mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula I wherein Z is an oxadiazole; X is N; R 1 and R 2 are chosen independently from -(C 1 -C 8 )hydrocarbyl, OH, -O(C 1 -C 8 )hydrocarbyl, halogen, nitro, (C 1 -C 3 )alkylamino, (C 1 -C 3 )dialkylamino, (C 1 -C 3 )acylamino, (C 1 -C 3 )alkylsulfonyl, (C 1 -C 3 )alkylthio, (C 1 -C 3 )haloalkyl, (C 1 -C 3 )haloalkoxy, (C 1 -C 3 )haloalkylthio, -COOH, -C(=O)O(C 1 -C 3 )alkyl, -B(OR 3 ) 2 , and - BF 3 K; and R 3 is H or (C 1 -C 8 )hydrocarbyl; or (OR 3 ) 2 , taken together with the boron to which they are attached form a dioxaborolane or dioxaborinane ring optionally substituted with from one to four (C 1 -C 8 )hydrocarbyl. Z is an oxadiazole; X is N; R 1 and R 2 are chosen independently from -(C 1 -C 8 )hydrocarbyl, OH, -O(C 1 -C 8 )hydrocarbyl, halogen, nitro, (C 1 -C 3 )alkylamino, (C 1 -C 3 )dialkylamino, (C 1 -C 3 )acylamino, (C 1 -C 3 )alkylsulfonyl, (C 1 -C 3 )alkylthio, (C 1 -C 3 )haloalkyl, (C 1 -C 3 )haloalkoxy, (C 1 -C 3 )haloalkylthio, -COOH, -C(=O)O(C 1 -C 3 )alkyl, -B(OR 3 ) 2 , and - BF 3 K; and R 3 is H or (C 1 -C 8 )hydrocarbyl; or (OR 3 ) 2 , taken together with the boron to which they are attached form a dioxaborolane or dioxaborinane ring optionally substituted with from one to four (C 1 -C 8 )hydrocarbyl.
An optical composition, comprising: a polymeric matrix material; a population of quantum dots dispersed within the polymeric matrix material; and a population of glass fiber segments dispersed within the polymeric matrix material, the glass fiber segments effecting reduced aggregation between the quantum dots. a polymeric matrix material; a population of quantum dots dispersed within the polymeric matrix material; and a population of glass fiber segments dispersed within the polymeric matrix material, the glass fiber segments effecting reduced aggregation between the quantum dots.
Tool holder, particularly for use with tool turrets, comprising a housing and a tool spindle received and rotatably mounted therein and driven by at least one bearing , said spindle having a receiving space for receiving a replaceable machining tool, a sealing device being arranged between the housing and the tool spindle , at least one seal of the sealing device being formed by a brush seal , characterised in that bristles of the brush seal are part of an insert strip , which can be inserted in a receiving groove in a sealing ring , and which is provided in the form of a flexible flat band made from plastics material.
A conformable apparatus for treating a composite material , said conformable apparatus comprising: a contact layer that is conformable and comprises a plurality of contact elements , wherein each contact element of said plurality of contact elements is flexibly connected to at least one adjacent contact element of said plurality of contact elements , said contact layer further comprising a contact surface and a backing surface opposed from said contact surface , a backing layer positioned against said backing surface of said contact layer , a plurality of treatment zones , wherein each treatment zone of said plurality of treatment zones is at least partially defined by a portion of said contact layer , wherein a first treatment zone of said plurality of treatment zones is configured to exert a first compressive force, wherein a second treatment zone of said plurality of treatment zones is configured to exert a second compressive force, and wherein said first compressive force is substantially different from said second compressive force, a heat source positioned to heat at least a portion of said contact layer , and a plurality of heat zones , wherein a first heat zone of said plurality of heat zones is configured to maintain a first portion of said contact layer at a first temperature, wherein a second heat zone of said plurality of heat zones is configured to maintain a second portion of said contact layer at a second temperature, and wherein said first temperature is substantially different from said second temperature. a contact layer that is conformable and comprises a plurality of contact elements , wherein each contact element of said plurality of contact elements is flexibly connected to at least one adjacent contact element of said plurality of contact elements , said contact layer further comprising a contact surface and a backing surface opposed from said contact surface , a backing layer positioned against said backing surface of said contact layer , a plurality of treatment zones , wherein each treatment zone of said plurality of treatment zones is at least partially defined by a portion of said contact layer , wherein a first treatment zone of said plurality of treatment zones is configured to exert a first compressive force, wherein a second treatment zone of said plurality of treatment zones is configured to exert a second compressive force, and wherein said first compressive force is substantially different from said second compressive force, a heat source positioned to heat at least a portion of said contact layer , and a plurality of heat zones , wherein a first heat zone of said plurality of heat zones is configured to maintain a first portion of said contact layer at a first temperature, wherein a second heat zone of said plurality of heat zones is configured to maintain a second portion of said contact layer at a second temperature, and wherein said first temperature is substantially different from said second temperature.
