mhurhangee/patent-ind-claim-en huggingface dataset:
A food packaging container for containing foodstuff which may be heated or cooked in the container , the container comprising: a tray for containing food; a lid for sealing the tray ; and a printable cover , characterised in that , the printable cover comprises a first printable layer bonded to a second layer which is removeably bonded to the lid the second layer comprises a transparent packaging film and the first layer comprises a printable packaging film , wherein: the printable packaging film contains information printed on an outer surface, said print being viewable on the outer surface of the printable film , and printed on an inner surface, said print being viewable on an inner surface of the packaging through the transparent packaging film , wherein the printable packaging film is printed on the outer side with colours and a white blanking protected by a surface lacquer , then reverse printed on the inner side with additional information. a tray for containing food; a lid for sealing the tray ; and a printable cover , characterised in that , the printable cover comprises a first printable layer bonded to a second layer which is removeably bonded to the lid the second layer comprises a transparent packaging film and the first layer comprises a printable packaging film , wherein: the printable packaging film contains information printed on an outer surface, said print being viewable on the outer surface of the printable film , and printed on an inner surface, said print being viewable on an inner surface of the packaging through the transparent packaging film , wherein the printable packaging film is printed on the outer side with colours and a white blanking protected by a surface lacquer , then reverse printed on the inner side with additional information. the printable packaging film contains information printed on an outer surface, said print being viewable on the outer surface of the printable film , and printed on an inner surface, said print being viewable on an inner surface of the packaging through the transparent packaging film , wherein the printable packaging film is printed on the outer side with colours and a white blanking protected by a surface lacquer , then reverse printed on the inner side with additional information.
A method comprising: providing a plurality of fuel particles; mixing the fuel particles with ceramic powder and one or more rare earth oxide neutronic poisons to form a precursor mixture; and compacting the precursor mixture at a predetermined pressure and temperature to form a fuel element; characterized in that at least one of the one or more rare-earth oxide neutronic poisons is Eu 2 O 3 . providing a plurality of fuel particles; mixing the fuel particles with ceramic powder and one or more rare earth oxide neutronic poisons to form a precursor mixture; and compacting the precursor mixture at a predetermined pressure and temperature to form a fuel element;
An assembly for an exhaust bypass valve of a two-stage turbocharger , the assembly comprising: a first turbocharger stage ; a second turbocharger stage ; an exhaust bypass valve that comprises an open state, a closed state, and a closed and locked state; an actuator ; and a linkage mechanism that links the exhaust bypass valve to the actuator, wherein the linkage mechanism comprises a spring-biased linkage with a preset load, the spring-biased linkage comprising a housing, a rod fixed to the housing and an opposing spring-biased rod translatable with respect to the housing, and a load adjustment mechanism for setting the spring-biased linkage to the preset load, wherein the load adjustment mechanism sets an axial distance between the rod and the opposing rod of the spring-biased linkage, and wherein: in the closed state of the exhaust bypass valve, an axial length of the spring-biased linkage increases responsive to application of a load by the actuator that exceeds the preset load; in an orientation between the closed state and the closed and locked state, the spring-biased linkage is at a maximum axial length; and in the closed and locked state, the spring-biased linkage applies a locking force. a first turbocharger stage ; a second turbocharger stage ; an exhaust bypass valve that comprises an open state, a closed state, and a closed and locked state; an actuator ; and a linkage mechanism that links the exhaust bypass valve to the actuator, wherein the linkage mechanism comprises a spring-biased linkage with a preset load, the spring-biased linkage comprising a housing, a rod fixed to the housing and an opposing spring-biased rod translatable with respect to the housing, and a load adjustment mechanism for setting the spring-biased linkage to the preset load, wherein the load adjustment mechanism sets an axial distance between the rod and the opposing rod of the spring-biased linkage, and wherein: in the closed state of the exhaust bypass valve, an axial length of the spring-biased linkage increases responsive to application of a load by the actuator that exceeds the preset load; in an orientation between the closed state and the closed and locked state, the spring-biased linkage is at a maximum axial length; and in the closed and locked state, the spring-biased linkage applies a locking force. in the closed state of the exhaust bypass valve, an axial length of the spring-biased linkage increases responsive to application of a load by the actuator that exceeds the preset load; in an orientation between the closed state and the closed and locked state, the spring-biased linkage is at a maximum axial length; and in the closed and locked state, the spring-biased linkage applies a locking force.
