mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a numerical control machine tool , comprising: using a numerical control (NC) driver to: generate a flag which designates a kind of operation of the numerical control machine tool and an operating variable which is used for controlling the operation of the numerical control machine tool, based on an instruction used for controlling a three-dimensional measuring device different from the numerical control machine tool (S102); and store the flag in a flag storage area and storing the operating variable in an operating variable storage area (S103); and using a numerical control (NC) controller to: select an operation to be executed by the numerical control machine tool by referring to a value of the flag stored in the flag storage area (S104); and execute a control of the selected operation of the numerical control machine tool in accordance with a value of the operating variable stored in the operating variable storage area (S104). using a numerical control (NC) driver to: generate a flag which designates a kind of operation of the numerical control machine tool and an operating variable which is used for controlling the operation of the numerical control machine tool, based on an instruction used for controlling a three-dimensional measuring device different from the numerical control machine tool (S102); and store the flag in a flag storage area and storing the operating variable in an operating variable storage area (S103); and generate a flag which designates a kind of operation of the numerical control machine tool and an operating variable which is used for controlling the operation of the numerical control machine tool, based on an instruction used for controlling a three-dimensional measuring device different from the numerical control machine tool (S102); and store the flag in a flag storage area and storing the operating variable in an operating variable storage area (S103); and using a numerical control (NC) controller to: select an operation to be executed by the numerical control machine tool by referring to a value of the flag stored in the flag storage area (S104); and execute a control of the selected operation of the numerical control machine tool in accordance with a value of the operating variable stored in the operating variable storage area (S104). select an operation to be executed by the numerical control machine tool by referring to a value of the flag stored in the flag storage area (S104); and execute a control of the selected operation of the numerical control machine tool in accordance with a value of the operating variable stored in the operating variable storage area (S104).
A smoking substitute device , comprising: a main body ; wherein the main body comprises a first display element for displaying first information and a second display element for displaying second information ; wherein the first display element is arranged separate from and independent of the second display element ; wherein the first information is different from the second information ; wherein one of the first and second information (52a,b) is for displaying a power status of the smoking substitute device ; and the display element (28a,b) displaying the power status information is configured to be active substantially as long as the smoking substitute device is in an on status; characterised in that : the smoking substitute device is a heat-not-burn device ; and the display element (28a,b) not displaying the power status information is configured to be only intermittently activated as the smoking substitute device is in an on status. a main body ; wherein the main body comprises a first display element for displaying first information and a second display element for displaying second information ; wherein the first display element is arranged separate from and independent of the second display element ; wherein the first information is different from the second information ; wherein one of the first and second information (52a,b) is for displaying a power status of the smoking substitute device ; and the display element (28a,b) displaying the power status information is configured to be active substantially as long as the smoking substitute device is in an on status; characterised in that : the smoking substitute device is a heat-not-burn device ; and the display element (28a,b) not displaying the power status information is configured to be only intermittently activated as the smoking substitute device is in an on status. the smoking substitute device is a heat-not-burn device ; and the display element (28a,b) not displaying the power status information is configured to be only intermittently activated as the smoking substitute device is in an on status.
