mhurhangee/patent-ind-claim-en huggingface dataset:
Device for transporting and installing a BOP stack for a land- based drilling rig, comprising: a skid for transporting a BOP stack in a substantially horizontal position; and a moveable support configured to be fixed removably to one end of the BOP stack and to translate longitudinally on the skid ; characterized in that a section of the skid is extendable longitudinally outwards from an end of the skid, into an extended configuration in which the section can be placed adjacent to or on a place of installation of the BOP stack , and wherein the section of the skid is configured to be part of the skid on which the moveable support is configured to translate, so that the moveable support may translate longitudinally onto the section of the skid , in its extended configuration, to be above the place of installation . a skid for transporting a BOP stack in a substantially horizontal position; and a moveable support configured to be fixed removably to one end of the BOP stack and to translate longitudinally on the skid ; characterized in that a section of the skid is extendable longitudinally outwards from an end of the skid, into an extended configuration in which the section can be placed adjacent to or on a place of installation of the BOP stack , and wherein the section of the skid is configured to be part of the skid on which the moveable support is configured to translate, so that the moveable support may translate longitudinally onto the section of the skid , in its extended configuration, to be above the place of installation .
A MEMS device comprising: a body , having a thickness in a thickness direction, a first surface and a second surface ; a diaphragm cavity in the body, extending in the direction of thickness of the body from the second surface, the diaphragm cavity being laterally delimited by a wall ; a deformable portion in the body between the first surface and the diaphragm cavity; a piezoelectric actuator , extending over the first surface of the body, on the deformable portion; and a recess structure , distinct from the diaphragm cavity, extending in the body from the wall of the diaphragm cavity in a transverse direction to the thickness direction of the body and delimiting, in the body, a flexible stopper portion for the deformable portion, the flexible stopper portion being disposed between the deformable portion and the recess structure, the flexible stopper portion being laterally delimited by the wall and the recess structure and extending over the recess structure. a body , having a thickness in a thickness direction, a first surface and a second surface ; a diaphragm cavity in the body, extending in the direction of thickness of the body from the second surface, the diaphragm cavity being laterally delimited by a wall ; a deformable portion in the body between the first surface and the diaphragm cavity; a piezoelectric actuator , extending over the first surface of the body, on the deformable portion; and a recess structure , distinct from the diaphragm cavity, extending in the body from the wall of the diaphragm cavity in a transverse direction to the thickness direction of the body and delimiting, in the body, a flexible stopper portion for the deformable portion, the flexible stopper portion being disposed between the deformable portion and the recess structure, the flexible stopper portion being laterally delimited by the wall and the recess structure and extending over the recess structure.
A personal care composition comprising an antimicrobial preservation system comprising: i. itaconic acid or salt thereof and ii. benzoic acid or salt thereof. i. itaconic acid or salt thereof and ii. benzoic acid or salt thereof.
A method for tracking a starting pinion of a starting device into a gear rim of an internal combustion engine which has a drive shaft , wherein the starting pinion has a circumferential speed (v R ) and the gear rim has a circumferential speed (v ZK ), wherein an angular velocity and the circumferential speed (v ZK ) of the gear rim are evaluated as positive when the angular velocity is in the same direction as the intended direction of rotation of the drive shaft in the driving case, and are evaluated as negative when the angular velocity is opposite to the intended direction of rotation of the drive shaft in the driving case, wherein the starting pinion axially advances along its axis of rotation and the starting pinion contacts the gear rim at a circumferential speed (v R ) smaller than the circumferential speed (v ZK ) of the gear rim , characterized in that the angular velocity of the gear rim is opposite to the intended direction of rotation of the drive shaft in the driving case and thus the angular velocity and the circumferential speed (v ZK ) of the gear rim are evaluated negatively according to the value, and in that the angular speed of the starting pinion is even more negative compared with the angular speed of the gear rim .
