mhurhangee/patent-ind-claim-en huggingface dataset:
Method for printing containers made of different types of material in direct printing wherein containers of a first type of material are transported by a transportation device and are printed with several print units by means of direct printing heads, in multiple layers with a first base ink that is compatible with the first type of material, and over that with at least one coloured ink , characterised in that in the case of a change to containers of a second type of material, the first base ink is replaced by a second base ink that is compatible with the second type of material, that the containers made of the second type of material are subsequently printed in multiple layers with the second base ink and over that with the at least one coloured ink , that the at least one coloured ink adheres to both base inks, that the second base ink is chemically and physically compatible with the first base ink such that both base inks can be completely mixed into one another and no destabilisation of the two base inks is caused, and that one of the print units for printing the first and second base inks is designed with at least one direct printing head and an ink supply supplies the at least one direct printing head optionally with the first or second base ink for printing . in the case of a change to containers of a second type of material, the first base ink is replaced by a second base ink that is compatible with the second type of material, that the containers made of the second type of material are subsequently printed in multiple layers with the second base ink and over that with the at least one coloured ink , that the at least one coloured ink adheres to both base inks, that the second base ink is chemically and physically compatible with the first base ink such that both base inks can be completely mixed into one another and no destabilisation of the two base inks is caused, and that one of the print units for printing the first and second base inks is designed with at least one direct printing head and an ink supply supplies the at least one direct printing head optionally with the first or second base ink for printing .
A method of wireless communications, comprising: receiving a reconfiguration message indicating a change for a frequency division duplex, FDD, uplink band included in a pair of FDD bands in a cell provided by a base station to a temporary time division duplex, TDD, band in the cell; selecting a reference configuration from a plurality of configurations for the temporary TDD band, the pair of FDD bands including an FDD downlink band and the temporary TDD band, the reference configuration indicating a pattern of sub-frames associated with the pair of FDD bands; and determining a hybrid automatic repeat request, HARQ, timing for the FDD downlink band based on the reference configuration ; and transmitting an acknowledgement status signal on the temporary TDD band in response to a transmission received on the FDD downlink band based on the HARQ timing, wherein the acknowledgement status signal is an acknowledgement, ACK, signal or a negative-acknowledgement, NACK. receiving a reconfiguration message indicating a change for a frequency division duplex, FDD, uplink band included in a pair of FDD bands in a cell provided by a base station to a temporary time division duplex, TDD, band in the cell; selecting a reference configuration from a plurality of configurations for the temporary TDD band, the pair of FDD bands including an FDD downlink band and the temporary TDD band, the reference configuration indicating a pattern of sub-frames associated with the pair of FDD bands; and determining a hybrid automatic repeat request, HARQ, timing for the FDD downlink band based on the reference configuration ; and transmitting an acknowledgement status signal on the temporary TDD band in response to a transmission received on the FDD downlink band based on the HARQ timing, wherein the acknowledgement status signal is an acknowledgement, ACK, signal or a negative-acknowledgement, NACK.
A display panel comprising: a substrate including an emission area (EA) and a non-emission area (NEA); an auxiliary electrode placed in the non-emission area (NEA) and supplied with power for driving the display panel ; a protective layer placed on the auxiliary electrode ; a contact hole (CH1) penetrating through the protective layer and exposing the auxiliary electrode ; a connection electrode in contact with the auxiliary electrode within the contact hole (CH1); an electron auxiliary layer placed on the connection electrode ; a cathode electrode placed on the electron auxiliary layer ; and a protrusion protruding from the connection electrode , wherein the protrusion has a shade region (SR) on the connection electrode , and wherein the cathode electrode is in contact with the connection electrode in the shade region (SR), and characterized in that the connection electrode comprises: a first electrode ; a second electrode placed under the first electrode ; and an exposure hole (EH) formed in the first electrode , wherein the protrusion extends from the second electrode and protrudes through the exposure hole (EH). a substrate including an emission area (EA) and a non-emission area (NEA); an auxiliary electrode placed in the non-emission area (NEA) and supplied with power for driving the display panel ; a protective layer placed on the auxiliary electrode ; a contact hole (CH1) penetrating through the protective layer and exposing the auxiliary electrode ; a connection electrode in contact with the auxiliary electrode within the contact hole (CH1); an electron auxiliary layer placed on the connection electrode ; a cathode electrode placed on the electron auxiliary layer ; and a protrusion protruding from the connection electrode , wherein the protrusion has a shade region (SR) on the connection electrode , and wherein the cathode electrode is in contact with the connection electrode in the shade region (SR), and characterized in that the connection electrode comprises: a first electrode ; a second electrode placed under the first electrode ; and an exposure hole (EH) formed in the first electrode , wherein the protrusion extends from the second electrode and protrudes through the exposure hole (EH). a first electrode ; a second electrode placed under the first electrode ; and an exposure hole (EH) formed in the first electrode , wherein the protrusion extends from the second electrode and protrudes through the exposure hole (EH).
