mhurhangee/patent-ind-claim-en huggingface dataset:
A polysiloxane comprising a hydrolytic condensate of a silicon compound containing a cyclic alkoxysiloxane having the formula : wherein each R 1 independently is a substituted or unsubstituted C 1 -C 3 alkyl group, each R 2 independently is a substituted or unsubstituted C 1 -C 6 alkyl group and n is an integer of 3 to 8, the polysiloxane having at least two hydrosilylable carbon-carbon unsaturated groups per molecule and at least two hydrosilyl groups per molecule, wherein provided that t1 is a molar fraction of T units having group R 1 relative to all siloxane units in the hydrolytic condensate, t1 is in the range 0.25 ≤ t1 < 1.
A positive displacement pump comprising: - a pump body defining a pump chamber and a drive side , - a rotor configured to transfer fluid from at least one first environment to at least one second environment through at least one inlet for a suction duct and at least one outlet for a discharge duct , - a driven wheel fixedly connected to said rotor and a driving wheel connectable to a drive member and coupled with said driven wheel , said driven wheel being configured to rotate said rotor, said positive displacement pump being characterized in that the driving wheel is placed inside said driven wheel , in that said driving wheel has teeth formed on an outer surface thereof and said driven wheel has teeth formed on an inner surface thereof, and in that the teeth of the driven wheel and the teeth of the driving wheel achieve a reducing gear ratio, so as to reduce the power dissipated during the pump operation, the movement of the rotor being constrained by a guide formed in the pump body , so that the driving wheel is placed outside the pump body and the driven wheel is placed on the drive side of the pump body , facing towards the outside of the pump body , so that the pump can be placed, depending on the available space, in a plurality of possible positions along a circumference (C) centred on a rotation axis (O1) of the driving wheel , said circumference (C) having a radius equal to the distance between a rotation axis of the driven wheel and the rotation axis (O1) of the driving wheel . - a pump body defining a pump chamber and a drive side , - a rotor configured to transfer fluid from at least one first environment to at least one second environment through at least one inlet for a suction duct and at least one outlet for a discharge duct , - a driven wheel fixedly connected to said rotor and a driving wheel connectable to a drive member and coupled with said driven wheel , said driven wheel being configured to rotate said rotor,
A pump comprising an outer housing having an outlet chamber with an outlet connector; a first part pump and a second, downstream part pump , wherein the first and second part pumps are arranged in the outer housing ; wherein the first part pump comprises at least a first pump module (536a,b), the second part pump comprises at least a second pump module (537a,b), and wherein each pump module comprises a stator and an impeller; a separating element arranged between the first and second part pumps ; and a rotor shaft which is rotatably arranged in the first and second part pumps ; wherein the outer housing , the first part pump and the separating element bound a first pressure chamber ; wherein the outer housing , the second part pump and the separating element bound a second pressure chamber ; and wherein the first and second pressure chambers are designed and arranged such that the outlet chamber is formed as a single high-pressure region of the pump ; characterized in that the first pressure chamber comprises an equalization port fluidly connected by means of a compensation line to an outlet of one of said at least one first pump module (536a,b); and in that the second pressure chamber comprises an inlet port fluidly connected by means of a pressure line to the outlet of said first pump module .
Lighting device for a motor vehicle comprising at least one first source and at least one second source of light which are arranged together with a reflector , the lighting device further comprising at least one third light source arranged together with at least one light guide so that the lighting device is able to generate: - a light distribution of a daytime running light, when the light emitted by said at least one first source is reflected by the reflector and when the light emitted by said at least one third source is transmitted by said at least one light guide, and - a light distribution of a high-beam headlight, when the light emitted by said at least one second source is reflected by the reflector. - a light distribution of a daytime running light, when the light emitted by said at least one first source is reflected by the reflector and when the light emitted by said at least one third source is transmitted by said at least one light guide, and - a light distribution of a high-beam headlight, when the light emitted by said at least one second source is reflected by the reflector.
