically coupled to the first port upon application of negative pressure at the first port; a third port fluidically couplable to the filter, wherein the third port is fluidically coupled to the first port upon application of positive pressure at the first port; and a first check valve positioned between the first port and the second port; and a second check valve positioned between the filter and the third port.
A subsea measurement system comprising: a flowline jumper deployed between first and second subsea structures (50, 50'), the flowline jumper providing a fluid passageway between the first and second subsea structures (50, 50'), the flowline jumper including (i) a length of conduit and (ii) first and second connectors deployed on opposing ends of the conduit, the first and second connectors connected to corresponding hubs on the first and second subsea structures (50, 50'); a transmitter deployed on at least one of the first and second connectors, the transmitter being in electronic communication with a remotely operated vehicle or with a surface control system via a subsea umbilical; and at least one electronic sensor (132, 172) deployed on at least one of the first and second connectors (100, 100') the at least one electronic sensor (132, 172) being in electronic communication with the transmitter; wherein the first and second connectors comprise clamp-style connectors and the at least one electronic sensor comprises a strain gauge deployed on a lead screw. a flowline jumper deployed between first and second subsea structures (50, 50'), the flowline jumper providing a fluid passageway between the first and second subsea structures (50, 50'), the flowline jumper including (i) a length of conduit and (ii) first and second connectors deployed on opposing ends of the conduit, the first and second connectors connected to corresponding hubs on the first and second subsea structures (50, 50'); a transmitter deployed on at least one of the first and second connectors, the transmitter being in electronic communication with a remotely operated vehicle or with a surface control system via a subsea umbilical; and at least one electronic sensor (132, 172) deployed on at least one of the first and second connectors (100, 100') the at least one electronic sensor (132, 172) being in electronic communication with the transmitter; wherein the first and second connectors comprise clamp-style connectors and the at least one electronic sensor comprises a strain gauge deployed on a lead screw.
A pressure and temperature sensor comprising at least one first resonator (R 11, R 21) of the SAW type comprising an at least locally thin piezoelectric substrate of the membrane type, a second resonator (R 12, R 22) of the SAW type comprising a piezoelectric substrate and a third resonator (R 13, R 23) of the SAW type comprising a piezoelectric substrate, characterised in that said first, second and third resonators are respectively on the surface of a first, second and third individual piezoelectric substrate, with each of said individual substrates being positioned on the surface of a common base, which is locally perforated under said first resonator (R 11) so as to release the substrate from said resonator in order to render it operational for measuring pressure.
An electric strike with a monitoring system, comprising: a box, a swivelling latch swivelling between a retention position for retaining the latch of a door in a closed position and a release position for releasing the latch of the door, an internal locking and unlocking mechanism for locking and unlocking the latch which can be actuated by the core of a coil, and comprising a long lever and a short lever which are assembled on respective shafts (5, 6); a PCB circuit, two PCB connecting strips, and a monitoring system for monitoring the state of the internal mechanism of the strike; characterised in that said monitoring system for monitoring the state of the internal mechanism of the strike comprises an internal microswitch assembly connected to a PCB circuit of the strike, arranged in the area after the coil and provided with a sensor which is actuated by the core of the coil when said coil is electrically powered causing the core to move towards the short lever of the strike and the internal mechanism of said strike to become unlocked.
A pinsetter for a bowling string machine comprising a frame, a carriage mounted to slide within said frame, a set of pins connected with strings to said carriage, a frame motor for vertically moving said frame, a carriage motor for horizontally moving said carriage and string holders for individually holding or releasing said strings, a control circuitry and a motor circuitry, wherein said motors (4,5) are DC motors and wherein said string holders, said control circuitry and said motor circuitry operate under low voltage.
Tool for repeatedly feeding individual fastening elements from a supply of a plurality of fastening elements, comprising: a receiving container, a guide device, a flexible, linear thrust element, an electric drive, an activation element, and a feed element with a dispensing portion, wherein the guide device adjoins the receiving container and extends therefrom into the feed element and terminates at the dispensing portion, wherein the guide device runs at least in some sections along a curved guide track, wherein along the guide track the guide device has a substantially constant opening cross section which is radially defined by at least one guide element relative to the guide track in order to guide a plurality of fastening elements directly adjacent to one another along the guide track, wherein the thrust element extends from the receiving container into the guide device and has an external cross section which is adapted to the opening cross section and which is configured to be guided in the guide device along the guide track, wherein the electric drive is coupled to the thrust element and is configured to displace the thrust element incrementally along the guide track in order to urge fastening elements arranged in the guide device to the dispensing portion, and wherein the drive is coupled to the activation element and is configured to move the thrust element by a predeterminable distance in the direction of the dispensing portion when the activation element is actuated. a receiving container, a guide device, a flexible, linear thrust element, an electric drive, an activation element, and a feed element with a dispensing portion, wherein the guide device adjoins the receiving container and extends therefrom into the feed element and terminates at the dispensing portion, wherein the guide device runs at least in some sections along a curved guide track, wherein along the guide track the guide device has a substantially constant opening cross section which is radially defined by at least one guide element relative to the guide track in order to guide a plurality of fastening elements directly adjacent to one another along the guide track, wherein the thrust element extends from the receiving container into the guide device and has an external cross section which is adapted to the opening cross section and which is configured to be guided in the guide device along the guide track, wherein the electric drive is coupled to the thrust element and is configured to displace the thrust element incrementally along the guide track in order to urge fastening elements arranged in the guide device to the dispensing portion, and wherein the drive is coupled to the activation element and is configured to move the thrust element by a predeterminable distance in the direction of the dispensing portion when the activation element is actuated.