Windscreen wiper device for a vehicle, capable of being mounted through the glazed wall of an opening panel delimiting an internal space and an external space, said device comprising an internal motor having an internal transmission casing , said motor actuating a driveshaft guided in said transmission casing , the free outer end of said shaft being able to receive the wiper arm, said shaft at the output of said casing being housed at least partly in a sleeve that can extend from said casing to the outside of the glazed wall of the opening panel, by passing through a through-hole produced in the glazed wall , said sleeve being fitted geometrically in its distal part over the outer face of said casing and sealed with at least one sealing member with respect to the driveshaft and with at least one outer sealing member with respect to said wall of the vehicle, said sleeve having, at its outer proximal end, a control for manoeuvring the opening panel, characterized in that said sleeve , at its outer proximal end, has a flange of which a portion is extended by said control for manoeuvring the opening panel.
A system for immobilization of a patient body part for radiotherapy applications comprising: - a device comprising at least one flanged support member which is suitable to be mounted to a fixation surface and is adapted to receive and retain at least two moldable thermoplastic sheets, - a first moldable thermoplastic sheet for covering the anatomical contours of a first area of said body part, wherein the first moldable thermoplastic sheet is closest to the fixation surface; and - a second moldable thermoplastic sheet for covering the anatomical contours of a second area of said body part which is not covered by the first moldable thermoplastic sheet, whereby the system is adapted for supporting the immobilized body part free from the fixation surface by the two sheets and the device, wherein the sheets have different elasticity, wherein the second moldable thermoplastic sheet has a higher elasticity than the first moldable thermoplastic sheet. - a device comprising at least one flanged support member which is suitable to be mounted to a fixation surface and is adapted to receive and retain at least two moldable thermoplastic sheets, - a first moldable thermoplastic sheet for covering the anatomical contours of a first area of said body part, wherein the first moldable thermoplastic sheet is closest to the fixation surface; and - a second moldable thermoplastic sheet for covering the anatomical contours of a second area of said body part which is not covered by the first moldable thermoplastic sheet,
A method for preparing a pharmaceutical composition, comprising the steps of mixing the active ingredient (R,E)-N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-3-(1-methylpyrrolidin-2-yl)-propeneamide, or a pharmacologically acceptable salt thereof with a wetting agent, and granulating, wherein the wetting agent comprises at least one organic solvent.
A hot air blower , comprising: - an electric fan ; - an air channel for blowing a mam stream of air therethrough by said electric fan ; - a gas tank , for supplying burning gas; - a gas burner , comprising: a) an air inlet , disposed within said air channel , for receiving a first portion of said main air stream ; b) a burning gas inlet for receiving said burning gas; and c) an outlet , disposed within said air channel , thereby said gas burner , in use produces a flame at said outlet within said air channel , for heating said main air stream , characterized in that in the flame is fed by said first air portion , by said burning gas, and by a second portion of the main stream not entering said gas burner ; and characterized by - a mechanism configured for automatically fitting a size of said air inlet to an extent of said main air stream and consequently, to an extent of said second portion thereof, thereby maintaining the flame durable to changes of said main stream without requiring changing supply rate of the burning gas. - an electric fan ; - an air channel for blowing a mam stream of air therethrough by said electric fan ; - a gas tank , for supplying burning gas; - a gas burner , comprising: a) an air inlet , disposed within said air channel , for receiving a first portion of said main air stream ; b) a burning gas inlet for receiving said burning gas; and c) an outlet , disposed within said air channel , thereby said gas burner , in use produces a flame at said outlet within said air channel , for heating said main air stream , characterized in that in the flame is fed by said first air portion , by said burning gas, and by a second portion of the main stream not entering said gas burner ; and characterized by a) an air inlet , disposed within said air channel , for receiving a first portion of said main air stream ; b) a burning gas inlet for receiving said burning gas; and c) an outlet , disposed within said air channel , - a mechanism configured for automatically fitting a size of said air inlet to an extent of said main air stream and consequently, to an extent of said second portion thereof,
Method for characterizing a target product comprising the following steps: 1. Generating a bank of spectral data containing samples, their spectra and their measured characteristics "CAR", for example the property "P", 2. Spectrally analyzing the target product and comparing the obtained spectrum (Spectrum PC) with the spectral data of the databank, 3. Identifying "near-neighbour" points of the target product, and 4. Computing by topology the characteristic of the target product CARpc/top, for example the property Ppc/top, depending on the corresponding characteristics of the near-neighbour points, characterized in that the computation of step 4 is based on a weighting related to the inverse of the distance between the target product and the near-neighbour points. 1. Generating a bank of spectral data containing samples, their spectra and their measured characteristics "CAR", for example the property "P", 2. Spectrally analyzing the target product and comparing the obtained spectrum (Spectrum PC) with the spectral data of the databank, 3. Identifying "near-neighbour" points of the target product, and 4. Computing by topology the characteristic of the target product CARpc/top, for example the property Ppc/top, depending on the corresponding characteristics of the near-neighbour points, characterized in that the computation of step 4 is based on a weighting related to the inverse of the distance between the target product and the near-neighbour points.
