mhurhangee/patent-ind-claim-en huggingface dataset:
A solder ball information management system comprising a solder ball feeder equipped with a squeegee in which a space is formed for housing many solder balls, a ball arrangement plate formed with a specified arrangement pattern of a specified quantity of holes each one of which is configured to house a solder ball, and a drive means that is configured to perform squeegee operation of inserting the solder balls that are in the squeegee into each one of the ball holes of the ball arrangement plate from a lower end opening of the squeegee by sliding the ball arrangement plate or the squeegee in a state with a lower end of the squeegee and an upper surface of the ball arrangement plate in tight contact or in close proximity, the solder ball information management system being characterized in that the ball arrangement plate includes a solder ball information storing section configured to store solder ball information which is information related to solder balls arranged in the ball arrangement plate at specified positions of the ball arrangement plate ; and in that the solder ball information management system further comprises a solder ball information reading means configured to read the solder ball information from the solder ball information storing section .
A waste liquid container which is detachably mounted in accordance with moving in a mounting direction (Y) intersecting a gravity direction (Z), with respect to a mounting portion including a projecting portion , to which a substrate connecting portion is mounted, and a discharging portion , which discharges waste liquid, the waste liquid container comprising: an accommodating case that includes a mounting surface which is an external surface that faces internally in the mounting direction and a first side surface and a second side surface which are outside surfaces extending in a direction intersecting a width direction, when a direction intersecting both the gravity direction and the mounting direction is set to the width direction (X); a waste liquid introducing portion that is connected to the discharging portion at the time of being mounted on the mounting portion; and a circuit board that includes a connecting terminal which is electrically connected to the substrate connecting portion at the time of being mounted on the mounting portion, wherein the accommodating case includes a recessed portion which opens on the mounting surface and the first side surface and allows the projecting portion to be inserted therein, when being mounted on the mounting portion, and a notch vertically directly below the waste liquid introducing portion which opens on both the mounting surface and the second side surface and extends in an unmounting direction that is a direction opposite to the mounting direction, and wherein the connecting terminal is disposed inside the recessed portion . an accommodating case that includes a mounting surface which is an external surface that faces internally in the mounting direction and a first side surface and a second side surface which are outside surfaces extending in a direction intersecting a width direction, when a direction intersecting both the gravity direction and the mounting direction is set to the width direction (X); a waste liquid introducing portion that is connected to the discharging portion at the time of being mounted on the mounting portion; and a circuit board that includes a connecting terminal which is electrically connected to the substrate connecting portion at the time of being mounted on the mounting portion, wherein the accommodating case includes a recessed portion which opens on the mounting surface and the first side surface and allows the projecting portion to be inserted therein, when being mounted on the mounting portion, and a notch vertically directly below the waste liquid introducing portion which opens on both the mounting surface and the second side surface and extends in an unmounting direction that is a direction opposite to the mounting direction, and wherein the connecting terminal is disposed inside the recessed portion .
An augmented reality or mixed reality system comprising: a see-through near-eye display having a light source comprising light-emitting elements in optical communication with a micro-lens array, wherein the see-through near-eye display is configured for the wearer to see through the see-through near-eye display to view a real image and have light from the light emitting elements of the light source form a virtual image as seen by an eye of a wearer/user, wherein the see-through near-eye display is configured so that the bottom edge of the see-through near-eye display is located at or above a top edge of a pupil of the wearer/user when worn and the wearer/user is looking straight ahead with normal gaze, and, wherein when the wearer/user desires to experience augmented reality or mixed reality, the see-through near-eye display is configured for the wearer/user to tilt their chin down while keeping his or her eyes looking straight ahead to look through the see-through near-eye display so that the see-through near-eye display is then located in front of the pupil of the wearer/user and the wearer/user can see the real image and the virtual image. a see-through near-eye display having a light source comprising light-emitting elements in optical communication with a micro-lens array, wherein the see-through near-eye display is configured for the wearer to see through the see-through near-eye display to view a real image and have light from the light emitting elements of the light source form a virtual image as seen by an eye of a wearer/user, wherein the see-through near-eye display is configured so that the bottom edge of the see-through near-eye display is located at or above a top edge of a pupil of the wearer/user when worn and the wearer/user is looking straight ahead with normal gaze, and, wherein when the wearer/user desires to experience augmented reality or mixed reality, the see-through near-eye display is configured for the wearer/user to tilt their chin down while keeping his or her eyes looking straight ahead to look through the see-through near-eye display so that the see-through near-eye display is then located in front of the pupil of the wearer/user and the wearer/user can see the real image and the virtual image.
