mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications performed at a base station, the method comprising: transmitting a first, downlink, transmission over one or more carriers; determining (435, 1405) a first parameter associated with the first transmission, wherein the first parameter comprises at least one non-reported acknowledgement corresponding to the first, downlink, transmission; determining (435, 1410) a first contention window adjustment value based at least in part on the first parameter; applying (440, 1415) a first weighting factor to the first contention window adjustment value; adjusting (445, 1420) a contention window size for a second, uplink, transmission based at least in part on the weighted first contention window adjustment value, wherein the contention window size for the second, uplink, transmission corresponds to an uplink, UL, transmission opportunity; and transmitting, in a downlink transmission to at least one user equipment, for the respective user equipment to adjust its contention window size. transmitting a first, downlink, transmission over one or more carriers; determining (435, 1405) a first parameter associated with the first transmission, wherein the first parameter comprises at least one non-reported acknowledgement corresponding to the first, downlink, transmission; determining (435, 1410) a first contention window adjustment value based at least in part on the first parameter; applying (440, 1415) a first weighting factor to the first contention window adjustment value; adjusting (445, 1420) a contention window size for a second, uplink, transmission based at least in part on the weighted first contention window adjustment value, wherein the contention window size for the second, uplink, transmission corresponds to an uplink, UL, transmission opportunity; and transmitting, in a downlink transmission to at least one user equipment, for the respective user equipment to adjust its contention window size.
A method for producing a milk permeate powder comprising; (a) obtaining a permeate from skim milk; and (b) concentrating said permeate to a solids content from 10% to 18% while injecting carbon dioxide (CO 2) into said permeate. (a) obtaining a permeate from skim milk; and (b) concentrating said permeate to a solids content from 10% to 18% while injecting carbon dioxide (CO 2) into said permeate.
40-O-(2-hydroxyethyl)-rapamycin in combination with exemestane for use in the treatment of hormone receptor positive tumor, wherein the hormone receptor positive tumor is a breast tumor.
A door checker comprising: a housing which includes a base from which first and second opposing flanges extend; first and second guide pins spaced apart from one another and interconnected to the first and second flanges, the first and second guide pins configured to deflect in response to a load; a check arm which extends through the base and is arranged between the first and second guide pins, the check arm configured to move relative to the housing and including a profile that corresponds to a variable door holding force; and a bearing member arranged on one side of the check arm wherein the bearing member coacts with the profile and is supported on the first and second guide pins and is configured to slide thereon in response to movement of the check arm relative to the bearing member, and wherein the bearing member transfers the load from the check arm to the first and second guide pins, wherein the variable holding force is a first variable door holding force, characterized in that the portions provided by lateral sides define a width that varies along a length of the check arm, and a second variable door holding force is provided between the bearing member and the lateral sides based upon a position along the length. a housing which includes a base from which first and second opposing flanges extend; first and second guide pins spaced apart from one another and interconnected to the first and second flanges, the first and second guide pins configured to deflect in response to a load; a check arm which extends through the base and is arranged between the first and second guide pins, the check arm configured to move relative to the housing and including a profile that corresponds to a variable door holding force; and a bearing member arranged on one side of the check arm wherein the bearing member coacts with the profile and is supported on the first and second guide pins and is configured to slide thereon in response to movement of the check arm relative to the bearing member, and wherein the bearing member transfers the load from the check arm to the first and second guide pins, wherein the variable holding force is a first variable door holding force, characterized in that the portions provided by lateral sides define a width that varies along a length of the check arm, and a second variable door holding force is provided between the bearing member and the lateral sides based upon a position along the length.
