mhurhangee/patent-ind-claim-en huggingface dataset:
An e-vapor apparatus comprising: a pod assembly including a pre-vapor formulation compartment, a first electrical connector , a vapor channel traversing the pre-vapor formulation compartment, and a vaporizer , the pre-vapor formulation compartment configured to hold a pre-vapor formulation therein and in fluidic communication with the vaporizer during an operation of the e-vapor apparatus , the first electrical connector including, first and second power electrodes (2335 1 , 2335 2 ), the first power electrode (2335 1 ) including a first contact portion (2330 1 ) on an exterior of the first electrical connector and a first extended portion configured to contact an anode portion of the vaporizer, the second power electrode (2335 2 ) including a second contact portion (2330 2 ) on the exterior of the first electrical connector and a second extended portion configured to contact a cathode portion of the vaporizer ; and a dispensing body defining a receiving area to receive the pod assembly, the dispensing body including a second electrical connector configured to connect to the first electrical connector , wherein each of the first contact portion (2330 1 ) and the second contact portion (2330 2 ) includes a part that extends away from the exterior of the first electrical connector , wherein the part that extends away from the exterior of the first electrical connector is semi-circular and defines a half cylinder shape that provides a contact area along a width of a tangent of the semi-circular part. a pod assembly including a pre-vapor formulation compartment, a first electrical connector , a vapor channel traversing the pre-vapor formulation compartment, and a vaporizer , the pre-vapor formulation compartment configured to hold a pre-vapor formulation therein and in fluidic communication with the vaporizer during an operation of the e-vapor apparatus , the first electrical connector including, first and second power electrodes (2335 1 , 2335 2 ), the first power electrode (2335 1 ) including a first contact portion (2330 1 ) on an exterior of the first electrical connector and a first extended portion configured to contact an anode portion of the vaporizer, the second power electrode (2335 2 ) including a second contact portion (2330 2 ) on the exterior of the first electrical connector and a second extended portion configured to contact a cathode portion of the vaporizer ; and a dispensing body defining a receiving area to receive the pod assembly, the dispensing body including a second electrical connector configured to connect to the first electrical connector , wherein each of the first contact portion (2330 1 ) and the second contact portion (2330 2 ) includes a part that extends away from the exterior of the first electrical connector , wherein the part that extends away from the exterior of the first electrical connector is semi-circular and defines a half cylinder shape that provides a contact area along a width of a tangent of the semi-circular part.
A powered-knee exoskeleton system , comprising: a pair of shank segments , a pair of thigh segments , a pair of powered knee joints connecting respectively a shank segment and a thigh segment , to produce a flexion and extension motion between the shank and thigh segments , a lumbar segment , a pair of hip joints connecting the lumbar segment with the thigh segments , a pair of foot sole segments connected respectively with the shank segments , at least a pair of sensors suitable to measure or calculate angular velocity of each of the thigh or shank segments , a system controller adapted for processing angular velocity sensor readings and for controlling the operation of the powered knee joints based on the angular velocity of the sensors readings, wherein the system controller is further adapted to detect a user's hip thrust gesture indicating a user's intention to initiate a step forward, by detecting an increase in the forward velocity of a hip joint in the direction of walking, and wherein the system controller is adapted to determine the increase in the forward velocity of a hip joint in the direction of walking , by detecting a local minimum value of the thigh or shank segment angular velocity, comparing the detected local minimum value with subsequent measured angular velocity values, to detect when the difference between the compared values is higher than a predefined threshold and resetting the user's hip thrust gesture detection every time the thigh or shank angle becomes negative. a pair of shank segments , a pair of thigh segments , a pair of powered knee joints connecting respectively a shank segment and a thigh segment , to produce a flexion and extension motion between the shank and thigh segments , a lumbar segment , a pair of hip joints connecting the lumbar segment with the thigh segments , a pair of foot sole segments connected respectively with the shank segments , at least a pair of sensors suitable to measure or calculate angular velocity of each of the thigh or shank segments , a system controller adapted for processing angular velocity sensor readings and for controlling the operation of the powered knee joints based on the angular velocity of the sensors readings, wherein the system controller is further adapted to detect a user's hip thrust gesture indicating a user's intention to initiate a step forward, by detecting an increase in the forward velocity of a hip joint in the direction of walking, and wherein the system controller is adapted to determine the increase in the forward velocity of a hip joint in the direction of walking , by detecting a local minimum value of the thigh or shank segment angular velocity, comparing the detected local minimum value with subsequent measured angular velocity values, to detect when the difference between the compared values is higher than a predefined threshold and resetting the user's hip thrust gesture detection every time the thigh or shank angle becomes negative.
Motor vehicle lighting module comprising: - at least one matrix of light sources arranged in at least one horizontal row and in vertical columns , the light sources being emitting surfaces of light-emitting diodes which are all arranged on a common substrate ; - at least one imaging device designed to project the light sources in a light beam in which each light source produces a light pixel , the activation of the light sources of a row forming a light row of light pixels lit uniformly, the imaging device comprising at least one first object focal surface exhibiting a curvature defect of determined radius of curvature; characterized in that the matrix is mounted on a mount which makes it possible to adjust its radius of curvature so that the substrate has, in a horizontal plane, a curved form at least partly parallel to or coinciding with the first object focal surface of the imaging device and in that the front face of the substrate has a planar form in its non-stressed state. - at least one matrix of light sources arranged in at least one horizontal row and in vertical columns , the light sources being emitting surfaces of light-emitting diodes which are all arranged on a common substrate ; - at least one imaging device designed to project the light sources in a light beam in which each light source produces a light pixel , the activation of the light sources of a row forming a light row of light pixels lit uniformly, the imaging device comprising at least one first object focal surface exhibiting a curvature defect of determined radius of curvature;
A post-processing apparatus for performing a given process subsequently to an image forming process by an image forming apparatus (IFA), comprising: a first ejector which ejects a first sheet; a first tray which temporarily holds the first sheet ejected by the first ejector ; a second tray situated downstream of the first tray in an ejection direction of the first sheet; a tray driver which moves the second tray downwardly from a first height position, characterized in that the post-processing apparatus further comprising: a first blower which forms an airstream between the second tray and a lower surface of the first sheet when the first sheet is ejected by the first ejector ; and a controller which controls the first blower and the tray driver , wherein the controller includes: (i) a first blower controller which causes the first blower to blow air over a time period in synchronization with a first time period from a start to an end of ejection of the first sheet by the first ejector ; and (ii) a tray controller which causes the tray driver to move the second tray downwardly from the first height position after the first time period. a first ejector which ejects a first sheet; a first tray which temporarily holds the first sheet ejected by the first ejector ; a second tray situated downstream of the first tray in an ejection direction of the first sheet; a tray driver which moves the second tray downwardly from a first height position, characterized in that the post-processing apparatus further comprising: a first blower which forms an airstream between the second tray and a lower surface of the first sheet when the first sheet is ejected by the first ejector ; and a controller which controls the first blower and the tray driver , wherein the controller includes: (i) a first blower controller which causes the first blower to blow air over a time period in synchronization with a first time period from a start to an end of ejection of the first sheet by the first ejector ; and (ii) a tray controller which causes the tray driver to move the second tray downwardly from the first height position after the first time period. a first blower which forms an airstream between the second tray and a lower surface of the first sheet when the first sheet is ejected by the first ejector ; and a controller which controls the first blower and the tray driver , wherein the controller includes: (i) a first blower controller which causes the first blower to blow air over a time period in synchronization with a first time period from a start to an end of ejection of the first sheet by the first ejector ; and (ii) a tray controller which causes the tray driver to move the second tray downwardly from the first height position after the first time period. (i) a first blower controller which causes the first blower to blow air over a time period in synchronization with a first time period from a start to an end of ejection of the first sheet by the first ejector ; and (ii) a tray controller which causes the tray driver to move the second tray downwardly from the first height position after the first time period.
Coupling system having an oscillation decoupling system and a coupling , wherein the oscillation decoupling system has an actuating mechanism with an active element which is designed to carry out an active movement in a predetermined active direction (W, W') for actuating the adjustment element , and an oscillation decoupling member which connects the active element of the actuating mechanism and the adjustment element , wherein the vibration decoupling member in the predetermined active direction (W, W') forms a play-afflicted connection which has a predetermined play range in which the active element or the adjustment element moves without the respective other element moving, characterised in that the adjustment element is provided as a disengaging mechanism for the coupling for engaging and disengaging the coupling . an oscillation decoupling system and a coupling , wherein the oscillation decoupling system has an actuating mechanism with an active element which is designed to carry out an active movement in a predetermined active direction (W, W') for actuating the adjustment element , and an oscillation decoupling member which connects the active element of the actuating mechanism and the adjustment element , wherein the vibration decoupling member in the predetermined active direction (W, W') forms a play-afflicted connection which has a predetermined play range in which the active element or the adjustment element moves without the respective other element moving, characterised in that the adjustment element is provided as a disengaging mechanism for the coupling for engaging and disengaging the coupling .
Cartridge for filtering a liquid to be filtered, comprising a filtering resin (6; 6') to filter the liquid to be filtered, the filtering cartridge (60; 60') extending between an inlet orifice (61; 61') enabling the liquid to be filtered to access the filtering resin (6; 6') and an outlet orifice (62; 62') enabling the liquid filtered through the filtering resin (6; 6') to exit the filtering cartridge (60; 60'); characterised in that the filtering cartridge (60; 60') comprises a liquid holding system (5; 5') arranged in the filtering resin (6; 6') on the side of the inlet orifice (61; 61'), the liquid holding system (5; 5') comprising a siphon member (51; 51') extending between an open end and a closed end , and in that the inlet orifice (61; 61') of the filtering cartridge (60; 60') comprises a liquid guide member (610; 610') having a convergent portion in the direction of the siphon member (51; 51'), the guide member (610; 610') being arranged at least partially in the siphon member (51; 51') through the open end .
A method of producing chabazite zeolite comprising: steps (a) and (b): (a) a step of preparing a precursor having features , , and : the precursor has a chabazite framework; 7 ≤ silica-alumina molar ratio ≤ 15; and 100% ≤ crystallinity determined according to the description paragraph , and (b) a step of steam-treating the precursor under conditions having features and to remove a part of Al in a zeolite framework of the precursor: 50% ≤ moisture content; and 450°C ≤ treatment temperature ≤ 800°C. (a) a step of preparing a precursor having features , , and : the precursor has a chabazite framework; 7 ≤ silica-alumina molar ratio ≤ 15; and 100% ≤ crystallinity determined according to the description paragraph , and the precursor has a chabazite framework; 7 ≤ silica-alumina molar ratio ≤ 15; and 100% ≤ crystallinity determined according to the description paragraph , and (b) a step of steam-treating the precursor under conditions having features and to remove a part of Al in a zeolite framework of the precursor: 50% ≤ moisture content; and 450°C ≤ treatment temperature ≤ 800°C. 50% ≤ moisture content; and 450°C ≤ treatment temperature ≤ 800°C.
Caps and closures comprising high density polyethylene, polyolefin elastomer and polypropylene wherein the amount of high density polyethylene is more than 50% by weight of the total amount of high density polyethylene, polyolefin elastomer and polypropylene and wherein the total amount of high density polyethylene, polyolefin elastomer and polypropylene is 100 % by weight.
Triphenylgermylsilane (Ph 3 Ge-SiH 3 ).
A computer-implemented method for verifying the authenticity of trusted execution environments, TEEs, the method comprising: establishing , by a key management, KM, TEE of a KM node, a trust relationship with a plurality of KM TEEs in a plurality of KM nodes based on performing mutual attestations with the plurality of KM TEEs, wherein the KM node and the plurality of KM nodes are in a consortium blockchain; initiating , by the KM TEE, a consensus process with the plurality of KM TEEs for reaching consensus on providing one or more encryption keys to a service TEE of the KM node; in response to reaching the consensus with the plurality of KM TEEs, initiating , by the KM TEE, a local attestation process with a service TEE in the KM node; determining , by the KM TEE, that the local attestation process is successful; and in response to determining that the local attestation process is successful, providing , by the KM TEE, one or more encryption keys to the TEE executing on the computing device. establishing , by a key management, KM, TEE of a KM node, a trust relationship with a plurality of KM TEEs in a plurality of KM nodes based on performing mutual attestations with the plurality of KM TEEs, wherein the KM node and the plurality of KM nodes are in a consortium blockchain; initiating , by the KM TEE, a consensus process with the plurality of KM TEEs for reaching consensus on providing one or more encryption keys to a service TEE of the KM node; in response to reaching the consensus with the plurality of KM TEEs, initiating , by the KM TEE, a local attestation process with a service TEE in the KM node; determining , by the KM TEE, that the local attestation process is successful; and in response to determining that the local attestation process is successful, providing , by the KM TEE, one or more encryption keys to the TEE executing on the computing device.
WPC extrusion profile comprising a WPC material, in which plant fibres are embedded in a plastics matrix, wherein the WPC material comprises a proportion of naturally growing plant fibres of between 30 to 75% by weight and the WPC extrusion profile has at least one foamed hollow chamber , characterized in that the at least one hollow chamber of the WPC extrusion profile is filled completely with a foam , in particular a closed-pore foam , and the foam consists of a plastic of the same type as the matrix of the WPC material, and in that the foaming is effected with a physically acting blowing agent, in particular CO 2 , and the density of the foam is less than 0.4 g/cm 3 and the average cell size of the foam has a mean diameter of less than 0.4 mm.
A bonded structure comprising: a first member ; a second member ; an adhesive that bonds together the first member and the second member ; and an optical fiber sandwiched between the first member and the second member such that the bonding condition between the first member and the second member can be detected based on birefringence of the optical fiber , wherein a solid object is inserted between the optical fiber and at least one of the first member and the second member and between the optical fiber and the adhesive , and wherein the solid object is formed by hardening an adhesive. a first member ; a second member ; an adhesive that bonds together the first member and the second member ; and an optical fiber sandwiched between the first member and the second member such that the bonding condition between the first member and the second member can be detected based on birefringence of the optical fiber , wherein a solid object is inserted between the optical fiber and at least one of the first member and the second member and between the optical fiber and the adhesive , and wherein the solid object is formed by hardening an adhesive.
Corner cabinet having an interior space , which is accessible on the front side via a corner cabinet door and is substantially rectangular in plan view, having a fitting , which consists of at least one carrier, which can be supported in a positionally fixed manner in the interior space of the corner cabinet , for mounting at least one one-piece shelf with a semicircle-like basic shape, wherein the carrier has at least one link , which supports the shelf and transfers the shelf along a predetermined movement path from an interior position in the interior space of the corner cabinet into an exterior position situated substantially in front of the door opening of the corner cabinet , wherein the link is pivotably connected to the underside of the shelf and via a carrier fitting to a corner cabinet part, wherein a driver apparatus is provided between the corner cabinet door , which closes the door opening, and the shelf in order to couple the corner cabinet door to the shelf during at least part of the opening movement and during at least part of the closing movement of the corner cabinet door , wherein the driver apparatus is designed as a driver linkage having at least two links (8.1, 8.2) connected to one another in an articulated manner, and at least one link (8.2) of the driver linkage is connected in an articulated manner to the corner cabinet door and another link (8.1) of the driver linkage is connected in an articulated manner to a corner cabinet part , characterized in that , during the opening movement of the corner cabinet door , the links (8.1, 8.2) of the driver linkage are able to pivot relative to one another in such a manner that, in a door opening end position, they are transferred into a locking position in relation to one another, in which the driver linkage is automatically locked in such a manner that the corner cabinet door is fixed in this door opening end position, and wherein the corner cabinet is designed such that, when the corner cabinet door has been transferred into the door opening end position and the driver linkage has been transferred into the locking position, the shelf can be grasped by an operator and can be moved further out of the interior space of the corner cabinet .
An endoscope control unit (199; 216) configured to attach to, and be in data communication with, an endoscope , the endoscope control unit (199; 216) comprising: a receptacle (302; 500) positioned on an exterior surface of the control unit (199; 216) and configured to receive a main connector (202; 410; 600) of the endoscope ; a first region (111; 224; 502) positioned within an exterior face of the receptacle (302; 500), wherein the first region (111; 224; 502) comprises a first probe , wherein the first probe comprises a spring loaded pin configured to receive a first set of video data signals having a first bandwidth from the endoscope ; and a second region (177; 226; 510) positioned within the exterior face of the receptacle (302; 500) and separated from the first region (111; 224; 502), wherein the second region (117; 226; 510) comprises an interface configured to receive a second set of video data signals having a second bandwidth from the endoscope . a receptacle (302; 500) positioned on an exterior surface of the control unit (199; 216) and configured to receive a main connector (202; 410; 600) of the endoscope ; a first region (111; 224; 502) positioned within an exterior face of the receptacle (302; 500), wherein the first region (111; 224; 502) comprises a first probe , wherein the first probe comprises a spring loaded pin configured to receive a first set of video data signals having a first bandwidth from the endoscope ; and a second region (177; 226; 510) positioned within the exterior face of the receptacle (302; 500) and separated from the first region (111; 224; 502), wherein the second region (117; 226; 510) comprises an interface configured to receive a second set of video data signals having a second bandwidth from the endoscope .
A composition for a heat cycle system, which comprises a working fluid containing trifluoroethylene and difluoromethane, and a phosphoric acid ester, wherein the interaction distance (Ra) between the working fluid and the phosphoric acid ester as determined from the Hansen solubility parameters is at most 15.