mhurhangee/ep-ind-claims huggingface dataset:
A surface-treated powder, in which a powder is treated with a surface-treating agent composed of a mixture (A+B) between an alkyl alkoxy silane expressed by the following general formula (C n H 2n+1) a Si(OC m H 2m+1) b wherein n denotes an integer of 1 to 18, m denotes an integer of 1 to 3, a, b denote an integer of 1 to 3, and a+b = 4, and compounds comprising: a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form. an alkyl alkoxy silane expressed by the following general formula (C n H 2n+1) a Si(OC m H 2m+1) b wherein n denotes an integer of 1 to 18, m denotes an integer of 1 to 3, a, b denote an integer of 1 to 3, and a+b = 4, and compounds comprising: a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form. a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form.
Ammonia gas generator for producing ammonia from a solution of an ammonia precursor substance, comprising i) a catalyst unit, which comprises a catalyst for the decomposition and/or hydrolysis of ammonia precursor substances into ammonia and a mixing chamber provided upstream of the catalyst, the catalyst having a catalyst volume V cat and the mixing chamber having a mixing chamber volume V mix, ii) an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, and iii) an outlet for the formed ammonia gas, characterised in that the injection device comprises a nozzle which produces drops having a Sauter mean diameter D 32 of from 26 to 100 μm and further characterised in that the ratio of the volume of the mixing chamber V mix to the volume of the catalyst V cat corresponds to the ratio of from 1:1 to 5:1. i) a catalyst unit, which comprises a catalyst for the decomposition and/or hydrolysis of ammonia precursor substances into ammonia and a mixing chamber provided upstream of the catalyst, the catalyst having a catalyst volume V cat and the mixing chamber having a mixing chamber volume V mix, ii) an injection device for introducing the solution of the ammonia precursor substance into the mixing chamber, and iii) an outlet for the formed ammonia gas,
Device for locking and unlocking using a key of a buffer on a frame, comprising a lock adapted to be integral with the buffer which has a through opening for access to the lock for the key comprising an arm, one end of which allows the lock to be operated when the key is inserted into the opening of the buffer from a locking position in which a bolt of the lock is held captive by a striker of the frame to lock the buffer in the frame to an unlocking position for which the bolt is released from the striker to allow the movement of the buffer to its position released from the opening of the frame, the lock comprising a drive mechanism (10,25) connected to the bolt so as to allow the movement of the bolt under the action of the key between its captive and released positions from the striker, the bolt of the lock comprising a rod returned to its captive position of the striker by an elastic return member and the drive mechanism (10,25) cooperating with the bolt under the action of the key to move in translation against the return force of the return member the rod of the bolt at its release position of the striker, the bolt of the lock, when the key is withdrawn from the buffer in its position released from the opening of the frame, allowing the automatic locking by the elastic return member of the buffer to the frame when the buffer is introduced into the frame, and the through opening of the buffer being closed by a captive plug brought to bear under the buffer in its closed position of the through opening by a return spring, the drive mechanism (10,25) comprising a rotor mounted for rotation in the buffer perpendicularly under the latter, accessible to one of its ends by the opening and a part forming a cam integral with the opposite end of the rotor and engaged in a recess of the rod of the bolt and cooperating with the cam-forming part of the rotor when the latter is operated by the key engaged with the corresponding end of the rotor to move in translation against the return force of the return member the rod of the bolt in its position released from the striker.
A method for unpacking a component produced by means of an additive manufacturing method from a particulate material fill of loose, unconsolidated particulate material, which fill is arranged in a construction space together with the component and surrounds the component, wherein the construction space is delimited downward by a construction platform on which the particulate material fill containing the component is arranged, wherein, for unpacking the component, the particulate material fill surrounding the component is transferred into a fluidized bed, so that the loose, unconsolidated particulate material is fluidized, and the fluidized, unconsolidated particulate material is drained downward through the construction platform off the construction space, wherein for generating the fluidized bed, a fluid is introduced through the construction platform, into the particulate material fill from below in such a way that the particulate material fill is flown-through by the fluid bottom-up, and that the loose, unconsolidated particulate material is loosened up by means of the fluid and is fluidized, thereby forming a fluidized bed, and wherein one or more particulate material drain through-holes are formed in the construction platform, which can be selectively closed and opened by means of a closing mechanism (17, 17', 17"), and wherein the one or more particulate material drain through-holes are opened by means of the closing mechanism for draining the fluidized, unconsolidated particulate material, so that the fluidized, unconsolidated particulate material drains off downward through the one or more particulate material drain through-holes.
