mhurhangee/patent-ind-claim-en huggingface dataset:
A screw joint comprising a tubular element having a female thread and a tubular element having a male thread, wherein said male thread and said female thread have first contact surfaces that cooperate with each other, and the tubular elements preferably have second contact surfaces adjacent to said female thread and/or said male thread, wherein said first contact surfaces and, if applicable, said second contact surfaces each have a coating which has at least a first and a second layer, wherein said first layer is formed as a conversion layer in each case, characterised in that one of said first and, if applicable, second contact surfaces that cooperate with each other has a layer made of ceramic material with a friction reducing effect as a second layer and the other of the two contact surfaces that cooperate with each other has a varnish layer with a binding agent made of an organic polymer, throughout which solid lubricant particles are distributed, as a second layer.
A method comprising: performing one or both of gesture recognition and biometric monitoring with an electronic device, the electronic device having a wireless communications capability using beamforming techniques and including a plurality of millimeter wave antenna modules wherein the antenna modules are compatible with 5G wireless communications standards, each module including at least one transmit antenna and at least one receive antenna, operable in one or more frequency ranges not less than 20 GHz, the receive antenna coupled with a first branch configured to receive H-polarized signals and a second branch configured to receive V-polarized signals , wherein the performing one or both of gesture recognition and biometric monitoring includes: transmitting a low power signal from the at least one transmit antenna; receiving at two or more receive antennas, the H-polarized signals and V-polarized signals, the received H-polarized signals and received V-polarized signals resulting from cross coupling between the transmit antenna and the receive antenna; and detecting a presence or absence of a reflective object or anatomical feature, and detecting a motion of the reflective object or anatomical feature by determining a relationship between strength of received H-polarized signals and received V-polarized signals for the two or more receive antennas as a function of time . transmitting a low power signal from the at least one transmit antenna; receiving at two or more receive antennas, the H-polarized signals and V-polarized signals, the received H-polarized signals and received V-polarized signals resulting from cross coupling between the transmit antenna and the receive antenna; and detecting a presence or absence of a reflective object or anatomical feature, and detecting a motion of the reflective object or anatomical feature by determining a relationship between strength of received H-polarized signals and received V-polarized signals for the two or more receive antennas as a function of time .
A cutter for a cutting unit used in cutting apparatus suitable for creating tunnels or subterranean roadways, said cutter including: a disc body having an underside , an upper side arranged substantially opposite to the underside , and a radially peripheral part ; a plurality of buttons for abrading rock, said buttons are mounted in the radially peripheral part of the disc body and protrude outwardly therefrom to engage rock during an undercutting operation, wherein at least some of the buttons have a cutting part comprising a hemi-spherical cutting surface , characterized in that the disc has a central axis arranged substantially perpendicular to a plane of the disc and each button has a central longitudinal axis that subtends an angle α with respect to a reference axis , which extends perpendicularly outwards from the central axis of the disc, wherein the angle α is greater than or equal to 20° and less than or equal to 34°. a disc body having an underside , an upper side arranged substantially opposite to the underside , and a radially peripheral part ; a plurality of buttons for abrading rock, said buttons are mounted in the radially peripheral part of the disc body and protrude outwardly therefrom to engage rock during an undercutting operation, wherein at least some of the buttons have a cutting part comprising a hemi-spherical cutting surface , characterized in that the disc has a central axis arranged substantially perpendicular to a plane of the disc and each button has a central longitudinal axis that subtends an angle α with respect to a reference axis , which extends perpendicularly outwards from the central axis of the disc, wherein the angle α is greater than or equal to 20° and less than or equal to 34°.
- Method for processing an optical image acquired by a space vehicle or an aerial vehicle , said image representing a radiation in at least one band of wavelengths received from a scene on the surface of the Earth, characterized in that it comprises: - obtaining a ground reflectance model and an atmospheric model, said atmospheric model comprising at least two couches modeling the effects of the atmosphere in different respective altitudes, of which one layer corresponding to an aerosol model and a layer corresponding to a cloud model, - determining optimal parameter values of the ground reflectance model and of atmospheric model parameters making it possible to optimize said ground reflectance model and said atmospheric model with respect to the image, - determining , for each layer of the atmospheric model, correction parameter values according to the optimal values of the atmospheric model, - converting the image into a ground image with environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the effects related to the presence of aerosols and/or clouds in each layer of the atmospheric model are successively corrected, - converting the ground image with environmental effects into a ground image with no environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the environmental effects of each layer of the atmospheric model are successively corrected. - obtaining a ground reflectance model and an atmospheric model, said atmospheric model comprising at least two couches modeling the effects of the atmosphere in different respective altitudes, of which one layer corresponding to an aerosol model and a layer corresponding to a cloud model, - determining optimal parameter values of the ground reflectance model and of atmospheric model parameters making it possible to optimize said ground reflectance model and said atmospheric model with respect to the image, - determining , for each layer of the atmospheric model, correction parameter values according to the optimal values of the atmospheric model, - converting the image into a ground image with environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the effects related to the presence of aerosols and/or clouds in each layer of the atmospheric model are successively corrected, - converting the ground image with environmental effects into a ground image with no environmental effects according to the correction parameter values of each layer of the atmospheric model, in which the environmental effects of each layer of the atmospheric model are successively corrected.
