mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue anomaly detection system , comprising: a probe transmitter device structured to radiate a radio-frequency signal (S RAD ) to irradiate a patient tissue in near-field conditions so as to produce a resulting radio-frequency signal (S IN ) and comprising: an antenna radiating element configured to radiate the radio-frequency signal (S RAD ) with a linear polarization (E); a receiving device structured to receive the resulting signal (S IN ) and provide a corresponding received electrical signal (V REC ); a processing module configured to process the received electrical signal (V REC ) and provide an information indicating detection of an anomaly in said tissue; wherein the processing module is configured to: analyse the trend of a power associated to the received electrical signal (V REC ) versus time and detect said anomaly associated with nulls or minima or values under a threshold in said trend of the power; characterized in that the transmitter device further includes an actuator device mechanically coupled to the antenna radiating element and configured to cause a rotation of the antenna radiating element so as to rotate the polarization (E) of the radio-frequency signal (S RAD ) and triggering interference and scattering phenomena that allow obtaining the anomaly detection. a probe transmitter device structured to radiate a radio-frequency signal (S RAD ) to irradiate a patient tissue in near-field conditions so as to produce a resulting radio-frequency signal (S IN ) and comprising: an antenna radiating element configured to radiate the radio-frequency signal (S RAD ) with a linear polarization (E); a receiving device structured to receive the resulting signal (S IN ) and provide a corresponding received electrical signal (V REC ); a processing module configured to process the received electrical signal (V REC ) and provide an information indicating detection of an anomaly in said tissue; wherein the processing module is configured to: analyse the trend of a power associated to the received electrical signal (V REC ) versus time and detect said anomaly associated with nulls or minima or values under a threshold in said trend of the power; characterized in that the transmitter device further includes an actuator device mechanically coupled to the antenna radiating element and configured to cause a rotation of the antenna radiating element so as to rotate the polarization (E) of the radio-frequency signal (S RAD ) and triggering interference and scattering phenomena that allow obtaining the anomaly detection.
A system for distributing multimedia contents including: - a server (RTBS) for broadcasting a multimedia content in time real; and - a centralized system (NPVR) able to record, in at least one storage server (PSS) of the network, at least one multimedia content broadcast by said broadcast server (BS) upon receipt of a recording request (REQREC) issued by a user; said system being characterized in that said centralized system (NPVR) includes a communication module (MCOM) configured to transmit, in high definition, at least part of said multimedia content to an equipment (PVR) of this user, before the user makes a request to render (REQRES) said content. - a server (RTBS) for broadcasting a multimedia content in time real; and - a centralized system (NPVR) able to record, in at least one storage server (PSS) of the network, at least one multimedia content broadcast by said broadcast server (BS) upon receipt of a recording request (REQREC) issued by a user; said system being characterized in that said centralized system (NPVR) includes a communication module (MCOM) configured to transmit, in high definition, at least part of said multimedia content to an equipment (PVR) of this user, before the user makes a request to render (REQRES) said content.
Assembly for securing to a body part of a motor vehicle a headlamp washer that is retractable through an opening made in this body part , said assembly having a support intended to receive said headlamp washer and a base , the support and the base being two separate parts, one of the assembly composed of the base and the support comprising integrally produced connecting elements and able to cooperate with apertures on the other of the assembly composed of the base and the support , these connecting elements and the apertures being dimensioned such that they, alone, allow the body part to be sandwiched between the base and the support and allow this sandwiching to be maintained durably, characterised in that the connecting elements and the apertures are the only means of securing the base and the support to the vehicle body.
A method for the preparation of effervescent granules, wherein at least one acidic effervescent component and at least one alkaline CO 2 -generating effervescent component as the reactive components are brought to reaction with one another under stirring in a vacuum in an evacuable mixing chamber, wherein, after loading at least the reactive components, the mixing chamber is evacuated to a first vacuum value p 1 , and wherein the mixing chamber is evacuated to said first vacuum value p 1 again, optionally repeatedly, once the pressure has increased to a second vacuum value pz as a result of the progressing CO 2 -formation of the effervescent reaction in the mixing chamber, and wherein the effervescent reaction is carried out in a vacuum range p 1 to p 2 of 100 to 900 mbar, and wherein the effervescent reaction is stopped by drying the effervescent granules under vacuum in a `stop'-drying step, wherein during at least the effervescent reaction step(s) the stirring speed in the mixing chamber exhibits a Froude number (Fr) in the range of 0.50 to 8.00, preferably in the range of0.80 to 8.00, more preferably in the range of 0.90 to 8.00. wherein the effervescent reaction is stopped by drying the effervescent granules under vacuum in a `stop'-drying step, wherein during at least the effervescent reaction step(s) the stirring speed in the mixing chamber exhibits a Froude number (Fr) in the range of 0.50 to 8.00, preferably in the range of0.80 to 8.00, more preferably in the range of 0.90 to 8.00.
