mhurhangee/patent-ind-claim-en huggingface dataset:
A disconnect mechanism comprising: an input shaft defining a drive axis; a disconnect shaft selectively engaged with the input shaft to be driven about the drive axis by the input shaft ; a disconnect ramp operatively connected to the disconnect shaft to axially move the disconnect shaft between at least a first axial position and a second axial position; and a disconnect pawl selectively engaged with the disconnect ramp; characterized by further comprising a brake selectively engaged with the disconnect shaft in the second axial position, wherein the brake is axially spaced apart from an end of the disconnect shaft in the axial first position and/or wherein the brake engages the end of the disconnect shaft in the second axial position. an input shaft defining a drive axis; a disconnect shaft selectively engaged with the input shaft to be driven about the drive axis by the input shaft ; a disconnect ramp operatively connected to the disconnect shaft to axially move the disconnect shaft between at least a first axial position and a second axial position; and a disconnect pawl selectively engaged with the disconnect ramp; characterized by further comprising a brake selectively engaged with the disconnect shaft in the second axial position, wherein the brake is axially spaced apart from an end of the disconnect shaft in the axial first position and/or wherein the brake engages the end of the disconnect shaft in the second axial position.
A hydraulic pressure control method for a vehicle for controlling a hydraulic pressure supplied to a hydraulic pressure control target provided in the vehicle in which both an automatic driving mode and a manual driving mode are selectable, the vehicle including an engine, the hydraulic pressure control method comprising: a step of determining whether a driving mode of the vehicle is the automatic driving mode or the manual driving mode; a step of acquiring values of pieces of engine torque at a plurality of future times planned in advance by a driving plan generated in the automatic driving mode; a step of selecting the maximum engine torque value from the acquired pieces of engine torque value at the plurality of future times and calculating a control operation pressure (L1) corresponding to a required operation pressure necessary for transmitting the maximum engine torque value; a step of adding a predetermined margin value (α1) in a case of the automatic driving mode to the control operation pressure (L1); and a step of generating an added control operation pressure (L2) obtained by adding the margin value (α1) to the control operation pressure (L1), wherein: the acquired pieces of engine torque value at the plurality of future times are acquired at the constant time intervals from a current time to the future time. a step of determining whether a driving mode of the vehicle is the automatic driving mode or the manual driving mode; a step of acquiring values of pieces of engine torque at a plurality of future times planned in advance by a driving plan generated in the automatic driving mode; a step of selecting the maximum engine torque value from the acquired pieces of engine torque value at the plurality of future times and calculating a control operation pressure (L1) corresponding to a required operation pressure necessary for transmitting the maximum engine torque value; a step of adding a predetermined margin value (α1) in a case of the automatic driving mode to the control operation pressure (L1); and a step of generating an added control operation pressure (L2) obtained by adding the margin value (α1) to the control operation pressure (L1), wherein: the acquired pieces of engine torque value at the plurality of future times are acquired at the constant time intervals from a current time to the future time.
A crystal form A of a compound (I): wherein the peaks of the XRPD pattern of the crystal form A are shown as follow: No. 2-Theta I% No. 2-Theta I% 1 9.578 100 16 22.141 31.1 2 10.43 40.1 17 22.928 6.4 3 12.502 18.2 18 23.387 4.4 4 13.996 4 19 24.27 4.6 5 15.086 7.7 20 24.548 39.8 6 15.38 16.5 21 25.116 3 7 16.287 7.4 22 25.834 9.5 8 16.661 6.3 23 26.719 5.3 9 17.428 85.8 24 27.665 3.6 10 17.646 29.8 25 29.477 16 11 18.298 11.3 26 30.956 5.6 12 19.977 10.2 27 32.416 3.4 13 20.427 10.2 28 34.623 3.4 14 20.879 29.7 29 37.243 3.5 15 21.314 8.6 30 39.237 3.6
A method with access authority management, the method comprising: receiving an input image comprising a region of at least one portion of a body of a user; determining whether the user corresponds to multiple users or a single user using the region of the at least one portion of the body; performing a verification for the user based on a face region in the input image, in response to the determination that the user is the single user; determining whether the input image is a real image or a spoofed image based on whether the verification is successful; allowing an access authority to a system to the user, in response to the determination that the input image is the real image; and characterized by further comprising: determining whether a preset type of capturing device is detected in the input image; and blocking an access authority of the user to the system in response to the determination that the preset type of capturing device is detected. receiving an input image comprising a region of at least one portion of a body of a user; determining whether the user corresponds to multiple users or a single user using the region of the at least one portion of the body; performing a verification for the user based on a face region in the input image, in response to the determination that the user is the single user; determining whether the input image is a real image or a spoofed image based on whether the verification is successful; allowing an access authority to a system to the user, in response to the determination that the input image is the real image; and characterized by further comprising: determining whether a preset type of capturing device is detected in the input image; and blocking an access authority of the user to the system in response to the determination that the preset type of capturing device is detected. determining whether a preset type of capturing device is detected in the input image; and blocking an access authority of the user to the system in response to the determination that the preset type of capturing device is detected.