A computer-implemented method for automated application analysis, the method being performed by a computing device comprising at least one processor, the method comprising: detecting, by the at least one processor, a code creation activity; detecting, by the at least one processor, the presence of a previously-unknown computer application; associating, by the at least one processor, the previously-unknown computer application with the code creation activity; generating, by the at least one processor, a reputation score for the previously-unknown computer application; and permitting, by the at least one processor, the previously-unknown computer application to run based on: (i) associating the previously-unknown computer application with the code creation activity, and (ii) the reputation score of the previously-unknown computer application exceeding a preset threshold value, wherein the reputation score of the previously-unknown computer application is partially based on at least one of recorded activities, a position, and responsibilities of a user, and wherein the user is identified as having introduced the previously-unknown computer application. detecting, by the at least one processor, a code creation activity; detecting, by the at least one processor, the presence of a previously-unknown computer application; associating, by the at least one processor, the previously-unknown computer application with the code creation activity; generating, by the at least one processor, a reputation score for the previously-unknown computer application; and permitting, by the at least one processor, the previously-unknown computer application to run based on: (i) associating the previously-unknown computer application with the code creation activity, and (ii) the reputation score of the previously-unknown computer application exceeding a preset threshold value, wherein the reputation score of the previously-unknown computer application is partially based on at least one of recorded activities, a position, and responsibilities of a user, and wherein the user is identified as having introduced the previously-unknown computer application. (i) associating the previously-unknown computer application with the code creation activity, and (ii) the reputation score of the previously-unknown computer application exceeding a preset threshold value, wherein the reputation score of the previously-unknown computer application is partially based on at least one of recorded activities, a position, and responsibilities of a user, and wherein the user is identified as having introduced the previously-unknown computer application.
A gap filler that protrudes a gap filler plate to a track side to prevent passengers' falling from a platform, comprising: a swing body that has a driving end section engaged with a linear motion body linearly moved by a drive mechanism section and a driven end roller section changeable in installation position in a predetermined displacement installation-capable direction (L) and engaged with the gap filler plate ; and a driven slider that has a guide groove in which the driven end roller section is capable of rolling to convert swing motion of the swing body into linear motion and move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the linear motion body and the driving end section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state and a fully stored state, enables only forward motion transfer from the linear motion body to the driving end section , the guide groove is formed in a direction orthogonal to the protrusion and storage directions of the gap filler plate , and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state. a swing body that has a driving end section engaged with a linear motion body linearly moved by a drive mechanism section and a driven end roller section changeable in installation position in a predetermined displacement installation-capable direction (L) and engaged with the gap filler plate ; and a driven slider that has a guide groove in which the driven end roller section is capable of rolling to convert swing motion of the swing body into linear motion and move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the linear motion body and the driving end section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state and a fully stored state, enables only forward motion transfer from the linear motion body to the driving end section , the guide groove is formed in a direction orthogonal to the protrusion and storage directions of the gap filler plate , and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state.
A three-dimensional printed heater comprising: a part body formed of fused thermoplastic polymer particles ; an electrically resistive element formed of a matrix of conductive particles interspersed between a matrix of thermoplastic polymer particles, wherein the conductive particles and the thermoplastic polymer particles are provided at respective densities to cause the electrically resistive element to have a predetermined resistance level; and electrical contacts connected to the electrically resistive element, wherein a current is to be applied through the electrically resistive element via the electrical contacts to cause the electrically resistive element to generate a predefined level of heat. a part body formed of fused thermoplastic polymer particles ; an electrically resistive element formed of a matrix of conductive particles interspersed between a matrix of thermoplastic polymer particles, wherein the conductive particles and the thermoplastic polymer particles are provided at respective densities to cause the electrically resistive element to have a predetermined resistance level; and electrical contacts connected to the electrically resistive element, wherein a current is to be applied through the electrically resistive element via the electrical contacts to cause the electrically resistive element to generate a predefined level of heat.
