mhurhangee/ep-ind-claims huggingface dataset:
A process for making silver nanostructures, comprising reacting at least one polyol and at least one silver compound that is capable of producing silver metal when reduced, in the presence of: (a) a source of chloride or bromide ions, and (b) at least one copolymer that comprises: (i) one or more first constitutional repeating units that each independently comprise at least one pendant saturated or unsaturated, five-, six-, or seven-membered, acylamino- or diacylamino-containing heterocylic ring moiety per constitutional repeating unit, and (ii) one or more second constitutional repeating units, each of which independently differs from the one or more first constitutional repeating units, wherein one or more of the second constitutional repeating units comprises at least one pendant cationic moiety, and has a molecular weight of greater than or equal to 500 grams per mole; and (c) at least one acid scavenger, wherein said acid scavenger comprises a buffering agent and a base, or said acid scavenger comprises a buffering agent and no base, or said acid scavenger comprises a base selected from (j) alkaline earth metal hydroxides, (jj) alkali metal sulfides, (jjj) alkaline earth metal sulfides and (jjjj) Ca 2 and Na 2 S, and no buffering agent. (a) a source of chloride or bromide ions, and (b) at least one copolymer that comprises: (i) one or more first constitutional repeating units that each independently comprise at least one pendant saturated or unsaturated, five-, six-, or seven-membered, acylamino- or diacylamino-containing heterocylic ring moiety per constitutional repeating unit, and (ii) one or more second constitutional repeating units, each of which independently differs from the one or more first constitutional repeating units, wherein one or more of the second constitutional repeating units comprises at least one pendant cationic moiety, and has a molecular weight of greater than or equal to 500 grams per mole; and (i) one or more first constitutional repeating units that each independently comprise at least one pendant saturated or unsaturated, five-, six-, or seven-membered, acylamino- or diacylamino-containing heterocylic ring moiety per constitutional repeating unit, and (ii) one or more second constitutional repeating units, each of which independently differs from the one or more first constitutional repeating units, wherein one or more of the second constitutional repeating units comprises at least one pendant cationic moiety, and has a molecular weight of greater than or equal to 500 grams per mole; and (c) at least one acid scavenger, wherein said acid scavenger comprises a buffering agent and a base, or said acid scavenger comprises a buffering agent and no base, or said acid scavenger comprises a base selected from (j) alkaline earth metal hydroxides, (jj) alkali metal sulfides, (jjj) alkaline earth metal sulfides and (jjjj) Ca 2 and Na 2 S, and no buffering agent.
Ski binding suitable for ski touring with a toe piece and a heel piece, which are arranged on a carrier, which is mounted in a pivoting manner about a transverse axis in the region of the toe piece, and wherein the distance between the toe piece and the heel piece is variable while retaining the position of the heel piece relative to the carrier, wherein the carrier projects beyond the heel piece and, by means of a locking device comprising a heel lifter, which comprises a locking lever mounted on a base part, can be optionally rigidly connected to the ski or moved into a release position, characterised in that the base part of the locking device is displaceable on a guide rail capable of being fastened to the ski in the longitudinal direction of the ski and can be rigidly connected to the guide rail corresponding to the possible mutual distances of the binding pieces, wherein a row of fastening positions is provided on the guide rail in the longitudinal direction of the ski for a fastening element mounted or respectively arranged on the base part.
A sliding wall system, comprising: - at least one ceiling guide, - at least one door leaf element having an attachment profile, wherein the door leaf element is disposed in the at least one ceiling guide, and - at least one securing device, which includes a rotary bearing, a rotating element and a securing element, - wherein the rotary bearing is disposed at the ceiling guide, - wherein the rotating element is connected to the door leaf element and supported in the rotary bearing, and - wherein the securing element prevents the rotating element from a vertical movement in relation to the rotary bearing, characterized in that the rotating element is configured as a tenon having a cambered region, wherein the cambered region is rotatably disposed in the rotary bearing, wherein the securing element is configured as a clamping element, in particular as a clamping sheet-metal plate, which is disposed slidable into a reception of the ceiling guide, and encloses the rotating element. - at least one ceiling guide, - at least one door leaf element having an attachment profile, wherein the door leaf element is disposed in the at least one ceiling guide, and - at least one securing device, which includes a rotary bearing, a rotating element and a securing element, - wherein the rotary bearing is disposed at the ceiling guide, - wherein the rotating element is connected to the door leaf element and supported in the rotary bearing, and - wherein the securing element prevents the rotating element from a vertical movement in relation to the rotary bearing,
A method for controlling interference reporting, performed by a user equipment, comprising: controlling an interference reporting behavior according to an interference reporting condition if radio interference is detected during a measurement performed in a non-connected state for a mechanism of fast activation/deactivation of carriers, wherein the radio interference includes interference generated by in-device coexistence, IDC; and if the user equipment detects an IDC problem during the measurement performed in the non-connected state, processing a measurement behavior in any of following ways: stopping the measurement behavior in the non-connected state; suspending the measurement behavior in the non-connected state. controlling an interference reporting behavior according to an interference reporting condition if radio interference is detected during a measurement performed in a non-connected state for a mechanism of fast activation/deactivation of carriers, wherein the radio interference includes interference generated by in-device coexistence, IDC; and if the user equipment detects an IDC problem during the measurement performed in the non-connected state, processing a measurement behavior in any of following ways: stopping the measurement behavior in the non-connected state; suspending the measurement behavior in the non-connected state. stopping the measurement behavior in the non-connected state; suspending the measurement behavior in the non-connected state.
