mhurhangee/ep-ind-claims huggingface dataset:
A connector comprising: a housing; a cover pivotally supported by the housing, and opening and closing an opening (21a, 22a) of the housing; a spring biasing the cover toward a side away from the opening (21 a, 22a); and a lock pivotally supported by the housing and keeping the cover covering the opening (21a, 22a) by hooking on an edge of the cover covering the opening (21 a, 22a), wherein the lock is provided with: a base having a shaft hole into which a support shaft is inserted; a pushing claw projected from the base and positioned at an outer surface side of the cover covering the opening (21 a, 22a); and a projection projected from the base and positioning the edge of the cover between the pushing claw and the projection, characterized in that the edge of the cover positioned between the pushing claw and the projection is overlapped with a rotation track of the projection. a housing; a cover pivotally supported by the housing, and opening and closing an opening (21a, 22a) of the housing; a spring biasing the cover toward a side away from the opening (21 a, 22a); and a lock pivotally supported by the housing and keeping the cover covering the opening (21a, 22a) by hooking on an edge of the cover covering the opening (21 a, 22a), wherein the lock is provided with: a base having a shaft hole into which a support shaft is inserted; a pushing claw projected from the base and positioned at an outer surface side of the cover covering the opening (21 a, 22a); and a projection projected from the base and positioning the edge of the cover between the pushing claw and the projection, characterized in that the edge of the cover positioned between the pushing claw and the projection is overlapped with a rotation track of the projection.
An infrared sensor assembly (100; 200) for sensing infrared radiation, the sensor assembly comprising: - at least one sensing element provided on or embedded in a substrate extending substantially in a substrate plane, - a cap for covering the at least one sensing element, the cap comprising an upper wall for receiving radiation incident on the sensor assembly and a plurality of cavity walls(130, 131) arranged to define a cavity between the cap and the substrate for hosting the sensing element, wherein at least one of said cavity walls subtends an angle with respect to the receiving upper wall so as to induce total internal reflection on said at least one of said cavity walls for light incident in a direction substantially perpendicular to the upper wall, the cap comprises at least one additional wall being oriented for defining an aperture towards the cavity at least for radiation incident along the normal of the substrate plane, wherein the additional wall is comprised in the cavity and is oriented substantially parallel to the substrate plane, and wherein the at least one of said cavity walls comprises a reflective coating wherein the coating is reflective for infrared radiation, characterized in that the reflective coating has a reflection coefficient of at least 0.7 for infrared radiation, and that the projection of the additional wall is equal to or smaller than the area of the sensing element and that the reflective coating applied to said at least one cavity wall extends partly to the additional wall, and forms an aperture therein. - at least one sensing element provided on or embedded in a substrate extending substantially in a substrate plane, - a cap for covering the at least one sensing element, the cap comprising an upper wall for receiving radiation incident on the sensor assembly and a plurality of cavity walls(130, 131) arranged to define a cavity between the cap and the substrate for hosting the sensing element, wherein at least one of said cavity walls subtends an angle with respect to the receiving upper wall so as to induce total internal reflection on said at least one of said cavity walls for light incident in a direction substantially perpendicular to the upper wall, the cap comprises at least one additional wall being oriented for defining an aperture towards the cavity at least for radiation incident along the normal of the substrate plane, wherein the additional wall is comprised in the cavity and is oriented substantially parallel to the substrate plane, and wherein the at least one of said cavity walls comprises a reflective coating wherein the coating is reflective for infrared radiation, characterized in that the reflective coating has a reflection coefficient of at least 0.7 for infrared radiation, and that the projection of the additional wall is equal to or smaller than the area of the sensing element and that the reflective coating applied to said at least one cavity wall extends partly to the additional wall, and forms an aperture therein.
A method comprising: determining (302, 304) that an update received by a local device was sent from a remote device different than the local device, the update being sent by a user account (204, 210, 212, 214) activated also on the local device; determining a suspicious movement of the local device based upon determining that the local device is moving at a time associated with the update and based upon determining that the update has originated from the remote device; and based upon determining the suspicious movement, providing a notification of unauthorized device movement. determining (302, 304) that an update received by a local device was sent from a remote device different than the local device, the update being sent by a user account (204, 210, 212, 214) activated also on the local device; determining a suspicious movement of the local device based upon determining that the local device is moving at a time associated with the update and based upon determining that the update has originated from the remote device; and based upon determining the suspicious movement, providing a notification of unauthorized device movement.
A single-use bioreactor, comprising a head plate, a dimensionally stable container and a mixer, wherein the head plate and the container enclose a reaction chamber, the head plate having an inner side facing towards the reaction chamber, and an outer side which faces away from the reaction chamber and which has a plurality of connectors, and the mixer having a mixer shaft and a stirring member, the mixer shaft being mounted rotatably about a rotational axis in a bearing and the stirring member being attached torsionally rigidly to the mixer shaft, characterized in that the bearing is designed as a roller bearing and the single-use bioreactor has a bearing housing which delineates a bearing chamber for accommodating the bearing inside the reaction chamber, wherein the bearing housing is detachably attached to the inner side of the head plate by means of a snap-on, clip or screw connection. comprising a head plate, a dimensionally stable container and a mixer, wherein the head plate and the container enclose a reaction chamber, the head plate having an inner side facing towards the reaction chamber, and an outer side which faces away from the reaction chamber and which has a plurality of connectors, and the mixer having a mixer shaft and a stirring member, the mixer shaft being mounted rotatably about a rotational axis in a bearing and the stirring member being attached torsionally rigidly to the mixer shaft, characterized in that the bearing is designed as a roller bearing and the single-use bioreactor has a bearing housing which delineates a bearing chamber for accommodating the bearing inside the reaction chamber, wherein the bearing housing is detachably attached to the inner side of the head plate by means of a snap-on, clip or screw connection.
A brace, comprising: a lumbar support having a joint (113,116) coupling rigid upper (111,114) and lower (112,115) sections of the lumbar support; a rigid lateral support coupled to the lumbar support such that the joint moves anteriorly relative to the lateral support; wherein the joint is flexible relative to the upper and lower sections and to the lateral support; wherein the lateral support has a loophole defined therein and wherein the brace further comprises: an adjustment mechanism (310, 320) which is constructed to be attached to the front side or rear side of the lateral support so that the adjustment length of the adjustment mechanism is increased as compared to an adjustment mechanism that merely attaches to one side of the lateral support and wherein the adjustment mechanism (310,320) can be threaded through the loophole when attached to the rear side of the lateral support. a lumbar support having a joint (113,116) coupling rigid upper (111,114) and lower (112,115) sections of the lumbar support; a rigid lateral support coupled to the lumbar support such that the joint moves anteriorly relative to the lateral support; wherein the joint is flexible relative to the upper and lower sections and to the lateral support; wherein the lateral support has a loophole defined therein and wherein the brace further comprises: an adjustment mechanism (310, 320) which is constructed to be attached to the front side or rear side of the lateral support so that the adjustment length of the adjustment mechanism is increased as compared to an adjustment mechanism that merely attaches to one side of the lateral support and wherein the adjustment mechanism (310,320) can be threaded through the loophole when attached to the rear side of the lateral support. an adjustment mechanism (310, 320) which is constructed to be attached to the front side or rear side of the lateral support so that the adjustment length of the adjustment mechanism is increased as compared to an adjustment mechanism that merely attaches to one side of the lateral support and wherein the adjustment mechanism (310,320) can be threaded through the loophole when attached to the rear side of the lateral support.
A method for treating a viscous mass that comprises solid components in a grinding system, especially a fatty mass with solid components, said grinding system comprising a mixer and a grinding device, said method comprising the steps of: - feeding into a mixer the mass to be treated, - repeatedly circulating the mass to be treated by means of a displacement device from the mixer through a supply pipe to the grinding device and through a return pipe back to the mixer for reducing the size of said solid components in said grinding device, wherein said grinding device is a ball mill, characterized in that the method also comprises the step of: - removing from the system at least part of the treated mass through a branch-off provided in the return line when a predetermined grinding fineness has been obtained, and - feeding into the mixer a new mass to be treated and at least partly displacing the new mass to be treated in said grinding device by means of said displacement device and as a consequence removing at least another part of said treated mass from said system, - wherein the system comprises a storage vessel the volume of which is larger than the mixer's volume, and feeding new mass to be treated from said storage vessel into the grinding system. - feeding into a mixer the mass to be treated, - repeatedly circulating the mass to be treated by means of a displacement device from the mixer through a supply pipe to the grinding device and through a return pipe back to the mixer for reducing the size of said solid components in said grinding device, wherein said grinding device is a ball mill, - removing from the system at least part of the treated mass through a branch-off provided in the return line when a predetermined grinding fineness has been obtained, and - feeding into the mixer a new mass to be treated and at least partly displacing the new mass to be treated in said grinding device by means of said displacement device and as a consequence removing at least another part of said treated mass from said system, - wherein the system comprises a storage vessel the volume of which is larger than the mixer's volume, and feeding new mass to be treated from said storage vessel into the grinding system.
A memory device, comprising: an access transistor comprising a bitline and a wordline; a series of alternating plate lines and an insulating material over the access transistor, the plate lines comprising an adhesion material on a top and a bottom thereof and a metal material in between the adhesion material, of the metal material having one or more voids therein; two or more ferroelectric capacitors over the access transistor and through the series of alternating plate lines and an insulating material such that a first one of the ferroelectric capacitors is coupled to a first one of the plate lines and a second one of the ferroelectric capacitors is coupled to a second one of the plate lines, and wherein the two or more ferroelectric capacitors are each coupled to and controlled by the access transistor; and a plurality of vias each via landing on a respective one of the plate lines, the plurality of vias comprising a same metal material as the plate lines. an access transistor comprising a bitline and a wordline; a series of alternating plate lines and an insulating material over the access transistor, the plate lines comprising an adhesion material on a top and a bottom thereof and a metal material in between the adhesion material, of the metal material having one or more voids therein; two or more ferroelectric capacitors over the access transistor and through the series of alternating plate lines and an insulating material such that a first one of the ferroelectric capacitors is coupled to a first one of the plate lines and a second one of the ferroelectric capacitors is coupled to a second one of the plate lines, and wherein the two or more ferroelectric capacitors are each coupled to and controlled by the access transistor; and a plurality of vias each via landing on a respective one of the plate lines, the plurality of vias comprising a same metal material as the plate lines.
A lock ring for use as a one way movement restrictor between two telescopingly arranged tubulars to permit movement in one direction and prevent movement in the other direction of one tubular relative to the other tubular; the lock ring comprising:- a profile having one or more formations formed on either the outer circumference or the inner circumference, for engagement with a suitable formation profile formed on either the inner circumference of the outer telescopic tubular (9, 16) or the outer circumference of the inner telescopic tubular; and one or more teeth formed on the other of its inner circumference or outer circumference, the teeth being adapted to dig into the other of either the outer surface of the inner telescopic tubular or the inner surface of the outer telescopic tubular (9, 16); such that the profile having one or more formations on either the outer circumference or the inner circumference, and/or the said one or more teeth permits the lock ring either to be pushed along the outer surface of the inner telescopic tubular when pushed by the outer telescopic tubular (9, 16) in said one direction, or to be pushed along the inner surface of the outer telescopic tubular (9, 16) when pushed by the inner telescopic tubular in said one direction; and is further adapted to dig the teeth into either: the outer surface of the inner telescopic tubular when the push in said one direction is removed or when it is pushed by the outer telescopic tubular (9, 16) in the other direction in order to prevent the lock ring from moving in the other direction relative to the inner telescopic tubular; or the inner surface of the outer telescopic tubular (9, 16) when the push in said one direction is removed or when it is pushed by the inner telescopic tubular in the other direction in order to prevent the lock ring from moving in the other direction relative to the outer telescopic tubular (9, 16); wherein the lock ring further comprises a spring member adapted to bias the lock ring in the said one direction, and wherein the lock ring is formed integrally with the spring member and wherein the lock ring comprises circumferentially equi-spaced tongues, each having a part circular extent. the outer surface of the inner telescopic tubular when the push in said one direction is removed or when it is pushed by the outer telescopic tubular (9, 16) in the other direction in order to prevent the lock ring from moving in the other direction relative to the inner telescopic tubular; or the inner surface of the outer telescopic tubular (9, 16) when the push in said one direction is removed or when it is pushed by the inner telescopic tubular in the other direction in order to prevent the lock ring from moving in the other direction relative to the outer telescopic tubular (9, 16); wherein the lock ring further comprises a spring member adapted to bias the lock ring in the said one direction, and wherein the lock ring is formed integrally with the spring member and wherein the lock ring comprises circumferentially equi-spaced tongues, each having a part circular extent.
A consumer electronic product, comprising: a housing assembly having walls arranged to define an internal volume, wherein at least one wall is a radio frequency, RF, antenna that comprises a metal portion that is arranged to define a region that extends a distance d into the internal volume, the metal portion further arranged to define a micro-feature comprising at least one of ribs (202, 204) and through holes (322, 326), the micro-feature located within a region that extends from an interior surface of the wall into the internal volume to the distance d; a non-metal portion (132, 134) formed of a dual state material, the dual state material capable of transitioning from a liquid state to a solid state; and an interlock adapted to lock the metal portion and the non-metal portion together, the interlock comprising an amount of the dual state material in the solid state engaged with the micro-feature, wherein the micro-feature comprises: a first through hole defined by a first wall, the first wall defining a first internal cavity having a first longitudinal axis, the first longitudinal axis being aligned with a first directional component; and a second through hole defined by a second wall that is arranged to define a second interior cavity and having a second longitudinal axis, the second longitudinal axis being aligned with combination of a second directional component and a third directional component. a housing assembly having walls arranged to define an internal volume, wherein at least one wall is a radio frequency, RF, antenna that comprises a metal portion that is arranged to define a region that extends a distance d into the internal volume, the metal portion further arranged to define a micro-feature comprising at least one of ribs (202, 204) and through holes (322, 326), the micro-feature located within a region that extends from an interior surface of the wall into the internal volume to the distance d; a non-metal portion (132, 134) formed of a dual state material, the dual state material capable of transitioning from a liquid state to a solid state; and an interlock adapted to lock the metal portion and the non-metal portion together, the interlock comprising an amount of the dual state material in the solid state engaged with the micro-feature, wherein the micro-feature comprises: a first through hole defined by a first wall, the first wall defining a first internal cavity having a first longitudinal axis, the first longitudinal axis being aligned with a first directional component; and a second through hole defined by a second wall that is arranged to define a second interior cavity and having a second longitudinal axis, the second longitudinal axis being aligned with combination of a second directional component and a third directional component.
A glass article comprising: a glass substrate comprising a substrate bonding surface; a glass sheet comprising a sheet bonding surface; and a surfactant disposed between the substrate bonding surface and the sheet bonding surface, the sheet bonding surface being non-permanently bonded to the substrate bonding surface such that the sheet may be separated from the substrate without breaking the sheet into two or more pieces, and such that the separation bonding energy between the sheet bonding surface and the substrate bonding surface is less than 800 mJ/m 2 after the glass article is subjected to an aging period of 30 days at 60° C and then to a baking period of 2 hours at 300° C in air, wherein the surfactant comprises a compound selected from the group consisting of diethanolamide, coconut diethanolamide, polyethylene glycols, 4-nonylphenyl-polyethylene glycol, bisphenol A ethoxylate, octoxynol-9, oxtylphenol ethoxylate and mixtures thereof. a glass substrate comprising a substrate bonding surface; a glass sheet comprising a sheet bonding surface; and a surfactant disposed between the substrate bonding surface and the sheet bonding surface, the sheet bonding surface being non-permanently bonded to the substrate bonding surface such that the sheet may be separated from the substrate without breaking the sheet into two or more pieces, and such that the separation bonding energy between the sheet bonding surface and the substrate bonding surface is less than 800 mJ/m 2 after the glass article is subjected to an aging period of 30 days at 60° C and then to a baking period of 2 hours at 300° C in air, wherein the surfactant comprises a compound selected from the group consisting of diethanolamide, coconut diethanolamide, polyethylene glycols, 4-nonylphenyl-polyethylene glycol, bisphenol A ethoxylate, octoxynol-9, oxtylphenol ethoxylate and mixtures thereof.
Adaptive control device, having at least one control area, wherein at least one control area has at least one manually operated control element, characterized in that at least one of the control elements is designed as a joystick and is arranged on a control module, which is designed as a cylinder rotatably mounted in the control area, wherein the control device further has a configuration device, which, by changing the rotational position of the control module and/or changing the functionality of the control element, configures the at least one control element in such a way that a movement of the control element corresponds to a movement in the same direction of a working device connected in the event of use.
A system comprising: a first valve fluidly connected to a first pressure vessel; and a second valve fluidly connected to a second pressure vessel; wherein a trigger conduit is fluidly connecting the first valve and the second valve, wherein the trigger conduit is configured to: accept fluid from opening of one of the first valve or the second valve by activation of a trigger element that is at least one of a shape memory alloy element or a heat-activated solenoid; and communicate pressure of the fluid to open the other of first valve or the second valve; and the system comprising a vent conduit fluidly connected to at least one of the first and second valves and an atmosphere exterior to the first pressure vessel. a first valve fluidly connected to a first pressure vessel; and a second valve fluidly connected to a second pressure vessel; wherein a trigger conduit is fluidly connecting the first valve and accept fluid from opening of one of the first valve or the second valve by activation of a trigger element that is at least one of a shape memory alloy element or a heat-activated solenoid; and communicate pressure of the fluid to open the other of first valve or the second valve; and the system comprising a vent conduit fluidly connected to at least one of the first and second valves and an atmosphere exterior to the first pressure vessel.