mhurhangee/ep-ind-claims huggingface dataset:
Brake system for a motor vehicle, comprising: - four service brakes (21, 22, 23, 24) respectively associated with a wheel of the motor vehicle; - at least two electric parking brakes (25, 26) associated with respective wheels of the motor vehicle; - two control units (27, 28) that are respectively designed to control a respective brake circuit of the brake system, said brake circuit comprising two of the four service brakes (21, 22, 23, 24) and at least one of the at least two electrical parking brakes (25, 26); - two batteries (29, 30) for supplying a respective one of the brake circuits of the brake system with electrical energy; wherein the brake system is designed to produce a defect signal in the event that a double fault affecting the two brake circuits is detected which includes a defect in at least one of the control units (27, 28), and/or in which a respective supply voltage to at least one of the control units (27, 28) falls below a prespecified limit value; characterized in that the brake system comprises at least one electronic circuit element (40, 41) which is designed to control the electrical parking brakes (25, 26) in the event of the defect signal being produced, wherein the at least one electronic circuit element (40, 41) is designed as an application-specific integrated circuit, ASIC, and is designed to be supplied with electrical energy from the respective battery (29, 30) independently of the respective control unit (27, 28) and of the respective service brakes (21, 22, 23, 24). - four service brakes (21, 22, 23, 24) respectively associated with a wheel of the motor vehicle; - at least two electric parking brakes (25, 26) associated with respective wheels of the motor vehicle; - two control units (27, 28) that are respectively designed to control a respective brake circuit of the brake system, said brake circuit comprising two of the four service brakes (21, 22, 23, 24) and at least one of the at least two electrical parking brakes (25, 26); - two batteries (29, 30) for supplying a respective one of the brake circuits of the brake system with electrical energy; wherein the brake system is designed to produce a defect signal in the event that a double fault affecting the two brake circuits is detected which includes a defect in at least one of the control units (27, 28), and/or in which a respective supply voltage to at least one of the control units (27, 28) falls below a prespecified limit value; characterized in that the brake system comprises at least one electronic circuit element (40, 41) which is designed to control the electrical parking brakes (25, 26) in the event of the defect signal being produced, wherein the at least one electronic circuit element (40, 41) is designed as an application-specific integrated circuit, ASIC, and is designed to be supplied with electrical energy from the respective battery (29, 30) independently of the respective control unit (27, 28) and of the respective service brakes (21, 22, 23, 24).
Method for processing a binary-coded structure document in a device, wherein the binary-coded structure document is based on a structure document compiled in a text-based description language, and wherein a binary-coded index document is based on a structural subset of the structure document; comprising the steps: - storing a storage representation of the binary-coded index document in a working memory of the device, wherein the structure of the binary-coded index document is identical to the structure of the binary-coded structure document; - storing the binary-coded structure document in a background storage unit assigned to the device; - carrying out processing operations by means of at least one processing process (XP1, XP2, XP3) by accessing the storage representation of the binary-coded index document via an object interface, wherein fragments of the binary-coded structure document are loaded into the working memory by the object interface as required. - storing a storage representation of the binary-coded index document in a working memory of the device, wherein the structure of the binary-coded index document is identical to the structure of the binary-coded structure document; - storing the binary-coded structure document in a background storage unit assigned to the device; - carrying out processing operations by means of at least one processing process (XP1, XP2, XP3) by accessing the storage representation of the binary-coded index document via an object interface, wherein fragments of the binary-coded structure document are loaded into the working memory by the object interface as required.
A load compensating device for a nuclear fuel element handling machine, extending substantially along an axis, and comprising: a frame adapted to be fitted to a fixed supporting structure; a slide, which slides, parallel to the axis, along the frame, and is adapted to be connected to a hoisting member such as a cable; a first and second fluid-operated piston device connected mechanically in series to each other and to the slide; and an operating fluid feed circuit for parallel-feeding operating fluid to the piston devices; characterized in that the load compensating device further comprises a safety lock system, which operates on the slide to selectively lock and release the slide to prevent and permit travel of the slide along the frame; the safety lock system being connected to a secondary branch of the circuit branching off from a main branch of the circuit feeding the piston devices.
