mhurhangee/patent-ind-claim-en huggingface dataset:
An asynchronous circuit comprising: a first circuit adapted to receive, from a first further circuit , a first data input signal on a first data input line and to generate a first acknowledgement signal and a first data output signal; a second circuit adapted to receive, from a second further circuit , a second data input signal on a second data input line and to generate a second acknowledgement signal and a second data output signal, the second circuit being functionally equivalent to the first circuit; a comparator adapted to detect a mismatch between the first and second data output signals; a further comparator adapted to detect a mismatch between the first and second data input signals; at least one acknowledgement pause circuit adapted to prevent the propagation of the first and second acknowledgement signals to the first and second further circuits if a mismatch is detected by the comparator or by the further comparator; and a non-volatile memory circuit coupled to the first data input line and adapted to store a first value of the first data input signal when the further comparator does not indicate a mismatch between the first and second data input signals. a first circuit adapted to receive, from a first further circuit , a first data input signal on a first data input line and to generate a first acknowledgement signal and a first data output signal; a second circuit adapted to receive, from a second further circuit , a second data input signal on a second data input line and to generate a second acknowledgement signal and a second data output signal, the second circuit being functionally equivalent to the first circuit; a comparator adapted to detect a mismatch between the first and second data output signals; a further comparator adapted to detect a mismatch between the first and second data input signals; at least one acknowledgement pause circuit adapted to prevent the propagation of the first and second acknowledgement signals to the first and second further circuits if a mismatch is detected by the comparator or by the further comparator; and a non-volatile memory circuit coupled to the first data input line and adapted to store a first value of the first data input signal when the further comparator does not indicate a mismatch between the first and second data input signals.
Mixing machine configured to receive a reception device in order to form a manufacturing apparatus , the mixing machine , comprising - a support defining a reception housing , the reception housing comprising a first reception location configured to receive a first deformable capsule and a second reception location, configured to receive a second deformable capsule , the first and second capsules being intended to be fluidically connected together and respectively containing a first formulation and a second formulation, - an actuating system that can move with respect to the support inside the reception housing , comprising - a first actuating member positioned on a side of the reception housing , and movable inside same, in order to transmit pressure onto the first capsule , in a first actuating stroke (C37), - a second actuating member , positioned on the other side of the reception housing , preferably opposite, and movable inside same, in order to transmit pressure onto the second capsule , in a second actuating stroke (C38), characterised in that in the machine the first actuating stroke (C37) has a different length from the second actuating stroke (C38). - a support defining a reception housing , the reception housing comprising a first reception location configured to receive a first deformable capsule and a second reception location, configured to receive a second deformable capsule , the first and second capsules being intended to be fluidically connected together and respectively containing a first formulation and a second formulation, - an actuating system that can move with respect to the support inside the reception housing , comprising - a first actuating member positioned on a side of the reception housing , and movable inside same, in order to transmit pressure onto the first capsule , in a first actuating stroke (C37), - a second actuating member , positioned on the other side of the reception housing , preferably opposite, and movable inside same, in order to transmit pressure onto the second capsule , in a second actuating stroke (C38), - a first actuating member positioned on a side of the reception housing , and movable inside same, in order to transmit pressure onto the first capsule , in a first actuating stroke (C37), - a second actuating member , positioned on the other side of the reception housing , preferably opposite, and movable inside same, in order to transmit pressure onto the second capsule , in a second actuating stroke (C38),
Phase-controlled antenna element for array antennas, comprising a waveguide radiator , a rotatable phase shifter arranged in the waveguide radiator and comprising • at least two meander polarizers , each of which can convert a circularly polarized signal into a linearly polarized signal, • a mount connected to the meander polarizers , • a connection element , a drive unit , which is connected to the phase shifter via the connection element , such that the phase shifter can be rotated about the axis of the waveguide radiator , and a signal output coupling and/or input coupling from and/or into the waveguide radiator . • at least two meander polarizers , each of which can convert a circularly polarized signal into a linearly polarized signal, • a mount connected to the meander polarizers , • a connection element ,
A method for detecting sleep onset comprising: determining a set of respiratory features from a measure of respiratory flow; thresholding the set of respiratory features, wherein one or more threshold functions are applied to each feature of the set of respiratory features; determining a sleep state score based on the thresholding, the sleep state score being indicative of a sleep state of a plurality of sleep states, the plurality of sleep states comprising an awake state, a non-REM sleep state, and a REM sleep state; and detecting sleep onset as a function of the thresholding and the determined sleep state score; wherein the one or more threshold functions comprise an output value for each of the plurality of sleep states. determining a set of respiratory features from a measure of respiratory flow; thresholding the set of respiratory features, wherein one or more threshold functions are applied to each feature of the set of respiratory features; determining a sleep state score based on the thresholding, the sleep state score being indicative of a sleep state of a plurality of sleep states, the plurality of sleep states comprising an awake state, a non-REM sleep state, and a REM sleep state; and detecting sleep onset as a function of the thresholding and the determined sleep state score; wherein the one or more threshold functions comprise an output value for each of the plurality of sleep states.
