mhurhangee/ep-ind-claims huggingface dataset:
A temperature sensor for a radiant electric heater, the sensor comprising: a switch housing; a first expansion element secured at one end thereof to the housing; a second expansion element mounted at its free end with a free end of the first expansion element such that the free ends of the two elements are immovable relative to each other, the first and second expansion elements having different coefficients of thermal expansion; a snap switch disposed within the housing and including a switch arm provided with an electrical contact; an electrically conducting support provided with a counter contact for the electrical contact; and a resilient assembly (25, 27) disposed in the housing and including spring means restrained against lateral movement relative to an axial direction of the first and second expansion elements characterized in that the resilient asembly is acting between the electrically conducting support and the switch arm and between the electrically conducting support and the end of the second expansion element, and includes an electrically insulating spacer positioned between the spring means and one of the switch arm and the electrically conducting support so as to electrically isolate the switch arm and the support. a switch housing; a first expansion element secured at one end thereof to the housing; a second expansion element mounted at its free end with a free end of the first expansion element such that the free ends of the two elements are immovable relative to each other, the first and second expansion elements having different coefficients of thermal expansion; a snap switch disposed within the housing and including a switch arm provided with an electrical contact; an electrically conducting support provided with a counter contact for the electrical contact; and a resilient assembly (25, 27) disposed in the housing and including spring means restrained against lateral movement relative to an axial direction of the first and second expansion elements characterized in that the resilient asembly is acting between the electrically conducting support and the switch arm and between the electrically conducting support and the end of the second expansion element, and includes an electrically insulating spacer positioned between the spring means and one of the switch arm and the electrically conducting support so as to electrically isolate the switch arm and the support.
An electrical control unit, or ECU, configured to determine a current consumption of a current controlled actuator in a vehicle and comprising: an input configured to receive an input signal from the current controlled actuator; an adder (20; 42) configured to add a bias signal to the input signal; an amplifier (22; 42) configured to generate an amplified signal by amplifying the signal output by the adder (20; 42); a subtractor (28; 36) configured to subtract a signal representative of the bias signal from the amplified signal; and a determining unit (30; 36) configured to determine the current consumption from the signal output by the subtractor (28; 36), characterized in that the bias signal is selected as a function of the input signal, wherein the bias signal is higher than the input signal at low input signal levels, and wherein the bias signal level is set to or approximate zero at high input signal levels. an input configured to receive an input signal from the current controlled actuator; an adder (20; 42) configured to add a bias signal to the input signal; an amplifier (22; 42) configured to generate an amplified signal by amplifying the signal output by the adder (20; 42); a subtractor (28; 36) configured to subtract a signal representative of the bias signal from the amplified signal; and a determining unit (30; 36) configured to determine the current consumption from the signal output by the subtractor (28; 36), characterized in that the bias signal is selected as a function of the input signal, wherein the bias signal is higher than the input signal at low input signal levels, and wherein the bias signal level is set to or approximate zero at high input signal levels.
An amplifier comprising: a first bridge amplifier section having two differential amplifiers (18,22) with a first load connected between their outputs; a second bridge amplifier section having two differential amplifiers (20,36) with a second load connected between their outputs; a mode switch between a first output of one differential amplifier of the first bridge amplifier section and a second output of one differential amplifier of the second bridge amplifier section; a control circuit for controlling the mode switch based on the input signals (in+, in-) to the first and second bridge amplifier sections; a clip detection arrangement (71,72) for detecting clipping in the first or second outputs; and a delay for providing a delay period from when the clipping is detected, wherein the control circuit inhibits closing of the mode switch during the delay period. a first bridge amplifier section having two differential amplifiers (18,22) with a first load connected between their outputs; a second bridge amplifier section having two differential amplifiers (20,36) with a second load connected between their outputs; a mode switch between a first output of one differential amplifier of the first bridge amplifier section and a second output of one differential amplifier of the second bridge amplifier section; a control circuit for controlling the mode switch based on the input signals (in+, in-) to the first and second bridge amplifier sections; a clip detection arrangement (71,72) for detecting clipping in the first or second outputs; and a delay for providing a delay period from when the clipping is detected, wherein the control circuit inhibits closing of the mode switch during the delay period.
A base part of a mold for aluminothermic welding of metallic rails, which is generally inscribed in a rectangular parallelepiped and which has an upper face for receiving the foot of said rails, this upper face having a hollow cavity comprising a base, two opposite longitudinal flanks, as well as two transverse opposite flanks, said longitudinal flanks each having an intermediate region flanked by two end regions, characterized in that these end regions are located in the same plane, whereas the intermediate region has a curved profile, of concavity directed towards the opposite flank.