A battery pack for a power tool, the battery pack comprising: one or more battery cells ; a first terminal (BAT+) electrically connected to the one or more battery cells ; a high current power supply terminal (BAT-); a power switch electrically connected between the one or more battery cells and the high current power supply terminal(BAT-); a low current power supply terminal (COMM-) electrically connected to the one or more battery cells , the first terminal (BAT+) and low current power supply terminal (COMM-) operable to provide a substantially continuous low current to the power tool during a normal operating state of the battery pack ; a pinch-off circuit (F1, R69, D26, Q19, R64, R65, D22) electrically connected between the low current power supply terminal (COMM-) and the one or more battery cells and a controller operable to control the power switch to provide high current power through the high current power supply terminal (BAT-) in response to a call for power from the power tool wherein the pinch-off circuit (F1, R60, D26, Q19, R64, R65, D22) includes a switch operable to open the electrical connection between the low current power supply terminal (COMM-) and the one or more battery cells when a battery pack voltage of the one or more battery cells reaches a low voltage threshold. one or more battery cells ; a first terminal (BAT+) electrically connected to the one or more battery cells ; a high current power supply terminal (BAT-); a power switch electrically connected between the one or more battery cells and the high current power supply terminal(BAT-); a low current power supply terminal (COMM-) electrically connected to the one or more battery cells , the first terminal (BAT+) and low current power supply terminal (COMM-) operable to provide a substantially continuous low current to the power tool during a normal operating state of the battery pack ; a pinch-off circuit (F1, R69, D26, Q19, R64, R65, D22) electrically connected between the low current power supply terminal (COMM-) and the one or more battery cells and a controller operable to control the power switch to provide high current power through the high current power supply terminal (BAT-) in response to a call for power from the power tool wherein the pinch-off circuit (F1, R60, D26, Q19, R64, R65, D22) includes a switch operable to open the electrical connection between the low current power supply terminal (COMM-) and the one or more battery cells when a battery pack voltage of the one or more battery cells reaches a low voltage threshold.
Point of sale terminal , comprising: a network interface unit that supports a first connection to a first cellular network and a second connection to a second cellular network; and a client configured to monitor transaction speeds; wherein: the client is configured to monitor a first transaction speed for a first transaction over the first cellular network using the first connection; the client (112, ...) is further configured to monitor a second transaction speed over the second cellular network using the second connection; and the client (112, ...) is configured to cause the network interface unit to switch from the first connection to the first cellular network to the second connection to the second cellular network to conduct a second transaction when the first transaction speed is determined to be slower than a threshold transaction speed and the second transaction speed is faster than the first transaction speed. a network interface unit that supports a first connection to a first cellular network and a second connection to a second cellular network; and a client configured to monitor transaction speeds; wherein: the client is configured to monitor a first transaction speed for a first transaction over the first cellular network using the first connection; the client (112, ...) is further configured to monitor a second transaction speed over the second cellular network using the second connection; and the client (112, ...) is configured to cause the network interface unit to switch from the first connection to the first cellular network to the second connection to the second cellular network to conduct a second transaction when the first transaction speed is determined to be slower than a threshold transaction speed and the second transaction speed is faster than the first transaction speed. the client is configured to monitor a first transaction speed for a first transaction over the first cellular network using the first connection; the client (112, ...) is further configured to monitor a second transaction speed over the second cellular network using the second connection; and the client (112, ...) is configured to cause the network interface unit to switch from the first connection to the first cellular network to the second connection to the second cellular network to conduct a second transaction when the first transaction speed is determined to be slower than a threshold transaction speed and the second transaction speed is faster than the first transaction speed.
