mhurhangee/ep-ind-claims huggingface dataset:
A cold transfer postage stamp comprising in the following order: a) a first release coated substrate, b) one or more printed layers formed by a printing process with one or more security inks and comprising one or more security features, which faces the environment after removal of the first release coated substrate (a), c) a white opaque printed layer formed from a white ink, d) a pressure sensitive adhesive layer, and e) a second release coated substrate. a) a first release coated substrate, b) one or more printed layers formed by a printing process with one or more security inks and comprising one or more security features, which faces the environment after removal of the first release coated substrate (a), c) a white opaque printed layer formed from a white ink, d) a pressure sensitive adhesive layer, and e) a second release coated substrate.
Device comprising an electro-rheological fluid comprising particles of at least one inorganic or organic material suspended in a polar liquid crystalline medium comprising one or more mesogenic compounds, which are selected from the group of compounds of formula I and/or I*, wherein L 11 to L 16 are independently of each other H or F, and are independently of each other, or R 11 is alkyl group, which is straight chain or branched, is unsubstituted, mono- or poly-substituted by F, Cl or CN, preferably by F, and in which one or more CH 2 groups are optionally replaced, in each case independently from one another, by -O-, -S-, -NR 01 -, -SiR 01 R 02 -, -CO-, -COO-, -OCO-, -OCO-O-, -S-CO-, -CO-S-, -CY 01 =CY 02 - or -C≡C- in such a manner that O and/or S atoms are not linked directly to one another, Y 01 and Y 02 are, independently of each other, F, Cl, or CN, and alternatively one of them may be H, R 01 and R 02 are, independently of each other, H, or alkyl with 1 to 12 C-atoms, X 11 halogen, CN, a mono-, di- or polyhalogenated alkyl-, or alkoxy group having 1 to 6 C-atoms or a mono-, di- or polyhalogenated alkenyl group having 2 to 6 C-atoms, which is sandwiched between two substrates, at least one of said substrates being flexible, and one of said substrates being provided with an electrode structure adjacent to the electro-rheological fluid having a significant component of the electrical field parallel to the substrate main plane, that corresponds to an in-plane electrode structure. L 11 to L 16 are independently of each other H or F, and are independently of each other, or R 11 is alkyl group, which is straight chain or branched, is unsubstituted, mono- or poly-substituted by F, Cl or CN, preferably by F, and in which one or more CH 2 groups are optionally replaced, in each case independently from one another, by -O-, -S-, -NR 01 -, -SiR 01 R 02 -, -CO-, -COO-, -OCO-, -OCO-O-, -S-CO-, -CO-S-, -CY 01 =CY 02 - or -C≡C- in such a manner that O and/or S atoms are not linked directly to one another, Y 01 and Y 02 are, independently of each other, F, Cl, or CN, and alternatively one of them may be H, R 01 and R 02 are, independently of each other, H, or alkyl with 1 to 12 C-atoms, X 11 halogen, CN, a mono-, di- or polyhalogenated alkyl-, or alkoxy group having 1 to 6 C-atoms or a mono-, di- or polyhalogenated alkenyl group having 2 to 6 C-atoms,
A cooking appliance comprising: a cavity for forming a cooking space; a top plate located above the cavity for forming an external appearance of a top side of the cooking appliance; a control panel located at a front upper position of the cavity for forming an external appearance of a front side of the cooking appliance; and a door located below the control panel for forming, along with the control panel, the external appearance of the front side of the cooking appliance, the door being configured to open or close the cavity, characterized in that the control panel includes an air passage formed in a lower surface thereof, in order to allow hot air from inside the cavity, discharged from the front upper side of the door, to be introduced into an interior of the control panel. a cavity for forming a cooking space; a top plate located above the cavity for forming an external appearance of a top side of the cooking appliance; a control panel located at a front upper position of the cavity for forming an external appearance of a front side of the cooking appliance; and a door located below the control panel for forming, along with the control panel, the external appearance of the front side of the cooking appliance, the door being configured to open or close the cavity, characterized in that the control panel includes an air passage formed in a lower surface thereof, in order to allow hot air from inside the cavity, discharged from the front upper side of the door, to be introduced into an interior of the control panel.
A method in which a welding process is carried out on a workpiece with a welding torch, which is preferably arranged on a robot, wherein a welding current source is supplied in order to provide a welding voltage (U SQ), and an electrical voltage (U D) is applied, at least temporarily, during the welding process to an external element of the welding torch, in particular to an outer wall of a gas nozzle, and a possibly occurring electrical contact (13, 14) between the external element and a further element (24', 24''), in particular the workpiece or a contact tube, is detected by means of the electrical voltage (U D) applied, characterised in that the welding current source is electrically connected via at least one first resistor to the external element of the welding torch and the external element of the welding torch is connected to the electrical potential of the workpiece via at least one second resistor.