A method for indicating a change in multi-radio access technology, RAT, dual connectivity, MR-DC, capability by a user equipment, UE, comprising: detecting, by the UE, based on a local trigger, a change in the MR-DC capability of the UE that has occurred; identifying, by the UE, an operation mode of the UE, the operation mode being one of an idle mode and a connected mode; in response to the operation mode being the idle mode: holding, by the UE, transmission of a tracking area update, TAU, message, detecting, by the UE, an event, and identifying a validity of the change in the MR-DC capability of the UE after detecting the event, and sending a TAU message providing, to a first network node, information indicating that the MR-DC capability of the UE is changed based on a result of the identification; and in response to the operation mode being the connected mode: identifying, by the UE, whether UE-assistance information is configured by the first network node, and triggering, by a TAU trigger of the UE, a message providing, to the first network node, the information indicating the MR-DC capability of the UE is changed based on the UE-assistance information in response to identifying that the UE-assistance information is configured by the first network node. detecting, by the UE, based on a local trigger, a change in the MR-DC capability of the UE that has occurred; identifying, by the UE, an operation mode of the UE, the operation mode being one of an idle mode and a connected mode; in response to the operation mode being the idle mode: holding, by the UE, transmission of a tracking area update, TAU, message, detecting, by the UE, an event, and identifying a validity of the change in the MR-DC capability of the UE after detecting the event, and sending a TAU message providing, to a first network node, information indicating that the MR-DC capability of the UE is changed based on a result of the identification; and in response to the operation mode being the connected mode: identifying, by the UE, whether UE-assistance information is configured by the first network node, and triggering, by a TAU trigger of the UE, a message providing, to the first network node, the information indicating the MR-DC capability of the UE is changed based on the UE-assistance information in response to identifying that the UE-assistance information is configured by the first network node.
A fire-extinguishing device for outboard engines, which are enclosed within a hood or housing that protects them from the weather and water, which is equipped with air intakes, located on the sides or on the stern face and a front entrance connected with a hose collective, through which both the electric cables and the fuel hose run, characterised in that it comprises: - a tube or connecting tube which connects a source of extinction to the inside of the hood that covers the outboard engine as such; - a source of extinction consisting of a fire extinguisher located in the boat , the outlet of which is connected to the tube that extends to the inside of the hood ; and - an outlet mouth of the tube wherethrough the extinguishing agent is injected inside the hood of the outboard engine when the fire extinguisher is actuated or triggered; introducing the tube or connecting tube that connects a source of extinction to the inside of the hood , which covers the outboard engine, through the inside of the collective inlet hose wherethrough both the electric cables and the fuel hose that feeds the outboard engine as such run. - a tube or connecting tube which connects a source of extinction to the inside of the hood that covers the outboard engine as such; - a source of extinction consisting of a fire extinguisher located in the boat , the outlet of which is connected to the tube that extends to the inside of the hood ; and - an outlet mouth of the tube wherethrough the extinguishing agent is injected inside the hood of the outboard engine when the fire extinguisher is actuated or triggered;
Mount for accessories of a weapon, wherein the weapon has at least one receiving rail or at least one depression resembling a receiving means, wherein a form-fitted connection between the receiving rail , or the at least one depression resembling a receiving means, and the mount can be created by a clamping lever incorporated in the mount with an integrated solid-body spring, wherein the mount is configured in such a manner that during clamping the clamping lever presses straight onto the receiving rail , or the at least one depression resembling a receiving means, or onto a sliding plate which is pressed by the clamping lever onto the receiving rail , or the at least one depression resembling a receiving means, wherein the clamping lever has a clamping lever head which has a groove realizing the solid-body spring.
A method comprising: subdividing a plurality of lanes of a communication link into a first subset of lanes and a second subset of lanes, wherein the communication link couples a first transceiver to a second transceiver ; operating the first subset of lanes at a first speed ; operating the second subset of lanes at a second speed, wherein the second speed is less than the first speed ; characterized in that the method further comprises: performing equalization training on the first subset of lanes at the first speed by sending feedback associated with the equalization training on the second subset of lanes at the second speed . subdividing a plurality of lanes of a communication link into a first subset of lanes and a second subset of lanes, wherein the communication link couples a first transceiver to a second transceiver ; operating the first subset of lanes at a first speed ; operating the second subset of lanes at a second speed, wherein the second speed is less than the first speed ; characterized in that the method further comprises: performing equalization training on the first subset of lanes at the first speed by sending feedback associated with the equalization training on the second subset of lanes at the second speed .