A device for support in positioning a medical X-ray imaging apparatus, comprising: - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured i) to receive a 3D motion-model of a currently used X-ray imaging apparatus; and ii) to receive a 3D model of a subject suitable for a calculation of virtual X-ray projections; and iii) to receive movement instructions for movement of the 3D motion-model, the movement instructions relating to a movement of the imaging apparatus to a target location for imaging or to a movement trajectory of the imaging apparatus along which imaging is intended to take place; wherein the processing unit is configured to adapt the 3D motion-model according to the movement instructions; and to generate a virtual X-ray projection of a region of interest based on the spatial arrangement of the adapted 3D motion-model in relation to the 3D model of the subject; and wherein the output unit is configured to provide image data of the virtual X-ray projection. - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured i) to receive a 3D motion-model of a currently used X-ray imaging apparatus; and ii) to receive a 3D model of a subject suitable for a calculation of virtual X-ray projections; and iii) to receive movement instructions for movement of the 3D motion-model, the movement instructions relating to a movement of the imaging apparatus to a target location for imaging or to a movement trajectory of the imaging apparatus along which imaging is intended to take place; wherein the processing unit is configured to adapt the 3D motion-model according to the movement instructions; and to generate a virtual X-ray projection of a region of interest based on the spatial arrangement of the adapted 3D motion-model in relation to the 3D model of the subject; and wherein the output unit is configured to provide image data of the virtual X-ray projection. wherein the input unit is configured i) to receive a 3D motion-model of a currently used X-ray imaging apparatus; and ii) to receive a 3D model of a subject suitable for a calculation of virtual X-ray projections; and iii) to receive movement instructions for movement of the 3D motion-model, the movement instructions relating to a movement of the imaging apparatus to a target location for imaging or to a movement trajectory of the imaging apparatus along which imaging is intended to take place; wherein the processing unit is configured to adapt the 3D motion-model according to the movement instructions; and to generate a virtual X-ray projection of a region of interest based on the spatial arrangement of the adapted 3D motion-model in relation to the 3D model of the subject; and wherein the output unit is configured to provide image data of the virtual X-ray projection.
A service conflict processing method, comprising: determining whether UCI of an eMBB service to be transmitted conflicts with data or UCI of an URLLC service in transmission time, wherein the UCI of the eMBB service comprises HARQ-ACK information; and if the UCI of the eMBB service conflicts with the data or the UCI of the URLLC service in transmission time, delaying transmission of the UCI of the eMBB service, characterized in that the UCI of the eMBB service conflicting with the data or the UCI of the URLLC service in transmission time comprises the HARQ-ACK information and uplink SR information in the UCI of the eMBB service conflicting with the UCI of the URLLC service in transmission time, wherein the SR information in the UCI of the eMBB service is discarded, and merely the HARQ-ACK information in the UCI of the eMBB service is transmitted on a resource for transmitting the URLLC service. determining whether UCI of an eMBB service to be transmitted conflicts with data or UCI of an URLLC service in transmission time, wherein the UCI of the eMBB service comprises HARQ-ACK information; and if the UCI of the eMBB service conflicts with the data or the UCI of the URLLC service in transmission time, delaying transmission of the UCI of the eMBB service, characterized in that the UCI of the eMBB service conflicting with the data or the UCI of the URLLC service in transmission time comprises the HARQ-ACK information and uplink SR information in the UCI of the eMBB service conflicting with the UCI of the URLLC service in transmission time, wherein the SR information in the UCI of the eMBB service is discarded, and merely the HARQ-ACK information in the UCI of the eMBB service is transmitted on a resource for transmitting the URLLC service.
An optical system configured to focus a light beam from an object to form an image of the object, the optical system comprising: a front group ; a light-shielding member ; and a rear group that are arranged in this order in a direction from a side of the object toward a side of the image, wherein: the light-shielding member is provided with an opening elongated in a first direction, the front group has an aspherical surface , the rear group has a diffractive surface , the aspherical surface is an anamorphic surface, the front group does not image the object at the opening in a first section parallel to the first direction, and forms an intermediate image of the object at the opening in a second section perpendicular to the first direction, the diffractive surface splits a light beam that passes through the opening into rays at different wavelengths in the second section, and the rear group focuses the rays on different locations in the second section, characterized in that a curvature radius of the aspherical surface in the second section at an on-axis position in the first direction differs from that at an outermost off-axis position in the first direction. the light-shielding member is provided with an opening elongated in a first direction, the front group has an aspherical surface , the rear group has a diffractive surface , the aspherical surface is an anamorphic surface, the front group does not image the object at the opening in a first section parallel to the first direction, and forms an intermediate image of the object at the opening in a second section perpendicular to the first direction, the diffractive surface splits a light beam that passes through the opening into rays at different wavelengths in the second section, and the rear group focuses the rays on different locations in the second section, characterized in that a curvature radius of the aspherical surface in the second section at an on-axis position in the first direction differs from that at an outermost off-axis position in the first direction.