Plant for applying protective membranes on beverage cans, comprising a turntable 1, rotating about a vertical axis, driven by an electric motor through a toothed belt; which turntable is made of two rings (2 and 3) integral with each other, whose surfaces, the lower one of the ring and the upper one of the ring, each bear a series of an equal number of guides, horizontally, radially and angularly equally spaced, wherein each guide of the upper ring vertically corresponds to a guide of the lower ring; wherein to each vertical pair of two superimposed guides an operating device is engaged, characterized in that the operating device is equipped with a pair of horizontal and radial saddles to move radially, so that the operating device displaces circularly, radially and vertically the cans to which a protective membrane made of stretchable plastic polymer is applied.
A method for forming an optical device, the method comprising: forming a light pipe with a roughened sidewall surface, wherein sidewalls of the light pipe are coated with a cladding layer; coupling the light pipe to a light emitter; and coupling an assembly comprising the light pipe and the light emitter to a spatial light modulator. forming a light pipe with a roughened sidewall surface, wherein sidewalls of the light pipe are coated with a cladding layer; coupling the light pipe to a light emitter; and coupling an assembly comprising the light pipe and the light emitter to a spatial light modulator.
A method for the production of energy by combustion of combustible materials, releasing flue gases, according to which part of the heat of the flue gases is recovered by heat exchange with a thermal fluid circulating in a loop which comprises an evaporator constituting the hot source of an organic fluid Rankine cycle energy recovery unit, while the cold source, forming a condenser of the Rankine cycle is supplied by a cooling fluid which recovers the heat of condensation of the fluid organic, at least part of the cooling fluid of the condenser of the Rankine cycle circulating in a closed circuit and characterized in that said at least part transmits heat to air for the combustion of materials and / or to feed water downstream of a steam producing boiler.
A device for sealing a valve bag comprising at least one sealing clamp comprising first and second clamp parts (4, 6) and which is movable between [a] an open position in which said first and second parts (4, 6) are spaced apart such as to allow the insertion of said valve between said first and said clamp second parts (4, 6) and [b] a sealing position in which said first and clamp second parts (4, 6) are close to each other to seal the mouth of said valve, characterized in that it further comprises a foreclamp comprising first and second foreclamp parts (10, 12), said foreclamp being arranged adjacent to said sealing clamp and being movable between [c] an open position allowing the insertion of said valve between said first and second foreclamp parts (10, 12) and [d] a closed position, in which said foreclamp holds said mouth of said valve, and in that [e] in use, said foreclamp is suitable to take up said closed position before said sealing clamp takes up said sealing position. [a] an open position in which said first and second parts (4, 6) are spaced apart such as to allow the insertion of said valve between said first and said clamp second parts (4, 6) and [b] a sealing position in which said first and clamp second parts (4, 6) are close to each other to seal the mouth of said valve, [c] an open position allowing the insertion of said valve between said first and second foreclamp parts (10, 12) and [d] a closed position, in which said foreclamp holds said mouth of said valve, and in that [e] in use, said foreclamp is suitable to take up said closed position before said sealing clamp takes up said sealing position.
