mhurhangee/patent-ind-claim-en huggingface dataset:
Self-standing mobile detection device (1; 101) for the detection of chemical-physical parameters inside a container for the storage of solid raw materials intended to be used in agricultural, food and livestock industry in form of a powder and/or of granules, in which it is immersed, and for the transmission of information, said device being able to be transported in a passive manner by the motion of a flow of said solid materials, said device comprising at least one detection element (5; 105) able to detect chemical-physical parameters, at least one unit (6; 106) for wireless transmission of information relating to said chemical-physical parameters and a solid matrix made of plastic material, said at least one detection element (5; 105) able to detect chemical-physical parameters and said at least one unit (6; 106) for wireless transmission of information being at least partially included in said solid matrix and being in communication with the external environment, said self-standing mobile detection device (1; 101) further comprising an integrated chip for the transmission of information by means of a connectivity technology in bidirectional wireless mode with a short/medium range, wherein said at least one detection element is a sensor suitable for measuring a chemical-physical parameter selected from the group consisting of concentration of volatile organic compounds in the air, concentration of carbon dioxide in the air and concentration of molecular oxygen in the air, and wherein the self-standing mobile detection device (1; 101) further comprises a Global Positioning System, GPS, receiver and a battery . wherein said at least one detection element is a sensor suitable for measuring a chemical-physical parameter selected from the group consisting of concentration of volatile organic compounds in the air, concentration of carbon dioxide in the air and concentration of molecular oxygen in the air, and wherein the self-standing mobile detection device (1; 101) further comprises a Global Positioning System, GPS, receiver and a battery .
A method of demodulation reference signal, DMRS, communication, performed by an apparatus and comprising: determining a DMRS pattern for at least orthogonal frequency-division multiplexing, OFDM, and single-carrier frequency-division multiplexing, SC-FDM; selecting between OFDM and SC-FDM for a transmission to a base station; and transmitting a DMRS in accordance with the selected one of OFDM and SC-FDM and based on the DMRS pattern, the method characterized in that the DMRS pattern corresponds to a comb tone pattern according to which the DMRS is transmitted on evenly spaced tones such that the DMRS is interlaced with data tones, and in that the transmitting comprises: transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected. determining a DMRS pattern for at least orthogonal frequency-division multiplexing, OFDM, and single-carrier frequency-division multiplexing, SC-FDM; selecting between OFDM and SC-FDM for a transmission to a base station; and transmitting a DMRS in accordance with the selected one of OFDM and SC-FDM and based on the DMRS pattern, the method characterized in that the DMRS pattern corresponds to a comb tone pattern according to which the DMRS is transmitted on evenly spaced tones such that the DMRS is interlaced with data tones, and in that the transmitting comprises: transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected. transmitting the DMRS and leaving the data tones unoccupied within at least one subframe when SC-FDM is selected; and transmitting the DMRS and transmitting data on the data tones within at least one subframe when OFDM is selected.
Coaxial electrical connector for fixing to a metal chassis with a passage bore , comprising: - at least one electrically conductive inner conductor , - an electrically conductive outer conductor which is configured as a sleeve , spaced and insulated from the least one inner conductor , and arranged around the at least one inner conductor, wherein the sleeve has an open plug-in side and an open connection side opposite the open plug-in side, wherein - on the connection side , the sleeve has a widened region for fixing the sleeve to the metal chassis , - an electrically conductive spring basket , having a first end which is arranged between the at least one inner conductor and the sleeve surrounding the at least one inner conductor, wherein a part of the spring basket protrudes outward through the connection side of the sleeve , and on insertion of the spring basket , slightly compressed at the ends, with the inner conductor into the passage bore , the individual springs of the spring basket bear against an inner wall of the passage bore and can thus create an electrical contact between the outer conductor and the metal chassis . - at least one electrically conductive inner conductor , - an electrically conductive outer conductor which is configured as a sleeve , spaced and insulated from the least one inner conductor , and arranged around the at least one inner conductor, wherein the sleeve has an open plug-in side and an open connection side opposite the open plug-in side, wherein - on the connection side , the sleeve has a widened region for fixing the sleeve to the metal chassis , - an electrically conductive spring basket , having a first end which is arranged between the at least one inner conductor and the sleeve surrounding the at least one inner conductor,
