mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically conductive member (37a-g) for a connection unit including a plurality of sockets (12a-f), comprising: an elongate strip of electrically conducting material comprising a plurality of protruding contacts disposed along its length, wherein the protruding contacts are arranged to be engageable with a respective one of the plurality of sockets (12a-f); characterized in that : it further comprises a plurality of barbs disposed along at least one edge of the elongate strip such that, in use, the barbs engage with a surface of each of the plurality of sockets (12a-f) so as to secure the elongate strip thereto. an elongate strip of electrically conducting material comprising a plurality of protruding contacts disposed along its length, wherein the protruding contacts are arranged to be engageable with a respective one of the plurality of sockets (12a-f); characterized in that : it further comprises a plurality of barbs disposed along at least one edge of the elongate strip such that, in use, the barbs engage with a surface of each of the plurality of sockets (12a-f) so as to secure the elongate strip thereto.
Regulating module for a rotary electric machine of a vehicle, the rotary electric machine comprising a rotor and a stator and the regulating module having an operating mode in which said machine is intended to be disconnected from a battery of the vehicle, the regulating module comprising a rotor module arranged to emit a first output quantity (V_Rot) for controlling the rotor and a stator module arranged to emit a second output quantity (Vq) and a third output quantity (Vd) for controlling the stator , the regulating module being characterized in that : - the rotor module is arranged to generate a first intermediate setpoint (I_RotRef) on the basis of which is generated the first output quantity (V_Rot), said first intermediate setpoint (I_RotRef) being determined on the basis of a power potential reference signal (Pdc_MaxRef) and of a speed of rotation (W) of the rotor and being independent of a control power or of a control torque of the machine, the power potential of the machine being in particular the maximum power that the machine is able to generate for a given speed while meeting steady-state, and in particular thermal, constraints of the machine, - the stator module is arranged to generate a second intermediate setpoint (I_qRef, I_dcRef) on the basis of which are generated the second output quantity (Vq) and the third output quantity (Vd), said second intermediate setpoint (I_qRef, I_dcRef) being determined on the basis of the output voltage (Vdc) of the machine. - the rotor module is arranged to generate a first intermediate setpoint (I_RotRef) on the basis of which is generated the first output quantity (V_Rot), said first intermediate setpoint (I_RotRef) being determined on the basis of a power potential reference signal (Pdc_MaxRef) and of a speed of rotation (W) of the rotor and being independent of a control power or of a control torque of the machine, the power potential of the machine being in particular the maximum power that the machine is able to generate for a given speed while meeting steady-state, and in particular thermal, constraints of the machine, - the stator module is arranged to generate a second intermediate setpoint (I_qRef, I_dcRef) on the basis of which are generated the second output quantity (Vq) and the third output quantity (Vd), said second intermediate setpoint (I_qRef, I_dcRef) being determined on the basis of the output voltage (Vdc) of the machine.
A checking apparatus for verifying the straightness of drawn bars, said checking apparatus comprising a supporting and moving group adapted to receive a plurality of drawn bars from a drawing apparatus along a horizontal direction (H) and measuring group suitable to measure the straightness of said drawn bars , wherein said supporting and moving group comprises a plurality of supporting planes every one of which is configured to receive a drawn bar at picking station (P) of the supporting and moving group and to move it to a measuring station (M) of the supporting and moving group proximate to which the measuring group is arranged, said supporting planes being movable in a vertical direction (V), perpendicular to said horizontal direction (H), and wherein the supporting planes are formed of a plurality of sectors (210', 210", 210''') parallel to each other and spaced apart in the horizontal direction (H) defining a supporting surface of the checking apparatus for supporting the drawn bars in contact with said supporting surface, wherein the measuring group comprises a plurality of video cameras arranged above the supporting and moving group in the vertical direction (V) and wherein the checking apparatus further comprises a backlighting system, said backlighting system comprising displacement means configured to move a plurality of lamps movable relative to a frame of the supporting and moving group between an inner position, in which they do not interfere with the passage of the support planes , and an outer position in which they are located below the supporting plane arranged at the measuring station (M), characterized in that said supporting and moving group comprises driving means configured to move said supporting planes in the vertical direction (V) perpendicular to said horizontal direction (H), said horizontal direction (H) being parallel to the supporting surface, so as said supporting planes are movable in the vertical direction (V) to lift said drawn bar , in contact with said supporting surface, in a lifting direction (L) parallel to said vertical direction (V), and in that the supporting surface of the checking apparatus is perpendicular to said vertical direction (V); wherein the frame of the supporting and moving group extends in the vertical direction (V) and comprises a base and a top portion , the configuration of the supporting and moving group being such that the supporting planes circulate around said frame by moving from said base toward said top portion along a front side of the frame , turning by 180° in correspondence with the top portion and descending towards the base along a rear side of the frame , opposite to said front side with respect to a transverse direction (T) perpendicular to the horizontal (H) and vertical (V) directions, and along a descending direction (D) from the top portion to the base , parallel and opposite to the vertical direction (V) and distinguished from the lifting direction (L), and that in correspondence of the base the supporting planes rotate again by 180° and return on the front side of the frame .