Rail vehicle having at least one vehicle body and at least one chassis, wherein an anti-roll system having a torque rod connected to the vehicle body is provided between the at least one vehicle body and the at least one chassis, having a pneumatic spring control arrangement with at least one pneumatic spring valve and at least one pneumatic spring linkage , which is arranged between the at least one vehicle body and the at least one chassis and by which relative movements between the at least one vehicle body and the at least one chassis are transmitted to the at least one pneumatic spring valve , to which suspension processes between the at least one vehicle body and the at least one chassis can be uniquely assigned, characterised in that the at least one pneumatic spring valve is mounted on the at least one chassis and is connected to the at least one vehicle body by way of the at least one pneumatic spring linkage , wherein the at least one pneumatic spring linkage is pivotably connected to the torque rod by way of an anti-roll adapter , which is arranged in a central region of a connecting part of the torque rod .
A recombinant expression vector, wherein the recombinant expression vector is a viral vector comprising a nucleic acid comprising a nucleotide sequence encoding a T cell receptor (TCR) having antigenic specificity for human papillomavirus (HPV) 16 E6, wherein the TCR comprises a human variable region and a murine constant region, and wherein the TCR comprises the amino acid sequences of SEQ ID NOs: 3-8, and optionally wherein: (i) the TCR has antigenic specificity for HPV 16 E6 29-38 comprising the amino acid sequence of SEQ ID NO: 2; (ii) the TCR comprises the amino acid sequences of SEQ ID NOs: 15 and 16; (iii) the TCR comprises the amino acid sequences of SEQ ID NOs: 17 and 18; or (iv) the TCR comprises the amino acid sequences of SEQ ID NOs: 9 and 10. (i) the TCR has antigenic specificity for HPV 16 E6 29-38 comprising the amino acid sequence of SEQ ID NO: 2; (ii) the TCR comprises the amino acid sequences of SEQ ID NOs: 15 and 16; (iii) the TCR comprises the amino acid sequences of SEQ ID NOs: 17 and 18; or (iv) the TCR comprises the amino acid sequences of SEQ ID NOs: 9 and 10.
A leg support for a motorcycle including: a support member arranged to receive a lower leg or foot of a rider thereagainst; and a substantially L-shaped body portion configured to conform to a frame of the motorcycle; wherein the body portion comprises: a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion , an end of the second outwardly extending portion being arranged to be attached to the support member ; and securing means for securing said body portion and/or support member to the motorcycle, whereby, when the body portion is secured to the motorcycle, the support member receives the lower leg or foot of the rider thereagainst and provides a means of assisting the rider to hold their body in a forward position while riding. a support member arranged to receive a lower leg or foot of a rider thereagainst; and a substantially L-shaped body portion configured to conform to a frame of the motorcycle; wherein the body portion comprises: a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion , an end of the second outwardly extending portion being arranged to be attached to the support member ; and a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion , an end of the second outwardly extending portion being arranged to be attached to the support member ; and securing means for securing said body portion and/or support member to the motorcycle, whereby, when the body portion is secured to the motorcycle, the support member receives the lower leg or foot of the rider thereagainst and provides a means of assisting the rider to hold their body in a forward position while riding.
A tread for a tire comprising, the tread having a center circumferential rib , two intermediate circumferential ribs , and two shoulder ribs , wherein these five ribs are defined by two shoulder grooves and two central circumferential grooves , wherein at least one, several or all of said ribs have sipes extending in a zigzag manner as the sipes extend axially across the respective rib and also extending in a zigzag manner as the sipes extend radially inward from a radially outer surface of the respective rib , characterized in that the two central circumferential grooves each have a jagged or zigzag cross-section with radially vertical walls and a flat bottom, and in that the two shoulder grooves are axially wider than the two central circumferential grooves and each have a jagged or zigzag cross-section with slanted walls and a flat bottom.
