mhurhangee/ep-ind-claims huggingface dataset:
A cartridge that can be mounted to a liquid jetting apparatus that has an air supply apparatus that can supply air and a liquid jetting unit that can jet liquid, the cartridge comprising: a liquid container that can contain the liquid, at least a portion of the liquid container being flexible; a case (61, 62) that houses the liquid container; and an air bag that is arranged between an internal wall of the case (61, 62) and the liquid container, at least a portion of which is flexible, and that can come into contact with the liquid container in a state of being inflated upon being supplied with the air, wherein the air bag includes, a first bag that can be inflated upon being supplied with the air, and a second bag that can be inflated upon being supplied with the air, the air bag and the liquid container are aligned in a first direction intersecting an up-down direction in the usage orientation, and in the usage orientation, when viewed in the first direction, the first bag is arranged at a position overlapping a portion below the center in the up-down direction in the liquid container, characterized in that the second bag is positioned above the first bag in a usage orientation when the cartridge is used. a liquid container that can contain the liquid, at least a portion of the liquid container being flexible; a case (61, 62) that houses the liquid container; and an air bag that is arranged between an internal wall of the case (61, 62) and the liquid container, at least a portion of which is flexible, and that can come into contact with the liquid container in a state of being inflated upon being supplied with the air, wherein the air bag includes, a first bag that can be inflated upon being supplied with the air, and a second bag that can be inflated upon being supplied with the air, the air bag and the liquid container are aligned in a first direction intersecting an up-down direction in the usage orientation, and in the usage orientation, when viewed in the first direction, the first bag is arranged at a position overlapping a portion below the center in the up-down direction in the liquid container, characterized in that the second bag is positioned above the first bag in a usage orientation when the cartridge is used.
System (1, 101, 401, 501) having a temperature-controllable dryer cabin for heating workpieces, in particular vehicle bodies (3, 103, 403, 503), having a heating device for heating incoming air for the dryer cabin, and having a heat engine (25, 125, 425, 571, 575) which is coupled in movement terms to a consumer (45, 145, 445, 587, 592), in order to transmit mechanical energy from the heat engine (25, 125, 425, 571, 575) to the consumer (45, 145, 445, 587, 592), the heating device comprising at least one heat exchanger (19, 27, 139, 419, 591, 607) which is loaded with the hot exhaust gas of a heat engine (25, 125, 425, 571, 575) and extracts heat from the hot exhaust gas, in order in this way to heat incoming air which is fed to the dryer cabin, characterized by a paint system with a paint booth for loading vehicle bodies with spray paint, which paint booth has an extraction system for air with a fan which is connected via a line system with valves (495, 497) to a mixing chamber, to which the heat engine (25, 125, 425, 571, 575) is connected by way of a fuel gas line, it being possible for exhaust gases which are loaded with hydrocarbons from the paint booth, waste air from the dryer cabin and fuel gas which is fed in from outside to be fed to the mixing chamber, in order to operate the heat engine in this way.
A composite isolation joint, comprising: a hollow cylindrical member having first and second cylindrical steel portions (101, 102) at corresponding first and second ends, the first and second cylindrical steel portions separated by a cylindrical electrically non-conductive composite portion; first and second transitions (106, 107) between the electrically non-conductive composite portion and a corresponding one of the first and second steel portions; the first steel portion providing a threaded box connection at the first end of the cylindrical member and the second steel portion providing a threaded pin connection at the second end of the cylindrical member; characterised in that at least one of the first and second transitions is bonded together. a hollow cylindrical member having first and second cylindrical steel portions (101, 102) at corresponding first and second ends, the first and second cylindrical steel portions separated by a cylindrical electrically non-conductive composite portion; first and second transitions (106, 107) between the electrically non-conductive composite portion and a corresponding one of the first and second steel portions; the first steel portion providing a threaded box connection at the first end of the cylindrical member and the second steel portion providing a threaded pin connection at the second end of the cylindrical member; characterised in that at least one of the first and second transitions is bonded together.
