mhurhangee/patent-ind-claim-en huggingface dataset:
An absorber for an elevator system guide rail comprising: an absorber housing ; an absorber piston disposed in the absorber housing , together with the absorber housing defining a housing chamber containing a volume of fluid, characterized in the absorber piston including a piston upper surface configured to interact with a guide rail of an elevator system; wherein the absorber is configured such that, when the absorber is disposed at a hoistway pit and supportive of a guide rail of an elevator system in such a way that the piston upper surface is interactive with the guide rail , relative motion of the guide rail (28; 34) relative to a hoistway pit floor increases fluid pressure in the housing chamber , the absorber configured to absorb loads imparted to the guide rail due to vertical translation and/or compression of a hoistway of the elevator system. an absorber housing ; an absorber piston disposed in the absorber housing , together with the absorber housing defining a housing chamber containing a volume of fluid, characterized in the absorber piston including a piston upper surface configured to interact with a guide rail of an elevator system; wherein the absorber is configured such that, when the absorber is disposed at a hoistway pit and supportive of a guide rail of an elevator system in such a way that the piston upper surface is interactive with the guide rail , relative motion of the guide rail (28; 34) relative to a hoistway pit floor increases fluid pressure in the housing chamber , the absorber configured to absorb loads imparted to the guide rail due to vertical translation and/or compression of a hoistway of the elevator system.
A position detection device comprising: a magnetic generation unit (213a; 120; 220; 320; 420); and a magnetic detection unit (213b; 110; 210), the magnetic detection unit being arranged to detect magnetism generated by the magnetic generation unit, so as to detect a relative position in a predetermined direction between the magnetic generation unit and the magnetic detection unit, wherein: the magnetic generation unit comprises a magnetic section, having a plurality of regions arranged in a plane including the predetermined direction, that generate magnetism, and a low magnetism section (NM, NMa, NMb) arranged between the plurality of regions in the plane so as to extend in the predetermined direction and which has lower magnetisation than the magnetic sections so as to generate less magnetism than the magnetic section, the low magnetism section has a width in a direction in the plane and across the predetermined direction varying along the predetermined direction to vary a state of the magnetism generated by the magnetic generator, and the magnetic detection unit and the magnetic generation unit are separated in a direction perpendicular to the plane. a magnetic generation unit (213a; 120; 220; 320; 420); and a magnetic detection unit (213b; 110; 210), the magnetic detection unit being arranged to detect magnetism generated by the magnetic generation unit, so as to detect a relative position in a predetermined direction between the magnetic generation unit and the magnetic detection unit, wherein: the magnetic generation unit comprises a magnetic section, having a plurality of regions arranged in a plane including the predetermined direction, that generate magnetism, and a low magnetism section (NM, NMa, NMb) arranged between the plurality of regions in the plane so as to extend in the predetermined direction and which has lower magnetisation than the magnetic sections so as to generate less magnetism than the magnetic section, the low magnetism section has a width in a direction in the plane and across the predetermined direction varying along the predetermined direction to vary a state of the magnetism generated by the magnetic generator, and the magnetic detection unit and the magnetic generation unit are separated in a direction perpendicular to the plane. the magnetic generation unit comprises a magnetic section, having a plurality of regions arranged in a plane including the predetermined direction, that generate magnetism, and a low magnetism section (NM, NMa, NMb) arranged between the plurality of regions in the plane so as to extend in the predetermined direction and which has lower magnetisation than the magnetic sections so as to generate less magnetism than the magnetic section, the low magnetism section has a width in a direction in the plane and across the predetermined direction varying along the predetermined direction to vary a state of the magnetism generated by the magnetic generator, and the magnetic detection unit and the magnetic generation unit are separated in a direction perpendicular to the plane.
A composition of matter, namely a liquid rinsing or cleaning composition based on organic solvents, in particular for removing uncured paint adhesions, characterized in that the composition comprises the following components: at least one organic solvent having VOC properties, namely having a vapour pressure of 0.1 mbar or more at 293.15 Kelvin, wherein component is selected from the group consisting of butyl acetate, xylene, 1-methoxy-2-propanol, n-butanol, a mixture of at least two of these, and wherein the fraction of component in the total composition is 30 - 85% by mass (ma.-%), at least one dibasic ester, the fraction of component in the total composition being 15-40% by mass. at least one organic solvent having VOC properties, namely having a vapour pressure of 0.1 mbar or more at 293.15 Kelvin, wherein component is selected from the group consisting of butyl acetate, xylene, 1-methoxy-2-propanol, n-butanol, a mixture of at least two of these, and wherein the fraction of component in the total composition is 30 - 85% by mass (ma.-%), butyl acetate, xylene, 1-methoxy-2-propanol, n-butanol, a mixture of at least two of these, and wherein the fraction of component in the total composition is 30 - 85% by mass (ma.-%), at least one dibasic ester, the fraction of component in the total composition being 15-40% by mass.