A terminal apparatus configured to communicate with a base station apparatus, the terminal apparatus comprising: a reception unit configured to receive an uplink grant on a physical downlink control channel, a higher layer processing unit configured to have the uplink grant; and a transmission unit configured to transmit, based on the uplink grant, a Medium Access Control Protocol Data Unit, MAC PDU, wherein the higher layer processing unit is configured to determine to generate a MAC PDU in a case that the MAC PDU includes a regular Buffer Status Report, BSR, the higher layer processing unit is configured to determine not to generate a MAC PDU in a case that the MAC PDU includes only a padding BSR, and the higher layer processing unit is configured to determine not to generate a MAC PDU in a case that the MAC PDU includes only a periodic BSR and there is no available data for an uplink transmission. a reception unit configured to receive an uplink grant on a physical downlink control channel, a higher layer processing unit configured to have the uplink grant; and a transmission unit configured to transmit, based on the uplink grant, a Medium Access Control Protocol Data Unit, MAC PDU, wherein the higher layer processing unit is configured to determine to generate a MAC PDU in a case that the MAC PDU includes a regular Buffer Status Report, BSR, the higher layer processing unit is configured to determine not to generate a MAC PDU in a case that the MAC PDU includes only a padding BSR, and the higher layer processing unit is configured to determine not to generate a MAC PDU in a case that the MAC PDU includes only a periodic BSR and there is no available data for an uplink transmission.
An electrical power system for distributing electrical power in an arrangement comprising one or more gas turbine engines, the electrical power system comprising: one or more rotary electric machines, each mechanically coupled to a gas turbine engine spool; a set of converter circuits connected to the one or more rotary electric machines for conversion between alternating current, ac, and direct current, dc, wherein the one or more rotary electric machines and the set of converter circuits are arranged to output a number R ≥ 2 of dc power channels, each dc power channel having a respective index r = (1,..., R); and a group of N dc load channels connected to the R dc power channels by a switching arrangement, wherein each dc load channel has a respective index n = (1,..., N), characterized in that: R < N ≤ 2 R; and the switching arrangement is operable to connect the r-th power channel to the n-th load channel according to the relationship: r n = 1, n = 1 n 2 and n 2 + 1, 1 < n < N and n = 0 mod 2 n − 1 2 and n + 1 2, 1 < n < N and n = 1 mod 2 R, n = N. one or more rotary electric machines, each mechanically coupled to a gas turbine engine spool; a set of converter circuits connected to the one or more rotary electric machines for conversion between alternating current, ac, and direct current, dc, wherein the one or more rotary electric machines and the set of converter circuits are arranged to output a number R ≥ 2 of dc power channels, each dc power channel having a respective index r = (1,..., R); and a group of N dc load channels connected to the R dc power channels by a switching arrangement, wherein each dc load channel has a respective index n = (1,..., N), characterized in that: R < N ≤ 2 R; and the switching arrangement is operable to connect the r-th power channel to the n-th load channel according to the relationship: r n = 1, n = 1 n 2 and n 2 + 1, 1 < n < N and n = 0 mod 2 n − 1 2 and n + 1 2, 1 < n < N and n = 1 mod 2 R, n = N.
A use in a process for extruding non-ferrous metals of a lubricant release agent composition consisting of sodium phthalate selected from among monosodium phthalate or disodium phthalate, wherein the disodium phtalate is selected from among disodium orthophthalate, disodium isophtalate and disodium terephthalate.