A lifting wall arrangement for an end wall of a drum mill, having a plurality of segments which are removably installable on the end wall, wherein each segment comprises an inner wall (10:1) and an opposing outer wall (10:2), wherein at least one lifting blade is arranged on said outer wall, such that the outer wall, the lifting blade and the inner wall define a discharge channel leading to a discharge cone , and wherein said inner wall forms a part of a sieving wall in the drum mill, and wherein each segment constitutes an integrated unit adapted to be installed on the end wall , the integrated unit being adapted to be attached to the end wall from the outside of the drum mill, characterized in that the integrated unit comprises first mounting means comprising a fastener body insert arranged in a recess or a bore in the outer wall (10:2) of the integrated unit facing the end wall , the first mounting means being adapted to, through mounting holes in the end wall, interact with complementary second mounting means installed from the outside of the drum mill . wherein each segment comprises an inner wall (10:1) and an opposing outer wall (10:2), wherein at least one lifting blade is arranged on said outer wall, such that the outer wall, the lifting blade and the inner wall define a discharge channel leading to a discharge cone , and wherein said inner wall forms a part of a sieving wall in the drum mill, and wherein each segment constitutes an integrated unit adapted to be installed on the end wall , the integrated unit being adapted to be attached to the end wall from the outside of the drum mill, characterized in that the integrated unit comprises first mounting means comprising a fastener body insert arranged in a recess or a bore in the outer wall (10:2) of the integrated unit facing the end wall , the first mounting means being adapted to, through mounting holes in the end wall, interact with complementary second mounting means installed from the outside of the drum mill .
A compound, represented by the following formula which may include one or more isotopically enriched atoms, or pharmaceutically acceptable salt thereof.
A torque fluctuation absorbing apparatus comprising: a first plate member ; a second plate member rotatable relative to the first plate member; and a first friction member disposed between the first plate member and the second plate member and pressed against the first plate member in a slidable manner; the second plate member including a first retaining surface that makes contact with the first friction member , the first friction member including a plurality of grooves at a surface facing the first retaining surface of the second plate member , the grooves extending in a radial direction of the first friction member , characterized in that the friction coefficient between the first plate member and the first friction member is set to be smaller than the friction coefficient between the first retaining surface of the second plate member and the first friction member , and in that the first friction member includes binding materials that include therein fibrous base materials , wherein on the surface which is a retaining surface excluding the grooves of the first friction member an exposure rate of the base materials is 70 percent or less in order to improve a friction coefficient of the surface . a first plate member ; a second plate member rotatable relative to the first plate member; and a first friction member disposed between the first plate member and the second plate member and pressed against the first plate member in a slidable manner; the second plate member including a first retaining surface that makes contact with the first friction member , the first friction member including a plurality of grooves at a surface facing the first retaining surface of the second plate member , the grooves extending in a radial direction of the first friction member , characterized in that the friction coefficient between the first plate member and the first friction member is set to be smaller than the friction coefficient between the first retaining surface of the second plate member and the first friction member , and in that the first friction member includes binding materials that include therein fibrous base materials , wherein on the surface which is a retaining surface excluding the grooves of the first friction member an exposure rate of the base materials is 70 percent or less in order to improve a friction coefficient of the surface .
An electronic cigarette, comprising a shell and a power supply installed in the shell , wherein the electronic cigarette further comprises a tobacco bin which is provided in the shell and communicates with the outside air, and a suction nozzle which communicates with the tobacco bin , the tobacco bin is used for loading solid tobacco material , and a piezoelectric ceramic piece which clings to the tobacco bin is provided in the shell , the piezoelectric ceramic piece is a bearing surface of the tobacco bin on which a tobacco material is loaded as well as a heating surface of the tobacco bin , and the sheet-shaped piezoelectric ceramic piece is used to contact the solid tobacco material in the tobacco bin and atomize the solid tobacco material , and the piezoelectric ceramic piece is electrically connected with the power supply.
