mhurhangee/patent-ind-claim-en huggingface dataset:
Device for fastening a fender to a hollow tube integral to a frame of a heavy vehicle, characterized in that it comprises : - a plastic insert configured to be introduced in said hollow tube integral to the frame of a vehicle, - a first fastening means configured to be fastened both to said insert and the fender , and a second fastening means configured to be fastened to the fender and comprising a through hole for said tube . - a plastic insert configured to be introduced in said hollow tube integral to the frame of a vehicle, - a first fastening means configured to be fastened both to said insert and the fender , and a second fastening means configured to be fastened to the fender and comprising a through hole for said tube .
A blood analysis method for a blood cell analyzer, characterized in that the blood cell analyzer comprises a single reaction cell for leukocyte detection where a testing sample is prepared from a blood sample, and a single detection apparatus for leukocyte detection which detects the testing sample, and said method comprises: injecting a blood sample and a first reagent into the reaction cell, wherein the first reagent lyses erythrocytes in the blood sample and reacts with leukocytes in the blood sample to make each subclass of the leukocytes cluster, to obtain a first testing sample; transferring a part of the first testing sample from the reaction cell to the detection apparatus to perform a detection for leukocyte four-group classification detection, and remaining the other part of the first testing sample in the reaction cell, wherein four-group classification includes classification of neutrophil and basophil as one group; injecting a second reagent into the reaction cell having a remainder of the first testing sample after transferring the part of the first testing sample, wherein the second reagent further reacts with leukocytes in the remainder of the first testing sample to shrink other leukocytes except for basophils, to obtain a second testing sample; and transferring the second testing sample to the detection apparatus to perform a detection for basophil classification detection , to obtain a basophil classification result; and/or measuring the second testing sample for hemoglobin measurement. injecting a blood sample and a first reagent into the reaction cell, wherein the first reagent lyses erythrocytes in the blood sample and reacts with leukocytes in the blood sample to make each subclass of the leukocytes cluster, to obtain a first testing sample; transferring a part of the first testing sample from the reaction cell to the detection apparatus to perform a detection for leukocyte four-group classification detection, and remaining the other part of the first testing sample in the reaction cell, wherein four-group classification includes classification of neutrophil and basophil as one group; injecting a second reagent into the reaction cell having a remainder of the first testing sample after transferring the part of the first testing sample, wherein the second reagent further reacts with leukocytes in the remainder of the first testing sample to shrink other leukocytes except for basophils, to obtain a second testing sample; and transferring the second testing sample to the detection apparatus to perform a detection for basophil classification detection , to obtain a basophil classification result; and/or measuring the second testing sample for hemoglobin measurement.
A traversing unit for traversing a yarn with respect to a pair of delivery rollers of a workstation of a textile machine, comprising a yarn-guiding unit , comprising a single traversing drive for driving the yarn-guiding unit , and comprising a conversion element , with the aid of which a rotational movement (ω) of the single traversing drive can be converted into a linear, reciprocating movement of the yarn-guiding unit , characterized in that the single traversing drive is designed as a rotating motor and at least a middle position (M) of the yarn-guiding unit can be detected with the aid of a sensor .
Blade holder for an apparatus for slicing food products , in particular a high-performance slicer, having a receiving head for receiving a cutting blade , having a rotation device for rotating the receiving head about a blade axis , and having an orbiter device , which is provided for moving the receiver head on a circular track , characterized in that the orbiter device can be adjusted between an operating position, in which the orbiter device moves the receiving head on the circular track , and a rest position, in which the orbiter device does not move the receiving head on the circular track .
Device intended to make available at least one service, in a first communication network , to at least one client (110; 111; 112) connected to said first communication network, so that it comprises: - means for determining , for said at least one client, a client type, the type of client representing functionalities used by this client; - means for selecting , according to predetermined rules, from said at least one service made available by said device, only the service or services that correspond to the type of said at least one client to which a description of services is intended to be exported, said predetermined rules associating, for a type of client, at least one service from said service or services made available by said device; - means for constructing said description of services, said description of services being limited to said selected service or services; and - means for exporting to said at least one client said constructed description of services, said description of services describing said selected service or services. - means for determining , for said at least one client, a client type, the type of client representing functionalities used by this client; - means for selecting , according to predetermined rules, from said at least one service made available by said device, only the service or services that correspond to the type of said at least one client to which a description of services is intended to be exported, said predetermined rules associating, for a type of client, at least one service from said service or services made available by said device; - means for constructing said description of services, said description of services being limited to said selected service or services; and - means for exporting to said at least one client said constructed description of services, said description of services describing said selected service or services.
Milling machine, in particular road milling machine, stabiliser, recycler or surface miner, comprising a drive means which is configured such that the milling machine performs translatory and/or rotatory movements on the ground, and a working means which is configured such that the ground is machined, the milling machine having at least two assemblies which carry out specific machine functions subject to operating parameters, the drive means including at least one of the at least two assemblies and the working means including at least one of the at least two assemblies, a control and processing unit which is configured such that the at least two assemblies of the milling machine are controlled such that a specific machine function is carried out, and a control unit for inputting operating parameters to control the drive means and the working means, characterised in that the control unit has a selection unit for selecting an operating mode, in which the at least one assembly of the working means is in operation, from a plurality of operating modes, at least two predetermined operating parameters are assigned to each operating mode of the plurality of operating modes and/or for each operating mode of the plurality of operating modes at least one function which describes the dependence of an operating parameter of one assembly on at least one operating parameter of at least one other assembly is assigned, and the control and processing unit has a memory in which at least two predetermined operating parameters which are assigned to the operating mode are stored for each operating mode of the plurality of operating modes, and/or in which at least one function describing the dependence of an operating parameter of one assembly on at least one operating parameter of at least one other assembly is stored for each operating mode of the plurality of operating modes, the control and processing unit being configured such that at least one assembly is controlled depending on the at least two operating parameters which are stored in the memory for the operating mode selected using the selection unit , such that the particular machine function is carried out, and/or on the basis of the function which describes the dependence of an operating parameter of one assembly on at least one operating parameter of at least one other assembly and which is stored in the memory for the operating mode selected using the selection unit , the at least one assembly (8, 10, 11, 12, 13, 17, 18, 19; 4, 5) is controlled such that the particular machine function is carried out, and that the operating parameters comprise drive parameters and work parameters, the at least one assembly of the drive means performing a specific machine function subject to drive parameters, and the at least one assembly of the working means performing a specific machine function subject to work parameters.
A method for producing a ceramic circuit board (100; 101) including a ceramic substrate and a metal layer formed on the ceramic substrate and containing aluminum and/or an aluminum alloy, the method comprising: a step of forming the metal layer in contact with the ceramic substrate by spraying a metal powder after accelerating the metal powder to a velocity of from 250 to 1050 m/s as well as heating the metal powder to from 10°C to 270°C; and a step of subjecting the ceramic substrate and the metal layer formed on the ceramic substrate to a heat treatment in an inert gas atmosphere, wherein the metal powder contains aluminum particles and/or aluminum alloy particles, wherein the ceramic substrate and the metal layer are heated to from 400°C to 600°C in the step of subjecting the ceramic substrate and the metal layer to a heat treatment in an inert gas atmosphere. a step of forming the metal layer in contact with the ceramic substrate by spraying a metal powder after accelerating the metal powder to a velocity of from 250 to 1050 m/s as well as heating the metal powder to from 10°C to 270°C; and a step of subjecting the ceramic substrate and the metal layer formed on the ceramic substrate to a heat treatment in an inert gas atmosphere, wherein the metal powder contains aluminum particles and/or aluminum alloy particles,
A protamine peptide consisting of the amino acid sequence set forth in SEQ ID NO: 3 or SEQ ID NO: 10 for use in treating neuronal injuries in a subject by promoting outgrowth of a neuron and/or neuronal regeneration.
