mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration cutting insert comprising: a top surface having a rake face and a breaker face continuous to the rake face ; a first side surface continuous to the rake face ; a second side surface continuous to the breaker face ; and a bottom surface continuous to both of the first side surface and the second side surface , wherein a first ridgeline between the rake face and the first side surface constitutes a cutting edge, in a cross section which includes a bisector (L) of an angle (θ4) formed between the first ridgeline and a second ridgeline between the breaker face and the second side surface when viewed in a direction from the top surface toward the bottom surface , and which is parallel to the direction from the top surface toward the bottom surface , a rake angle (θ1) formed between the rake face and a plane (S) parallel to the bottom surface has a positive angle, the angle formed between the first ridgeline and the second ridgeline is an acute angle, and the breaker face constitutes a flat surface, characterized in that : the rake face constitutes a concave cylindrical surface forming an arc portion with a predetermined radius of curvature in a cross section perpendicular to bisector (L), and an angle (θ2) formed between the breaker face and the plane (S) parallel to the bottom surface in a cross section perpendicular to the bisector (L) is more than or equal to 30° and less than or equal to 50°. a top surface having a rake face and a breaker face continuous to the rake face ; a first side surface continuous to the rake face ; a second side surface continuous to the breaker face ; and a bottom surface continuous to both of the first side surface and the second side surface , wherein a first ridgeline between the rake face and the first side surface constitutes a cutting edge, in a cross section which includes a bisector (L) of an angle (θ4) formed between the first ridgeline and a second ridgeline between the breaker face and the second side surface when viewed in a direction from the top surface toward the bottom surface , and which is parallel to the direction from the top surface toward the bottom surface , a rake angle (θ1) formed between the rake face and a plane (S) parallel to the bottom surface has a positive angle, the angle formed between the first ridgeline and the second ridgeline is an acute angle, and the breaker face constitutes a flat surface, the rake face constitutes a concave cylindrical surface forming an arc portion with a predetermined radius of curvature in a cross section perpendicular to bisector (L), and an angle (θ2) formed between the breaker face and the plane (S) parallel to the bottom surface in a cross section perpendicular to the bisector (L) is more than or equal to 30° and less than or equal to 50°.
A method for isolating DNA from a DNA solution by using a Cas protein in the absence of RNA mediation, comprising the steps of a) mixing the DNA solution with a Cas protein system; and c) isolating DNA from the complex formed by the binding of the Cas protein system with DNA.
A money item conveying system comprising: a money item conveyor configured to convey money items, the conveyor comprising a longitudinal edge and an angled conveying support ; and a money item guide along which the conveyor is configured to convey an edge of the money items, wherein the money item guide is configured to be static relative to the conveyor; wherein the guide is located adjacent to the longitudinal edge of the conveyor and comprises a money item agitating region configured to agitate movement of surplus money items off the conveyor in order to singulate money items on the conveyor, wherein the angled conveying support is configured to direct edges of primary money items against the money item guide as the conveyor moves forward, wherein the angled conveying support is configured to direct primary money items at least partially out of a conveying plane of the conveyor in the agitating region of the guide , wherein in the agitating region a section of the guide extends away from the longitudinal edge of the money item conveyor , and wherein movement of a primary money item into the agitating region of the guide causes opposing movement of a surplus money item from resting on an edge of the primary money item into a money item release section of the conveyor. a money item conveyor configured to convey money items, the conveyor comprising a longitudinal edge and an angled conveying support ; and a money item guide along which the conveyor is configured to convey an edge of the money items, wherein the money item guide is configured to be static relative to the conveyor; wherein the guide is located adjacent to the longitudinal edge of the conveyor and comprises a money item agitating region configured to agitate movement of surplus money items off the conveyor in order to singulate money items on the conveyor, wherein the angled conveying support is configured to direct edges of primary money items against the money item guide as the conveyor moves forward, wherein the angled conveying support is configured to direct primary money items at least partially out of a conveying plane of the conveyor in the agitating region of the guide , wherein in the agitating region a section of the guide extends away from the longitudinal edge of the money item conveyor , and wherein movement of a primary money item into the agitating region of the guide causes opposing movement of a surplus money item from resting on an edge of the primary money item into a money item release section of the conveyor.
