mhurhangee/patent-ind-claim-en huggingface dataset:
A fitness device for use in performing a combination pull-up and fly move, comprising: a floor-engaging member coupled to a central vertical support ; and a horizontal pull-up bar able to support at least 182 kg (400 pounds) of weight and configured to support a human pull-up movement, securely coupled by a central pivot portion to the central vertical support at a height of at least 1.75 m (5' 9") from the floor engaging member , wherein the horizontal pull-up bar comprises a right bar member and a left bar member , and wherein the right bar member and the left bar member are pivotally connected to the central pivot portion such that the right bar member and the left bar member may be resistively moved simultaneously from an original position 180° relative to one another to a position 90° forward from the original position while a user is performing a combination pull-up and fly movement. a floor-engaging member coupled to a central vertical support ; and a horizontal pull-up bar able to support at least 182 kg (400 pounds) of weight and configured to support a human pull-up movement, securely coupled by a central pivot portion to the central vertical support at a height of at least 1.75 m (5' 9") from the floor engaging member , wherein the horizontal pull-up bar comprises a right bar member and a left bar member , and wherein the right bar member and the left bar member are pivotally connected to the central pivot portion such that the right bar member and the left bar member may be resistively moved simultaneously from an original position 180° relative to one another to a position 90° forward from the original position while a user is performing a combination pull-up and fly movement.
Stop for a rotating drilling, milling or countersinking tool , comprising a stop sleeve coupled to a radial rolling bearing , in the installed state, so as to be freely rotatable about the tool , wherein an outer bearing bush of the radial rolling bearing is fastened to the stop sleeve and an inner bearing bush of the radial rolling bearing is fastened on a shank sleeve , which can be fastened on a tool shank of the tool , characterized in that an axial rolling bearing is additionally provided, wherein a housing washer of the axial rolling bearing is supported on the stop sleeve and a shaft washer of the axial rolling bearing is supported on the shank sleeve .
A flat tube for a heat exchanger, formed by a sheet material and defined by a bottom wall a top wall and two side walls , wherein said flat tubes further comprises a corrugated fin in the space defined between its walls , wherein at least one of the side walls comprises a first layer and a second layer of the sheet material, wherein the first layer has a curved portion forming a conduit together with the second layer , the curved portion protruding into the inner space of the tube in the width direction and thereby preventing creation of an air bypass when the corrugated fin is placed in the tube, wherein the first layer comprises brazed portions which form a connection with the second layer at the opposing sides of the conduit .
A plasma gas swirl ring for a liquid cooled plasma arc torch , the swirl ring comprising: a substantially hollow body having a distal end , a proximal end , an interior region defined by an interior surface , and an exterior surface , the distal and the proximal ends of the body defining a longitudinal axis extending therethrough, wherein the interior region of the body is configured to receive an electrode of the plasma arc torch ; a first opening disposed within a portion of the proximal end of the body, the first opening configured to provide fluid communication from the interior region to the exterior surface of the body; a second opening disposed about a central portion of the body, the second opening configured to provide fluid communication from the exterior surface to the interior region of the body; and a third opening comprising at least one swirling port disposed within a portion of the distal end of the body, the third opening fluidly connecting the interior region of the body to an exterior region, the third opening configured to provide a swirling flow of the plasma gas about the electrode at the distal end of the body, characterized in that the third opening is oriented substantially parallel to the longitudinal axis (A). a substantially hollow body having a distal end , a proximal end , an interior region defined by an interior surface , and an exterior surface , the distal and the proximal ends of the body defining a longitudinal axis extending therethrough, wherein the interior region of the body is configured to receive an electrode of the plasma arc torch ; a first opening disposed within a portion of the proximal end of the body, the first opening configured to provide fluid communication from the interior region to the exterior surface of the body; a second opening disposed about a central portion of the body, the second opening configured to provide fluid communication from the exterior surface to the interior region of the body; and a third opening comprising at least one swirling port disposed within a portion of the distal end of the body, the third opening fluidly connecting the interior region of the body to an exterior region, the third opening configured to provide a swirling flow of the plasma gas about the electrode at the distal end of the body, characterized in that the third opening is oriented substantially parallel to the longitudinal axis (A).
