mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining asphaltene content of a live crude oil comprising: measuring, downhole within a well , an optical density of a live crude oil within the well ; calculating a formation volume factor of the live crude oil based on the measured optical density; and determining the asphaltene content of the live crude oil based on the measured optical density and the calculated formation volume factor of the live crude oil. measuring, downhole within a well , an optical density of a live crude oil within the well ; calculating a formation volume factor of the live crude oil based on the measured optical density; and determining the asphaltene content of the live crude oil based on the measured optical density and the calculated formation volume factor of the live crude oil.
Luggage inspection installation comprising: - a tubular frame comprising a plurality of pairs of opposed lateral openings , said tubular frame being suitable for accommodating a plurality of successive containers in line respectively with the pairs of lateral openings , each of said containers having two opposing faces and a plurality of juxtaposed and superposed locations that are freely accessible through said two opposing faces, each of said locations being suitable for receiving a piece of luggage provided with an information recording medium containing information relating to said piece of luggage; - a locating device and a reading device linked to a recording member to be able to record, for each of said locations of each container receiving a piece of luggage, the position of said location in said container and said information relating to said piece of luggage; characterized in that said locating device comprises photoelectric detection grids installed respectively across said lateral openings , and in that the position of said location in said container is recorded when the photoelectric detection grid is crossed opposite said locations and said reading device reads said recording medium . - a tubular frame comprising a plurality of pairs of opposed lateral openings , said tubular frame being suitable for accommodating a plurality of successive containers in line respectively with the pairs of lateral openings , each of said containers having two opposing faces and a plurality of juxtaposed and superposed locations that are freely accessible through said two opposing faces, each of said locations being suitable for receiving a piece of luggage provided with an information recording medium containing information relating to said piece of luggage; - a locating device and a reading device linked to a recording member to be able to record, for each of said locations of each container receiving a piece of luggage, the position of said location in said container and said information relating to said piece of luggage;
A molding tool for producing a composite part (A) using induction heating, comprising: a mold having a contact surface adapted to be in contact with a material to be transformed into a composite part (A), and an outer surface ; at least one coil (21-23) or at least one wire (211-213) of a coil (21-23) arranged on the outer surface of the mold ; and at least one clamping means having a first end , a second end and an intermediate section extending between the first end and the second end , wherein at least one of the first end and second end is attached to the outer surface of the mold using welding, brazing or soldering, so as to at least partly fixate the at least one coil (21-23) to the outer surface of the mold ; wherein the intermediate section at least partially encloses the at least one wire (211-213) or coil (21-23) to hold said at least one wire (211-213) or coil (21-23) in place on the outer surface of the mold ; and wherein the at least one wire (211-213) or coil (21-23) are electrically insulated from the mold and in operative communication with at least one processing means . a mold having a contact surface adapted to be in contact with a material to be transformed into a composite part (A), and an outer surface ; at least one coil (21-23) or at least one wire (211-213) of a coil (21-23) arranged on the outer surface of the mold ; and at least one clamping means having a first end , a second end and an intermediate section extending between the first end and the second end , wherein at least one of the first end and second end is attached to the outer surface of the mold using welding, brazing or soldering, so as to at least partly fixate the at least one coil (21-23) to the outer surface of the mold ; wherein the intermediate section at least partially encloses the at least one wire (211-213) or coil (21-23) to hold said at least one wire (211-213) or coil (21-23) in place on the outer surface of the mold ; and wherein the at least one wire (211-213) or coil (21-23) are electrically insulated from the mold and in operative communication with at least one processing means .