A hemodynamic resuscitation system comprising: an occlusion device configured to occlude a peripheral vein; an intravenous access device having a pressure sensor element configured to detect a peripheral venous pressure value in response to the occlusion of a peripheral vein by the occlusion device and to interface with an external fluid source for fluid delivery to the vein; and a controller device , connected to the pressure sensor element and the external fluid source , configured to: receive a signal comprising data related to the peripheral venous pressure value, process the signal to determine a hemodynamic parameter by comparing wavelets within the signal to a template wavelet function, and generate a resuscitation score based on the hemodynamic parameter, wherein an amount of the resuscitative fluid is delivered to the peripheral vein from the fluid source through the intravenous access device based on the resuscitation score. an occlusion device configured to occlude a peripheral vein; an intravenous access device having a pressure sensor element configured to detect a peripheral venous pressure value in response to the occlusion of a peripheral vein by the occlusion device and to interface with an external fluid source for fluid delivery to the vein; and a controller device , connected to the pressure sensor element and the external fluid source , configured to: receive a signal comprising data related to the peripheral venous pressure value, process the signal to determine a hemodynamic parameter by comparing wavelets within the signal to a template wavelet function, and generate a resuscitation score based on the hemodynamic parameter, wherein an amount of the resuscitative fluid is delivered to the peripheral vein from the fluid source through the intravenous access device based on the resuscitation score. receive a signal comprising data related to the peripheral venous pressure value, process the signal to determine a hemodynamic parameter by comparing wavelets within the signal to a template wavelet function, and generate a resuscitation score based on the hemodynamic parameter, wherein an amount of the resuscitative fluid is delivered to the peripheral vein from the fluid source through the intravenous access device based on the resuscitation score.
A device for mimicking the light emissions of a light emitting insect or other animal comprising: a. a solar energy collector for capturing light-wave energy and generating electrical energy; b. an electrical battery for storing electrical energy, the battery coupled with the solar energy collector ; c. a dual purpose light emitting diode for emitting light upon receipt of electrical current from a battery ; and d. a control logic comprising a voltmeter and a voltage source , the control logic coupled with the battery and the dual purpose light emitting diode and for controlling a time sequence of electrical current to the dual purpose light emitting diode , characterised in that ; the dual purpose light emitting diode is coupled with both the battery and the control logic ; and the dual purpose light emitting diode is applied as both of: an ambient light detector, in combination with the voltmeter and the voltage source , and as a light emitter. a. a solar energy collector for capturing light-wave energy and generating electrical energy; b. an electrical battery for storing electrical energy, the battery coupled with the solar energy collector ; c. a dual purpose light emitting diode for emitting light upon receipt of electrical current from a battery ; and d. a control logic comprising a voltmeter and a voltage source , the control logic coupled with the battery and the dual purpose light emitting diode and for controlling a time sequence of electrical current to the dual purpose light emitting diode , characterised in that ; the dual purpose light emitting diode is coupled with both the battery and the control logic ; and the dual purpose light emitting diode is applied as both of: an ambient light detector, in combination with the voltmeter and the voltage source , and as a light emitter. an ambient light detector, in combination with the voltmeter and the voltage source , and as a light emitter.