Arrangement for pressing liquid-containing raw materials, comprising a press container which is rotatable about an axis of rotation and the interior of which is divided by a press membrane into a pressure medium chamber and a pressing medium chamber , wherein a filling and emptying opening which is closable in a pressure-tight manner is arranged in the press container , via which opening liquid-containing pressing material can be introduced into the pressing medium chamber , and at least one drainage element is arranged in the pressing medium chamber , the interior of which drainage element communicates with a juice outlet of the press container , via which liquid juice can be supplied to a juice collecting container during a pressing operation, characterized in that the press container is composed of a pressure-resistant flexible plastics material and is accommodated in an inherently rigid support framework which is rotatable about the axis of rotation.
Device for fixing an article , preferably an insulating material, to an object , preferably a wall, comprising a fixing rod and a fixing dowel for fixing the fixing rod in a recess provided in the object , wherein the fixing dowel has a fixing body with a cavity extending in the axial direction for the fixing rod , wherein the fixing body can be widened in the radial direction, wherein the fixing rod has at least one portion in which the cross-section is wider in a first radial direction than in a second radial direction, wherein the fixing rod is disposed in the fixing body such that it can be adjusted with less than one full rotation between an insertion position, in which the fixing body is relaxed, and a clamping position, in which the fixing body is widened, characterized in that a dowel head of the fixing dowel has a limiting device for limiting and/or indicating a rotation of the fixing rod upon attainment of the clamping position, wherein the limiting device has at least or precisely one stop . a fixing dowel for fixing the fixing rod in a recess provided in the object , wherein the fixing dowel has a fixing body with a cavity extending in the axial direction for the fixing rod , wherein the fixing body can be widened in the radial direction, wherein the fixing rod has at least one portion in which the cross-section is wider in a first radial direction than in a second radial direction, wherein the fixing rod is disposed in the fixing body such that it can be adjusted with less than one full rotation between an insertion position, in which the fixing body is relaxed, and a clamping position, in which the fixing body is widened, characterized in that a dowel head of the fixing dowel has a limiting device for limiting and/or indicating a rotation of the fixing rod upon attainment of the clamping position, wherein the limiting device has at least or precisely one stop .
A method for setting up a call from a subscriber having a first caller identification (CLI 1,j ) to a mobile station to which a first dial number (B) in a first mobile phone network is assigned, characterised by : storing a first association (Z 1 ) between the first dial number (B) and a second dial number (VB n ) assigned in a second mobile phone network , in a service node of the second mobile phone network ; receiving a first call which is directed to the second dial number (VB n ) and contains the first caller identification (CLI 1,j ), in the second mobile phone network ; if no reserve dial number (C j ) is yet associated with the first caller identification (CLI 1,j ) in the service node , associating a yet unassociated reserve dial number (C j ) from a pool of reserve dial numbers of the second mobile phone network with the first caller identification (CLI 1,j ) and storing this association as second association (Z 2 ) to the first association (Z 1 ) in the service node ; generating a second caller identification (CLI 2 ) comprising the reserve dial number (C j ) associated with the first caller identification (CLI 1,j ); determining the first dial number (B) associated with the second dial number (VB n ) from the stored first association (Z 1 ); and, setting up a second call from the second mobile phone network , or another mobile or fixed phone network (5'"), to the mobile station addressed by the first dial number (B) and connecting the first call to the second call , wherein the second caller identification (CLI 2 ) is transmitted in the second call . storing a first association (Z 1 ) between the first dial number (B) and a second dial number (VB n ) assigned in a second mobile phone network , in a service node of the second mobile phone network ; receiving a first call which is directed to the second dial number (VB n ) and contains the first caller identification (CLI 1,j ), in the second mobile phone network ; if no reserve dial number (C j ) is yet associated with the first caller identification (CLI 1,j ) in the service node , associating a yet unassociated reserve dial number (C j ) from a pool of reserve dial numbers of the second mobile phone network with the first caller identification (CLI 1,j ) and storing this association as second association (Z 2 ) to the first association (Z 1 ) in the service node ; generating a second caller identification (CLI 2 ) comprising the reserve dial number (C j ) associated with the first caller identification (CLI 1,j ); determining the first dial number (B) associated with the second dial number (VB n ) from the stored first association (Z 1 ); and, setting up a second call from the second mobile phone network , or another mobile or fixed phone network (5'"), to the mobile station addressed by the first dial number (B) and connecting the first call to the second call , wherein the second caller identification (CLI 2 ) is transmitted in the second call .
