mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for acquiring information relating to one or more articles in relative motion with respect to the apparatus, said information comprising one or more of the following: shape, volume, type, sizes, weight, color, possible presence of surface irregularities, volumetric distribution, and/or combinations thereof, wherein said apparatus comprises: - an acquisition device provided with emitter means and receiver means arranged around a passage section suitable to be passed through by at least one of said articles in transit in a direction of transit (X, Y), said emitter means and said receiver means being respectively configured to emit and receive electromagnetic radiations and supply a corresponding signal; - a processing unit configured to receive and process said signal in order to obtain at least a set of data relating to a portion of said article from which to determine one or more pieces of said information relating to said article ; characterized in that said receiver means , preferably of CMOS type, are arranged, essentially without a break in continuity, along a perimeter around said passage section in order to receive at least part of the electromagnetic radiation emitted by said emitter means , and in that said emitter means are arranged, with respect to said receiver means , oriented so as to emit an electromagnetic radiation toward said passage section , to strike with the electromagnetic radiation on said article in transit through said passage section . - an acquisition device provided with emitter means and receiver means arranged around a passage section suitable to be passed through by at least one of said articles in transit in a direction of transit (X, Y), said emitter means and said receiver means being respectively configured to emit and receive electromagnetic radiations and supply a corresponding signal; - a processing unit configured to receive and process said signal in order to obtain at least a set of data relating to a portion of said article from which to determine one or more pieces of said information relating to said article ;
A method for transmitting, by a first station, STA, a signal to a second STA in a wireless local area network, WLAN, system, comprising: generating (S3910) a training subfield including a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols; and transmitting (S3920) the signal including an enhanced directional multi-gigabit, EDMG, header A field, a data field and a training field to the second STA, wherein the signal is an EDMG physical layer protocol data unit, PPDU, wherein the training field starts with T repetitions of the training subfield, wherein the training subfield is configured based on an OFDM training basic sequence, wherein the OFDM training basic sequence is configured for 2.16 GHz channel, 4.32 GHz channel, 6.48 GHz channel, or 8.64 GHz channel, wherein the OFDM training basic sequence is configured for a maximum of eight space-time streams, wherein the OFDM training basic sequence includes a left sequence, a zero sequence being contiguous to the left sequence, and a right sequence being contiguous to the zero sequence, wherein the zero sequence is , wherein a value of T is defined based on a training subfield sequence length field of the EDMG header A field, wherein when the training subfield sequence length field is '0', T is set to '2', wherein when the training subfield sequence length field is '1', T is set to '1', wherein when the training subfield sequence length field is '2', T is set to '4'. generating (S3910) a training subfield including a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols; and transmitting (S3920) the signal including an enhanced directional multi-gigabit, EDMG, header A field, a data field and a training field to the second STA, wherein the signal is an EDMG physical layer protocol data unit, PPDU, wherein the training field starts with T repetitions of the training subfield, wherein the training subfield is configured based on an OFDM training basic sequence, wherein the OFDM training basic sequence is configured for 2.16 GHz channel, 4.32 GHz channel, 6.48 GHz channel, or 8.64 GHz channel, wherein the OFDM training basic sequence is configured for a maximum of eight space-time streams, wherein the OFDM training basic sequence includes a left sequence, a zero sequence being contiguous to the left sequence, and a right sequence being contiguous to the zero sequence, wherein the zero sequence is , wherein a value of T is defined based on a training subfield sequence length field of the EDMG header A field, wherein when the training subfield sequence length field is '0', T is set to '2', wherein when the training subfield sequence length field is '1', T is set to '1', wherein when the training subfield sequence length field is '2', T is set to '4'.
A fuel rail assembly comprising a fuel rail and a second component and a brazed joint therebetween to secure the fuel rail and the second component together by means of a brazing filler material distributed between a first joining area formed by a surface portion of the fuel rail and second joining area formed by a surface portion of the second component , characterized in that one or both of the joining areas have formed therein at least one elongate slot adapted to contain a brazing material, wherein the slot extends across the entire extent of the joining area so as to be visually exposed at the edges of the joining area.
