mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic device comprising a first and a second radio module using one and the same radio frequency band and comprising a first and a second radio interface, respectively, the electronic device comprising a first and a second radio attenuator , the attenuation of which is programmable, which are placed on the first and the second radio interface, respectively, the electronic device being suitable for: - determining, for each radio module, a value of an attenuation associated with said radio module, the value of the attenuation being determined according to a maximum admissible power for said radio module, to a transmission power of the other radio module and to an isolation between the first and the second radio interface; - determining, for each radio module, a value of an indicator of the quality of a communication established with said radio module; and when, for the first or the second radio module, respectively, the value of the quality indicator is higher than a predetermined threshold value, the predetermined threshold value being dependent on the value of the attenuation associated with the first or with the second radio module, respectively, and on a maximum admissible power for the first or the second radio module, respectively: - programming the attenuation of the radio attenuator placed on the interface of the first or of the second radio module, respectively, the attenuation being chosen to be equal to the value of the attenuation associated with the first or with the second radio module, respectively. - determining, for each radio module, a value of an attenuation associated with said radio module, the value of the attenuation being determined according to a maximum admissible power for said radio module, to a transmission power of the other radio module and to an isolation between the first and the second radio interface; - determining, for each radio module, a value of an indicator of the quality of a communication established with said radio module; and - programming the attenuation of the radio attenuator placed on the interface of the first or of the second radio module, respectively, the attenuation being chosen to be equal to the value of the attenuation associated with the first or with the second radio module, respectively.
An apparatus for the production of fine fibers onto a collection media , comprising: a first electrode ; a second electrode spaced from the first electrode , the second electrode including strand entrained upon at least two guides ; an entrance region and an exit region spaced apart along a first path , wherein the collection media is adapted to be driven along the first path from the entrance region to the exit region in spaced relation from the second electrode ; a drive unit adapted to drive the strand, along the at least two guides for movement along a second path that is transverse to the first path ; a voltage source arranged to generate a voltage differential between the first and second electrodes for generating the spinning of fine fibers ; wherein the strand is an endless chain of a plurality of discrete segments separated by gaps , wherein each segment typically provides at least one discrete spinning location wherein polymer fine fibers are electrospun during operation; and wherein the strand is an endless strand driven about an endless path , wherein the second path is a part of the endless path , the endless path further including a return path spaced from the second path , the endless strand being farther away from the first electrode along the return path than the second path . a first electrode ; a second electrode spaced from the first electrode , the second electrode including strand entrained upon at least two guides ; an entrance region and an exit region spaced apart along a first path , wherein the collection media is adapted to be driven along the first path from the entrance region to the exit region in spaced relation from the second electrode ; a drive unit adapted to drive the strand, along the at least two guides for movement along a second path that is transverse to the first path ; a voltage source arranged to generate a voltage differential between the first and second electrodes for generating the spinning of fine fibers ; wherein the strand is an endless chain of a plurality of discrete segments separated by gaps , wherein each segment typically provides at least one discrete spinning location wherein polymer fine fibers are electrospun during operation; and wherein the strand is an endless strand driven about an endless path , wherein the second path is a part of the endless path , the endless path further including a return path spaced from the second path , the endless strand being farther away from the first electrode along the return path than the second path .
A spreading device adapted to administer a composition onto a tree stump (T) which composition comprises microbial propagules to control or prevent the growth of a forest pathogen, which spreading device comprises: a spreading head connected to a pipe-like frame , and administering means for administering said composition, characterised in that said administering means comprise a pressure accumulator for loading pressurized air (I), said pressure accumulator being connected to a first end of the pipe-like frame via a supply pipe and regulating means which comprises at least one regulating valve for regulating flow of the pressurized air (I) entering the frame which regulating means further comprises communication means for providing to at least one regulating valve data about starting time of pressurized air (I) delivery and data about duration of said pressurized air (I) delivery, wherein said pressure of delivered pressurized air (I) depends on the diameter of the tree stump (T) and which administering means further comprises - a powder storage which contains a powder-like mixture (S, K) comprising microbial propagule (S) and a solid fine carrier (K), which powder storage is configured to be capable of being brought into a flow connection of the powder-like mixture (S,K) with the frame , and - a control apparatus connected to a second end of the frame for administering the powder-like mixture (S, K) inside the frame and means for blowing the powder-like mixture (S, K) onto a tree stump (T), via the spreading head connected to the frame . - a powder storage which contains a powder-like mixture (S, K) comprising microbial propagule (S) and a solid fine carrier (K), which powder storage is configured to be capable of being brought into a flow connection of the powder-like mixture (S,K) with the frame , and - a control apparatus connected to a second end of the frame for administering the powder-like mixture (S, K) inside the frame and means for blowing the powder-like mixture (S, K) onto a tree stump (T), via the spreading head connected to the frame .