A computer-implemented method for determining customer sentiment ratings, the method comprising: receiving ratings data, the received ratings data comprising responses to a survey associated with one or more customers of an enterprise and presenting a fixed number of attributes; aggregating the received ratings data; generating a report based on the aggregated ratings data; generating a navigable interface comprising the generated report, the navigable interface accessible to an authorized user and comprising tabs, each tab interactable to display a respective portion of the generated report; analyzing attributes from an attribute list whose attribute frequency rates are above an attribute frequency threshold; and dynamically adjusting attribute presentation rates in the survey based in part on the attribute frequency rates for the attributes, further comprising: using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold. receiving ratings data, the received ratings data comprising responses to a survey associated with one or more customers of an enterprise and presenting a fixed number of attributes; aggregating the received ratings data; generating a report based on the aggregated ratings data; generating a navigable interface comprising the generated report, the navigable interface accessible to an authorized user and comprising tabs, each tab interactable to display a respective portion of the generated report; analyzing attributes from an attribute list whose attribute frequency rates are above an attribute frequency threshold; and dynamically adjusting attribute presentation rates in the survey based in part on the attribute frequency rates for the attributes, further comprising: using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold. using attributes whose attribute frequency rates in open comments are above an open-comment attribute frequency threshold to generate additions to the attribute list; tracking the attribute frequency rates for attributes from the attribute list; and removing attributes from the attribute list whose attribute frequency rates are below an attribute frequency removal threshold.
An exhaust purification system of an internal combustion engine for the reduction of emissions from an exhaust stream, comprising: a. a NOx storage catalyst; b. an oxygen detection system configured to detect and monitor exhaust stream oxygen levels upstream of the NOx storage catalyst; c. an air injection system positioned between the oxygen detection system and the NOx storage catalyst to inject air into the exhaust stream at designated exhaust conditions, to protect the NOx storage catalyst from oxygen-deprived conditions, wherein the air injection system includes a valve, wherein the designated exhaust conditions comprise an exhaust stream oxygen level below a minimum oxygen level; and d. a controller configured to operate the valve in response to detected exhaust stream oxygen levels below the minimum oxygen level to cause injection of air into the exhaust stream, such that a lambda ratio above about 1.1 is maintained within the exhaust stream entering the NOx storage catalyst, wherein the NOx storage catalyst is a cold start catalyst or a passive NOx absorber. a. a NOx storage catalyst; b. an oxygen detection system configured to detect and monitor exhaust stream oxygen levels upstream of the NOx storage catalyst; c. an air injection system positioned between the oxygen detection system and the NOx storage catalyst to inject air into the exhaust stream at designated exhaust conditions, to protect the NOx storage catalyst from oxygen-deprived conditions, wherein the air injection system includes a valve, wherein the designated exhaust conditions comprise an exhaust stream oxygen level below a minimum oxygen level; and d. a controller configured to operate the valve in response to detected exhaust stream oxygen levels below the minimum oxygen level to cause injection of air into the exhaust stream, such that a lambda ratio above about 1.1 is maintained within the exhaust stream entering the NOx storage catalyst, wherein the NOx storage catalyst is a cold start catalyst or a passive NOx absorber.
An expandable spinal implant comprising three or more elongated implant members , said implant members rotatably coupled to a central base portion , wherein said implant members comprise a first end with an axis of rotation and circumferentially arranged gear teeth , wherein the gear teeth of at least one of said elongated implant members are interlocked into said gear teeth of the two other elongated implant members .
Gas turbine for power plants, the gas turbine having an axis and comprising a compressor , a combustor and a turbine ; the turbine comprising an inner rotor provided with a plurality of blade rows and an outer vane carrier provided with a plurality of vane rows axially interposed between the blade rows ; the vane carrier comprising a casing having an upstream end supporting the first vane row , an opposite downstream end , an inner and an outer surface connecting the upstream end with the downstream end ; wherein the vane carrier moreover comprises a circumferential front ring centered at the axis and coupled to the upstream end of the casing ; wherein the front ring is coupled to the upstream end of the casing by a circumferential rail coupling ; wherein the circumferential rail coupling is realized in form of a single rail defined by a hook portion of the front ring oriented toward the axis and housed in a corresponding seat obtained in the outer surface of the casing .