A surgical staple driver array for operable use in a surgical staple cartridge, said surgical staple driver array, comprising: a plurality of first staple drivers configured to be slidably supported in the surgical staple cartridge, each said first staple driver supporting at least two first surgical staples thereon, each of the first surgical staples comprises a first crown , where the first crowns are parallel to each other, wherein each of said first staple drivers comprises a first camming ramp and a second camming ramp spaced from said first camming ramp ; and at least one second staple driver configured to be slidably supported in the surgical staple cartridge, each said second staple driver supporting a single, second surgical staple thereon, the second surgical staple having a second crown , said first and second staple drivers oriented in a line in the surgical staple cartridge such that each said second staple driver is located between two first staple drivers of the said plurality of first staple drivers , wherein each of said second staple drivers comprises a primary camming ramp and a secondary camming ramp spaced from said primary camming ramp , characterized in that each of the second crowns extends in a second direction that is transverse to the first crown of each of the first surgical staples supported on said at least one first staple driver . a plurality of first staple drivers configured to be slidably supported in the surgical staple cartridge, each said first staple driver supporting at least two first surgical staples thereon, each of the first surgical staples comprises a first crown , where the first crowns are parallel to each other, wherein each of said first staple drivers comprises a first camming ramp and a second camming ramp spaced from said first camming ramp ; and at least one second staple driver configured to be slidably supported in the surgical staple cartridge, each said second staple driver supporting a single, second surgical staple thereon, the second surgical staple having a second crown , said first and second staple drivers oriented in a line in the surgical staple cartridge such that each said second staple driver is located between two first staple drivers of the said plurality of first staple drivers , wherein each of said second staple drivers comprises a primary camming ramp and a secondary camming ramp spaced from said primary camming ramp , characterized in that each of the second crowns extends in a second direction that is transverse to the first crown of each of the first surgical staples supported on said at least one first staple driver .
A method of manufacturing a reverse osmosis membrane, the method comprising: forming a polysulfone layer by applying a solution including a mixed solvent containing two solvents to a surface of a porous support; forming an active layer made of polyamide on the polysulfone layer, wherein the mixed solvent includes N,N-dimethylformamide (DMF) and y-butyrolactone (GBL) mixed in a ratio of 95:5 to 50:50. forming a polysulfone layer by applying a solution including a mixed solvent containing two solvents to a surface of a porous support; forming an active layer made of polyamide on the polysulfone layer, wherein the mixed solvent includes N,N-dimethylformamide (DMF) and y-butyrolactone (GBL) mixed in a ratio of 95:5 to 50:50.
A barrel nut assembly , comprising: a barrel nut ; and a barrel nut positioning frame for maintaining the barrel nut in a desired position in a bore of a component , the frame comprising: a frame body configured to receive the barrel nut therein, the frame body being adapted to fit, together with a received barrel nut, within a bore; and a bore engagement element configured to engage with a positioning feature in the bore so as to restrict movement of the frame within the bore, wherein the barrel nut is located in the frame body and the frame body comprises a spine extending longitudinally along a length of the barrel nut, and at least one circumferential prong extending at least partially around an outside circumference of the barrel nut. a barrel nut ; and a barrel nut positioning frame for maintaining the barrel nut in a desired position in a bore of a component , the frame comprising: a frame body configured to receive the barrel nut therein, the frame body being adapted to fit, together with a received barrel nut, within a bore; and a bore engagement element configured to engage with a positioning feature in the bore so as to restrict movement of the frame within the bore, a frame body configured to receive the barrel nut therein, the frame body being adapted to fit, together with a received barrel nut, within a bore; and a bore engagement element configured to engage with a positioning feature in the bore so as to restrict movement of the frame within the bore, wherein the barrel nut is located in the frame body and the frame body comprises a spine extending longitudinally along a length of the barrel nut, and at least one circumferential prong extending at least partially around an outside circumference of the barrel nut.
A binding machine for gardening comprising: a main handle that is configured to draw out a tape from a front end portion thereof; a clincher arm that is rotatably attached to the main handle ; and a tape gripping device that is attached to a front end portion of the clincher arm , wherein when the clincher arm rotates in a closing direction to a predetermined position with respect to the main handle , a gripping operation is performed in which the tape gripping device grips an end portion of the tape drawn out from the front end portion of the main handle , when the clincher arm further rotates in the closing direction from the predetermined position with respect to the main handle to be in a closed state, a binding operation is performed in which the tape binds objects (S) to be bound and is then cut, and the gripping operation and the binding operation are performed alternately, to bind the object (S), characterized in that a movement restricting unit is provided to restrict the rotation of the clincher arm in the closing direction from the predetermined position at the time of the gripping operation. a main handle that is configured to draw out a tape from a front end portion thereof; a clincher arm that is rotatably attached to the main handle ; and a tape gripping device that is attached to a front end portion of the clincher arm , wherein when the clincher arm rotates in a closing direction to a predetermined position with respect to the main handle , a gripping operation is performed in which the tape gripping device grips an end portion of the tape drawn out from the front end portion of the main handle , when the clincher arm further rotates in the closing direction from the predetermined position with respect to the main handle to be in a closed state, a binding operation is performed in which the tape binds objects (S) to be bound and is then cut, and the gripping operation and the binding operation are performed alternately, to bind the object (S), characterized in that a movement restricting unit is provided to restrict the rotation of the clincher arm in the closing direction from the predetermined position at the time of the gripping operation.