A lighting system for use with a cowling system of an outboard motor , the motor having a cowling and being configured for attachment to and use with a marine vessel , the lighting system comprising: a first cowling panel portion (218; 302) including a reflective portion (204; 232, 234, 236); a second cowling panel portion (219; 304) that, in combination with the first cowling panel portion, at least partly defines an interior region within the cowling; and a lighting source , wherein the lighting source is supported on one or more of the first cowling panel portion, the second cowling panel portion, or a further panel portion, within the interior region, wherein the lighting source is positioned so that, when operating, first light is emitted toward the reflective portion, and wherein the reflective portion is configured so that, upon the first light reaching the reflective portion, at least some of the first light is directed outward away from the cowling. a first cowling panel portion (218; 302) including a reflective portion (204; 232, 234, 236); a second cowling panel portion (219; 304) that, in combination with the first cowling panel portion, at least partly defines an interior region within the cowling; and a lighting source , wherein the lighting source is supported on one or more of the first cowling panel portion, the second cowling panel portion, or a further panel portion, within the interior region, wherein the lighting source is positioned so that, when operating, first light is emitted toward the reflective portion, and wherein the reflective portion is configured so that, upon the first light reaching the reflective portion, at least some of the first light is directed outward away from the cowling.
A method performed by a communication device for receiving a downlink transmission across a plurality of subframes, comprising: receiving control information comprising a repetition index, receiving a set indicator for indicating one of a plurality of sets, wherein each set comprises a plurality of subframe values, wherein a number of subframes used to carry the downlink transmission is indicated by a said subframe value, and wherein the said subframe value is indicated by the repetition index, which is used to determine the number of repetitions across the subframes, within the indicated set. receiving control information comprising a repetition index, receiving a set indicator for indicating one of a plurality of sets, wherein each set comprises a plurality of subframe values, wherein a number of subframes used to carry the downlink transmission is indicated by a said subframe value, and wherein the said subframe value is indicated by the repetition index, which is used to determine the number of repetitions across the subframes, within the indicated set.
A method of forming a magnetic tunnel junction MTJ stack of layers including a tunnel barrier layer between a bottom magnetic layer and a top magnetic layer , comprising: a) providing the bottom magnetic layer with perpendicular magnetic anisotropy PMA; ; b) depositing a first metal layer that forms a bottom magnetic layer/first metal layer interface; c) performing a first passive oxidation process with a maximum oxygen pressure of 10 -5 torr, the first passive oxidation process oxidizes an upper portion of the first metal layer while a bottom portion of the first metal layer along the bottom magnetic layer/first metal layer interface remains unoxidized; d) forming a second metal oxide layer on the oxidized portion of the first metal layer by a process comprising directly depositing a second metal layer on the oxidized portion of the first metal layer and performing an oxidation of the second metal layer by a natural oxidation with an oxygen pressure that is at least 10 -3 torr, wherein the formation of the tunnel barrier layer consists of steps b)-d); and e) depositing the top magnetic layer on a top surface of the tunnel barrier layer. a) providing the bottom magnetic layer with perpendicular magnetic anisotropy PMA; ; b) depositing a first metal layer that forms a bottom magnetic layer/first metal layer interface; c) performing a first passive oxidation process with a maximum oxygen pressure of 10 -5 torr, the first passive oxidation process oxidizes an upper portion of the first metal layer while a bottom portion of the first metal layer along the bottom magnetic layer/first metal layer interface remains unoxidized; d) forming a second metal oxide layer on the oxidized portion of the first metal layer by a process comprising directly depositing a second metal layer on the oxidized portion of the first metal layer and performing an oxidation of the second metal layer by a natural oxidation with an oxygen pressure that is at least 10 -3 torr, wherein the formation of the tunnel barrier layer consists of steps b)-d); and e) depositing the top magnetic layer on a top surface of the tunnel barrier layer.