Voltage supply circuit for supplying at least a first consumer and a second consumer, wherein the voltage supply circuit comprises decoupling diodes (8, 9), a flyback converter, an N-MOSFET, a voltage connection for a mains voltage, a filter device and a rectifier, wherein the second consumer can be switched on and off by means of the N-MOSFET, wherein the filter device and the rectifier are arranged downstream of the voltage connection in order to generate a rectified voltage, wherein the respective consumers (2, 3) can be supplied with the rectified voltage via the decoupling diodes (8, 9), wherein the flyback converter is assigned to the first consumer, wherein the flyback converter comprises a switching device and a flyback converter transformer, and wherein the flyback converter generates a switching voltage higher than the rectified voltage by means of the switching device, in particular when the flyback converter transformer is switched, and wherein the switching voltage can be supplied to the N-MOSFET for switching the second consumer on/off. wherein the voltage supply circuit comprises decoupling diodes (8, 9), a flyback converter, an N-MOSFET, a voltage connection for a mains voltage, a filter device and a rectifier, wherein the second consumer can be switched on and off by means of the N-MOSFET, wherein the filter device and the rectifier are arranged downstream of the voltage connection in order to generate a rectified voltage, wherein the respective consumers (2, 3) can be supplied with the rectified voltage via the decoupling diodes (8, 9), wherein the flyback converter is assigned to the first consumer, wherein the flyback converter comprises a switching device and a flyback converter transformer, and wherein the flyback converter generates a switching voltage higher than the rectified voltage by means of the switching device, in particular when the flyback converter transformer is switched, and wherein the switching voltage can be supplied to the N-MOSFET for switching the second consumer on/off.
Cylinder housing for a reciprocating piston device, comprising at least two cylinders, each provided for receiving a piston of the reciprocating piston device, and having for each of the cylinders an integrated cooling jacket surrounding the circumference of the cylinders, wherein the cooling jackets are subdivided into a plurality of closed circulating cooling channels and wherein a coolant inlet opens into at least one of the cooling jackets and a cooling outlet enters into at least one of the cooling jackets, wherein, of the cooling channels, those that are associated with the different ones of the cylinder merge into one another between the cylinders, characterized in that a coolant inlet and a coolant outlet open into each of the cooling jackets, wherein the coolant inlet and the coolant outlet are arranged offset in the circumferential direction of the associated cylinder.
An elevator system comprising a shaft having a pit, a car guided by a pair of first guide rails to be vertically movable in the shaft, a counterweight connected to the car by a suspension rope, the counterweight being guided by a pair of second guide rails to be vertically movable in the shaft, and a counterweight screen arranged in a space between the counterweight and the car, the counterweight screen being attached to the second guide rails at the pit, characterized in that the counterweight screen is a sandwich-structured composite panel. a shaft having a pit, a car guided by a pair of first guide rails to be vertically movable in the shaft, a counterweight connected to the car by a suspension rope, the counterweight being guided by a pair of second guide rails to be vertically movable in the shaft, and a counterweight screen arranged in a space between the counterweight and the car, the counterweight screen being attached to the second guide rails at the pit, characterized in that the counterweight screen is a sandwich-structured composite panel.
A horn antenna, comprising: an electrically conductive shell having an inner surface; a cavity formed in the shell; an aperture defined at one end of the cavity; a throat section coupled to the electrically conductive shell in communication with another end of the cavity opposite the aperture; and a spatially and frequency dependent radio frequency, RF, attenuator disposed within the cavity, wherein the RF attenuator is configured to have an attenuation of RF energy propagating through the cavity between the throat section and the aperture which increases more rapidly in an outward direction towards the inner surface of the electrically conductive shell as the frequency of the RF energy increases, wherein the RF attenuator is configured to increase incrementally and discretely the attenuation in the outward direction and the RF attenuator comprises a plurality of discrete regions (34a-34h) that are nested and the discrete regions respectively have different attenuations per unit length. an electrically conductive shell having an inner surface; a cavity formed in the shell; an aperture defined at one end of the cavity; a throat section coupled to the electrically conductive shell in communication with another end of the cavity opposite the aperture; and a spatially and frequency dependent radio frequency, RF, attenuator disposed within the cavity, wherein the RF attenuator is configured to have an attenuation of RF energy propagating through the cavity between the throat section and the aperture which increases more rapidly in an outward direction towards the inner surface of the electrically conductive shell as the frequency of the RF energy increases, wherein the RF attenuator is configured to increase incrementally and discretely the attenuation in the outward direction and the RF attenuator comprises a plurality of discrete regions (34a-34h) that are nested and the discrete regions respectively have different attenuations per unit length.
An armor component comprising: a body including: a first portion including at least about 90 wt% calcium boride compounds and having a density of at least about 80% theoretical density, wherein the calcium boride compounds include non-stoichiometric calcium boride (CaB x) and stoichiometric calcium boride (CaB 6). a body including: a first portion including at least about 90 wt% calcium boride compounds and having a density of at least about 80% theoretical density, wherein the calcium boride compounds include non-stoichiometric calcium boride (CaB x) and stoichiometric calcium boride (CaB 6). a first portion including at least about 90 wt% calcium boride compounds and having a density of at least about 80% theoretical density, wherein the calcium boride compounds include non-stoichiometric calcium boride (CaB x) and stoichiometric calcium boride (CaB 6).