A sectioning apparatus for sectioning frozen tissue specimens, comprising: a frame having two opposing side walls extending in a longitudinal direction (L) of the apparatus ; a blade unit mounted between the side walls of the frame in a transverse direction (T) of the apparatus ; a clamping unit integral with or fixed to each side wall of the frame that is adapted to clamp one end of the blade unit ; a specimen stage for mounting a tissue specimen; and a drive mechanism for providing relative movement between the specimen stage and the blade unit in use of the apparatus ; characterised in that the clamping unit has a dimension in the transverse direction (T) that is greater than a dimension of the side wall of the frame in the transverse direction (T); and in that each side wall of the frame has a longitudinally-extending edge which, in use, is at an upper part of the apparatus ; a cutaway portion is formed along the upper edge of each side wall of the frame to accommodate at least part of the clamping unit ; and the clamping unit is mounted on the cutaway portion .
A gas hob comprising a cup-shaped burner body disposed in an opening on a top plate and a flame spreader extending radially outwardly on the burner body so as to provide an air intake corridor (a) with the top plate ; a grate having a frame that surrounds the burner body at a distance and at least one carrier arm rising from the frame and extending towards the flame spreader ; a flat heat shield arranged as a spacer between the burner body and the frame characterized in that the frame is in the form of a flat plate and thickness of the frame surrounding the heat shield from its periphery is arranged to equal or smaller than the height of the heat shield wherein a flat upper wall of the frame of the grate is aligned with the upper wall of the heat shield to extend in the same horizontal plane and a flat rim forming the lower part of the cylindrical flame spreader extends radially outwards to limit entrance of an air intake corridor (a) with the upper wall of the heat shield wherein the air intake corridor (a) reaches the inner chamber of the burner body from one end and provides mixing of the flammable gas coming from an injector with the ambient air.
A suspension for motorcycles comprising: a tube and a rod configured to slide coaxially one on the top of the other, by means of a cylindrical-type coupling, and a spring interposed therebetween said tube and said rod , characterized in that said spring comprises a plurality of annular lamellae stacked on top of one another, wherein adjacent lamellae of said plurality are connected to one another with at least one pair of connection elements , so that according to an axial direction (Y), a pair of connection elements is angularly staggered with respect to an adjacent pair of connection elements , wherein said connection elements are rigidly connected to said lamellae , and wherein said spring comprises two annular end lamellae axially opposed to each other, said two annular end lamellae are connected to end-stroke elements of the tube and rod , respectively, to prevent a relative rotation between said tube and said rod , and so that said annular end lamellae can vary the mutual distance while maintaining a coaxial alignment of the annular lamellae , such that said spring allows an elastic bending along said axial direction (Y), avoiding a torsional rotation around said axial direction (Y), and since said spring result torsionally rigid, a relative rotation of rod with respect to tube is avoided. a tube and a rod configured to slide coaxially one on the top of the other, by means of a cylindrical-type coupling, and a spring interposed therebetween said tube and said rod , characterized in that said spring comprises a plurality of annular lamellae stacked on top of one another, wherein adjacent lamellae of said plurality are connected to one another with at least one pair of connection elements , so that according to an axial direction (Y), a pair of connection elements is angularly staggered with respect to an adjacent pair of connection elements , wherein said connection elements are rigidly connected to said lamellae , and wherein said spring comprises two annular end lamellae axially opposed to each other, said two annular end lamellae are connected to end-stroke elements of the tube and rod , respectively, to prevent a relative rotation between said tube and said rod , and so that said annular end lamellae can vary the mutual distance while maintaining a coaxial alignment of the annular lamellae , such that said spring allows an elastic bending along said axial direction (Y), avoiding a torsional rotation around said axial direction (Y), and since said spring result torsionally rigid, a relative rotation of rod with respect to tube is avoided.
