mhurhangee/ep-ind-claims huggingface dataset:
A control cable positioning, retaining and adjusting system, for mounting a sheathed cable assembly to a frame member, comprising: a cable assembly housing having an axially extending, toothed region extending along at least a part of its length; a cable assembly receiver configured to receive the cable assembly housing and having an adjustment window or opening to display the toothed region therethrough; and a cable assembly adjusting lever, mounted to the cable assembly receiver, having a first end comprising an actuator, a second end comprising a locking tooth extending therefrom and a mid-portion pivotally mounted to the cable assembly receiver, wherein the cable assembly adjusting lever is positioned such that the locking tooth engages the axially extending, toothed region of the cable assembly housing through the adjustment window or opening. a cable assembly housing having an axially extending, toothed region extending along at least a part of its length; a cable assembly receiver configured to receive the cable assembly housing and having an adjustment window or opening to display the toothed region therethrough; and a cable assembly adjusting lever, mounted to the cable assembly receiver, having a first end comprising an actuator, a second end comprising a locking tooth extending therefrom and a mid-portion pivotally mounted to the cable assembly receiver, wherein the cable assembly adjusting lever is positioned such that the locking tooth engages the axially extending, toothed region of the cable assembly housing through the adjustment window or opening.
A triaxial magnetic field measurement method using a main triaxial sensor for measuring magnetic field that can move together with a carrier element that is able to generate at least one additional magnetic field disrupting the measurements of said main triaxial sensor, said triaxial sensor being adapted to provide orthonormal measurements for a reference magnetic field in the absence of magnetic disruption due to said carrier element, characterised in that said main triaxial sensor is adjusted by means of the following steps: - calibrating said main triaxial sensor based on determining the reference magnetic field, said determining of the reference magnetic field using a predetermined magnetic field generator or an additional detachable magnetic field measurement sensor (4a, 4b), which can move together with said carrier element and is disposed outside said carrier element away from the one or more additional magnetic field(s); - correcting, after calibration and during steady-state operation, measurements of said main triaxial sensor, without an additional sensor or predetermined magnetic field generator. - calibrating said main triaxial sensor based on determining the reference magnetic field, said determining of the reference magnetic field using a predetermined magnetic field generator or an additional detachable magnetic field measurement sensor (4a, 4b), which can move together with said carrier element and is disposed outside said carrier element away from the one or more additional magnetic field(s); - correcting, after calibration and during steady-state operation, measurements of said main triaxial sensor, without an additional sensor or predetermined magnetic field generator.
A system for providing oxygenated organic products comprising: an electrochemical cell including an electrolyte solution comprising CO 2, and an electrode comprising a mixture of metal oxides wherein the mixture of metal oxides comprises chromium oxide and gallium oxide, the electrode having an electrocatalytic site for reduction of CO 2 to CO, wherein the oxygenated organic products are derived from the CO. an electrochemical cell including an electrolyte solution comprising CO 2, and an electrode comprising a mixture of metal oxides wherein the mixture of metal oxides comprises chromium oxide and gallium oxide, the electrode having an electrocatalytic site for reduction of CO 2 to CO, wherein the oxygenated organic products are derived from the CO.
A bus bar module accommodating part structure comprising: a first accommodating part and a second accommodating part that accommodate at least one of a bus bar, a terminal, and an electric wire which is connected to the terminal, respectively; a hinge that connects the first accommodating part with the second accommodating part, and makes the connected second accommodating part movable relative to the first accommodating part; and a projecting part that is provided on a top surface of a peripheral wall part of the first accommodating part, and restricts a movable range of the second accommodating part in a movable direction of the second accommodating part relative to the first accommodating part by abutting against a part of the second accommodating part, wherein the projecting part is provided at an end part on the top surface of a wall part extending in a longitudinal direction of the first accommodating part, of the peripheral wall part. a first accommodating part and a second accommodating part that accommodate at least one of a bus bar, a terminal, and an electric wire which is connected to the terminal, respectively; a hinge that connects the first accommodating part with the second accommodating part, and makes the connected second accommodating part movable relative to the first accommodating part; and a projecting part that is provided on a top surface of a peripheral wall part of the first accommodating part, and restricts a movable range of the second accommodating part in a movable direction of the second accommodating part relative to the first accommodating part by abutting against a part of the second accommodating part, wherein the projecting part is provided at an end part on the top surface of a wall part extending in a longitudinal direction of the first accommodating part, of the peripheral wall part.