Device for the inserting of fluids in the oviduct of a sow, making it possible to introduce a fluid with spermatozoids, embryos, or a therapeutic solution, and obtain a fluid with or without cells from the interior of the oviduct, comprising a rigid tubular body, able to be introduced by a laparoscopic trocar, wherein the rigid tubular body comprises a lumen, and an interior flexible tube able to be introduced through the inside of the rigid tubular body, wherein - the rigid tubular body and the interior flexible tube are coaxial, - the interior flexible tube being connected at its distal end to a beveled needle, - the proximal end of the flexible tube is connected by one or more sheaths (,), wherein each of the one or more sheath is closed by a piston, which slide(s) through the inside of the sheath(s) (,); wherein the sheath located at the proximal end of the flexible tube is locked to the rigid tubular body; and wherein in use the one or more sheaths are unlocked from the rigid tubular body to allow the beveled needle to be pulled back and concealed within the lumen of the rigid tubular body, wherein movement of the piston closing each of the one or more sheaths enables the precise introduction of fluids with low volume into the oviduct. - the rigid tubular body and the interior flexible tube are coaxial, - the interior flexible tube being connected at its distal end to a beveled needle, - the proximal end of the flexible tube is connected by one or more sheaths (,), wherein each of the one or more sheath is closed by a piston, which slide(s) through the inside of the sheath(s) (,);
Hook and loop fastener part comprising: - a functional layer ((2, 2') defining a carrier layer, formed from a yarn system (10, 10') having at least two interconnected line elements (12a- 12d, 14a- 14c) forming stitches (16a- 16b", 20a-20b"), - at least one single further functional layer comprising formed and/or formable connecting elements (30a - 30b"; 30, 30"), formed from a further yarn system incorporated into the yarn system (10. 10') at least in certain areas, wherein the yarn systems (10, 10') are interconnected to form passage points (24a - 24d; 24', 24"), the free cross-sectional area of which occupies more than 20% of the corresponding carrier surface, characterised in that the yarn system (10, 10') forming the carrier surface comprises a row arrangement of alternating first and second line elements (12a- 12d, 14a- 14c) and in that the first stitches (16a -16b") of the first line elements (12a - 12d) have a greater extension in the transverse direction than the second stitches (20a - 20b") of the second line elements (14a -14c). - a functional layer ((2, 2') defining a carrier layer, formed from a yarn system (10, 10') having at least two interconnected line elements (12a- 12d, 14a- 14c) forming stitches (16a- 16b", 20a-20b"), - at least one single further functional layer comprising formed and/or formable connecting elements (30a - 30b"; 30, 30"), formed from a further yarn system incorporated into the yarn system (10. 10') at least in certain areas, wherein the yarn systems (10, 10') are interconnected to form passage points (24a - 24d; 24', 24"), the free cross-sectional area of which occupies more than 20% of the corresponding carrier surface, characterised in that the yarn system (10, 10') forming the carrier surface comprises a row arrangement of alternating first and second line elements (12a- 12d, 14a- 14c) and in that the first stitches (16a -16b") of the first line elements (12a - 12d) have a greater extension in the transverse direction than the second stitches (20a - 20b") of the second line elements (14a -14c).
A chassis of a preferentially agriculturally utilised vehicle or mobile implement with an arrangement of brake axle stubs (3, 4) and wheels, wherein the vehicle is moved or transported with the wheels in a the direction of travel over a ground surface, wherein the brake axle stubs (3, 4) comprise a stub axle with a brake device, on which a wheel hub each is rotatably mounted and operatively connected to the brake device, wherein on each wheel hub at least one wheel is mounted, wherein the brake axle stubs (3, 4) each have a brake actuation shaft (10, 11) for introducing an applied brake actuation torque into the brake device of the brake axle stub (3, 4), wherein at least one pair of brake axle stubs (3, 4) are arranged in the direction of travel of the vehicle offset relative to one another in such a manner that the centres (12, 13) of the stub axles have a distance (a) relative to one another, characterised in that the brake actuation shafts (10, 11) of the two brake axle stubs (3, 4) are arranged aligned with one another. wherein at least one pair of brake axle stubs (3, 4) are arranged in the direction of travel of the vehicle offset relative to one another in such a manner that the centres (12, 13) of the stub axles have a distance (a) relative to one another, characterised in that the brake actuation shafts (10, 11) of the two brake axle stubs (3, 4) are arranged aligned with one another.
An information processing device to be connected with a server via a network, and to be connected with a portable device, the information processing device comprising: a data receiving device that is arranged to receive contents data, wherein the contents data includes first data and second data, an output processing device capable of executing an output process of outputting the data included in the received contents data to the portable device; and a print processing device capable of executing a print process of printing the data included in the received contents data; a contents data demanding device that is configured to demand the contents data to the server, the contents data being an assembly of one or more related data to be sent to the information processing device from the server via the network and received by the data receiving device, in response to a demand from the contents data demanding device, a specifying device configured to specify a type of each of the data included in the received contents data, such that the specifying device specifies whether the type of the data included in the received contents data is of the first data or the second data, and a process controller that is arranged to control the output processing device and the print processing device in accordance with the type of the received data specified by the specifying device, such that the output process for causing the portable device to display the outputted data on a display screen of the portable device, is executed on the first data that is a part of the contents data, and the print process is executed on the second data that is another part of the contents data. a data receiving device that is arranged to receive contents data, wherein the contents data includes first data and second data, an output processing device capable of executing an output process of outputting the data included in the received contents data to the portable device; and a print processing device capable of executing a print process of printing the data included in the received contents data; a contents data demanding device that is configured to demand the contents data to the server, the contents data being an assembly of one or more related data to be sent to the information processing device from the server via the network and received by the data receiving device, in response to a demand from the contents data demanding device, a specifying device configured to specify a type of each of the data included in the received contents data, such that the specifying device specifies whether the type of the data included in the received contents data is of the first data or the second data, and a process controller that is arranged to control the output processing device and the print processing device in accordance with the type of the received data specified by the specifying device, such that the output process for causing the portable device to display the outputted data on a display screen of the portable device, is executed on the first data that is a part of the contents data, and the print process is executed on the second data that is another part of the contents data.