A method for producing a screw element or a screw element blank , the method comprising a step of producing a blank having a cylindrical shaft formed on a head , and a blind hole being formed in the blank from an upper side of the head facing away from the shaft in a, in particular further, method step, the blind hole extending toward the shaft and forming at least one first section , in particular having a polygonal cross section (Q1), preferably for receiving a screw tool or having a round cross section (Q1), preferably as a precursor of a screw opening , and characterized in that the blind hole is deepened, thus forming at least one second section , which borders the first section , in a subsequent method step, the second section forming a preferably at least partially continuous cross section (Q2) which is in particular smaller in size than the first cross section (Q1), the shaft being widened in sections, thus forming an undercut at the crossover between the shaft and the head , by at least indirectly displacing material from at least the second section of the blind hole , in the subsequent method step.
A method of manufacturing a semiconductor device, the method comprising: sequentially forming a target layer (TG) and a first mask layer (M1) on a substrate ; patterning the first mask layer (M1) to form a first opening (OP1) in the first mask layer (M1); forming a spacer (SP) on an inner sidewall of the first opening (OP1); forming on the first mask layer (M1) a second photoresist pattern (PR2) having a second opening (OP2) vertically overlapping at least a portion of the spacer (SP); forming a third opening (OP3) in the first mask layer (M1) adjacent to the first opening (OP1) by using the spacer (SP) as a mask to remove a portion of the first mask layer (M1) that is exposed to the second opening (OP2); and after forming the third opening (OP3), using the first mask layer (M1) and the spacer (SP) as a mask to pattern the target layer (TG), wherein the method further comprises forming a cut pattern (CP) covering at least a portion of the spacer (SP), wherein forming the cut pattern (CP) comprises: forming a first filling layer (FL1) covering at least a portion of the spacer (SP); and removing a portion of the first filling layer (FL1). sequentially forming a target layer (TG) and a first mask layer (M1) on a substrate ; patterning the first mask layer (M1) to form a first opening (OP1) in the first mask layer (M1); forming a spacer (SP) on an inner sidewall of the first opening (OP1); forming on the first mask layer (M1) a second photoresist pattern (PR2) having a second opening (OP2) vertically overlapping at least a portion of the spacer (SP); forming a third opening (OP3) in the first mask layer (M1) adjacent to the first opening (OP1) by using the spacer (SP) as a mask to remove a portion of the first mask layer (M1) that is exposed to the second opening (OP2); and after forming the third opening (OP3), using the first mask layer (M1) and the spacer (SP) as a mask to pattern the target layer (TG), wherein the method further comprises forming a cut pattern (CP) covering at least a portion of the spacer (SP), wherein forming the cut pattern (CP) comprises: forming a first filling layer (FL1) covering at least a portion of the spacer (SP); and removing a portion of the first filling layer (FL1). forming a first filling layer (FL1) covering at least a portion of the spacer (SP); and removing a portion of the first filling layer (FL1).
Temporary fence panel for construction sites comprising a metal tubular frame and a separating element (3; 30) fixed to said frame , said frame comprising a pair of uprights and a pair of crosspieces (5, 15; 25) at least one of which having opposite ends fixed to said uprights by welding, wherein each end of said at least one crosspiece (5; 25) comprises a first portion that is flattened and in which a coupling seat is shaped so as to receive and abut an external wall of the respective upright , characterized in that each end of said at least one crosspiece (5; 25) further comprises a second portion that is flattened and a third portion that is tapered and connected to a central body of said at least one crosspiece (5; 25), said second portion being interposed between said first portion and said third portion .
A method implemented by a network node in a wireless communication network of transmitting system information to a plurality of wireless terminals, the method characterized by : transmitting a first group of system information blocks, SIBs, via a first physical channel; and transmitting a second group of additional SIBs via a different, second physical channel, wherein the wireless communication network is a Wideband Code Division Multiple Access, WCDMA, network, and wherein the first physical channel is a Primary Common Control Physical Channel, P-CCPCH; and wherein the second physical channel is a Secondary Common Control Physical Channel, S-CCPCH. transmitting a first group of system information blocks, SIBs, via a first physical channel; and transmitting a second group of additional SIBs via a different, second physical channel, wherein the wireless communication network is a Wideband Code Division Multiple Access, WCDMA, network, and wherein the first physical channel is a Primary Common Control Physical Channel, P-CCPCH; and wherein the second physical channel is a Secondary Common Control Physical Channel, S-CCPCH.
