mhurhangee/patent-ind-claim-en huggingface dataset:
Photocurable composition for 3D printing, comprising - at least one photocurable prepolymer chosen from the group consisting of functionalized gelatin bearing a first functional group and functionalized decellularized extracellular matrix bearing a second functional group, - at least one solvent, the solvent being formamide, and - at least one photoinitiator. - at least one photocurable prepolymer chosen from the group consisting of functionalized gelatin bearing a first functional group and functionalized decellularized extracellular matrix bearing a second functional group, - at least one solvent, the solvent being formamide, and - at least one photoinitiator.
A connecting assembly , comprising a busbar , a first insulating sleeve , a second insulating sleeve and a third insulating sleeve ; the busbar comprising a main body portion , an extending portion , and a bent connection portion , the bent connection portion connecting the main body portion and the extending portion ; the first insulating sleeve covering the main body portion of the busbar ; the second insulating sleeve covering the extending portion of the busbar ; the third insulating sleeve comprising a first covering portion , and the first covering portion covering the bent connection portion of the busbar ; characterized in that the first insulating sleeve , the second insulating sleeve and the third insulating sleeve each are a heat shrinkable tube; and the first insulating sleeve , the second insulating sleeve and the third insulating sleeve are independent components. the busbar comprising a main body portion , an extending portion , and a bent connection portion , the bent connection portion connecting the main body portion and the extending portion ; the first insulating sleeve covering the main body portion of the busbar ; the second insulating sleeve covering the extending portion of the busbar ; the third insulating sleeve comprising a first covering portion , and the first covering portion covering the bent connection portion of the busbar ; characterized in that the first insulating sleeve , the second insulating sleeve and the third insulating sleeve each are a heat shrinkable tube; and the first insulating sleeve , the second insulating sleeve and the third insulating sleeve are independent components.
Method of operating a laboratory sample distribution system , the laboratory sample distribution system comprising: - a number of sample container carriers (140, 140', 140"), said sample container carriers each comprising at least one magnetically active device and being adapted to carry at least one sample container , - a transport plane , being adapted to support said sample container carriers, and - a number of electro-magnetic actuators (120, 120', 120"), being stationary arranged below said transport plane, said electro-magnetic actuators being adapted to move a corresponding sample container carrier on top of said transport plane by applying a magnetic force to said sample container carrier, the method comprising the steps of: - a) activating one of the number electro-magnetic actuators to apply a magnetic force to one of the number of sample container carriers in order to cause a movement of the one sample container carrier, and - b) detecting an electro-magnetic actuator calibration movement profile of the one sample container carrier, characterized by the steps: - c) determining at least one electro-magnetic actuator calibration parameter for the one electro-magnetic actuator in response to the electro-magnetic actuator calibration movement profile and - d) operating the one electro-magnetic actuator according to the at least one determined electro-magnetic actuator calibration parameter, when the one electro-magnetic actuator is activated a next time. - a number of sample container carriers (140, 140', 140"), said sample container carriers each comprising at least one magnetically active device and being adapted to carry at least one sample container , - a transport plane , being adapted to support said sample container carriers, and - a number of electro-magnetic actuators (120, 120', 120"), being stationary arranged below said transport plane, said electro-magnetic actuators being adapted to move a corresponding sample container carrier on top of said transport plane by applying a magnetic force to said sample container carrier, - a) activating one of the number electro-magnetic actuators to apply a magnetic force to one of the number of sample container carriers in order to cause a movement of the one sample container carrier, and - b) detecting an electro-magnetic actuator calibration movement profile of the one sample container carrier, - c) determining at least one electro-magnetic actuator calibration parameter for the one electro-magnetic actuator in response to the electro-magnetic actuator calibration movement profile and - d) operating the one electro-magnetic actuator according to the at least one determined electro-magnetic actuator calibration parameter, when the one electro-magnetic actuator is activated a next time.
A device comprising a high temperature superconductor, HTS, circuit; wherein the HTS circuit comprises: a quenchable section comprising HTS material and connected in series to other elements of the HTS circuit, the HTS material comprising a stack of HTS tapes comprising at least one HTS tape ; the device further comprising: a quenching system configured to quench the HTS material in the quenchable section; a quench protection system configured to detect conditions likely to cause a quench in the HTS circuit and, in response to detection of conditions likely to cause a quench, cause the quenching system to quench the superconducting material in the quenchable section in order to dump stored magnetic energy from the HTS circuit into the quenchable section; wherein the HTS circuit is configured such that, when in use, the magnetic field on the or each HTS tape is substantially parallel to an a-b plane of the HTS tape, and the quenching system is configured to quench the HTS material by producing an additional magnetic field along the length of the or each HTS tape within the quenchable section, such that the additional magnetic field has a component perpendicular to the a-b plane of the HTS tape. wherein the HTS circuit comprises: a quenchable section comprising HTS material and connected in series to other elements of the HTS circuit, the HTS material comprising a stack of HTS tapes comprising at least one HTS tape ; the device further comprising: a quenching system configured to quench the HTS material in the quenchable section; a quench protection system configured to detect conditions likely to cause a quench in the HTS circuit and, in response to detection of conditions likely to cause a quench, cause the quenching system to quench the superconducting material in the quenchable section in order to dump stored magnetic energy from the HTS circuit into the quenchable section; a quenching system configured to quench the HTS material in the quenchable section; a quench protection system configured to detect conditions likely to cause a quench in the HTS circuit and, in response to detection of conditions likely to cause a quench, cause the quenching system to quench the superconducting material in the quenchable section in order to dump stored magnetic energy from the HTS circuit into the quenchable section; wherein the HTS circuit is configured such that, when in use, the magnetic field on the or each HTS tape is substantially parallel to an a-b plane of the HTS tape, and the quenching system is configured to quench the HTS material by producing an additional magnetic field along the length of the or each HTS tape within the quenchable section, such that the additional magnetic field has a component perpendicular to the a-b plane of the HTS tape.
Electronic device for managing a KNX bus or the like, with electronic component protection, said device comprising a pulsed-current main electronic circuit able and intended to manage the transmission of data in a KNX bus or the like in which a DC power supply is superposed with said data, said main electronic circuit comprising, on the one hand, an electronic data-transmission circuit comprising a transmission output and being able and intended to deliver a pulsed data-transmission signal to said transmission output , and, on the other hand, a connection point to said bus for transmitting said data thereto, and a transmission resistor (R1), or other similar current-limiting element, through which said signal passes, said transmission output being transiently put, at each pulse, into a short-circuit state by being short-circuited to ground (M) in said electronic data-transmission circuit and, between two pulses, into an open-circuit state, characterized in that it further comprises an electronic protection circuit configured and connected to said main electronic circuit so as to monitor the state of said transmission output to detect a state thereof, referred to as a permanent short-circuit state, where said output is short-circuited to ground (M) permanently, that is to say for a duration of at least greater than that of a pulse or a pulse train, following a possible failure of the electronic data-transmission circuit and to instantaneously trigger, following said detection, an opening in a branch of said main electronic circuit , between said transmission output and the connection point , having the effect of instantaneously interrupting the flow of the electric current through said transmission resistor (R1).
A method for integrating aluminoxane production into catalyst production, comprising: reacting a hydrocarbyl aluminum compound and water in a recycled solvent to produce at least a reaction mixture comprising an aluminoxane, a remainder of the hydrocarbyl aluminum compound, and the recycled solvent; combining at least a portion of the reaction mixture with a catalyst component to produce at least a catalyst composition; separating the catalyst composition from the recycled solvent in the reaction mixture; and recycling at least a portion of the separated solvent for producing additional aluminoxane, the separated solvent comprising at least a portion of the remainder of the hydrocarbyl aluminum compound. reacting a hydrocarbyl aluminum compound and water in a recycled solvent to produce at least a reaction mixture comprising an aluminoxane, a remainder of the hydrocarbyl aluminum compound, and the recycled solvent; combining at least a portion of the reaction mixture with a catalyst component to produce at least a catalyst composition; separating the catalyst composition from the recycled solvent in the reaction mixture; and recycling at least a portion of the separated solvent for producing additional aluminoxane, the separated solvent comprising at least a portion of the remainder of the hydrocarbyl aluminum compound.
