mhurhangee/patent-ind-claim-en huggingface dataset:
A powder build material handling system for a three-dimensional printer, the system comprising: a powder build material supply , the powder build material supply comprising a powder sampler to separate a discrete sample of powder build material from powder build material in a reservoir and deposit the sample in a flow of gas; and a delivery system to carry the sample in the flow of gas from the powder build material supply, to filter the flow of gas to separate the sample from the flow of gas, and to direct the filtered flow of gas to the powder build material supply to form a closed system. a powder build material supply , the powder build material supply comprising a powder sampler to separate a discrete sample of powder build material from powder build material in a reservoir and deposit the sample in a flow of gas; and a delivery system to carry the sample in the flow of gas from the powder build material supply, to filter the flow of gas to separate the sample from the flow of gas, and to direct the filtered flow of gas to the powder build material supply to form a closed system.
Apparatus for automatically separating the wishbone from eviscerated poultry bodies , comprising a revolving conveyor with at least one holding apparatus with a support body for receiving and holding the poultry bodies during transport through the apparatus , and at least one processing station along a conveying line of the conveyor , wherein one of the processing stations is designed as a cutting unit for separating the wishbone from the poultry body , characterized in that the cutting unit has a rotational drive , a cutting means and a rotary arm connecting the cutting means and the rotational drive , said arm being designed to guide the cutting means in the rotational direction (R) along a curved path (K), wherein the rotary arm and the cutting means form an at least essentially L-shaped arrangement and the cutting means has a main cutting edge interrupted by a recess which is oriented at least essentially parallel to the rotational axis of the rotary arm .
A terminal device (101 to 116, 201 to 216) to receive command information from a central device (301 to 304, 401 to 404) in a train information management system , the terminal device comprising: a transmission-reception unit to transmit and receive the command information to and from the central device or other terminal device and periodically receive command information from a plurality of central devices; and a control unit , characterized in that the control unit is configured: to determine whether or not management information, which is information on a train composition set by a central device that is a transmission source, regarding the received command information, is normal command information, wherein command information to which the values of the train number and the mileage are set is normal command information; and to determine command information to be adopted based on a priority set to the central device that is the transmission source when receiving the normal command information from the plurality of central devices, and wherein the terminal device further comprises a storage unit to store information on the priorities set to the plurality of central devices. a transmission-reception unit to transmit and receive the command information to and from the central device or other terminal device and periodically receive command information from a plurality of central devices; and a control unit , characterized in that the control unit is configured: to determine whether or not management information, which is information on a train composition set by a central device that is a transmission source, regarding the received command information, is normal command information, wherein command information to which the values of the train number and the mileage are set is normal command information; and to determine command information to be adopted based on a priority set to the central device that is the transmission source when receiving the normal command information from the plurality of central devices, and to determine whether or not management information, which is information on a train composition set by a central device that is a transmission source, regarding the received command information, is normal command information, wherein command information to which the values of the train number and the mileage are set is normal command information; and to determine command information to be adopted based on a priority set to the central device that is the transmission source when receiving the normal command information from the plurality of central devices, and wherein the terminal device further comprises a storage unit to store information on the priorities set to the plurality of central devices.