Make-up item, characterized in that it comprises: - an applicator whose application head defines an envelope surface, and - a dispenser for make-up product, comprising a site for receiving the applicator, and having at least one outer valve provided with at least one dispensing opening (44, 56) which faces a portion of the envelope surface when the applicator is received in the site, the valve being able to assume a closed position and an open position wherein the valve releases product directly against the head of the applicator, the dispenser further comprising a channel adapted to be filled with make-up product, characterized in that: - the valve is formed by at least one elastic wall closing the channel, the wall having the dispensing opening, and the channel comprising at least one closing relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the wall being arranged so that it deforms to open the valve under the sole pressure of the make-up product filling the channel, or - the valve is formed by at least two superimposed but spaced apart elastic top and bottom walls, the top wall having the dispensing opening and the lower wall having at least one internal opening and at least one closure relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the walls (52, 54) being arranged so that they deform to open the valve solely under the pressure of the make-up product filling the channel. - an applicator whose application head defines an envelope surface, and - a dispenser for make-up product, comprising a site for receiving the applicator, and having at least one outer valve provided with at least one dispensing opening (44, 56) which faces a portion of the envelope surface when the applicator is received in the site, the valve being able to assume a closed position and an open position wherein the valve releases product directly against the head of the applicator, - the valve is formed by at least one elastic wall closing the channel, the wall having the dispensing opening, and the channel comprising at least one closing relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the wall being arranged so that it deforms to open the valve under the sole pressure of the make-up product filling the channel, or - the valve is formed by at least two superimposed but spaced apart elastic top and bottom walls, the top wall having the dispensing opening and the lower wall having at least one internal opening and at least one closure relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the walls (52, 54) being arranged so that they deform to open the valve solely under the pressure of the make-up product filling the channel.
A tunable inductor arrangement arrangeable on a chip or substrate, the tunable inductor comprising a first winding part connected at a first end to a first input of the tunable inductor arrangement; a second winding part connected at a first end to a second end of the first winding part; a third winding part connected at a first end to a second input of the tunable inductor arrangement; a fourth winding part connected at a first end to a second end of the third winding part and at a second end connected towards a second end of the second winding part; and a switch arrangement (S12; S1, S2) arranged to tune the tunable inductor arrangement to selectively provide either a circuit comprising the first and third winding parts (W1, W3) in series between the first and second inputs (INP, INN); or a circuit comprising the first, second, fourth and third winding parts (W1, W2, W4, W3) in series between the first and second inputs (INP, INN), wherein the first and third winding parts (W1, W3) are arranged on the chip or substrate such that magnetic fields of the first and third winding parts (W1, W3) are common, and the second and fourth winding parts (W2, W4) are arranged to cancel electro-magnetic coupling with the first and third winding parts (W1, W3); characterized by that the second and fourth winding parts (W2, W4) form a pattern on the chip or substrate having a first part directing the magnetic field in a first direction and a second part directing the magnetic field in a second direction, wherein the second direction is opposite to the first direction; and wherein the pattern of the second and fourth winding parts (W2, W4) is eight-shaped, four-clover-shaped, or 2n-clover-shaped, where n is a positive integer. a circuit comprising the first and third winding parts (W1, W3) in series between the first and second inputs (INP, INN); or a circuit comprising the first, second, fourth and third winding parts (W1, W2, W4, W3) in series between the first and second inputs (INP, INN), wherein the first and third winding parts (W1, W3) are arranged on the chip or substrate such that magnetic fields of the first and third winding parts (W1, W3) are common, and the second and fourth winding parts (W2, W4) are arranged to cancel electro-magnetic coupling with the first and third winding parts (W1, W3);
A railroad vehicle, in particular of the tram type, comprising at least three cars (12, 13), each car (12, 13) comprising a structural body extending longitudinally between two ends (14A, 14B), characterized in that the structural bodies of the different cars (12, 13) are identical, and in that each car (12, 13) is hingedly connected to at least one adjacent car by an intercommunication device, and in that each car (12, 13) comprises, at each end (14A, 14B) of its structural body, its own single-axle bogie.
A device for controlling the injection pressure or alternatively force of a plurality of jets generated by channels at the outlet of a nozzle of a needleless injection device, the injection pressure or alternatively force control device comprising, for each jet generated at the outlet of the nozzle, an element for measuring the injection pressure or alternatively force of the corresponding jet, each injection pressure or alternatively force measuring element comprising a receiving face for the corresponding jet oriented to receive this jet.