A detergent composition comprising from 2 to 70 wt % of a surfactant together with from 0.0001 to 50 wt% of a dye-polymer of molecular weight of at least 500, wherein the dye-polymer is obtainable by polymerisation of: (a) a dye monomer, the dye monomer an alkene covalently bound to a cationic charged dye, the dye monomer having a molar extinction coefficient at a wavelength in the range 400 to 700nm of at least 1000 mol -1 L cm -1, preferably greater than 4000 mol -1 L cm -1, and (b) one or more further alkene comonomer(s), the alkene monomer(s) having molar extinction coefficient at a wavelength in the range 400 to 700nm that is less than 100 mol -1 L cm -1, preferably less than 10 mol -1 L cm -1, wherein the dye monomer is cationically charged in aqueous solution at a pH in the range from 7 to 11, wherein the dye polymer has a solubility of greater than 1mg/L in a 1g/L sodium dodecyl sulfate aqueous solution at pH=7. (a) a dye monomer, the dye monomer an alkene covalently bound to a cationic charged dye, the dye monomer having a molar extinction coefficient at a wavelength in the range 400 to 700nm of at least 1000 mol -1 L cm -1, preferably greater than 4000 mol -1 L cm -1, and (b) one or more further alkene comonomer(s), the alkene monomer(s) having molar extinction coefficient at a wavelength in the range 400 to 700nm that is less than 100 mol -1 L cm -1, preferably less than 10 mol -1 L cm -1, wherein the dye monomer is cationically charged in aqueous solution at a pH in the range from 7 to 11, wherein the dye polymer has a solubility of greater than 1mg/L in a 1g/L sodium dodecyl sulfate aqueous solution at pH=7.
A frozen food dispensing machine comprising: a refrigerated first zone including a product storage chamber; a second zone operably connected to the first zone for flowing product from the first zone; and a third zone configured to: receive a flow of product from the second zone; freeze the flow of product; and dispense the flow of product; wherein the second zone includes one or more product feed lines in flow communication with the first zone and the third zone; characterized in that a check valve is disposed at the one or more product feed lines configured to prevent flow from the second zone into the first zone; and a freezing cylinder valve disposed at the one or more product feed lines configured to isolate the second zone from the third zone; wherein the first zone, the second zone and the third zone are isolatable from each other; and further comprising a sanitizer conduit in fluid communication with the one or more product feed lines configured to flow a sanitizer therethrough to flush and/or sanitize the one or more product feed lines. a refrigerated first zone including a product storage chamber; a second zone operably connected to the first zone for flowing product from the first zone; and a third zone configured to: receive a flow of product from the second zone; freeze the flow of product; and dispense the flow of product; wherein the second zone includes one or more product feed lines in flow communication with the first zone and the third zone; receive a flow of product from the second zone; freeze the flow of product; and dispense the flow of product; wherein the second zone includes one or more product feed lines in flow communication with the first zone and the third zone; a check valve is disposed at the one or more product feed lines configured to prevent flow from the second zone into the first zone; and a freezing cylinder valve disposed at the one or more product feed lines configured to isolate the second zone from the third zone; wherein the first zone, the second zone and the third zone are isolatable from each other; and further comprising a sanitizer conduit in fluid communication with the one or more product feed lines configured to flow a sanitizer therethrough to flush and/or sanitize the one or more product feed lines.