Reduction gear mechanism consisting of a fixed inner ring gear and connected on either side to two case-halves (1, 2), the latter serve as a guide to, an input shaft, an output shaft, said input shaft comprising an eccentric portion guiding and driving during the rotation thereof an orbital wheel consisting of two outer gears, one gear meshing with the inner ring gear, the second gear meshing with the inner ring gear integral with the output shaft coaxial to the input shaft guided by the case-half located on the output side; and said mechanism is characterised in that an identical inner ring gear concentric with the inner ring gear of the output shaft is actuated in rotation by a spring to place its gear bearing against opposite that of the outer gear in contact for the driving in order to suppress the positional deviation when the movement is inversed.
Door hinge for a concealed arrangement between the door leaf and door frame, with a first receiving body and a second receiving body which are insertable into recesses in the door frame and a narrow side of the door leaf, and with a hinge bracket assembly which connects the receiving bodies (1, 2) and includes at least two hinge brackets (4a, 4b) which are connected to each other so as to be pivotable about a vertical axis, wherein the hinge bracket assembly is retained in rotatable manner on the first receiving body by two separate inserts spaced apart from each other, wherein one of the hinge brackets (4a, 4b) is arranged on the inserts so as to be rotatable about a vertical axis of rotation and the other is arranged so as to be slidable and rotatable in a slotted guide of the inserts, wherein the inserts are attached jointly to a retaining body of the door hinge which extends along the height of the hinge bracket assembly; wherein the retaining body together with the inserts arranged thereon and the hinge bracket assembly is adjustable in the vertical (z) direction relative to the first receiving body, characterized in that the inserts are each secured in the vertical (z) direction in form-fitting manner on the common retaining body between a substantially horizontal wall and a counter support of the retaining body.
A detergent or cleaning composition comprising a sulfonate group-containing copolymer that comprises: a structural unit (a) derived from a sulfonate group-containing monomer; a structural unit (b) derived from a polyoxyalkylene monomer represented by the following formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a direct bond, CH 2, or CH 2 CH 2; and X 0 represents a structural unit represented by the following formula: -Zn-OR 0 wherein Z may be the same or different and each represents a structural unit derived from a C 2 -C 20 alkylene oxide; R 0 represents hydrogen atom or a C 1 -C 30 organic group; and n is an integer of from 1 to 200; and a structural unit (c) derived from a carboxyl group-containing monomer, wherein the sulfonate group-containing copolymer comprises from 20% to 90% by mass in an acid form equivalent of the structural unit (c) in 100% by mass of all monomer structural units constituting the sulfonate group-containing copolymer, and wherein said sulfonate group-containing copolymer is characterized by a parameter of P × Mw × n that ranges from 950,000 to 800,000,000, wherein: P is defined as the ratio by mass of the structural unit (b) to the structural unit (a) in the sulfonate group-containing copolymer, Mw is the weight average molecular weight of the sulfonate group-containing copolymer, and n is the integer in said formula. wherein the composition further comprises a surfactant selected from the group consisting of anionic surfactants, cationic surfactants, nonionic surfactants, amphoteric surfactants, zwitterionic surfactants, and mixtures thereof, and the weight average molecular weight (Mw) of the sulfonate group-containing copolymer is from 20,000 to 200,000. a structural unit (a) derived from a sulfonate group-containing monomer; a structural unit (b) derived from a polyoxyalkylene monomer represented by the following formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a direct bond, CH 2, or CH 2 CH 2; and X 0 represents a structural unit represented by the following formula: -Zn-OR 0 wherein Z may be the same or different and each represents a structural unit derived from a C 2 -C 20 alkylene oxide; R 0 represents hydrogen atom or a C 1 -C 30 organic group; and n is an integer of from 1 to 200; and a structural unit (c) derived from a carboxyl group-containing monomer, P is defined as the ratio by mass of the structural unit (b) to the structural unit (a) in the sulfonate group-containing copolymer, Mw is the weight average molecular weight of the sulfonate group-containing copolymer, and n is the integer in said formula.
