mhurhangee/ep-ind-claims huggingface dataset:
Initiator which is triggered upon reaching a threshold temperature in order to reduce the effect of the ignition of a propellant or an explosive by igniting the latter upon reaching the threshold temperature, wherein a pressure device is provided the pressure of which is capable of being converted into kinetic energy upon reaching the threshold temperature for triggering the initiator, wherein the pressure device is formed by a pressure chamber which is closed by means of a locking device and which contains an active medium, wherein the active medium is a substance which, at the threshold temperature, has a vapour pressure for opening the locking device, characterized in that a bursting disc closes an opening of the pressure chamber and comprises a firing pin which is guided in a duct and which, after rupture of the bursting disc, can be accelerated due to the expansion of a gas in the duct and causes ignition of a priming charge being sensitive to impact.
Thermoelectric generator unit, with at least one thermoelectric module, which is provided with an exhaust gas heat exchanger on one side and a coolant heat exchanger on the opposite side in sandwich-like arrangement, said exhaust gas heat exchanger and coolant heat exchanger being designed as flat ducts whose flat sides (9, 13) are joined by lateral wall sections (10, 20), characterised in that side walls are attached to the lateral wall sections (10, 20) of the two outer heat exchangers (3, 4) at least, which side walls will sustain the clamping forces required for uniform and lasting pressing-together of the individual elements (2, 3, 4) of the thermoelectric generator unit.
A sensor assembly for monitoring physiological signs, comprising a housing and a circuit board assembly, wherein the housing comprises a first accommodation cavity, a second accommodation cavity, a first connection portion, a second connection portion, and a third accommodation cavity, with the first connection portion being connected to the first accommodation cavity and one end of the third accommodation cavity, and the second connection portion being connected to the second accommodation cavity and the other end of the third accommodation cavity; the circuit board assembly is accommodated within the first accommodation cavity, the second accommodation cavity, the first connection portion, the second connection portion and the third accommodation cavity, with the widths of the first connection portion and the second connection portion being less than the widths of the first accommodation cavity, the second accommodation cavity and the third accommodation cavity; with the thickness of the first connection portion and the second connection portion being less than the thickness of the first accommodation cavity, the second accommodation cavity and the third accommodation cavity, and wherein the first connection portion and the second connection portion are each further provided with a buffer groove along the width direction.
An integrated circuit being a chip, the integrated circuit comprising an active shield in a first layer and at least one security-critical component in a second layer, wherein the active shield comprises a data input, a data output and a plurality of metallic electrical connections configured to transmit an input value to produce an output value, said connections being embedded in the first layer, wherein the output value is a deterministic mapping of the input value as long as the metallic electrical connections are not damaged, characterized in that said security-critical component is configured to generate an access key for enabling access to at least a part of said security-critical component, wherein said access key is based on the output value of the active shield, the security-critical component further being configured to use the access key to enable access to the content of a storage unit comprised in the security-critical component, wherein the access key is a password or a decryption key which enables access to said content or for decrypting said content, the security-critical component further being configured to provide an input value to the active shield, said input value being based on a fixed seed value, to mask the input value with a variable random value before providing said input value to the active shield, and to unmask the output value of the active shield using said variable random value.