An antenna device comprising: an antenna portion ; a connecting portion ; and a support , wherein the connecting portion connects the antenna portion and the support , characterized in that the support is located above the antenna portion and comprises a channel extending from an inflow opening located opposite to the antenna portion to an outflow opening located farther from the antenna portion than the inflow opening. an antenna portion ; a connecting portion ; and a support , wherein the connecting portion connects the antenna portion and the support , characterized in that the support is located above the antenna portion and comprises a channel extending from an inflow opening located opposite to the antenna portion to an outflow opening located farther from the antenna portion than the inflow opening.
A method of controlling a plurality of inverters (2 to 11), which are connected to a current source each on their input side and to a common grid connection point on their output side, - wherein electrical variables are measured at the individual inverters (2 to 11) and used to control the individual inverters (2 to 11), - wherein connection equipment are taken into consideration when controlling the individual inverters (2 to 11), and - wherein electrical variables are measured at the common grid connection point , characterized in that effects of the connection equipment between the individual inverters (2 to 11) and the common grid connection point on currents are determined, said currents being output by the individual inverters (2 to 11) as a function of the electrical variables measured at the individual inverters (2 to 11), - wherein the electrical variables measured at the common grid connection point and the electrical variables measured at the individual inverters (2 to 11) are set in relation to each other by operating the inverters (2 to 11) according to a preset measurement program, the preset measurement program comprising individually varying the controlling of the individual inverters (2 to 11) depending on the electrical variables measured at the individual inverters (2 to 11), such that variations of the electrical variables measured at the common grid connection point may be associated with a distinct variation of the controlling of a distinct inverter (2 to 11). - wherein electrical variables are measured at the individual inverters (2 to 11) and used to control the individual inverters (2 to 11), - wherein connection equipment are taken into consideration when controlling the individual inverters (2 to 11), and - wherein electrical variables are measured at the common grid connection point , characterized in that effects of the connection equipment between the individual inverters (2 to 11) and the common grid connection point on currents are determined, said currents being output by the individual inverters (2 to 11) as a function of the electrical variables measured at the individual inverters (2 to 11), - wherein the electrical variables measured at the common grid connection point and the electrical variables measured at the individual inverters (2 to 11) are set in relation to each other by operating the inverters (2 to 11) according to a preset measurement program, the preset measurement program comprising individually varying the controlling of the individual inverters (2 to 11) depending on the electrical variables measured at the individual inverters (2 to 11), such that variations of the electrical variables measured at the common grid connection point may be associated with a distinct variation of the controlling of a distinct inverter (2 to 11).
An optical system for a microscope for imaging an object , comprising: a first objective facing the object side and a second objective facing the image side; a telescope system arranged between the first objective and the second objective , with zoom optics , which are adjustable, within a predetermined magnification range, to adapt the magnification of the telescope system to the ratio of two refractive indices, one of which is assigned to the object side and the other to the image side, wherein the telescope system is designed to be telecentric over the entire magnification range both with respect to the object side and with respect to the image side due to the zoom optics contained therein, and wherein an optical correction unit is contained in the first objective or in the second objective , which optical correction unit is adjustable for correcting a spherical aberration. a first objective facing the object side and a second objective facing the image side; a telescope system arranged between the first objective and the second objective , with zoom optics , which are adjustable, within a predetermined magnification range, to adapt the magnification of the telescope system to the ratio of two refractive indices, one of which is assigned to the object side and the other to the image side, wherein the telescope system is designed to be telecentric over the entire magnification range both with respect to the object side and with respect to the image side due to the zoom optics contained therein, and wherein an optical correction unit is contained in the first objective or in the second objective , which optical correction unit is adjustable for correcting a spherical aberration.