A utensil dispenser with at least two utensils, wherein the dispenser is configured to dispense said at least two utensils , comprising: a housing configured to contain a stack of the utensils therein, wherein the stack of the utensils comprises at least one utensil in addition to a next utensil and each utensil comprises at least one contoured projection extending outwardly therefrom; a front pedestal disposed inside the housing , the front pedestal configured to support at least one of the at least one contoured projections extending outwardly from the next utensil ; and a moveable member disposed within the housing , and moving substantially linearly within the housing, the moveable member having an engaging section capable of engaging the contoured projection extending outwardly from the next utensil, the moveable member configured to move from a ready position to a dispense position; wherein the moveable member is configured to move about the contoured projection, allowing the contoured projection of the next utensil to at least partially reside within the engaging section of the moveable member, wherein the moveable member further comprises at least one extension arm and the engaging section of the moveable member is disposed on at least one of the at least one extension arms, the at least one extension arm configured to flex outwardly when sliding about the contoured projection. a housing configured to contain a stack of the utensils therein, wherein the stack of the utensils comprises at least one utensil in addition to a next utensil and each utensil comprises at least one contoured projection extending outwardly therefrom; a front pedestal disposed inside the housing , the front pedestal configured to support at least one of the at least one contoured projections extending outwardly from the next utensil ; and a moveable member disposed within the housing , and moving substantially linearly within the housing, the moveable member having an engaging section capable of engaging the contoured projection extending outwardly from the next utensil, the moveable member configured to move from a ready position to a dispense position; wherein the moveable member is configured to move about the contoured projection, allowing the contoured projection of the next utensil to at least partially reside within the engaging section of the moveable member, wherein the moveable member further comprises at least one extension arm and the engaging section of the moveable member is disposed on at least one of the at least one extension arms, the at least one extension arm configured to flex outwardly when sliding about the contoured projection.
A door system for a vehicle comprising a vehicle body structure and a first door structure , wherein the vehicle body structure comprises an opening to an interior compartment of the vehicle , wherein the door system comprises a displacement mechanism configured for displacing the first door structure in relation to the opening between an open position and a closed position, wherein the first door structure in the closed position is arranged to cover at least a portion of the opening , and wherein the first door structure in the open position is arranged at a distance from the closed position in a longitudinal direction of the vehicle body structure , wherein the first door structure comprises a first door beam arranged to extend between a lower part of the vehicle body structure and an upper part of the vehicle body structure when the first door structure is arranged in a closed position, wherein the first door beam comprises a first engaging part arranged at a lower end of the first door beam , wherein the first engaging part is arranged to interact with an essentially correspondingly shaped first receiving guide rail arranged in the vehicle body structure when the first door structure is in the closed position, wherein the first receiving guide rail has an extension in a lateral direction of the vehicle body structure , characterized in that the extension of the first guide rail is aligned with an extension of a first cross member of the vehicle body structure extending in a lateral direction of the vehicle body structure , wherein, upon a side collision, the first door beam is arranged to engage with the first cross member and the receiving guide rail is arranged to prevent the first engaging part from moving in a vertical direction, wherein a first bracket comprising the first engaging part is attached to the lower end of the first door beam , such that the first bracket engages with and is wedged in the first cross member upon a side collision, wherein a height (H1) of the first bracket is smaller than a distance (D) between the first receiving guide rail and an upper outer part of the first cross member such that a movement in a vertical direction of the first door beam relative the vehicle body structure is restricted upon the first bracket being wedged in the first cross member .