A valve system, comprising a valve having a balancing function for a fluid distribution system, the valve comprising a fluid inlet (102, 302) and a fluid outlet (104, 304), a valve closing member (114, 248, 308) movable between a closed position, in which fluid is prevented to flow from said fluid inlet to said fluid outlet, and a fully opened position, an actuation device for changing the position of the valve closing member, a control unit comprising an electronic memory adapted to receive and store an opening limitation value, said opening limitation value being representative of a selected intermediate position between said closed position and said fully opened position of the valve closing member, wherein the control unit controls the actuation device to limit the movement of the valve closing member to positions from said closed position to said selected intermediate position, characterized by a measuring device which is operatively connectable to the valve for measuring a physical property of the fluid in the valve, wherein the measuring device comprises communicating means operatively connectable to the control unit of the valve for communicating at least one of the following pieces of information to the control unit: - said opening limitation value, - said selected intermediate position, - that a desired maximum opening is present in the valve, wherein the position of the valve closing member when said desired maximum opening is present becomes said selected intermediate position. a fluid inlet (102, 302) and a fluid outlet (104, 304), a valve closing member (114, 248, 308) movable between a closed position, in which fluid is prevented to flow from said fluid inlet to said fluid outlet, and a fully opened position, an actuation device for changing the position of the valve closing member, a control unit comprising an electronic memory adapted to receive and store an opening limitation value, said opening limitation value being representative of a selected intermediate position between said closed position and said fully opened position of the valve closing member, wherein the control unit controls the actuation device to limit the movement of the valve closing member to positions from said closed position to said selected intermediate position, characterized by - said opening limitation value, - said selected intermediate position, - that a desired maximum opening is present in the valve, wherein the position of the valve closing member when said desired maximum opening is present becomes said selected intermediate position.
A selectable drive printing device comprising: a feedshaft to selectively drive a print drive system and a scan drive system; and a shifter to selectively shift a drive selector assembly of the selectable drive printing device between a scanning system drive position wherein the scan drive system is driven and a printing system drive position wherein the print drive system is driven, characterised in that the shifter is coaxially and rotatably coupled around the feedshaft, the shifter comprising a friction finger formed to bias the shifter in a rotational direction of the feedshaft; and in that the shifter selectively drives the print drive system and the scan drive system based on an angular position of the shifter about the feedshaft. a feedshaft to selectively drive a print drive system and a scan drive system; and a shifter to selectively shift a drive selector assembly of the selectable drive printing device between a scanning system drive position wherein the scan drive system is driven and a printing system drive position wherein the print drive system is driven, characterised in that the shifter is coaxially and rotatably coupled around the feedshaft, the shifter comprising a friction finger formed to bias the shifter in a rotational direction of the feedshaft; and in that the shifter selectively drives the print drive system and the scan drive system based on an angular position of the shifter about the feedshaft.
Price label, comprising - a first arrangement consisting of a paper layer provided on a first side with a thermoreactive layer, - a layer made of adhesive material applied areally to a second side of the paper layer, wherein the price label encompasses two perforations (26, 28) that extend through the price label in each case from a first edge to a second edge, located opposite the first edge, of the price label, wherein a deactivation layer is attached to the adhesive material in the region between the perforations (26, 28), characterized in that a plurality of price labels are connected in a row and embodied in the form of a linerless label roll, wherein a means for separation is provided between the price labels, and in that the perforations (26, 28) extending through the price label extend parallel to the longitudinal side of the label strip. - a first arrangement consisting of a paper layer provided on a first side with a thermoreactive layer, - a layer made of adhesive material applied areally to a second side of the paper layer, wherein the price label encompasses two perforations (26, 28) that extend through the price label in each case from a first edge to a second edge, located opposite the first edge, of the price label, wherein a deactivation layer is attached to the adhesive material in the region between the perforations (26, 28), characterized in that a plurality of price labels are connected in a row and embodied in the form of a linerless label roll, wherein a means for separation is provided between the price labels, and in that
A vehicle display device comprising: an image display unit configured to emit display light of an image; an optical system configured to project the display light emitted from the image display unit toward a reflection face in front of a driver; and a controller configured to control the image display unit, characterized in that the image has a first region that is a region viewed by both eyes of the driver and a second region that is a region of the image on an end part side in an image lateral direction relative to the first region and that is viewed by only one eye of the driver, and in a case where a graphic image included in the image is across a boundary between the first region and the second region, the controller is further configured to execute blur processing on the graphic image. an image display unit configured to emit display light of an image; an optical system configured to project the display light emitted from the image display unit toward a reflection face in front of a driver; and a controller configured to control the image display unit, characterized in that the image has a first region that is a region viewed by both eyes of the driver and a second region that is a region of the image on an end part side in an image lateral direction relative to the first region and that is viewed by only one eye of the driver, and in a case where a graphic image included in the image is across a boundary between the first region and the second region, the controller is further configured to execute blur processing on the graphic image.
