mhurhangee/ep-ind-claims huggingface dataset:
A double-roll crusher with rolls (2, 3) rotatably supported in a crusher housing and synchronously driven in opposite directions by a motor, the central axes of said rolls extending in parallel to each other, on the shell of the rolls (2, 3) crushing teeth (6, 7) being disposed that protrude beyond the shell surfaces, characterized by that to each crushing tooth (6, 7) of one roll (2, 3) of the pair of rolls is assigned a pocket (8, 9) in the shell surface of the other roll (2, 3) of the pair of rolls, such that when the rolls (2, 3) are rotating, the crushing tooth (6, 7) will extend into the pocket (8, 9).
A shoe care apparatus comprising: a main body; a first compartment in the main body and configured to accommodate shoes; a second compartment in the main body and configured to accommodate a heat pump including an evaporator and a condenser; a fan configured to circulate air through the first compartment and the second compartment; a first circulation passage configured to guide air discharged from the first compartment back to the first compartment by guiding the discharged air to the evaporator and the condenser; a second circulation passage to guide the discharged air from the first compartment back to the first compartment by guiding the discharged air to the evaporator and bypassing the condenser; a third circulation passage to guide air inside the second compartment to flow to the condenser; and a first valve configured to open and close the second circulation passage. a main body; a first compartment in the main body and configured to accommodate shoes; a second compartment in the main body and configured to accommodate a heat pump including an evaporator and a condenser; a fan configured to circulate air through the first compartment and the second compartment; a first circulation passage configured to guide air discharged from the first compartment back to the first compartment by guiding the discharged air to the evaporator and the condenser; a second circulation passage to guide the discharged air from the first compartment back to the first compartment by guiding the discharged air to the evaporator and bypassing the condenser; a third circulation passage to guide air inside the second compartment to flow to the condenser; and a first valve configured to open and close the second circulation passage.
An anti-icing exhaust system (150, 300, 400) for an inlet of a gas turbine engine, comprising: a first housing portion associated with the inlet, the first housing portion at least partially defining a chamber to receive an anti-icing fluid from a source and including a projection; a second housing portion associated with the inlet, the second housing portion including a leading edge; a support structure (170, 302, 402) that couples the first housing portion to the second housing portion such that the projection of the first housing portion is spaced apart from the leading edge of the second housing portion to define a gap between the first housing portion and the second housing portion, the gap in fluid communication with a manifold defined between the projection of the first housing portion and the support structure (170, 302, 402), and the support structure (170, 302, 402) defines at least one flow passage (192, 312, 408) in fluid communication with the chamber and the manifold to exhaust the anti-icing fluid from the chamber through the manifold and the gap; and an insulation strip having a first end and a second end, with the first end received in the gap and coupled to the leading edge and the second end coupled to the second housing portion, wherein the gap is defined to exhaust the anti-icing fluid in a substantially radial direction into an environment surrounding the gas turbine engine. a first housing portion associated with the inlet, the first housing portion at least partially defining a chamber to receive an anti-icing fluid from a source and including a projection; a second housing portion associated with the inlet, the second housing portion including a leading edge; a support structure (170, 302, 402) that couples the first housing portion to the second housing portion such that the projection of the first housing portion is spaced apart from the leading edge of the second housing portion to define a gap between the first housing portion and the second housing portion, the gap in fluid communication with a manifold defined between the projection of the first housing portion and the support structure (170, 302, 402), and the support structure (170, 302, 402) defines at least one flow passage (192, 312, 408) in fluid communication with the chamber and the manifold to exhaust the anti-icing fluid from the chamber through the manifold and the gap; and an insulation strip having a first end and a second end, with the first end received in the gap and coupled to the leading edge and the second end coupled to the second housing portion,
A slide valve for a powdered material or a material with a small grain size; said valve comprising a stiff frame, which defines a discharge mouth to discharge the material, and a shutter, which is activated by respective moving organs, said shutter being mobile and having an extension that is such as to shut, in plan view, said discharge mouth; said valve being characterised in that it comprises, furthermore, a height adjusting device for a sealing element, said height adjusting device being suited to compensate the loss of sealing effect between the lower face of said sealing element and an upper face of said shutter, said loss of sealing power being due to the wear generated by the relative friction between said lower face of said sealing element and said upper face of said shutter.
