mhurhangee/ep-ind-claims huggingface dataset:
A device for dispensing a material comprising a container for holding the material, a piston movably arranged within the container and a spindle in cooperation with the piston, wherein the device is configured such that the spindle and the container are rotatable about a rotation axis relative to each other to move the piston for dispensing the material, and wherein the piston and the spindle are adapted to anti-twist lock against each other in a first axial position of the piston relative to spindle, and wherein in a second axial position of the piston relative to spindle the anti-twist lock between the piston and the spindle is suspended, with the first and second axial position referring to two different positions in a dimension of the rotation axis, characterized in that the spindle and the container are threadably engaged with one another such that a rotation of the spindle and the container relative to each other causes the spindle to move axially relative to the container, wherein a front end of the spindle is located inside the container and a rear end of the spindle is located outside the container, the front end comprising in a direction of the front end toward the rear end a first section, a second section and a third section consecutively arranged in the order as listed, and wherein the piston has a front end and a rear end with a receptacle extending from the rear end into the piston, the receptacle having a first section adjacent the piston rear end and a second section further toward the piston front end, and wherein in the first axial position of the piston and the spindle the piston second section is engaged with the spindle first section, and in the second axial position of the piston and the spindle the piston second section and the spindle first section are disengaged from each other.
Air renewal and treatment device comprising: - first and second heat exchangers, and - a plurality of air ducts (121, 122, 123 and 131), being characterized in that said device has a three-dimensional structure comprising at least: - an upper zone divided vertically into at least first and second compartments; - a lower zone divided vertically into at least third and fourth compartments; - said first compartment comprising the first heat exchanger and a treated air outlet; - said third compartment comprising at least one air duct to which a recycled air inlet is connected and in fluid communication with said first compartment; - said fourth compartment comprising the second heat exchanger and in fluid communication with the third compartment; - said second compartment comprising a first air duct to which a fresh air inlet is connected and a second air duct to which a foul air inlet is connected and in fluid communication with said fourth compartment; - the first heat exchanger being a tube heat exchanger heating and/or cooling a mixture of air originating from the third compartment and said mixture then being injected via the treated air outlet; - the second heat exchanger being a double-flow heat exchanger recovering energy from a foul air entering via said foul air inlet and conveyed via the second duct to heat and/or cool a fresh air entering via the fresh air inlet and conveyed via the first duct; - the mixture of air originating from the third compartment corresponding to a mixture of the fresh air originating from the second heat exchanger and from a recycled air originating from the recycled air inlet. - first and second heat exchangers, and - a plurality of air ducts (121, 122, 123 and 131), - an upper zone divided vertically into at least first and second compartments; - a lower zone divided vertically into at least third and fourth compartments; - said first compartment comprising the first heat exchanger and a treated air outlet; - said third compartment comprising at least one air duct to which a recycled air inlet is connected and in fluid communication with said first compartment; - said fourth compartment comprising the second heat exchanger and in fluid communication with the third compartment; - said second compartment comprising a first air duct to which a fresh air inlet is connected and a second air duct to which a foul air inlet is connected and in fluid communication with said fourth compartment; - the first heat exchanger being a tube heat exchanger heating and/or cooling a mixture of air originating from the third compartment and said mixture then being injected via the treated air outlet; - the second heat exchanger being a double-flow heat exchanger recovering energy from a foul air entering via said foul air inlet and conveyed via the second duct to heat and/or cool a fresh air entering via the fresh air inlet and conveyed via the first duct; - the mixture of air originating from the third compartment corresponding to a mixture of the fresh air originating from the second heat exchanger and from a recycled air originating from the recycled air inlet.
