mhurhangee/patent-ind-claim-en huggingface dataset:
A method of packaging a medical needle having a hub with a patient end of the needle protruding from a distal end thereof, the method comprising: forming a substantially cylindrical tube ; sealing a first end of the tube; characterized in that the method also comprises: inserting the entire medical needle through a second end of the tube opposite to the first end; and subsequent to the inserting, sealing the second end of the tube, wherein forming the tube comprises: coating a first side of a paper with a plastic layer; adding texture to the plastic layer with a pressure roller; and spirally adhering the paper to itself with the plastic layer on an interior of the tube. forming a substantially cylindrical tube ; sealing a first end of the tube; characterized in that the method also comprises: inserting the entire medical needle through a second end of the tube opposite to the first end; and subsequent to the inserting, sealing the second end of the tube, inserting the entire medical needle through a second end of the tube opposite to the first end; and subsequent to the inserting, sealing the second end of the tube, wherein forming the tube comprises: coating a first side of a paper with a plastic layer; adding texture to the plastic layer with a pressure roller; and spirally adhering the paper to itself with the plastic layer on an interior of the tube. coating a first side of a paper with a plastic layer; adding texture to the plastic layer with a pressure roller; and spirally adhering the paper to itself with the plastic layer on an interior of the tube.
A cooker enabling visibility of the food products during cooking, comprising - at least one frame forming the main body, - at least one fastening piece provided in gaps in the frame, forming fitting slots by protrusions provided on the fastening piece, - at least one inner glass suitable to be placed in the fitting slots on the side of the internal volume of the cooker where cooking is performed, - at least one outer glass suitable to be placed in the fitting slots on the side of the external volume of the cooker, - at least one empty space interposed between the outer glasses and the inner glasses with the outer glasses and the inner glasses placed in the fitting slots so as to be parallel to each other, - at least one cable channel enabling electric cables provided in the frame and connected to busbars provided in the frame, to be collected in a single corner and to be extended to the exterior, - at least one door capable of opening and closing, formed by joining at least a frame, an outer glass and an inner glass characterized by - each surface of said cooker consisting of an outer glass and an inner glass so that the internal volume is visible from all directions and - the outer glass coated with electrochromic material. - at least one frame forming the main body, - at least one fastening piece provided in gaps in the frame, forming fitting slots by protrusions provided on the fastening piece, - at least one inner glass suitable to be placed in the fitting slots on the side of the internal volume of the cooker where cooking is performed, - at least one outer glass suitable to be placed in the fitting slots on the side of the external volume of the cooker, - at least one empty space interposed between the outer glasses and the inner glasses with the outer glasses and the inner glasses placed in the fitting slots so as to be parallel to each other, - at least one cable channel enabling electric cables provided in the frame and connected to busbars provided in the frame, to be collected in a single corner and to be extended to the exterior, - at least one door capable of opening and closing, formed by joining at least a frame, an outer glass and an inner glass characterized by - each surface of said cooker consisting of an outer glass and an inner glass so that the internal volume is visible from all directions and - the outer glass coated with electrochromic material.
A data transmission method performed by a terminal, wherein the method comprises: receiving domain configuration information, wherein the domain configuration information is used to indicate configurations of a first domain and a second domain, and wherein the first domain and the second domain are distinguished through a frequency domain bandwidth part, BWP, and wherein the domain configuration information comprises configuration information of a first BWP corresponding to the first domain and configuration information of a second BWP corresponding to the second domain; receiving power parameters, wherein part or all of the power parameters are configured independently for the first BWP and for the second BWP, and wherein the power parameters include at least one of a target received power parameter, a path loss compensation coefficient and a dynamic power adjustment value; determining a first power in the first domain according to the power parameters, and transmitting data at the first power in the first domain; determining a second power in the second domain according to the power parameters, and transmitting data at the second power in the second domain. receiving domain configuration information, wherein the domain configuration information is used to indicate configurations of a first domain and a second domain, and wherein the first domain and the second domain are distinguished through a frequency domain bandwidth part, BWP, and wherein the domain configuration information comprises configuration information of a first BWP corresponding to the first domain and configuration information of a second BWP corresponding to the second domain; receiving power parameters, wherein part or all of the power parameters are configured independently for the first BWP and for the second BWP, and wherein the power parameters include at least one of a target received power parameter, a path loss compensation coefficient and a dynamic power adjustment value; determining a first power in the first domain according to the power parameters, and transmitting data at the first power in the first domain; determining a second power in the second domain according to the power parameters, and transmitting data at the second power in the second domain.