A system for treating pelvic organ prolapse, the system comprising: a porous sheet of material; a plug that is insertable into the vagina, the plug having a convex hemispherical distal nose; and an anchor having a proximal portion that is attachable to the distal nose of the plug and a distal portion that is provided with a tissue fixation device, the system characterised in that the plug is made of biodegradable material and the distal nose is configured to maintain the porous sheet of material in contact with an interior apical portion of a vagina. a porous sheet of material; a plug that is insertable into the vagina, the plug having a convex hemispherical distal nose; and an anchor having a proximal portion that is attachable to the distal nose of the plug and a distal portion that is provided with a tissue fixation device, the system characterised in that the plug is made of biodegradable material and the distal nose is configured to maintain the porous sheet of material in contact with an interior apical portion of a vagina.
A dust collection unit comprising: a container formed in an empty cylindrical shape and filled with water to a predetermined height above a lower wall, the container having an inlet and an outlet formed in an upper wall; and a water flow pipe whose top is joined to the inlet and whose bottom is submerged in water in such a manner that the bottom of the water flow pipe is spaced apart from the lower wall, wherein the water flow pipe comprises: a first pipe having a first inner diameter and being joined to the inlet; a second pipe having a second inner diameter smaller than the first inner diameter and extending downwardly from the bottom of the first pipe; and a water channel formed in a body of the second pipe defining the second inner diameter in such a way as to fluidably communicate with the inside of the second pipe, wherein the second pipe and the water channel are located under the surface of the water, and the dust contained in the air introduced into the second pipe through the first pipe is collected by the water supplied through the water channel. a container formed in an empty cylindrical shape and filled with water to a predetermined height above a lower wall, the container having an inlet and an outlet formed in an upper wall; and a water flow pipe whose top is joined to the inlet and whose bottom is submerged in water in such a manner that the bottom of the water flow pipe is spaced apart from the lower wall, wherein the water flow pipe comprises: a first pipe having a first inner diameter and being joined to the inlet; a second pipe having a second inner diameter smaller than the first inner diameter and extending downwardly from the bottom of the first pipe; and a water channel formed in a body of the second pipe defining the second inner diameter in such a way as to fluidably communicate with the inside of the second pipe, wherein the second pipe and the water channel are located under the surface of the water, and the dust contained in the air introduced into the second pipe through the first pipe is collected by the water supplied through the water channel. a first pipe having a first inner diameter and being joined to the inlet; a second pipe having a second inner diameter smaller than the first inner diameter and extending downwardly from the bottom of the first pipe; and a water channel formed in a body of the second pipe defining the second inner diameter in such a way as to fluidably communicate with the inside of the second pipe, wherein the second pipe and the water channel are located under the surface of the water, and the dust contained in the air introduced into the second pipe through the first pipe is collected by the water supplied through the water channel.
A difference measurement circuit for readout of a sensor unit, the difference measurement circuit comprising a first port (P1, P1') and a second port (P2, P2') for connection to a first set of nodes (A, B) and a second set of nodes (C, D) of the sensor unit, the circuit further comprising switching units (61, 62) for switching excitation signals emanating from excitation nodes (C', D') from being applied to the first set of nodes (A, B) via the first port (P1, P1') to being applied to the second set of nodes (C, D) via the second port (P2, P2') and for switching differential measurement signals measured at sensing nodes (A', B') from being obtained from the second set of nodes (C, D) via the second port (P2, P2') to being obtained from the first set of nodes (A, B) via the first port (P1, P1'), and characterized in that the redundancy testing circuitry is adapted for evaluating the similarity or deviation between measurement signals obtained in different states of the switching units (61,62) wherein by dynamic reconfiguration of connections to the sensor unit four different configurations are obtained, and for determining a linear combination of voltages at the first set of nodes and/or at the second set of nodes and delivering this as a measurement signal and is adapted for raising an error if the measurement signals differ more from one another than a predetermined value.