A method for wireless communication performed by a first node of a radio access network, RAN, comprising: receiving a request for establishing a data flow with a user equipment, UE, wherein the UE provides communication with one or more time sensitive network, TSN, endpoints via the first node of the RAN; receiving from an access and mobility management function, AMF, timing information for the data flow relayed from one or more system messages associated with the data flow, wherein the one or more system messages comprises at least a system message from a policy control function, PCF, to the AMF; and establishing the data flow based at least in part on the timing information. receiving a request for establishing a data flow with a user equipment, UE, wherein the UE provides communication with one or more time sensitive network, TSN, endpoints via the first node of the RAN; receiving from an access and mobility management function, AMF, timing information for the data flow relayed from one or more system messages associated with the data flow, wherein the one or more system messages comprises at least a system message from a policy control function, PCF, to the AMF; and establishing the data flow based at least in part on the timing information.
A thin film capacitor comprising a substrate, a capacitor portion formed on the substrate and including a plurality of conductor layers (31, 33) and a dielectric thin film, and a resin protective layer for protecting the capacitor portion, wherein a barrier layer is interposed between the capacitor portion and the resin protective layer, and the barrier layer includes a crystalline dielectric barrier layer formed in contact with the capacitor portion and having a composition system the same as that of the dielectric thin film and a non-conductive amorphous inorganic barrier layer formed on a surface of the dielectric barrier layer.
A device for manufacturing a constituent member of a tire, provided with a drum on which a plurality of strip-shaped members is sequentially arranged in a peripheral direction by being rotated each time the strip-shaped member is arranged and manufacturing a constituent member of a tire by joining side portions (92, 93) of the strip-shaped members adjacent in the drum peripheral direction, comprising: supply means which supplies the strip-shaped member in which a joint portion having a relatively small thickness is provided on one side portion (92,93), to a drum; arranging means which sequentially arranges the plurality of strip-shaped members on the drum by overlapping the joint portion on one of the side portions (92,93) with the other side portion (92,93); measuring means which measures a width between the both side portions (92,93) of each strip-shaped member; rotation control means which rotates the drum based on a measurement result of the width by the measuring means to position the side portions to be arranged while overlapping by the arranging means; and joining means which joins the side portions (92, 93) of the strip-shaped members arranged on the drum, where the joining means has a frame extending along the side portions (92, 93) of the strip-shaped members and abutting means on a lower face of the frame, the abutting means abutting the overlapped side portions (92,93). supply means which supplies the strip-shaped member in which a joint portion having a relatively small thickness is provided on one side portion (92,93), to a drum; arranging means which sequentially arranges the plurality of strip-shaped members on the drum by overlapping the joint portion on one of the side portions (92,93) with the other side portion (92,93); measuring means which measures a width between the both side portions (92,93) of each strip-shaped member; rotation control means which rotates the drum based on a measurement result of the width by the measuring means to position the side portions to be arranged while overlapping by the arranging means; and joining means which joins the side portions (92, 93) of the strip-shaped members arranged on the drum, where the joining means has a frame extending along the side portions (92, 93) of the strip-shaped members and abutting means on a lower face of the frame, the abutting means abutting the overlapped side portions (92,93).