An optical receiver comprising: a photodiode operable to receive an optical signal and produce an electrical signal; a transimpedance amplifier TIA operable to receive the electrical signal and produce a first amplified signal; and an electronic dispersion compensation EDC device operable to receive the first amplified signal from the TIA and produce a compensated signal, wherein the EDC device comprises passive electronic components having an arrangement with a frequency response so as to compensate optical dispersion in the first amplified signal, at least some of the passive electronic components forming a low-pass or high-pass filter, an attenuator, or a notch filter the optical receiver being characterized in that the EDC device is configured to compensate the optical dispersion on the received first amplified signal using either a time domain analysis or a frequency domain analysis and use frequency response characteristics of an ideal data signal without optical dispersion as a reference template. a photodiode operable to receive an optical signal and produce an electrical signal; a transimpedance amplifier TIA operable to receive the electrical signal and produce a first amplified signal; and an electronic dispersion compensation EDC device operable to receive the first amplified signal from the TIA and produce a compensated signal, wherein the EDC device comprises passive electronic components having an arrangement with a frequency response so as to compensate optical dispersion in the first amplified signal, at least some of the passive electronic components forming a low-pass or high-pass filter, an attenuator, or a notch filter the optical receiver being characterized in that the EDC device is configured to compensate the optical dispersion on the received first amplified signal using either a time domain analysis or a frequency domain analysis and use frequency response characteristics of an ideal data signal without optical dispersion as a reference template.
Method for controlling the position of a lower and/or upper material web on a packaging machine, wherein the lower material web is unwound from a supply roll and intermittently or continuously transported along the packaging machine by two chain strands, each having a multiplicity of grippers which grip in a clamping manner the lower material web in the infeed region of the packaging machine, and in the process pack cavities are optionally formed in the lower material web in a forming station , and the lower material web, preferably the pack cavities, are then populated with a packaged item , wherein, subsequently in a sealing station , an upper material web is connected to the lower material web , wherein the lower and the upper material web are in each case unwound from a supply roll , characterized in that the transverse position of a reference point on the lower and/or the upper material web relative to a stationary component of the packaging machine is detected by a sensor at the infeed of the chain strand where the grippers of the chain clamp the periphery of the material web and, based on this detection, the position of the lower and/or the upper material web transverse to its transporting direction is modified, if required.
Lighting device for a motor vehicle headlamp, comprising - a plurality of light sources, - a light guiding unit made of a light guiding solid body having a plurality of light guides , and - a downstream projection lens having a focal plane (E) and an optical axis (X), wherein each light guide has a light coupling-in surface for coupling light from a light source into the light guide , the light guides being brought together toward a common light coupling-out surface of the light guide unit , wherein the light outcoupling surface is arranged to radiate light into the projection lens and lies substantially in the focal plane (E) of the projection lens , wherein the light guiding unit has at least one light-transmitting deflecting element which extends in a rib-like manner along the light extraction surface and projects beyond the light extraction surface in the direction of the projection lens or is formed in the opposite direction as a depression within the light extraction surface , the deflecting element being set up to deflect light entering the deflecting element from the light extraction surface at least partially in the direction of the projection lens , wherein the deflection element has a triangular cross-section, the triangular cross-section being bounded by three legs (S1, S2, S3), characterized in that a first leg (S1) of the triangle runs parallel to the optical axis (X) and a second leg (S2) runs parallel to the light extraction surface . - a plurality of light sources, - a light guiding unit made of a light guiding solid body having a plurality of light guides , and - a downstream projection lens having a focal plane (E) and an optical axis (X),
A refrigeration appliance comprising: at least one freezer compartment ; at least one refrigerator compartment , wherein the freezer compartment and the refrigerator compartment are defined by a plurality of interior surfaces; at least one mullion ; a cooling module set - CMS at least partially contained in the mullion and removably engaged to at least one of the plurality of interior surfaces, said refrigeration appliance being characterized in that the cooling module set comprises an orientation-flexible compressor , wherein the cooling module set is configured to operate in any orientation within a plurality of mullion orientations dictated by a given cabinet configuration. at least one freezer compartment ; at least one refrigerator compartment , wherein the freezer compartment and the refrigerator compartment are defined by a plurality of interior surfaces; at least one mullion ; a cooling module set - CMS at least partially contained in the mullion and removably engaged to at least one of the plurality of interior surfaces, said refrigeration appliance being characterized in that the cooling module set comprises an orientation-flexible compressor , wherein the cooling module set is configured to operate in any orientation within a plurality of mullion orientations dictated by a given cabinet configuration.
