mhurhangee/patent-ind-claim-en huggingface dataset:
A method of milling a channel-shaped cavity by a five-axis computer numerical control (CNC) machine, the method comprising: selecting a workpiece to be machined , wherein the workpiece has a bottom surface of a channel, a left wall (811; 911) of the channel, a right wall (812; 912) of the channel, and an entry point (818; 918) of a cutting tool; characterised by : performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns. selecting a workpiece to be machined , wherein the workpiece has a bottom surface of a channel, a left wall (811; 911) of the channel, a right wall (812; 912) of the channel, and an entry point (818; 918) of a cutting tool; characterised by : performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns. performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns.
Rotor support of an electrical machine, comprising a cylindrical supporting face and a radial support wall, wherein the rotor support is composed of at least two individual parts , characterized in that the first individual part is a cylindrical tube and the second individual part is a support wall pot which is arranged in the interior of the cylindrical tube and consists of a side wall and a support wall , wherein the transition region from the support wall to the side wall is rounded and wherein, for torque transmission, there is a connection between the side wall of the support wall pot and the cylindrical tube in the region of their contact plane, and in that the cylindrical tube has a constant outside diameter over its entire axial extent and fully engages over the at least one support wall pot .
Hand-held implement having a drive motor and having a tool unit , wherein the tool unit comprises a tool which is driven by the drive motor , wherein the implement has a guide tube with a telescopic portion , wherein the telescopic portion comprises an outer tube and an inner tube , which is guided in a longitudinally displaceable manner in the outer tube, wherein means for transmitting the drive power for the tool are guided through the guide tube , and wherein a clamping device is provided for the purpose of fixing the inner tube in relation to the outer tube , characterized in that the clamping device comprises a tensioning piece , which is mounted in a rotatable manner in relation to the inner tube , and is connected to the outer tube via a threaded connection , in that the clamping device comprise at least one dished tensioning ring , which is arranged on the outer circumferential of the inner tube , wherein the size of the opening of the tensioning ring is reduced by virtue of the tensioning ring being compressed in the direction of a longitudinal centre axis of the guide tube , and in that the at least one tensioning ring is supported, on the one axial side , in relation to the outer tube and, on the other axial side , in relation to the tensioning piece .
An information transmission method, comprising: listening (S203) for, by a second station, target wake time, TWT, indication information sent by an access point, AP, to a first station; and determining (S204), by the second station, a TWT of a wake-up receiver, WUR, of the first station based on the TWT indication information of the first station, wherein the TWT of the WUR of the first station comprises an awake time of the WUR of the first station; wherein the method further comprises: sending, by a WUR of the second station, a wake-up packet to the WUR of the first station, wherein the wake-up packet is used to instruct the WUR of the first station to wake up a main radio transceiver of the first station. listening (S203) for, by a second station, target wake time, TWT, indication information sent by an access point, AP, to a first station; and determining (S204), by the second station, a TWT of a wake-up receiver, WUR, of the first station based on the TWT indication information of the first station, wherein the TWT of the WUR of the first station comprises an awake time of the WUR of the first station; wherein the method further comprises: sending, by a WUR of the second station, a wake-up packet to the WUR of the first station, wherein the wake-up packet is used to instruct the WUR of the first station to wake up a main radio transceiver of the first station.
A method for reading an RFID transponder and control of an access control system, wherein an antenna resonant circuit connected to the transponder is inductively excited by a carrier frequency generated by a reader , the transponder is supplied with electrical current by the excitation, data of the transponder are transmitted via amplitude modulation of the carrier frequency and the carrier frequency is generated by a sequence of energy impulses and wherein the control of the access control system occurs in dependence on the transmitted data, wherein the width of a current feed duration of an antenna of the reader determined by a current source of the energy impulses is varied until the antenna receives the signals of the transponder and that the width of the energy impulses is kept constant and the antenna receives the signals of the transponder and that the carrier frequency and the phase position with respect to the frequency and the phase position at contacts (CKL A) and (CKL B) before an amplifier circuit are kept constant in the event of the variation of the width of the energy impulses.
