mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a shape measuring apparatus including a probe having a stylus tip at a tip, and a moving mechanism which moves the stylus tip scanning a surface of a workpiece, and configured to measure a shape of the workpiece by detecting contact between the stylus tip and the surface of the workpiece, the method comprising: calculating a two-dimensional scanning path to move the stylus tip based on design data of the workpiece; moving the stylus tip along the scanning path; monitoring whether a distance between the scanning path and an actual workpiece is excessive compared to a predetermined tolerance range; generating a trajectory difference error when the distance between the scanning path and the actual workpiece is excessive; characterized by performing, when the trajectory difference error is generated, point measurement at a plurality of points of the workpiece; roughly calculating the workpiece shape and calculating a deviation at each measured point by comparing the coordinates obtained by the point measurement with the point corresponding to the design data; in case that it is determined that there is a geometric correction in which the calculated deviation is evenly decreased: performing an even geometric correction, such as reduction, enlargement, rotation translation or parallel translation, to the design data such that the design data approaches to the actual workpiece; and performing scanning measurement based on the design data after the even geometric correction. calculating a two-dimensional scanning path to move the stylus tip based on design data of the workpiece; moving the stylus tip along the scanning path; monitoring whether a distance between the scanning path and an actual workpiece is excessive compared to a predetermined tolerance range; generating a trajectory difference error when the distance between the scanning path and the actual workpiece is excessive; characterized by performing, when the trajectory difference error is generated, point measurement at a plurality of points of the workpiece; roughly calculating the workpiece shape and calculating a deviation at each measured point by comparing the coordinates obtained by the point measurement with the point corresponding to the design data; in case that it is determined that there is a geometric correction in which the calculated deviation is evenly decreased: performing an even geometric correction, such as reduction, enlargement, rotation translation or parallel translation, to the design data such that the design data approaches to the actual workpiece; and performing scanning measurement based on the design data after the even geometric correction. performing an even geometric correction, such as reduction, enlargement, rotation translation or parallel translation, to the design data such that the design data approaches to the actual workpiece; and performing scanning measurement based on the design data after the even geometric correction.
Device for receiving a battery for an electric vehicle, the device including a housing provided in a structure of the vehicle and adapted to receive at least one battery, the housing including an open face for introducing the battery into the housing in a so-called vertical direction of introducing the battery, the housing including a bottom opposite to its open face, the device including, at said bottom, a connector support and an electrical connector of the vehicle connected to said connector support, the electrical connector of the vehicle being adapted to cooperate by plugging in in the direction of introducing the battery with a corresponding electrical connector of the battery, the connector support being connected to the structure of the vehicle by elastic means, the device being configured so that the battery can be connected by simple translational insertion in the housing; characterised in that the elastic means consist of a set of elastic studs adapted to deform in the direction of introducing the battery so as to allow a vertical movement of the battery upwards and downwards; and in that the device furthermore includes a cover for closing off in a closed position, or leaving clear in an open position, the open face of the housing, the cover in the closed position including a face internal to the housing provided with an elastic element adapted to bear on a face of the battery opposite to the electrical connector of the battery. a housing provided in a structure of the vehicle and adapted to receive at least one battery, the housing including an open face for introducing the battery into the housing in a so-called vertical direction of introducing the battery, the housing including a bottom opposite to its open face, the device including, at said bottom, a connector support and an electrical connector of the vehicle connected to said connector support, the electrical connector of the vehicle being adapted to cooperate by plugging in in the direction of introducing the battery with a corresponding electrical connector of the battery, the connector support being connected to the structure of the vehicle by elastic means, the device being configured so that the battery can be connected by simple translational insertion in the housing; characterised in that the elastic means consist of a set of elastic studs adapted to deform in the direction of introducing the battery so as to allow a vertical movement of the battery upwards and downwards; and in that the device furthermore includes a cover for closing off in a closed position, or leaving clear in an open position, the open face of the housing, the cover in the closed position including a face internal to the housing provided with an elastic element adapted to bear on a face of the battery opposite to the electrical connector of the battery.