A deflector plate for use in a grill , the deflector plate comprising: a first layer having a first outer edge, the first outer edge including a downwardly projecting member around an entire perimeter of the first outer edge of the first layer ; a second layer having at a second outer edge, the second outer edge having a U-shaped channel formed around an entire circumferential edge of the second layer , wherein a bottom edge of the downwardly projecting member of the first layer is crimped with the U-shaped channel of the second layer to couple the first layer and the second layer , and wherein the first layer , the second layer , and the downwardly projecting member define a hollow plenum between the first layer and the second layer . a first layer having a first outer edge, the first outer edge including a downwardly projecting member around an entire perimeter of the first outer edge of the first layer ; a second layer having at a second outer edge, the second outer edge having a U-shaped channel formed around an entire circumferential edge of the second layer , wherein a bottom edge of the downwardly projecting member of the first layer is crimped with the U-shaped channel of the second layer to couple the first layer and the second layer , and wherein the first layer , the second layer , and the downwardly projecting member define a hollow plenum between the first layer and the second layer .
Circuit arrangement for power semiconductor components , comprising multiple modules (M1, M2, M3, M4), each of which has a driver connected to at least one power semiconductor component via at least one first line , wherein there is provision for a switching time circuit , which is connected to the drivers via second lines and by means of which an individual switching signal (SA1, SA2, SA3, SA4) is generable for each of the drivers , wherein each of the switching signals (SA1, SA2, SA3, SA4) is individual to the respective driver in respect of the switching time, wherein the switching time circuit is operable for the purpose of generating the individual switching signals (SA1, SA2, SA3, SA4) on the basis of a control signal (S), wherein at least some of the switching signals are generable with a prescribed individual switching offset (SO1, SO2, SO3, SO4), wherein the respective switching offset (SO1, SO2, SO3, SO4) is chosen such that a resultant asynchronous switching response of the power semiconductor components is corrected.
A method for manufacturing a hinge having two hinge arms that can be displaced in an articulated manner relative to each other, wherein each hinge arm receives respectively one sliding bearing element and a plain bearing bush is arranged between the sliding bearing elements , wherein a) the plain bearing bush is inserted between the two sliding bearing elements , characterized in that b) melt then flows around the sliding bearing elements for the manufacture of the hinge arms , wherein the temperature of the melt is guided such that the sliding bearing elements heat up and thereby heat the plain bearing bush arranged between these in a controlled manner, c) wherein the heating of the plain bearing bush leads to the clearance in the hinge and the coefficient of friction being set in a controlled manner. a) the plain bearing bush is inserted between the two sliding bearing elements , b) melt then flows around the sliding bearing elements for the manufacture of the hinge arms , wherein the temperature of the melt is guided such that the sliding bearing elements heat up and thereby heat the plain bearing bush arranged between these in a controlled manner, c) wherein the heating of the plain bearing bush leads to the clearance in the hinge and the coefficient of friction being set in a controlled manner.
Slip ring , in particular for a rotor having windings of an electric machine, in particular for the use in a wind power installation, having at least one contacting region and at least two isolating regions , wherein the isolating regions and the at least one contacting region are disposed so as to be axially adjacent, wherein at least the respective contacting region is configured so as to be substantially cylindrical, wherein the contacting region at least in the direction (r) pointing radially outwards has a contact surface , wherein the contacting region in the region of the contacting face has a recess , wherein - the recess on the internal side has protrusions , and/or the recess in the tangential direction (t) is interrupted; - the radius of the respective contacting region is larger than the radius of the respective isolating region ; - the contacting region has openings , wherein the openings are in each case disposed in an annular surface that in the radial direction protrudes beyond the isolating region , wherein the openings lead into the recess ; characterized in that - the openings run obliquely to the axial direction and the slope is configured at an interval of 5 degrees to 45 degrees in relation to a normal of the annular face. - the recess on the internal side has protrusions , and/or the recess in the tangential direction (t) is interrupted; - the radius of the respective contacting region is larger than the radius of the respective isolating region ; - the contacting region has openings , wherein the openings are in each case disposed in an annular surface that in the radial direction protrudes beyond the isolating region , wherein the openings lead into the recess ; - the openings run obliquely to the axial direction and the slope is configured at an interval of 5 degrees to 45 degrees in relation to a normal of the annular face.