An n-bit phase shifter having a single PIN diode per phase-shifter bit, the phase shifter, comprising: first circuitry corresponding to a first bit of the phase shifter, the first circuitry comprising: a first PIN diode (510-1); a first transmission line (520-1) parallel to the first PIN diode (510-1), wherein the first transmission line (520-1) is configured to phase shift an RF signal that passes through the first transmission line (520-1); and a first biasing circuit (530-1) configured to forward bias or reverse bias the first PIN diode (510-1), wherein an RF signal received at the phase shifter passes through the first PIN diode (510-1) when the first PIN diode (510-1) is under forward bias, and wherein an RF signal passes through the first transmission line (520-1) when the first PIN diode (510-1) is under reverse bias. a first PIN diode (510-1); a first transmission line (520-1) parallel to the first PIN diode (510-1), wherein the first transmission line (520-1) is configured to phase shift an RF signal that passes through the first transmission line (520-1); and a first biasing circuit (530-1) configured to forward bias or reverse bias the first PIN diode (510-1), wherein an RF signal received at the phase shifter passes through the first PIN diode (510-1) when the first PIN diode (510-1) is under forward bias, and wherein an RF signal passes through the first transmission line (520-1) when the first PIN diode (510-1) is under reverse bias.
A method for operating an anode adjusting device mechanism of an aluminium smelter, in which method an aluminium production cell being used comprises a cathode forming a base of the production tank, and an anode held at a suitable distance above the cathode by lifting and lowering the anode, and wherein some rotating part of the adjusting device mechanism is braked when the anode is being lowered down, char - acterized in that the bearing of the rotating part, such as a toothed shaft, allows movement of the shaft in the axial direction such that the axial force generated by the toothing presses a friction surface of a brake structure coupled to the rotating part in the anode lowering direction, braking the rotating movement.
A sedation device for volatile anaesthetic delivery to a patient, including: a housing ; an interior volume of the housing defining a housing deadspace volume; the housing having a ventilator chamber and an associated juxtaposed patient chamber communicating with the ventilator chamber ; a filter mounted between the ventilator chamber and the patient chamber forming a common gas-permeable dividing wall between the ventilator chamber and the patient chamber , the ventilator chamber and the patient chamber communicating through the filter ; the ventilator chamber having an inlet port for connection to a ventilator , the inlet port positioned at a side of the housing to promote air flow across a surface of the filter ; the patient chamber having an outlet port for connection to a patient breathing tube , the outlet port positioned at a side of the housing to promote air flow across a surface of the filter ; an evaporator mounted within the patient chamber for delivery of a volatile sedative into 1 the patient chamber ; characterised in that at least one insert is fixedly mounted within the housing to reduce the deadspace volume within the housing , the or each insert being mounted against an outer wall of the ventilator chamber or against an outer wall of the patient chamber spaced-apart from the filter to provide an air flow path therebetween. a housing ; an interior volume of the housing defining a housing deadspace volume; the housing having a ventilator chamber and an associated juxtaposed patient chamber communicating with the ventilator chamber ; a filter mounted between the ventilator chamber and the patient chamber forming a common gas-permeable dividing wall between the ventilator chamber and the patient chamber , the ventilator chamber and the patient chamber communicating through the filter ; the ventilator chamber having an inlet port for connection to a ventilator , the inlet port positioned at a side of the housing to promote air flow across a surface of the filter ; the patient chamber having an outlet port for connection to a patient breathing tube , the outlet port positioned at a side of the housing to promote air flow across a surface of the filter ; an evaporator mounted within the patient chamber for delivery of a volatile sedative into 1 the patient chamber ; characterised in that at least one insert is fixedly mounted within the housing to reduce the deadspace volume within the housing , the or each insert being mounted against an outer wall of the ventilator chamber or against an outer wall of the patient chamber spaced-apart from the filter to provide an air flow path therebetween.