A manufacturing device for manufacturing a solid component out of a component blank by at least one cycloid machining step, wherein the component blank is designed as an intermediate product and has a plurality of rough pockets , having a component rotating device for rotating the solid component about a component rotation axis, having a chisel , wherein the chisel has a tool cutting lip , wherein the tool cutting lip has a wedge angle (K), having a tool rotating device for rotating the chisel about a tool rotation axis (W), wherein the tool rotation axis (W) is arranged offset to the component rotation axis, having an infeed device for varying an infeed distance (Z) between the component rotation axis and the tool rotation axis (W), having a control device for controlling the component rotating device , the tool rotating device and the infeed device such that the tool cutting lip of the chisel is guided along a cycloidal path relative to the component blank rotating about the component rotation axis in a component rotation direction for machining the rough pockets , characterised in that a radial vector (ZR) to the tool rotation axis (W) which extends through the cutting edge of the tool cutting lip of the chisel divides the tool cutting lip into a clearance angle section (FW) and a rake angle section (SW), wherein the radial vector (ZR) passes through the angular range, which is defined by the wedge angle (K), and divides said angular range into the clearance angle section (FW) and into the rake angle section (SW), wherein the clearance angle section (FW) extends from the radial vector (ZR) to the boundary of the wedge angle (K), and wherein the rake angle section (SW) extends in the opposite direction from the radial vector (ZR) to the other boundary of the wedge angle (K), wherein the clearance angle section (FW) is designed at least twice as large as the rake section (SW).
Method for determining an adaptive model of an electron distribution in the Earth's atmosphere, which is used in order to correct time-of-flight measurements of signals that are transmitted by earth satellites for position determinations with signal receivers, comprising at least the following steps: a) determining local electron density data of provision sites, b) determining a local resolution accuracy as a function of a local density of provision sites, c) determining localizing basis functions for interpolation of the electron density distribution determined in step a) as a function of the resolution accuracy determined in step b), d) compiling the model of the electron density distribution with the data determined in step a) and the functions determined in step c); wherein local electron density data of stationary provision sites and of provision sites that are mobile along a path on the Earth's surface are determined in step a), characterized in that the mobile provision sites are arranged in or on motor vehicles and that by means of the adaptive model determined by the method, a constantly changing distribution of the provision sites due to the movement of the motor vehicles is taken into account through a dynamic redistribution of the basis functions. a) determining local electron density data of provision sites, b) determining a local resolution accuracy as a function of a local density of provision sites, c) determining localizing basis functions for interpolation of the electron density distribution determined in step a) as a function of the resolution accuracy determined in step b), d) compiling the model of the electron density distribution with the data determined in step a) and the functions determined in step c);
A method for preparing a material having a titanium dioxide catalyst layer supported on a polymer film or membrane substrate and at least one underlayer in between the polymer film or membrane substrate and the titanium dioxide catalyst layer, the method comprising the following steps: preparing a solution of atom transfer radical polymerization by reacting an aminosilane compound with a transition metal compound in the presence of an inert gas at room temperature; spraying the solution obtained in step onto the surface of a polymer film or membrane substrate; immersing the sprayed substrate in an organic or inorganic acid solution to introduce reactive hydroxyl functional groups on the surface of the sprayed substrate; and immersing the substrate obtained in step in a solution of titanium dioxide in alcohol, which is adjusted to a basic condition using a basic solution and ultrasonic generator. preparing a solution of atom transfer radical polymerization by reacting an aminosilane compound with a transition metal compound in the presence of an inert gas at room temperature; spraying the solution obtained in step onto the surface of a polymer film or membrane substrate; immersing the sprayed substrate in an organic or inorganic acid solution to introduce reactive hydroxyl functional groups on the surface of the sprayed substrate; and immersing the substrate obtained in step in a solution of titanium dioxide in alcohol, which is adjusted to a basic condition using a basic solution and ultrasonic generator.