A system for energy storage and CO 2 capture comprising: - CaO, - a carbonator adapted to react CaO with CO 2 to produce CaCO 3 , - at least one CaCO 3 storage container for receiving and storing the CaCO 3 produced in the carbonator , characterized in that the CaCO 3 storage container is configured to be transportable such that the CaCO 3 can be supplied to a geographical location remote from the carbonator for CO 2 release the system further comprising - a calciner located at a geographical location remote from the carbonator and adapted to heat the CaCO 3 of the transportable CaCO 3 storage container to a temperature where CO 2 is released to produce CaO, - at least one CaO storage container for receiving and storing the CaO produced in the calciner , and - at least one storage for released CO 2 , wherein the carbonator and calciner are located at least 0.5 km apart, and wherein the CaCO 3 storage container and the CaO storage container are configured to be transportable so that it can be connected to, pulled along by or loaded into some kind of transportation device. - CaO, - a carbonator adapted to react CaO with CO 2 to produce CaCO 3 , - at least one CaCO 3 storage container for receiving and storing the CaCO 3 produced in the carbonator , characterized in that the CaCO 3 storage container is configured to be transportable such that the CaCO 3 can be supplied to a geographical location remote from the carbonator for CO 2 release the system further comprising - a calciner located at a geographical location remote from the carbonator and adapted to heat the CaCO 3 of the transportable CaCO 3 storage container to a temperature where CO 2 is released to produce CaO, - at least one CaO storage container for receiving and storing the CaO produced in the calciner , and - at least one storage for released CO 2 , - a calciner located at a geographical location remote from the carbonator and adapted to heat the CaCO 3 of the transportable CaCO 3 storage container to a temperature where CO 2 is released to produce CaO, - at least one CaO storage container for receiving and storing the CaO produced in the calciner , and - at least one storage for released CO 2 , wherein the carbonator and calciner are located at least 0.5 km apart, and wherein the CaCO 3 storage container and the CaO storage container are configured to be transportable so that it can be connected to, pulled along by or loaded into some kind of transportation device.
A method for producing a first measuring cap from a first plastics material, the method being based on a method for producing a second measuring cap from a second plastics material that is different from the first plastics material, the first measuring cap and the second measuring cap each having a measuring cup with a base and a side wall as well as a skirt which is attached to the side wall on the outside and, together with the side wall , delimits a circumferential annular space with an internal thread located therein, and the first measuring cap and the second measuring cap each being produced in an injection mold using an injection molding process, characterized in that for the production of the first measuring cap , the injection mold of the second measuring cap is used, so that the first measuring cap and the second measuring cap have an identical shape, the injection mold having an ejector plunger which rests against the base of the measuring cup and presses against this base when the measuring cap is ejected from the injection mold and which has an ejector ring which rests against an outer edge of the skirt and presses against the outer edge during ejection.
A non-aqueous electrolyte for a secondary battery, comprising an electrolytic salt, a first solvent, and a second solvent, wherein the electrolytic salt comprises a lithium salt and is included at a concentration of 0.5 M (mol/L) to 3.8 M (mol/L) in the non-aqueous electrolyte, the first solvent comprises at least one of dimethyl carbonate (DMC), ethyl acetate (EA), methyl propionate (MP), and methyl acetate (MA) and has a solubility of the electrolytic salt ranging from 100 to 400 g dissolved in 100 g of the first solvent at 25°C, the second solvent comprises at least one of trifluorotoluene (CF 3 Ph) and fluorobenzene (FB) and has a solubility of the electrolytic salt of less than or equal to 1 g dissolved in 100 g of the second solvent at 25°C the first solvent comprises a coordination solvent portion coordinated with an ionized ion from the electrolyte salt and a free solvent portion that is not coordinated with an ionized ion from the electrolyte salt, characterized in that a peak area ratio of the free solvent portion determined by a Raman spectrum is less than 20 % where the peak area ratio of the free solvent is a ratio of a peak area of the free solvent relative to a total area of a peak area of the free solvent and a peak area of the coordination solvent determined by the Raman spectrum, and the peak area is an area surrounded by a peak separated by peak separation treatment and a predetermined baseline. an electrolytic salt, a first solvent, and a second solvent, wherein the electrolytic salt comprises a lithium salt and is included at a concentration of 0.5 M (mol/L) to 3.8 M (mol/L) in the non-aqueous electrolyte, the first solvent comprises at least one of dimethyl carbonate (DMC), ethyl acetate (EA), methyl propionate (MP), and methyl acetate (MA) and has a solubility of the electrolytic salt ranging from 100 to 400 g dissolved in 100 g of the first solvent at 25°C, the second solvent comprises at least one of trifluorotoluene (CF 3 Ph) and fluorobenzene (FB) and has a solubility of the electrolytic salt of less than or equal to 1 g dissolved in 100 g of the second solvent at 25°C the first solvent comprises a coordination solvent portion coordinated with an ionized ion from the electrolyte salt and a free solvent portion that is not coordinated with an ionized ion from the electrolyte salt, characterized in that a peak area ratio of the free solvent portion determined by a Raman spectrum is less than 20 % where the peak area ratio of the free solvent is a ratio of a peak area of the free solvent relative to a total area of a peak area of the free solvent and a peak area of the coordination solvent determined by the Raman spectrum, and the peak area is an area surrounded by a peak separated by peak separation treatment and a predetermined baseline.