An end-wall component of the mainstream gas annulus of a gas turbine engine having an annular arrangement of vanes , the component including a cooling arrangement having ballistic cooling holes through which, in use, dilution cooling air is jetted into the mainstream gas upstream of the vanes to reduce the mainstream gas temperature adjacent the end-wall, wherein the ballistic cooling holes are arranged in one or more circumferentially extending rows and wherein the axial position of the ballistic cooling holes in the or each row varies.
Manually operable control device for controlling movable elements of a vehicle and/or for steering or accelerating the vehicle , comprising a control rod element , which is mounted so as to be slidable within a first guide path of a first control disc and within a second guide path of a second control disc , the first guide path being designed differently from the second guide path and the two control discs being mounted so as to rotate independently of one another, characterised in that the two control discs are mounted so as to rotate independently about a common axis (A1) in a continuous manner. the first guide path being designed differently from the second guide path and the two control discs being mounted so as to rotate independently of one another, characterised in that the two control discs are mounted so as to rotate independently about a common axis (A1) in a continuous manner.
A chewing gum base comprising at least one thermosensitive polymer, wherein the thermosensitive polymer has a LCST of from 0°C to 40°C and is selected from the group consisting of: poly(N-isopropylacrylamide), cross-linked poly(N-isopropylacrylamide), polyoxypropylene-polyoxyethylene block copolymers, triblock copolymer polyoxyethylene-polyoxypropylene-polyoxyethylene, N-substituted acrylamide derivatives, poly(amino acid), cellulose ether, starch ether, poly(ether-ester)block copolymers, chitosan-beta-glycerophosphate, and combinations thereof.
A friction set for a railway disk brake system for railway rolling stock with one or two directions of movement (S1, S2), wherein said friction set is characterized in that it comprises: - a shoe holder comprising a receiving slideway ; - a friction shoe comprising a brake pad and a profiled shape configured for being slid into the receiving slideway , where the friction shoe comprises a pneumatic conduit connecting a first space (E1) delimited by a first surface of the friction shoe to a second space (E2) delimited by a second opposite surface the friction shoe ; - at least one through hole arranged in the shoe holder and laid out so as to be facing the pneumatic conduit ; and - a pneumatic connector mounted on the shoe holder , pneumatically connected with the through hole , extending away from the friction shoe and rotationally mobile relative to the shoe holder , around an axis (A8) perpendicular to a main plane (XY) of the shoe holder . - a shoe holder comprising a receiving slideway ; - a friction shoe comprising a brake pad and a profiled shape configured for being slid into the receiving slideway , where the friction shoe comprises a pneumatic conduit connecting a first space (E1) delimited by a first surface of the friction shoe to a second space (E2) delimited by a second opposite surface the friction shoe ; - at least one through hole arranged in the shoe holder and laid out so as to be facing the pneumatic conduit ; and - a pneumatic connector mounted on the shoe holder , pneumatically connected with the through hole , extending away from the friction shoe and rotationally mobile relative to the shoe holder , around an axis (A8) perpendicular to a main plane (XY) of the shoe holder .
