mhurhangee/patent-ind-claim-en huggingface dataset:
A board production line having multiple work devices arranged to transfer a board from upstream to downstream and perform a predetermined operation on the board, the board production line comprising: a shared folder having storage areas (41-45) configured to store board-related information, the storage areas (41-45) being multiply divided according to the number of the work devices (21-26), wherein the shared folder is a memory device, characterized in that the shared folder is further configured to transfer the board-related information among the storage areas (41-45), in conjunction with transferring the board, with a first work device (21-23,25,26) capable of accessing the storage areas (41-45) among the multiple work devices , and the board production line further comprises a management proxy section configured to access the shared folder in place of a second work device which cannot access the storage areas (41-45), and configured to manage the board-related information so that the board-related information can be transferred among the storage areas (41-45). a shared folder having storage areas (41-45) configured to store board-related information, the storage areas (41-45) being multiply divided according to the number of the work devices (21-26), wherein the shared folder is a memory device, characterized in that the shared folder is further configured to transfer the board-related information among the storage areas (41-45), in conjunction with transferring the board, with a first work device (21-23,25,26) capable of accessing the storage areas (41-45) among the multiple work devices , and the board production line further comprises a management proxy section configured to access the shared folder in place of a second work device which cannot access the storage areas (41-45), and configured to manage the board-related information so that the board-related information can be transferred among the storage areas (41-45).
A light matrix building block for a modular toy or educational construction set, the light matrix building block comprising a plurality of separate light emitting elements, the light matrix building block being configured to: - control the colour and intensity of each of the light emitting elements individually, and - receive and decode digital information to regulate the colour and intensity of each of the light emitting elements, characterised in that the digital information to regulate the colour and intensity of a light emitting element in the plurality of light emitting elements is encoded in a single byte of information. - control the colour and intensity of each of the light emitting elements individually, and - receive and decode digital information to regulate the colour and intensity of each of the light emitting elements,
A system suitable for draining at least one type of bodily fluid from a patient, comprising: a chamber capable of being adjusted to hold one of at least a first volume of fluid and a second, smaller volume of fluid, the chamber having an inlet end with a barrier defining an opening and having an outlet end defining an outlet passage ; a valve including a valve seat and a valve closure member to define a usable volume; and a movable adjustment member having a shaft passable through the opening in the barrier and terminating within the chamber at a first end, the first end being connected to the valve seat , the shaft having a plurality of features along at least a portion of its length engagable with corresponding engagement features being in a fixed relationship with the barrier to enable the shaft to be advanced into the chamber to reduce the usable volume to be less than the first volume. a chamber capable of being adjusted to hold one of at least a first volume of fluid and a second, smaller volume of fluid, the chamber having an inlet end with a barrier defining an opening and having an outlet end defining an outlet passage ; a valve including a valve seat and a valve closure member to define a usable volume; and a movable adjustment member having a shaft passable through the opening in the barrier and terminating within the chamber at a first end, the first end being connected to the valve seat , the shaft having a plurality of features along at least a portion of its length engagable with corresponding engagement features being in a fixed relationship with the barrier to enable the shaft to be advanced into the chamber to reduce the usable volume to be less than the first volume.
A nano-blend of two or more biopolymers comprising a nanostructured first biopolymer in a matrix of a second biopolymer, wherein the nanostructured first polymer is 100 nm or less in diameter, wherein (a) the first biopolymer is poly(butylene adipate-co-terephthalate) (PBAT), and the second polymer is polybutylene succinate (PBS), or (b) the first biopolymer is polybutylene succinate (PBS), and the second polymer is poly(butylene adipate-co-terephthalate) (PBAT).