A computer-implemented method for monitoring vulnerabilities in a distributed computing environment, comprising: - receiving, by a vulnerability identifier, vulnerability data, where the vulnerability data identifies one or more libraries affected by vulnerabilities, including name of the library and version of the library for each identified library, and identifies application programming interfaces (APIs) of the identified libraries which are affected by the vulnerabilities; - detecting, by a library load sensor, loading of a given library by a monitored process running under an operating system of a host computer and determining library data for the given library, where the library load sensor is injected into the monitored process and the library data includes name of the library, version of the library and vendor associated with the library; - determining, by the vulnerability identifier, whether the given library is vulnerable using the vulnerability data; - detecting, by an API sensor, a given API that was called by the monitored process, where the given API resides in the given library and the API sensor is injected into the monitored process; - determining, by the vulnerability identifier, whether the given API is affected by vulnerabilities using the vulnerability data and the library data for the given library as detected by the library load sensor; and - indicating, by the vulnerability identifier, a particular vulnerability of the monitored process in response to a determination that the given library is vulnerable and a determination that the given API is vulnerable. - receiving, by a vulnerability identifier, vulnerability data, where the vulnerability data identifies one or more libraries affected by vulnerabilities, including name of the library and version of the library for each identified library, and identifies application programming interfaces (APIs) of the identified libraries which are affected by the vulnerabilities; - detecting, by a library load sensor, loading of a given library by a monitored process running under an operating system of a host computer and determining library data for the given library, where the library load sensor is injected into the monitored process and the library data includes name of the library, version of the library and vendor associated with the library; - determining, by the vulnerability identifier, whether the given library is vulnerable using the vulnerability data; - detecting, by an API sensor, a given API that was called by the monitored process, where the given API resides in the given library and the API sensor is injected into the monitored process; - determining, by the vulnerability identifier, whether the given API is affected by vulnerabilities using the vulnerability data and the library data for the given library as detected by the library load sensor; and - indicating, by the vulnerability identifier, a particular vulnerability of the monitored process in response to a determination that the given library is vulnerable and a determination that the given API is vulnerable.
A control method for network admission, wherein the method comprises: receiving, by an access controller, AC, a join request packet from a wireless termination point, WTP; characterized in that the method further comprises: acquiring, by the AC, a result of a Control and Provisioning of Wireless Access Points, CAPWAP, connection establishment; enabling, by the AC, permission of the WTP if the CAPWAP connection between the AC and the WTP is successfully established, wherein enabling the permission of the WTP comprises enabling the WTP to access the network. receiving, by an access controller, AC, a join request packet from a wireless termination point, WTP; characterized in that the method further comprises: acquiring, by the AC, a result of a Control and Provisioning of Wireless Access Points, CAPWAP, connection establishment; enabling, by the AC, permission of the WTP if the CAPWAP connection between the AC and the WTP is successfully established, wherein enabling the permission of the WTP comprises enabling the WTP to access the network. acquiring, by the AC, a result of a Control and Provisioning of Wireless Access Points, CAPWAP, connection establishment; enabling, by the AC, permission of the WTP if the CAPWAP connection between the AC and the WTP is successfully established, wherein enabling the permission of the WTP comprises enabling the WTP to access the network.
A method for transmitting in a digital broadcast network a plurality of data streams generated from a transport stream, the TS including a plurality of TS packets that each correspond to a fixed-length TS data packet containing digital broadcast data or a NULL packet, at least one of the plurality of the data streams including a plurality of header compressed TS packets, the plurality of TS packets before header compression each having a header including a packet identifier with a predefined length of a plurality of bits, the packet identifier relating to the TS data packet before header compression being any one of a plurality of packet identifiers, the packet identifier relating to the NULL packet before header compression being a predefined packet identifier that is different from the plurality of packet identifiers, the method comprising the step of identifying the header of each of the plurality of TS packets before header compression, characterized by mapping, with respect to at least one of the plurality of packet identifiers relating to the TS data packets before header compression, a plurality of TS packets to a single physical layer pipe with header compression, said plurality of TS packets consisting of a plurality of TS data packets having the same packet identifer and one or more NULL packets, generating header compressed TS packets by replacing the packet identifier in each of the headers of the plurality of TS packets which are mapped to the physical layer pipe with header compression with a one-bit indicator indicating whether said TS packet is a NULL packet, the one-bit indicator having a smaller number of bits than the packet identifier, and transmitting a physical layer frame onto which the physical layer pipe with header compression is mapped, the physical layer frame including (i) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression and a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, or (ii) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression, a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, and one or more header compressed NULL packets corresponding to at least part of the one or more NULL packets mapped to the physical layer pipe with header compression.