A device for linking a platform to a surgery table end support, comprising: first and second connectors extending from the surgery table end support , said first and second connectors comprising claw-like members; at least one engagement surface provided by the surgery table end support , said first connector being rotatably held to said at least said one engagement surface of the surgery table end support ; a spring actuated projection extending from said claw-like member, said spring actuated projection contacting said engagement surface of the surgery table ; a paddle structure rotatable relative to said first and second connectors ; and a release mechanism for disengaging said spring actuated projection , said release mechanism, comprising, a rotor turning on a first axis ; a body rotating on a second axis ; a first arm linked to said rotor and said body, said first arm turning said body about said second axis upon the exertion of a force on said paddle structure ; and a second arm linked to said rotor and said body , said second arm turning said body about said second axis upon the exertion of a force on said paddle structure . first and second connectors extending from the surgery table end support , said first and second connectors comprising claw-like members; at least one engagement surface provided by the surgery table end support , said first connector being rotatably held to said at least said one engagement surface of the surgery table end support ; a spring actuated projection extending from said claw-like member, said spring actuated projection contacting said engagement surface of the surgery table ; a paddle structure rotatable relative to said first and second connectors ; and a release mechanism for disengaging said spring actuated projection , said release mechanism, comprising, a rotor turning on a first axis ; a body rotating on a second axis ; a first arm linked to said rotor and said body, said first arm turning said body about said second axis upon the exertion of a force on said paddle structure ; and a second arm linked to said rotor and said body , said second arm turning said body about said second axis upon the exertion of a force on said paddle structure . a rotor turning on a first axis ; a body rotating on a second axis ; a first arm linked to said rotor and said body, said first arm turning said body about said second axis upon the exertion of a force on said paddle structure ; and a second arm linked to said rotor and said body , said second arm turning said body about said second axis upon the exertion of a force on said paddle structure .
A blood-glucose meter for determining a blood-glucose concentration in a fluid sample, the blood-glucose meter configured to receive a test sensor , the blood-glucose meter comprising: a measurement system that determines a measurement of a concentration of a blood-glucose in a fluid sample received on the test sensor during a testing procedure; a rechargeable battery ; and a connection configured to electrically and mechanically couple the blood-glucose meter to an external computing device including a power source ; characterized in that the rechargeable battery is rechargeable with power from the power source , wherein the blood-glucose meter receives the power via the connection , the connection configured to electrically isolate the blood-glucose meter from the power source when the testing procedure is initiated while the blood-glucose meter remains mechanically coupled to the computing device via the connection . a measurement system that determines a measurement of a concentration of a blood-glucose in a fluid sample received on the test sensor during a testing procedure; a rechargeable battery ; and a connection configured to electrically and mechanically couple the blood-glucose meter to an external computing device including a power source ; characterized in that the rechargeable battery is rechargeable with power from the power source , wherein the blood-glucose meter receives the power via the connection , the connection configured to electrically isolate the blood-glucose meter from the power source when the testing procedure is initiated while the blood-glucose meter remains mechanically coupled to the computing device via the connection .
A viewing optic comprising: an eyepiece having an inner surface having a first male thread ; a scope tube having an outer surface with a first female thread and a second female thread , the first female thread having a first pitch forming a spiral thread and lands between the spiral threads, and the second female thread having a second pitch and disposed on the lands of the first female thread ; and a jam nut rotationally secured to the outer surface of the scope tube and having a second male thread on an inner surface, wherein the first pitch is greater than the second pitch , wherein the first male thread corresponds to and engages with the first female thread , and wherein the second male thread corresponds to and engages with the second female thread . an eyepiece having an inner surface having a first male thread ; a scope tube having an outer surface with a first female thread and a second female thread , the first female thread having a first pitch forming a spiral thread and lands between the spiral threads, and the second female thread having a second pitch and disposed on the lands of the first female thread ; and a jam nut rotationally secured to the outer surface of the scope tube and having a second male thread on an inner surface, wherein the first pitch is greater than the second pitch , wherein the first male thread corresponds to and engages with the first female thread , and wherein the second male thread corresponds to and engages with the second female thread . wherein the first male thread corresponds to and engages with the first female thread , and wherein the second male thread corresponds to and engages with the second female thread .
A pull-out guide for drawers and the like, which comprises a fixed guide part which can be anchored to the body of an item of furniture and a movable guide part on which a drawer or the like can be fastened, said movable guide part extending along a longitudinal axis and being provided with a front stop element and/or with a front centering element which are conformed and arranged respectively for coming into contact with the fixed guide part at the closed position of the guide, the pull-out guide being further provided with a height adjustment device of the drawer with respect to the movable guide part , the adjustment device comprising a movable support member for the drawer, characterized in that the adjustment device comprises a guide element for the movable support member , said guide element of the adjustment device being separated from the movable guide part and provided in a single piece with said front stop element and/or said front centering element and in that the guide element extends inclined with respect to the longitudinal axis of the movable guide part .