A telephone on-hook/off-hook state communication system (1, 2) comprising a first part operable to interconnect between a telephone apparatus and a pair of conductors (242, 245) and a second part operable to interconnect between the pair of conductors and a telephone adapter unit, the first part including a variable impedance and means for changing the impedance of the variable impedance such that an alternating current/voltage of a signal flowing through the impedance at a predetermined frequency (f) greater than zero changes in response to the telephone apparatus transitioning between an on-hook state and an off-hook state, the second part including an off-hook detector for generating the signal and detecting the change in the alternating current/voltage caused by the change in the impedance of the variable impedance of the first part at the predetermined frequency greater than zero via the pair of conductors.
Method for detecting a fault in a group of modules of a battery comprising: - a first set of battery modules (Ei) connected in series and a first means of measuring a first voltage (Vi) of the first set of modules (Ei), - a second set of battery modules (Ej) connected in series and a second means for measuring a second voltage (Vj) of the second set of modules, each module comprising at least one cell and means for measuring the voltage (VCz, VMc) of the cell, the first set (Ei) being connected in series with the second set (Ej), characterized in that the method includes the following successive steps: - determine a value x according to the formula x = k Δ Vj − Δ Vi where: * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and - confirm that one of the sets of modules has a fault when this value x exceeds this threshold. - a first set of battery modules (Ei) connected in series and a first means of measuring a first voltage (Vi) of the first set of modules (Ei), - a second set of battery modules (Ej) connected in series and a second means for measuring a second voltage (Vj) of the second set of modules, - determine a value x according to the formula x = k Δ Vj − Δ Vi where: * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and * V i is the first voltage of the first set of modules (Ei), * Vj is the second voltage of the second set of modules (Ej), * ΔViis the first voltage Vi subtracted from the sum of each voltage (VCz, VMc) of the cells of the first set (Ei), * ΔVjis the second voltage Vj subtracted from the sum of each voltage (VCz, VMc) of the cells of the second set (Ej), * k is a correction coefficient, - compare this value x at a threshold, and - confirm that one of the sets of modules has a fault when this value x exceeds this threshold.
Apparatus for dressing a wound, comprising: a wound dressing comprising: a wound contact layer; a first liquid and gas permeable transmission layer located above the wound contact layer; an absorbent layer for absorbing wound exudate provided above the first transmission layer; a liquid impermeable, gas permeable filter layer over the absorbent layer; a cover layer comprising at least one orifice; wherein the cover layer covers the absorbent layer and the cover layer is over the filter layer or the filter layer is over the cover layer; wherein the absorbent layer is in fluid communication with the filter layer; a further liquid and gas permeable transmission layer between the filter layer and the absorbent layer; and wherein the apparatus further comprises a remote pump connected to the wound dressing. a wound contact layer; a first liquid and gas permeable transmission layer located above the wound contact layer; an absorbent layer for absorbing wound exudate provided above the first transmission layer; a liquid impermeable, gas permeable filter layer over the absorbent layer; a cover layer comprising at least one orifice; wherein the cover layer covers the absorbent layer and the cover layer is over the filter layer or the filter layer is over the cover layer; wherein the absorbent layer is in fluid communication with the filter layer; a further liquid and gas permeable transmission layer between the filter layer and the absorbent layer; and wherein the apparatus further comprises a remote pump connected to the wound dressing.