An analyzer for use with in vitro diagnostics comprising: one or more container(s) comprising: a container body configured to hold one or more fluids; a closure device disposed on the container body ; a movable cannula that is housed in the closure device of the container and is configured to move downward relative to a closure device body responsive to a downward force exerted on the cannula ; and a sealing portion attached to the container body or to the closure device and configured to seal off the one or more fluids in the container body from matter outside the container body when the sealing portion is closed; and a pick and place device , characterized in that the movable cannula is configured to move downward responsive to a force from the pick and place device and cause an opening in the sealing portion , and one or more pick and place devices configured to move the one or more container(s) between different locations of the analyzer and to cause an opening in the sealing portion . a container body configured to hold one or more fluids; a closure device disposed on the container body ; a movable cannula that is housed in the closure device of the container and is configured to move downward relative to a closure device body responsive to a downward force exerted on the cannula ; and a sealing portion attached to the container body or to the closure device and configured to seal off the one or more fluids in the container body from matter outside the container body when the sealing portion is closed; and a pick and place device , characterized in that the movable cannula is configured to move downward responsive to a force from the pick and place device and cause an opening in the sealing portion , and one or more pick and place devices configured to move the one or more container(s) between different locations of the analyzer and to cause an opening in the sealing portion .
An analyte sensor comprising a channel member , first and second electrodes configured to enable a flow of electrical current from the first electrode through the channel member to the second electrode , and a supporting substrate configured to support the channel member and the first and second electrodes, wherein one or more of the supporting substrate and electrodes are configured such that a portion of the channel member is suspended to expose opposing surfaces (512a,b) of the portion, the exposed opposing surfaces (512a,b) comprising respective functional coatings thereon configured to facilitate variation of the flow of electrical current through the channel member , wherein the functional coating on each of the exposed opposing surfaces (512a,b) comprises a different receptor species configured to interact with a different respective analyte species in the surrounding environment, interaction of the receptor species with the analyte species causing a variation in the electrical current through the channel member .
An animal feed product for pets, in particular dogs or cats, comprising an animal feed from the wet food category and a watertight, autoclavable tubular bag package , the animal feed including a sausage material made of animal and/or vegetable raw materials and at least one gelling agent and/or thickening agent, and optionally further additives, characterized in that the animal feed has - a water content of at least 75 wt-% and at most 90 wt-%; - a protein content of 5 - 12 wt-%, - a fat content of 2 - 7 wt-%, - a gelling agent and/or thickening agent content of 0.2 - 4 wt-%, and - optionally an additive content of 0.1 - 5 wt-%, and that the animal feed product is not flowable at room temperature in the ready-to-use state, but, rather, is designed as an elongated strand in the form of a rod or stalk having a semisolid, cut- and penetration-resistant consistency, and is packaged in a tubular bag that is adapted to the form of the animal feed. - a water content of at least 75 wt-% and at most 90 wt-%; - a protein content of 5 - 12 wt-%, - a fat content of 2 - 7 wt-%, - a gelling agent and/or thickening agent content of 0.2 - 4 wt-%, and - optionally an additive content of 0.1 - 5 wt-%,
A method of controlling a first vehicle autonomously, the method comprising: planning, by one or more processors , to maneuver the first vehicle to autonomously complete an assertive action with respect to a second vehicle ; predicting that the second vehicle will take a particular responsive action based on the assertive action; maneuvering, by the one or more processors, the first vehicle towards completing the assertive action by initiating a movement towards completing the assertive action in a way that would allow the first vehicle to cancel completing the assertive action without causing a collision between the first vehicle and the second vehicle, and in order to indicate to the second vehicle or a driver of the second vehicle that the first vehicle is attempting to complete the assertive action; determining, by the one or more processors, whether the second vehicle is taking the particular responsive action in response to the maneuvering; determining, by the one or more processors, whether the first vehicle is able to take the assertive action; and when the first vehicle is determined to be able to take the assertive action, completing the assertive action, by the one or more processors, by controlling the first vehicle autonomously using the determination of whether the second vehicle begins to take the particular responsive action. planning, by one or more processors , to maneuver the first vehicle to autonomously complete an assertive action with respect to a second vehicle ; predicting that the second vehicle will take a particular responsive action based on the assertive action; maneuvering, by the one or more processors, the first vehicle towards completing the assertive action by initiating a movement towards completing the assertive action in a way that would allow the first vehicle to cancel completing the assertive action without causing a collision between the first vehicle and the second vehicle, and in order to indicate to the second vehicle or a driver of the second vehicle that the first vehicle is attempting to complete the assertive action; determining, by the one or more processors, whether the second vehicle is taking the particular responsive action in response to the maneuvering; determining, by the one or more processors, whether the first vehicle is able to take the assertive action; and when the first vehicle is determined to be able to take the assertive action, completing the assertive action, by the one or more processors, by controlling the first vehicle autonomously using the determination of whether the second vehicle begins to take the particular responsive action.