A motor vehicle dashboard sub-assembly comprising a dashboard crossmember , a dashboard body mounted rigidly on said crossmember , and a storage device comprising a hollow box open at its rear end and projecting in front of said dashboard body through a cut-out provided in this body , said box comprising an upper wall having a receiving orifice for the housing of a module lighting device intended to be supplied by an electrical supply cable provided at one of its ends with a connector , said dashboard body having a passage opening arranged above said cutout so as to allow said end of the cable provided with the connector to pass through this body from rear to front; characterized in that said dashboard body comprises, on its front face, a first guide ramp arranged to guide said end of said power supply cable provided with the connector as far as said receiving orifice formed in the upper wall of said box .
A component mounting apparatus, comprising: a component mounting unit including a mounting nozzle and a distance detector for optically detecting a distance between a component held by the mounting nozzle and a board , wherein the distance detector is adapted to form an illuminated region on the board, which is located in a vicinity of a portion obtained by projecting the mounting nozzle onto the board, and wherein the component mounting unit includes a plurality of nozzles (302, 302...) attached to a rotor and a nozzle selecting unit for selecting the mounting nozzle from the plurality of nozzles (302, 302...), the nozzle selecting unit includes a nozzle moving unit that moves the selected mounting nozzle vertically and a nozzle selection motor that rotates the nozzle moving unit , in operation the distance detector moves to a position near the selected mounting nozzle by rotating at substantially the same angle as a rotation angle of the nozzle moving unit by an operation of the nozzle selection motor , and the vicinity is a positional relationship that a distance between the illuminated region and the portion obtained by projecting the selected mounting nozzle onto the board is smaller than a distance between the illuminated region and a portion obtained by projecting any one of the plurality of nozzles (302, 302...) except the selected mounting nozzle onto the board . a component mounting unit including a mounting nozzle and a distance detector for optically detecting a distance between a component held by the mounting nozzle and a board , wherein the distance detector is adapted to form an illuminated region on the board, which is located in a vicinity of a portion obtained by projecting the mounting nozzle onto the board, and wherein the component mounting unit includes a plurality of nozzles (302, 302...) attached to a rotor and a nozzle selecting unit for selecting the mounting nozzle from the plurality of nozzles (302, 302...), the nozzle selecting unit includes a nozzle moving unit that moves the selected mounting nozzle vertically and a nozzle selection motor that rotates the nozzle moving unit , in operation the distance detector moves to a position near the selected mounting nozzle by rotating at substantially the same angle as a rotation angle of the nozzle moving unit by an operation of the nozzle selection motor , and the vicinity is a positional relationship that a distance between the illuminated region and the portion obtained by projecting the selected mounting nozzle onto the board is smaller than a distance between the illuminated region and a portion obtained by projecting any one of the plurality of nozzles (302, 302...) except the selected mounting nozzle onto the board .
A method for wireless communication at a user equipment, UE, comprising: monitoring , in a connected mode during discontinuous reception operation, a control channel during a wake-up signal occasion associated with a discontinuous reception on-duration; detecting a wake-up message during the wake-up signal occasion, the wake-up message being indicative of whether the UE is to wake-up to monitor the control channel during the discontinuous reception on-duration; identifying , from the wake-up message, a wake-up message component that triggers a link management procedure by the UE, wherein the wake-up message component includes a link management triggering state index; mapping the link management triggering state index to a corresponding reference signal resource set included in a reference signal triggering state table; and performing link management based at least in part on the wake-up message component and the mapping. monitoring , in a connected mode during discontinuous reception operation, a control channel during a wake-up signal occasion associated with a discontinuous reception on-duration; detecting a wake-up message during the wake-up signal occasion, the wake-up message being indicative of whether the UE is to wake-up to monitor the control channel during the discontinuous reception on-duration; identifying , from the wake-up message, a wake-up message component that triggers a link management procedure by the UE, wherein the wake-up message component includes a link management triggering state index; mapping the link management triggering state index to a corresponding reference signal resource set included in a reference signal triggering state table; and performing link management based at least in part on the wake-up message component and the mapping.