A compound of formula (I): or a pharmaceutically acceptable salt for use in treating a brain cancer and/or preventing recurrence of a brain cancer, wherein: X is C 1 , C 2 or C 3 alkyl, or C 2 or C 3 alkenyl; Y is CH 2 ; W is O, S or NH; Z is NH orO; R 1 is a halo, aryl or heteroaryl group, which aryl or heteroaryl group is optionally substituted with one or more groups selected from halogen, OH, =O, SH, SO 3 H,NH 2 , N-alkyl, NH-alkyl, N 3 , NO 2 , alkyl, alkenyl or heteroalkyl; wherein said aryl represents an aromatic group that contains one or more rings containing from 6 to 14 ring carbon atoms, and wherein said heteroaryl represents an aromatic group that contains one or more rings containing from 5 to 14 ring atoms and comprises one or more nitrogen atoms; Ar is a phenyl group; R 2 is H, OH, NH 2 or NO 2 . X is C 1 , C 2 or C 3 alkyl, or C 2 or C 3 alkenyl; Y is CH 2 ; W is O, S or NH; Z is NH orO; R 1 is a halo, aryl or heteroaryl group, which aryl or heteroaryl group is optionally substituted with one or more groups selected from halogen, OH, =O, SH, SO 3 H,NH 2 , N-alkyl, NH-alkyl, N 3 , NO 2 , alkyl, alkenyl or heteroalkyl; wherein said aryl represents an aromatic group that contains one or more rings containing from 6 to 14 ring carbon atoms, and wherein said heteroaryl represents an aromatic group that contains one or more rings containing from 5 to 14 ring atoms and comprises one or more nitrogen atoms; Ar is a phenyl group; R 2 is H, OH, NH 2 or NO 2 .
Vehicle comprising a plurality of walls defining a housing , said vehicle comprising a sanitization system for said housing comprising diffuser means , a source of sanitizing fluid, ventilation means and an electronic unit , said electronic unit being configured to allow the passage of said sanitizing fluid from said source to said diffuser means , said diffuser means nebulizing said sanitizing fluid coming from said source inside said housing , characterized in that said electronic unit is configured to activate said ventilation means to allow the airing of said housing following the nebulization of said sanitizing fluid inside said housing .
Method of compensating a failing nozzle of a print head of an inkjet printer , the inkjet printer comprising at least one print head , the at least one print head comprising a plurality of nozzles erein a receiving material is moved relatively to the at least one print head , wherein the method comprises the steps of a) ejecting (S1) droplets of marking material from the plurality of nozzles onto the receiving material forming dots of an image, b) scanning (S2) the printed dots , c) analyzing (S3) the scanned dots for detecting whether a nozzle is failing, d) determining (S4) a group of nozzles which group most likely contains the nozzle that is failing, e) selecting (S51, S53) one nozzle of the group of nozzles, f) in an image part ejecting (S6) compensating droplets of marking material in accordance with a compensation scheme selected as if said one nozzle is failing, g) scanning (S7) the image part, h) repeating steps f) and g) for each other nozzle in the group of nozzles, i) analyzing (S9) each image part, j) selecting (S10) from the image parts a deviating image part with respect to print quality, the deviating part having a highest or lowest print quality of all image parts, k) selecting a compensation scheme based on the deviating image part, and l) proceeding (S11) with printing, including ejecting compensating droplets in accordance with the selected compensation scheme, wherein each image part has such a size in the direction of the movement of the receiving material, e.g. a size of six pixels, that variations in the printed dots on the image parts are not or slightly visible to an observer but are detectable while scanning the image parts, and characterized in that the method comprises the step of printing the image parts before any of the image parts is scanned. a) ejecting (S1) droplets of marking material from the plurality of nozzles onto the receiving material forming dots of an image, b) scanning (S2) the printed dots , c) analyzing (S3) the scanned dots for detecting whether a nozzle is failing, d) determining (S4) a group of nozzles which group most likely contains the nozzle that is failing, e) selecting (S51, S53) one nozzle of the group of nozzles, f) in an image part ejecting (S6) compensating droplets of marking material in accordance with a compensation scheme selected as if said one nozzle is failing, g) scanning (S7) the image part, h) repeating steps f) and g) for each other nozzle in the group of nozzles, i) analyzing (S9) each image part, j) selecting (S10) from the image parts a deviating image part with respect to print quality, the deviating part having a highest or lowest print quality of all image parts, k) selecting a compensation scheme based on the deviating image part, and l) proceeding (S11) with printing, including ejecting compensating droplets in accordance with the selected compensation scheme,