Hybrid wound dressing for treating wounds of human or animal skin, which comprises at least one carrier material which is at least partially provided with at least one antiseptic agent, characterised in that the antiseptic agent comprises at least a first and a second metal compound, the first metal compound comprising at least one semiconducting compound of at least one transition metal element which has a plurality of oxidation states and allows the oxidation states to be changed via catalytically active centres, and the second metal compound comprises at least one electrically conductive silver semiconductor, wherein the first metal compound forms a first half-element of a galvanic element and the second metal compound forms a second half-element of the galvanic element, and wherein the two metal compounds are in electrically conductive contact with each other at least with their respective surfaces and thereby develop an antiseptic effect, and wherein the transition metal compound of the first half-element comprises ruthenium which is present in one or both of the oxidation states VI and IV.
A method for the determination of the amount of a bivalent antibody in a serum or plasma sample obtained from a non-human experimental animal, whereby the antibody comprises one or more mutations in the Fc-region compared to the corresponding wild-type Fc-region that has a sequence of SEQ ID NO: 01, 02, or 03, wherein the method comprises the following steps in the following order: a) immobilizing a non-antibody polypeptide to which more than one copy of the antigen of said antibody is covalently conjugated on a solid surface, b) incubating the immobilized non-antibody polypeptide to which more than one copy of the antigen of said antibody is covalently conjugated with the sample to form an immobilized antigen-antibody complex, c) incubating the immobilized antigen-antibody complex with the antigen of said antibody conjugated to a detectable label to form an immobilized ternary complex, d) determining the amount of the antibody by determining the amount of the detectable label in the immobilized ternary complex. a) immobilizing a non-antibody polypeptide to which more than one copy of the antigen of said antibody is covalently conjugated on a solid surface, b) incubating the immobilized non-antibody polypeptide to which more than one copy of the antigen of said antibody is covalently conjugated with the sample to form an immobilized antigen-antibody complex, c) incubating the immobilized antigen-antibody complex with the antigen of said antibody conjugated to a detectable label to form an immobilized ternary complex, d) determining the amount of the antibody by determining the amount of the detectable label in the immobilized ternary complex.
A parallel link mechanism comprising: a proximal end member ; and three or more link mechanisms , wherein the three or more link mechanisms connect the proximal end member to a distal end member , the three or more link mechanisms are capable of changing a posture of the distal end member relative to the proximal end member , each of the three or more link mechanisms includes a first link member rotatably connected to the proximal end member at a first revolute pair unit (R1), a second link member rotatably connected to the first link member at a second revolute pair unit (R2), a third link member rotatably connected to the second link member at a third revolute pair unit (R3), characterized by a fourth link member rotatably connected to the third link member at a fourth revolute pair unit (R4), the fourth link member being rotatably connected to the distal end member at a fifth revolute pair unit (R5), wherein in the three or more link mechanisms , a first center axis of the first revolute pair unit (R1) and a second center axis of the second revolute pair unit (R2) intersect at a spherical link center point , and fifth center axes of the respective fifth revolute pair units (R5) of the three or more link mechanisms overlap each other and intersect with the spherical link center point . a proximal end member ; and three or more link mechanisms , wherein the three or more link mechanisms connect the proximal end member to a distal end member , the three or more link mechanisms are capable of changing a posture of the distal end member relative to the proximal end member , each of the three or more link mechanisms includes a first link member rotatably connected to the proximal end member at a first revolute pair unit (R1), a second link member rotatably connected to the first link member at a second revolute pair unit (R2), a third link member rotatably connected to the second link member at a third revolute pair unit (R3), characterized by a fourth link member rotatably connected to the third link member at a fourth revolute pair unit (R4), a first link member rotatably connected to the proximal end member at a first revolute pair unit (R1), a second link member rotatably connected to the first link member at a second revolute pair unit (R2), a third link member rotatably connected to the second link member at a third revolute pair unit (R3), characterized by a fourth link member rotatably connected to the third link member at a fourth revolute pair unit (R4), the fourth link member being rotatably connected to the distal end member at a fifth revolute pair unit (R5), wherein in the three or more link mechanisms , a first center axis of the first revolute pair unit (R1) and a second center axis of the second revolute pair unit (R2) intersect at a spherical link center point , and fifth center axes of the respective fifth revolute pair units (R5) of the three or more link mechanisms overlap each other and intersect with the spherical link center point .