An upholstery comprising: a cushion; and a dress cover; wherein the dress cover encloses at least a portion of the cushion; wherein the dress cover comprises a first yarn and a second yarn; wherein the first yarn and the second yarn are woven together; wherein the first yarn is in warp; wherein the second yarn is in weft; wherein the dress cover compresses the cushion when there is no voltage applied across the first yarn and the second yarn; wherein the first yarn and the second yarn are each configured to change in length upon receiving a voltage differential; wherein the change in length of the first yarn and the second yarn causes the dress cover to bulge; wherein the bulge of the dress cover allows the cushion to expand thereby changing a stiffness of the cushion; wherein the first yarn and the second yarn are each configured to return to an original length when the voltage differential is removed. a cushion; and a dress cover; wherein the dress cover encloses at least a portion of the cushion; wherein the dress cover comprises a first yarn and a second yarn; wherein the first yarn and the second yarn are woven together; wherein the first yarn is in warp; wherein the second yarn is in weft; wherein the dress cover compresses the cushion when there is no voltage applied across the first yarn and the second yarn; wherein the first yarn and the second yarn are each configured to change in length upon receiving a voltage differential; wherein the change in length of the first yarn and the second yarn causes the dress cover to bulge; wherein the bulge of the dress cover allows the cushion to expand thereby changing a stiffness of the cushion; wherein the first yarn and the second yarn are each configured to return to an original length when the voltage differential is removed.
A pneumatic tire (62,102) comprising a tread (64,104), a pair of sidewalls (66,106), a pair of clinches (68,108), a pair of beads (70,110), a carcass (72,112), a pair of load support layers (74,114), and a belt (76, 116), wherein each sidewall (66,106) extends from an edge of the tread (64,104) substantially inward in a radial direction, each clinch (68,108) extends from an edge of the sidewall (66,106) substantially inward in the radial direction, each bead (70,110) is located inward of the clinch (68,108) in an axial direction, each load support layer (74,114) is located inward of the sidewall (66,106) and inward of the carcass (72, 112) in the axial direction, the bead (70,110) includes a core (84,124) and an apex (86,126), the apex (86,126) is located outward of the core (84,124) in the radial direction, the apex (86,126) includes a main body (88,128), the main body (88,128) extends from the core (84,124) substantially outward in the radial direction, the carcass (72,112) comprises a ply which extends on and between the beads (70, 110) at both sides and turns up around each core (84, 124) from the inner side toward the outer side in the axial direction, forming a main portion extending from an equator plane toward each bead (70,110) and a pair of turned-up portions extending from the beads (70,110) substantially outward in the radial direction, characterized in that the turned-up portion of the carcass (72,112) reaches a position directly below the belt (76,116), the apex (86,126) includes a reinforcing portion (90,130) interposed between the main body (88,128) of the apex (86,126) and the turned-up portion of the carcass (72,112) or between the main body (88,128) of the apex (86,126) and the main portion of the carcass (72,112) in the axial direction and extends along the main body (88,128), when a position on an outer surface of the tire at which position a height in the radial direction from a bead base line is 14 mm is defined as a first point P1, and a position on the outer surface of the tire at which position a height in the radial direction from the bead base line is 20 mm is defined as a second point P2, the reinforcing portion (90,130) overlaps each of the first point P1 and the second point P2 in the radial direction, a loss tangent (Tu,Ts) of the reinforcing portion (90,130) is equal to or less than a loss tangent (Tm) of the main body (88,128), and is equal to or less than a loss tangent (Ti) of the load support layer (74,114), a hardness (Hu,Hs) of the reinforcing portion (90,130) is equal to or greater than a hardness (Tm) of the main body (88,128), and is equal to or greater than a hardness (Hi) of the load support layer (74,114), when the loss tangent (Tu,Ts) of the reinforcing portion (90,130) is equal to the loss tangent (Tm) of the main body (88,128), the hardness (Hu,Hs) of the reinforcing portion (90,130) is greater than the hardness (Hm) of the main body (88,128), and when the hardness (Hu,Hs) of the reinforcing portion (90,130) is equal to the hardness (Hm) of the main body (88,128), the loss tangent (Tu,Ts) of the reinforcing portion (90,130) is less than the loss tangent (Tm) of the main body (88,128).