A method of biodegrading organic pollutants diffusing out from low permeability zones in aquifer systems, said method comprising the steps of: a) introducing into an aquifer system contaminated with organic pollutants colloidal solid sorbent particles dispersed in aqueous solution, the particles having a particle size ranging from 0.1 to 10 microns: and being introduced in the aquifer system with injection pressure of less than 100 psi; b) dispersing and depositing the sorbent particles outward from the point of application into the aquifer system wherein particles are transported in a range from at least 5 cm up to about 5 meters, depending on the soil type and volume injected and wherein said dispersing and depositing further comprises distributing the particles throughout the higher permeability zones of the aquifer system, including at the interface of low-permeability zone; c) concentrating organic contaminants on the surface of the sorbent material, d) colonizing the sorbent matrix with indigenous microbes capable of degrading the contaminant, and e) biodegrading sorbed contaminants to harmless compounds by the colonized microbes; f) decreasing contaminant concentrations in groundwater at the interface of low-permeability and high-permeability zones, thus increasing the rate of diffusion of contaminants out of the low-permeability zones. a) introducing into an aquifer system contaminated with organic pollutants colloidal solid sorbent particles dispersed in aqueous solution, the particles having a particle size ranging from 0.1 to 10 microns: and being introduced in the aquifer system with injection pressure of less than 100 psi; b) dispersing and depositing the sorbent particles outward from the point of application into the aquifer system wherein particles are transported in a range from at least 5 cm up to about 5 meters, depending on the soil type and volume injected and wherein said dispersing and depositing further comprises distributing the particles throughout the higher permeability zones of the aquifer system, including at the interface of low-permeability zone; c) concentrating organic contaminants on the surface of the sorbent material, d) colonizing the sorbent matrix with indigenous microbes capable of degrading the contaminant, and e) biodegrading sorbed contaminants to harmless compounds by the colonized microbes; f) decreasing contaminant concentrations in groundwater at the interface of low-permeability and high-permeability zones, thus increasing the rate of diffusion of contaminants out of the low-permeability zones.
Hand-guided working implement having a first assembly and a second assembly , wherein the second assembly is movably mounted with respect to the first assembly by way of at least one anti-vibration element , wherein a vibration gap bridged by the at least one anti-vibration element is formed between the first assembly and the second assembly , wherein the working implement comprises at least one switch for operation by the operator, wherein the switch comprises at least one first contact element and at least one second contact element , which are in contact when the switch is closed and do not establish an electric contact when the switch is open, wherein the second contact element is a part of the second assembly , characterised in that the at least one first contact element is a part of the first assembly , and in that the first contact element and the second contact element bridge the vibration gap between the first assembly and the second assembly when the switch is closed.
A method of detecting whether a locally evoked neural response is present in a neural measurement obtained in the presence of noise, the method comprising: obtaining via the measurement circuitry a first neural measurement from a first sense electrode (E2); obtaining via the measurement circuitry a contemporaneous second neural measurement from a second sense electrode (E3) spaced apart from the first electrode (E2) along a neural pathway of the neural response ; determining by a processor a neural response decay, being a measure of the decay in the neural response as it propagates from the first sense electrode (E2) to the second sense electrode (E3); characterised in that the method further comprises: calculating by the processor a ratio (R) of the neural response decay to an amplitude normalising term; and if the ratio (R) is non-zero, the processor determining that a locally evoked neural response is present in the neural measurement. obtaining via the measurement circuitry a first neural measurement from a first sense electrode (E2); obtaining via the measurement circuitry a contemporaneous second neural measurement from a second sense electrode (E3) spaced apart from the first electrode (E2) along a neural pathway of the neural response ; determining by a processor a neural response decay, being a measure of the decay in the neural response as it propagates from the first sense electrode (E2) to the second sense electrode (E3); characterised in that the method further comprises: calculating by the processor a ratio (R) of the neural response decay to an amplitude normalising term; and if the ratio (R) is non-zero, the processor determining that a locally evoked neural response is present in the neural measurement. calculating by the processor a ratio (R) of the neural response decay to an amplitude normalising term; and if the ratio (R) is non-zero, the processor determining that a locally evoked neural response is present in the neural measurement.