A machine for dispensing hot drinks meeting electrical insulation requirements defined by European standard EN 60335, the machine comprising a tank for storing a liquid, a heating body provided to heat a part of liquid taken from the tank , an electrical power supply provided to power the heating body and an electronic system for controlling the heating body , the electronic system comprising: - an electronic substrate including a first face and a second face , each face being separated by a wall of at least 2mm or having a sufficient number of layers to withstand a dielectric test of 3000V at a maximum heating of use to which 50 Kelvin are added, - at least one operative part of the electronic system including a power component configured to control the electrical power supply of the heating body , - at least one informational part of the electronic system including a temperature sensor configured to generate a signal characteristic of an observed temperature of the power component , - means for processing the signal generated by the temperature sensor , the processing means being further configured to interrupt the electrical power supply of the power component when said signal exceeds a predetermined threshold, the machine being characterized in that the power component is arranged on the first face of the electronic substrate and the temperature sensor is arranged on the second face of the electronic substrate . - an electronic substrate including a first face and a second face , each face being separated by a wall of at least 2mm or having a sufficient number of layers to withstand a dielectric test of 3000V at a maximum heating of use to which 50 Kelvin are added, - at least one operative part of the electronic system including a power component configured to control the electrical power supply of the heating body , - at least one informational part of the electronic system including a temperature sensor configured to generate a signal characteristic of an observed temperature of the power component , - means for processing the signal generated by the temperature sensor , the processing means being further configured to interrupt the electrical power supply of the power component when said signal exceeds a predetermined threshold,
An arrangement for a rock bolt that is intended to be embedded in grout in a borehole , where the rock bolt is equipped with a longitudinal tube with a passage and a monitoring arrangement designed to be connected to the rock bolt , characterised in that an extended electrically conducting sensor that is introduced into the passage of the tube and that the sensor is connected with an anchoring end of the rock bolt in order to form an electrically conducting connection, that an electrically conducting circuit is formed through the connection of the rock bolt , the sensor and the monitoring arrangement , and that the monitoring arrangement demonstrates evaluation means intended to evaluate presence of changes in condition of the bolt, and signalling means designed for the signalling of the condition of the bolt .
Camera system for a vehicle , comprising: • at least a first camera which can move relate to at least a second camera , wherein the first camera is configured to be mounted on a movable component of the vehicle , and • a memory device for respectively storing a camera calibration of each camera and a movement model of the movable component , wherein individual images of the first camera and of the second camera can be combined on the basis of the camera calibrations to form an overall view, characterized in that the camera system • has a computing device which is configured to ∘ correct the stored camera calibration of the first camera on the basis of a movement of the first camera , wherein a calculation of the camera calibration of the first camera and of the second camera is carried out on the basis of an optical flow , wherein the calculation occurs continuously, wherein the computing device is designed to correct the stored camera calibration of the first camera on the basis of a movement model , ∘ store the calculated camera calibration in the memory device , and ∘ generate the overall view on the basis of the stored camera calibrations. • at least a first camera which can move relate to at least a second camera , wherein the first camera is configured to be mounted on a movable component of the vehicle , and • a memory device for respectively storing a camera calibration of each camera and a movement model of the movable component , wherein individual images of the first camera and of the second camera can be combined on the basis of the camera calibrations to form an overall view, characterized in that the camera system • has a computing device which is configured to ∘ correct the stored camera calibration of the first camera on the basis of a movement of the first camera , wherein a calculation of the camera calibration of the first camera and of the second camera is carried out on the basis of an optical flow , wherein the calculation occurs continuously, wherein the computing device is designed to correct the stored camera calibration of the first camera on the basis of a movement model , ∘ store the calculated camera calibration in the memory device , and ∘ generate the overall view on the basis of the stored camera calibrations. ∘ correct the stored camera calibration of the first camera on the basis of a movement of the first camera , wherein a calculation of the camera calibration of the first camera and of the second camera is carried out on the basis of an optical flow , wherein the calculation occurs continuously, wherein the computing device is designed to correct the stored camera calibration of the first camera on the basis of a movement model , ∘ store the calculated camera calibration in the memory device , and ∘ generate the overall view on the basis of the stored camera calibrations.