Human-machine interface configured to emulate the data transmitted by a mouse to a microcomputer, including: - a camera, - a marker to be arranged on a part of the body of a subject and to be placed in the field of the camera, - a display device, which is configured to display a pointer, which is the image of the marker filmed by the camera, the display device displaying at least one active zone (41,..., 46; 57) corresponding to the triggering of at least one predetermined action, the interface being configured such that the action is triggered when the pointer is brought into the active zone and moves in a predefined manner relative to said active zone, the action including at least one conventional function of a mouse on a standard graphical interface, selected from a single click, a double click, click-hold-release, a context click and a scroll wheel, the action being triggered when the pointer is brought into the active zone and remains there for a predefined period of time, the interface defining at least one inactive zone (47; 56) which does not trigger any action, the interface including a transmission means that transmits the action to be triggered to the microcomputer so that the microcomputer performs the action. - a camera, - a marker to be arranged on a part of the body of a subject and to be placed in the field of the camera, - a display device, which is configured to display a pointer, which is the image of the marker filmed by the camera, the display device displaying at least one active zone (41,..., 46; 57) corresponding to the triggering of at least one predetermined action, the interface being configured such that the action is triggered when the pointer is brought into the active zone and moves in a predefined manner relative to said active zone,
A rapid-entry shoe comprising: a sole portion; an upper coupled to the sole portion; a pocket coupled to a rear portion of the upper; wherein the pocket encapsulates a medium; wherein the medium is pressurized; wherein the pocket extends from a medial side of the shoe to a lateral side of the shoe; wherein the pocket is an arch and forms a window at the rear portion of the upper; wherein the rear portion of the upper of the rapid-entry shoe has a collapsed configuration in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe; wherein the rear portion of the upper of the rapid-entry shoe has an uncollapsed configuration in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein in the collapsed configuration, a portion of the pocket is compressed downward toward the sole portion of the rapid-entry shoe; wherein in the uncollapsed configuration, the portion of the pocket is expanded away from the sole portion of the rapid-entry shoe; and wherein the rear portion of the upper of the rapid-entry shoe is biased by the pressurized medium toward the uncollapsed configuration. a sole portion; an upper coupled to the sole portion; a pocket coupled to a rear portion of the upper; wherein the pocket encapsulates a medium; wherein the medium is pressurized; wherein the pocket extends from a medial side of the shoe to a lateral side of the shoe; wherein the pocket is an arch and forms a window at the rear portion of the upper; wherein the rear portion of the upper of the rapid-entry shoe has a collapsed configuration in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe; wherein the rear portion of the upper of the rapid-entry shoe has an uncollapsed configuration in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein in the collapsed configuration, a portion of the pocket is compressed downward toward the sole portion of the rapid-entry shoe; wherein in the uncollapsed configuration, the portion of the pocket is expanded away from the sole portion of the rapid-entry shoe; and wherein the rear portion of the upper of the rapid-entry shoe is biased by the pressurized medium toward the uncollapsed configuration.
A method of scheduling transmissions from a user terminal to a base station on an uplink channel, said method comprising: allocating uplink slots in multiple frames to the user terminal for transmission of a single data packet from the user terminal to the base station; and sending a multi-frame allocation message, UL-MAP IE, to said user terminal for each frame of said multi-frame allocation, said multi-frame allocation message comprising: a BEGIN FLAG field containing a begin flag to indicate whether the current frame is a beginning frame in the multi-frame allocation; and a REMAINING RESOURCES field containing a number of remaining resources in the multi-frame allocation. allocating uplink slots in multiple frames to the user terminal for transmission of a single data packet from the user terminal to the base station; and sending a multi-frame allocation message, UL-MAP IE, to said user terminal for each frame of said multi-frame allocation, said multi-frame allocation message comprising: a BEGIN FLAG field containing a begin flag to indicate whether the current frame is a beginning frame in the multi-frame allocation; and a REMAINING RESOURCES field containing a number of remaining resources in the multi-frame allocation. a BEGIN FLAG field containing a begin flag to indicate whether the current frame is a beginning frame in the multi-frame allocation; and a REMAINING RESOURCES field containing a number of remaining resources in the multi-frame allocation.
An in vitro method for the prognosis of response to treatment for a patient suffering from cancer, the method comprising: measuring expression of at least one immune marker in a leukocyte sample taken from the patient with cancer, wherein the leukocyte sample comprises a T-cell expressing CD8 or CD4; classifying the patient sample into (i) sustained responder to selective internal radiation therapy (SIRT) or (ii) transient/non-responders (TR/NR) to (SIRT) based on the expression of the at least one immune marker in relation to a predetermined value; wherein the at least one immune marker comprises co-expression of PD-1 or Tim-3 with CCR5; or expression of PD-1, Tim-3, CXCR6, or combinations thereof. measuring expression of at least one immune marker in a leukocyte sample taken from the patient with cancer, wherein the leukocyte sample comprises a T-cell expressing CD8 or CD4; classifying the patient sample into (i) sustained responder to selective internal radiation therapy (SIRT) or (ii) transient/non-responders (TR/NR) to (SIRT) based on the expression of the at least one immune marker in relation to a predetermined value; wherein the at least one immune marker comprises co-expression of PD-1 or Tim-3 with CCR5; or expression of PD-1, Tim-3, CXCR6, or combinations thereof.
Commercial vehicle having two chassis longitudinal carriers which are connected to one another by way of crossmembers and in front of which a radiator is arranged transversely with respect to the driving direction, characterized in that a frontmost crossmember comprises at least two plates which run approximately horizontally above one another, are spaced apart from one another, penetrate the radiator in the driving direction, and are connected to one another in front of the radiator via a towing device.