Moulding device for a machine for manufacturing thermoplastic containers from a preform, the said moulding device comprising at least: - two mould carriers mounted with the ability to move relative to one another about an axis of rotation between an open position and a closed position, - a mould comprising at least two half-moulds each of which comprises at least two parts, these respectively being a shell carrier mounted in one of the mould carriers and a shell comprising an impression for moulding the container, and - fixing means for removably fixing each shell to the associated shell carrier, the said fixing means being mounted with the ability to move between at least one fixing position and one freeing position and controlled selectively via on-board actuating means, characterized in that the moulding device of the "HR" type comprises heating means associated with the mould for heating at least the said shells and in that the said device comprises heat-protection means for protecting at least the said on-board actuating means from heat. - two mould carriers mounted with the ability to move relative to one another about an axis of rotation between an open position and a closed position, - a mould comprising at least two half-moulds each of which comprises at least two parts, these respectively being a shell carrier mounted in one of the mould carriers and a shell comprising an impression for moulding the container, and - fixing means for removably fixing each shell to the associated shell carrier, the said fixing means being mounted with the ability to move between at least one fixing position and one freeing position and controlled selectively via on-board actuating means,
A male contraception apparatus for obtaining temporary sterility of a male human being comprising: an implantable restriction device adapted to restrict the vas deferens in the region downstream of the ampulla during a controlled period, the restriction device comprising a hydraulic or mechanical constriction device and a stimulation device which are adapted for, independently or together, temporarily shielding of sperms compartmentalized in the ampulla by temporarily occluding vas deferens (200A, 200B) such that sperms, including the sperms compartmentalized in the ampulla (220A, 220B), are prevented from reaching the urethra by operating on vas deference from the outside, and a control device for controlling the operation of the restriction device. an implantable restriction device adapted to restrict the vas deferens in the region downstream of the ampulla during a controlled period, the restriction device comprising a hydraulic or mechanical constriction device and a stimulation device which are adapted for, independently or together, temporarily shielding of sperms compartmentalized in the ampulla by temporarily occluding vas deferens (200A, 200B) such that sperms, including the sperms compartmentalized in the ampulla (220A, 220B), are prevented from reaching the urethra by operating on vas deference from the outside, and a control device for controlling the operation of the restriction device.
An electrical device comprising: - an electrical unit, - a protection element (3; 11, 17), which at least partly covers the electrical unit, for protecting the electrical unit against water and/or oxygen, and - a detection layer arranged between the protection element (3; 11, 17) and the electrical unit or within the protection element (3; 11, 17), wherein the detection layer comprises organic material and is adapted such that a property of the detection layer is changed, if the detection layer is in contact with a contact gas usable for detecting a permeability of the protection element (3; 11, 17), and characterized in that the detection layer comprises a monomer, which polymerizes, if illuminated and if in contact with the contact gas, in order to change the property of the detection layer. - an electrical unit, - a protection element (3; 11, 17), which at least partly covers the electrical unit, for protecting the electrical unit against water and/or oxygen, and - a detection layer arranged between the protection element (3; 11, 17) and the electrical unit or within the protection element (3; 11, 17),
An ultrasonic oscillating unit (S, A, K) comprising a cylindrical base body having a center axis and a jacket surface into which a plurality of slits (14 - 19) are introduced which extend obliquely to the center axis in a side view of the jacket surface, wherein the slits (14 - 19) extend so far in the radial direction of the base body that they are in communication with one another and the slits (14 - 19) extend in a curved manner in the side view of the jacket surface, characterized in that the curvature is not constant and the curvature at the center of a slit (14 - 19) is larger than at the ends of the slit.
A method for producing a modified conjugated diene polymer comprising a polymerization step of obtaining a conjugated diene polymer containing a nitrogen atom in a polymer chain and having an active end by copolymerizing a conjugated diene compound and a nitrogen atom-containing vinyl compound or a conjugated diene compound, an aromatic vinyl compound and a nitrogen atom-containing vinyl compound by use of an alkali metal compound and/or an alkaline earth metal compound as a polymerization initiator, and a modification step of reacting a modifier, which is a compound represented by the following formula, with the active end of the conjugated diene polymer: wherein R 1 to R 4 each independently represent an alkyl group having 1 to 20 carbon atoms or an aryl group having 6 to 20 carbon atoms; R 5 represents an alkylene group having 3 to 10 carbon atoms; R 6 represents an alkylene group having 1 to 20 carbon atoms; m is an integer of 1 or 2; and n is an integer of 2 or 3.
A system for producing electricity hydrodynamically, comprising: a viaduct through which vehicles traverse; and a hydrodynamic array configured to support the viaduct and further configured to generate electricity from the motion of ocean tides or river currents and forces acting on the hydrodynamic array, which is immersed in the ocean tides or river currents, and which is in motion relative to the ocean tides or river currents; characterized in that the hydrodynamic array is further configured to house an upper rotor assembly and a lower rotor assembly, both coupled to a torque drive shaft, that projects basipetally from a nested machinery chamber. a viaduct through which vehicles traverse; and a hydrodynamic array configured to support the viaduct and further configured to generate electricity from the motion of ocean tides or river currents and forces acting on the hydrodynamic array, which is immersed in the ocean tides or river currents, and which is in motion relative to the ocean tides or river currents; characterized in that the hydrodynamic array is further configured to house an upper rotor assembly and a lower rotor assembly, both coupled to a torque drive shaft, that projects basipetally from a nested machinery chamber.