A railway vehicle , in particular a tram, including emergency braking means , including at least one bidirectional accelerometer , measuring a first acceleration in a longitudinal direction (X) and a second acceleration in a transverse direction (Y), and means for commanding the emergency braking means , configured to command an emergency braking when the first measured acceleration and the second measured acceleration meet at least one predefined condition, such that, in a two-dimensional Cartesian coordinate system associated with the accelerometer, representing a longitudinal acceleration on a first axis, and a transverse acceleration on a second axis different from the first axis, and having, for center, a point corresponding to nil longitudinal and transverse accelerations, then a point having the first measured acceleration for coordinates along the first axis and the second measured acceleration for coordinates along the second axis, is outside a predefined solid surface comprising a first point having a first predetermined threshold F1 for coordinates along the first axis and a second point having a second predetermined threshold F2 for coordinates along the second axis, characterized in that the emergency braking means are configured with the solid surface formed by an elliptical surface defined by an ellipse centered on the center of the Cartesian coordinate system and for which the points of coordinates along the first axis Lx and coordinates along the second axis Ly forming the ellipse verify the following equation: Lx 2 /F1 2 + Ly 2 /F2 2 =1.
A control device that executes model predictive control related to a predetermined control target corresponding to an actual target device which is an actual target of servo control in order to cause an output of the actual target device to track a predetermined command, the control device comprising: an integrator which receives input of a deviation between the predetermined command and an output of the predetermined control target is input; a state acquisition unit that acquires a value of a predetermined state variable related to the predetermined control target ; a model predictive control unit which has a prediction model that defines a correlation between the predetermined state variable and an input to the predetermined control target in a form of a predetermined state equation, and which performs the model predictive control based on the prediction model according to a predetermined evaluation function in a prediction section having a predetermined time width using the output of the integrator as an input, and outputs a value of the input at least at an initial time point of the prediction section as an input to the predetermined control target corresponding to the predetermined command, wherein the prediction model includes a predetermined integral term represented by a product of a predetermined integral gain and the deviation between the output of the predetermined control target and the predetermined command, and characterized by a gain adjustment unit that adjusts the predetermined integral gain so that the predetermined integral gain increases as a magnitude of the deviation decreases. an integrator which receives input of a deviation between the predetermined command and an output of the predetermined control target is input; a state acquisition unit that acquires a value of a predetermined state variable related to the predetermined control target ; a model predictive control unit which has a prediction model that defines a correlation between the predetermined state variable and an input to the predetermined control target in a form of a predetermined state equation, and which performs the model predictive control based on the prediction model according to a predetermined evaluation function in a prediction section having a predetermined time width using the output of the integrator as an input, and outputs a value of the input at least at an initial time point of the prediction section as an input to the predetermined control target corresponding to the predetermined command, wherein the prediction model includes a predetermined integral term represented by a product of a predetermined integral gain and the deviation between the output of the predetermined control target and the predetermined command, and characterized by a gain adjustment unit that adjusts the predetermined integral gain so that the predetermined integral gain increases as a magnitude of the deviation decreases.