A tunnel multiplexing method for a linear protection group, characterized by comprising: setting linear protection configuration information, wherein a public network label is configured to comprise Flag, an active/standby status flag of a tunnel, when the Flag is 0, the tunnel is a main tunnel, when the Flag is 1, the tunnel is a standby tunnel, and wherein a private network label is configured to comprise curFlg, an active/standby status flag of valid tunnel of a protection group corresponding to the private network label, when the curFlg is 0, the valid tunnel is a main tunnel, when the curFlg is 1, the valid tunnel is a standby tunnel; after receiving a data message, a tunnel tail node searching for the Flag and the curFlg according to the public network label and the private network label in the data message, and judging whether the Flag is equal to the curFlg; when determining that the Flag is equal to the curFlg, the tunnel tail node forwarding the data message, otherwise, discarding the data message. setting linear protection configuration information, wherein a public network label is configured to comprise Flag, an active/standby status flag of a tunnel, when the Flag is 0, the tunnel is a main tunnel, when the Flag is 1, the tunnel is a standby tunnel, and wherein a private network label is configured to comprise curFlg, an active/standby status flag of valid tunnel of a protection group corresponding to the private network label, when the curFlg is 0, the valid tunnel is a main tunnel, when the curFlg is 1, the valid tunnel is a standby tunnel; after receiving a data message, a tunnel tail node searching for the Flag and the curFlg according to the public network label and the private network label in the data message, and judging whether the Flag is equal to the curFlg; when determining that the Flag is equal to the curFlg, the tunnel tail node forwarding the data message, otherwise, discarding the data message.
An expandable intervertebral implant, comprising: a superior member configured to engage a superior intervertebral body; an inferior member configured to engage an inferior intervertebral body; and an expansion mechanism disposed between the superior member and the inferior member configured to selectively adjust a vertical separation of the superior member from the inferior member; wherein the expansion mechanism comprises a proximal wedge structure and a distal wedge structure that are relatively translated between the superior member and the inferior member, wherein the proximal wedge structure and the distal wedge structure are each coupled to the superior member and the inferior member by a plurality of track structures and rail structures, and wherein the track structures of the superior member and the inferior member are offset, particularly staggered, from one another relative to the central axis of the expendable intervertebral implant such that they sit side-by-side when the expandable intervertebral implant is undeployed a superior member configured to engage a superior intervertebral body; an inferior member configured to engage an inferior intervertebral body; and an expansion mechanism disposed between the superior member and the inferior member configured to selectively adjust a vertical separation of the superior member from the inferior member; wherein the expansion mechanism comprises a proximal wedge structure and a distal wedge structure that are relatively translated between the superior member and the inferior member, wherein the proximal wedge structure and the distal wedge structure are each coupled to the superior member and the inferior member by a plurality of track structures and rail structures, and wherein the track structures of the superior member and the inferior member are offset, particularly staggered, from one another relative to the central axis of the expendable intervertebral implant such that they sit side-by-side when the expandable intervertebral implant is undeployed
A method for controlling air conditioners installed in each of a plurality of rooms, the method comprising: determining whether a current power rate is greater than a preset reference power rate; determining an occupancy of each of room spaces to be air conditioned if the current power rate is greater than the preset reference power rate; and controlling a flow rate of air supplied to each of room spaces based on the determined occupancy, wherein controlling a flow rate of air supplied to each of room spaces based on the determined occupancy comprises: increasing the flow rate of an air conditioner installed in a particular room space from a reference flow rate, if the occupancy in the particular room space is greater than a preset reference occupancy value; and decreasing the flow rate of the air conditioner installed in the