A method of reconstructing an MRI or ultrasound biomedical image, based on compressed sensing and comprising the steps of: a) exciting a body under examination with radiofrequency (RF) or ultrasound (US) pulses for generating signals; b) acquiring image data from said generated signals, wherein said signals are acquired by pseudo-random undersampling; c) reconstructing said image using a nonlinear iterative algorithm for minimizing an optimization function containing a term for image data sparsity in a predetermined domain and a term for finite differences of the image and with a data fidelity constraint term ensuring fidelity to the acquired image data; characterized in that one or more sets of image data are acquired from said generated signals referring to the same region of interest, the index of each image data set being i in the equation below, wherein, if the sets of image data are two or more, each image data set is acquired applying a different undersampling scheme of the signals and/or a different acquisition mode such as to make expected and unavoidable artifacts incoherent; each of the acquired image data sets is multiplied by a correction matrix Δ i , which is calculated from a mathematical model of expected artifacts according to prior knowledge of such artifacts, for adjusting said fidelity term in such a way that the fidelity term ensures fidelity of the reconstructed image to the corrected acquired image data as in the following equation: f = ∑ i ‖ F u i m − Δ i y i ‖ 2 + λ 1 ‖ Ψ m ‖ 1 + λ 2 TV m ; where f is the optimization function, the first term in the right part is the data fidelity constraint term, the second term is the term for image data sparsity in a predetermined domain and the third term is the term for finite differences of the image, m is the reconstructed image, F u i is the Fourier transform with the same undersampling scheme as the acquired image data set y i , Ψ is the transform in the predetermined domain, Δ i is the correction matrix, and lambda 1 and 2 are weighting coefficients, for each iteration of said nonlinear iterative algorithm the one or more data sets are processed to generate a reconstructed image m which will therefore be faithful to the acquired data but not to the incoherent artifacts, thereby leading to suppression of said artifacts. a) exciting a body under examination with radiofrequency (RF) or ultrasound (US) pulses for generating signals; b) acquiring image data from said generated signals, wherein said signals are acquired by pseudo-random undersampling; c) reconstructing said image using a nonlinear iterative algorithm for minimizing an optimization function containing a term for image data sparsity in a predetermined domain and a term for finite differences of the image and with a data fidelity constraint term ensuring fidelity to the acquired image data;
Superconducting wire , containing NbTi superconducting material and Cu, comprising a plurality of hexagonal elements having an at least approximately hexagonal outer contour in a cross-section perpendicular to a direction of extension of the superconducting wire , characterized in that at least a portion of the hexagonal elements is configured as Cu-AI composite elements , wherein the Cu-AI composite elements , in a cross-section perpendicular to a direction of extension of the superconducting wire , are each configured with an Al core and a Cu sheath that surrounds the Al core , and that the superconducting wire comprises a sleeve, in particular a Cu sleeve , in which is embedded a plurality of mutually separated NbTi substructures , wherein each NbTi substructure comprises one or a plurality of NbTi filaments.
A method for lining a cathode of a reduction cell for production of aluminum, which includes filling a cathode device shell with a thermal insulation layer and leveling said layer; filling, leveling and compacting a refractory layer; installing bottom and side blocks followed by sealing joints therebetween with a cold ramming paste, characterized in that prior to filling a shell bottom with the thermal insulation layer a layer of fine carbonized particles in the form of woodflour or hard- of softwood sawdust is formed wherein the method is characterized in that in order to obtain a density from 250 to 600 kg/m3, respectively, the fine carbonized particles are compacted to a height of 5-25 % of the height of a space under the cathode.
A wearable surgical garment defining an environment side and a wearer side for use with a surgical helmet having a headlamp , the wearable surgical garment comprising: a surgical fabric configured to provide a microbial barrier between a medical environment and a wearer; a face shield coupled to the surgical fabric ; and a lens assembly coupled to the face shield or the surgical fabric on the environment side of the surgical garment , the lens assembly comprising: a first lens , and a control member , wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly ; characterized in that the wearable surgical garment further comprises a coupling member provided on the wearer side, wherein the face shield is disposed between the coupling member and the lens assembly , and wherein the coupling member is configured to couple to the headlamp of the surgical helmet on the wearer side to align the headlamp to the lens assembly such that light emitted by the headlamp is transmitted through the lens assembly . a surgical fabric configured to provide a microbial barrier between a medical environment and a wearer; a face shield coupled to the surgical fabric ; and a lens assembly coupled to the face shield or the surgical fabric on the environment side of the surgical garment , the lens assembly comprising: a first lens , and a control member , wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly ; characterized in that the wearable surgical garment further comprises a coupling member provided on the wearer side, wherein the face shield is disposed between the coupling member and the lens assembly , and wherein the coupling member is configured to couple to the headlamp of the surgical helmet on the wearer side to align the headlamp to the lens assembly such that light emitted by the headlamp is transmitted through the lens assembly . a first lens , and a control member , wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly ;
A method of configuring monitoring occasions for use in a network node of a wireless communication network, the method comprising: determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device , the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: a number of blind decodes to be performed in a first slot of the plurality of slots exceeds a maximum number of blind decodes for the first slot, the first slot comprising a first and a second search space; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in the second search space so that the number of blind decodes in the first slot is less than or equal to the maximum number of blind decodes for the first slot, and wherein the number of blind decodes is limited based on rules for prioritizing the first search space over the second search space. determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device , the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: a number of blind decodes to be performed in a first slot of the plurality of slots exceeds a maximum number of blind decodes for the first slot, the first slot comprising a first and a second search space; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in the second search space so that the number of blind decodes in the first slot is less than or equal to the maximum number of blind decodes for the first slot, and wherein the number of blind decodes is limited based on rules for prioritizing the first search space over the second search space.