A UV-curable organopolysiloxane composition comprising: (A) 5 to 70 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least three groups of general formula and/or , as monovalent substituents bonded to the silicon atom at the end of the molecular chain, wherein "a" is an integer of 1 to 3, and the broken line denotes a valence bond, wherein "a" is as defined above, and the broken line denotes a valence bond, (B) 30 to 95 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least two groups of the general formula , [Chem. 3] R 1 b R 2 3-b Si--- wherein R 1 is a C 2 -C 6 alkenyl group, R 2 is a C 1 -C 10 substituted or unsubstituted monovalent hydrocarbon group, b is an integer of 1 to 3, and the broken line denotes a valence bond, the total of components (A) and (B) being 100 parts by weight, and (C) 0.01 to 15 parts by weight of photoinitiator. (A) 5 to 70 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least three groups of general formula and/or , as monovalent substituents bonded to the silicon atom at the end of the molecular chain, wherein "a" is an integer of 1 to 3, and the broken line denotes a valence bond, wherein "a" is as defined above, and the broken line denotes a valence bond, (B) 30 to 95 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least two groups of the general formula , [Chem. 3] R 1 b R 2 3-b Si--- wherein R 1 is a C 2 -C 6 alkenyl group, R 2 is a C 1 -C 10 substituted or unsubstituted monovalent hydrocarbon group, b is an integer of 1 to 3, and the broken line denotes a valence bond, the total of components (A) and (B) being 100 parts by weight, and (C) 0.01 to 15 parts by weight of photoinitiator.
Cycloidal transmission , comprising: - a hollow cylindrical base body with a first internal toothing (z1), - a hollow cylindrical ring arranged rotatably about the cylinder axis of the base body and having a second internal toothing (z2), - a central shaft extending along and rotatable about the cylinder axis and having an eccentric portion , and - a wheel rotatably mounted on the eccentric portion and having a first external toothing (zs1) via which it meshes with the first internal toothing (z1) of the base body and a second external toothing (zs2) via which it meshes with the second internal toothing (z2) of the hollow cylindrical ring, wherein the wheel is designed as a double wheel comprising two individual wheels non-rotatably connected to each other in correspondence of their axes and each provided with one of the two external toothings (zs1, zs2), characterized in , in that the individual wheels are connected to each other by bonded connecting means which are bonded to both one and the other individual wheel. - a hollow cylindrical base body with a first internal toothing (z1), - a hollow cylindrical ring arranged rotatably about the cylinder axis of the base body and having a second internal toothing (z2), - a central shaft extending along and rotatable about the cylinder axis and having an eccentric portion , and - a wheel rotatably mounted on the eccentric portion and having a first external toothing (zs1) via which it meshes with the first internal toothing (z1) of the base body and a second external toothing (zs2) via which it meshes with the second internal toothing (z2) of the hollow cylindrical ring, wherein the wheel is designed as a double wheel comprising two individual wheels non-rotatably connected to each other in correspondence of their axes and each provided with one of the two external toothings (zs1, zs2), characterized in , in that the individual wheels are connected to each other by bonded connecting means which are bonded to both one and the other individual wheel.
A cryptographic system comprising: an encryption unit to generate first encrypted data (ETag) by calculating an exclusive OR using any first key (ek) of a plurality of first keys and a hash value of a plaintext (M), so that the first encrypted data (ETag) is data which is an encryption of the plaintext (M) and is data that has a different value even with the same plaintext (M) when a value of the first key (ek) used in encryption is different; a third key generation unit to generate a third key (ck) by calculating an exclusive OR of the first key (ek) used in the encryption of the plaintext (M) and a second key (tk) which is a k-bit random value; and an encrypted data conversion unit to convert the first encrypted data (ETag) for which the same plaintext (M) has been used into second encrypted data (T); characterized in that the encrypted data conversion unit is configured to convert the first encrypted data (ETag) into the second encrypted data (T) by calculating an exclusive OR using the third key (ck) and the first encrypted data (ETag) so that the second encrypted data (T) takes the same value regardless of the value of the first key (ek) used in the encryption of the first encrypted data (ETag) and in that the cryptographic system includes a match determination unit to determine whether values of two pieces of the second encrypted data (T), which can be deduplicated, match. an encryption unit to generate first encrypted data (ETag) by calculating an exclusive OR using any first key (ek) of a plurality of first keys and a hash value of a plaintext (M), so that the first encrypted data (ETag) is data which is an encryption of the plaintext (M) and is data that has a different value even with the same plaintext (M) when a value of the first key (ek) used in encryption is different; a third key generation unit to generate a third key (ck) by calculating an exclusive OR of the first key (ek) used in the encryption of the plaintext (M) and a second key (tk) which is a k-bit random value; and an encrypted data conversion unit to convert the first encrypted data (ETag) for which the same plaintext (M) has been used into second encrypted data (T); characterized in that the encrypted data conversion unit is configured to convert the first encrypted data (ETag) into the second encrypted data (T) by calculating an exclusive OR using the third key (ck) and the first encrypted data (ETag) so that the second encrypted data (T) takes the same value regardless of the value of the first key (ek) used in the encryption of the first encrypted data (ETag) and in that the cryptographic system includes a match determination unit to determine whether values of two pieces of the second encrypted data (T), which can be deduplicated, match.