A fiber-metal laminate of mutually bonded fiber-reinforced composite layers and metal sheets, the laminate comprising a combination of a fiber-reinforced composite layer and an adjacent metal sheet, in which combination the properties satisfy the following relations: E lam * E comp / (E metal * t metal 2) has a value between a lower bound given by a * Vf - c b / Vf - c with b = 0.36 and c = 0.3 and zero when Vf ≤ 0.3, and an upper bound given by a * Vf - c b / Vf - c with b = 0.88 and c = 0 0.10 ≤ Vf < 0.54 0 < E lam * E comp / E metal * t metal 2 < 400 * Vf kN / mm 4 wherein a = 1200 kN/mm 4; and E comp = tensile Young's modulus of the fiber-reinforced composite layer in kN/mm 2 in the combination, taken in the direction of highest stiffness of the composite layer E lam = tensile Young's modulus of the total fiber-metal laminate in kN/mm 2, taken in the same direction as for E comp E metal = tensile Young's modulus of the metal sheet in kN/mm 2 in the combination t metal = thickness of the metal sheet in mm in the combination V f = fiber volume fraction of the fiber-reinforced composite layer in the combination E lam * E comp / (E metal * t metal 2) has a value between a lower bound given by a * Vf - c b / Vf - c with b = 0.36 and c = 0.3 and zero when Vf ≤ 0.3, and an upper bound given by a * Vf - c b / Vf - c with b = 0.88 and c = 0 0.10 ≤ Vf < 0.54 0 < E lam * E comp / E metal * t metal 2 < 400 * Vf kN / mm 4 wherein a = 1200 kN/mm 4; and E comp = tensile Young's modulus of the fiber-reinforced composite layer in kN/mm 2 in the combination, taken in the direction of highest stiffness of the composite layer E lam = tensile Young's modulus of the total fiber-metal laminate in kN/mm 2, taken in the same direction as for E comp E metal = tensile Young's modulus of the metal sheet in kN/mm 2 in the combination t metal = thickness of the metal sheet in mm in the combination V f = fiber volume fraction of the fiber-reinforced composite layer in the combination
A perfected packaging machine in extensible film of products fed in groups or individually, comprising a conveyor for feeding the product, a positioning unit of the product, a film winding unit of the product either individually or in groups and a discharge conveyor, positioned at the outlet of the winding unit 14, wherein said winding unit is a ring winder comprising a ring or slewing ring rotating with respect to guiding rolls, positioned on a supporting frame, wherein said ring is arranged on a plane perpendicular to the advance direction of the product, further comprising a shelf positioned beneath said winding unit, cantilevered for extending according to said advance direction of the product and which connects said feeding conveyor with said winding unit, characterized in that it further comprises beneath said shelf a vacuum-effect gripping unit (18; 118) for gripping the film, carrying, associated on the same with a cutting element (31; 131), wherein said vacuum-effect gripping unit (18;118) and said associated cutting unit (13;113) are movable alternatingly and selectively from a rest position withdrawn from said shelf to an extended position for gripping and cutting the film beneath said shelf, said gripping unit enabling both the tail of the film to be cut and the head of the film to be withheld, wherein a cutting wire is associated with said vacuum-effect gripping unit, for cutting the same film, said cutting wire is blocked at opposite ends supported on a bar which provides end pins positioned in supporting extensions of the structure of the gripping unit, said cutting wire and said bar being rotatable with respect to said vacuum-effect gripping unit.
A polyester resin composition comprising a compound represented by the following formula and a polyester resin: wherein each of R 1a, R 1b, R 1c, R 1d and R 1e independently represents a hydrogen atom or a monovalent substituent excluding OH, at least one of the substituents represents a substituent having a positive Hammett's σp value (as determined in the description) and the substituents may combine with each other to form a ring; each of R 1g, R 1h, R 1i, R 1j, R 1k, R 1m, R 1n and R 1p independently represents a hydrogen atom or a monovalent substituent, and the substituents may combine with each other to form a ring, and each of R 1h and R 1n is independently any one of a hydrogen, COOR r, COONR s, CN, CF 3, a halogen atom, NO 2 and SO 3 M, wherein R r and R s each represent a hydrogen atom or a monovalent substituent and M represents a hydrogen atom or an alkali metal.