An electric construction machine comprising: a power storage device ; an electric motor that is driven by power of the power storage device ; a hydraulic pump that is driven by the electric motor ; a travelling hydraulic motor and a work hydraulic actuator that are driven by a hydraulic fluid delivered from the hydraulic pump ; a controller (37; 37A); and a display device , characterized in that the controller (37; 37A) is configured to: compute an operable time by dividing a current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor ; compute a travelable time by dividing the current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor and the travelling hydraulic motor; and cause the computed operable time and the computed travelable time to be displayed on the display device at the same time. a power storage device ; an electric motor that is driven by power of the power storage device ; a hydraulic pump that is driven by the electric motor ; a travelling hydraulic motor and a work hydraulic actuator that are driven by a hydraulic fluid delivered from the hydraulic pump ; a controller (37; 37A); and a display device , characterized in that the controller (37; 37A) is configured to: compute an operable time by dividing a current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor ; compute a travelable time by dividing the current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor and the travelling hydraulic motor; and cause the computed operable time and the computed travelable time to be displayed on the display device at the same time. compute an operable time by dividing a current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor ; compute a travelable time by dividing the current energy storage amount of the power storage device by average power consumption for the case of driving of the electric motor and the travelling hydraulic motor; and cause the computed operable time and the computed travelable time to be displayed on the display device at the same time.
An ink cartridge chip , detachably mounted on an ink cartridge , the ink cartridge chip comprising a circuit board , the circuit board being provided with a plurality of connecting terminals in contact connection with apparatus-side terminals of a recording device body, characterized in that , the ink cartridge chip further comprises: at least one detecting terminal provided on the circuit board , and arranged adjacent to the connecting terminals , each detecting terminal being configured to detect short circuit occurring between the detecting terminal and at least one connecting terminal adjacent to the detecting terminal according to a change in an electrical signal of the detecting terminal , wherein the at least one detecting terminal is not in contact with the apparatus-side terminals . at least one detecting terminal provided on the circuit board , and arranged adjacent to the connecting terminals , each detecting terminal being configured to detect short circuit occurring between the detecting terminal and at least one connecting terminal adjacent to the detecting terminal according to a change in an electrical signal of the detecting terminal , wherein the at least one detecting terminal is not in contact with the apparatus-side terminals .
Regulator having a regulation unit , having an adjustment unit , having a drive unit which is configured for adjusting the adjustment unit , and having a lockable and unlockable force store (412, 610-616), wherein the regulation unit and the adjustment unit are in contact with one another via the force store (412, 610-616), and the regulation unit can, in the case of a locked and charged force store (412, 610-616), be displaced by means of the adjustment unit within an adjustment range so as to concomitantly drive the force store (412, 610-616), wherein, in the event of unlocking of the charged force store (412, 610-616), a discharge of the force store (412, 610-616) which at least partially occurs here causes the regulation unit to be automatically moved into a safety position independently of the adjustment unit .
A wireless communication device including: - a battery (BAT), - a platform (PLAT) powered by the battery (BAT), the platform comprising a processor (PROC), - a voltage regulator (LDO4) powered by the battery (BAT), - an ultra wideband communication unit (UWB_C) powered by the voltage regulator (LDO4) from the platform (PLAT) when the platform is switched on, - a near-field communication unit (NFC_C) characterised in that the near-field communication unit (NFC_C) is powered directly from the battery (BAT), and is configured to control the voltage regulator (LDO4) to power the ultra wideband communication unit (UWB_C) when the platform (PLAT) is switched off. - a battery (BAT), - a platform (PLAT) powered by the battery (BAT), the platform comprising a processor (PROC), - a voltage regulator (LDO4) powered by the battery (BAT), - an ultra wideband communication unit (UWB_C) powered by the voltage regulator (LDO4) from the platform (PLAT) when the platform is switched on, - a near-field communication unit (NFC_C) characterised in that the near-field communication unit (NFC_C) is powered directly from the battery (BAT), and is configured to control the voltage regulator (LDO4) to power the ultra wideband communication unit (UWB_C) when the platform (PLAT) is switched off.