Propulsion device , comprising . - a platform configured to support a passenger thereon ; - a thrust engine coupled to the platform, oriented in a substantially vertical direction to provide vertical take-off and landing capability and configured to provide a thrust output substantially along a first axis; - a deflector assembly movably coupled to the thrust engine and including a pair of deflecting guides movable to selectively deflect a portion of the thrust output , wherein the deflector assembly is configured to divert the thrust output into at least two thrust vectors angled (α) with respect to the first axis ; - at least two actuators coupled to the respective deflecting guides to controllably adjust a position of the respective deflecting guides with respect to the thrust engine ; characterized in that said deflecting guides are displaceable toward and away from each other between a closed configuration in which said deflecting guides are juxtaposed against one another in the exhausted thrust output, and an open configuration in which said deflecting guides are out of the path of the exhausted thrust output. - a platform configured to support a passenger thereon ; - a thrust engine coupled to the platform, oriented in a substantially vertical direction to provide vertical take-off and landing capability and configured to provide a thrust output substantially along a first axis; - a deflector assembly movably coupled to the thrust engine and including a pair of deflecting guides movable to selectively deflect a portion of the thrust output , wherein the deflector assembly is configured to divert the thrust output into at least two thrust vectors angled (α) with respect to the first axis ; - at least two actuators coupled to the respective deflecting guides to controllably adjust a position of the respective deflecting guides with respect to the thrust engine ; characterized in that said deflecting guides are displaceable toward and away from each other between a closed configuration in which said deflecting guides are juxtaposed against one another in the exhausted thrust output, and an open configuration in which said deflecting guides are out of the path of the exhausted thrust output.
A printing apparatus comprising: a transport portion configured to transport a medium in a transport direction (Y); a printing portion configured to perform printing on the medium to be transported; a platen configured to support the medium in a printing region where the printing is performed; a cutting device comprising: a first cutting member that extends in an intersecting direction (Z) intersecting with a transport direction (Y) for transporting a medium ; and a second cutting member for cutting the medium by relatively moving in the intersecting direction with respect to the first cutting member in a state of being abutted on the first cutting member; and a platen unit that includes the first cutting member or the second cutting member and the platen , wherein the first cutting member extends over a portion of a range where the second cutting member relatively moves, and the second cutting member is in a separation state of being separated from the first cutting member in the transport direction when entering a region facing the first cutting member from a region not facing the first cutting member, and characterized in that the platen unit is movable to a first position where the platen faces the printing portion and a second position where the platen is more separated from the printing portion than in the first position. a transport portion configured to transport a medium in a transport direction (Y); a printing portion configured to perform printing on the medium to be transported; a platen configured to support the medium in a printing region where the printing is performed; a cutting device comprising: a first cutting member that extends in an intersecting direction (Z) intersecting with a transport direction (Y) for transporting a medium ; and a second cutting member for cutting the medium by relatively moving in the intersecting direction with respect to the first cutting member in a state of being abutted on the first cutting member; and a first cutting member that extends in an intersecting direction (Z) intersecting with a transport direction (Y) for transporting a medium ; and a second cutting member for cutting the medium by relatively moving in the intersecting direction with respect to the first cutting member in a state of being abutted on the first cutting member; and a platen unit that includes the first cutting member or the second cutting member and the platen , wherein the first cutting member extends over a portion of a range where the second cutting member relatively moves, and the second cutting member is in a separation state of being separated from the first cutting member in the transport direction when entering a region facing the first cutting member from a region not facing the first cutting member, and characterized in that the platen unit is movable to a first position where the platen faces the printing portion and a second position where the platen is more separated from the printing portion than in the first position.