Cosmetic active ingredient, comprising at least one Metschnikowia reukaufii extract, characterized in that the extract is a hydrolyzate of Metschnikowia reukaufii.
Blend for a compressed growing medium comprising: • white peat (I); • xanthan gum or a mixture of xanthan gum with one or more pseudoplastic polysaccharides, (II), present in the blend in an amount from 0.1 to 20 kg/m3; • clay (III), preferably in an amount from 1 to 5 % by volume on the blend, and • optional enrichment additives (IV), wherein the blend in combination with water is compressed at a volume-to-volume ratio ranging from 10:9 to 10:1 to form a compressed growing medium, having a robustness when measured by testing the pressure at break of a press pot using a compression test system MultiTest-d, by Mecmesin, equipped with a blunt 5 mm chisel-shaped bit, of at least 40 kPa for a fresh press pot made with water added in an amount to obtain a moisture level of between 74 to 82% w/w and at least 100 kPa when dried to a moisture level of 70% w/w. • white peat (I); • xanthan gum or a mixture of xanthan gum with one or more pseudoplastic polysaccharides, (II), present in the blend in an amount from 0.1 to 20 kg/m3; • clay (III), preferably in an amount from 1 to 5 % by volume on the blend, and • optional enrichment additives (IV),
Unit for heating a succession of hollow bodies, comprising at least two contiguous emission modules , each emission module comprising a superposition of zones that emit thermal radiation and zones that are not able to emit thermal radiation, wherein said modules are arranged such that, at one and the same height and along a trajectory (T) of movement of the hollow bodies through the heating unit , a zone that emits thermal radiation of a first module is followed by zone that is not able to emit thermal radiation of a second module , characterized in that the emitting zones of each module extend over the entire width of said module.
Dosing apparatus for pasty foodstuffs, comprising a distribution chamber radially provided with a delivery nozzle , and a radial supply conduit of the pasty foodstuff upstream of said delivery nozzle , said nozzle being provided with closing means , and a piston , provided with actuating means , sliding in said distribution chamber from a position of at least partial opening of said delivery nozzle to a position of complete closure thereof; the means of closure of said delivery nozzle being suitably loaded so as to permit delivery when the stroke of the piston is in the position of complete closure of said supply conduit ; the actuating means of the piston comprising an inter-resistant lever , fulcrated to a support connected to the distribution chamber , and cooperating with the end of the piston opposite that facing the distribution chamber, in which the end of the piston cooperating by contact with a portion of the outer side wall of the lever suitably shaped, by suitable sliding means , and in which said distribution chamber is obtained longitudinally in an elongated monolithic body , characterised in that said distribution chamber is separated by suitable sealing means from a second chamber , coaxial and concentric to the distribution chamber , in which the end of the piston cooperating with the lever slides, in said second chamber are provided two axially formed through slits facing each other, which are acting as guiding means of said lever , and being provided removable closing means of said second chamber . said distribution chamber is separated by suitable sealing means from a second chamber , coaxial and concentric to the distribution chamber , in which the end of the piston cooperating with the lever slides, in said second chamber are provided two axially formed through slits facing each other, which are acting as guiding means of said lever , and being provided removable closing means of said second chamber .
Association of nervonic acid and curcumin for use in the treatment of pathologies associated with the alteration of the trophism of the peripheral nerves, wherein the pathologies are selected from neural complications of diabetes, neuritis on an inflammatory basis, neuropathic pain syndromes on a traumatic or rheumatologic basis, wherein said association is contained in an oral composition in a unitary dosage form containing said association as the sole active ingredient combined with suitable excipients and/or diluents further comprising an amino acid containing at least one amino group besides the amino acid amino group, wherein such basic amino acid is present in free base form.