A method for identifying biological objects on a substrate comprising: - illuminating the substrate carrying the biological objects under illumination conditions that induce at least one optical aberration in an optical image of the biological objects, the illumination conditions comprise illumination with a light beam having a wavelength band with a width of between 10 nm to 100 nm; - acquiring at least one optical image of the illuminated substrate including said at least one optical aberration; and - processing said at least one optical image to provide a value or a combination of values indicative of presence or absence of said at least one optical aberration; said value or combination of values permitting detection or identification of the biological objects on said substrate. - illuminating the substrate carrying the biological objects under illumination conditions that induce at least one optical aberration in an optical image of the biological objects, the illumination conditions comprise illumination with a light beam having a wavelength band with a width of between 10 nm to 100 nm; - acquiring at least one optical image of the illuminated substrate including said at least one optical aberration; and - processing said at least one optical image to provide a value or a combination of values indicative of presence or absence of said at least one optical aberration; said value or combination of values permitting detection or identification of the biological objects on said substrate.
A method for header compression of an Ethernet frame, comprising: determining , by a first device, according to configuration information, that header compression needs to be performed on the Ethernet frame; determining , by the first device, a header compression object in the Ethernet frame according to specific information, wherein the specific information is pre-defined information or indication information; and performing , by the first device, header compression on the header compression object, characterized in that the header compression object comprises tag protocol identifier, TP-ID, and/or canonical format indicator/drop eligible indicator, CFI/DEI, in a virtual local area network, VLAN, subheader of the Ethernet frame. determining , by a first device, according to configuration information, that header compression needs to be performed on the Ethernet frame; determining , by the first device, a header compression object in the Ethernet frame according to specific information, wherein the specific information is pre-defined information or indication information; and performing , by the first device, header compression on the header compression object, characterized in that the header compression object comprises tag protocol identifier, TP-ID, and/or canonical format indicator/drop eligible indicator, CFI/DEI, in a virtual local area network, VLAN, subheader of the Ethernet frame.
A composition for use in inducing PARP1-mediated tumor necrosis in a tumor in a patient, comprising a therapeutically effective amount of a Zn(II) salt and a γ-polyglutamic acid carrier; wherein said γ-polyglutamic acid carrier comprises one or more carriers selected from γ-polyglutamic acid, a tumor-targeting γ-polyglutamic acid derivative, a charge-modified γ-polyglutamic acid derivative, and a tumor-targeting charge-modified γ-polyglutamic acid derivative.
A wallpaper cutting device for producing a double cut through two wallpaper sections lying on top of one another, comprising a hand part and a cutting unit , which is arranged on said hand part in a spring-loaded manner, wherein the hand part comprises a frame with a first side section and a second side section , and wherein a first handle is arranged on the first side section and a second handle is arranged on the second side section .
A method of etching an electrically conductive layer structure during manufacturing a component carrier, wherein the method comprises the steps of: carrying out a first etching of at least one exposed region of the electrically conductive layer structure by a first etching composition comprising a photo-hardenable compound to thereby form a recess in the electrically conductive layer structure ; hardening the photo-hardenable compound by irradiation with photons selectively on an upper side wall portion of the recess to thereby cover the upper side wall portion with a photo-hardened compound ; carrying out a second etching by a second etching composition selectively on a side wall portion and/or bottom portion of the recess being not covered with the photo-hardened compound ; subsequently removing the photo-hardened compound from the side wall portion . carrying out a first etching of at least one exposed region of the electrically conductive layer structure by a first etching composition comprising a photo-hardenable compound to thereby form a recess in the electrically conductive layer structure ; hardening the photo-hardenable compound by irradiation with photons selectively on an upper side wall portion of the recess to thereby cover the upper side wall portion with a photo-hardened compound ; carrying out a second etching by a second etching composition selectively on a side wall portion and/or bottom portion of the recess being not covered with the photo-hardened compound ; subsequently removing the photo-hardened compound from the side wall portion .