A manufacturing method for a joined body, comprising: (a) bringing a first member and a second member into contact with each other, at least one of the first member and the second member being a member made of thermoplastic resin, and the second member having a recessed portion on a joining surface to be joined to the first member ; and (b) welding the first member and the second member together, including welding a contact portion of the first member and the second member by melting the member made of the thermoplastic resin by frictional heat, the frictional heat being generated in the contact portion by relative movement of the first member and the second member in a state in which the first member and the joining surface of the second member are in contact with each other and are pressed together, wherein the first member has an elongated shape and includes a pair of flange portions on respective ends of the first member in a sectional view orthogonal to a longitudinal direction of the first member , the second member has an elongated shape and includes a pair of flange portions on respective ends in the sectional view orthogonal to the longitudinal direction of the second member , the recessed portion is provided on the flange portions of the second member , such that an end of the recessed portion does not reach an end of the joining surface of the second member , in a sectional view orthogonal to a longitudinal direction of the second member , and the first member and the second member are configured such that a closed cross-section is formed by the pair of flange portions of the first member and the pair of the flange portions of the second member being joined together, characterized in that the recessed portion is a groove that extends over substantially an entire length of the second member in the longitudinal direction of the second member . (a) bringing a first member and a second member into contact with each other, at least one of the first member and the second member being a member made of thermoplastic resin, and the second member having a recessed portion on a joining surface to be joined to the first member ; and (b) welding the first member and the second member together, including welding a contact portion of the first member and the second member by melting the member made of the thermoplastic resin by frictional heat, the frictional heat being generated in the contact portion by relative movement of the first member and the second member in a state in which the first member and the joining surface of the second member are in contact with each other and are pressed together,
A vibration damping device for a sports racket (RS); the vibration damping device comprising a central body , which is provided with a slot , which is configured to house, in a vibration damping position, tines (R) of the sports racket (RS) and is defined by two expanded portions (6*, 6**) facing one another and opposite one another; the two expanded portions (6*, 6**) are designed to be placed in contact with one another in said vibration damping position; the device is characterized in that the central body is provided with a through hole having a first symmetry axis (X); and in that it comprises a closing element , which is connected to the central body and is designed so as to surround the central body and place the two expanded portions (6*, 6**) in contact with one another in the vibration damping position; wherein the closing element is provided with a pin , which has a second symmetry axis (Y) parallel to the first symmetry axis (X) and is designed to engage the through hole in said vibration damping position. a central body , which is provided with a slot , which is configured to house, in a vibration damping position, tines (R) of the sports racket (RS) and is defined by two expanded portions (6*, 6**) facing one another and opposite one another; the two expanded portions (6*, 6**) are designed to be placed in contact with one another in said vibration damping position; the device is characterized in that the central body is provided with a through hole having a first symmetry axis (X); and in that it comprises a closing element , which is connected to the central body and is designed so as to surround the central body and place the two expanded portions (6*, 6**) in contact with one another in the vibration damping position; wherein the closing element is provided with a pin , which has a second symmetry axis (Y) parallel to the first symmetry axis (X) and is designed to engage the through hole in said vibration damping position.
Apparatus for steam-treatment of laundry including a base connected by a conduit to an ironing and/or smoothing tool , the base comprising a removable reservoir and including a side wall which delimits at least one side of a housing for accommodating the reservoir , the reservoir being able to be inserted into or extracted from the housing through an access opening provided on one side of the base, characterised in that the side wall includes a window , provided opposite the access opening , allowing visual access to the contents of the reservoir , the reservoir comprising a transparent or translucent portion positioned opposite the window when the reservoir is arranged in the housing .