An agricultural tillage implement with a rolling basket for tillage works after plowing and/or seedbed preparation, said rolling basket comprising a basket structure including a plurality of coaxial discs associated longitudinal crushing blades extending from one end to an opposing end along a major axis of the basket structure, wherein the crushing blades define an inner space of the basket structure, and said inner space being accessible through openings provided between the crushing blades, and the basket structure configured to rotate around a major axis, and comprising a stationary internal scraper arranged in the inner space of the basket structure at a distance from the crushing blades, characterized in that the a stationary internal scraper arranged in the inner space of the basket structure of the rolling basket radially and in cooperation with the radial crushing blades so that the radial distance (T) between the radially inner edge of the blade(s) and the radially outer edge of the scraper is reduced, at most to 2.5 cm, and that in the inner space of the basket structure of the rolling basket , at least one end, mainly both ends of the stationary internal scraper is/are connected to stationary shaft pin(s) of the rotary basket via an elastic member , wherein the elastic member is formed as a flexible, mainly C-shaped spring allowing flexible rotation and/or radial displacement of the internal scraper in the inner space of the rolling basket , when jamming a larger clump or a piece of stone or wood between the scraper and the cooperating blade .
An electrical connection device and insulator assembly comprising an electrical connection device and an insulator , the electrical connection device comprising a terminal block and busbar assembly adapted to connect to the lugs of two cables , the terminal block comprising a first connection point for receiving the lug of a first cable and a second connection point for receiving the lug of a second cable , the second connection point of the terminal block being adjacent to and offset from the first connection point substantially in the direction of a first axis of the terminal block , the connection points being positioned in such a way that, when the cables are both connected substantially parallel to the first axis of the terminal block , the second cable or the lug thereof prevents access to the first connection point , the terminal block being arranged in a first portion of the insulator provided with a bottom and with walls , the walls extending substantially parallel to the first axis of the terminal block and in the vicinity of each side of the terminal block , characterised in that the walls extend to a height greater than that of the terminal block .
A substrate processing method, comprising: providing a substrate in a chamber, the substrate including a silicon-containing film including a silicon oxide film and a mask on the silicon-containing film; controlling a temperature of a substrate support on which the substrate is placed to 0 °C or lower; and etching the silicon-containing film with plasma generated from a first process gas containing hydrogen fluoride gas and at least one carbon-containing gas selected from the group consisting of a fluorocarbon gas and a hydrofluorocarbon gas, wherein the mask includes a carbon-containing mask or a metal-containing mask, and wherein the hydrogen fluoride gas has a highest flow rate among components of the first process gas which are not a noble gas. providing a substrate in a chamber, the substrate including a silicon-containing film including a silicon oxide film and a mask on the silicon-containing film; controlling a temperature of a substrate support on which the substrate is placed to 0 °C or lower; and etching the silicon-containing film with plasma generated from a first process gas containing hydrogen fluoride gas and at least one carbon-containing gas selected from the group consisting of a fluorocarbon gas and a hydrofluorocarbon gas, wherein the mask includes a carbon-containing mask or a metal-containing mask, and wherein the hydrogen fluoride gas has a highest flow rate among components of the first process gas which are not a noble gas.
A valve comprising: a first element including an inlet and an outlet with a fluid communication channel between the inlet and the outlet; a second element including a protruded path extending into a side of the fluid communication channel, the protruded path including a first end and a second end , the first end of the protruded path at least partially blocking the fluid communication channel , and the second end of the protruded path being separated from the first element thereby forming a gap, the gap being a part of the fluid communication channel; and a ball-like element captured within said protruded path , the ball-like element travelling between a first configuration and a second configuration wherein, in the first configuration, the ball-like element is in the first end of the protruded path thereby positioning the second element to block the fluid communication channel and, wherein, in the second configuration, the ball-like element is in the second end of the protruded path thereby allowing flow through the fluid communication channel . a first element including an inlet and an outlet with a fluid communication channel between the inlet and the outlet; a second element including a protruded path extending into a side of the fluid communication channel, the protruded path including a first end and a second end , the first end of the protruded path at least partially blocking the fluid communication channel , and the second end of the protruded path being separated from the first element thereby forming a gap, the gap being a part of the fluid communication channel; and a ball-like element captured within said protruded path , the ball-like element travelling between a first configuration and a second configuration wherein, in the first configuration, the ball-like element is in the first end of the protruded path thereby positioning the second element to block the fluid communication channel and, wherein, in the second configuration, the ball-like element is in the second end of the protruded path thereby allowing flow through the fluid communication channel .