Radial press designed as a compression ring or hollow piston press with a housing forming a basic structure , a compression ring or hollow piston that can be displaced, in said housing , parallel to a press axis (X), a multiplicity of press jaws disposed around the press axis (X) and a drive unit, which acts on the multiplicity of press jaws and is braced on the basic structure , by means of which the press jaws can be moved radially toward and away from the press axis (X), characterized by the following features: radially outside the press jaws at least one fiber structure is provided that surrounds them by extending in annularly closed form around the press axis in a plane oriented substantially perpendicular to the press axis (X); the fiber structure is part of the drive unit, the displaceable compression ring or hollow piston containing the fiber structure . radially outside the press jaws at least one fiber structure is provided that surrounds them by extending in annularly closed form around the press axis in a plane oriented substantially perpendicular to the press axis (X); the fiber structure is part of the drive unit, the displaceable compression ring or hollow piston containing the fiber structure .
A holder for an inhaler device comprising: a housing , having a housing outer surface and a housing inner surface , the housing inner surface defining an inhaler article cavity , the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity ; a piercing element fixed to and extending from the housing inner surface , into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; a sleeve disposed within the inhaler article cavity and configured to retain an inhaler article , the sleeve being movable along the housing longitudinal axis; characterised in that it further comprises a spring element configured to bias the sleeve toward the open proximal end of the housing. a housing , having a housing outer surface and a housing inner surface , the housing inner surface defining an inhaler article cavity , the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity ; a piercing element fixed to and extending from the housing inner surface , into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; a sleeve disposed within the inhaler article cavity and configured to retain an inhaler article , the sleeve being movable along the housing longitudinal axis; characterised in that it further comprises a spring element configured to bias the sleeve toward the open proximal end of the housing.
Oil supply system for a machine, in particular for a power unit of a motor vehicle, with a module body made of plastic comprising a collection tank which is divided into a prechamber and a main chamber , a predelivery pump which can extract oil from the prechamber and pump it into the main chamber , a main delivery pump which can extract oil from the main chamber and pump it to the machine, and a return line which can return oil from the machine to the prechamber and/or the main chamber , characterized in that the predelivery pump and the main delivery pump are driven by a common electric motor forming a compact oil pump assembly and this oil pump assembly is arranged on or integrated in the module body .
A method of operating an electric induction motor with a variable speed drive, the method comprising the steps of: determining a voltage level on a DC bus for the variable speed drive; measuring, using a magnetic flux sensor, a first magnitude of magnetic flux from a stator of the electric induction motor, the measuring being done while the electric induction motor is operating normally, the measured first magnitude constituting a normal flux level; disabling a first output signal to the variable-speed drive when the voltage level on the DC bus is less than a first threshold level, wherein disabling the first output signal shuts off power supplied to the electric motor; measuring , using the magnetic flux sensor, a magnetic flux signal from the stator of the electric motor after the power has been shut off, the magnetic flux signal having a phase, and a second magnitude; estimating a rotational speed of the electric motor based on the magnetic flux signal measurement; configuring a second output signal for the variable-speed drive when the voltage level on the DC bus is greater than a second threshold level, wherein the second output signal is configured to match a signal generated by the measured second magnitude and a phase of magnetic flux from the stator; enabling a variable-speed drive output based on the second output signal to start the electric induction motor when the measured magnetic flux is greater than a third threshold value. determining a voltage level on a DC bus for the variable speed drive; measuring, using a magnetic flux sensor, a first magnitude of magnetic flux from a stator of the electric induction motor, the measuring being done while the electric induction motor is operating normally, the measured first magnitude constituting a normal flux level; disabling a first output signal to the variable-speed drive when the voltage level on the DC bus is less than a first threshold level, wherein disabling the first output signal shuts off power supplied to the electric motor; measuring , using the magnetic flux sensor, a magnetic flux signal from the stator of the electric motor after the power has been shut off, the magnetic flux signal having a phase, and a second magnitude; estimating a rotational speed of the electric motor based on the magnetic flux signal measurement; configuring a second output signal for the variable-speed drive when the voltage level on the DC bus is greater than a second threshold level, wherein the second output signal is configured to match a signal generated by the measured second magnitude and a phase of magnetic flux from the stator; enabling a variable-speed drive output based on the second output signal to start the electric induction motor when the measured magnetic flux is greater than a third threshold value.