A base wireless communication terminal operating a basic service set, BSS, the base wireless communication terminal comprising: a processor; and a communication unit, wherein the processor is configured to: assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame. a processor; and a communication unit, wherein the processor is configured to: assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame. assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame.
A cryptography method comprising: obtaining astronomical data from an observed astronomical event, wherein the observed astronomical event is a random event; seeding a pseudorandom generator based on the astronomical data, wherein the pseudorandom generator is a pseudorandom function, wherein a compact source code defines a seed information and the pseudorandom function in a computer programming language and the compact source code has a code length shorter than a predefined threshold and wherein the source code is incompressible; after seeding the pseudorandom generator, obtaining an output from the pseudorandom generator; generating a parameter for a cryptographic function by operation of one or more data processors using the output from the pseudorandom generator, wherein generating the parameter for the cryptographic function using the output from the pseudorandom generator comprises generating a constant of an elliptic curve function using the output from the pseudorandom generator, and wherein the generated parameter for the cryptographic function has a larger size in memory than the compact source code of the pseudorandom generator, wherein the generated parameter is computationally indistinguishable from a uniform value. obtaining astronomical data from an observed astronomical event, wherein the observed astronomical event is a random event; seeding a pseudorandom generator based on the astronomical data, wherein the pseudorandom generator is a pseudorandom function, wherein a compact source code defines a seed information and the pseudorandom function in a computer programming language and the compact source code has a code length shorter than a predefined threshold and wherein the source code is incompressible; after seeding the pseudorandom generator, obtaining an output from the pseudorandom generator; generating a parameter for a cryptographic function by operation of one or more data processors using the output from the pseudorandom generator, wherein generating the parameter for the cryptographic function using the output from the pseudorandom generator comprises generating a constant of an elliptic curve function using the output from the pseudorandom generator, and wherein the generated parameter for the cryptographic function has a larger size in memory than the compact source code of the pseudorandom generator, wherein the generated parameter is computationally indistinguishable from a uniform value.
Electrical terminal block, with a terminal housing, with at least two conductor terminal elements (3, 3') arranged therein and with two current bars (4, 4'), wherein the current bars (4, 4') each have a connecting section (5, 5'), a first resilient contact section (6, 6') and a second resilient contact section (7, 7'), wherein the connecting sections (5, 5') are each assigned to a conductor terminal element (3, 3'), the first contact sections (6, 6') together forming a first contact region and the second contact sections (7, 7') together forming a second contact region for receiving and contacting the plug of a test plug or a isolating plug, wherein the first contact sections (6, 6') contact each other when no plug is inserted, so that the two conductor terminal elements (3, 3') are electrically connected to one another via the two current bars (4, 4'), and the second contact sections (7, 7') are spaced apart from one another when no plug is inserted, wherein the second contact region of the current bars (4, 4') is arranged in front of the first contact region of the current bars (4, 4') in the insertion direction of the plug, and wherein the two current bars (4, 4') each consist of two individual metal strips which are electrically conductively connected to one another, wherein the two connecting sections (5, 5') are each designed on a first metal strip (11, 11') and the contact sections (6, 6') together are each formed by a second metal strip (12, 12'), characterized in that the first metal strips (11, 11') have a stepped area (14, 14') with at least two steps at their end facing away from the connecting section (5, 5'), that the two second metal strips (12, 12') are fastened to two mutually opposite steps (17, 18) of the stepped area (14, 14') of the first metal strips (11, 11') and that at least one first step and one second step are provided on the stepped area (14, 14') and that the first step is arranged behind the second step in the insertion direction of the plug.
