mhurhangee/patent-ind-claim-en huggingface dataset:
A Radio Frequency, RF, receiver comprising: a lower-order phase shift keying, PSK, demodulation circuit configured to generate at least one locking parameter when performing a lower-order PSK demodulation of an RF receive signal comprising an interfering PSK signal component, the locking parameter comprising at least one of a carrier frequency of the RF receive signal and a symbol rate of the RF receive signal, wherein the lower-order PSK demodulation includes at least one of a binary phase shift keying, BPSK, and quadrature phase shift keying, QPSK, demodulation; and a higher-order PSK demodulation circuit , having a higher order than the lower-order PSK demodulation circuit, and configured to lock to the RF receive signal using the at least one locking parameter from the lower-order PSK demodulation circuit, perform the higher-order PSK demodulation of the RF receive signal based upon locking to the RF receive signal to determine the interfering PSK signal component, wherein the higher-order PSK demodulation includes at least one of a 8 PSK and 16 PSK and a 16 quadrature amplitude modulation, QAM, and a 64 QAM and a 128 QAM and a 256 QAM demodulation. a lower-order phase shift keying, PSK, demodulation circuit configured to generate at least one locking parameter when performing a lower-order PSK demodulation of an RF receive signal comprising an interfering PSK signal component, the locking parameter comprising at least one of a carrier frequency of the RF receive signal and a symbol rate of the RF receive signal, wherein the lower-order PSK demodulation includes at least one of a binary phase shift keying, BPSK, and quadrature phase shift keying, QPSK, demodulation; and a higher-order PSK demodulation circuit , having a higher order than the lower-order PSK demodulation circuit, and configured to lock to the RF receive signal using the at least one locking parameter from the lower-order PSK demodulation circuit, perform the higher-order PSK demodulation of the RF receive signal based upon locking to the RF receive signal to determine the interfering PSK signal component, wherein the higher-order PSK demodulation includes at least one of a 8 PSK and 16 PSK and a 16 quadrature amplitude modulation, QAM, and a 64 QAM and a 128 QAM and a 256 QAM demodulation.
Method for selecting a sensor from a plurality of sensors for sensor-based sorting of a material mixture by way of a material property to concentrate a recyclable material, wherein in a first step representative individual samples are obtained from the material mixture , in a second step material properties of the individual samples are measured , in a third step, on the basis of the measured material properties, a plurality of simulated sortings is simulated based on different material properties in each case, in a fourth step a simulated sorting having a high recyclable material concentration is selected from the plurality of simulated sortings, in a fifth step a sensor , suitable for measuring at least one of the material properties used for the selected simulated sorting, is selected for measuring the material property. in a first step representative individual samples are obtained from the material mixture , in a second step material properties of the individual samples are measured , in a third step, on the basis of the measured material properties, a plurality of simulated sortings is simulated based on different material properties in each case, in a fourth step a simulated sorting having a high recyclable material concentration is selected from the plurality of simulated sortings, in a fifth step a sensor , suitable for measuring at least one of the material properties used for the selected simulated sorting, is selected for measuring the material property.
Apparatus for interferometric distance measurement, having - a multiple-wavelength light source, which provides a beam with at least three different wavelengths, and - at least one interferometer unit, which splits the beam into a measurement beam and a reference beam, wherein the measurement beam propagates in a measurement arm in the direction of a measurement reflector that is movable along a measurement axis and undergoes a back reflection there and the reference beam propagates in a reference arm in the direction of a stationary reference reflector and undergoes a back reflection there, wherein the measurement and reference beams that are back-reflected by the measurement and reference reflectors superpose in an interfering manner to form an interference beam, and - at least one detection unit, via which the interference beam is split in a manner such that in each case a plurality of phase-shifted partial interference signals result per wavelength, and - at least one signal processing unit, which is designed and configured to determine a piece of absolute position information with respect to the measurement reflector from the partial interference signals of different wavelengths and an additional rough position signal, characterized in that in order to generate the rough position signal (L G ), a modulation unit arranged immediately downstream of the multiple-wavelength light source impresses a phase modulation onto at least one emitted wavelength (λ i ; i = 1, 2, 3), such that a phase-modulated beam (S PM ; S PM_1 , S PM_2 , ... S PM_N ) propagates in the direction of the at least one interferometer unit (30; 30.1, 30.2, ... 