A method for monitoring and configuring hardware resources on an information handling system, the method comprising: determining , by an application, a computing task for execution by the application at the information handling system; determining , by the application, workload attributes of the computing task, the workload attributes including dependency of the computing task on hardware resources included in the information handling system; identifying , by the application, the hardware resources present at the information handling system; monitoring , by the application, an operational state of at least some of the hardware resources in order to determine which configuration changes are indicated by the workload attributes, or which configuration settings are already commensurate with the workload attributes; based on the workload attributes determined and the hardware resources identified and monitored, determining a workload policy for the computing task, wherein the workload policy specifies the hardware resources used to execute the computing task at the information handling system; implementing , by the application, the workload policy at the information handling system, including configuring of the hardware resources specified in the workload policy, wherein the hardware resources are configured to operate in a manner that is specifically matched to the workload attributes, and wherein configuring the hardware resources comprises accessing a BIOS non-volatile RAM to change a setting used by the BIOS firmware; and executing the computing task at the information handling system in accordance with the workload policy. determining , by an application, a computing task for execution by the application at the information handling system; determining , by the application, workload attributes of the computing task, the workload attributes including dependency of the computing task on hardware resources included in the information handling system; identifying , by the application, the hardware resources present at the information handling system; monitoring , by the application, an operational state of at least some of the hardware resources in order to determine which configuration changes are indicated by the workload attributes, or which configuration settings are already commensurate with the workload attributes; based on the workload attributes determined and the hardware resources identified and monitored, determining a workload policy for the computing task, wherein the workload policy specifies the hardware resources used to execute the computing task at the information handling system; implementing , by the application, the workload policy at the information handling system, including configuring of the hardware resources specified in the workload policy, wherein the hardware resources are configured to operate in a manner that is specifically matched to the workload attributes, and wherein configuring the hardware resources comprises accessing a BIOS non-volatile RAM to change a setting used by the BIOS firmware; and executing the computing task at the information handling system in accordance with the workload policy.
A method comprising: in response to handoff of a mobile station from a first type of wireless access network to a second, different type of wireless access network, receiving , from the mobile station by a network node coupled to the second wireless access network, a first access point name, wherein the first access point name maps to a single address of an access gateway node , wherein the access gateway node was involved with a data session over the first type of wireless access network prior to handoff.
A garden tool power system with automatic walking function comprising: a motor ; a reducer; and a transmission shaft; wherein the motor transmits the power to the transmission shaft through the reducer to drive wheels provided on the transmission shaft to rotate, and wherein the reducer includes a pinion and a gear engaged with the pinion , and wherein the transmission shaft includes left and right shafts connected with each other through a connecting shaft , characterized in that the pinion is connected to an output end of the motor ,the gear is mounted on the connecting shaft and has at least two guiding rods transversely located thereon and two centrifugal blocks located between the guiding rods , wherein each guiding rod has a spring surrounded therearound and each spring located between two centrifugal blocks has two opposite ends respectively abutted against the corresponding portion of the centrifugal blocks , and wherein a fixing sleeve provided on the periphery of the centrifugal blocks is mounted on the transmission shaft and has buckle structures matching with the centrifugal blocks . a motor ; a reducer; and a transmission shaft; wherein the motor transmits the power to the transmission shaft through the reducer to drive wheels provided on the transmission shaft to rotate, and wherein the reducer includes a pinion and a gear engaged with the pinion , and wherein the transmission shaft includes left and right shafts connected with each other through a connecting shaft , characterized in that the pinion is connected to an output end of the motor ,the gear is mounted on the connecting shaft and has at least two guiding rods transversely located thereon and two centrifugal blocks located between the guiding rods , wherein each guiding rod has a spring surrounded therearound and each spring located between two centrifugal blocks has two opposite ends respectively abutted against the corresponding portion of the centrifugal blocks , and wherein a fixing sleeve provided on the periphery of the centrifugal blocks is mounted on the transmission shaft and has buckle structures matching with the centrifugal blocks .