An elastic membrane comprising an elastomer having an elongation at break of greater than 150% measured according to DIN 53504; where the elastomer comprises a thermoplastic elastomer (P1), where the thermoplastic elastomer (P1) comprises a polyurethane elastomer based on the following components: - 11% to 79% by weight of a mixture of at least one diol (D1) and at least one isocyanate , - 21% to 89% by weight of at least one compound (C1) having at least two isocyanate-reactive groups, which compound is a polyol, wherein the elastic membrane has pores having an average pore diameter of less than 2000 nm, determined by means of Hg porosimetry in accordance with DIN 66133. - 11% to 79% by weight of a mixture of at least one diol (D1) and at least one isocyanate , - 21% to 89% by weight of at least one compound (C1) having at least two isocyanate-reactive groups, which compound is a polyol,
Machine for rehabilitating a ballast bed comprising: - at least one undercutter defining an operating movement direction of the rehabilitation machine , - a distributor for dividing an incoming ballast stream originating from the undercutter into at least two separate outgoing ballast streams; - at least one rear screening machine positioned behind the undercutter in the direction of movement and capable of being fed by a first of the separate outgoing ballast streams; and - at least one front screening machine capable of being fed by a second of the separate outgoing ballast streams; characterized in that the front screening machine is positioned in front of the undercutter , the distributor comprising a variator in order to vary the ratio between the first and second of the separate outgoing ballast streams. - at least one undercutter defining an operating movement direction of the rehabilitation machine , - a distributor for dividing an incoming ballast stream originating from the undercutter into at least two separate outgoing ballast streams; - at least one rear screening machine positioned behind the undercutter in the direction of movement and capable of being fed by a first of the separate outgoing ballast streams; and - at least one front screening machine capable of being fed by a second of the separate outgoing ballast streams;
A floor sweeper, comprising a housing , wherein the housing has a garbage cavity for containing garbage, the garbage cavity has an inlet allowing the garbage to enter the garbage cavity, and a sweeping roller is disposed at the inlet of the garbage cavity, is rotatably connected to the housing and is able to sweep outside garbage into the garbage cavity; a sealing plate for opening/closing the inlet is disposed at the inlet of the garbage cavity, characterized in that an ejector rod is vertically and movably connected to the housing, has an upper end connected to the sealing plate and is able to move vertically to drive the sealing plate to move; when the floor sweeper cleans a floor, the ejector rod abuts against the floor and moves upwards to drive the sealing plate to move to open the inlet of the garbage cavity; and when the floor sweeper is lifted off the floor, the ejector rod leaves the floor, and the sealing plate seals the inlet of the garbage cavity.
A method for manufacturing a carbon fiber bundle, the method comprising filtering a spinning dope solution in which a polyacrylonitrile copolymer is dissolved in a solvent, using a filter medium having a particle retention B (um), wherein the particle retention B of the filter medium is determined according to a method of JIS standard JIS-B8356-8:2002, and a filter basis weight D (g/m 2 ), under conditions where a filtration speed A (cm/hour) satisfies following equations to , then spinning the filtered spinning dope solution to obtain a precursor fiber bundle for carbon fiber, D − 600 / α × β ≥ 0 α = 1 − 1 / 1 + exp 7 − A β = 1 − 1 / 1 + exp − 0.23 × B heat-treating the obtained precursor fiber bundle for carbon fiber at 210°C or more and less than 245°C in an oxidizing atmosphere until a density reaches 1.22 to 1.24 g/cm3, and then subjecting to a heat treatment process at 245°C or more and less than 275°C in an oxidizing atmosphere until a density reaches 1.32 to 1.35 g/cm 3 , and then heat-treating at 275°C or more and 295°C or less in an oxidizing atmosphere until a density reaches 1.46 to 1.50 g/cm 3 to obtain an oxidized fiber bundle, and then heat-treating the oxidized fiber bundle at 1200°C to 1800°C in an inert atmosphere.