Control device of the flow and/or pressure of a fluid, comprising: - a body with an inlet , an outlet and a passage connecting the inlet to the outlet; - a first shutter of the passageway; - a mobile element mechanically connected to the first shutter with a face defining with the body a control chamber downstream of the first shutter and comprising a portion adapted to come into contact in a fluid tight manner with the body to form a second shutter of the passageway; - first resilient means acting on the movable member in the opening direction of the first shutter and closing direction the second shutter ; wherein the first shutter is configured to close the passage by a movement substantially in the normal direction of flow of the fluid; and the first resilient means can be rendered inactive so as to allow closing of the first shutter and opening the second shutter ; characterized in that the second shutter is a shutter for maintaining a residual pressure which, in operating configuration, closes when the pressure at the inlet is inferior to a predetermined pressure. - a body with an inlet , an outlet and a passage connecting the inlet to the outlet; - a first shutter of the passageway; - a mobile element mechanically connected to the first shutter with a face defining with the body a control chamber downstream of the first shutter and comprising a portion adapted to come into contact in a fluid tight manner with the body to form a second shutter of the passageway; - first resilient means acting on the movable member in the opening direction of the first shutter and closing direction the second shutter ;
A vehicle comprising a ladder frame , a side guard and battery pack unit disposed in said vehicle, the vehicle battery pack unit comprising: a battery pack including a housing and a power storage module accommodated in the housing ; a bracket attached to the ladder frame and supporting the power storage module between the ladder frame and the side guard ; and a shock absorbing member disposed beside the power storage module , characterized in that the shock absorbing member is attached to a side surface of the housing , wherein the side guard is disposed at a lower portion of a side surface of the vehicle and fixed to the ladder frame and the shock absorbing member is connected to the side guard . a battery pack including a housing and a power storage module accommodated in the housing ; a bracket attached to the ladder frame and supporting the power storage module between the ladder frame and the side guard ; and a shock absorbing member disposed beside the power storage module , characterized in that the shock absorbing member is attached to a side surface of the housing , wherein the side guard is disposed at a lower portion of a side surface of the vehicle and fixed to the ladder frame and the shock absorbing member is connected to the side guard .
A computer-implemented method, comprising: detecting , by one or more processors, one or more cues emanating from a message exchange thread involving two or more message exchange clients, wherein the one or more cues trigger incorporation, into the message exchange thread, of one or more selectable links to one or more applications distinct from the message exchange thread; identifying, by one or more of the processors, an application category associated with the one or more cues; identifying , by one or more of the processors, one or more candidate applications that are associated with the identified application category and that are also installed on a given client computing device operated by a participant in the message exchange thread, wherein the one or more candidate applications are associated with content of the message exchange thread; and incorporating , by one or more of the processors, into a transcript of the message exchange thread that is displayed in a graphical user interface of a message exchange client operating on the given client computing device, one or more selectable links, wherein each selectable link is operable by the participant to cause the given client computing device to expose to the participant an interface associated with a respective candidate application. detecting , by one or more processors, one or more cues emanating from a message exchange thread involving two or more message exchange clients, wherein the one or more cues trigger incorporation, into the message exchange thread, of one or more selectable links to one or more applications distinct from the message exchange thread; identifying, by one or more of the processors, an application category associated with the one or more cues; identifying , by one or more of the processors, one or more candidate applications that are associated with the identified application category and that are also installed on a given client computing device operated by a participant in the message exchange thread, wherein the one or more candidate applications are associated with content of the message exchange thread; and incorporating , by one or more of the processors, into a transcript of the message exchange thread that is displayed in a graphical user interface of a message exchange client operating on the given client computing device, one or more selectable links, wherein each selectable link is operable by the participant to cause the given client computing device to expose to the participant an interface associated with a respective candidate application.
A molecular exchange device comprising; a casing , extending from a proximal end to a distal end, supporting at least two fluid passageways extending from the proximal end to the distal end ; the casing comprising at least two exchange apertures between the distal end and the proximal end, wherein a portion of each of the at least two fluid passageways exposed by the exchange aperture is porous, the at least two fluid passageways are in fluid communication with one another; and the distal end of the casing is formed as a tip containing a flow chamber to allow flow from one end of one of the at least two fluid passageways into the end of the other of the at least two fluid passageways. a casing , extending from a proximal end to a distal end, supporting at least two fluid passageways extending from the proximal end to the distal end ; the casing comprising at least two exchange apertures between the distal end and the proximal end, wherein a portion of each of the at least two fluid passageways exposed by the exchange aperture is porous, the at least two fluid passageways are in fluid communication with one another; and the distal end of the casing is formed as a tip containing a flow chamber to allow flow from one end of one of the at least two fluid passageways into the end of the other of the at least two fluid passageways.