Alloy forming sulfur-containing metallic glass, having the following formula: (Ti, Zr, Nb, Hf, Fe .A a1 ) a Pd b (Cu,Ni) c (V,Mo,Ta,W) d (Co,Cr,Fe )e,(Mn,Al,In,Ga,Ag,Si,Ge) f Sn g Be h (B,C) i (O, H, N) j (P, S x1 ) x , wherein: a = 0 - 15 wt.% or 30 - 90 wt.%, b = 0 - 68 wt.% and a + b = 30 - 97 wt.%, whereby, if a = 0 - 15 wt.%, b = 35 - 68 wt.%, A is one or more elements of the group of rare earths, whereby rare earths refer to lanthanides and yttrium. whereby a1/a = 0 - 1/10, c = 0 - 65 wt.%, d = 0 - 15 wt.%, e = 0 - 15 wt.%, f = 0 - 15 wt.%, g = 0 - 23 wt.%, h = 0 - 1 wt.%, i = 0 - 3.5 wt.%, and j = 0 - 0.20 wt.%, whereby, if b = 0, a and at least one of c and e > 0, and if a = 0 - 15 wt.% and b = 35 - 68 wt.%,-at least one of c, d, e, f, g > 0 wt.%, and Fe and Fe each represent Fe, whereby Fe is present only if a = 0, x = 0.21 - 9 wt.%, if a= 30 - 90 wt.%, and x = 8 - 16.5 wt.%, if a = 0 - 15 wt.% and b > 35 wt., and x1/x ≥ 1/10 to 1, and the sum of all wt.% a + b + c + d + e + f + g + h + i + j + x = 100 wt.%, whereby at least if x1/x = 1 and x = 0.21 - 1 wt.%, alloys containing Fe , Ni and Al are at least 50 vol.% amorphous. a = 0 - 15 wt.% or 30 - 90 wt.%, b = 0 - 68 wt.% and a + b = 30 - 97 wt.%, whereby, if a = 0 - 15 wt.%, b = 35 - 68 wt.%, A is one or more elements of the group of rare earths, whereby rare earths refer to lanthanides and yttrium. whereby a1/a = 0 - 1/10, c = 0 - 65 wt.%, d = 0 - 15 wt.%, e = 0 - 15 wt.%, f = 0 - 15 wt.%, g = 0 - 23 wt.%, h = 0 - 1 wt.%, i = 0 - 3.5 wt.%, and j = 0 - 0.20 wt.%, whereby, if b = 0, a and at least one of c and e > 0, and if a = 0 - 15 wt.% and b = 35 - 68 wt.%,-at least one of c, d, e, f, g > 0 wt.%, and Fe and Fe each represent Fe, whereby Fe is present only if a = 0, x = 0.21 - 9 wt.%, if a= 30 - 90 wt.%, and x = 8 - 16.5 wt.%, if a = 0 - 15 wt.% and b > 35 wt., and x1/x ≥ 1/10 to 1, and the sum of all wt.% a + b + c + d + e + f + g + h + i + j + x = 100 wt.%, whereby at least if x1/x = 1 and x = 0.21 - 1 wt.%, alloys containing Fe , Ni and Al are at least 50 vol.% amorphous.
Device for dispensing a fluid product comprising a body , and a dispensing head provided with a dispensing opening and axially movable with respect to said body during actuation, said body accommodating a reservoir containing one or two doses of fluid product, said device comprising an electronic module which comprises a wireless communication module , such as a GSM module and/or a Wifi module and/or a Bluetooth ® module, a geographical locating module , such as a GPS module and/or an antenna array, and a power source , such as a battery, said device comprising a sensor system for automatically detecting and signalling an attempt to actuate said device, said sensor system comprising at least one first sensor disposed on said dispensing head and/or on said body , said at least one first sensor being a pressure sensor, said sensor system detecting an attempt to actuate said device when said at least one first sensor is activated, said wireless communication module being adapted to make an automatic emergency call to an emergency number when said sensor system detects an attempt to actuate said device, characterized in that said at least one first sensor is activated when it detects either an actuating force greater than 5 N, advantageously greater than 10 N, or a pressure greater than 0.5 bar, advantageously greater than 1 bar, and in that said sensor system comprises at least one second sensor arranged on said dispensing head and at least one third sensor arranged on said body , to detect a handling representative of an attempt to use said device when said second and third sensors are activated simultaneously.