A method for obtaining epigenetic information of an individual, comprising steps of i) constructing a library of cell-free DNAs in a body fluid sample isolated from the individual, which comprises: 1) directly treating the body fluid sample by an enzyme, such that the cell-free DNAs in the body fluid sample are fragmented under the enzyme, and 2) amplifying the fragmented DNAs obtained in step 1) to obtain the library of cell-free DNAs in the body fluid sample, ii) sequencing and analyzing the library of cell-free DNAs in the body fluid sample obtained in step i) to obtain epigenetic information of the individual, wherein analyzing the library of cell-free DNAs in the body fluid sample obtained in step i) comprises: filtering the fragmented DNAs of the sequencing data based on a size of the fragmented DNAs, wherein the fragmented DNAs above 60 bp are screened and further analyzed to obtain epigenetic information of the individual. i) constructing a library of cell-free DNAs in a body fluid sample isolated from the individual, which comprises: 1) directly treating the body fluid sample by an enzyme, such that the cell-free DNAs in the body fluid sample are fragmented under the enzyme, and 2) amplifying the fragmented DNAs obtained in step 1) to obtain the library of cell-free DNAs in the body fluid sample, 1) directly treating the body fluid sample by an enzyme, such that the cell-free DNAs in the body fluid sample are fragmented under the enzyme, and 2) amplifying the fragmented DNAs obtained in step 1) to obtain the library of cell-free DNAs in the body fluid sample, ii) sequencing and analyzing the library of cell-free DNAs in the body fluid sample obtained in step i) to obtain epigenetic information of the individual, wherein analyzing the library of cell-free DNAs in the body fluid sample obtained in step i) comprises: filtering the fragmented DNAs of the sequencing data based on a size of the fragmented DNAs, wherein the fragmented DNAs above 60 bp are screened and further analyzed to obtain epigenetic information of the individual.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive a first resource grant; schedule a first uplink, UL, transmission according to the first resource grant, wherein the scheduled first UL transmission is scheduled to use first resources; receive a physical downlink control channel, PDCCH, transmission comprising control information indicating a grant cancellation, wherein the PDCCH transmission is received after the first resource grant is received; determine, based on the control information, that the grant cancellation indicates a resource of the first resources; cancel the scheduled first UL transmission; and send a second UL transmission according to a second resource grant. receive a first resource grant; schedule a first uplink, UL, transmission according to the first resource grant, wherein the scheduled first UL transmission is scheduled to use first resources; receive a physical downlink control channel, PDCCH, transmission comprising control information indicating a grant cancellation, wherein the PDCCH transmission is received after the first resource grant is received; determine, based on the control information, that the grant cancellation indicates a resource of the first resources; cancel the scheduled first UL transmission; and send a second UL transmission according to a second resource grant.
A process to perform an endothermic steam reforming of hydrocarbons to produce synthesis gas, said process comprising the steps of: a) providing at least one fluidized bed reactor comprising at least two electrodes and a bed comprising particles; b) putting the particles of the bed in a fluidized state by passing upwardly through the said bed a fluid stream, to obtain a fluidized bed; c) heating the fluidized bed to a temperature ranging from 500°C to 1200°C to conduct the endothermic steam reforming reaction of a hydrocarbon feedstock in presence of steam; d) obtaining a reactor effluent containing hydrogen, carbon monoxide, carbon dioxide and unconverted hydrocarbons and steam; the process is characterized in that the particles of the bed comprise electrically conductive particles and particles of a catalytic composition, wherein at least 10 wt.% of the particles based on the total weight of the particles of the bed are electrically conductive particles, have a resistivity ranging from 0.001 Ohm.cm to 500 Ohm.cm at 800°C; in that the electrically conductive particles are or comprise one or more particles selected from one or more non-metallic resistors, one or more metallic carbides, one or more transition metal nitrides, one or more metallic phosphides, one or more superionic conductors, one or more phosphate electrolytes, one or more mixed oxides being doped with one or more lower-valent cations, one or more mixed sulphides being doped with one or more lower-valent cations, and any mixture thereof; and in that the step (c) of heating the fluidized bed is performed by passing an electric current through the fluidized bed. a) providing at least one fluidized bed reactor comprising at least two electrodes and a bed comprising particles; b) putting the particles of the bed in a fluidized state by passing upwardly through the said bed a fluid stream, to obtain a fluidized bed; c) heating the fluidized bed to a temperature ranging from 500°C to 1200°C to conduct the endothermic steam reforming reaction of a hydrocarbon feedstock in presence of steam; d) obtaining a reactor effluent containing hydrogen, carbon monoxide, carbon dioxide and unconverted hydrocarbons and steam;