Electronic sensor system of an ultrasound-based parking assistance system for a motor vehicle, comprising a plurality of ultrasound sensors (210, 220) and a processing unit for controlling the ultrasound sensors (210, 220) and/or analysing sensor data obtained by the ultrasound sensors (210, 220), and having an interface device by means of which the ultrasound sensors (210, 220) can be connected to the processing unit, where the interface device is able to accommodate simultaneously at least two sensor interface units (110, 120) for connecting to the ultrasound sensors (210, 220), where each sensor interface unit (110, 120) can be selected from a plurality of sensor interface units, which differ at least by a different number of sensor channels, where each sensor interface unit (110, 120) comprises six or eight sensor channels.
A method, in a user equipment in a fixed access network sharing environment where one physical fixed access network is divided into multiple Virtual Access Networks, of assisting an infrastructure provider and a virtual network operator to create visualized WLAN, vWLAN, dynamically, comprising: receiving broadcast from an access point, wherein the broadcast includes a SSID of a public WLAN; accessing the public WLAN based on the SSID of the public WLAN; sending an authentication request to the access point, wherein the authentication request includes domain information of the virtual network operator, thereby initiating creation of a vWLAN dynamically; after creation of the vWLAN by the infrastructure provider receiving an authentication result message from the infrastructure provider, wherein the authentication result message includes a SSID of the vWLAN; and accessing the vWLAN via the access point based on the SSID of the vWLAN. receiving broadcast from an access point, wherein the broadcast includes a SSID of a public WLAN; accessing the public WLAN based on the SSID of the public WLAN; sending an authentication request to the access point, wherein the authentication request includes domain information of the virtual network operator, thereby initiating creation of a vWLAN dynamically; after creation of the vWLAN by the infrastructure provider receiving an authentication result message from the infrastructure provider, wherein the authentication result message includes a SSID of the vWLAN; and accessing the vWLAN via the access point based on the SSID of the vWLAN.
A braided part connection structure comprising: a shielded cable including an insulated wire, a conductive braid that covers the insulated wire and an outer cover that covers an outer periphery of the conductive braid; and a conductive member (10, 10A, 10B) electrically connected and fixed to the conductive braid and made of a conductive plate material, wherein the conductive member (10, 10A, 10B) includes a braid joining portion (15, 15A, 15B, 69), wherein the braid joining portion (15, 15A, 15B) includes, at a part of the conductive member in a longitudinal direction of the conductive member, a plurality of openings (13, 13A, 13B) formed at intervals with each other along a direction intersecting the longitudinal direction and a welded portion (17, 17A, 17B) defined by two adjacent openings (13, 13A, 13B) of the plurality of openings (13, 13A, 13B), wherein the braid joining portion (15, 15A, 15B) is provided on the conductive braid in an overlapping manner and the welded portion (17, 17A, 17B) is laser-welded onto the conductive braid, the welded portion (17, 17A, 17B) being formed in the braid joining portion (15, 15A, 15B) between each two adjacent openings (13, 13A, 13B) in a circumferential direction of the conductive member (10, 10A, 10B), and wherein an end of the conductive braid is exposed from the outer cover in a state that the conductive member (10, 10A, 10B) is connected to the conductive braid. a shielded cable including an insulated wire, a conductive braid that covers the insulated wire and an outer cover that covers an outer periphery of the conductive braid; and a conductive member (10, 10A, 10B) electrically connected and fixed to the conductive braid and made of a conductive plate material, wherein the conductive member (10, 10A, 10B) includes a braid joining portion (15, 15A, 15B, 69), wherein the braid joining portion (15, 15A, 15B) includes, at a part of the conductive member in a longitudinal direction of the conductive member, a plurality of openings (13, 13A, 13B) formed at intervals with each other along a direction intersecting the longitudinal direction and a welded portion (17, 17A, 17B) defined by two adjacent openings (13, 13A, 13B) of the plurality of openings (13, 13A, 13B), wherein the braid joining portion (15, 15A, 15B) is provided on the conductive braid in an overlapping manner and the welded portion (17, 17A, 17B) is laser-welded onto the conductive braid, the welded portion (17, 17A, 17B) being formed in the braid joining portion (15, 15A, 15B) between each two adjacent openings (13, 13A, 13B) in a circumferential direction of the conductive member (10, 10A, 10B), and wherein an end of the conductive braid is exposed from the outer cover in a state that the conductive member (10, 10A, 10B) is connected to the conductive braid.