30.N) and causes a distance-dependent modulation in at least one partial interference signal (S90 λiPM , S210 λiPM , S330 λiP ; i = 1, 2, 3; S90 λiPM_j , S210 λiPM_j , S330 λiPM_j ; i = 1, 2, 3; j = 1, 2, ... N) . - a multiple-wavelength light source, which provides a beam with at least three different wavelengths, and - at least one interferometer unit, which splits the beam into a measurement beam and a reference beam, wherein the measurement beam propagates in a measurement arm in the direction of a measurement reflector that is movable along a measurement axis and undergoes a back reflection there and the reference beam propagates in a reference arm in the direction of a stationary reference reflector and undergoes a back reflection there, wherein the measurement and reference beams that are back-reflected by the measurement and reference reflectors superpose in an interfering manner to form an interference beam, and - at least one detection unit, via which the interference beam is split in a manner such that in each case a plurality of phase-shifted partial interference signals result per wavelength, and - at least one signal processing unit, which is designed and configured to determine a piece of absolute position information with respect to the measurement reflector from the partial interference signals of different wavelengths and an additional rough position signal,
A device for delivering an antiperspirant composition comprising a stabilised silicate composition which comprises polysilicic acids, wherein the antiperspirant composition is as obtainable by a method comprising providing an alkaline silicate solution having a pH ≥ 9.5 and lowering the pH to between 3.0 and 5.0 prior to application to a subject, wherein the application of the antiperspirant composition to the subject causes a pH shift in the composition that induces growth of the polysilicic acids to form a gel thereby providing an antiperspirant active ingredient, wherein the polysilicic acid is present in the form of polysilicic acid nanoparticles having mean diameters of 20 nm or less, and wherein the device is selected from an aerosol device, a pump-dispenser bottle, a roll-on, a device equipped with a perforated wall, or a wand (stick); wherein the pH is lowered over a period of less than 60 seconds; and/or wherein the polysilicic acid composition is stabilised by a growth retardant, wherein the growth retardant is a carboxylic acid, an amino acid, an inorganic anion, a polyol, saccharide or a quaternary ammonium cation; and/or wherein the polysilicic acid composition is stabilised by a multivalent cation and/or by a non-aqueous solvent.
A vibration unit comprising: a base structure ; a contact structure , wherein the contact structure takes the form of a plate having a contact surface configured to provide contact with an object under test and a further surface opposite to the contact surface ; piezoelectric transducer array located between the base structure and the further surface of the contact structure and configured to generate vibrations; and a preload system configured to apply the preload on the piezoelectric transducer array , the preload system is connected to the base structure and the contact structure and is configured to pull the base structure and the contact structure toward each other to apply the preload on the piezoelectric transducer array , the preload system comprising a tie rod having a first end associated with one of the contact structure and the base structure , the tie rod extending through a channel in the other of the contact structure and the base structure , a nut fastened to a second end of the tie rod and arranged to be manipulated to pull the contact structure and the base structure towards each other, a biasing mechanism configured to bias the contact structure and the base structure toward each other, and a load cell configured to detect a load on piezoelectric transducer array . a base structure ; a contact structure , wherein the contact structure takes the form of a plate having a contact surface configured to provide contact with an object under test and a further surface opposite to the contact surface ; piezoelectric transducer array located between the base structure and the further surface of the contact structure and configured to generate vibrations; and a preload system configured to apply the preload on the piezoelectric transducer array , the preload system is connected to the base structure and the contact structure and is configured to pull the base structure and the contact structure toward each other to apply the preload on the piezoelectric transducer array , the preload system comprising a tie rod having a first end associated with one of the contact structure and the base structure , the tie rod extending through a channel in the other of the contact structure and the base structure , a nut fastened to a second end of the tie rod and arranged to be manipulated to pull the contact structure and the base structure towards each other, a biasing mechanism configured to bias the contact structure and the base structure toward each other, and a load cell configured to detect a load on piezoelectric transducer array .