A device configured to be removably mounted to a wind turbine blade having a root , a tip and exterior surfaces extending in a generally spanwise direction from the root to the tip and defining a pressure side , a suction side , a leading edge and a trailing edge ; the device being configured for mitigating vibrations of a wind turbine when a rotor of the wind turbine is in standstill; and the device being configured to be attached around the blade substantially along a local chordwise direction; the device comprising a portion configured to protrude beyond the leading edge in a local chordwise direction which is characterized by having an angular contour comprising adjacent edges with an angle between them in cross-section the device being configured for mitigating vibrations of a wind turbine when a rotor of the wind turbine is in standstill; and the device being configured to be attached around the blade substantially along a local chordwise direction; the device comprising a portion configured to protrude beyond the leading edge in a local chordwise direction which is characterized by having an angular contour comprising adjacent edges with an angle between them in cross-section
A specimen container , comprising a body to which a well (W3) having an opening at an upper end and capable of storing a fluid in internal space (SP) is disposed, wherein: a part of a side wall of the well extends outwardly in an external direction from the internal space (SP) and forms a rising part which includes multiple grooves extending in the vertical direction and being arranged along the side wall, each of the grooves having surfaces retreating from the side wall including a bottom face, the bottom faces of the grooves have different depths from the opening in the vertical direction, a horizontal cross section of the internal space taken at one depth position in a vertical direction covers a horizontal cross section of the internal space taken at any position deeper than the one depth position in a plan view; and said bottom faces of grooves indicate at least an upper end and a lower end of an amount of the fluid. a part of a side wall of the well extends outwardly in an external direction from the internal space (SP) and forms a rising part which includes multiple grooves extending in the vertical direction and being arranged along the side wall, each of the grooves having surfaces retreating from the side wall including a bottom face, the bottom faces of the grooves have different depths from the opening in the vertical direction, a horizontal cross section of the internal space taken at one depth position in a vertical direction covers a horizontal cross section of the internal space taken at any position deeper than the one depth position in a plan view; and said bottom faces of grooves indicate at least an upper end and a lower end of an amount of the fluid.
An apparatus , comprising: a first and a second network interface with support of a multipath transport protocol; and a control module , coupled to the first and second network interfaces , to determine whether to aggregate bandwidth of the first and second network interfaces under a same transport layer connection, using the multipath transport protocol, based at least in part on a traffic prediction of the first network interface , the traffic prediction being based on measuring the throughput of the first network interface, wherein the control module is to receive a first average throughput in a first interval of a window of the first network interface and a second average throughput in a second interval of the window, wherein the first interval is previous to the second interval, and to aggregate bandwidth, by using the multipath transport protocol, from the first and second network interfaces when the second average throughput is greater than the first average throughput and a predetermined threshold. a first and a second network interface with support of a multipath transport protocol; and a control module , coupled to the first and second network interfaces , to determine whether to aggregate bandwidth of the first and second network interfaces under a same transport layer connection, using the multipath transport protocol, based at least in part on a traffic prediction of the first network interface , the traffic prediction being based on measuring the throughput of the first network interface, wherein the control module is to receive a first average throughput in a first interval of a window of the first network interface and a second average throughput in a second interval of the window, wherein the first interval is previous to the second interval, and to aggregate bandwidth, by using the multipath transport protocol, from the first and second network interfaces when the second average throughput is greater than the first average throughput and a predetermined threshold.