A buckle assembled with a whistle , the buckle comprising: a plug member having locking arms that are formed at both ends at a front side of a base , and a guide rod that protrudes from the base at an intermediate side between the locking arms ; and a socket member having a guide groove which is formed at a center of the socket member so as to be opened at an upper side thereof to accommodate the guide rod at the center, and chambers which are formed at both sides of the guide groove so that the locking arms at the both ends are inserted into the chambers, wherein the guide rod is configured as the whistle characterized in that a) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle ; or b) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member . a plug member having locking arms that are formed at both ends at a front side of a base , and a guide rod that protrudes from the base at an intermediate side between the locking arms ; and a socket member having a guide groove which is formed at a center of the socket member so as to be opened at an upper side thereof to accommodate the guide rod at the center, and chambers which are formed at both sides of the guide groove so that the locking arms at the both ends are inserted into the chambers, wherein the guide rod is configured as the whistle characterized in that a) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle ; or a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle ; or b) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member . a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member .
A force-sense presenting apparatus , comprising: a casing structure ; a weight provided in the casing structure or incorporated in the casing structure; and a drive unit including a first supporting portion constituted of a pair of supporting structures that respectively support a first side of the weight and a second side opposed to the first side, at least one of the pair of supporting structures being configured to include an actuator capable of providing the weight with biased acceleration, wherein the actuator includes a piezoelectric element , and a shim including a fixation portion fixed to the casing structure, an attachment portion to which the piezoelectric element is attached, and a bend portion provided between the fixation portion and the attachment portion, characterized in that the attachment portion of the shim includes two or more attachment portions, the piezoelectric element includes two or more piezoelectric elements, wherein a respective one of the two or more piezoelectric elements is attached to each of the two or more attachment portions, the fixation portion of the shim is common between two neighboring attachment portions of the two or more attachment portions, and the bend portion includes a respective bend portion between the fixation portion and each of the two neighboring attachment portions. a casing structure ; a weight provided in the casing structure or incorporated in the casing structure; and a drive unit including a first supporting portion constituted of a pair of supporting structures that respectively support a first side of the weight and a second side opposed to the first side, at least one of the pair of supporting structures being configured to include an actuator capable of providing the weight with biased acceleration, wherein the actuator includes a piezoelectric element , and a shim including a fixation portion fixed to the casing structure, an attachment portion to which the piezoelectric element is attached, and a bend portion provided between the fixation portion and the attachment portion, a fixation portion fixed to the casing structure, an attachment portion to which the piezoelectric element is attached, and a bend portion provided between the fixation portion and the attachment portion, the attachment portion of the shim includes two or more attachment portions, the piezoelectric element includes two or more piezoelectric elements, wherein a respective one of the two or more piezoelectric elements is attached to each of the two or more attachment portions, the fixation portion of the shim is common between two neighboring attachment portions of the two or more attachment portions, and the bend portion includes a respective bend portion between the fixation portion and each of the two neighboring attachment portions.
A shelf module unit , wherein the shelf module unit comprises: two mutually opposite perforated plates as side walls; at least one connecting structure extending perpendicularly to the side walls and having end regions for connecting the perforated plates ; and coupling structures for coupling the shelf module unit to a similar shelf module unit ; wherein an, in particular vertical, intermediate wall , in particular an additional perforated plate, is fastened between the end regions of the at least one connecting structure ; wherein at least two side edges are formed as a hollow profile along each of six rectangular side surfaces of the shelf module unit . two mutually opposite perforated plates as side walls; at least one connecting structure extending perpendicularly to the side walls and having end regions for connecting the perforated plates ; and coupling structures for coupling the shelf module unit to a similar shelf module unit ; wherein an, in particular vertical, intermediate wall , in particular an additional perforated plate, is fastened between the end regions of the at least one connecting structure ; wherein at least two side edges are formed as a hollow profile along each of six rectangular side surfaces of the shelf module unit .
A sensor comprising: a board ; a heat detecting element mounted on the board and configured to detect heat; a housing that houses the board ; a heat collector ; and a bottom member forming a bottom of an opening of the housing and facing the board , the bottom member (18, 18A. 18B) being formed integrally with the heat collector , the housing having: a flow channel provided in an internal space (SP1) of the housing and allowing air to flow therethrough; and the opening allowing the flow channel to communicate with an external space (SP2) outside of the housing , the heat collector being configured to collect hot air toward the heat detecting element , the heat detecting element and the heat collector being arranged to overlap with each other when viewed along a thickness of the board ; and the heat collector being provided between the board and the bottom member and having a circumferentially sloped surface sloped up, along a circumference of the housing , toward the heat detecting element so as to increase its height in a vertical direction (A1) as a distance to the heat detecting element decreases in a state wherein the sensor is installed on a ceiling surface. a board ; a heat detecting element mounted on the board and configured to detect heat; a housing that houses the board ; a heat collector ; and a bottom member forming a bottom of an opening of the housing and facing the board , the bottom member (18, 18A. 18B) being formed integrally with the heat collector , the housing having: a flow channel provided in an internal space (SP1) of the housing and allowing air to flow therethrough; and the opening allowing the flow channel to communicate with an external space (SP2) outside of the housing , the heat collector being configured to collect hot air toward the heat detecting element , the heat detecting element and the heat collector being arranged to overlap with each other when viewed along a thickness of the board ; and the heat collector being provided between the board and the bottom member and having a circumferentially sloped surface sloped up, along a circumference of the housing , toward the heat detecting element so as to increase its height in a vertical direction (A1) as a distance to the heat detecting element decreases in a state wherein the sensor is installed on a ceiling surface.
Apparatus for securing ammunition or a propellant charge in a charge space of a weapon system , comprising a base plate having a profile for guiding a means for securing the ammunition or propellant charge , the base plate having upper and lower end stops defining a travel path of the means for securing the ammunition or propellant charge , characterized in that the means for securing the ammunition or propellant charge is connected to a bridge such that the means for securing the ammunition or propellant charge is displaceable along the profile via the bridge .
A heat exchanger brazing fixture , comprising: a baseplate comprising a first surface and a second surface located opposite the first surface; and a first post comprising a first end and a second end located opposite the first end, the first post is associated with the first surface of the baseplate at the first end, the heat exchanger brazing fixture characterized by a top plate resting upon the first post and separated from the first surface of the baseplate by a selected distance, the top plate being configured to move in an upward direction along the first post and away from the baseplate , when a heat exchanger resting upon the first surface of the baseplate expands during a brazing process; and a spacer interposed between the heat exchanger and the top plate , the spacer being configured to rest on the heat exchanger, wherein the spacer is separated from the top plate by a gap at room temperature prior to the brazing process, and the gap is configured to decrease as temperature increases during the brazing process and the heat exchanger expands, the spacer configured to impact the top plate and move the top plate in the upward direction due to expansion of the heat exchanger. a baseplate comprising a first surface and a second surface located opposite the first surface; and a first post comprising a first end and a second end located opposite the first end, the first post is associated with the first surface of the baseplate at the first end, the heat exchanger brazing fixture characterized by a top plate resting upon the first post and separated from the first surface of the baseplate by a selected distance, the top plate being configured to move in an upward direction along the first post and away from the baseplate , when a heat exchanger resting upon the first surface of the baseplate expands during a brazing process; and a spacer interposed between the heat exchanger and the top plate , the spacer being configured to rest on the heat exchanger, wherein the spacer is separated from the top plate by a gap at room temperature prior to the brazing process, and the gap is configured to decrease as temperature increases during the brazing process and the heat exchanger expands, the spacer configured to impact the top plate and move the top plate in the upward direction due to expansion of the heat exchanger.
A quick fit mechanism for a power harrow blade, and a power harrow blade assembly carried by a rotor through driving shafts and gears to transfer power and rotation for rotating the attached power harrow blade assembly ; said power harrow blade assembly comprises at least a pair of power harrow blades mounted on a rotatable blade mount housing at a fixed angle through holes provided on each power harrow blade with a double pin , characterized in that said double pin has a hole in which a single pin functioning as a supporting part is locked by a linchpin inserted in a hole of the single pin thereby locking and holding the power harrow blade assembly such that each power harrow blade is mounted on the rotatable blade mount housing by a double pin , a single pin and a linchpin .