A method for manufacturing a device for locating an impact comprising: - an interactive surface having a front face for receiving an impact, and - at least three transducers (PT A, PT B, PT C, PT D; PT), that need to be distributed and attached against the front face or a rear face of the interactive surface, designed to capture the progressive mechanical waves propagating in the interactive surface from the impact and transform them into electrical signals, with the method for manufacturing comprising the following steps: - determining a central positioning point (C A, C B, C C C D; C) for each transducer (PT A, PT B, PT C, PT D; PT) on the front face or rear face of the interactive surface, - attaching each transducer (PT A, PT B, PTc, PT D; PT) around the central positioning point (C A, C B, C C C D; C) of same, with each transducer (PT A, PT B, PT C, PT D; PT) having a lower conductive layer forming a first electrode through which it is attached against the front face or the rear face of the interactive surface, a piezoelectric intermediate layer and a free upper conductive layer intended to form a second electrode, characterized in that it further comprises, following the attaching of each transducer (PT A, PT B, PT C PT D; PT), a step of machining the free upper conductive layer of at least one of the transducers (PT A, PT B, PT C PT D; PT) using a machine tool at least as far as the piezoelectric intermediate layer of this transducer (PT A, PT B, PT C, PT D; PT) in order to form the second electrode of this transducer (PT A, PT B, PT C PT D; PT) by centering it around the central positioning point (C A, C B, C C, C D; C) of same as a portion of the upper conductive layer arranged in the free upper conductive layer. - an interactive surface having a front face for receiving an impact, and - at least three transducers (PT A, PT B, PT C, PT D; PT), that need to be distributed and attached against the front face or a rear face of the interactive surface, designed to capture the progressive mechanical waves propagating in the interactive surface from the impact and transform them into electrical signals, - determining a central positioning point (C A, C B, C C C D; C) for each transducer (PT A, PT B, PT C, PT D; PT) on the front face or rear face of the interactive surface, - attaching each transducer (PT A, PT B, PTc, PT D; PT) around the central positioning point (C A, C B, C C C D; C) of same, with each transducer (PT A, PT B, PT C, PT D; PT) having a lower conductive layer forming a first electrode through which it is attached against the front face or the rear face of the interactive surface, a piezoelectric intermediate layer and a free upper conductive layer intended to form a second electrode,
A method of filtering an electrophysiological signal, the method comprising: acquiring a signal indicative of electrophysiological activity; inputting the signal indicative of electrophysiological activity to one or more processors and using the one or more processors: applying a wavelet transform to transform the acquired signal into the wavelet domain; applying a wavelet filter to separate the transformed signal into a hard component and a soft component; reconstructing the hard component into the time domain; reconstructing the soft component into the time domain; characterized by applying a notch filter to the soft component; combining the reconstructed hard component and the reconstructed soft component into an output signal. acquiring a signal indicative of electrophysiological activity; inputting the signal indicative of electrophysiological activity to one or more processors and using the one or more processors: applying a wavelet transform to transform the acquired signal into the wavelet domain; applying a wavelet filter to separate the transformed signal into a hard component and a soft component; reconstructing the hard component into the time domain; reconstructing the soft component into the time domain; characterized by applying a notch filter to the soft component; combining the reconstructed hard component and the reconstructed soft component into an output signal. applying a wavelet transform to transform the acquired signal into the wavelet domain; applying a wavelet filter to separate the transformed signal into a hard component and a soft component; reconstructing the hard component into the time domain; reconstructing the soft component into the time domain; characterized by applying a notch filter to the soft component; combining the reconstructed hard component and the reconstructed soft component into an output signal.
Process for the production of panels for floor or wall coverings comprising the steps of (i) mixing and homogenising raw materials, thereby obtaining a dryblend, (ii) extruding said dryblend, thereby obtaining one or more thermoplastic layers, (iii) laminating the afore-mentioned thermoplastic layers, thereby obtaining a panel for floor or wall coverings, whereby said raw materials and/or said dryblend are predominantly transported vertically downwards during the weighing, mixing and/or homogenising of said raw materials and during the feeding of said dryblend to extruders via feeding units characterized in that said dryblend, after homogenisation, is stored in an insulated buffer tank, whereby said insulated buffer tank limits the temperature drop to less than 15 °C per hour, and wherein said dryblend is homogenised at a temperature lower than 105 °C with the aid of one or more hot mixers and/or kneaders.