A process of preparation of a leaf tea product with black tea characteristics comprising the steps of: a. incubating fresh tea leaf at a temperature in the range 4°C to 60°C under anaerobic conditions for a period of 4 to 50 hours; b. creating micropores having diameter in the range of 5 to 100 μm on the incubated leaf; c. exposing the leaf to a temperature of 15 to 35°C for 15 minutes to 4 hours. a. incubating fresh tea leaf at a temperature in the range 4°C to 60°C under anaerobic conditions for a period of 4 to 50 hours; b. creating micropores having diameter in the range of 5 to 100 μm on the incubated leaf; c. exposing the leaf to a temperature of 15 to 35°C for 15 minutes to 4 hours.
A method of manufacturing an at least two-layer laminate of a membrane electrode assembly (MEA) for a fuel cell , comprising the steps: - providing a membrane material comprising a proton-conductive electrolyte, - providing an electrode material comprising at least one catalyst, - applying a liquid adhesive to a surface of the membrane material and/or to a surface of the electrode material, and - contacting the surfaces of the membrane material and of the electrode material to form a substance-to-substance bond by means of the liquid adhesive, wherein in addition a production aid is introduced into or applied to a composite formed from the electrode material, from the membrane material and from the still uncured liquid adhesive, the production aid being set up to stabilize the uncured composite, characterized in that the production aid is formed as a joining agent for material bonding to the membrane material and/or to the electrode material, which has a shorter curing time than the liquid adhesive. - providing a membrane material comprising a proton-conductive electrolyte, - providing an electrode material comprising at least one catalyst, - applying a liquid adhesive to a surface of the membrane material and/or to a surface of the electrode material, and - contacting the surfaces of the membrane material and of the electrode material to form a substance-to-substance bond by means of the liquid adhesive, wherein in addition a production aid is introduced into or applied to a composite formed from the electrode material, from the membrane material and from the still uncured liquid adhesive, the production aid being set up to stabilize the uncured composite, characterized in that the production aid is formed as a joining agent for material bonding to the membrane material and/or to the electrode material, which has a shorter curing time than the liquid adhesive.
Kitchen appliance supplementing component with a support leg , which comprises at least two elements connected to one another, wherein a first of the elements has a component attachment , which attaches to the kitchen appliance supplementing component or is designed to be attached to the kitchen appliance supplementing component and wherein a second of the elements has an attachment end for attachment to a base (U), wherein the distance (H, H 1 , H 2 ) between the component attachment and the attachment end can be adjusted, wherein the support leg further comprises a fixing mechanism for fixing at least two different selectable positions of the at least two elements relative to one another, so that the distance (H, H 1 , H 2 ) can be adjusted continuously at least within a range, wherein the support leg further comprises a spring mechanism which is designed to push the component attachment and the attachment end apart, characterised in that the at least two elements are connected telescopically to one another. wherein a first of the elements has a component attachment , which attaches to the kitchen appliance supplementing component or is designed to be attached to the kitchen appliance supplementing component and wherein a second of the elements has an attachment end for attachment to a base (U), wherein the distance (H, H 1 , H 2 ) between the component attachment and the attachment end can be adjusted, wherein the support leg further comprises a fixing mechanism for fixing at least two different selectable positions of the at least two elements relative to one another, so that the distance (H, H 1 , H 2 ) can be adjusted continuously at least within a range, wherein the support leg further comprises a spring mechanism which is designed to push the component attachment and the attachment end apart, characterised in that the at least two elements are connected telescopically to one another.
An apparatus comprising: processing circuitry ; and memory , the processing circuitry configured to operate as an element manager, EM , that provides end-user functions for management of a network element, NE , wherein a Ve-Vnfm-em reference point is between the EM and a Virtual Network Function Manager, VNFM , and an Itf-N interface between the EM and a Network Manager, NM , wherein the processing circuitry operating as the EM is arranged to: receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF , has been instantiated as part of lifecycle management of the VNF ; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. processing circuitry ; and memory , the processing circuitry configured to operate as an element manager, EM , that provides end-user functions for management of a network element, NE , wherein a Ve-Vnfm-em reference point is between the EM and a Virtual Network Function Manager, VNFM , and an Itf-N interface between the EM and a Network Manager, NM , wherein the processing circuitry operating as the EM is arranged to: receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF , has been instantiated as part of lifecycle management of the VNF ; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF , has been instantiated as part of lifecycle management of the VNF ; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI.