mhurhangee/patent-ind-claim-en huggingface dataset:
A method of production of a nut for ball screw use which produces a nut for ball screw use which is formed at its inner circumferential surface with a ball rolling groove which forms a raceway through which balls are made to roll together with a spiral groove of a threaded shaft and with a ball recirculation groove which returns balls from an end point of the raceway to a starting point, the method comprising: a blank forming step which forms a tubular blank from a nut blank, a recirculation groove forming step which forms the ball recirculation groove at the inner circumferential surface of the blank , and a rolling groove forming step which forms the ball rolling groove at an inner circumferential surface of the blank , characterized in that the method forms a working reference by a step before the rolling groove forming step and uses a holding member at which the working reference can be set so as to perform the rolling groove forming step after the recirculation groove forming step, the working reference includes a phase reference, axial direction reference, and radial direction reference which are formed by the blank forming step and are used in common in the recirculation groove forming step and the rolling groove forming step, and in that in the blank forming step, forming the phase reference at an end face or outer circumferential surface of the blank, continuously finishing the inner circumferential surface and one end face in the axial direction of the blank and an outer circumferential surface which continues from this one end face in the axial direction, using the one end face in the axial direction as the axial direction reference, and using the outer circumferential surface as the radial direction reference. a blank forming step which forms a tubular blank from a nut blank, a recirculation groove forming step which forms the ball recirculation groove at the inner circumferential surface of the blank , and a rolling groove forming step which forms the ball rolling groove at an inner circumferential surface of the blank , characterized in that the method forms a working reference by a step before the rolling groove forming step and uses a holding member at which the working reference can be set so as to perform the rolling groove forming step after the recirculation groove forming step, the working reference includes a phase reference, axial direction reference, and radial direction reference which are formed by the blank forming step and are used in common in the recirculation groove forming step and the rolling groove forming step, and in that in the blank forming step, forming the phase reference at an end face or outer circumferential surface of the blank, continuously finishing the inner circumferential surface and one end face in the axial direction of the blank and an outer circumferential surface which continues from this one end face in the axial direction, using the one end face in the axial direction as the axial direction reference, and using the outer circumferential surface as the radial direction reference.
Solar roof panel comprising a photovoltaic module with a junction box for connecting electrical conductors to the photovoltaic module and a plate-like fastening element for the photovoltaic module , wherein the photovoltaic module is flatly connected to a front side of the fastening element , wherein the fastening element comprises a rear side opposite the front side and wherein the fastening element comprises profiles formed by rebating at its respective opposite edges, which form complementary connecting means, so that the connecting means of adjacent solar roof panels can be brought into interlocking engagement with each other, wherein a first profile of the said profiles comprises a section spanning the junction box and/or a connecting line running between the junction boxes of two adjacent solar roof panels , characterized in that the first profile , following the spanning section , comprises an end section bent back hook-like towards the front side while maintaining a distance (d).
A method for movably retaining a device comprising an electronic component to a substrate, the method comprising: disposing a thermally or chemically removable material directly over a first portion of the device; positioning a second portion of the device adjacent to the substrate; securing a retainer to the substrate with a part of the retainer disposed over the removable material, wherein the retainer is secured adjacent to the device; and removing the removable material to form a gap between the device and at least one of the substrate and the retainer so that the device is freely movably retained therein, such that when the device is exposed to environments, the gap allows separation of the device from the retainer and the substrate without being constrained in response to changes in temperature. disposing a thermally or chemically removable material directly over a first portion of the device; positioning a second portion of the device adjacent to the substrate; securing a retainer to the substrate with a part of the retainer disposed over the removable material, wherein the retainer is secured adjacent to the device; and removing the removable material to form a gap between the device and at least one of the substrate and the retainer so that the device is freely movably retained therein, such that when the device is exposed to environments, the gap allows separation of the device from the retainer and the substrate without being constrained in response to changes in temperature.
A teat dip application system comprising: a teat cup having an opening for inserting therein a teat of a dairy animal; one or more teat dip inlet ports located on said teat cup ; one or more inflatable teat holders and scrubbers located inside said teat cup ; and one or more inflation ports in fluid communication with said one or more teat holders and scrubbers , characterized in that said one or more teat holders and scrubbers are placed completely below said one or more teat dip inlet ports . a teat cup having an opening for inserting therein a teat of a dairy animal; one or more teat dip inlet ports located on said teat cup ; one or more inflatable teat holders and scrubbers located inside said teat cup ; and one or more inflation ports in fluid communication with said one or more teat holders and scrubbers , characterized in that said one or more teat holders and scrubbers are placed completely below said one or more teat dip inlet ports .
A blockage , suitable to be mounted in a smart cleaning device and configured to block a water outlet of a water tank of the smart cleaning device, the blockage is characterized by comprising: a plug body , wherein the plug body is a shaft-shaped structure as a whole, and is provided with a through hole that penetrates the plug body ; and a hierarchical sealing structure , wherein the hierarchical sealing structure is sleeved on an outer side of the plug body , and is provided with at least two annular plugs stacked in an axial direction of the plug body . a plug body , wherein the plug body is a shaft-shaped structure as a whole, and is provided with a through hole that penetrates the plug body ; and a hierarchical sealing structure , wherein the hierarchical sealing structure is sleeved on an outer side of the plug body , and is provided with at least two annular plugs stacked in an axial direction of the plug body .
An article of footwear , comprising: a first upper component ; a second upper component ; a first strap section extending between the first upper component and the second upper component and across and beneath an instep-containing portion of the first upper component ; a second strap section extending between the first upper component and the second upper component and across and beneath the instep-containing portion of the first upper component ; a sole structure engaged with at least one of the first upper component or the second upper component ; and a lock engaged with at least one of the first upper component , the second upper component , the first strap section , the second strap section , or the sole structure , wherein the lock releasably holds at least one of the first strap section or the second strap section in a tightened condition, wherein the first upper component includes an exterior upper component , and wherein the second upper component is at least partially received in the exterior upper component , wherein the first strap section extends along a first side of a heel-containing area of the second upper component and the second strap section extends along a second side of the heel-containing area of the second upper component , and wherein the first strap section extends through the first upper component at a first rear heel area of the first upper component , and wherein the second strap section extends through the first upper component at the first rear heel area of the first upper component or at a second rear heel area of the first upper component . a first upper component ; a second upper component ; a first strap section extending between the first upper component and the second upper component and across and beneath an instep-containing portion of the first upper component ; a second strap section extending between the first upper component and the second upper component and across and beneath the instep-containing portion of the first upper component ; a sole structure engaged with at least one of the first upper component or the second upper component ; and a lock engaged with at least one of the first upper component , the second upper component , the first strap section , the second strap section , or the sole structure , wherein the lock releasably holds at least one of the first strap section or the second strap section in a tightened condition, wherein the first upper component includes an exterior upper component , and wherein the second upper component is at least partially received in the exterior upper component , wherein the first strap section extends along a first side of a heel-containing area of the second upper component and the second strap section extends along a second side of the heel-containing area of the second upper component , and wherein the first strap section extends through the first upper component at a first rear heel area of the first upper component , and wherein the second strap section extends through the first upper component at the first rear heel area of the first upper component or at a second rear heel area of the first upper component .
A drive control system having image recognition units to detect a peripheral environment of a vehicle and a drive control device to control drive of the vehicle , comprising: a peripheral environment storage unit which is configured to store the peripheral environment of the vehicle , the drive control system is characterized in that it is configured to change a mode of drive control executed by the drive control device on the basis of statuses of detection performances of the image recognition units, which are acquired on the basis of information of the peripheral environment stored in the peripheral environment storage unit and detection information by the image recognition units. a peripheral environment storage unit which is configured to store the peripheral environment of the vehicle , the drive control system is characterized in that it is configured to change a mode of drive control executed by the drive control device on the basis of statuses of detection performances of the image recognition units, which are acquired on the basis of information of the peripheral environment stored in the peripheral environment storage unit and detection information by the image recognition units.
Tank container with a tank , arranged between two end frame structures , each having a rectangular end frame , with a tank body which has a filler opening and a drain device , wherein each frame structure has an end frame of cross members and corner members , wherein the end frames envelope end walls to which the tank body is welded, said tank body having a double conical shape in its longitudinal extension, wherein its cross sectional area tapers continuously beginning at its mid-section up to the end walls , and wherein, starting from the lower ends of the corner members , longitudinal members run horizontally and parallel to each other towards the centre of the tank and ending before reaching it, with which members the tank body is connected by means of concavely arched supporting side pieces , each of which is welded to a longitudinal member and to the underside of the tank body , wherein the places where the supporting side pieces are welded to tank body are staggered in relation to the centre of the tank in contrast to their weld places on the longitudinal members .
