mhurhangee/patent-ind-claim-en huggingface dataset:
Medicament delivery device , comprising: - a tubular body having a distal end (2.7), - a cap adapted to be removably connected to the distal end (2.7) of the body , wherein the body comprises a first clip having a first stop (16.1) and a first ramp (16.2), wherein the cap comprises a second clip having a second stop (17.1) and a second ramp (17.2), wherein the first ramp (16.2) and the second ramp (17.2) are adapted to be mutually engaged when the cap is connected to the body in a first position (P1), wherein the first ramp (16.2) and the second ramp (17.2) are adapted to resiliently deflect at least one of the first clip and the second clip when the cap is being moved from the first position (P1) in a distal direction (D) towards a second position (P2), wherein in the second position (P2) the first stop (16.1) and the second stop (17.1) abut each other to prevent the cap from being moved into the first position (P1). - a tubular body having a distal end (2.7), - a cap adapted to be removably connected to the distal end (2.7) of the body ,
Electrode for a secondary battery cell having an, in particular foil-like, electrode main body , - wherein the electrode main body comprises a collector portion as a current collector and a contact portion for making electrical contact with a cell tab (ZA), and - wherein the collector portion and the contact portion have different electrical conductivities and/or different thermal conductivities, characterized in that - the electrode main body is formed from a metal foil, wherein the collector portion and the contact portion of the electrode main body have different thicknesses (d Kol , d Kon ), or - the collector portion is formed of a first material and the contact portion is formed of a second material different to the first material. - wherein the electrode main body comprises a collector portion as a current collector and a contact portion for making electrical contact with a cell tab (ZA), and - wherein the collector portion and the contact portion have different electrical conductivities and/or different thermal conductivities, characterized in that - the electrode main body is formed from a metal foil, wherein the collector portion and the contact portion of the electrode main body have different thicknesses (d Kol , d Kon ), or - the collector portion is formed of a first material and the contact portion is formed of a second material different to the first material.
An instrument entry guide comprising: a shaft comprising a proximal end, a distal end, a plurality of instrument lumens between the proximal and distal ends of the shaft, and a central axis through the proximal and distal ends and between the plurality of instrument lumens; wherein the plurality of lumens are parallel to one another within the shaft; wherein at least a first one of the plurality of lumens comprises a projection at the distal end of the shaft; and wherein: the projection extends radially inward into the first one of the plurality of lumens in a direction radially away from the central axis; characterised in that the projection defines an inner diameter of the first one of the plurality of lumens that decreases from a proximal end of the projection to a distal end of the projection; and the projection comprises a ramp. a shaft comprising a proximal end, a distal end, a plurality of instrument lumens between the proximal and distal ends of the shaft, and a central axis through the proximal and distal ends and between the plurality of instrument lumens; wherein the plurality of lumens are parallel to one another within the shaft; wherein at least a first one of the plurality of lumens comprises a projection at the distal end of the shaft; and wherein: the projection extends radially inward into the first one of the plurality of lumens in a direction radially away from the central axis; characterised in that the projection defines an inner diameter of the first one of the plurality of lumens that decreases from a proximal end of the projection to a distal end of the projection; and the projection comprises a ramp. the projection extends radially inward into the first one of the plurality of lumens in a direction radially away from the central axis; characterised in that the projection defines an inner diameter of the first one of the plurality of lumens that decreases from a proximal end of the projection to a distal end of the projection; and the projection comprises a ramp.
Method for the purification of nucleic acids, comprising DNA, in particular plasmid DNA, comprising the following steps a) Introducing a nucleic acid mixture comprising DNA into a device for the purification of nucleic acids comprising a column combination consisting of: i. an open hollow body with an inlet opening and an outlet opening, which is arranged on a further ii. open hollow body with an inlet opening and an outlet opening, with a membrane contained therein, wherein as membrane a glass fiber membrane with a pore size in an interval of 2 - 4 μm is fitted in the hollow body , b) Binding the DNA nucleic acids to the membrane in the hollow body in the presence of an aliphatic alcohol with 1 to 5 carbon atoms, c) Eluting the DNA nucleic acids from the membrane in the hollow body with a known elution buffer. a) Introducing a nucleic acid mixture comprising DNA into a device for the purification of nucleic acids comprising a column combination consisting of: i. an open hollow body with an inlet opening and an outlet opening, which is arranged on a further ii. open hollow body with an inlet opening and an outlet opening, with a membrane contained therein, wherein as membrane a glass fiber membrane with a pore size in an interval of 2 - 4 μm is fitted in the hollow body , i. an open hollow body with an inlet opening and an outlet opening, which is arranged on a further ii. open hollow body with an inlet opening and an outlet opening, with a membrane contained therein, wherein as membrane a glass fiber membrane with a pore size in an interval of 2 - 4 μm is fitted in the hollow body , b) Binding the DNA nucleic acids to the membrane in the hollow body in the presence of an aliphatic alcohol with 1 to 5 carbon atoms, c) Eluting the DNA nucleic acids from the membrane in the hollow body with a known elution buffer.
A hose test system , comprising: a control system operatively coupled to a test system , said test system comprising: a hose test assembly configured to connect to a hose to be tested, and between an inlet high pressure valve and an outlet high pressure valve ; an intensifier coupled to said inlet high pressure valve , capable of increasing the pressure within said hose test assembly when said inlet high pressure valve and said outlet high pressure valve are unactuated; wherein said control system is capable of controlling the operation of said intensifier of said test system , characterized in that said inlet high pressure valve and said outlet high pressure valve are seal-less and comprise: a body capable of housing a piston , wherein said piston is capable of being moved to actuated and unactuated positions, wherein said valves are capable of operating with oil at 700 bar, 150 degree Celsius, for a cycle of 1 second, for one million cycles without failing. a hose test assembly configured to connect to a hose to be tested, and between an inlet high pressure valve and an outlet high pressure valve ; an intensifier coupled to said inlet high pressure valve , capable of increasing the pressure within said hose test assembly when said inlet high pressure valve and said outlet high pressure valve are unactuated; wherein said control system is capable of controlling the operation of said intensifier of said test system , a body capable of housing a piston , wherein said piston is capable of being moved to actuated and unactuated positions, wherein said valves are capable of operating with oil at 700 bar, 150 degree Celsius, for a cycle of 1 second, for one million cycles without failing.
A linear actuator comprising a roller screw mechanism guided in rotation with respect to a structure by means of a first and a second angular-contact ball bearing ; the roller screw mechanism comprising rollers interposed between an endless screw and a first and a second threaded ring which are joined together in rotation and free in translation, characterized in that the first and second threaded rings are secured to a respective inner ring of the first and of the second angular-contact ball bearings , and in that the linear actuator comprises a single preloading device capable of applying a load between two outer rings of the first and of the second angular-contact ball bearings respectively, simultaneously allowing the loading of the roller screw mechanism and the rotational guidance of the roller screw mechanism with respect to the structure .
An information transmission method, comprising: determining (S101) a time domain density of a phase tracking reference signal, PTRS; determining (S102) a frequency domain density of the phase tracking reference signal, PTRS, based on an available bandwidth, or determining a frequency domain density of the phase tracking reference signal, PTRS, based on a scheduled resource block, RB; wherein the available bandwidth is a scheduled bandwidth that does not include preoccupied bandwidth, and wherein the scheduled bandwidth is bandwidth that is scheduled for a user equipment for transmitting a data service and a control signal of the user equipment, and the preoccupied bandwidth is bandwidth occupied by another signal; mapping (S103) the PTRS to one or more orthogonal frequency division multiplexing, OFDM, symbols based on the time domain density and the frequency domain density; and sending (S104) a signal that comprises the OFDM symbol to which the PTRS is mapped. determining (S101) a time domain density of a phase tracking reference signal, PTRS; determining (S102) a frequency domain density of the phase tracking reference signal, PTRS, based on an available bandwidth, or determining a frequency domain density of the phase tracking reference signal, PTRS, based on a scheduled resource block, RB; wherein the available bandwidth is a scheduled bandwidth that does not include preoccupied bandwidth, and wherein the scheduled bandwidth is bandwidth that is scheduled for a user equipment for transmitting a data service and a control signal of the user equipment, and the preoccupied bandwidth is bandwidth occupied by another signal; mapping (S103) the PTRS to one or more orthogonal frequency division multiplexing, OFDM, symbols based on the time domain density and the frequency domain density; and sending (S104) a signal that comprises the OFDM symbol to which the PTRS is mapped.
Device for reducing residual current in an electrical circuit , in particular an electrical low-voltage line, the device comprising at least two inputs for connecting at least one neutral conductor (N) and a phase (L), and a number of outputs corresponding to the number of inputs , the outputs being suitable for connecting electrical consumers , the device comprising a residual current sensor and a current measuring unit , an output of the residual current sensor being connected to an input of the current measuring unit , the device comprising a voltage reduction unit , the voltage reduction unit being designed to reduce the voltage applied to outputs of the device with respect to the voltage applied to inputs of the device on the basis of the level of the measured residual current in order to limit the measured residual current to a predefinable value, in particular 30 mA, the voltage reduction unit being arranged in series in a connection between one of the inputs and one of the outputs of the device , characterized in that the voltage reduction unit has a control and/or regulation unit , an output of the current measuring unit being connected to an input of the control and/or regulation unit , in that the voltage reduction unit has a switching unit for switching between a normal operation branch and a reduction branch , in that at least one resistor comprising a controllable resistor is arranged in the reduction branch , in that the controllable resistor is connected to the control and/or regulation unit , and in that the control and/or regulation unit controls the resistance value of the controllable resistor on the basis of the level of the measured residual current in order to limit the measured residual current to a predefinable value, in particular 30 mA.
A support garment for supporting a patient wearable defibrillator, the support garment being made from a fabric having an outside surface and an inside surface and being configured to be worn about a chest of a patient (P), the support garment comprising: a back portion ; a belt defined by side portions extending from the back portion around a front of the patient; and shoulder straps configured to be attached to the back portion and the belt, wherein the back portion and the belt are configured to support a plurality of sensing electrodes and at least one therapeutic defibrillator electrode on the inside surface thereof, wherein the support garment further comprises at least one bra portion detachably connected to the belt and the shoulder straps to form a single structure of the bra portion and the support garment for wearing by the patient and wherein the at least one bra portion is detachable from the support garment, and wherein the at least one bra portion is configured to support front upper torsal female anatomy, the at least one bra portion comprising two cups configured to support the patient's breasts. a back portion ; a belt defined by side portions extending from the back portion around a front of the patient; and shoulder straps configured to be attached to the back portion and the belt, wherein the back portion and the belt are configured to support a plurality of sensing electrodes and at least one therapeutic defibrillator electrode on the inside surface thereof, wherein the support garment further comprises at least one bra portion detachably connected to the belt and the shoulder straps to form a single structure of the bra portion and the support garment for wearing by the patient and wherein the at least one bra portion is detachable from the support garment, and wherein the at least one bra portion is configured to support front upper torsal female anatomy, the at least one bra portion comprising two cups configured to support the patient's breasts.
A high pressure polymerization process to form an ethylene-based polymer, the process comprising at least the following steps: feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone (RZ1)" to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZl/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and the CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each CTA is independently selected from an olefin, an aldehyde, a ketone, an alcohol, a saturated hydrocarbon, an ether, a thiol, a phosphine, an amino, an amine, an amide, an ester, or an isocyanate. feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone (RZ1)" to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZl/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and the CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each CTA is independently selected from an olefin, an aldehyde, a ketone, an alcohol, a saturated hydrocarbon, an ether, a thiol, a phosphine, an amino, an amine, an amide, an ester, or an isocyanate.