The use of water and carbon dioxide in a process for the production of edible organic substances, characterized in that said process comprises the steps of - electrolysis of water to produce hydrogen and oxygen, - capture or recovery of carbon dioxide, - conversion of said carbon dioxide to carbon monoxide, - subjecting said hydrogen and carbon monoxide to a Fischer-Tropsch synthesis to produce a mixture of olefins, - optionally increasing the proportion of ethylene by coupling of methane to form ethylene, and/or converting higher olefins to form ethylene, - isolating ethylene, - synthesizing alpha-olefins or fatty acid alcohols from said ethylene, and - oxidizing said alpha-olefins or fatty acid alcohols to free fatty acids with an even number of carbon atoms, wherein the net energy input is in the form of electricity. - electrolysis of water to produce hydrogen and oxygen, - capture or recovery of carbon dioxide, - conversion of said carbon dioxide to carbon monoxide, - subjecting said hydrogen and carbon monoxide to a Fischer-Tropsch synthesis to produce a mixture of olefins, - optionally increasing the proportion of ethylene by coupling of methane to form ethylene, and/or converting higher olefins to form ethylene, - isolating ethylene, - synthesizing alpha-olefins or fatty acid alcohols from said ethylene, and - oxidizing said alpha-olefins or fatty acid alcohols to free fatty acids with an even number of carbon atoms,
A working machine comprising: a base plate; a prime mover room formed on the base plate; a prime mover housed in the prime mover room; a cooling fan to generate a cooling airflow cooling the prime mover; a first discharging portion to discharge, to an outside of the prime mover room, the cooling airflow flowing between the prime mover and a ceiling portion of the prime mover room; and a second discharging portion to discharge, to the outside of the prime mover room, the cooling airflow flowing between the prime mover and a bottom portion of the prime mover room, characterized in that, the working machine further comprises an exhaust port located inside the prime mover room, outside the first discharging portion, and in a space not partitioned off from a space where the prime mover is located, the exhaust port being a port through which exhaust gas from the prime mover is discharged into the prime mover room, and the working machine is configured such that the cooling airflow flowing between the prime mover and the ceiling portion and the exhaust gas from the prime mover discharged through the exhaust port meet at a position inside the prime mover room, outside the first discharging portion, and in the space not partitioned off from the space where the prime mover is located and are introduced into the first discharging portion, and a mixture of the cooling airflow and the exhaust gas is discharged to the outside of the prime mover room through the first discharging portion. a base plate; a prime mover room formed on the base plate; a prime mover housed in the prime mover room; a cooling fan to generate a cooling airflow cooling the prime mover; a first discharging portion to discharge, to an outside of the prime mover room, the cooling airflow flowing between the prime mover and a ceiling portion of the prime mover room; and a second discharging portion to discharge, to the outside of the prime mover room, the cooling airflow flowing between the prime mover and a bottom portion of the prime mover room, characterized in that, the working machine further comprises an exhaust port located inside the prime mover room, outside the first discharging portion, and in a space not partitioned off from a space where the prime mover is located, the exhaust port being a port through which exhaust gas from the prime mover is discharged into the prime mover room, and the working machine is configured such that the cooling airflow flowing between the prime mover and the ceiling portion and the exhaust gas from the prime mover discharged through the exhaust port meet at a position inside the prime mover room, outside the first discharging portion, and in the space not partitioned off from the space where the prime mover is located and are introduced into the first discharging portion, and a mixture of the cooling airflow and the exhaust gas is discharged to the outside of the prime mover room through the first discharging portion.
An expandable medical device comprising: a plurality of elongated struts, said plurality of elongated struts joined together to form a substantially cylindrical device which is expandable from a cylinder having a first diameter to a cylinder having a second diameter; at least one strut opening in at least one of the plurality of struts; and at least one beneficial agent provided in the at least one strut opening, characterized in that the strut opening extends through the strut having a substantially constant cross section from a radially outermost end of the strut opening to a radially innermost end of the strut opening; and in that the at least one beneficial agent is provided in the at least one strut opening in a plurality of layers, wherein the beneficial agent is provided into the at least one opening without coating of the outermost surface. a plurality of elongated struts, said plurality of elongated struts joined together to form a substantially cylindrical device which is expandable from a cylinder having a first diameter to a cylinder having a second diameter; at least one strut opening in at least one of the plurality of struts; and at least one beneficial agent provided in the at least one strut opening, characterized in that the strut opening extends through the strut having a substantially constant cross section from a radially outermost end of the strut opening to a radially innermost end of the strut opening; and in that the at least one beneficial agent is provided in the at least one strut opening in a plurality of layers, wherein the beneficial agent is provided into the at least one opening without coating of the outermost surface.
A charging stand for headphones, the charging stand comprising: a cradle having a cradling portion on which the headphones are cradled, a flat surface portion provided at a side of the cradling portion, and a charging terminal provided at the flat surface portion; and a charging cable having a holder and a connection pin, the holder being provided with a seat depression which is configured to hold a headband portion of the headphones, a supported portion formed at a side of the seat depression and configured to be placed on the flat surface portion, a connection terminal provided at the supported portion and configured to come into contact with the charging terminal, and a clamper elastically holding an inner surface of the headband portion when the headband portion is placed below the seat depression, and the connection pin being electrically connected to the connection terminal and electrically connectable to a charging port of the headphones. a cradle having a cradling portion on which the headphones are cradled, a flat surface portion provided at a side of the cradling portion, and a charging terminal provided at the flat surface portion; and a charging cable having a holder and a connection pin, the holder being provided with a seat depression which is configured to hold a headband portion of the headphones, a supported portion formed at a side of the seat depression and configured to be placed on the flat surface portion, a connection terminal provided at the supported portion and configured to come into contact with the charging terminal, and a clamper elastically holding an inner surface of the headband portion when the headband portion is placed below the seat depression, and the connection pin being electrically connected to the connection terminal and electrically connectable to a charging port of the headphones.