particular room space from the reference flow rate, if the occupancy in the room space is less than the preset reference occupancy value. determining whether a current power rate is greater than a preset reference power rate; determining an occupancy of each of room spaces to be air conditioned if the current power rate is greater than the preset reference power rate; and controlling a flow rate of air supplied to each of room spaces based on the determined occupancy, wherein controlling a flow rate of air supplied to each of room spaces based on the determined occupancy comprises: increasing the flow rate of an air conditioner installed in a particular room space from a reference flow rate, if the occupancy in the particular room space is greater than a preset reference occupancy value; and decreasing the flow rate of the air conditioner installed in the particular room space from the reference flow rate, if the occupancy in the room space is less than the preset reference occupancy value. increasing the flow rate of an air conditioner installed in a particular room space from a reference flow rate, if the occupancy in the particular room space is greater than a preset reference occupancy value; and decreasing the flow rate of the air conditioner installed in the particular room space from the reference flow rate, if the occupancy in the room space is less than the preset reference occupancy value.
An aid device for the motor disabled, particularly suitable for allowing walking of transfemoral amputees, comprising: - a prosthesis of an amputated limb; and - an orthosis suitable to be worn at another body portion, wherein said prosthesis and said orthosis are operatively connected one to the other, and wherein said aid device further comprises a control unit in communication with both said prosthesis and said orthosis, characterized in that said aid device further comprises a sensory system, said sensory system being in communication with said control unit. - a prosthesis of an amputated limb; and - an orthosis suitable to be worn at another body portion,
A method comprising: storing, while a user is operating a stylus, a log of pairing events between the stylus and each of a plurality of digitizer systems (25, 50) from which the stylus is configured to receive input; defining a search protocol to identify which digitizer system from the plurality of digitizer systems is providing input to the stylus, wherein the search protocol is dynamically defined based on the log; searching (305-320; 630) for the digitizer system that is communicating with the stylus based on the input detected; and transmitting signals from an interacting tip of the stylus using a protocol configured for communicating with the identified digitizer system, characterized in that the method further comprises: determining if the digitizer system (25, 50) has ever been identified based on the log and reducing at least one of frequency and duration for searching for the digitizer system based on determining that the digitizer system has never been identified, or determining which digitizer system (25, 50) was previously identified by the stylus and increasing at least one of frequency and duration for searching for that digitizer system. storing, while a user is operating a stylus, a log of pairing events between the stylus and each of a plurality of digitizer systems (25, 50) from which the stylus is configured to receive input; defining a search protocol to identify which digitizer system from the plurality of digitizer systems is providing input to the stylus, wherein the search protocol is dynamically defined based on the log; searching (305-320; 630) for the digitizer system that is communicating with the stylus based on the input detected; and transmitting signals from an interacting tip of the stylus using a protocol configured for communicating with the identified digitizer system, characterized in that the method further comprises: determining if the digitizer system (25, 50) has ever been identified based on the log and reducing at least one of frequency and duration for searching for the digitizer system based on determining that the digitizer system has never been identified, or determining which digitizer system (25, 50) was previously identified by the stylus and increasing at least one of frequency and duration for searching for that digitizer system. determining if the digitizer system (25, 50) has ever been identified based on the log and reducing at least one of frequency and duration for searching for the digitizer system based on determining that the digitizer system has never been identified, or determining which digitizer system (25, 50) was previously identified by the stylus and increasing at least one of frequency and duration for searching for that digitizer system.