A tool for manufacturing a component part from a flowable base material, the tool comprising: a processing chamber into which the flowable base material is introducible for manufacturing the component part; an acoustic sensor configured for sensing an acoustic signal originating from the tool, particularly from the processing chamber, and being indicative of an interaction between the flowable base material and the tool, particularly the processing chamber, during the manufacturing, wherein the acoustic sensor comprises a translationally movable actuator for contributing to the generation of the acoustic signal; a control unit configured for controlling and/or documenting the manufacturing in the processing chamber based on the sensed acoustic signal; wherein the movable actuator is mounted at the tool so that the movable actuator undergoes a translational displacement when the movable actuator interacts with flowable base material being introduced in the processing chamber. a processing chamber into which the flowable base material is introducible for manufacturing the component part; an acoustic sensor configured for sensing an acoustic signal originating from the tool, particularly from the processing chamber, and being indicative of an interaction between the flowable base material and the tool, particularly the processing chamber, during the manufacturing, wherein the acoustic sensor comprises a translationally movable actuator for contributing to the generation of the acoustic signal; a control unit configured for controlling and/or documenting the manufacturing in the processing chamber based on the sensed acoustic signal; wherein the movable actuator is mounted at the tool so that the movable actuator undergoes a translational displacement when the movable actuator interacts with flowable base material being introduced in the processing chamber.
A method for determining transmission parameters associated with an access terminal based on channel feedback information, comprising: generating an advertisement identifying at least one supported feedback table, wherein a feedback table is selected, from a plurality of feedback tables, based upon the advertisement and a number of packet formats which are supported, and further wherein the feedback table maps each of a plurality of values indicative of channel conditions to a packet format and a plurality of channel quality indicator values; transmitting the advertisement over a reverse link; and receiving, at the access terminal, a notification identifying which feedback table was selected by an access point. transmitting the advertisement over a reverse link; and receiving, at the access terminal, a notification identifying which feedback table was selected by an access point.
A catheter assembly, comprising: a catheter adapter having a proximal opening, a distal end, and a fluid pathway extending therebetween, the distal end of the catheter adapter housing a catheter; a septum slidably disposed within the fluid pathway, the septum dividing the fluid pathway into a proximal fluid chamber and a distal fluid chamber; a septum actuator fixedly positioned within the distal fluid chamber and having a probe surface configured to bias the septum into an open position when the septum is advanced within the fluid pathway towards the distal end of the catheter adapter, and an anti-pathogenic material applied to an outer surface of the septum at an interface surface between the septum and an inner surface of the catheter adapter, wherein the anti-pathogenic material comprises a lubricant. a catheter adapter having a proximal opening, a distal end, and a fluid pathway extending therebetween, the distal end of the catheter adapter housing a catheter; a septum slidably disposed within the fluid pathway, the septum dividing the fluid pathway into a proximal fluid chamber and a distal fluid chamber; a septum actuator fixedly positioned within the distal fluid chamber and having a probe surface configured to bias the septum into an open position when the septum is advanced within the fluid pathway towards the distal end of the catheter adapter, and an anti-pathogenic material applied to an outer surface of the septum at an interface surface between the septum and an inner surface of the catheter adapter, wherein the anti-pathogenic material comprises a lubricant.
A system for contacting conductors having a contact device and a number of conductors extending in the longitudinal direction, wherein the contact device comprises a contact housing in which a corresponding number of contact assemblies is arranged, wherein each contact assembly is assigned to a conductor, wherein each contact assembly comprises a contact element which comes into an electrical contact with the conductor in the operating state, characterized in that the contact assembly is pivotably mounted within a pivoting range, wherein the pivot axis is configured in the transverse direction perpendicularly to the longitudinal direction and wherein the electrical contact is present between the contact element and the conductor over substantially the entire pivoting range.