A device for closing the tail end of a roll of web material comprising: - a feeding path of the rolls to be closed; - a closing station along the feeding path for closing the tail end of the rolls; - in the closing station of the tail end, two rollers (15, 17) forming a cradle for receiving the rolls and a closing member for closing the tail end; characterized by further comprising a rotating assembly rotating around a rotation axis (A-A) transverse with respect to the roll feeding path, and comprising groups (27A, 27B, 27C) of arms (28A, 28B, 28C) arranged with respect to one another angularly displaced around said rotation axis (A-A), each arm (28A, 28B, 28C) comprising a front part configured to eject a roll from the cradle and a back part, configured to hold subsequent rolls along the feeding path, thus preventing said rolls from entering in the closing station until the roll has been ejected from said cradle, a one-step rotation of said rotating assembly causing the ejection of a closed roll from the cradle and allowing a subsequent roll to be closed to enter said cradle. - a feeding path of the rolls to be closed; - a closing station along the feeding path for closing the tail end of the rolls; - in the closing station of the tail end, two rollers (15, 17) forming a cradle for receiving the rolls and a closing member for closing the tail end;
A method for making an electric cartridge for an electronic cigarette, where the cartridge comprises a piece of flexible substrate material comprising at least a flexible film on which are defined a plurality of a resistive zones grouped into distinct modules of electrically conductive networks, the electric cartridge comprising a plurality of portions of aromatic substance positioned on a face of the piece of flexible material, each portion being associated with a resistive zone and positioned in proximity to a heating surface of the respective resistive zone, the method comprising the steps of: - preparing a continuous web of flexible substrate material comprising at least one layer of flexible film mounting a plurality of modules of electrically conductive networks, wherein the continuous web is prepared in advance by coupling the continuous web of flexible film to a continuous web of base sheet or wherein the step of preparing the continuous web of flexible substrate material comprises the step of coupling a continuous web of flexible film to a continuous web of base sheet, - causing the continuous web of flexible substrate material to advance along a feed path; - depositing on the continuous web at least one dose of a composite comprising an aromatic substance in proximity to the heating surface of a resistive zone in order to obtain a portion of aromatic substance, wherein the dose of composite comprising the aromatic substance is deposited on a face of the flexible film opposite to the electrically conductive networks; - cutting an end portion of the continuous web to obtain a piece of flexible substrate material containing a certain number of modules. - preparing a continuous web of flexible substrate material comprising at least one layer of flexible film mounting a plurality of modules of electrically conductive networks, wherein the continuous web is prepared in advance by coupling the continuous web of flexible film to a continuous web of base sheet or wherein the step of preparing the continuous web of flexible substrate material comprises the step of coupling a continuous web of flexible film to a continuous web of base sheet, - causing the continuous web of flexible substrate material to advance along a feed path; - depositing on the continuous web at least one dose of a composite comprising an aromatic substance in proximity to the heating surface of a resistive zone in order to obtain a portion of aromatic substance, wherein the dose of composite comprising the aromatic substance is deposited on a face of the flexible film opposite to the electrically conductive networks; - cutting an end portion of the continuous web to obtain a piece of flexible substrate material containing a certain number of modules.
A rocket engine comprising: a fuel turbo pump comprising a rotary shaft and an impller and a turbine connected to said shaft; and an oxidizer turbo pump, characterized in that the entire system including the fuel turbo pump is configured to obtain high-speed responsiveness with a response frequency greater than or equal to 1 Hz, by operating in an operating region that, in at least the fuel turbo pump, corresponds to an equivalent region for which the difference between a turbine efficiency curve obtained on the basis of a conditional expression where the number of rotations of the rotary shaft is maintained constant regardless of a pump flow rate and a turbine efficiency curve of an actual machine is less than or equal to 5%; the conditional expression being: η t Q | Nc N C 2 Ψ Q | Nc η p Q | Nc ρ Δ H in which turbine efficiency is ηt, pump efficiency is ηp, a head coefficient is ψ, a pump flow rate is Q, the number of rotations is Nc, turbine enthalpy drop is ΔH, and turbine inlet fuel density is ρ. a fuel turbo pump comprising a rotary shaft and an impller and a turbine connected to said shaft; and an oxidizer turbo pump, characterized in that the entire system including the fuel turbo pump is configured to obtain high-speed responsiveness with a response frequency greater than or equal to 1 Hz, by operating in an operating region that, in at least the fuel turbo pump, corresponds to an equivalent region for which the difference between a turbine efficiency curve obtained on the basis of a conditional expression where the number of rotations of the rotary shaft is maintained constant regardless of a pump flow rate and a turbine efficiency curve of an actual machine is less than or equal to 5%; the conditional expression being: η t Q | Nc N C 2 Ψ Q | Nc η p Q | Nc ρ Δ H in which turbine efficiency is ηt, pump efficiency is ηp, a head coefficient is ψ, a pump flow rate is Q, the number of rotations is Nc, turbine enthalpy drop is ΔH, and turbine inlet fuel density is ρ.