A method for producing a strand-shaped part, in which method - a hollow profile made of metal is extruded, - the extruded hollow metal profile cools and/or is cooled, and, - a single-layer or multi-layer plastic strand is extruded into the extruded hollow metal profile after it has cooled or while it is cooling, - wherein the plastic strand fits an output tool of an extruder that is inserted into the hollow metal profile and that is exposed to the heat of the extruded hollow metal profile and that has a an output opening that is arranged within a region of the hollow metal profile in which it is cooled from its temperature at extrusion, characterized in that - the output tool is thermally coupled to the hollow metal profile and the temperature of the output tool is controlled thereby in that the output tool contacts the inner sides of the hollow metal profile. - a hollow profile made of metal is extruded, - the extruded hollow metal profile cools and/or is cooled, and, - a single-layer or multi-layer plastic strand is extruded into the extruded hollow metal profile after it has cooled or while it is cooling, - wherein the plastic strand fits an output tool of an extruder that is inserted into the hollow metal profile and that is exposed to the heat of the extruded hollow metal profile and that has a an output opening that is arranged within a region of the hollow metal profile in which it is cooled from its temperature at extrusion, characterized in that - the output tool is thermally coupled to the hollow metal profile and the temperature of the output tool is controlled thereby in that the output tool contacts the inner sides of the hollow metal profile.
Friction pad body, with a carrier part and a friction part which consist integrally of the same ceramic material with no seam or joining point, characterised in that the friction pad body is an isostatically pressed sintered body.
A system for allocating a communication identification for a multi-battery management system of a battery pack, the system comprising: N BMSs, in which N is an integer greater than or equal to 2, each having a vertical communication input port, a vertical communication output port, a horizontal communication input port, and a horizontal communication output port; a vertical communication network connecting the vertical communication input port and the vertical communication output port between adjacent BMSs among the N BMSs; and a horizontal communication network connecting the horizontal communication input port and the horizontal communication output port between adjacent BMSs among the N BMSs, wherein each BMS sets its communication ID by combining vertical communication ID information received through the vertical communication input port with horizontal communication ID information received through the horizontal communication input port, and transmits the vertical communication ID information through the vertical communication output port and the horizontal communication ID information through the horizontal communication output port. N BMSs, in which N is an integer greater than or equal to 2, each having a vertical communication input port, a vertical communication output port, a horizontal communication input port, and a horizontal communication output port; a vertical communication network connecting the vertical communication input port and the vertical communication output port between adjacent BMSs among the N BMSs; and a horizontal communication network connecting the horizontal communication input port and the horizontal communication output port between adjacent BMSs among the N BMSs, wherein each BMS sets its communication ID by combining vertical communication ID information received through the vertical communication input port with horizontal communication ID information received through the horizontal communication input port, and transmits the vertical communication ID information through the vertical communication output port and the horizontal communication ID information through the horizontal communication output port.