Device for capacitive detection of an object comprising a set of capacitive detection electrodes (202 1 -202 n ), each carrying out a capacitive detection for a detection location of a detection surface, each detection electrode (202 1 -202 n ) comprising at least one first (204 1 -204 n ) and one second (206 1 -206 n ) independent electrodes, called measurement electrodes, said device also comprising: - first detection electronics (100 1 ) for the first measurement electrodes (204 1 -204 n ) of said assembly, forming with said first measurement electrodes (204 1 -204 n ) a first detection channel, to polarize said first measurement electrodes (204 1 -204 n ) at an alternating potential, called excitation potential, different from a ground potential , and measure a signal relative to a capacitance, called electrode-object capacitance, between each first measurement electrode (204 1 -204 n ) and said object, and - second detection electronics (100 2 ) for the second measurement electrodes (206 1 -206 n ) of said assembly, forming with said second measurement electrodes (206 1 -206 n ) a second detection channel, to polarize said second measurement electrodes (206 1 -206 n ) at said excitation potential and measure a signal relative to an electrode-object capacitance between each second measurement electrode (206 1 -206 n ) and said object. - first detection electronics (100 1 ) for the first measurement electrodes (204 1 -204 n ) of said assembly, forming with said first measurement electrodes (204 1 -204 n ) a first detection channel, to polarize said first measurement electrodes (204 1 -204 n ) at an alternating potential, called excitation potential, different from a ground potential , and measure a signal relative to a capacitance, called electrode-object capacitance, between each first measurement electrode (204 1 -204 n ) and said object, and - second detection electronics (100 2 ) for the second measurement electrodes (206 1 -206 n ) of said assembly, forming with said second measurement electrodes (206 1 -206 n ) a second detection channel, to polarize said second measurement electrodes (206 1 -206 n ) at said excitation potential and measure a signal relative to an electrode-object capacitance between each second measurement electrode (206 1 -206 n ) and said object.
A cartridge for use in a perforating gun, comprising: a cartridge body having a cartridge top , a cartridge bottom , an upper end, and a lower end; a conductive cartridge end cap arranged at the upper end of the cartridge body; a detonator proximate the upper end; a switch electrically connected to the detonator ; a first electrical contact proximate the lower end; a first electrical contact proximate the upper end; and wherein the first electrical contacts proximate the lower end and upper end are electrically connected to the switch ; a retainer arranged at the lower end of the cartridge body. a cartridge body having a cartridge top , a cartridge bottom , an upper end, and a lower end; a conductive cartridge end cap arranged at the upper end of the cartridge body; a detonator proximate the upper end; a switch electrically connected to the detonator ; a first electrical contact proximate the lower end; a first electrical contact proximate the upper end; and wherein the first electrical contacts proximate the lower end and upper end are electrically connected to the switch ; a retainer arranged at the lower end of the cartridge body.