A lid support structure for a saddle-type vehicle comprising: a vehicle body cover including a first opening and a second opening ; and a lid configured to be detachably engaged with the vehicle body cover , wherein the lid includes: a lid surface configured to close the first opening of the vehicle body cover ; and an operation surface disposed to be operable through the second opening of the vehicle body cover , and wherein the lid is configured to be disengaged from the vehicle body cover by moving the operation surface , characterized in that the vehicle body cover includes a first appearance surface provided with at least a part of the first opening , and a second appearance surface provided with at least a part of the second opening , wherein the first appearance surface and the second appearance surface are provided such that an angle formed between the first appearance surface and the second appearance surface is a predetermined angle, and wherein a space between the first appearance surface and the second appearance surface forms an inner side of the vehicle body cover , and the lid includes an inner rib protruding from a plate portion that forms the lid surface towards a space (SP) formed between the first appearance surface and the second appearance surface , wherein the operation surface is formed at the tip end of the inner rib . a vehicle body cover including a first opening and a second opening ; and a lid configured to be detachably engaged with the vehicle body cover , wherein the lid includes: a lid surface configured to close the first opening of the vehicle body cover ; and an operation surface disposed to be operable through the second opening of the vehicle body cover , and a lid surface configured to close the first opening of the vehicle body cover ; and an operation surface disposed to be operable through the second opening of the vehicle body cover , and wherein the lid is configured to be disengaged from the vehicle body cover by moving the operation surface , characterized in that the vehicle body cover includes a first appearance surface provided with at least a part of the first opening , and a second appearance surface provided with at least a part of the second opening , wherein the first appearance surface and the second appearance surface are provided such that an angle formed between the first appearance surface and the second appearance surface is a predetermined angle, and wherein a space between the first appearance surface and the second appearance surface forms an inner side of the vehicle body cover , and the lid includes an inner rib protruding from a plate portion that forms the lid surface towards a space (SP) formed between the first appearance surface and the second appearance surface , wherein the operation surface is formed at the tip end of the inner rib .
A sliding door assembly for use with an inductively coupled plasma torch box , the door assembly comprising a door and a guiding mechanism for allowing a movement of the door in a first direction (X) along an opening of a torch box so as to allow opening and closing the torch box, and in a second direction (Z), substantially perpendicular to the first direction, so as to move the door or at least a part thereof towards the opening when closing the torch box, wherein the door comprises an inner door panel and an outer door panel , wherein the outer door panel is engaged with a first sliding mechanism, for allowing movement of the door in the first direction and wherein the inner door panel and the outer door panel are interconnected via a second sliding mechanism so that the inner door panel is moved by the outer door panel and allowing movement of the inner door panel in both the first and the second direction, wherein the second sliding mechanism is provided by at least a pair of parallel inner guide members that are arranged substantially in the first direction between the inner and outer door panels, and at least two pairs of bearings that interconnect with the inner guide members , where said inner guide members are fastened to either of the inner and outer door panels, and said bearings are mounted on support fastened to the other of said inner and outer door panels.
Composition comprising N-acetylated oligosaccharide(s), sialylated oligosaccharide(s), fucosylated oligosaccharide(s), and optionally precursor(s) of human milk oligosaccharide, which are in the following amounts (expressed in %w of the total oligosaccharide mixture): - from 60 to 70 wt% of fucosylated oligosaccharide(s), - from 20 to 30 wt% of N-acetylated oligosaccharide(s), - from 10 to 20 wt% of sialylated oligosaccharide(s), and - from 0 to 10 wt% of precursor(s) of human milk oligosaccharide, and wherein the precursor is selected from the list consisting of sialic acid, fucose, N-acetyllactosamine (type I or type II) or any mixture thereof, for use in preventing and/or treating necrotizing enterocolitis in infants or young children born by C-section. - from 60 to 70 wt% of fucosylated oligosaccharide(s), - from 20 to 30 wt% of N-acetylated oligosaccharide(s), - from 10 to 20 wt% of sialylated oligosaccharide(s), and - from 0 to 10 wt% of precursor(s) of human milk oligosaccharide,