A system with a microcontroller unit and a flash memory (Flash), wherein the flash memory (Flash) stores therein codes and/or data for the MCU and has a first circuit portion and a second circuit portion, and wherein the MCU is provided with at least one power supply pin coupled to a power supply terminal of the flash memory (VDD_FLASH), wherein: in a normal mode, the MCU utilizes a power supply control signal (Sd) to enable power to be supplied to the power supply terminal of the flash memory (VDD_FLASH), thereby allowing a normal operation of each of the first and second circuit portions (U21,U22); and characterized in that: in a first deep power down mode, the MCU utilizes the power supply control signal (Sd) to cut off power to the power supply terminal of the flash memory (VDD_FLASH), thereby powering down each of the first and second circuit portions (U21,U22), and wherein the system further comprises a power supply switching module, wherein: an input terminal of the power supply switching module is coupled to a power supply required for the flash memory (Flash); an output terminal of the power supply switching module is coupled to the power supply pin; and a control terminal of the power supply switching module is coupled to the power supply control signal (Sd), wherein in the normal mode, the MCU utilizes the power supply control signal (Sd) to maintain the power supply switching module turned on, enabling the power supply to supply power to the flash memory (Flash), and wherein in the first DPD mode, the MCU utilizes the power supply control signal (Sd) to turn off the power supply switching module. in a first deep power down mode, the MCU utilizes the power supply control signal (Sd) to cut off power to the power supply terminal of the flash memory (VDD_FLASH), thereby powering down each of the first and second circuit portions (U21,U22), and wherein the system further comprises a power supply switching module, wherein: an input terminal of the power supply switching module is coupled to a power supply required for the flash memory (Flash); an output terminal of the power supply switching module is coupled to the power supply pin; and a control terminal of the power supply switching module is coupled to the power supply control signal (Sd), wherein in the normal mode, the MCU utilizes the power supply control signal (Sd) to maintain the power supply switching module turned on, enabling the power supply to supply power to the flash memory (Flash), and wherein in the first DPD mode, the MCU utilizes the power supply control signal (Sd) to turn off the power supply switching module.
A method at an end point for enabling the endpoint to share security-related data within an enterprise security environment, the method comprising the steps of: generating a security assessment to describe an event, in which the generating is based at least in part on locally-available information about a system being monitored by the endpoint, the security assessment using a pre-defined taxonomy to provide contextual meaning to the security events, being categorized by type, and being defined with a time interval over which the security assessment is valid, the time interval providing an estimate for a future security assessment update; receiving a current security assessment in accordance with a subscription to a subset of available security assessments generated by other endpoints in the enterprise security environment; taking an action (630, 730, 830) in accordance with a response policy on a per security assessment basis until the time interval expires; and rolling back the action if the time interval expires; or continuing the action according to a new security assessment if a new security assessment is generated. generating a security assessment to describe an event, in which the generating is based at least in part on locally-available information about a system being monitored by the endpoint, the security assessment using a pre-defined taxonomy to provide contextual meaning to the security events, being categorized by type, and being defined with a time interval over which the security assessment is valid, the time interval providing an estimate for a future security assessment update; receiving a current security assessment in accordance with a subscription to a subset of available security assessments generated by other endpoints in the enterprise security environment; taking an action (630, 730, 830) in accordance with a response policy on a per security assessment basis until the time interval expires; and rolling back the action if the time interval expires; or continuing the action according to a new security assessment if a new security assessment is generated.
An apparatus for manufacturing a positive electrode for a lithium secondary battery, the apparatus comprising: a positive electrode material feeding unit that feeds a positive electrode material in the form of a powder to one surface of a positive electrode current collector conveyed by conveying means; and a positive electrode material shaping unit that heats and pressurizes the positive electrode current collector fed with the positive electrode material in the form of a powder, wherein the pressurization is performed using a mold having a shape of the positive electrode, characterized in that the apparatus further comprises a positive electrode material recovery unit which conveys the positive electrode material in the form of a powder remaining on the positive electrode current collector, after the pressurization by the positive electrode material shaping unit, to the positive electrode material feeding unit. a positive electrode material feeding unit that feeds a positive electrode material in the form of a powder to one surface of a positive electrode current collector conveyed by conveying means; and a positive electrode material shaping unit that heats and pressurizes the positive electrode current collector fed with the positive electrode material in the form of a powder, wherein the pressurization is performed using a mold having a shape of the positive electrode, characterized in that the apparatus further comprises a positive electrode material recovery unit which conveys the positive electrode material in the form of a powder remaining on the positive electrode current collector, after the pressurization by the positive electrode material shaping unit, to the positive electrode material feeding unit.
Needle for puncturing or cutting open capsules in a powder inhaler used for dispensing medicines, medicine formulations or medicine mixtures, characterised in that the needle is a solid needle comprising a ground portion that is triangular or relief-ground, and the needle has a diameter of from 1.00 to 2.00 mm, the needle having a central longitudinal axis and a needle tip which is formed by the triangular or relief-ground ground portion and which lies on the central longitudinal axis.