Device for simultaneously identifying a plurality of preferably different surgical instruments or instrument groups, comprising: a vibrating means and/or a conveyor belt device for separating the instruments arranged upstream or downstream in time and/or in place; and a first detecting device including a first detection technology, especially an RFID technology, for detecting instruments and possibly related instrument-specific information (E1); and characterised by a second detecting device including a second detection technology different from the first detection technology, especially an optical instrument shape identification, for detecting instruments and possibly related instrument-specific information (E2); and a comparing device for comparing the two detection results (E1, E2) of the two detecting devices with one another and with an instrument list or a basket list (L1), wherein the comparing device outputs a positive evaluation regarding the correctness of the detected instruments if at least one of the two detection results (E1, E2) or at least a combination of both detection results (E1, E2) matches the instrument list or basket list (L1). a vibrating means and/or a conveyor belt device for separating the instruments arranged upstream or downstream in time and/or in place; and a first detecting device including a first detection technology, especially an RFID technology, for detecting instruments and possibly related instrument-specific information (E1); and characterised by a second detecting device including a second detection technology different from the first detection technology, especially an optical instrument shape identification, for detecting instruments and possibly related instrument-specific information (E2); and a comparing device for comparing the two detection results (E1, E2) of the two detecting devices with one another and with an instrument list or a basket list (L1), wherein the comparing device outputs a positive evaluation regarding the correctness of the detected instruments if at least one of the two detection results (E1, E2) or at least a combination of both detection results (E1, E2) matches the instrument list or basket list (L1).
A mouthpiece attachable to a rod portion of a smoking article , the mouthpiece comprising an elongate cylindrical element formed from plastic as a hollow tube arranged to be inserted into a corresponding recess of the smoking article rod portion by a user; wherein the cylindrical element comprises an outer surface having at least one raised area , and the at least one raised area is arranged to engage with an inner surface of the recess to provide a resistance to the movement of the cylindrical element within the recess, and wherein the at least one raised area is arranged to provide a lower resistance to movement of the cylindrical element into the recess than out of the recess, wherein the at least one raised area is embossed in an outer surface of the cylindrical element. wherein the cylindrical element comprises an outer surface having at least one raised area , and the at least one raised area is arranged to engage with an inner surface of the recess to provide a resistance to the movement of the cylindrical element within the recess, and wherein the at least one raised area is arranged to provide a lower resistance to movement of the cylindrical element into the recess than out of the recess, wherein the at least one raised area is embossed in an outer surface of the cylindrical element.
A method for manufacturing an optical device, the method comprising:- a step of obtaining a plurality of test images in each of which a spectral intensity of a first color component (R), a spectral intensity of a second color component (G), and a spectral intensity of a third color component (B) are separately changeable, a wavelength of the second color component (G) being shorter than a wavelength of the first color component (R), a wavelength of the third color component (B) being shorter than the wavelength of the second color component (G); a step of changing the spectral intensity of the first color component (R) without changing the spectral intensity of the second color component (G) and without changing the spectral intensity of the third color component (B) in at least a first test image of the plurality of test images; a step of obtaining the spectral intensity Rs of the first color component (R) in the first test image , the spectral intensity Rs satisfying a first particular test condition when a subject is looking at the first test image in which the spectral intensity of the first color component (R) is being changed; a step of changing the spectral intensity of the second color component (G) without changing the spectral intensity of the first color component (R) and without changing the spectral intensity of the third color component (B) in at least a second test image , different from the first test image , of the plurality of test images; a step of obtaining the spectral intensity Gs of the second color component (G) in the second test image , the spectral intensity Gs satisfying a second particular test condition when a subject is looking at the second test image in which the spectral intensity of the second color component (G) is being changed; and a step of manufacturing the optical device including an optical element which is configured to adjust the light intensity of the first color component (R) and the light intensity of the second color component (G) in light transmitted through the optical element based on the spectral intensity Rs and the spectral intensity Gs.