A reduced folate for use in a method for rapidly repleting folate levels of a woman for whom there is reason to believe that she may be pregnant or of a woman who believes that she may soon become pregnant, said method comprising: (a) administering reduced folate to the woman during a repletion phase, wherein the amount of reduced folate administered per dose and the number of doses administered per day are selected such that the woman's minimum plasma folate level does not fall below 35 nM and wherein the repletion phase is carried out for no more than about 12 days; or (b) administering reduced folate to the woman during a repletion phase, wherein the total amount of reduced folate administered to the woman per day during the repletion phase is greater than about 10 micromole and no greater than about 200 micromole and wherein the repletion phase is carried out for no more than about 12 days; or (c) administering to the woman two or more repletion doses of reduced folate, wherein each of the repletion doses comprises no less than about 2.5 micromole of reduced folate, wherein the repletion doses are administered no more than about one day apart, wherein the total number of repletion doses administered to the woman is 72 or fewer, and wherein the two or more repletion doses are administered to the woman for no more than 12 days. (a) administering reduced folate to the woman during a repletion phase, wherein the amount of reduced folate administered per dose and the number of doses administered per day are selected such that the woman's minimum plasma folate level does not fall below 35 nM and wherein the repletion phase is carried out for no more than about 12 days; or (b) administering reduced folate to the woman during a repletion phase, wherein the total amount of reduced folate administered to the woman per day during the repletion phase is greater than about 10 micromole and no greater than about 200 micromole and wherein the repletion phase is carried out for no more than about 12 days; or (c) administering to the woman two or more repletion doses of reduced folate, wherein each of the repletion doses comprises no less than about 2.5 micromole of reduced folate, wherein the repletion doses are administered no more than about one day apart, wherein the total number of repletion doses administered to the woman is 72 or fewer, and wherein the two or more repletion doses are administered to the woman for no more than 12 days.
A method implemented by a wireless device for detecting requests to connect to a wireless communications network, comprising: determining a receiver sensitivity that is sufficient, given channel conditions at the device, for the device to detect said requests; dynamically selecting, from among different receiver sensitivity configurations of the device, a configuration that has a receiver sensitivity at least as good as the determined receiver sensitivity and that has less energy consumption than at least one other configuration; and using the selected configuration to detect said requests; and being characterized by: listening for said requests over a first frequency when using a first one of the receiver sensitivity configurations, and listening for said requests over a second frequency using a second one of the receiver sensitivity configurations. determining a receiver sensitivity that is sufficient, given channel conditions at the device, for the device to detect said requests; dynamically selecting, from among different receiver sensitivity configurations of the device, a configuration that has a receiver sensitivity at least as good as the determined receiver sensitivity and that has less energy consumption than at least one other configuration; and using the selected configuration to detect said requests; and being characterized by: listening for said requests over a first frequency when using a first one of the receiver sensitivity configurations, and listening for said requests over a second frequency using a second one of the receiver sensitivity configurations. listening for said requests over a first frequency when using a first one of the receiver sensitivity configurations, and listening for said requests over a second frequency using a second one of the receiver sensitivity configurations.
A hernia belt (10, 500), comprising: a support belt (12, 502) formed from a stretchable material and including a first peripheral end and a second peripheral end, wherein the support belt is formed from a one-piece knit construction and comprises background areas (524, 526, 528, 530), mesh layouts (20, 22, 24, 26, 28, 30, 32, 34, 36, 518, 520, 522), and boundary areas, wherein the mesh layouts are configured to provide larger gaps between stitches than the background areas when stretched to provide breathable areas; and a two-part fastening system (14, 15, 504, 505) configured to secure the hernia belt on a user's body, wherein the two-part fastening system includes a first part (14, 504) arranged on the support belt proximate the first peripheral end and a second part (15, 505) comprising a plurality of fasteners (508, 510, 512, 514, 516) arranged spaced apart from each other on the support belt proximate the second peripheral end. a support belt (12, 502) formed from a stretchable material and including a first peripheral end and a second peripheral end, wherein the support belt is formed from a one-piece knit construction and comprises background areas (524, 526, 528, 530), mesh layouts (20, 22, 24, 26, 28, 30, 32, 34, 36, 518, 520, 522), and boundary areas, wherein the mesh layouts are configured to provide larger gaps between stitches than the background areas when stretched to provide breathable areas; and a two-part fastening system (14, 15, 504, 505) configured to secure the hernia belt on a user's body, wherein the two-part fastening system includes a first part (14, 504) arranged on the support belt proximate the first peripheral end and a second part (15, 505) comprising a plurality of fasteners (508, 510, 512, 514, 516) arranged spaced apart from each other on the support belt proximate the second peripheral end.