Method for manufacturing a rotor for a screw spindle pump with following steps: a) Provision of a prefabricated, at least in sections cylindrical workpiece with a longitudinal axis (Z1) and rotatable fastening of the workpiece about this longitudinal axis (Z1), b) Provision of a rotatable milling tool, c) Motion control of the rotating milling tool relative to the workpiece , d) Execution of milling operations by the milling tool and prefabrication of the helical profiling by milling into the workpiece, e) Providing a cutting tool , characterized by following steps: f) Rotation of the workpiece about the longitudinal axis (Z1) and movement control of the cutting tool , wherein the cutting tool is moved in a machining direction (z2) parallel to the longitudinal axis (Z1) of the workpiece , wherein the instantaneous position of the cutting tool in the machining direction (z2) is a predetermined function of the instantaneous angle of rotation of the workpiece about the longitudinal axis (Z1), wherein the cut made by the cutting tool during the cutting process has a cutting direction which is perpendicular to the machining direction (z2), g) multiple execution of cutting operations according to step f) for producing a helical profiling by cutting into the prefabricated workpiece , wherein the cutting tool is moved at a constant radial distance from the longitudinal axis (Z1) of the workpiece in each cutting operation, wherein the cutting tool is moved continuously in a cutting operation in the machining direction (z2) parallel to the longitudinal axis (Z1) of the workpiece . a) Provision of a prefabricated, at least in sections cylindrical workpiece with a longitudinal axis (Z1) and rotatable fastening of the workpiece about this longitudinal axis (Z1), b) Provision of a rotatable milling tool, c) Motion control of the rotating milling tool relative to the workpiece , d) Execution of milling operations by the milling tool and prefabrication of the helical profiling by milling into the workpiece, e) Providing a cutting tool , f) Rotation of the workpiece about the longitudinal axis (Z1) and movement control of the cutting tool , wherein the cutting tool is moved in a machining direction (z2) parallel to the longitudinal axis (Z1) of the workpiece , wherein the instantaneous position of the cutting tool in the machining direction (z2) is a predetermined function of the instantaneous angle of rotation of the workpiece about the longitudinal axis (Z1), wherein the cut made by the cutting tool during the cutting process has a cutting direction which is perpendicular to the machining direction (z2), g) multiple execution of cutting operations according to step f) for producing a helical profiling by cutting into the prefabricated workpiece , wherein the cutting tool is moved at a constant radial distance from the longitudinal axis (Z1) of the workpiece in each cutting operation, wherein the cutting tool is moved continuously in a cutting operation in the machining direction (z2) parallel to the longitudinal axis (Z1) of the workpiece .
Semiconductor component having a semiconductor chip , a housing and a connection point arrangement having at least two rows of flat connection points , which are arranged on a bottom side of the housing and are able to be electrically connected via connections to corresponding contacts of a contact arrangement having at least two rows , said contact arrangement being arranged on a printed circuit board , wherein the geometry of the contact arrangement corresponds to the geometry of the connection point arrangement , wherein a first distance is specified between two adjacent first connection points of a first row of the connection point arrangement and a second distance is specified between two adjacent second connection points of a second row of the connection point arrangement , wherein the second connection points of the second row are arranged offset to the first connection points of the first row , characterized in that the first spacing at least between two adjacent first connection points of the first row of the connection point arrangement corresponds to an intermediate space (C, D) between two contacts of the corresponding contact arrangement , in which intermediate space at least two conductor tracks having functionally reliable dimensions and distances can be arranged on the printed circuit board.
A tappet comprising: a hydraulic lash adjuster which supports a lower end portion of a push rod ; and a tappet case to which the lash adjuster is internally fitted and which is reciprocally displaced in a vertical direction according to a rotating cam , wherein an inner peripheral surface of the tappet case is provided with an air-vent passage through which air existing between the tappet case and the lash adjuster is discharged upward when the lash adjuster is being assembled. a hydraulic lash adjuster which supports a lower end portion of a push rod ; and a tappet case to which the lash adjuster is internally fitted and which is reciprocally displaced in a vertical direction according to a rotating cam , wherein an inner peripheral surface of the tappet case is provided with an air-vent passage through which air existing between the tappet case and the lash adjuster is discharged upward when the lash adjuster is being assembled.