An endoscopic device for use in a closed light environment comprising: an endoscope body comprising: a hand holding structure; a lumen attached by a lumen base at a first end of the body; a tip portion of the lumen opposite of the lumen base of the body; a lens disposed at the distal most portion of the tip portion; an imaging sensor disposed near the tip portion of the lumen, wherein the imaging sensor comprises: an array of pixels for sensing electromagnetic radiation, wherein the array of pixels comprises active pixels and optical black pixels, wherein the optical black pixels are organized into a plurality of columns and does not contain any optical black rows adjacent to the active pixels within the pixel array; a transfer port for transmitting data generated by the pixel array; a digitizer to convert analog pixel data into digital data; a black clamp circuit for providing voltage offset control for the data generated by the pixel array, wherein the optical black columns are used for an optical black clamp algorithm, wherein the columns of optical black pixels are organized on a right side and a left side of the imaging sensor, wherein the plurality of columns of optical black pixels are used to calculate a baseline black level for the black clamp circuit and black clamp calculations performed by an image signal processor, and wherein the black clamp calculations are used to control the voltage offset prior to the digitizer and use a plurality of line offsets to determine the overall offset within a whole frame of data; and electrical connections providing electrical communication between the imaging sensor and image signal processing circuitry disposed remotely from the imaging sensor. a hand holding structure; a lumen attached by a lumen base at a first end of the body; a tip portion of the lumen opposite of the lumen base of the body; an array of pixels for sensing electromagnetic radiation, wherein the array of pixels comprises active pixels and optical black pixels, wherein the optical black pixels are organized into a plurality of columns and does not contain any optical black rows adjacent to the active pixels within the pixel array; a transfer port for transmitting data generated by the pixel array; a digitizer to convert analog pixel data into digital data; a black clamp circuit for providing voltage offset control for the data generated by the pixel array, wherein the optical black columns are used for an optical black clamp algorithm, wherein the columns of optical black pixels are organized on a right side and a left side of the imaging sensor, wherein the plurality of columns of optical black pixels are used to calculate a baseline black level for the black clamp circuit and black clamp calculations performed by an image signal processor, and wherein the black clamp calculations are used to control the voltage offset prior to the digitizer and use a plurality of line offsets to determine the overall offset within a whole frame of data; and electrical connections providing electrical communication between the imaging sensor and image signal processing circuitry disposed remotely from the imaging sensor.
Modular furniture arrangement comprising electrically and mechanically attachable module furniture parts , wherein the modular furniture arrangement comprises for fixing the module furniture parts to each other and for conducting electricity to at least one surface of the module furniture parts: - at least two of the module furniture parts attachable electrically and mechanically to each other, into each are formed at least two mutually electrically insulated electrically conductive support structures for mechanically supporting the module furniture parts, and - at least two attachment components for mechanically fastening the support structures of the module furniture parts to each other and for conducting electricity between the modular furniture parts , each attachment component connecting one of the mutually electrically insulated electrically conductive support structures of one of the module furniture parts to another of the mutually electrically insulated electrically conductive support structures of another of the module furniture parts , characterized in that - at least two clamping components , each one to be attached to an attachment component and conducting electricity in a direction of the surface of the module furniture part, the at least two clamping components fixing the support structures via the attachment components to each other. - at least two of the module furniture parts attachable electrically and mechanically to each other, into each are formed at least two mutually electrically insulated electrically conductive support structures for mechanically supporting the module furniture parts, and - at least two attachment components for mechanically fastening the support structures of the module furniture parts to each other and for conducting electricity between the modular furniture parts , each attachment component connecting one of the mutually electrically insulated electrically conductive support structures of one of the module furniture parts to another of the mutually electrically insulated electrically conductive support structures of another of the module furniture parts , characterized in that - at least two clamping components , each one to be attached to an attachment component and conducting electricity in a direction of the surface of the module furniture part, the at least two clamping components fixing the support structures via the attachment components to each other.