A network slice management method, comprising: receiving, by a first management unit, a first management request, wherein the first management request carries requirement information of a network slice, and the first management request is used to instruct the first management unit to manage the network slice based on the requirement information of the network slice; the method being characterized by determining, by the first management unit, requirement information of a subnet that forms the network slice based on the requirement information of the network slice, and the network slice comprises at least one subnet; sending, by the first management unit, a second management request to a second management unit, wherein the second management request carries the requirement information of the subnet, wherein the requirement information of the subnet is used to create or select the subnet by the second management unit; and receiving, by the first management unit, an identifier of the subnet from the second management unit. receiving, by a first management unit, a first management request, wherein the first management request carries requirement information of a network slice, and the first management request is used to instruct the first management unit to manage the network slice based on the requirement information of the network slice; the method being characterized by determining, by the first management unit, requirement information of a subnet that forms the network slice based on the requirement information of the network slice, and the network slice comprises at least one subnet; sending, by the first management unit, a second management request to a second management unit, wherein the second management request carries the requirement information of the subnet, wherein the requirement information of the subnet is used to create or select the subnet by the second management unit; and receiving, by the first management unit, an identifier of the subnet from the second management unit.
An ultra super single tire for heavy duty, the ultra super single tire comprising: a tread that contacts the road surface; a carcass that constitutes the skeleton of the tire ; and a belt layer that is disposed between the tread and the carcass , wherein the belt layer includes a first belt , a second belt , a third belt , and a fourth belt , which are laminated sequentially from the carcass toward the tread side, the first belt includes a first main belt and an extender belt that extends from the first main belt , and the second belt is made up of a wide spiral coil belt, wherein when the level difference in the width direction between an edge of the third belt and an edge of the second belt is designated as S1, the level difference in the width direction between an edge of the second belt and an edge of the extender belt is designated as S2, and the width of the extender belt is designated as EBw, the following relations are satisfied: 7.5 mm < S1 < 15 mm, 20 mm < S2, and 20 mm < EBw, wherein the angle of inclination at an edge of the first main belt is in the range of 50° ± 5°, the angle of inclination at an edge of the second belt is 0°, characterized in that , the angle of inclination at an edge of the third belt and the angle of inclination at an edge of the fourth belt are respectively in the range of 18° ± 5°. a tread that contacts the road surface; a carcass that constitutes the skeleton of the tire ; and a belt layer that is disposed between the tread and the carcass , wherein the belt layer includes a first belt , a second belt , a third belt , and a fourth belt , which are laminated sequentially from the carcass toward the tread side, the first belt includes a first main belt and an extender belt that extends from the first main belt , and the second belt is made up of a wide spiral coil belt, wherein when the level difference in the width direction between an edge of the third belt and an edge of the second belt is designated as S1, the level difference in the width direction between an edge of the second belt and an edge of the extender belt is designated as S2, and the width of the extender belt is designated as EBw, the following relations are satisfied: 7.5 mm < S1 < 15 mm, 20 mm < S2, and 20 mm < EBw, wherein the angle of inclination at an edge of the first main belt is in the range of 50° ± 5°, the angle of inclination at an edge of the second belt is 0°, characterized in that , the angle of inclination at an edge of the third belt and the angle of inclination at an edge of the fourth belt are respectively in the range of 18° ± 5°.
A glass ionomer cement composition comprising fluoroaluminosilicate glass particles coated by polydopamine.