A light detecting device comprising: a light input device configured to receive light; a plurality of waveguides extending from the light input device, the plurality of waveguides being configured to transmit portions of the light received by the light input device , respectively; a plurality of modulators provided on the plurality of waveguides and configured to modulate phases of the portions of light transmitted in the plurality of waveguides , respectively; at least one graphene layer configured to absorb the portions of light transmitted in the plurality of waveguides ; and at least one first electrode and at least one second electrode electrically connected to the at least one graphene layer , respectively, and characterized in that the a plurality of modulators each comprise a first electrode and a second electrode and are configured to form a phase profile by independently modulating a phase of each of the portions of light transmitted in the plurality of waveguides by applying an electric signal between the first electrode and the second electrodes of each modulator , so as to improve the light-receiving efficiency of the portions of light in a specific direction. a light input device configured to receive light; a plurality of waveguides extending from the light input device, the plurality of waveguides being configured to transmit portions of the light received by the light input device , respectively; a plurality of modulators provided on the plurality of waveguides and configured to modulate phases of the portions of light transmitted in the plurality of waveguides , respectively; at least one graphene layer configured to absorb the portions of light transmitted in the plurality of waveguides ; and at least one first electrode and at least one second electrode electrically connected to the at least one graphene layer , respectively, and characterized in that the a plurality of modulators each comprise a first electrode and a second electrode and are configured to form a phase profile by independently modulating a phase of each of the portions of light transmitted in the plurality of waveguides by applying an electric signal between the first electrode and the second electrodes of each modulator , so as to improve the light-receiving efficiency of the portions of light in a specific direction.
A connector attachable to a cable for transmission of power and data for use in power focused applications comprising: a contact for power transmission (P), a contact for data communication (D), and a conversion circuit configured to generate configuration signaling (C) to be transmitted via a single twisted pair of signaling wire together with the power transmission (P), and the data communication (D), wherein the configuration signaling (C) refers to the signaling of power and voltage requests required by a connected application device and the subsequent negotiation signaling; and characterized in that the connector further comprising a contact for configuration signaling (C) wherein the conversion circuit configured to generate configuration signaling (C) comprises the conversion circuit being configured to decode and convert configuration signaling (C) received via the contact for configuration signaling (C) to be transmitted via a single twisted pair of signaling wire together with the power transmission (P), and the data communication (D). a contact for power transmission (P), a contact for data communication (D), and a conversion circuit configured to generate configuration signaling (C) to be transmitted via a single twisted pair of signaling wire together with the power transmission (P), and the data communication (D), wherein the configuration signaling (C) refers to the signaling of power and voltage requests required by a connected application device and the subsequent negotiation signaling; and characterized in that the connector further comprising a contact for configuration signaling (C) wherein the conversion circuit configured to generate configuration signaling (C) comprises the conversion circuit being configured to decode and convert configuration signaling (C) received via the contact for configuration signaling (C) to be transmitted via a single twisted pair of signaling wire together with the power transmission (P), and the data communication (D).
A method for manufacturing oil gel capsules, the method comprising: (a) manufacturing oil gels by mixing an oil, which is an engine oil, and a gelator, which is 12-hydroxyoctadecanoic acid, using an ultrasonic grinder, wherein a weight ratio of the 12-hydroxyoctadecanoic acid mixed with the engine oil is 1 to 10 wt% based on a total weight of the engine oil; and (b) producing at least one or more oil gel capsules by mixing the oil gels, which are in a liquid state, and an aqueous surfactant solution, wherein the oil gels have a phase transition temperature, which is a temperature at which the oil gel in a gel state is liquefied in a liquid state or the oil gel in a liquid state gels into the oil gel in a gel state, of 60°C or more and 70°C or less, and wherein the oil gel capsules have a size of 0.1 μm or more and 1 μm or less. (a) manufacturing oil gels by mixing an oil, which is an engine oil, and a gelator, which is 12-hydroxyoctadecanoic acid, using an ultrasonic grinder, wherein a weight ratio of the 12-hydroxyoctadecanoic acid mixed with the engine oil is 1 to 10 wt% based on a total weight of the engine oil; and (b) producing at least one or more oil gel capsules by mixing the oil gels, which are in a liquid state, and an aqueous surfactant solution, wherein the oil gels have a phase transition temperature, which is a temperature at which the oil gel in a gel state is liquefied in a liquid state or the oil gel in a liquid state gels into the oil gel in a gel state, of 60°C or more and 70°C or less, and wherein the oil gel capsules have a size of 0.1 μm or more and 1 μm or less.