A gaming-table device, in particular of the casino type, comprising: • at least one gaming table (T) with a gaming mat that defines at least one identified playing zone (ZT3, ZNT1), that is precisely defined locally, the identified playing zone (ZT3, ZNT1) being fitted with at least one detection system and object identification system (SDT1, SDNT1), such as chips (J1, J2) and/or tokens, dice, playing cards, and/or electronic devices , • at least one computer that is provided with software that is capable of retrieving and analyzing detection information that is sent by the item detection and identification system (SDT1, SDNT1) of said at least one playing zone (ZT3, ZNT1), • chips (J1, J2) and/or tokens that are placed on the gaming mat, and in particular on said at least one identified playing zone (ZT3, ZNT1), so that the item detection and identification system (SDT1, SDNT1) of said playing zone (ZT3, ZNT1) generates detection information that is sent to the computer so as to be analyzed thereby, characterized in that • software of the computer , further generates action information as a result of analyzing detection information, the action information being sent to an identified playing zone (ZT3, ZNT1), that may be the zone from which the detection information came or that may be some other identified playing zone, the identified playing zone that receives the action information activating a specific function that can be used by a player, thereby offering said player additional playing means. • at least one gaming table (T) with a gaming mat that defines at least one identified playing zone (ZT3, ZNT1), that is precisely defined locally, the identified playing zone (ZT3, ZNT1) being fitted with at least one detection system and object identification system (SDT1, SDNT1), such as chips (J1, J2) and/or tokens, dice, playing cards, and/or electronic devices , • at least one computer that is provided with software that is capable of retrieving and analyzing detection information that is sent by the item detection and identification system (SDT1, SDNT1) of said at least one playing zone (ZT3, ZNT1), • chips (J1, J2) and/or tokens that are placed on the gaming mat, and in particular on said at least one identified playing zone (ZT3, ZNT1), so that the item detection and identification system (SDT1, SDNT1) of said playing zone (ZT3, ZNT1) generates detection information that is sent to the computer so as to be analyzed thereby, characterized in that • software of the computer , further generates action information as a result of analyzing detection information, the action information being sent to an identified playing zone (ZT3, ZNT1), that may be the zone from which the detection information came or that may be some other identified playing zone, the identified playing zone that receives the action information activating a specific function that can be used by a player, thereby offering said player additional playing means.
A method of processing video data, the method comprising: parsing a track of multiview video data, wherein the track includes a plurality of views; parsing a view identifier box associated with the track, which indicates the views present in the track, to determine, for each view present the track, whether the view comprises a texture view and/or a depth view, wherein parsing the view identifier box comprises, for each view present in the track, parsing a syntax element texture_in_track[i], which indicates whether a texture view for the view with view_id[i] is present in the track, and parsing a syntax element depth_in_track[i], which indicates whether a depth view for the view with view_id[i] is present in the track, wherein, for a particular view of the plurality of views, the track includes only a depth view; and parsing a track reference to determine a dependency of the track to a referenced track indicated in the track reference, wherein parsing the track reference includes parsing a track reference type 'deps' that indicates that the track includes the depth view of the particular view and the reference track includes the texture view of the particular view. parsing a track of multiview video data, wherein the track includes a plurality of views; parsing a view identifier box associated with the track, which indicates the views present in the track, to determine, for each view present the track, whether the view comprises a texture view and/or a depth view, wherein parsing the view identifier box comprises, for each view present in the track, parsing a syntax element texture_in_track[i], which indicates whether a texture view for the view with view_id[i] is present in the track, and parsing a syntax element depth_in_track[i], which indicates whether a depth view for the view with view_id[i] is present in the track, wherein, for a particular view of the plurality of views, the track includes only a depth view; and parsing a track reference to determine a dependency of the track to a referenced track indicated in the track reference, wherein parsing the track reference includes parsing a track reference type 'deps' that indicates that the track includes the depth view of the particular view and the reference track includes the texture view of the particular view.
Method of accelerated ageing of a plastics article, comprising contacting the plastics article with a liquid mixture comprising a) at least one oxidation catalyst and b) optionally at least one cocatalyst for at least one oxidation catalyst and c) at least one acid and d) optionally water and/or at least one other solvent, characterized in that the at least one oxidation catalyst is an N-hydroxyimide. a) at least one oxidation catalyst and b) optionally at least one cocatalyst for at least one oxidation catalyst and c) at least one acid and d) optionally water and/or at least one other solvent,