Cable feedthrough for a switch or device housing, comprising a housing connection piece securable to a wall section of the switch or device housing, said connection piece having a sleeve member formed cylindrically to a central axis and extending in the direction of a central axis, a seal receptacle provided in the housing connection piece, a sealing element arranged in the seal receptacle and having a deformable sealing member and a feedthrough channel passing through the sealing member in the direction of the central axis, said channel having a feedthrough cross section greater in a first deformation state of the sealing member than in a second deformation state, and, in addition, comprising a pressure element with a pressure member for transferring the sealing member from the first deformation state into the second deformation state, said pressure element being guided on the housing connection piece for axial displacement, fixed on the housing connection piece in its pressure position holding the sealing member in the second deformation state and being provided with at least one snap-in element, said element, for its part, capable of being brought into a locking position in the pressure position and engaging in a recess in the housing connection piece in the locking position, characterized in that the snap-in element is radially movable in that it is integrally formed in one piece on the pressure member, is connected to the pressure member in an elastic manner but only on the side where a run-on chamfer merges into an outer surface of the pressure member and is, however, free on all the other sides relative to the pressure member due to an opening.
Drawer front connecting device for the connection of a drawer front to a drawer side part (17, 18), comprising a front connector which can be attached to the drawer side part (17, 18) and a mounting component which can be attached to the drawer front, wherein the mounting component can be fixed to the front connector in order to establish a connected state of the drawer front to the drawer side part (17, 18), characterized in that the front connector has an upper ramp and a lower ramp, wherein the ramps (33, 34) are spaced apart from one another in a height direction of the front connector, wherein the upper ramp comprises an upper elongate support surface and the lower ramp comprises a lower elongate support surface, such that, in a finally assembled state of the mounting component on the front connector, the upper support surface is used to support an upper supporting portion on the mounting component and the lower support surface is used to support a lower supporting portion on the mounting component, wherein, for the connecting of the drawer front to the drawer side part (17, 18), the upper supporting portion is able to move slidingly downwards along the upper ramp and the lower supporting portion is able to move slidingly downwards along the lower ramp until the finally assembled state of the mounting component on the front connector is reached, with a mounting contour on the front connector in the region of the lower ramp and with an elevation portion on the mounting component in the region of the lower supporting portion, such that, in a pre-assembled position, the mounting component is mounted on the front connector in a self-securing manner in such a way that the lower supporting portion and the elevation portion are supported on the mounting contour, wherein the mounting component is spaced apart from the front connector in the region of the upper ramp by means of the upper supporting portion, and wherein the mounting contour is coordinated in such a way that, in the pre-assembled position, at least the elevation portion is disposed on the mounting contour in such a way that the lower supporting portion is secured against sliding downwards along the lower ramp.
Arrangement for guiding fish between a first lower situated body of water and a second higher situated body of water, the arrangement comprising a housing comprising: - a first opening and a second opening, wherein in use the second opening is situated higher than the first opening; and - a water guide which connects the first opening to the second opening for guiding a flow of water from the second opening to the first opening; - a base, arranged to in use be provided under a water level of the first body of water; wherein the water guide in use provides a flow trajectory for the flow of water around an axis parallel to the gravity vector, the housing further comprising: - an inner housing part, the water guide being provided between the housing and the inner housing part, at least part of the inner housing part and at least part of the base marking out a basin for containing a volume of water which is relatively sheltered from the water flow which flows from the second opening to the first opening characterized in that the first opening opens in the basin. - a first opening and a second opening, wherein in use the second opening is situated higher than the first opening; and - a water guide which connects the first opening to the second opening for guiding a flow of water from the second opening to the first opening; - a base, arranged to in use be provided under a water level of the first body of water; wherein the water guide in use provides a flow trajectory for the flow of water around an axis parallel to the gravity vector, the housing further comprising: - an inner housing part, the water guide being provided between the housing and the inner housing part, at least part of the inner housing part and at least part of the base marking out a basin for containing a volume of water which is relatively sheltered from the water flow which flows from the second opening to the first opening characterized in that the first opening opens in the basin.