A design to connect float modules to each other and/or into an assembly and/or to a superstructure, for creating pontoons constructed of concrete float modules , where a prismatic float module includes at least a monolithic upper plate , side walls and/or a frame unit arranged along the edges of the float module , said float modules are fixed to each other by means of longitudinal tension units led through said float modules in boreholes created for said tension units in the upper plate of the float module at least at the edges of the upper plate of the prismatic float module , intersecting the prismatic float module and running parallel with the edges , axes of the boreholes oriented in different directions meet in the corners of the float module , and directional recesses are created around the exit holes of the boreholes , into which resilient directional spacers are inserted between the float modules , said directional spacers comprising boreholes for letting through the relevant tension units , wherein boreholes for the tension units are equally created in the upper plate , the side walls or frame unit of the float module , axes of the boreholes oriented in different directions meet in the corners of the float module and are skew, the surroundings of the boreholes at each corners of the float module are equipped with rigid corner elements also covering the edges of the float module , the impact resistance and compressive strength of the material of the corner elements exceed those of the material of the float module , the boreholes of the corner elements are created for the exit holes of the boreholes , the directional recesses having the shape of a truncated cone tapering inwards are sunk into the corner elements , and the envelope of the directional spacers has the same shape as that of the directional recess , two truncated cones with their bases facing each other.
A phase compensation lens antenna , comprising: an antenna array comprising a plurality of antennas; and at least one planar lens disposed parallel to the antenna array , wherein unit cells of the at least one planar lens are disposed in a plurality of patterns parallel to the antenna array, each pattern of the plurality of patterns is formed by unit cells having a specific permittivity in common, permittivity of the unit cells are varied for each of the plurality of patterns, the plurality of patterns comprises a first open curve pattern comprising unit cells with a parabolic pattern disposed in a first axis direction, a second open curve pattern comprising unit cells with a parabolic pattern disposed in the first axis direction, and a linear pattern comprising unit cells disposed in the first axis direction, the linear pattern is formed based on a center of the second axis direction perpendicular to the first axis direction, the first open curve pattern is disposed above the linear pattern, the second open curve pattern is disposed below the linear pattern, the unit cells are configured to correct a phase of radio waves radiated from the antenna array according to the permittivity of the unit cells, and wherein the first open curve pattern and the second open curve pattern are disposed in line symmetry based on the linear pattern . an antenna array comprising a plurality of antennas; and at least one planar lens disposed parallel to the antenna array , wherein unit cells of the at least one planar lens are disposed in a plurality of patterns parallel to the antenna array, each pattern of the plurality of patterns is formed by unit cells having a specific permittivity in common, permittivity of the unit cells are varied for each of the plurality of patterns, the plurality of patterns comprises a first open curve pattern comprising unit cells with a parabolic pattern disposed in a first axis direction, a second open curve pattern comprising unit cells with a parabolic pattern disposed in the first axis direction, and a linear pattern comprising unit cells disposed in the first axis direction, the linear pattern is formed based on a center of the second axis direction perpendicular to the first axis direction, the first open curve pattern is disposed above the linear pattern, the second open curve pattern is disposed below the linear pattern, the unit cells are configured to correct a phase of radio waves radiated from the antenna array according to the permittivity of the unit cells, and wherein the first open curve pattern and the second open curve pattern are disposed in line symmetry based on the linear pattern .
A heat exchanger , comprising a shell having an inlet and an outlet , and heat exchange tube bundles arranged in the shell, wherein the shell is provided therein with: a first region communicating with the inlet and configured to accommodate the heat exchange tube bundles and a refrigerant input from the inlet, the refrigerant performing heat exchange with a fluid in the heat exchange tube bundles; and a second region arranged between the first region and the outlet and communicating with the first region and the outlet, a heating device being disposed in the second region, characterized in that the heating device is an electric heater or at least one row of heat exchange tubes , and the heat exchange tubes communicate with a fluid input end of the heat exchange tube bundles in the first region through a pipeline . a first region communicating with the inlet and configured to accommodate the heat exchange tube bundles and a refrigerant input from the inlet, the refrigerant performing heat exchange with a fluid in the heat exchange tube bundles; and a second region arranged between the first region and the outlet and communicating with the first region and the outlet, a heating device being disposed in the second region, characterized in that the heating device is an electric heater or at least one row of heat exchange tubes , and the heat exchange tubes communicate with a fluid input end of the heat exchange tube bundles in the first region through a pipeline .
Mixture comprising or consisting of trans- and cis-configurated oxacyclohexadecen-2-on, wherein the weight ratio of compound (E) to compound (Z) is in the range of 10 : 90 to 60 : 40, or of trans- and cis-configurated oxacycloheptadec-10-en-2-on, wherein the weight ratio of compound (E) to compound (Z) is in the range of 10 : 90 to 60 : 40. trans- and cis-configurated oxacyclohexadecen-2-on, wherein the weight ratio of compound (E) to compound (Z) is in the range of 10 : 90 to 60 : 40, or of trans- and cis-configurated oxacycloheptadec-10-en-2-on, wherein the weight ratio of compound (E) to compound (Z) is in the range of 10 : 90 to 60 : 40.