A control method of a clothes treatment apparatus, comprising a preceding drying cycle and a following drying cycle, performing the preceding drying cycle having a dehydration cycle for removing moisture contained in clothes, wherein the dehydration cycle includes: feeding hot air to clothes received in a drum, the drum being rotatably received in a tub; and dehydrating the clothes by performing a first rotation cycle for rotating the drum at least at a first RPM for a first predetermined time, wherein the first RPM is an RPM that allows centrifugal force applied to the clothes during rotation of the drum to exceed gravity; and characterised in that performing the following drying cycle includes: measuring an interior temperature of the tub at the initial stage of the following drying cycle; performing thermal balancing by turning off a drying heater and turning on a blower fan to feed unheated air into a drum if the interior temperature T tub of the tub is greater than or equal to a preset reference temperature T ref; and performing a general drying cycle, the general drying cycle including a hot air feed operation for feeding hot air into the drum to dry clothes, if the interior temperature T tub of the tub is less than the preset reference temperature T ref. feeding hot air to clothes received in a drum, the drum being rotatably received in a tub; and dehydrating the clothes by performing a first rotation cycle for rotating the drum at least at a first RPM for a first predetermined time, wherein the first RPM is an RPM that allows centrifugal force applied to the clothes during rotation of the drum to exceed gravity; and characterised in that performing the following drying cycle includes: measuring an interior temperature of the tub at the initial stage of the following drying cycle; performing thermal balancing by turning off a drying heater and turning on a blower fan to feed unheated air into a drum if the interior temperature T tub of the tub is greater than or equal to a preset reference temperature T ref; and performing a general drying cycle, the general drying cycle including a hot air feed operation for feeding hot air into the drum to dry clothes, if the interior temperature T tub of the tub is less than the preset reference temperature T ref. measuring an interior temperature of the tub at the initial stage of the following drying cycle; performing thermal balancing by turning off a drying heater and turning on a blower fan to feed unheated air into a drum if the interior temperature T tub of the tub is greater than or equal to a preset reference temperature T ref; and performing a general drying cycle, the general drying cycle including a hot air feed operation for feeding hot air into the drum to dry clothes, if the interior temperature T tub of the tub is less than the preset reference temperature T ref.
A polynucleotide selected from: (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:841; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:841 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 min; (c) a polynucleotide having at least 80% sequence identity to the nucleic acid sequence of SEQ ID NO:841; (d) a fragment of at least 21 contiguous nucleotides of the nucleic acid sequence of SEQ ID NO:841; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein said polynucleotide is operably linked to a heterologous promoter, and wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits the growth of said pest. (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:841; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:841 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 min; (c) a polynucleotide having at least 80% sequence identity to the nucleic acid sequence of SEQ ID NO:841; (d) a fragment of at least 21 contiguous nucleotides of the nucleic acid sequence of SEQ ID NO:841; and (e) a complement of the sequence of (a), (b), (c) or (d),
A dialysis fluid containing citrate, the citrate concentration being in the range of more than 0.7 mmol/l and less than 2 mmol/l, which dialysis fluid is essentially free of calcium and essentially free of magnesium, wherein the term 'essentially free of means a concentration of less than 0.1 mmol/l, for use in a hemodialysis therapy or hemodiafiltration therapy of blood without adding citrate or other anticoagulant to the blood, upstream of the dialyzer, wherein the dialysis fluid is to be used for dialyzing or hemodiafiltering blood, which dialysed blood is to be mixed with a substitution fluid after which the dialyzed blood is to be returned to the subject undergoing the therapy, wherein the substitution fluid contains calcium.
Locking device for locking an adjusting means mounted on a printed circuit board which extends in an x direction and a y direction, the device including: a substantially flat base plate having a length, a width, and a thickness, to which a first detent spring is attached for locking engagement with marking means of the adjusting means, wherein the base plate is mounted on the printed circuit board, characterized in that the base plate is introduced with at least a portion of its length into an oblong recess which extends into the printed circuit board in the x-y direction, starting from an outer edge of the printed circuit board in an insertion direction. a substantially flat base plate having a length, a width, and a thickness, to which a first detent spring is attached for locking engagement with marking means of the adjusting means, wherein the base plate is mounted on the printed circuit board, the base plate is introduced with at least a portion of its length into an oblong recess which extends into the printed circuit board in the x-y direction, starting from an outer edge of the printed circuit board in an insertion direction.