A perforating apparatus , comprising: a first perforating gun configured to fire upon receipt of a first pressure signal delivered from a first axial side of the first perforating gun ; a second perforating gun mounted on a second axial side of the first perforating gun and configured to fire upon receipt of a second pressure signal delivered from the first axial side of the first perforating gun ; a bypass extending from the first axial side of the first perforating gun to the second perforating gun for communicating the second pressure signal to the second perforating gun ; an isolator mechanism configurable between a first configuration in which the bypass is isolated from receiving a pressure signal to the second perforating gun , and a second configuration in which the bypass is permitted to receive a pressure signal, wherein the isolator mechanism is reconfigurable from the first configuration to the second configuration after the first perforating gun has been fired; characterized by a flow diverter comprising a diversion path and an activation path , the flow diverter mounted on the first axial side of the first perforating gun and configured to selectively divert the first pressure signal away from the first perforating gun and to selectively route the first pressure signal to the activation path under the action of a first activator to fire the first perforating gun . a first perforating gun configured to fire upon receipt of a first pressure signal delivered from a first axial side of the first perforating gun ; a second perforating gun mounted on a second axial side of the first perforating gun and configured to fire upon receipt of a second pressure signal delivered from the first axial side of the first perforating gun ; a bypass extending from the first axial side of the first perforating gun to the second perforating gun for communicating the second pressure signal to the second perforating gun ; an isolator mechanism configurable between a first configuration in which the bypass is isolated from receiving a pressure signal to the second perforating gun , and a second configuration in which the bypass is permitted to receive a pressure signal, wherein the isolator mechanism is reconfigurable from the first configuration to the second configuration after the first perforating gun has been fired; characterized by a flow diverter comprising a diversion path and an activation path , the flow diverter mounted on the first axial side of the first perforating gun and configured to selectively divert the first pressure signal away from the first perforating gun and to selectively route the first pressure signal to the activation path under the action of a first activator to fire the first perforating gun .
A cooking fume purification module , comprising: a housing , the housing comprising: a cylindrical body defining an air channel ; and a plurality of extending portions protruding outwards from the body, and each extending portion defining an introduction channel in communication with the air channel; a plurality of emitter plates each being provided with a plurality of emitter pins located in the introduction channel, wherein each of the extending portions is equipped with one emitter plate; and a plurality of dust collection plates arranged in the air channel and spaced apart about an axial direction of the body, and each dust collection plate corresponding to one emitter plate, wherein the dust collection plates and the emitter plates are arranged such that fume particles can be separated under actions of an electric field force and an inertial centrifugal force. a housing , the housing comprising: a cylindrical body defining an air channel ; and a plurality of extending portions protruding outwards from the body, and each extending portion defining an introduction channel in communication with the air channel; a cylindrical body defining an air channel ; and a plurality of extending portions protruding outwards from the body, and each extending portion defining an introduction channel in communication with the air channel; a plurality of emitter plates each being provided with a plurality of emitter pins located in the introduction channel, wherein each of the extending portions is equipped with one emitter plate; and a plurality of dust collection plates arranged in the air channel and spaced apart about an axial direction of the body, and each dust collection plate corresponding to one emitter plate, wherein the dust collection plates and the emitter plates are arranged such that fume particles can be separated under actions of an electric field force and an inertial centrifugal force.
A device for mobile phone radio frequency test, comprising: a radio frequency test socket , wherein the radio frequency test socket comprises a radio frequency test base; a connection component fixed in the radio frequency test base; a first elastic component and a second elastic component, wherein the first elastic component and the second elastic component are fixed in the radio frequency test base, and connected to the connection component respectively.; a radio frequency test cable , wherein the radio frequency test cable comprises: a radio frequency test plug fixed at an end of the radio frequency test cable; and an insulated push pin which is installed on a side of the radio frequency test plug and is longer than the radio frequency test plug; and a test module , configured to test, through the radio frequency test cable and the radio frequency test socket, a first test apparatus and a second test apparatus respectively, wherein the first test apparatus and the second test apparatus are connected to the first elastic component and the second elastic component in the radio frequency test socket respectively, wherein the test module comprises a first test submodule configured to test the first test apparatus connected to the first elastic component by disconnecting the radio frequency test cable from the second test apparatus through urging the insulated push pin against the second elastic component, and utilizing a connection between the radio frequency test plug and the connection component. a radio frequency test socket , wherein the radio frequency test socket comprises a radio frequency test base; a connection component fixed in the radio frequency test base; a first elastic component and a second elastic component, wherein the first elastic component and the second elastic component are fixed in the radio frequency test base, and connected to the connection component respectively.; a radio frequency test cable , wherein the radio frequency test cable comprises: a radio frequency test plug fixed at an end of the radio frequency test cable; and an insulated push pin which is installed on a side of the radio frequency test plug and is longer than the radio frequency test plug; and a test module , configured to test, through the radio frequency test cable and the radio frequency test socket, a first test apparatus and a second test apparatus respectively, wherein the first test apparatus and the second test apparatus are connected to the first elastic component and the second elastic component in the radio frequency test socket respectively, wherein the test module comprises a first test submodule configured to test the first test apparatus connected to the first elastic component by disconnecting the radio frequency test cable from the second test apparatus through urging the insulated push pin against the second elastic component, and utilizing a connection between the radio frequency test plug and the connection component.
A roll arrangement having at least three rolls arranged axially parallel, wherein a nip is formed in each case between adjacent rolls, wherein each of the rolls has a roll journal at each of its two axial ends and each roll is mounted via its two roll journals , wherein at least two bearings are arranged axially next to one another in each case at least at a first roll journal of a first of the rolls and an adjacent first roll journal of a second of the rolls and at an adjacent first roll journal of a third of the rolls , wherein a compressive stress is generated between an inner bearing at the first roll journal of the first roll and an outer bearing at the first roll journal of the second roll and a tensile stress is generated between an outer bearing at the first roll journal of the first roll and an inner bearing at the first roll journal of the second roll or vice versa, wherein a compressive stress is generated between the inner bearing at the first roll journal of the second roll and an outer bearing at the first roll journal of the third roll and a tensile stress is generated between the outer bearing at the first roll journal of the second roll and an inner bearing at the first roll journal of the third roll or vice versa. wherein each of the rolls has a roll journal at each of its two axial ends and each roll is mounted via its two roll journals , wherein at least two bearings are arranged axially next to one another in each case at least at a first roll journal of a first of the rolls and an adjacent first roll journal of a second of the rolls and at an adjacent first roll journal of a third of the rolls , wherein a compressive stress is generated between an inner bearing at the first roll journal of the first roll and an outer bearing at the first roll journal of the second roll and a tensile stress is generated between an outer bearing at the first roll journal of the first roll and an inner bearing at the first roll journal of the second roll or vice versa, wherein a compressive stress is generated between the inner bearing at the first roll journal of the second roll and an outer bearing at the first roll journal of the third roll and a tensile stress is generated between the outer bearing at the first roll journal of the second roll and an inner bearing at the first roll journal of the third roll or vice versa.
Mastic filler for jointing wooden floors, comprising water, at least one binder, at least one polymer, at least one solvent, selected from alcohols and/or glycol ethers, and fibres with a length of 10 mm or less, wherein the mastic filler contains 50 to 98 percent by weight of water, 0.5-15 percent by weight of the at least one binder, 0.5-8 percent by weight of the at least one polymer, 0.5-15 percent by weight of the at least one solvent and 0.5-15 percent by weight of the fibres with a length of 10 mm or less, each relative to the mastic filler, wherein the percent by weight figures jointly comprise 100 percent by weight in the mastic filler.
A radiation dosimeter with a passive radiation sensor comprising: (a) a radiation-sensitive element , hereinafter RSE, configured to be charged to a first voltage (Vs1) which is responsive to incident radiation and to a first voltage retention loss; (b) a radiation-insensitive element , hereinafter RIE, configured to be charged to a second voltage (Vr1) which is responsive to a second voltage retention loss; and (c) a sensor interface associated with both said RSE and said RIE so to enable communication with an external reader ; characterized in that said RIE and said RSE are pre-calibrated to match the retention loss of the RSE to the RIE, so that said first voltage retention loss is proportional to said second voltage retention loss over an operative range of temperature; said RSE further comprises an oxide layer and at least two metal layers wherein the metal layers are configured to provide a flat energy response to incident radiation extending over a range of incident radiation particle energies from 20 kilo-electron-volts (KeV) to 3 mega-electron-volts (MeV), and said radiation dosimeter is configured to provide a personal radiation dose equivalent measurement value, in units of Sievert, and its time rate of change, over said range of incident radiation particle energies. (a) a radiation-sensitive element , hereinafter RSE, configured to be charged to a first voltage (Vs1) which is responsive to incident radiation and to a first voltage retention loss; (b) a radiation-insensitive element , hereinafter RIE, configured to be charged to a second voltage (Vr1) which is responsive to a second voltage retention loss; and (c) a sensor interface associated with both said RSE and said RIE so to enable communication with an external reader ; said RIE and said RSE are pre-calibrated to match the retention loss of the RSE to the RIE, so that said first voltage retention loss is proportional to said second voltage retention loss over an operative range of temperature; said RSE further comprises an oxide layer and at least two metal layers wherein the metal layers are configured to provide a flat energy response to incident radiation extending over a range of incident radiation particle energies from 20 kilo-electron-volts (KeV) to 3 mega-electron-volts (MeV), and said radiation dosimeter is configured to provide a personal radiation dose equivalent measurement value, in units of Sievert, and its time rate of change, over said range of incident radiation particle energies.
A rail system for a transport system, comprising at least one rail having at least one expansion joint construction , characterized in that the expansion joint construction comprises at least one adjustment element movable in a longitudinal direction, wherein at least one adjustment element comprises at least one element for taking up a force applied in a longitudinal direction.
A heavy duty pneumatic tire comprising a tread that comes into contact with a road surface, wherein the tread includes at least three land portions extending in a circumferential direction, and a circumferential groove is present between one land portion and another land portion located adjacent to the one land portion , the land portion includes a large number of blocks aligned in the circumferential direction, and a lateral groove is present between one block and another block located adjacent to the one block , the circumferential groove includes a large number of projections projecting from a bottom surface of the circumferential groove , the projections include first projections and second projections , the second projections have volumes smaller than those of the first projections , the lateral groove is connected to the circumferential groove , and each first projection is located at a position where the lateral groove is connected to the circumferential groove , and, in the circumferential direction, an opening of the lateral groove is located between an end (B1) of the first projection and another end (B2) of the first projection , characterized in that the first projections are taller than the second projections . the tread includes at least three land portions extending in a circumferential direction, and a circumferential groove is present between one land portion and another land portion located adjacent to the one land portion , the land portion includes a large number of blocks aligned in the circumferential direction, and a lateral groove is present between one block and another block located adjacent to the one block , the circumferential groove includes a large number of projections projecting from a bottom surface of the circumferential groove , the projections include first projections and second projections , the second projections have volumes smaller than those of the first projections , the lateral groove is connected to the circumferential groove , and each first projection is located at a position where the lateral groove is connected to the circumferential groove , and, in the circumferential direction, an opening of the lateral groove is located between an end (B1) of the first projection and another end (B2) of the first projection , characterized in that the first projections are taller than the second projections .
An infusion set , comprising: a main base , comprising a moveable needle hub ; and a retraction element , coupled with said moveable needle hub within said main base , wherein said retraction element is configured to rotate relative to said main base and wherein said rotation is translated into vertical movement of said moveable needle hub within said main base to advance or retract said needle hub relative to said main base , characterized in that the infusion set further comprises a main hub ; the needle hub is threadedly engaged with the main base ; and said retraction element comprises a dial having a member extending through an opening of the main hub and an opening of the needle hub , to rotate the main hub and the needle hub when the dial is rotated, the dial being releasably coupled with said moveable needle hub within said main base , allowing a user to adjust a final needle depth by turning the dial. a main base , comprising a moveable needle hub ; and a retraction element , coupled with said moveable needle hub within said main base , wherein said retraction element is configured to rotate relative to said main base and wherein said rotation is translated into vertical movement of said moveable needle hub within said main base to advance or retract said needle hub relative to said main base , characterized in that the infusion set further comprises a main hub ; the needle hub is threadedly engaged with the main base ; and said retraction element comprises a dial having a member extending through an opening of the main hub and an opening of the needle hub , to rotate the main hub and the needle hub when the dial is rotated, the dial being releasably coupled with said moveable needle hub within said main base , allowing a user to adjust a final needle depth by turning the dial.
A functional fluid comprising a. a major amount of an oil of lubricating viscosity, b. from 0.05 wt.% to 1 wt.% glycerol; and c. a C 14 -C 18 diol. a. a major amount of an oil of lubricating viscosity, b. from 0.05 wt.% to 1 wt.% glycerol; and c. a C 14 -C 18 diol.