A rotatable radio frequency (RF) coupling device , comprising: a conductive plate ; a rotatable split cylinder configured to be coupled to a dielectric disk of an electrostatic chuck to provide RF power to one or more RF bias electrodes disposed within the dielectric disk; a plurality of RF input taps coupled to the conductive plate to couple RF power to the conductive plate; a stationary ring coupled to the conductive plate and surrounding the rotatable split cylinder; and a grounded shield surrounding the conductive plate, the stationary ring, and the rotatable split cylinder. a conductive plate ; a rotatable split cylinder configured to be coupled to a dielectric disk of an electrostatic chuck to provide RF power to one or more RF bias electrodes disposed within the dielectric disk; a plurality of RF input taps coupled to the conductive plate to couple RF power to the conductive plate; a stationary ring coupled to the conductive plate and surrounding the rotatable split cylinder; and a grounded shield surrounding the conductive plate, the stationary ring, and the rotatable split cylinder.
A magnetic mixture composed by mixing a putty material containing a binder resin and a magnetic-material powder, and a solvent, in which a weight of the magnetic-material powder is contained by a ratio of 89.2wt% or more and 96.1wt% or less with respect to a total weight of the putty material and concurrently, in which a weight of the binder resin is contained by a ratio of 2.9wt% or more and 6.9wt% or less with respect to the total weight of the putty material, wherein there is employed a configuration in which the solvent is selected to have a boiling point of 200°C or more and 300°C or less and concurrently, a weight of the solvent is to be contained by a ratio of 1.0wt% or more and 3.9wt% or less with respect to the total weight of the putty material.
A method for receiving protocol data units in a mobile communication system, wherein the protocol data units are received and transmitted using one of a plurality of HARQ processes of an HARQ re-transmission protocol, wherein each HARQ process has an associated memory area for storing transmissions of a protocol data unit, the method comprising: receiving an initial transmission of a protocol data unit, characterized by storing the received initial transmission of the protocol data unit in one of a plurality of memory sub-areas into which the memory area associated to the one HARQ process is divided, wherein each of the plurality of memory sub-areas is used for soft-combining of transmissions stored in the memory sub-area, wherein the one memory sub-area is selected based on control information, associated to the initial transmission of the protocol data unit, or the memory sub-area for storing an initial transmission is selected among the plurality of memory sub-areas in a pre-determined way. receiving an initial transmission of a protocol data unit, characterized by storing the received initial transmission of the protocol data unit in one of a plurality of memory sub-areas into which the memory area associated to the one HARQ process is divided, wherein each of the plurality of memory sub-areas is used for soft-combining of transmissions stored in the memory sub-area, wherein the one memory sub-area is selected based on control information, associated to the initial transmission of the protocol data unit, or the memory sub-area for storing an initial transmission is selected among the plurality of memory sub-areas in a pre-determined way.
A method for preparing a chocolate composition comprising at least 10% cocoa butter, said method comprising the steps of: (a) Preparing a chocolate mixture comprising at least 10% cocoa butter by admixing a chocolate mass with a blend of an oil and/or fat having a Solid Fat Content higher than 2% when measured at 30°C with IUPAC method 2.150 a, and having a Trans Fatty Acid Content below 4%, preferably below 2%, (b) Feeding this mixture in molten state to a scraped surface heat exchanger, wherein the temperature of the scraped surface is below 0°C, (c) Crystallization and stabilization of said melt with the aid of said scraped surface heat exchanger, (d) Optionally, extrusion of the thus chilled mixture in block shape; wherein the chocolate composition that is prepared has a Trans Fatty Acid content below 2%. (a) Preparing a chocolate mixture comprising at least 10% cocoa butter by admixing a chocolate mass with a blend of an oil and/or fat having a Solid Fat Content higher than 2% when measured at 30°C with IUPAC method 2.150 a, and having a Trans Fatty Acid Content below 4%, preferably below 2%, (b) Feeding this mixture in molten state to a scraped surface heat exchanger, wherein the temperature of the scraped surface is below 0°C, (c) Crystallization and stabilization of said melt with the aid of said scraped surface heat exchanger, (d) Optionally, extrusion of the thus chilled mixture in block shape; wherein the chocolate composition that is prepared has a Trans Fatty Acid content below 2%.