An expression vector for use in the treatment of a disease characterized by CXCL16 overexpression, wherein said vector is capable of transducing T cells and comprises a nucleic acid sequence selected from the group consisting of: (a) a nucleic acid sequence of SEQ ID NO: 1, and (b) a nucleic acid sequence, which is at least 84% identical to the sequence of SEQ ID NO: 1 and which is characterized by having a chemokine receptor 6 (CXCR6) activity. (a) a nucleic acid sequence of SEQ ID NO: 1, and (b) a nucleic acid sequence, which is at least 84% identical to the sequence of SEQ ID NO: 1 and which is characterized by having a chemokine receptor 6 (CXCR6) activity.
A process for preparing oligomer utilizing an apparatus, the apparatus comprising: a reactor for carrying out an oligomerization reaction by supplying a monomer stream and a solvent stream; and line 1 (L10) and line 2 (L20) which are separately provided in a lower side of the reactor, wherein line 1 includes a first level control valve (CV1) and line 2 includes a second level control valve (CV2), and wherein the reactor is periodically alternately operated in a first operation mode in which the solvent stream is supplied to the reactor through line 1 via the first level control valve and a stream including an oligomer product is discharged through line 2 via the second level control valve and in a second operation mode in which the solvent stream is supplied through line 2 connected to line 1-1 (L11), which is separated from line 1, via the second level control valve and the stream including an oligomer product is discharged through line 2 connected to line 1-2 (L12), which is separated from line 1, via the first level control valve of line 1. a reactor for carrying out an oligomerization reaction by supplying a monomer stream and a solvent stream; and line 1 (L10) and line 2 (L20) which are separately provided in a lower side of the reactor, wherein line 1 includes a first level control valve (CV1) and line 2 includes a second level control valve (CV2), and wherein the reactor is periodically alternately operated in a first operation mode in which the solvent stream is supplied to the reactor through line 1 via the first level control valve and a stream including an oligomer product is discharged through line 2 via the second level control valve and in a second operation mode in which the solvent stream is supplied through line 2 connected to line 1-1 (L11), which is separated from line 1, via the second level control valve and the stream including an oligomer product is discharged through line 2 connected to line 1-2 (L12), which is separated from line 1, via the first level control valve of line 1.
A method for operating a lorry crane having at least one boom configured to carry a load , wherein the method comprises the step of detecting an inclination indicative parameter (α) of the crane , wherein the method comprises the following steps: - comparing the detected inclination indicative parameter (α) of the crane with a pre-defined inclination indicative parameter (β); - operating the crane in a normal mode (N) if the detected inclination indicative parameter (α) of the crane is smaller than or equal to the pre-defined inclination indicative parameter (β); characterized in that the method includes the following further step: - operating the crane in a restricted mode (R), in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode (N), if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). - comparing the detected inclination indicative parameter (α) of the crane with a pre-defined inclination indicative parameter (β); - operating the crane in a normal mode (N) if the detected inclination indicative parameter (α) of the crane is smaller than or equal to the pre-defined inclination indicative parameter (β); characterized in that the method includes the following further step: - operating the crane in a restricted mode (R), in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode (N), if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). - operating the crane in a restricted mode (R), in which: a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode (N), if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β). a) the load capacity of the crane and/or b) the speed of the load or at least one boom and/or c) the acceleration of the load is reduced to a level that is lower than the level in normal mode (N), if the detected inclination indicative parameter (α) of the crane is larger than the pre-defined inclination indicative parameter (β).
One-piece plinth profile for the lower termination of insulating panels on a wall of a building, having a substantially L-shaped base profile part and an outer profile part connected thereto, wherein the base profile part has a wall limb which can be fastened to the wall and has a supporting limb aligned perpendicularly thereto, which, in the intended installation position, rests against the lower end face of the insulating panels , wherein the outer profile part has a plastering limb aligned parallel to the wall limb with a connecting limb aligned perpendicular thereto, characterised in that the base profile part and the outer profile part are separately produced parts of the plinth profile , in that the supporting limb of the base profile part has a plurality of first weld regions which are spaced apart from one another and extend in the longitudinal direction of the profile, in that the connecting limb of the outer profile part has a second weld region at its end facing the supporting limb , which is welded to one of the first weld regions to set a predeterminable distance between the wall limb and the plastering limb .