Domestic appliance, in particular water-conducting domestic appliance, having a filter device, a pump, at least one generator (4, 5) and a treatment region, wherein an air stream is able to be conducted from the filter device via the pump to the at least one generator (4, 5), wherein the at least one generator (4, 5) is configured to add at least one treatment agent in the form of a gas and/or aerosol to the air stream, wherein the filter device has at least one filter which is designed to filter out at least one treatment agent from the air stream, wherein the air stream is able to be conducted from the pump via the at least one generator (4, 5) to the treatment region, wherein the air stream is able to be conducted from the at least one generator (4, 5) via the treatment region to the filter device, and wherein the air stream is able to be conducted from the treatment region via the filter device to the pump, characterised in that the pump is designed as a pump with an alternating direction of conveyance and that the air stream is also able to be conducted in an opposing direction from the at least one generator (4, 5) via the pump to the filter device.
A headset for performing audio communication with a second electronic audio device, wherein the headset and the second electronic audio device are configured for wireless communication via a wireless connection, wherein the headset and the second electronic audio device are configured to transmit and/or receive audio directly between them (4, 6) via the wireless connection, wherein the wireless connection is a short distance telecommunications technology; wherein the headset and the second electronic audio device comprise a speaker (14, 18) and a microphone (16, 20); wherein at least the headset is configured to operate in at least three modes for controlling audio to be transmitted from the headset to the speaker of the second electronic audio device: - a first mode where the transmitted audio is music or media streamed to the headset and is an output from the speaker in the headset; - a second mode where the transmitted audio is an input from the microphone in the headset; and - a third mode where the transmitted audio is from a phone conversation with a far-end caller and is an output from the speaker of the headset and an input from the microphone of the headset. wherein the headset and the second electronic audio device are configured to transmit and/or receive audio directly between them (4, 6) via the wireless connection, wherein the wireless connection is a short distance telecommunications technology; wherein the headset and the second electronic audio device comprise a speaker (14, 18) and a microphone (16, 20); wherein at least the headset is configured to operate in at least three modes for controlling audio to be transmitted from the headset to the speaker of the second electronic audio device: - a first mode where the transmitted audio is music or media streamed to the headset and is an output from the speaker in the headset; - a second mode where the transmitted audio is an input from the microphone in the headset; and - a third mode where the transmitted audio is from a phone conversation with a far-end caller and is an output from the speaker of the headset and an input from the microphone of the headset. - a first mode where the transmitted audio is music or media streamed to the headset and is an output from the speaker in the headset; - a second mode where the transmitted audio is an input from the microphone in the headset; and - a third mode where the transmitted audio is from a phone conversation with a far-end caller and is an output from the speaker of the headset and an input from the microphone of the headset.
Sensor for determining at least one parameter of a fluid medium flowing through a measurement channel, in particular of an intake air mass flow of an internal combustion engine, wherein the sensor has a sensor housing, in particular a plug-in probe which is introduced or can be introduced into a flow tube and in which the measurement channel is formed, and at least one sensor chip which is arranged in the measurement channel and is intended to determine the parameter of the fluid medium, wherein the sensor housing has an electronics compartment for accommodating an electronic module, an electronics compartment cover for closing the electronics compartment and a measurement channel cover, wherein the electronics compartment cover has at least partially electrically conductive properties and is electrically connected to a fixed potential, characterized in that the electronics compartment cover is partially fitted to the measurement channel cover in a closed state, and the electronics compartment cover is designed in such a manner that the electronics compartment cover covers the sensor chip in a closed state.