A method comprising: receiving, at a server (120; 215; 505) in a computer system in a computer network, a request to register an event listener on a source node, from a client (110; 205; 525; 530; 535) in the computer system, the source node being one of a plurality of nodes that are related to each other in a hierarchy, each of the nodes representing a logical partition of a storage device in the computer system; registering, by the server (120; 215; 505) in the computer system, the event listener on the source node, wherein the event listener is configured to notify the client (110; 205; 525; 530; 535) of an occurrence of a first event in the source node; determining, by the server (120; 215; 505), whether the source node has a descendant node in the hierarchy; and responsive to a determination that the source node has a descendant node in the hierarchy, setting, by the server (120; 215; 505), the event listener to notify the client (110; 205; 525; 530; 535) of an occurrence of a second event in the descendant node without requiring registration of another event listener on the descendant node. receiving, at a server (120; 215; 505) in a computer system in a computer network, a request to register an event listener on a source node, from a client (110; 205; 525; 530; 535) in the computer system, the source node being one of a plurality of nodes that are related to each other in a hierarchy, each of the nodes representing a logical partition of a storage device in the computer system; registering, by the server (120; 215; 505) in the computer system, the event listener on the source node, wherein the event listener is configured to notify the client (110; 205; 525; 530; 535) of an occurrence of a first event in the source node; determining, by the server (120; 215; 505), whether the source node has a descendant node in the hierarchy; and responsive to a determination that the source node has a descendant node in the hierarchy, setting, by the server (120; 215; 505), the event listener to notify the client (110; 205; 525; 530; 535) of an occurrence of a second event in the descendant node without requiring registration of another event listener on the descendant node.
Optical fiber sensor, comprising an optical fiber having embedded therein at least one fiber core extending along a length of the optical fiber, the at least one fiber core having a number of larger than ten single fiber Bragg gratings arranged in series along the at least one fiber core , wherein each fiber Bragg grating has a single reflection spectrum around a single reflection peak wavelength when interrogated with light in an unstrained state of the at least one fiber core , wherein the reflection peak wavelengths of the single reflection spectra are different from fiber Bragg grating to fiber Bragg grating along the at least one fiber core, wherein the single reflection spectra of all fiber Bragg gratings span a total spectral range in a range of 0.6 nm to 1.4 nm in an unstrained state of the at least one fiber core .
An organic light emitting diode display pixel , comprising a red light emitting sub-pixel , a green light emitting sub-pixel and a blue light emitting sub-pixel , the longitudinal axis of the red light emitting sub-pixel , the longitudinal axis of the green light emitting sub-pixel and the longitudinal axis of the blue light emitting sub-pixel are parallel to each other, wherein the organic light emitting diode display pixel has the shape of a square; the red light emitting sub-pixel , the green light emitting sub-pixel and the blue light emitting sub-pixel are in rectangular shape; the red light emitting sub-pixel and the green light emitting sub-pixel are located on both sides of the blue light emitting sub-pixel , and the length of the blue light emitting sub-pixel is larger than the length of the red light emitting sub-pixel and than the length of the green light emitting sub-pixel , characterized in that : a longitudinal axis of the red light emitting sub-pixel , a longitudinal axis of the green light emitting sub-pixel and a longitudinal axis of the blue light emitting sub-pixel are disposed oblique with respect to four sides of the square.
Use of a composition comprising: at least one of an α 2 adrenergic receptor agonist and a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier for the preparation of a medicament for treating rosacea, wherein said composition is to be topically applied directly to the affected area of skin of a patient in need of such treatment to decrease blood flow through the small arteries or arterioles of the skin of the patient, and wherein said composition acts locally in the skin of the patient, wherein the at least one of an α 2 adrenergic receptor agonist and a pharmaceutically acceptable salt thereof is selected from the group consisting of brimonidine, naphazoline, oxymetazoline, xylometazoline, epinephrine, norepinephrine, phenylephrine, and methoxamine. at least one of an α 2 adrenergic receptor agonist and a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier for the preparation of a medicament for treating rosacea, wherein said composition is to be topically applied directly to the affected area of skin of a patient in need of such treatment to decrease blood flow through the small arteries or arterioles of the skin of the patient, and wherein said composition acts locally in the skin of the patient, wherein the at least one of an α 2 adrenergic receptor agonist and a pharmaceutically acceptable salt thereof is selected from the group consisting of brimonidine, naphazoline, oxymetazoline, xylometazoline, epinephrine, norepinephrine, phenylephrine, and methoxamine.