Adjustable spectacle lens comprising a first lens element and a second lens element arranged one behind the other along an optical axis of the lens; wherein the first lens element and the second lens element are configured to vary their combined optical properties when moved relative to each other in a direction transverse to the optical axis ; wherein the adjustable spectacle lens is an adjustable progressive spectacle lens, wherein the first lens element and the second lens element are configured to work together to provide a near portion , a distance portion and an intermediate portion ; characterized in that the first lens element and the second lens element are configured to vary at least one of (a) a size of the near portion , the distance portion , and the intermediate portion relative to each other and (b) a power of the near portion , the distance portion , and the intermediate portion relative to each other, when the first lens element and the second lens element are moved relative to each other in the direction transverse to the optical axis . a first lens element and a second lens element arranged one behind the other along an optical axis of the lens; wherein the first lens element and the second lens element are configured to vary their combined optical properties when moved relative to each other in a direction transverse to the optical axis ; wherein the adjustable spectacle lens is an adjustable progressive spectacle lens, wherein the first lens element and the second lens element are configured to work together to provide a near portion , a distance portion and an intermediate portion ; characterized in that the first lens element and the second lens element are configured to vary at least one of (a) a size of the near portion , the distance portion , and the intermediate portion relative to each other and (b) a power of the near portion , the distance portion , and the intermediate portion relative to each other, (a) a size of the near portion , the distance portion , and the intermediate portion relative to each other and (b) a power of the near portion , the distance portion , and the intermediate portion relative to each other,
A foam-molded body of a resin composition containing (A) a polycarbonate resin having at least a structural unit derived from a dihydroxy compound represented by the following formula : (B) a branching agent containing two or more functional groups selected from carbodiimide, isocyanate, epoxy, silane, acid anhydride and oxazoline, per molecule; and (C) a thermoplastic resin; wherein the average diameter of bubbles in said foam-molded body is 100 μm or less; wherein the average diameter of bubbles is obtained by using SEM, as shown in the description. (A) a polycarbonate resin having at least a structural unit derived from a dihydroxy compound represented by the following formula : (B) a branching agent containing two or more functional groups selected from carbodiimide, isocyanate, epoxy, silane, acid anhydride and oxazoline, per molecule; and (C) a thermoplastic resin; wherein the average diameter of bubbles in said foam-molded body is 100 μm or less; wherein the average diameter of bubbles is obtained by using SEM, as shown in the description.
A wearable device comprising: a light source configured to irradiate light to a target region of a user; a light receiver configured to receive scattered light scattered from a bloodstream under the target region; a controller configured to determine a blood pressure value of the user based on an intensity of the received scattered light; and a display unit ' on which the determined blood pressure value is displayed, wherein the controller is further configured to: determine a speckle-modulated image indicating the intensity of the received scattered light, determine a diameter of a blood vessel and a velocity of the bloodstream based on the speckle-modulated image, and determine the blood pressure value of the user based on the determined diameter of the blood vessel and the determined velocity of the bloodstream. a light source configured to irradiate light to a target region of a user; a light receiver configured to receive scattered light scattered from a bloodstream under the target region; a controller configured to determine a blood pressure value of the user based on an intensity of the received scattered light; and a display unit ' on which the determined blood pressure value is displayed, wherein the controller is further configured to: determine a speckle-modulated image indicating the intensity of the received scattered light, determine a diameter of a blood vessel and a velocity of the bloodstream based on the speckle-modulated image, and determine the blood pressure value of the user based on the determined diameter of the blood vessel and the determined velocity of the bloodstream. determine a speckle-modulated image indicating the intensity of the received scattered light, determine a diameter of a blood vessel and a velocity of the bloodstream based on the speckle-modulated image, and determine the blood pressure value of the user based on the determined diameter of the blood vessel and the determined velocity of the bloodstream.
A poly(endo-dicyclopentadiene) polymer, wherein the polymer is greater than 95% syndiotactic, syndiotacticity being determined by 13 C NMR; and wherein double bonds in the polymer backbone is greater than 90% cis as determined by 13 C NMR.
A pentameric binding molecule comprising five bivalent binding units and a J-chain or a functional fragment or variant thereof, wherein each binding unit comprises two IgM heavy chain constant regions, each associated with an antigen-binding domain, wherein at least one antigen binding domain of the binding molecule is a CD20 antigen binding domain comprising: an antibody heavy chain variable region (VH) comprising immunoglobulin complementarity determining regions HCDR1, HCDR2, HCDR3, and an antibody light chain variable region (VL) comprising immunoglobulin complementarity determining regions LCDR1, LCDR2, and LCDR3, wherein the HCDR1 comprises the amino acid sequence of SEQ ID NO: 39; the HCDR2 comprises the amino acid sequence of SEQ ID NO: 40; the HCDR3 comprises the amino acid sequence of SEQ ID NO: 41; the LCDR1 comprises the amino acid sequence of SEQ ID NO: 43; the LCDR2 comprises the amino acid sequence of SEQ ID NO: 44; and the LCDR3 comprises the amino acid sequence of SEQ ID NO: 45.