A device for treating valvular regurgitation comprising: (a) an expandable anchor including a plurality of struts designed for transitioning from a linear configuration when trapped within a delivery tube to a crown-like configuration when released from said tube, said transitioning includes a radial expansion phase in which ends of said struts curl out away from a center line of said crown-like configuration and an inversion phase in which ends of said struts curl towards said center line of said crown-like configuration; and (b) a transvalvular spacer configured for providing a coaptation surface to valve leaflets and being attached to said expandable anchor , said transvalvular spacer including a flexible column enclosed in an inflatable balloon , said flexible column is laminated with a polymer sheath, said polymer sheath includes an opening covered by a tube valve , said balloon is fillable with a fluid through said tube valve, wherein said flexible column includes a tab for guiding an actuating mechanism to said tube valve . (a) an expandable anchor including a plurality of struts designed for transitioning from a linear configuration when trapped within a delivery tube to a crown-like configuration when released from said tube, said transitioning includes a radial expansion phase in which ends of said struts curl out away from a center line of said crown-like configuration and an inversion phase in which ends of said struts curl towards said center line of said crown-like configuration; and (b) a transvalvular spacer configured for providing a coaptation surface to valve leaflets and being attached to said expandable anchor , said transvalvular spacer including a flexible column enclosed in an inflatable balloon , said flexible column is laminated with a polymer sheath, said polymer sheath includes an opening covered by a tube valve , said balloon is fillable with a fluid through said tube valve, wherein said flexible column includes a tab for guiding an actuating mechanism to said tube valve .
Housing for the transportation of a cargo comprising: (a) walls defining a closed inner space suitable for storing a cargo, (b) an opening provided in one of the walls and giving access to the closed inner space from an outer atmosphere, and further comprises a rigid door comprising one or more rigid panels which are movable to seal or unseal said opening ; a flexible fast door comprising a motorized driving mechanism suitable for moving a leading edge of a flexible shutter in a first direction to close the flexible shutter and thus seal said opening , and in a second, opposite direction to open the flexible shutter and thus unseal said opening , when said opening is unsealed by the rigid door, wherein the flexible shutter comprises two lateral edges engaged in parallel guiding rails fixed to two parallel and opposite edges of the opening , characterised in that the rigid panel and/or the parallel edge of the opening is provided with a groove to accommodate the guiding rails , wherein when the flexible shutter seals the opening , the flexible shutter occupies space that is occupied by the rigid panel when the rigid panel seals the opening , wherein the guiding rail does not protrude further towards the inner of the closed inner space than the rigid panel does when the rigid panel seals the opening , and wherein the rigid panel is provided with the groove such that the guiding rail is nested when the rigid panel seals the opening . (a) walls defining a closed inner space suitable for storing a cargo, (b) an opening provided in one of the walls and giving access to the closed inner space from an outer atmosphere, and further comprises a rigid door comprising one or more rigid panels which are movable to seal or unseal said opening ;
An interior trim part for a motor vehicle, which comprises: a support component and a cover layer on a visible side of the support component , wherein the support component has an opening which is covered by the cover layer, and an insert , which is received in the opening and has a top side, which is covered by the cover layer, wherein the insert receives an electrical function module characterized in that the electrical function module is equipped to emit and receive light and a sensor signal through the surface of the insert and the cover layer, and the electrical function module comprises a proximity sensor and/or a motion sensor which is activated by approaching the senor or by a swiping motion over the sensor.