Multilayer, biaxially oriented polyester film comprising a base layer B, an outer layer A and an outer layer C, characterized in that the outer layer A is amorphous, the base layer B and the outer layer C are crystalline, and where the crystalline base layer B has a melting point of < 250 °C and comprises (based on the mass of polyester in the layer) from 2 to 15 % by weight of isophthalate-derived units and the amorphous outer layer A comprises (based on the mass of polyester in the layer) more than 19 % by weight of isophthalate-derived units, where the crystallinity of the respective film side is determined in the ATR spectrum from the ratio of the intensities of the bands at 1040 cm -1 and 1337 cm -1 , where the intensities of the bands are standardized at 1117 cm -1 and where the bands at 1040 cm -1 are attributed to amorphous polyester and the bands at 1337 cm -1 are attributed to crystalline polyester and where, for amorphous layers, I 1040 cm − 1 I 1337 cm − 1 > 2.2 and for crystalline layers, I 1040 cm − 1 I 1337 cm − 1 < 1.5 .
A method performed by a first radio node for adjusting a set of beams for communication with a second radio node , which first radio node and second radio node operate in a wireless communications network , the method comprising: - obtaining an indication of a first set of beams based on a beam prediction model, which first set of beams comprises a first beam and a number of first neighbouring beams to the first beam; - sending a training symbol on each respective beam in the first set of beams; - receiving from the second radio node , feedback relating to one or more of the sent training symbols on each respective beam in the first set of beams; - identifying a second beam based on the received feedback to be used for transmission; - adapting the beam prediction model based on the received feedback and the second beam; and - deciding whether to adjust the number of beams in the first set of beams based on a relationship between the first beam and the second beam, which adjusted first set of beams is to be used for sending training symbols before an upcoming communication between the first radio node and the second radio node . - obtaining an indication of a first set of beams based on a beam prediction model, which first set of beams comprises a first beam and a number of first neighbouring beams to the first beam; - sending a training symbol on each respective beam in the first set of beams; - receiving from the second radio node , feedback relating to one or more of the sent training symbols on each respective beam in the first set of beams; - identifying a second beam based on the received feedback to be used for transmission; - adapting the beam prediction model based on the received feedback and the second beam; and - deciding whether to adjust the number of beams in the first set of beams based on a relationship between the first beam and the second beam, which adjusted first set of beams is to be used for sending training symbols before an upcoming communication between the first radio node and the second radio node .
An aspiration apparatus, comprising a syringe , including: a barrel including a receptacle for receiving fluid; and a plunger insertable into the receptacle and moveable longitudinally therethrough; and a handle , comprising: a first member comprising an elongate element including: a gripping end configured to be held by a user's fingers; and an opposite end a second member comprising an elongate element including: a gripping end configured to be held by a user's palm or thumb; and an opposite end , the first member and the second member being pivotally connected to one another by pivotal connection elements at central regions thereof, wherein the first member is is bent at a central region thereof so that the gripping end extends away from the second member , wherein the opposite end of the first member is pivotally connected to the barrel ; and the opposite end of the second member is pivotally connected to the plunger , characterized in that the first and the second member are capable of drawing the plunger proximally out of the receptacle of the barrel upon forcing the gripping end of the first member and the gripping end of the second member toward one another. a barrel including a receptacle for receiving fluid; and a plunger insertable into the receptacle and moveable longitudinally therethrough; and a handle , comprising: a first member comprising an elongate element including: a gripping end configured to be held by a user's fingers; and an opposite end a second member comprising an elongate element including: a gripping end configured to be held by a user's palm or thumb; and an opposite end , the first member and the second member being pivotally connected to one another by pivotal connection elements at central regions thereof, wherein the first member is is bent at a central region thereof so that the gripping end extends away from the second member , a first member comprising an elongate element including: a gripping end configured to be held by a user's fingers; and an opposite end a gripping end configured to be held by a user's fingers; and an opposite end a second member comprising an elongate element including: a gripping end configured to be held by a user's palm or thumb; and an opposite end , a gripping end configured to be held by a user's palm or thumb; and an opposite end , the first member and the second member being pivotally connected to one another by pivotal connection elements at central regions thereof, wherein the first member is is bent at a central region thereof so that the gripping end extends away from the second member , wherein the opposite end of the first member is pivotally connected to the barrel ; and the opposite end of the second member is pivotally connected to the plunger , characterized in that the first and the second member are capable of drawing the plunger proximally out of the receptacle of the barrel upon forcing the gripping end of the first member and the gripping end of the second member toward one another.