A handbrake locking device comprising a locking bar arranged in use to be located beneath the lever of a handbrake, the locking bar being rotatable between a handbrake release enablement position in which the handbrake can be operated, and a handbrake release prevention position in which the handbrake is prevented from being released, in use; characterized in that : the locking bar is oriented parallel to the axis (H-H) of the handbrake lever in the handbrake release enablement position , and is rotated such that at least a portion of the locking bar extends directly beneath the handbrake lever in the handbrake release prevention position .
Vibratory tamping machine for compacting a ballast bed of a track having - a vibration mechanism , - an electric drive motor for driving the vibration mechanism , - at least one handle for holding the vibratory tamping machine , and - a vibration decoupling device for the vibration decoupling of the at least one handle and the vibration mechanism , wherein the vibration mechanism and the electric drive motor are arranged on a working side of a decoupling plane (E) formed by the vibration decoupling device , wherein the decoupling plane (E) separates the working side from an operating side , characterized in that a rechargeable battery for supplying the electric drive motor with electric power is arranged on the operating side of the decoupling plane (E). - a vibration mechanism , - an electric drive motor for driving the vibration mechanism , - at least one handle for holding the vibratory tamping machine , and - a vibration decoupling device for the vibration decoupling of the at least one handle and the vibration mechanism , wherein the vibration mechanism and the electric drive motor are arranged on a working side of a decoupling plane (E) formed by the vibration decoupling device , wherein the decoupling plane (E) separates the working side from an operating side ,
A magnetic latching relay, comprising: a base , a magnetic circuit portion , a pushing card , and a contact portion ; the base is provided with a first blocking wall to divide the base into an upper cavity and a lower cavity , the magnetic circuit portion is installed in the upper cavity and the contact portion is installed in the lower cavity ; the magnetic circuit portion comprises an iron core , two yokes , a magnetic steel and an armature ; the iron core is strip-shaped and arranged horizontally, and the two yokes are plate-shaped, and whereby the two yokes are respectively fixed on both ends of the iron core , and characterised in that the magnetic steel is located at the middle of the iron core , so that the iron core , the two yokes and the magnetic steel are arranged to form an E-shaped magnetic conductive structure rotated 90 degrees anti-clockwise; the middle portion of the armature is rotatably supported above the magnetic steel , and each end of the armature is located above a top surface of respective ones of the two yokes , so as to perform a seesaw type action in cooperation with the magnetic conductive structure; and an upper end of the pushing card is connected to one end of the armature , and a lower end of the pushing card is connected to a free end of a movable spring of the contact portion . whereby the two yokes are respectively fixed on both ends of the iron core , and characterised in that the magnetic steel is located at the middle of the iron core , so that the iron core , the two yokes and the magnetic steel are arranged to form an E-shaped magnetic conductive structure rotated 90 degrees anti-clockwise; the middle portion of the armature is rotatably supported above the magnetic steel , and each end of the armature is located above a top surface of respective ones of the two yokes , so as to perform a seesaw type action in cooperation with the magnetic conductive structure; and an upper end of the pushing card is connected to one end of the armature , and a lower end of the pushing card is connected to a free end of a movable spring of the contact portion .
A motor bobbin having a bobbin body portion around which a coil is to be wound, and flange portions provided integrally to both end portions of the bobbin body portion, the motor bobbin comprising: a molded resin article formed by using a polymer having amide linkages; and an insulating paper comprising an aramid paper made of an aramid fibrid and an aramid short fiber, wherein a portion of the insulating paper which does not contact with the molded resin article exists in the bobbin body portion, and wherein a surface of the molded resin article and the aramid paper are directly bonded to each other in a portion of the aramid paper which contacts with the molded resin article; wherein a surface of the insulating paper in contact with the molded resin article is impregnated with the resin forming the molded resin article; and the bonding of the paper to the resin article happened simultaneously with molding the resin article. a molded resin article formed by using a polymer having amide linkages; and an insulating paper comprising an aramid paper made of an aramid fibrid and an aramid short fiber, wherein a portion of the insulating paper which does not contact with the molded resin article exists in the bobbin body portion, and wherein a surface of the molded resin article and the aramid paper are directly bonded to each other in a portion of the aramid paper which contacts with the molded resin article; wherein a surface of the insulating paper in contact with the molded resin article is impregnated with the resin forming the molded resin article; and the bonding of the paper to the resin article happened simultaneously with molding the resin article.