A Computer-Aided Diagnosis apparatus, comprising: a display configured to output an image being received from a probe; an automatic diagnosis component configured to perform an automatic diagnosis using said image, and to generate diagnosis information that includes results of the automatic diagnosis; an information determiner configured to determine diagnosis information to be outputted in the display in response to a user's manual diagnosis; wherein the manual diagnosis comprises a first process for detection of a region of interest or a second process for observation of the detected ROI; and the display is further configured to output the determined diagnosis being overlayed on the image being outputted; characterized in that the apparatus further comprises a probe speed detector configured to detect a speed of the probe and to identify a user's manual diagnosis based on the detected speed of the probe. a display configured to output an image being received from a probe; an automatic diagnosis component configured to perform an automatic diagnosis using said image, and to generate diagnosis information that includes results of the automatic diagnosis; an information determiner configured to determine diagnosis information to be outputted in the display in response to a user's manual diagnosis; wherein the manual diagnosis comprises a first process for detection of a region of interest or a second process for observation of the detected ROI; and the display is further configured to output the determined diagnosis being overlayed on the image being outputted; characterized in that the apparatus further comprises a probe speed detector configured to detect a speed of the probe and to identify a user's manual diagnosis based on the detected speed of the probe.
A shower door comprising a fixed component, a movable door, a closer, a clamping seat and a fixed seat, wherein the fixed component is fixedly mounted in a shower room, the movable door being rotatable around a rotational shaft, the closer comprising a main body and a sliding body which penetrates through a first end of the main body and is extendable and retractable along a longitudinal direction of the main body, and a second end of the main body being connected with the movable door through the clamping piece, an outer end of the sliding body being hinged with the fixed seat, and the fixed seat being fixedly connected with the fixed component; characterized in that: the distance from the position where the outer end of the sliding body is hinged with the fixed seat to the rotational shaft is smaller than the distance from the clamping seat to the rotational shaft; the fixed seat comprising a fixed piece and an extension piece; the fixed piece comprising a first cavity with an opening, a fixed plate extending outwards from one side of the opening of the first cavity and a through hole arranged below a bottom of the first cavity, and the through hole penetrating through two sides of the fixed piece in a direction perpendicular to an extension direction of the fixed plate; the extension piece comprising an extension block and a projecting strip arranged at a first end of the extension block, and a second end of the extension block being hinged with the outer end of the sliding body; the fixed plate being fixedly connected with the fixed component through a first threaded fastener; the projecting strip extending into the through hole, and the fixed seat being fixedly connected with the projecting strip through a second threaded fastener penetrating through the bottom of the first cavity. the distance from the position where the outer end of the sliding body is hinged with the fixed seat to the rotational shaft is smaller than the distance from the clamping seat to the rotational shaft; the fixed seat comprising a fixed piece and an extension piece; the fixed piece comprising a first cavity with an opening, a fixed plate extending outwards from one side of the opening of the first cavity and a through hole arranged below a bottom of the first cavity, and the through hole penetrating through two sides of the fixed piece in a direction perpendicular to an extension direction of the fixed plate; the extension piece comprising an extension block and a projecting strip arranged at a first end of the extension block, and a second end of the extension block being hinged with the outer end of the sliding body; the fixed plate being fixedly connected with the fixed component through a first threaded fastener; the projecting strip extending into the through hole, and the fixed seat being fixedly connected with the projecting strip through a second threaded fastener penetrating through the bottom of the first cavity.
Wiper shaft assembly for a window wiper system, in particular for a motor vehicle, with at least one wiper shaft for the oscillating driving of a wiper arm, and with at least one functional component which is designed as axial securing for the wiper shaft and through which the wiper shaft passes and which is connected to the wiper shaft in a form-fitting manner and is supported in the axial direction with a supporting surface on a structural element (6, 11) of the wiper shaft arrangement, wherein the functional component has a water protection portion which projects in the axial direction over the supporting surface with which the functional component is supported on the structural element (6, 11), wherein the form-fitting connection between the wiper shaft and the functional component is realized by engagement of an engagement portion of the functional component in a circumferential groove of the wiper shaft, wherein the engagement portion, which is preferably designed as a circumferentially closed latching ring, is designed and/or arranged in such a manner that, when a defined axial force loading is exceeded, a dipping movement of the wiper shaft relative to the functional component in the direction into the motor vehicle results, wherein the engagement portion is spaced apart, in particular via a tubular portion, in the axial direction from a baseplate portion which, on its side facing away from the latching ring portion, forms the supporting surface, characterized in that the engagement portion is designed and/or arranged in such a manner that the engagement portion shears off when a defined axial force loading is exceeded, and in that a plurality of reinforcing ribs are provided which are spaced apart in the circumferential direction and extend between a side of the baseplate portion facing away from the supporting surface and an outer side of the tubular portion.