A tire comprising a tread portion comprising a plurality of first oblique grooves extending obliquely from a first tread edge (Te1) positioned on one side in a tire axial direction toward a tire equator (C), wherein each of the first oblique grooves comprises a main body portion extending from the first tread edge (Te1) without reaching the tire equator (C) and a branch portion branching off from the main body portion and extending to cross the tire equator (C), and the branch portion terminates without being connected with other grooves than the first oblique grooves , characterized in that the tread portion is provided with a longitudinal sipe extending in the tire circumferential direction from the branch portion . a plurality of first oblique grooves extending obliquely from a first tread edge (Te1) positioned on one side in a tire axial direction toward a tire equator (C), wherein each of the first oblique grooves comprises a main body portion extending from the first tread edge (Te1) without reaching the tire equator (C) and a branch portion branching off from the main body portion and extending to cross the tire equator (C), and the branch portion terminates without being connected with other grooves than the first oblique grooves ,
A carrier core material which is represented by a composition formula M X Fe 3-X O 4 (where M is at least one type of metal element selected from a group consisting of Mg, Mn, Ca, Ti, Cu, Zn and Ni, 0 < X < 1), in which part of M and/or Fe is substituted with Sr and which is formed of ferrite particles, wherein a Sr content is equal to or more than 2500 ppm but equal to or less than 12000 ppm, as measured according to the description, an amount of Sr eluted with pure water at a temperature of 25°C is equal to or less than 50 ppm, as measured according to the description, an apparent density is equal to or more than 1.85 g/cm 3 but equal to or less than 2.25 g/cm 3 as measured according to the description and magnetization σ 1k when a magnetic field of 79.58 × 10 3 A/m (1000 oersteds) is applied is equal to or more than 63 Am 2 /kg but equal to or less than 75 Am 2 /kg as measured according to the description. wherein a Sr content is equal to or more than 2500 ppm but equal to or less than 12000 ppm, as measured according to the description, an amount of Sr eluted with pure water at a temperature of 25°C is equal to or less than 50 ppm, as measured according to the description, an apparent density is equal to or more than 1.85 g/cm 3 but equal to or less than 2.25 g/cm 3 as measured according to the description and magnetization σ 1k when a magnetic field of 79.58 × 10 3 A/m (1000 oersteds) is applied is equal to or more than 63 Am 2 /kg but equal to or less than 75 Am 2 /kg as measured according to the description.
Fixing frame for an actuating plate for actuating a valve of a sanitary installation, in particular a. drain valve of a concealed cistern, with a flange and a collar-shaped section (1.1), wherein the flange or the collar-shaped section (1.1) has fixing recesses, preferably fixing holes (1.2), wherein the flange is designed as a light guide or is provided with a light guide, and wherein the flange is provided with at least one illuminant , characterized in that a shielding and reflecting foil is applied on the rear side (3.1) of the flange or on the light guide, wherein the shielding and reflecting foil has a reflective side which is exposed to the at least one illuminant on the front side of the flange .
A mobile network authentication method, wherein the method comprises: receiving, by a first terminal device , a first Diffie-Hellman, DH, public key and a first identity, ID, that are sent by at least one second terminal device , wherein the first terminal device is a device holding a shared key, and the at least one second terminal device is a device not holding a shared key; sending, by the first terminal device , a first message to a server , wherein the first message comprises said first DH public key of each second terminal device of the at least one second terminal device and said first ID of each second terminal device ; receiving, by the first terminal device , a second message that is sent by the server based on the first message, wherein the second message comprises a second DH public key of the server and a second ID of the second terminal device that is generated by the server for the second terminal device , and the second ID is used to identify a subscription user; and sending, by the first terminal device , the second ID of the second terminal device and the second DH public key of the server to the second terminal device , so that the second terminal device determines, according to the second ID of the second terminal device and the second DH public key of the server , a first shared key of the second terminal device and the second ID of the second terminal device that are used for authentication with the server . receiving, by a first terminal device , a first Diffie-Hellman, DH, public key and a first identity, ID, that are sent by at least one second terminal device , wherein the first terminal device is a device holding a shared key, and the at least one second terminal device is a device not holding a shared key; sending, by the first terminal device , a first message to a server , wherein the first message comprises said first DH public key of each second terminal device of the at least one second terminal device and said first ID of each second terminal device ; receiving, by the first terminal device , a second message that is sent by the server based on the first message, wherein the second message comprises a second DH public key of the server and a second ID of the second terminal device that is generated by the server for the second terminal device , and the second ID is used to identify a subscription user; and sending, by the first terminal device , the second ID of the second terminal device and the second DH public key of the server to the second terminal device , so that the second terminal device determines, according to the second ID of the second terminal device and the second DH public key of the server , a first shared key of the second terminal device and the second ID of the second terminal device that are used for authentication with the server .