A method of forming a needle assembly comprising: providing a cannula having a sharp distal end and a proximal end; crimping the proximal end to seal the proximal end; inserting the cannula into a needle hub such that the proximal end of the cannula is disposed in a glue well of the needle hub; inserting glue into the glue well; and curing the glue.
A management method for an embedded universal integrated circuit card, eUICC, comprising: sending (S101, S203, S303), by a subscription manager-secure routing, SM-SR, entity, a push request that comprises a trigger message and at least one user identity to a public land mobile network, PLMN, /push server, so as to instruct the PLMN/push server to push (S102, S204, S304) the trigger message to a target embedded universal integrated circuit card, eUICC, indicated by the at least one user identity, wherein the trigger message is used to trigger the target eUICC to initiate communication with the SM-SR entity, wherein the trigger message comprises access control information, wherein the access control information is used for scheduling the communication with the SM-SR entity initiated by the target eUICC; establishing (S103, S206, S306, S402), by the SM-SR entity, a communications connection to the target eUICC; and performing (S104, S210, S310, S407), by the SM-SR entity, a management operation on the target eUICC by using the communications connection; wherein the management operation comprises: profile downloading, profile installation, profile status changing, or changing an SM-SR entity associated with an eUICC. sending (S101, S203, S303), by a subscription manager-secure routing, SM-SR, entity, a push request that comprises a trigger message and at least one user identity to a public land mobile network, PLMN, /push server, so as to instruct the PLMN/push server to push (S102, S204, S304) the trigger message to a target embedded universal integrated circuit card, eUICC, indicated by the at least one user identity, wherein the trigger message is used to trigger the target eUICC to initiate communication with the SM-SR entity, wherein the trigger message comprises access control information, wherein the access control information is used for scheduling the communication with the SM-SR entity initiated by the target eUICC; establishing (S103, S206, S306, S402), by the SM-SR entity, a communications connection to the target eUICC; and performing (S104, S210, S310, S407), by the SM-SR entity, a management operation on the target eUICC by using the communications connection; wherein the management operation comprises: profile downloading, profile installation, profile status changing, or changing an SM-SR entity associated with an eUICC. profile downloading, profile installation, profile status changing, or changing an SM-SR entity associated with an eUICC.
A washing device (10, 10a) that is configured to perform development on a flexographic printing plate precursor after imagewise exposure using a washing solution while transporting the flexographic printing plate precursor, the device comprising: a transport unit that is configured to transport the flexographic printing plate precursor along a predetermined transport path (Dp); and a development unit that is configured to perform the development on the flexographic printing plate precursor by immersing the flexographic printing plate precursor in the washing solution, wherein the development unit includes a brush which is configured to be used for the development and a driving unit which is configured to control rotation of the brush around a rotation axis and movement of the brush, the brush is configured to remove an unexposed portion of the flexographic printing plate precursor to perform the development, the rotation axis of the brush is a fixed axis passing through one point in the brush, and the driving unit is configured to rotate the brush, in a state in which the rotation axis of the brush passes through a surface of the flexographic printing plate precursor, and moves the rotation axis of the brush in at least one direction intersecting the rotation axis. a transport unit that is configured to transport the flexographic printing plate precursor along a predetermined transport path (Dp); and a development unit that is configured to perform the development on the flexographic printing plate precursor by immersing the flexographic printing plate precursor in the washing solution, wherein the development unit includes a brush which is configured to be used for the development and a driving unit which is configured to control rotation of the brush around a rotation axis and movement of the brush, the brush is configured to remove an unexposed portion of the flexographic printing plate precursor to perform the development, the rotation axis of the brush is a fixed axis passing through one point in the brush, and the driving unit is configured to rotate the brush, in a state in which the rotation axis of the brush passes through a surface of the flexographic printing plate precursor, and moves the rotation axis of the brush in at least one direction intersecting the rotation axis.