A method of inspection of a shoe worn by an individual's foot, the shoe comprising a sole having a lower face intended to come into contact with a ground, and the method comprising the following steps: - acquiring (S1) a thermal image of the shoe when it is worn by a foot of the individual using a thermal imaging camera , - determining (S2), from the thermal image of the shoe , a lower limit of the individual's foot, said lower limit corresponding to a lower face of the foot, characterised in that the method comprises: - determining (S3) a position of the shoe relative to the thermal imaging camera at the time of acquisition of the thermal image, and - deducing (S4) from the position of the shoe relative to the camera and from the lower limit of the foot, a distance between the lower face of the sole and the lower face of the individual's foot. - acquiring (S1) a thermal image of the shoe when it is worn by a foot of the individual using a thermal imaging camera , - determining (S2), from the thermal image of the shoe , a lower limit of the individual's foot, said lower limit corresponding to a lower face of the foot, - determining (S3) a position of the shoe relative to the thermal imaging camera at the time of acquisition of the thermal image, and - deducing (S4) from the position of the shoe relative to the camera and from the lower limit of the foot, a distance between the lower face of the sole and the lower face of the individual's foot.
A combustion chamber comprising a combustion chamber wall and an igniter seal arrangement , the combustion chamber wall having a first surface and a second surface , a boss projecting from the first surface of the combustion chamber wall , the boss having a platform on a remote end of the boss , the boss comprising a wall extending from the first surface of the combustion chamber wall , the platform being arranged on a remote end of the wall , the wall being arranged at and supporting a periphery of the platform , the platform having an inner surface spaced from the first surface of the combustion chamber wall to define a chamber between the first surface of the combustion chamber wall , the inner surface of the platform and the wall , the platform having an outer surface facing away from the first surface of the combustion chamber wall , an aperture extending through the combustion chamber wall from the outer surface of the platform of the boss to the second surface of the combustion chamber wall , first and second L-shape rails extending from the platform and a sealing member having a first edge and a second edge locatable between the outer surface of the platform and the first and second L-shape rails , and the sealing member having an aperture to receive an igniter , wherein the aperture has a tear drop shape in the platform and the combustion chamber wall , wherein the tear drop shape is a generally elliptical shape with one end having two straight sides rather than a curve, said one end being located at the downstream end of said aperture .
A bacterium suitable for use in vaccination of poultry, and the expression of an antigenic polypeptide consisting of the sequence of SEQ ID NO: 7, wherein the bacterium comprises a first polynucleotide sequence encoding said antigenic polypeptide, said first polynucleotide sequence not natively associated with the bacterium and further comprising a second polynucleotide sequence encoding an immunostimulatory polypeptide not natively associated with the bacterium, wherein the only polypeptide sequence derived from a C. jejuni cjaD (cj0113) that is encoded by the polynucleotides of the bacterium is the antigenic polypeptide consisting of the sequence of SEQ ID NO: 7.
A cooling system of a vehicle , in particular of a rail vehicle , - with a first cooling circuit , in which a coolant circulates, - with a second cooling circuit , in which the coolant circulates, - with a first heat source arranged for cooling in the first cooling circuit , - with a second heat source (4") arranged for cooling in the second cooling circuit , wherein - the cooling system has a cooler for cooling the coolant in the first cooling circuit and second cooling circuit , - the cooling system has a main branch , in which the first cooling circuit and the second cooling circuit are directed together, - in the main branch a conveying device is arranged for conveying the coolant, - the first cooling circuit and the second cooling circuit branch off from the main branch downstream of the conveying device , characterized in that the cooling circuits are directed entirely separately within the cooler . - with a first cooling circuit , in which a coolant circulates, - with a second cooling circuit , in which the coolant circulates, - with a first heat source arranged for cooling in the first cooling circuit , - with a second heat source (4") arranged for cooling in the second cooling circuit , - the cooling system has a cooler for cooling the coolant in the first cooling circuit and second cooling circuit , - the cooling system has a main branch , in which the first cooling circuit and the second cooling circuit are directed together, - in the main branch a conveying device is arranged for conveying the coolant, - the first cooling circuit and the second cooling circuit branch off from the main branch downstream of the conveying device ,