A system for measuring electric characteristics of an earth formation , comprising: a carrier extending in an axial direction configured to be disposed in an earth formation ; an inductive measurement assembly mounted to the carrier including an antenna configured to generate an oscillating magnetic field in the earth formation and measure a resistivity of the formation by detecting a signal in response to currents induced in the formation by the magnetic field; and a capacitive measurement assembly including a capacitive measurement electrode configured to detect a signal in response to a measurement current injected into the formation by the capacitive measurement electrode, the capacitive measurement electrode disposed at least approximately at the same axial and angular location of the carrier as the antenna and disposed between the antenna and the formation and in a path of the magnetic field, the capacitive measurement electrode formed from a plurality of constituent electrodes that are electrically isolated from each other so as to prevent induction of eddy currents across the plurality of electrodes, characterized in that the plurality of constituent electrodes are unconnected electrically in the region within the path of the magnetic field between the antenna and the formation . a carrier extending in an axial direction configured to be disposed in an earth formation ; an inductive measurement assembly mounted to the carrier including an antenna configured to generate an oscillating magnetic field in the earth formation and measure a resistivity of the formation by detecting a signal in response to currents induced in the formation by the magnetic field; and a capacitive measurement assembly including a capacitive measurement electrode configured to detect a signal in response to a measurement current injected into the formation by the capacitive measurement electrode, the capacitive measurement electrode disposed at least approximately at the same axial and angular location of the carrier as the antenna and disposed between the antenna and the formation and in a path of the magnetic field, the capacitive measurement electrode formed from a plurality of constituent electrodes that are electrically isolated from each other so as to prevent induction of eddy currents across the plurality of electrodes, characterized in that the plurality of constituent electrodes are unconnected electrically in the region within the path of the magnetic field between the antenna and the formation .
A non-condensable gas purge system for a refrigeration circuit including a compressor , a condenser , an expansion valve , and an evaporator connected to form a loop, the refrigeration circuit containing a low pressure refrigerant, the purge system comprising a purge tank , an interior of the purge tank defining a liquid condensing chamber , the purge tank having a tank inlet for receiving the low pressure refrigerant from the condenser , a tank outlet for returning the low pressure refrigerant from the liquid condensing chamber to the evaporator , and a purge outlet for purging non-condensable gas from the liquid condensing chamber to an ambient atmosphere; a purge heat exchanger coil disposed inside the liquid condensing chamber of the purge tank , characterised in that an upper end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid supply line of the refrigeration circuit through an upper portion of the purge tank , and a lower end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid return line leading to the evaporator through a lower portion of the purge tank such that the low pressure refrigerant contained in the loop passes through the purge heat exchanger coil without using a dedicated purge system compressor. a purge tank , an interior of the purge tank defining a liquid condensing chamber , the purge tank having a tank inlet for receiving the low pressure refrigerant from the condenser , a tank outlet for returning the low pressure refrigerant from the liquid condensing chamber to the evaporator , and a purge outlet for purging non-condensable gas from the liquid condensing chamber to an ambient atmosphere; a purge heat exchanger coil disposed inside the liquid condensing chamber of the purge tank , characterised in that an upper end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid supply line of the refrigeration circuit through an upper portion of the purge tank , and a lower end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid return line leading to the evaporator through a lower portion of the purge tank such that the low pressure refrigerant contained in the loop passes through the purge heat exchanger coil without using a dedicated purge system compressor.
A portable electronic lock that has a lock body having a locking device and a closing hoop which is movable relative to the lock body between a closed position and an open position, wherein the closing hoop can be locked to the lock body by means of the locking device in the closed position, wherein the lock at least has an electrical unit, an electrical energy source , a signal generator and a control unit , wherein the control unit is configured to monitor a charge state of the electrical energy source , and wherein the control unit is configured to control the signal generator to output a charge state warning signal sequence if the charge state of the electrical energy source falls below a predetermined threshold value, characterized in that the control unit is configured to control the signal generator to output the charge state warning signal sequence in the form of the letter sequence "S-O-S" in accordance with Morse code. wherein the lock at least has an electrical unit, an electrical energy source , a signal generator and a control unit , wherein the control unit is configured to monitor a charge state of the electrical energy source , and wherein the control unit is configured to control the signal generator to output a charge state warning signal sequence if the charge state of the electrical energy source falls below a predetermined threshold value, characterized in that the control unit is configured to control the signal generator to output the charge state warning signal sequence in the form of the letter sequence "S-O-S" in accordance with Morse code.