A component mounting apparatus having a nozzle attached to a head movable in an XY-plane using an XY-robot and configured to perform a component mounting operation in which the nozzle is configured to suck a component supplied from a component supply device , to carry the component to a predetermined position on a substrate (S) and to mount the component in the predetermined position, the component mounting apparatus comprising: control unit for controlling the XY-robot to perform repeatedly the component mounting operation while performing a thermal correction during a period from a start of the component mounting operation as a result of a power supply being turned on until an amount of positional deviation due to heat from the XY-robot reaches a steady state, controlling, after the positional deviation amount has reached the steady state, the XY-robot to perform repeatedly the component mounting operation while performing a steady state correction using a correction amount resulting immediately after the positional deviation amount reaches the steady state without performing a thermal correction, characterized in that the control unit is configured to control the XY-robot to perform a dummy operation to maintain the steady state during a standby period when the component mounting operation is not performed. control unit for controlling the XY-robot to perform repeatedly the component mounting operation while performing a thermal correction during a period from a start of the component mounting operation as a result of a power supply being turned on until an amount of positional deviation due to heat from the XY-robot reaches a steady state, controlling, after the positional deviation amount has reached the steady state, the XY-robot to perform repeatedly the component mounting operation while performing a steady state correction using a correction amount resulting immediately after the positional deviation amount reaches the steady state without performing a thermal correction, characterized in that the control unit is configured to control the XY-robot to perform a dummy operation to maintain the steady state during a standby period when the component mounting operation is not performed.
A nozzle for a cleaner comprising: a nozzle housing including a nozzle base and a nozzle cover coupled to an upper side of the nozzle base; a flow path forming portion forming a suction flow path extending in a front-rear direction of the nozzle housing between the nozzle cover and the nozzle base; a water tank detachably mounted on the nozzle cover; and a plurality of rotation plates rotatably disposed below the nozzle base and spaced apart from each other in a lateral direction of the nozzle housing, the plurality of rotation plates being configured to be attached to a mop , wherein the nozzle cover includes: a bottom wall ; and a flow path cover protruding upward from the bottom wall to cover the flow path forming portion , wherein, in a state in which the water tank is seated on the bottom wall , the water tank covers an upper surface of the flow path cover . a nozzle housing including a nozzle base and a nozzle cover coupled to an upper side of the nozzle base; a flow path forming portion forming a suction flow path extending in a front-rear direction of the nozzle housing between the nozzle cover and the nozzle base; a water tank detachably mounted on the nozzle cover; and a plurality of rotation plates rotatably disposed below the nozzle base and spaced apart from each other in a lateral direction of the nozzle housing, the plurality of rotation plates being configured to be attached to a mop , wherein the nozzle cover includes: a bottom wall ; and a flow path cover protruding upward from the bottom wall to cover the flow path forming portion , wherein, in a state in which the water tank is seated on the bottom wall , the water tank covers an upper surface of the flow path cover . a bottom wall ; and a flow path cover protruding upward from the bottom wall to cover the flow path forming portion , wherein, in a state in which the water tank is seated on the bottom wall , the water tank covers an upper surface of the flow path cover .
An inspection chamber part for placing in ground holding groundwater, the part comprising: a side wall ; a cavity for receiving ground water and having a cavity shape, the cavity being partially confined by a cavity wall for retaining ground water in the cavity ; and a reinforcement member for providing additional stiffness for maintaining a shape of a circumference of at least a part of the cavity wall ; wherein the cavity wall comprises a central dome-shaped section surrounded by a plurality of surrounding concave and/or dome-shaped sections; wherein the reinforcement member comprises the surrounding concave and/or dome-shaped sections; and at least one of the surrounding concave and/or dome-shaped sections is located between the side wall and the central dome-shaped section and connects the side wall and the central dome-shaped section . a side wall ; a cavity for receiving ground water and having a cavity shape, the cavity being partially confined by a cavity wall for retaining ground water in the cavity ; and a reinforcement member for providing additional stiffness for maintaining a shape of a circumference of at least a part of the cavity wall ; wherein the cavity wall comprises a central dome-shaped section surrounded by a plurality of surrounding concave and/or dome-shaped sections; wherein the reinforcement member comprises the surrounding concave and/or dome-shaped sections; and at least one of the surrounding concave and/or dome-shaped sections is located between the side wall and the central dome-shaped section and connects the side wall and the central dome-shaped section .