An assembly forming a hand-held probe comprising: a probe body ; a detector assembly disposed within the probe body comprising a detector operable to capture a focused, non-point image in the near infrared spectrum; a tethered light source assembly comprising a near infrared light source; and a tracking target; wherein the near infrared light source is movable relative to the detector such that the probe can perform both reflectance and trans-illumination measurements while the probe body is maintained in the same position. a probe body ; a detector assembly disposed within the probe body comprising a detector operable to capture a focused, non-point image in the near infrared spectrum; a tethered light source assembly comprising a near infrared light source; and a tracking target; wherein the near infrared light source is movable relative to the detector such that the probe can perform both reflectance and trans-illumination measurements while the probe body is maintained in the same position.
A slide rail assembly comprising: a first rail ; a second rail ; a third rail , wherein the first rail is movably mounted between the third rail and the second rail ; a functional member arranged on the third rail ; a movable member movably arranged on the first rail and configured to interact with the functional member during a longitudinal movement of the first rail relative to the third rail , the movable member comprising an engaging section transversely movable and elastically extended toward the third rail ; wherein the first rail is arranged with an engaging part , and wherein the slide rail assembly further comprises a slide assisting device movably mounted between the first rail and the second rail ; wherein during a process of the second rail being moved relative to the first rail from an extension position along the first direction, the slide assisting device is configured to be engaged with the engaging part of the first rail ; and wherein the slide assisting device comprises a main body , a plurality of slide assisting members and a fastening member , the plurality of slide assisting members are arranged on the main body and configured to rollingly contact the first rail and the second rail , and the fastening member is movably mounted to the main body ; wherein the slide assisting device is configured to be engaged with the engaging part of the first rail through the fastening member being in a predetermined state. a first rail ; a second rail ; a third rail , wherein the first rail is movably mounted between the third rail and the second rail ; a functional member arranged on the third rail ; a movable member movably arranged on the first rail and configured to interact with the functional member during a longitudinal movement of the first rail relative to the third rail , the movable member comprising an engaging section transversely movable and elastically extended toward the third rail ; wherein the first rail is arranged with an engaging part , and wherein the slide rail assembly further comprises a slide assisting device movably mounted between the first rail and the second rail ; wherein during a process of the second rail being moved relative to the first rail from an extension position along the first direction, the slide assisting device is configured to be engaged with the engaging part of the first rail ; and wherein the slide assisting device comprises a main body , a plurality of slide assisting members and a fastening member , the plurality of slide assisting members are arranged on the main body and configured to rollingly contact the first rail and the second rail , and the fastening member is movably mounted to the main body ; wherein the slide assisting device is configured to be engaged with the engaging part of the first rail through the fastening member being in a predetermined state.
A method of making a polyetherimide comprises melt mixing a first bis(ether anhydride) and a diamine to form an intermediate polyetherimide with an anhydride-amine stoichiometry of -2 to -40 mol% and melt mixing the intermediate polyetherimide with a second bis(ether anhydride) for greater than 3 minutes at a pressure less than atmospheric pressure and a temperature 50 to 225°C greater than the glass transition temperature of the final polyetherimide to produce a final polyetherimide, wherein the final polyetherimide has a glass transition temperature from 180°C to 310°C as determined by differential scanning calorimetry according to the standard test method ASTM D3418.
Coffee machine consisting of a thermoblock assembled by two separate parts, comprising at least: - an external female part (1^1) shaped prismatic or cylindrical; - an inner male part (1^2) shaped cylindrical; - a diffuser with water vent valve (M); - an helical bar ; wherein female part ( 1^1 ) is separated from male part ( 1^2 ) and male part ( 1^2 ) is joint to external female part ( 1^1 ) thread coupled, so that top sides of said parts are on the same level; and wherein the coffee machine has outer female part ( 1^1 ) and inner male part ( 1^2 ) made of metal or other types of materials.