A method for splicing a reserve nose wire to a running nose wire in a facemask production line , comprising: prior to depletion of the running nose wire , bringing the reserve nose wire up to a transport speed in a conveying direction of the running nose wire ; at or near a zero relative speed between the running nose wire and the reserve nose wire , introducing a leading end of the reserve nose wire onto the running nose wire and forming a splice between the reserve nose wire and the running nose wire ; cutting the running nose wire upstream of the splice location such that the reserve nose wire becomes a new running nose wire in the production line ; wherein the reserve nose wire is supplied from a reserve roll of nose wire, the leading end of the reserve nose wire staged at a location for subsequent feeding onto the running nose wire at or near the zero relative speed, wherein one or more feed rollers draw the leading end of the reserve nose wire from the reserve roll and onto the running nose wire , and wherein the reserve roll is driven prior to the feed rollers to create an initial reserve supply for the feed rollers as the reserve roll comes up to an operating rotational speed. prior to depletion of the running nose wire , bringing the reserve nose wire up to a transport speed in a conveying direction of the running nose wire ; at or near a zero relative speed between the running nose wire and the reserve nose wire , introducing a leading end of the reserve nose wire onto the running nose wire and forming a splice between the reserve nose wire and the running nose wire ; cutting the running nose wire upstream of the splice location such that the reserve nose wire becomes a new running nose wire in the production line ; wherein the reserve nose wire is supplied from a reserve roll of nose wire, the leading end of the reserve nose wire staged at a location for subsequent feeding onto the running nose wire at or near the zero relative speed, wherein one or more feed rollers draw the leading end of the reserve nose wire from the reserve roll and onto the running nose wire , and wherein the reserve roll is driven prior to the feed rollers to create an initial reserve supply for the feed rollers as the reserve roll comes up to an operating rotational speed.
A method of communicating data using a communications device via a wireless access interface to perform device-to-device communications, the method comprising dividing the data into a plurality of data units, encoding a first of the data units, at the communications device for transmission to a destination communications device in accordance with a repeat request protocol, the encoding providing redundant data which can improve an integrity of correctly recovering the first data unit when received by the destination communications device and provide an indication of whether the first data unit has been received correctly, and transmitting the encoded data unit to the destination communications device using a repeat request protocol, wherein the repeat request protocol comprises transmitting the encoded data unit to the destination communications device , determining whether an acknowledgement message, ACK, indicating that the data unit has been received correctly by the destination communications device has been received from the destination communications device within a predetermined time, and only if, after the predetermined time has elapsed, an ACK message has not been received by the communications device , retransmitting at least part of the encoded data unit to the destination communications device in accordance with the repeat request protocol, the communications device assuming that the destination communications device determined that the data unit was not received correctly in accordance with a decoding process performed by the destination communications device , no negative acknowledgement message, NACK, being transmitted by the destination communications device if the destination communications device determined that the data unit was not received correctly, receiving, after not receiving an ACK message for a second predetermined time corresponding to one or more times the first predetermined time, a keep alive message from the destination communications device , and in response to the keep alive message, continuing to retransmit the encoded data unit, or if a keep alive message is not received after the second predetermined time since receiving an ACK message, switching to an idle state.
A method of providing a multimedia streaming service in a multimedia device, the method comprising: reproducing a first multimedia stream of a content with reference to information regarding a number of a period of a decodable unit per unit time included in the first multimedia stream by the multimedia device ; receiving a command for reproducing a second multimedia stream of the content during the reproducing of the first multimedia stream; and reproducing the second multimedia stream of the content with reference to information regarding a number of a period of a decodable unitper unit time included in the second multimedia stream, wherein the number of said period of the decodable unit per unit time included in the first multimedia stream is different from the number of said period of the decodable unit per unit time included in the second multimedia stream of the content. reproducing a first multimedia stream of a content with reference to information regarding a number of a period of a decodable unit per unit time included in the first multimedia stream by the multimedia device ; receiving a command for reproducing a second multimedia stream of the content during the reproducing of the first multimedia stream; and reproducing the second multimedia stream of the content with reference to information regarding a number of a period of a decodable unitper unit time included in the second multimedia stream, wherein the number of said period of the decodable unit per unit time included in the first multimedia stream is different from the number of said period of the decodable unit per unit time included in the second multimedia stream of the content.
A combination of officinal plants consisting of extracts of hawthorn ( Crataegus pinnatifida or Crataegus Oxyacantha ), lavender ( Lavandula officinalis ), and hops (Humulus lupulus).