A circuit board comprising: a substrate ; a first power feed line provided on a surface (S1) of the substrate and to extend in a first direction; a first connection conductor extending in a second direction orthogonal to the first direction, one end of the first connection conductor being connected to the first power feed line substantially at a central portion of the first power feed line in the first direction; and a second power feed line that has a first line part , the first line part joining to another end of the first connection conductor , and also has a second line part branching from the first line part; characterized in that the first power feed line is disposed so as to be close to a plurality of radiating elements ; the first line part extends in a third direction orthogonal to the second direction, the second line part joins to the another end from a third direction side; a line length of the second line part is determined according to an integer multiple of an effective wavelength of an alternate current to be supplied to the first line part ; and a thickness of the substrate in the second direction is at least a half of the effective wavelength of the alternate current to be supplied to the first line part . a substrate ; a first power feed line provided on a surface (S1) of the substrate and to extend in a first direction; a first connection conductor extending in a second direction orthogonal to the first direction, one end of the first connection conductor being connected to the first power feed line substantially at a central portion of the first power feed line in the first direction; and a second power feed line that has a first line part , the first line part joining to another end of the first connection conductor , and also has a second line part branching from the first line part; characterized in that the first power feed line is disposed so as to be close to a plurality of radiating elements ; the first line part extends in a third direction orthogonal to the second direction, the second line part joins to the another end from a third direction side; a line length of the second line part is determined according to an integer multiple of an effective wavelength of an alternate current to be supplied to the first line part ; and a thickness of the substrate in the second direction is at least a half of the effective wavelength of the alternate current to be supplied to the first line part .
A triggering mechanism for a gripping device of an elevator system, said triggering mechanism comprising a supporting frame , a triggering element that is disposed in an axially movable manner in the supporting frame and has a triggering rod that is disposed on the end side, that extends through an end section of the supporting frame and that serves to be attached to an activation lever of the gripping device , springs that serve to apply a preload force to the triggering element at least when in a first retaining position (H), and magnetically acting retaining means , which are designed to retain the triggering element in the retaining position (H) against the applied preload force, preferably when supplied with electricity, characterized in that the triggering element is designed as a preferably frame-like slide element, which has two guide strips extending in the axial direction of movement and serving to guide the slide element in the supporting frame and a connecting strip that is disposed at a right angle to the guide strips and connects them and that serves to support the triggering rod .
An attack detection device to detect an attack on a control system that transitions in a plurality of system states, the control system including equipment and a server device to control the equipment, the attack detection device comprising: a white list storage unit to correlate and store, for each system state of the plurality of system states, a white list defining system information that belongs to the control system and is permitted in the system state; a state estimation unit to acquire communication data communicated between the server device and the equipment, which communication data is collected by the attack detection device , the communication data including an operation amount transmitted from the server device to the equipment and an observation amount transmitted from the equipment to the server device , the state estimation unit being configured to classify the communication data into the operation amount and the observation amount and to estimate a current system state of the control system from the operation amount and the observation amount included in the communication data ; and an attack determination unit to acquire a white list corresponding to the current system state from the white list storage unit, and determine whether or not the attack has been detected based on the acquired white list and system information belonging to the control system in the current system state, by collating the collected communication data with the white list. a white list storage unit to correlate and store, for each system state of the plurality of system states, a white list defining system information that belongs to the control system and is permitted in the system state; a state estimation unit to acquire communication data communicated between the server device and the equipment, which communication data is collected by the attack detection device , the communication data including an operation amount transmitted from the server device to the equipment and an observation amount transmitted from the equipment to the server device , the state estimation unit being configured to classify the communication data into the operation amount and the observation amount and to estimate a current system state of the control system from the operation amount and the observation amount included in the communication data ; and an attack determination unit to acquire a white list corresponding to the current system state from the white list storage unit, and determine whether or not the attack has been detected based on the acquired white list and system information belonging to the control system in the current system state, by collating the collected communication data with the white list.
Arrangement for the vacuum bag process, comprising a gas-tight film which forms a vacuum bag and is arranged in a sealed manner on a base, having a measuring device which is arranged in the vacuum bag and has at least one measuring sensor for determining a leakage in the vacuum bag process, known per se, for producing a fiber composite component, in which a multilayer structure of prepregs is covered with the gas-tight film which forms the vacuum bag , characterized in that the measuring sensor has at least one elastic piezoelectric sensor which is arranged inside the vacuum bag and rests on a supporting element via at least two bearing points, the piezoelectric sensor being subjected to a bending load of the piezoelectric sensor acting during evacuation of the vacuum bag , causing a bending load on the piezoelectric sensor , the measuring device comprising an evaluation device which is designed to determine a leakage rate and/or a position of a leakage by evaluating measurement signals from the piezoelectric sensor .