A spray-dried powder containing a mixture of structurally distinct human milk oligosaccharides and at least one monosaccharide selected from the group consisting of L-fucose and N-acetylneuraminic acid, wherein the spray-dried powder comprises saccharide [wt.-%] 2'-fucosylactose (2'-FL) 30.0 - 55.0 3-fucosyllactose (3-FL) 10.0 - 15.0 lacto- N -tetraose (L N T) 20.0 - 30.0 lacto- N -neotetraose (L N nT) 0.0 - 5.0 lacto-N-fucopentaose I (L N FPI) 0.0 - 20.0 3'-sialyllactose (3'-SL) 2.0 - 4.0 6'-sialyllactose (6'-SL) 4.0 - 6.0 N-acetylneuraminic acid (NeuAc) 0.0 - 10.0 L-fucose 0.0 - 6.0 Total 100.0 with the exception of a composition comprising saccharide [wt.-%] 2'-fucosylactose (2'-FL) 34 3-fucosyllactose (3-FL) 11 lacto- N -tetraose (L N T) 20 lacto- N -neotetraose (L N nT) 2 lacto-N-fucopentaose I (L N FPI) 13 3'-sialyllactose (3'-SL) 3 6'-sialyllactose (6'-SL) 4 N-acetylneuraminic acid (NeuAc) 8 L-fucose 5 Total 100
A compound for use in a method of: - treating or preventing WHIM syndrome in a human; - treating or preventing myelokathexis in a human; or - correcting neutropenia and/or lymphocytopenia in a human patient with myelokathexis or WHIM syndrome; wherein the compound is a CXCR4 antagonist that is 1,1'-[1,4-phenylene-bis-(methylene)]-bis-1,4,8,11-tetraazacyclotetradecane or a pharmaceutically acceptable salt or metal complex thereof. - treating or preventing WHIM syndrome in a human; - treating or preventing myelokathexis in a human; or - correcting neutropenia and/or lymphocytopenia in a human patient with myelokathexis or WHIM syndrome;
A method for dispersing a dry cellulose ether formulation in an aqueous solution without forming lumps, comprising the steps of: (a) feeding the dry cellulose ether formulation to a feeder at an adjustable rate; (b) wetting the dry cellulose ether formulation with a hydration agent, the step of the wetting being conducted in a Venturi mixer; (c) mixing the wetted cellulose ether formulation with additional hydration agent in a mixer; and (d) forming a uniform and clear solution, wherein the dry cellulose ether formulation comprises (i) a cellulose ether cross-linked with a cross-linker having a first reactive moiety and a second reactive moiety, and (ii) a solid water soluble acid. (a) feeding the dry cellulose ether formulation to a feeder at an adjustable rate; (b) wetting the dry cellulose ether formulation with a hydration agent, the step of the wetting being conducted in a Venturi mixer; (c) mixing the wetted cellulose ether formulation with additional hydration agent in a mixer; and (d) forming a uniform and clear solution,
Dynamic self-adaptation method of the ignition delay of a burner that may be installed and implemented on a gas boiler comprising at least one primary exchanger for the generation of hot water for a heating system equipped with at least one secondary exchanger (Rs1, Rs2,..., Rsn), at least one control unit, at least one temperature sensor to detect the delivery temperature (Tm), at least one pump for the circulation of water of the said heating system, at least one assembly of one or more sensors configured to determine a the value (Qcm) of a circulation flow rate (Qc) in the primary exchanger of the said boiler, where said control unit is configured to re-ignite said boiler with a pre-set ignition delay (tRimp) optimized for the maximum expected value (Qref) of said circulation flow rate (Qc) when none of said at least one secondary exchanger (Rs1, Rs2,..., Rsn) is choked, wherein said pre-set ignition delay (t.R.imp) is replaced by a dynamic ignition delay (t.R.dyn) calculated by said control unit as a function of the choking conditions of said at least one secondary exchanger (Rs1, Rs2,..., Rsn), said choking conditions being determined by measuring and monitoring of the value (Qcm) of said circulation flow rate (Qc).