An aircraft control system comprising: a pilot operable interface to provide an input representative of a first flight regime for transmission totoa flight computer; and wherein the interface comprises a pilot operable switch , the switch including a lock permitting movement of the switch such that the switch selectively permits the interface to provide instead a second input for transmission to the flight computer representative of a second flight regime; wherein the first flight regime is a forward flight regime and the second flight regime is a vertical flight regime or the first flight regime is a vertical flight regime and the second flight regime is a forward flight regime; and wherein the aircraft control system further comprises a pilot operable vertical velocity control , the vertical velocity control being pilot accessible in the vertical flight regime and pilot inaccessible in the forward flight regime. a pilot operable interface to provide an input representative of a first flight regime for transmission totoa flight computer; and wherein the interface comprises a pilot operable switch , the switch including a lock permitting movement of the switch such that the switch selectively permits the interface to provide instead a second input for transmission to the flight computer representative of a second flight regime; wherein the first flight regime is a forward flight regime and the second flight regime is a vertical flight regime or the first flight regime is a vertical flight regime and the second flight regime is a forward flight regime; and wherein the aircraft control system further comprises a pilot operable vertical velocity control , the vertical velocity control being pilot accessible in the vertical flight regime and pilot inaccessible in the forward flight regime.
A cladding system for a wall , the cladding system comprising a plate-shaped cladding element connectable to a fastening profile on two opposite longitudinal or transverse sides, the fastening profile being configured to anchor the cladding system to the wall , the cladding element having a preferably strip-shaped fastening section , which is bent in relation to a base surface section of the cladding element , on the two longitudinal or transverse sides disposed in operative connection with a fastening profile , the fastening section interacting with a complementary, groove-shaped reception section on the fastening profile , the two reception sections on the fastening profile being disposed on the fastening profile on the side opposite to a fastening surface for the wall , the first reception section extending at least substantially parallel to the fastening surface or to the base surface section of the cladding element , characterized in that the second reception section is disposed at an inclined angle (α), preferably between 30° and 60°, particularly preferably approximately 45 degrees, to the fastening surface or to the base surface section , and that a plane aligned with a lateral wall surface of the second reception section assigned to the second reception section extends outside the cross section of the cladding element if said cladding element is disposed in the first reception section of the fastening profile .
A method for wireless communications, comprising: identifying , at a relay device, a set of resources partitioned into a first subset of resources for the relay device and a second subset of resources for a parent network node and a child network node in communication with the relay device; receiving , from the parent network node, a first resource configuration indicating a communication direction for a slot of the second subset of resources; receiving , from the child network node, a second resource configuration indicating a communication direction for the slot of the second subset of resources; scheduling communications in the slot of the second subset of resources based at least in part on the first and second resource configurations and scheduling communications for a slot of the first subset of resources independent of the first and second resource configurations; and communicating with one or more devices during the slot of the first and second subset of resources according to the scheduled communications. identifying , at a relay device, a set of resources partitioned into a first subset of resources for the relay device and a second subset of resources for a parent network node and a child network node in communication with the relay device; receiving , from the parent network node, a first resource configuration indicating a communication direction for a slot of the second subset of resources; receiving , from the child network node, a second resource configuration indicating a communication direction for the slot of the second subset of resources; scheduling communications in the slot of the second subset of resources based at least in part on the first and second resource configurations and scheduling communications for a slot of the first subset of resources independent of the first and second resource configurations; and communicating with one or more devices during the slot of the first and second subset of resources according to the scheduled communications.
Piece of furniture having a furniture body , on which a drawer and at least one inner drawer are movably held, wherein the at least one inner drawer is at least partially covered, in a closed position, by a front panel of the drawer , and the at least one inner drawer can be ejected via at least one ejection device after unlocking a locking device of the ejection device by moving a drive element driven by an energy accumulator, characterized in that an activator is provided on the drawer or a component connected to the drawer in order to effect, in a predetermined opening position of the drawer , an unlocking of the locking device of the ejection device of the inner drawer by means of actuating means , wherein the ejection occurs mechanically by means of the drive element being driven by an energy accumulator of the ejection device.