A direct current powered electrosurgical ablation device, comprising: a catheter including a heating segment configured to ablate tissue; modulation circuitry (215, 217, 323, 325) configured to modulate DC power using pulse width modulation to provide modulated DC power pulses to the heating segment, wherein the PWM comprises a minimum duty cycle greater than 0% and a maximum duty cycle less than 100%, wherein the modulation circuitry (215, 217, 323, 325) is configured to decrease a duty cycle of the PWM in response to a sensed actual temperature of the heating segment, provided by a temperature sensor, being greater than a desired temperature plus a first offset value, and wherein the modulation circuitry (215, 217, 323, 325) is configured to increase the duty cycle of the PWM in response to the sensed temperature being less than the desired temperature minus a second offset value; and at least one DC power source configured to provide the DC power to the modulation circuitry. a catheter including a heating segment configured to ablate tissue; modulation circuitry (215, 217, 323, 325) configured to modulate DC power using pulse width modulation to provide modulated DC power pulses to the heating segment, wherein the PWM comprises a minimum duty cycle greater than 0% and a maximum duty cycle less than 100%, wherein the modulation circuitry (215, 217, 323, 325) is configured to decrease a duty cycle of the PWM in response to a sensed actual temperature of the heating segment, provided by a temperature sensor, being greater than a desired temperature plus a first offset value, and wherein the modulation circuitry (215, 217, 323, 325) is configured to increase the duty cycle of the PWM in response to the sensed temperature being less than the desired temperature minus a second offset value; and at least one DC power source configured to provide the DC power to the modulation circuitry.
An optical film useful in a display device comprising at least one first population of cadmium-containing core-shell nanostructures and at least one second population of core-shell nanostructures that are not cadmium-containing core-shell nanostructures in a common matrix material, wherein each population of core-shell nanostructures has a photoluminescence spectrum having a FWHM of between 10 nm and 50 nm and wherein the optical film contains 10 to 99 ppm of cadmium, and wherein the first population comprises CdSe/ZnSe/ZnS nanostructures and the second population comprises InP/ZnSe/ZnS nanostructures, wherein the cores of the first population of core-shell nanostructures comprise CdSe and the cores of the second population of core-shell nanostructures comprise InP, and wherein the shell of each population of nanostructures comprise ZnSe/ZnS.
A marine antifouling coating composition comprising: (i) an acrylic binder comprising at least one polymer comprising (meth)acrylate and/or silyl (meth)acrylate monomers; (ii) one or more rosins or derivatives thereof; (iii) one or more marine antifouling agents; and (iv) one or more monocarboxylic acids or a salt thereof selected from acyclic, saturated C12-C24 monocarboxylic acids or a salt thereof or acyclic, branched C12-C24 monocarboxylic acids or a salt thereof, wherein the monocarboxylic acid is in liquid form at 23 °C and ambient pressure (1 atm) and wherein the degree of branching of component (iv) is greater than 70 wt% and wherein the ratio of component (ii):(iv) on a dry weight basis is in the range of 90:10 to 40:60. (i) an acrylic binder comprising at least one polymer comprising (meth)acrylate and/or silyl (meth)acrylate monomers; (ii) one or more rosins or derivatives thereof; (iii) one or more marine antifouling agents; and (iv) one or more monocarboxylic acids or a salt thereof selected from acyclic, saturated C12-C24 monocarboxylic acids or a salt thereof or acyclic, branched C12-C24 monocarboxylic acids or a salt thereof, wherein the monocarboxylic acid is in liquid form at 23 °C and ambient pressure (1 atm) and wherein the degree of branching of component (iv) is greater than 70 wt%
A scalable aircraft cargo fire-suppression agent distribution system comprising: a set of fire-suppression agent supply source units coupled to a vehicle ducting; a plurality of distribution nozzles operable to distribute a fire-suppression agent during a descent; and a controller operable to select a supply source unit subset of the set of fire-suppression agent supply source units wherein the system comprises two fire control systems, wherein one of the fire control systems suppresses fire during cruise by shutting off air supply to a contained volume, and wherein the other fire control system distributes a high flow rate of the fire-suppression agent distribution only during descent of the aircraft. a set of fire-suppression agent supply source units coupled to a vehicle ducting; a plurality of distribution nozzles operable to distribute a fire-suppression agent during a descent; and a controller operable to select a supply source unit subset of the set of fire-suppression agent supply source units wherein the system comprises two fire control systems, wherein one of the fire control systems suppresses fire during cruise by shutting off air supply to a contained volume, and wherein the other fire control system distributes a high flow rate of the fire-suppression agent distribution only during descent of the aircraft.