A system for providing a light, the system comprising a mounting rail elongated in a longitudinal direction (X), on which mounting rail supply lines are arranged, and a mounting body elongated in the longitudinal direction (X), on which mounting body an illuminant and/or another functional element is arranged, the system comprising a current conducting rail elongated in the longitudinal direction (X) and having channels in which conducting wires are arranged, and an electrical contact device having a mounting portion and a contact portion offset from the mounting portion in a vertical direction (Z), and having longitudinal side portions and end face portions, wherein, in an operating position, the mounting rail and the mounting body are fixed to each other, the current conducting rail is fastened to the mounting rail , and the contact device is fastened with its mounting portion to the mounting body and is electrically conductively connected with its contact portion to at least some of the conducting wires, wherein the mounting body has a bottom portion and two side wall portions extending away from the bottom portion along a vertical direction (Z), and in the operating position, the mounting portion of the contact device is held pressed against the bottom portion on the mounting body , characterized in that in the region of its mounting portion , the electrical contact device has, on one of its two face side portions, a plurality of contact elements for receiving and making electrical contact with a respective end portion of a plurality of first electrical conductors and, on the other of the two end face portions, a plurality of contact elements for receiving and making contact with a respective end portion of a plurality of second conductors, the two pluralities of contact elements being electrically connected to one another over the longitudinal extent of the contact device in each case by means of a through conductor, in particular in such a way that a contact element on one of the two front face portions is electrically connected to an associated contact element on the other of the two end face portions.
An interior member comprising: a base material part ; and a skin part disposed on one surface side of the base material part, the skin part having an air passage part through which air that is temperature-adjusted to a predetermined temperature passes, the air passage part having a passing resistance member that gives passing resistance to the air passing through the air passage part, wherein a pipe for introducing the temperature-adjusted air into the air passage part and a connection part on an air introduction side of the passing resistance member are connected in an airtight state, characterized in that a pipe for discharging the air having passed through the air passage part to an outside of the air passage part and a connection part on an air discharge side of the passing resistance member are connected in an airtight state, and wherein end edge parts on the air introduction side and the air discharge side, respectively, of the passing resistance member are brought in an airtight state. a base material part ; and a skin part disposed on one surface side of the base material part, the skin part having an air passage part through which air that is temperature-adjusted to a predetermined temperature passes, the air passage part having a passing resistance member that gives passing resistance to the air passing through the air passage part, wherein a pipe for introducing the temperature-adjusted air into the air passage part and a connection part on an air introduction side of the passing resistance member are connected in an airtight state, characterized in that a pipe for discharging the air having passed through the air passage part to an outside of the air passage part and a connection part on an air discharge side of the passing resistance member are connected in an airtight state, and wherein end edge parts on the air introduction side and the air discharge side, respectively, of the passing resistance member are brought in an airtight state.
Method for determining the load dynamics of a wind turbine in reaction to the wind, wherein the wind turbine has a drive train comprising the power-transmitting rotating components ranging from the rotor to the generator , characterized by the steps: a) determining the current acceleration power ( P accelera-tion ), which causes the drive train to accelerate, from the measured rotational speed ( ω ) of the drive train ; b) determining the power which is being currently transmitted by the drive train ( P transmit ) ; and c) determining the load dynamics as a gradient d dt of the sum of current acceleration power ( P acceleration ) and the currently transmitted power ( P transmit ) . a) determining the current acceleration power ( P accelera-tion ), which causes the drive train to accelerate, from the measured rotational speed ( ω ) of the drive train ; b) determining the power which is being currently transmitted by the drive train ( P transmit ) ; and c) determining the load dynamics as a gradient d dt of the sum of current acceleration power ( P acceleration ) and the currently transmitted power ( P transmit ) .
A method for audio signal compression and enhancement , including: performing enhancement on a multichannel audio signal to generate an enhanced multichannel audio signal ; and performing multiband compression on the enhanced multichannel audio signal using a multiband limiter , thereby generating a compressed, enhanced multichannel audio signal, wherein the enhancement is performed in response to feedback from the multiband limiter , and wherein the enhancement comprises • extracting a low frequency audio signal and a high frequency audio signal from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals to generate a summed signal , and • mixing the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal . performing enhancement on a multichannel audio signal to generate an enhanced multichannel audio signal ; and performing multiband compression on the enhanced multichannel audio signal using a multiband limiter , thereby generating a compressed, enhanced multichannel audio signal, wherein the enhancement is performed in response to feedback from the multiband limiter , and wherein the enhancement comprises • extracting a low frequency audio signal and a high frequency audio signal from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals to generate a summed signal , and • mixing the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal . • extracting a low frequency audio signal and a high frequency audio signal from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals to generate a summed signal , and • mixing the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal .