mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a logic device configured to receive torque sensor data from a torque sensor unit, TSU , coupled to a steering mechanism for a mobile structure and to disengage an autopilot drive for the mobile structure, wherein the logic device is configured to: receive a heading, wind direction, and/or cross track error associated with the autopilot drive for the mobile structure; determine a force applied to one or more components of the steering mechanism for the mobile structure based, at least in part, on the torque sensor data provided by the TSU; and disengage the autopilot drive for the mobile structure based, at least in part, on the determined applied force, wherein the autopilot drive is disengaged to allow manual manipulation of the steering mechanism for the mobile structure; wherein the logic device is configured to determine the force applied to the one or more components by characterizing the torque sensor data and/or corresponding sensor signals as a manual loading applied to the steering mechanism, based on one or more load profiles for the steering mechanism, the autopilot drive, and/or the mobile structure. a logic device configured to receive torque sensor data from a torque sensor unit, TSU , coupled to a steering mechanism for a mobile structure and to disengage an autopilot drive for the mobile structure, wherein the logic device is configured to: receive a heading, wind direction, and/or cross track error associated with the autopilot drive for the mobile structure; determine a force applied to one or more components of the steering mechanism for the mobile structure based, at least in part, on the torque sensor data provided by the TSU; and disengage the autopilot drive for the mobile structure based, at least in part, on the determined applied force, wherein the autopilot drive is disengaged to allow manual manipulation of the steering mechanism for the mobile structure; receive a heading, wind direction, and/or cross track error associated with the autopilot drive for the mobile structure; determine a force applied to one or more components of the steering mechanism for the mobile structure based, at least in part, on the torque sensor data provided by the TSU; and disengage the autopilot drive for the mobile structure based, at least in part, on the determined applied force, wherein the autopilot drive is disengaged to allow manual manipulation of the steering mechanism for the mobile structure; wherein the logic device is configured to determine the force applied to the one or more components by characterizing the torque sensor data and/or corresponding sensor signals as a manual loading applied to the steering mechanism, based on one or more load profiles for the steering mechanism, the autopilot drive, and/or the mobile structure.
A belt for an elevator system , comprising: one or more tension members arranged along a belt width and extending longitudinally along a length of the belt, each tension member is formed from a plurality of fibers extending along the belt length arranged into groups or tows , wherein the tension fibers are Vectran ® , Kevlar ® , or high-density polyethelyne fibers; and a jacket material at least partially encapsulating the plurality of tension members ; characterized in that the belt further comprises an interlayer disposed between a tension member of the one or more tension members and the jacket material , wherein the interlayer substantially envelops the tension member of the one or more tension members , and in that the one or more tension members are formed from the plurality of fibers absent an impregnated resin matrix material. one or more tension members arranged along a belt width and extending longitudinally along a length of the belt, each tension member is formed from a plurality of fibers extending along the belt length arranged into groups or tows , wherein the tension fibers are Vectran ® , Kevlar ® , or high-density polyethelyne fibers; and a jacket material at least partially encapsulating the plurality of tension members ; characterized in that the belt further comprises an interlayer disposed between a tension member of the one or more tension members and the jacket material , wherein the interlayer substantially envelops the tension member of the one or more tension members , and in that the one or more tension members are formed from the plurality of fibers absent an impregnated resin matrix material.
An opening/closing device comprising: a gate that receives a flow of fluid, and is able to fall down toward a downstream direction of the flow; a fall prevention unit that supports the gate , thereby preventing the gate from falling down; a support release unit that releases the support for the gate by the fall prevention unit ; a first float that is arranged on an upstream side of the gate , is arranged on one of the left side and the right side of the gate viewed from upstream, and is less in the specific gravity than the fluid; a floating prevention unit that prevents the first float from floating; a second float that is arranged on the upstream side of the gate , and is less in the specific gravity than the fluid; and a floating prevention release unit that releases the prevention of the first float from the floating by the floating prevention unit as the second float floats, wherein the support release unit is activated as the first float floats, characterized in that the second float is arranged on the other one of the left side and the right side of the gate viewed from upstream. a gate that receives a flow of fluid, and is able to fall down toward a downstream direction of the flow; a fall prevention unit that supports the gate , thereby preventing the gate from falling down; a support release unit that releases the support for the gate by the fall prevention unit ; a first float that is arranged on an upstream side of the gate , is arranged on one of the left side and the right side of the gate viewed from upstream, and is less in the specific gravity than the fluid; a floating prevention unit that prevents the first float from floating; a second float that is arranged on the upstream side of the gate , and is less in the specific gravity than the fluid; and a floating prevention release unit that releases the prevention of the first float from the floating by the floating prevention unit as the second float floats, wherein the support release unit is activated as the first float floats, characterized in that the second float is arranged on the other one of the left side and the right side of the gate viewed from upstream.
An information processing apparatus comprising: a control unit configured to detect an external apparatus in a wireless communication scheme, and to perform control such that power ON request data is transmitted to the external apparatus in accordance with a detection result within a certain time (T1) from a detection processing start for the external apparatus (S109), the power ON request data requesting the external apparatus to be powered on; the apparatus being characterized in that after the certain time has elapsed, the control unit is configured to stop the detection processing to prevent the external apparatus from being detected again, and the certain time is configured to be shorter than the time from the external apparatus being powered on to the external apparatus being powered off to a standby mode in the event that no operation is performed on the external apparatus after the external apparatus has been powered on (T3+Tx), plus the time from the external apparatus being powered off to resumption of the transmission of an advertising packet by the external apparatus (T4). a control unit configured to detect an external apparatus in a wireless communication scheme, and to perform control such that power ON request data is transmitted to the external apparatus in accordance with a detection result within a certain time (T1) from a detection processing start for the external apparatus (S109), the power ON request data requesting the external apparatus to be powered on; the apparatus being characterized in that after the certain time has elapsed, the control unit is configured to stop the detection processing to prevent the external apparatus from being detected again, and the certain time is configured to be shorter than the time from the external apparatus being powered on to the external apparatus being powered off to a standby mode in the event that no operation is performed on the external apparatus after the external apparatus has been powered on (T3+Tx), plus the time from the external apparatus being powered off to resumption of the transmission of an advertising packet by the external apparatus (T4).
A rigid polyurethane foam formulation comprising: a polyester polyol having a hydroxyl number of from 150 to 600 mg KOH/g and a functionality of at least 2; a blowing agent comprising water and an auxiliary blowing agent; a non-silicone organic surfactant; greater than 0.1% to less than 3.7% of a cyclic siloxane, by weight based on the total weight of the foam formulation; a catalyst, and optionally a flame retardant; and a polyisocyanate; wherein the isocyanate index is in the range of from 100 to 500. a polyester polyol having a hydroxyl number of from 150 to 600 mg KOH/g and a functionality of at least 2; a blowing agent comprising water and an auxiliary blowing agent; a non-silicone organic surfactant; greater than 0.1% to less than 3.7% of a cyclic siloxane, by weight based on the total weight of the foam formulation; a catalyst, and optionally a flame retardant; and a polyisocyanate; wherein the isocyanate index is in the range of from 100 to 500.
Luminaire cover unit for a flat luminaire comprising: an integral luminaire cover having: • a flat light transmission section to allow light to pass through, which light transmission section only extends substantially within a plane (E), and • a receiving section which is bulged away from the plane (E) to form a receiving space delimited by the receiving section with an opening within the plane (E) to access the receiving space , and a lighting electronic being at least partially received within the receiving space , wherein the lighting electronic is at least partially potted with a pottant in the receiving space . an integral luminaire cover having: • a flat light transmission section to allow light to pass through, which light transmission section only extends substantially within a plane (E), and • a receiving section which is bulged away from the plane (E) to form a receiving space delimited by the receiving section with an opening within the plane (E) to access the receiving space , and • a flat light transmission section to allow light to pass through, which light transmission section only extends substantially within a plane (E), and • a receiving section which is bulged away from the plane (E) to form a receiving space delimited by the receiving section with an opening within the plane (E) to access the receiving space , and a lighting electronic being at least partially received within the receiving space , wherein the lighting electronic is at least partially potted with a pottant in the receiving space .
A stereolithography apparatus, having: - an exposure arrangement comprising: - a radiative element configured to emit optical radiation, and - a masking element configured to form an exposure pattern by partially masking optical radiation from the radiative element , - a table having a horizontal upper surface on which is placeable a vat for holding resin to be photopolymerized in a stereolithographic 3D printing process by optical radiation, wherein the masking element is arranged in thermal connection with the horizontal upper surface , and the apparatus further comprises a controller , the controller being coupled i) to said radiative element for emitting optical radiation from the radiative element to the masking element , wherein the controller is configured to execute a resin pre-heating process to heat the resin in the vat, characterised in that the controller is coupled ii) to said masking element for keeping the masking element closed, wherein the controller is configured to execute the resin pre-heating process to heat the resin in the vat by emitting optical radiation from the radiative element to the closed masking element , whereby the masking element is heated by the optical radiation absorbed in the masking element and thermal energy is further transferred to the resin in the vat . - an exposure arrangement comprising: - a radiative element configured to emit optical radiation, and - a masking element configured to form an exposure pattern by partially masking optical radiation from the radiative element , - a radiative element configured to emit optical radiation, and - a masking element configured to form an exposure pattern by partially masking optical radiation from the radiative element , - a table having a horizontal upper surface on which is placeable a vat for holding resin to be photopolymerized in a stereolithographic 3D printing process by optical radiation, the masking element is arranged in thermal connection with the horizontal upper surface , and the apparatus further comprises a controller , the controller being coupled i) to said radiative element for emitting optical radiation from the radiative element to the masking element , wherein the controller is configured to execute a resin pre-heating process to heat the resin in the vat, characterised in that the controller is coupled ii) to said masking element for keeping the masking element closed, wherein the controller is configured to execute the resin pre-heating process to heat the resin in the vat by emitting optical radiation from the radiative element to the closed masking element , whereby the masking element is heated by the optical radiation absorbed in the masking element and thermal energy is further transferred to the resin in the vat .
A pickup apparatus , for a musical instrument, to be fixed to the musical instrument , comprising: a disc-shaped piezoelectric element ; a couple of circular members receiving interposition of the piezoelectric element therebetween; and leg portions being arranged on a surface of any one of the couple of circular members , each circular member including protrusions formed protrusively toward the other circular member in two positions along a peripheral edge of an opposite surface in a face-to-face relationship with the other circular member , the piezoelectric element being supported within an air gap formed by the protrusions between the couple of circular members in a state of the piezoelectric element being interposed between the protrusions possessed by the respective circular members , characterized in that the piezoelectric element is supported at two points along peripheral edges of the disc-shaped piezoelectric element by being pinched by the protrusions provided in said two positions. a disc-shaped piezoelectric element ; a couple of circular members receiving interposition of the piezoelectric element therebetween; and leg portions being arranged on a surface of any one of the couple of circular members , each circular member including protrusions formed protrusively toward the other circular member in two positions along a peripheral edge of an opposite surface in a face-to-face relationship with the other circular member , the piezoelectric element being supported within an air gap formed by the protrusions between the couple of circular members in a state of the piezoelectric element being interposed between the protrusions possessed by the respective circular members , characterized in that the piezoelectric element is supported at two points along peripheral edges of the disc-shaped piezoelectric element by being pinched by the protrusions provided in said two positions.
A robotic work tool system comprising a boundary wire, a first guide wire and a robotic work tool comprising a controller and at least one magnetic sensor arranged to sense a magnetic boundary signal emitted by the boundary wire, and a first magnetic guide signal emitted by the first guide wire , wherein the boundary wire is arranged to demarcate a work area , the work area comprising at least one obstacle, and the guide wire is arranged to be laid so that it alternates between following the boundary wire and the at least one obstacle, thereby at least partially demarcating at least a first, a second and a third work zone (205', 205", 205′′′), wherein the first work zone , the second and the third work zones (205") are all comprised in the work area , wherein the controller is configured to: detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed. wherein the boundary wire is arranged to demarcate a work area , the work area comprising at least one obstacle, and the guide wire is arranged to be laid so that it alternates between following the boundary wire and the at least one obstacle, thereby at least partially demarcating at least a first, a second and a third work zone (205', 205", 205′′′), wherein the first work zone , the second and the third work zones (205") are all comprised in the work area , wherein the controller is configured to: detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed. detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed.
An inductor structure (142; 200; 300; 400; 500; 600) comprising: first means for conducting current corresponding to a first layer (210; 310; 501; 601) of an inductor , wherein the first means for conducting current includes a first trace and a second trace , wherein the first trace is parallel to the second trace, and wherein a dimension of the first trace is different from a corresponding dimension of the second trace; second means for conducting current corresponding to a second layer (240; 340; 560; 660) of the inductor , the second means for conducting current coupled to the first means for conducting current, wherein the second means for conducting current includes a third trace , and wherein the third trace is coupled to the first trace and to the second trace; and third means for conducting current corresponding to a third layer of the inductor , the third means for conducting current includes a fourth trace , wherein the fourth trace is coupled to the first trace , and wherein the third layer (220; 320; 520; 620) is positioned between the first layer (210; 310; 501; 601) and the second layer (240; 340; 560; 660). first means for conducting current corresponding to a first layer (210; 310; 501; 601) of an inductor , wherein the first means for conducting current includes a first trace and a second trace , wherein the first trace is parallel to the second trace, and wherein a dimension of the first trace is different from a corresponding dimension of the second trace; second means for conducting current corresponding to a second layer (240; 340; 560; 660) of the inductor , the second means for conducting current coupled to the first means for conducting current, wherein the second means for conducting current includes a third trace , and wherein the third trace is coupled to the first trace and to the second trace; and third means for conducting current corresponding to a third layer of the inductor , the third means for conducting current includes a fourth trace , wherein the fourth trace is coupled to the first trace , and wherein the third layer (220; 320; 520; 620) is positioned between the first layer (210; 310; 501; 601) and the second layer (240; 340; 560; 660).
Lipophilic phenolic polymer particles, wherein the particles are in the solid state, and the phenolic polymer is a water-soluble polymer that includes a plurality of OH-substituted phenyl groups.
A catheter assembly comprising: a flexible catheter ; a catheter hub including a protrusion ; a needle having a distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage the catheter hub, the outer member comprising a catch extending from its outer surface to engage with the protrusion when the needle is in the first position, and; an inner member movably disposed in the outer member, the inner member including an opposing member , and the opposing member configured to be inserted into the catheter hub when the needle is in the first position; and a needle protection member disposed in the inner member, the needle protection member enclosing at least a portion of the needle when the needle is in the second position; wherein when the needle is moved to the second position, the inner member axially moves relative to the outer member causing the opposing member to disengage the catheter hub and allowing the outer member to disengage from the catheter hub. a flexible catheter ; a catheter hub including a protrusion ; a needle having a distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage the catheter hub, the outer member comprising a catch extending from its outer surface to engage with the protrusion when the needle is in the first position, and; an inner member movably disposed in the outer member, the inner member including an opposing member , and the opposing member configured to be inserted into the catheter hub when the needle is in the first position; and a needle protection member disposed in the inner member, the needle protection member enclosing at least a portion of the needle when the needle is in the second position; wherein when the needle is moved to the second position, the inner member axially moves relative to the outer member causing the opposing member to disengage the catheter hub and allowing the outer member to disengage from the catheter hub.
A process for the oxidation of organic compounds contained in a gas stream comprising the step of introducing said gas stream containing the organic compounds together with sufficient oxygen to effect the desired amount of oxidation into an oxidation reactor containing an oxidation catalyst and maintaining the temperature of said gas stream at a temperature sufficient to effect oxidation, characterised in that the oxidation catalyst comprises a support material, 0.05 - 5% of platinum, palladium or a mixture of platinum and palladium, and from 0.01 to 0.2% by weight of ruthenium, all percentages being by weight based on the total weight of catalyst metals plus support.