A cooling device for a shedding machine of a weaving machine, the cooling device being suitable for being driven by a control shaft of the shedding machine or a shaft of the weaving machine and comprising: - a cooling device body , which defines an air circulation passage , linking an inlet passage and an outlet passage of the body , and - an impeller , which is suitable for being rotated by the shaft , which is arranged in the air circulation passage and which comprises fins able to circulate air in the air circulation passage when the impeller is rotated by the shaft , characterized in that the impeller is suitable for being assembled on the shaft and comprises several complementary sectors , each sector comprising: - at least one of the fins , and - a radial opening , by means of which the sector is suitable for being mounted on the shaft , the radial opening fitting on a radial edge of the sector over an opening width (L58) smaller than or equal to the diameter of the shaft . - a cooling device body , which defines an air circulation passage , linking an inlet passage and an outlet passage of the body , and - an impeller , which is suitable for being rotated by the shaft , which is arranged in the air circulation passage and which comprises fins able to circulate air in the air circulation passage when the impeller is rotated by the shaft , - at least one of the fins , and - a radial opening , by means of which the sector is suitable for being mounted on the shaft , the radial opening fitting on a radial edge of the sector over an opening width (L58) smaller than or equal to the diameter of the shaft .
System for treating a surface (S) to be treated of a photovoltaic installation formed from one photovoltaic module or from a plurality of juxtaposed photovoltaic modules, said system comprising an emission source for emitting electromagnetic radiation, said emission source being configured to emit electromagnetic radiation, said system being characterized in that it comprises: - means for moving said emission source , - a control unit (UC) configured to control said emission source with a view to emitting said electromagnetic radiation for a determined exposure time (T) with a given irradiance (E) towards at least one portion of the surface (S) to be treated, - the control unit (UC) being configured to control the moving means so as to move said emission source with respect to said surface to be treated until the entire photovoltaic surface has been scanned. - means for moving said emission source , - a control unit (UC) configured to control said emission source with a view to emitting said electromagnetic radiation for a determined exposure time (T) with a given irradiance (E) towards at least one portion of the surface (S) to be treated, - the control unit (UC) being configured to control the moving means so as to move said emission source with respect to said surface to be treated until the entire photovoltaic surface has been scanned.
A method performed by a remote unit, the method comprising: receiving a first indicator indicating a plurality of first, physical, time domain resources, wherein the plurality of first, physical, time domain resources are fragmented, and wherein the first indicator is in DCI format 2_0; receiving a second indicator indicating a second, virtual, time domain resource allocated for data or control channel transmission, wherein the second indicator is a downlink grant, an uplink grant, or an RRC configuration; mapping the second, virtual, time domain resource to a third, physical, time domain resource, wherein the third, physical, time domain resource is a subset of the first, physical, time domain resources, and such that the fragmented first, physical, time domain resources are aggregated to be scheduled together; and receiving the data or control channel transmission from the third, physical, time domain resource. receiving a first indicator indicating a plurality of first, physical, time domain resources, wherein the plurality of first, physical, time domain resources are fragmented, and wherein the first indicator is in DCI format 2_0; receiving a second indicator indicating a second, virtual, time domain resource allocated for data or control channel transmission, wherein the second indicator is a downlink grant, an uplink grant, or an RRC configuration; mapping the second, virtual, time domain resource to a third, physical, time domain resource, wherein the third, physical, time domain resource is a subset of the first, physical, time domain resources, and such that the fragmented first, physical, time domain resources are aggregated to be scheduled together; and receiving the data or control channel transmission from the third, physical, time domain resource.
A pattern formation method comprising: applying a resist composition onto a substrate to form a resist layer, coating the resist layer with an anti-reflection coating composition comprising a naphthalene compound, a polymer, and a solvent, said naphthalene compound is represented by the following formula (I): wherein each of R 1 to R 8 is independently one selected from the group consisting of: -H, -(CH 2 ) n1 OH, -(CH 2 ) n2 COOH, -(CH 2 ) n2 NH 2 , -(CH 2 ) n2 CONH 2 , -(CH 2 ) n2 SO 3 H, and - (CH 2 ) n2 SO 2 NH 2 in which n1 is an integer of 1 to 4, and n2 is an integer of 0 to 4; and then drying the composition, imagewise exposing the resist layer to light of 160 to 260 nm, and developing the exposed resist layer. applying a resist composition onto a substrate to form a resist layer, coating the resist layer with an anti-reflection coating composition comprising a naphthalene compound, a polymer, and a solvent, said naphthalene compound is represented by the following formula (I): wherein each of R 1 to R 8 is independently one selected from the group consisting of: -H, -(CH 2 ) n1 OH, -(CH 2 ) n2 COOH, -(CH 2 ) n2 NH 2 , -(CH 2 ) n2 CONH 2 , -(CH 2 ) n2 SO 3 H, and - (CH 2 ) n2 SO 2 NH 2 in which n1 is an integer of 1 to 4, and n2 is an integer of 0 to 4; and then drying the composition, imagewise exposing the resist layer to light of 160 to 260 nm, and developing the exposed resist layer.