A molded product discharge device (B) for a compression molding machine (A), the compression molding machine (A) including a die table having a vertically penetrating die bore , and an upper punch and a lower punch configured to be vertically slidably retained above and below the die bore , and being configured to compress a powdery material filled in the die bore with use of the upper punch and the lower punch to mold a molded product (P), the device (B) being configured to discharge the molded product (P) from the compression molding machine (A) for transfer, the device (B) comprising: a rotator configured to be horizontally rotatable; a plurality of projections configured to extend, in an outer circumferential portion of the rotator , to be aligned circumferentially around a rotary axis of the rotator at an interval larger than an external size of the molded product (P), and to capture the molded product (P); and a guide configured to be disposed adjacent to the outer circumferential portion of the rotator ; characterized by further comprising: a retainer configured to face the rotator with a predetermined distance therebetween; wherein the plurality of projections is configured to extend toward the retainer from a surface opposite to the retainer ; and the guide is configured to close a gap between the adjacent projections from outside. a rotator configured to be horizontally rotatable; a plurality of projections configured to extend, in an outer circumferential portion of the rotator , to be aligned circumferentially around a rotary axis of the rotator at an interval larger than an external size of the molded product (P), and to capture the molded product (P); and a guide configured to be disposed adjacent to the outer circumferential portion of the rotator ; characterized by further comprising: a retainer configured to face the rotator with a predetermined distance therebetween; wherein the plurality of projections is configured to extend toward the retainer from a surface opposite to the retainer ; and the guide is configured to close a gap between the adjacent projections from outside. a retainer configured to face the rotator with a predetermined distance therebetween; wherein the plurality of projections is configured to extend toward the retainer from a surface opposite to the retainer ; and the guide is configured to close a gap between the adjacent projections from outside.
A process for preparing an oilseed meal with enriched content of proteins by sieving original oilseed meal resulting from the extraction of oil, characterized in that the sieving is using a first frame with first classifying element in the form of screen cloths, wires, or bars and wherein the classifying elements have rectangular holes, and wherein the frame including the first classifying element is shaking, oscillating, vibrating or tumbling, or wherein the classifying element is oscillating, or vibrating within the frame, wherein the holes of the classifying element is characterized by two distinct or different dimensions, preferably length and width, and wherein the classifying element is inclined downwards in the frame in an angle of from 5° to 45° from horizontal position, preferably from 10° to 40° from horizontal position.
Security device for locks with a handle, which can be freely rotated in the idle state and can be coupled to the locking member of the lock in the actuated state, wherein a braking or blocking device is provided, which, starting from a defined number of revolutions of the handle per time unit, brakes or blocks the further rotary movement, characterized in that the braking or blocking device is designed as an eddy current brake.
An in vitro method for determining the presence or absence of undifferentiated cells among cells subjected to differentiation treatment, the method comprising the steps of: A) detecting an expression product of a fluorescent protein gene in cells subjected to differentiation treatment, the cells being transfected with a lentiviral vector; and B) determining that undifferentiated cells are present if an expression product of the fluorescent protein gene is detected, wherein the differentiation treatment is performed by bringing a differentiation inducer for differentiation induction into contact with undifferentiated cells and culturing the cells under appropriate culture conditions, and wherein the lentiviral vector contains a nucleic acid sequence in which the fluorescent protein gene and a drug-dependent suicide gene are bound via a sequence capable of allowing a promoter to cause the two genes to be simultaneously expressed and a nucleic acid sequence flanked by sequences recognized by site-specific recombinases having a promoter region, wherein the promoter region is operably linked to the fluorescent protein gene and the drug-dependent suicide gene, wherein the promoter region is survivin promoter, tert promoter, Rex1 promoter, or Nanog promoter. A) detecting an expression product of a fluorescent protein gene in cells subjected to differentiation treatment, the cells being transfected with a lentiviral vector; and B) determining that undifferentiated cells are present if an expression product of the fluorescent protein gene is detected, wherein the differentiation treatment is performed by bringing a differentiation inducer for differentiation induction into contact with undifferentiated cells and culturing the cells under appropriate culture conditions, and wherein the lentiviral vector contains a nucleic acid sequence in which the fluorescent protein gene and a drug-dependent suicide gene are bound via a sequence capable of allowing a promoter to cause the two genes to be simultaneously expressed and a nucleic acid sequence flanked by sequences recognized by site-specific recombinases having a promoter region, wherein the promoter region is operably linked to the fluorescent protein gene and the drug-dependent suicide gene, wherein the promoter region is survivin promoter, tert promoter, Rex1 promoter, or Nanog promoter.