An exhaust silencer for an exhaust gas conduit, particularly for an exhaust gas conduit exiting an oil-fired boiler, wherein said exhaust silencer comprises a sound-absorbing functional chamber that is connected to at least one exhaust gas inlet and at least one exhaust gas outlet in an exhaust gas-conducting manner, wherein at least one second sound-absorbing functional chamber is provided and both functional chambers are connected to one another via at least one sound conduction channel, wherein the exhaust silencer is realized in the form of an integral housing and made of plastic, wherein the functional chambers and the sound conduction channels are respectively realized with smooth walls, and wherein one sound conduction channel for connecting the functional chambers is assigned to the exhaust gas inlet and one sound conduction channel for connecting the functional chambers is assigned to the exhaust gas outlet , characterized in that the sound conduction channel assigned to the exhaust gas outlet has a smaller width than the sound conduction channel assigned to the exhaust gas inlet .
An absorbent article comprising: a topsheet ; a backsheet film ; an absorbent core positioned at least partially intermediate the topsheet and the backsheet; an outer cover nonwoven material in a facing relationship with at least a portion of the backsheet film, the outer cover nonwoven material comprising a nonwoven fabric comprising a garment-facing surface; the nonwoven fabric comprising a visually discernible pattern of three-dimensional features on the garment-facing surface, each of the three-dimensional features defining a microzone comprising a first region and a second region , the first and second regions having a difference in values for an intensive property, wherein the intensive property is one or more of: thickness, basis weight, and volumetric density; wherein a portion of the garment-facing surface has a total region one area in the range of about 5% to about 25% of a total area of the portion of the garment-facing surface, the region one area corresponding to a resin pattern on a forming belt used for making the nonwoven fabric, with the remainder of the portion of the garment-facing surface being a total region two area, the region two area corresponding to areas on the forming belt that are resin free, said portion of the garment-facing surface having a TS7 value in the range of about 1 dB V 2 rms to about 4.5 dB V 2 rms, according to the Emtec Test; and wherein the portion of the garment-facing surface has a TS750 value in the range of about 6 dB V 2 rms to about 30 dB V 2 rms, according to the Emtec Test. a topsheet ; a backsheet film ; an absorbent core positioned at least partially intermediate the topsheet and the backsheet; an outer cover nonwoven material in a facing relationship with at least a portion of the backsheet film, the outer cover nonwoven material comprising a nonwoven fabric comprising a garment-facing surface; the nonwoven fabric comprising a visually discernible pattern of three-dimensional features on the garment-facing surface, each of the three-dimensional features defining a microzone comprising a first region and a second region , the first and second regions having a difference in values for an intensive property, wherein the intensive property is one or more of: thickness, basis weight, and volumetric density; wherein a portion of the garment-facing surface has a total region one area in the range of about 5% to about 25% of a total area of the portion of the garment-facing surface, the region one area corresponding to a resin pattern on a forming belt used for making the nonwoven fabric, with the remainder of the portion of the garment-facing surface being a total region two area, the region two area corresponding to areas on the forming belt that are resin free, said portion of the garment-facing surface having a TS7 value in the range of about 1 dB V 2 rms to about 4.5 dB V 2 rms, according to the Emtec Test; and wherein the portion of the garment-facing surface has a TS750 value in the range of about 6 dB V 2 rms to about 30 dB V 2 rms, according to the Emtec Test.