A method for analyzing site occupancy ratios in antibody-drug conjugates, said method comprising: (i) providing a sample comprising an antibody-drug conjugate compound; (ii) exposing the sample to de-salting; (iii) exposing the sample to multi-enzyme digestion to form a digested peptide mixture, wherein the digested peptide mixture comprises conjugated peptide and unconjugated peptide, both resulting from the digestion of the antibody-drug conjugate; (iv) ionizing the digested peptide mixture to form radical ion fragments; (v) detecting the mass-to-charge ratios associated with the radical ion fragments; (vi) analyzing the mass-to-charge ratios of the radical ion fragments to determine the site occupancy ratio of occupied to unoccupied sites in the antibody-drug conjugate compound; and (vii) quantifying the site occupancy ratio in the sample by determining the ratio of conjugated peptide to unconjugated peptide. (i) providing a sample comprising an antibody-drug conjugate compound; (ii) exposing the sample to de-salting; (iii) exposing the sample to multi-enzyme digestion to form a digested peptide mixture, wherein the digested peptide mixture comprises conjugated peptide and unconjugated peptide, both resulting from the digestion of the antibody-drug conjugate; (iv) ionizing the digested peptide mixture to form radical ion fragments; (v) detecting the mass-to-charge ratios associated with the radical ion fragments; (vi) analyzing the mass-to-charge ratios of the radical ion fragments to determine the site occupancy ratio of occupied to unoccupied sites in the antibody-drug conjugate compound; and (vii) quantifying the site occupancy ratio in the sample by determining the ratio of conjugated peptide to unconjugated peptide.
A computer implemented method for constructing a graph representation for a 3D object, comprising: generating an initial graph representation of the 3D object, wherein the initial graph representation has at least two nodes and at least one edge, each node of the at least two nodes in the initial graph representation corresponds to a component of the 3D object and each symmetric node in the at least two node is associated with a symmetric Indication value identifying a symmetric group; selecting a symmetric group that has most symmetric nodes; characterized by further comprising selecting two nodes from the symmetric group, wherein a distance between the two nodes is the largest; obtaining two sets of nodes by expanding separately from the two nodes to their directly connected nodes, wherein when a node is connected directly to both two nodes, the node is excluded from the two sets of nodes; and when determining that the two sets of nodes match by measuring similarity of the two sets of nodes, updating the graph representation by grouping each set of nodes into one node. generating an initial graph representation of the 3D object, wherein the initial graph representation has at least two nodes and at least one edge, each node of the at least two nodes in the initial graph representation corresponds to a component of the 3D object and each symmetric node in the at least two node is associated with a symmetric Indication value identifying a symmetric group; selecting a symmetric group that has most symmetric nodes; characterized by further comprising selecting two nodes from the symmetric group, wherein a distance between the two nodes is the largest; obtaining two sets of nodes by expanding separately from the two nodes to their directly connected nodes, wherein when a node is connected directly to both two nodes, the node is excluded from the two sets of nodes; and when determining that the two sets of nodes match by measuring similarity of the two sets of nodes, updating the graph representation by grouping each set of nodes into one node.
An assembly comprising: - two blade-supporting parts (10, 20) of a turbine engine, the parts being axisymmetrical, positioned one inside the other in a concentric way around a turbine engine axis, and - a system for locking the parts (10, 20) in order to prevent their relative translation in the axial and radial directions with respect to said axis, the locking system comprising a split crown including a U-shape cross-section adapted for receiving an end of both parts (10, 20), the assembly being characterized in that the crown and one of the parts (10, 20) are conformed so as to allow engagement by clutching of the crown on the part (10, 20), and in that the locking system further comprises a member for stopping rotation of the crown relatively to the part (10, 20) with which it is engaged by clutching. - two blade-supporting parts (10, 20) of a turbine engine, the parts being axisymmetrical, positioned one inside the other in a concentric way around a turbine engine axis, and - a system for locking the parts (10, 20) in order to prevent their relative translation in the axial and radial directions with respect to said axis, the locking system comprising a split crown including a U-shape cross-section adapted for receiving an end of both parts (10, 20),