An aircraft assembly comprising a first aircraft component , a second aircraft component , and a pin joint assembly , the pin joint assembly comprising: a first end lug extending from one of the first and second aircraft components and a second end lug extending from one of the first and second aircraft components ; a pin hole extending through the first and second end lugs ; a first retaining feature and a second retaining feature arrangeable at opposing ends of the pin hole ; a headless pin comprising a pin body for inserting through the pin hole to rotatably couple the first and second end lugs , such that the pin body is retained between the first and second retaining features ; a first bushing for positioning between the headless pin and the first end lug , and a second bushing for positioning between the headless pin and the second end lug ; wherein the headless pin is isolated from the first and second retaining features , such that the headless pin is not clamped between the first and second retaining features and is freely rotatable with respect to each of the lugs , wherein the first aircraft component is a main wing portion of a wing and the second aircraft component is a wing tip device or flight control surface , such that the wing tip device or flight control surface is arranged to rotate relative to the main wing portion about an axis of the pin joint assembly . a first end lug extending from one of the first and second aircraft components and a second end lug extending from one of the first and second aircraft components ; a pin hole extending through the first and second end lugs ; a first retaining feature and a second retaining feature arrangeable at opposing ends of the pin hole ; a headless pin comprising a pin body for inserting through the pin hole to rotatably couple the first and second end lugs , such that the pin body is retained between the first and second retaining features ; a first bushing for positioning between the headless pin and the first end lug , and a second bushing for positioning between the headless pin and the second end lug ; wherein the headless pin is isolated from the first and second retaining features , such that the headless pin is not clamped between the first and second retaining features and is freely rotatable with respect to each of the lugs , wherein the first aircraft component is a main wing portion of a wing and the second aircraft component is a wing tip device or flight control surface , such that the wing tip device or flight control surface is arranged to rotate relative to the main wing portion about an axis of the pin joint assembly .
A prosthetic bone implant comprising: a prosthesis ; and a tissue attachment structure connected to the prosthesis, the tissue attachment structure comprising: a connective structure (120, 220A-G, 320A-F, 420A-C, 520) connected to the prosthesis; and an interface structure connected to the connective structure and configured for attachment of tissue thereto, characterized in that the connective structure changes in shape when the interface structure is subject to tension. a prosthesis ; and a tissue attachment structure connected to the prosthesis, the tissue attachment structure comprising: a connective structure (120, 220A-G, 320A-F, 420A-C, 520) connected to the prosthesis; and an interface structure connected to the connective structure and configured for attachment of tissue thereto, characterized in that the connective structure changes in shape when the interface structure is subject to tension. a connective structure (120, 220A-G, 320A-F, 420A-C, 520) connected to the prosthesis; and an interface structure connected to the connective structure and configured for attachment of tissue thereto, characterized in that the connective structure changes in shape when the interface structure is subject to tension.
A handle for a catheter having an inner shaft and a retractable shaft , wherein the handle has - a housing , - a pull cable and - a release button mounted movably on the housing , characterised in that in the housing - a sleeve is secured, in the continuous opening of which - a brake hose is guided movably in the longitudinal direction, wherein the brake hose has a first continuous opening for arrangement of the pull cable and a second continuous opening for arrangement of the inner shaft , wherein the brake hose is designed in such a way that its position relative to the sleeve in a first state is fixed by means of the release button , and in that the brake hose in a second state is displaceable, after actuation of the release button , together with the pull cable in the longitudinal direction of the sleeve and relative to the sleeve and the inner shaft in the proximal direction in order to retract the retractable shaft , wherein the retractable shaft can be connected to the pull cable . - a housing , - a pull cable and - a release button mounted movably on the housing , characterised in that in the housing - a sleeve is secured, in the continuous opening of which - a brake hose is guided movably in the longitudinal direction, wherein the brake hose has a first continuous opening for arrangement of the pull cable and a second continuous opening for arrangement of the inner shaft , wherein the brake hose is designed in such a way that its position relative to the sleeve in a first state is fixed by means of the release button , and in that the brake hose in a second state is displaceable, after actuation of the release button , together with the pull cable in the longitudinal direction of the sleeve and relative to the sleeve and the inner shaft in the proximal direction in order to retract the retractable shaft , wherein the retractable shaft can be connected to the pull cable .