A method for operating an optical system (100, 800, 1500) having an optical axis (104, 1550), the method comprising at least the steps of: - transmitting light, incident onto a front surface of the optical system (100, 800, 1500) having a first optical power, through two surfaces of a constituent first lenslet (110, 710, 810, 1510) and a constituent second lenslet (120, 720, 820, 1520) of the optical system (100, 800, 1500) that are coaxial with the optical axis (104, 1550) and in contact with one another at a first contact region having a first contact surface area and centered on the optical axis (104, 1550); - changing an optical power of the optical system (100, 800, 1500) from the first optical power to a second optical power by axially repositioning a first of the two surfaces along the optical axis (104, 1550) to form a second contact region between the first and second of the two surfaces, the second contact region having a substantially flat surface and having a second contact surface area different from the first contact surface area; characterized in, that the method further comprises at least one of the following steps: shifting at least a portion of a circumferential edge of at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520) of the optical system (100, 800, 1500) along the optical axis (104, 1550) while substantially not affecting an axial position of a center of said at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520); and/or applying a radially-directed load to a circumferential edge of at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520) of the optical system (100, 800, 1500). - transmitting light, incident onto a front surface of the optical system (100, 800, 1500) having a first optical power, through two surfaces of a constituent first lenslet (110, 710, 810, 1510) and a constituent second lenslet (120, 720, 820, 1520) of the optical system (100, 800, 1500) that are coaxial with the optical axis (104, 1550) and in contact with one another at a first contact region having a first contact surface area and centered on the optical axis (104, 1550); - changing an optical power of the optical system (100, 800, 1500) from the first optical power to a second optical power by axially repositioning a first of the two surfaces along the optical axis (104, 1550) to form a second contact region between the first and second of the two surfaces, the second contact region having a substantially flat surface and having a second contact surface area different from the first contact surface area; shifting at least a portion of a circumferential edge of at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520) of the optical system (100, 800, 1500) along the optical axis (104, 1550) while substantially not affecting an axial position of a center of said at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520); and/or applying a radially-directed load to a circumferential edge of at least one of constituent lenslets (110, 120, 710, 720, 810, 820, 1510, 1520) of the optical system (100, 800, 1500).
A support structure for supporting a display comprising: a post extending between a first end and a second end; an arm movably coupled to the post; a grip assembly for moveably coupling the arm to the post, the grip assembly including, a housing, an actuator assembly, characterized by a retention component slidably positioned in the housing, and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post. a post extending between a first end and a second end; an arm movably coupled to the post; a grip assembly for moveably coupling the arm to the post, the grip assembly including, a housing, an actuator assembly, characterized by a retention component slidably positioned in the housing, and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post. a housing, an actuator assembly, characterized by a retention component slidably positioned in the housing, and a resilient member that biases the retention component to a first position, in which, the grip assembly is engaged to the post.
A composition, comprising: water; 0.75% to 1.25% by weight of a clay portion, wherein the clay portion comprises bentonite; and polymer particles having an average particle size of less than 20 microns and a refractive index of 1.3 to 1.4, wherein the polymer particles include a crosslinked polyester that is a mixture of a polyester of adipic acid and neopentyl glycol crosslinked with isopropyltriethylsilane, blended with a copolymer of vinyl pyrrolidine and vinyl acetate; wherein the composition is completely free of hydrophobic compounds; wherein a hydrophobic compound is a compound that includes a hydrophobic moiety meeting one or more of the following criteria: (a) has a carbon chain of at least ten carbons in which none of the ten carbons is a carbonyl carbon or has a hydrophilic moiety bonded directly to it; (b) has two or more alkyl siloxy groups and is free of hydrophilic moieties; or (c) has two or more oxypropylene groups in sequence, wherein hydrophilic moieties include anionic, cationic or zwitterionic groups, or nonionic groups which are polar. water; 0.75% to 1.25% by weight of a clay portion, wherein the clay portion comprises bentonite; and polymer particles having an average particle size of less than 20 microns and a refractive index of 1.3 to 1.4, wherein the polymer particles include a crosslinked polyester that is a mixture of a polyester of adipic acid and neopentyl glycol crosslinked with isopropyltriethylsilane, blended with a copolymer of vinyl pyrrolidine and vinyl acetate;
Switching device having the following features: a) comprising at least one switchgear unit, which has at least one main current path with a switching element (4, 5) and a housing with plug contacts (7, 8), which are accessible from the outside, can be plugged at right angles to the rear wall of the housing and of which at least one first plug contact is used for feeding the current into the main current path and at least one second plug contact is used for passing the current on from the main current path to a load, b) comprising mating plug contacts (9, 10) for making contact with the first plug contacts and/or the second plug contacts, and c) comprising means (14, 23) for transmitting force onto the switchgear unit or onto the mating plug contacts (9, 10), which are used for eliminating a contact connection between the first plug contacts and/or second plug contacts and the mating plug contacts (9, 10), characterized in that a movable fixing element on a mount is provided which is used for fixing the switchgear unit, for which purpose the movable fixing means engages at at least one contour of the switchgear unit, wherein the movable fixing means is in the form of a slide. a) comprising at least one switchgear unit, which has at least one main current path with a switching element (4, 5) and a housing with plug contacts (7, 8), which are accessible from the outside, can be plugged at right angles to the rear wall of the housing and of which at least one first plug contact is used for feeding the current into the main current path and at least one second plug contact is used for passing the current on from the main current path to a load, b) comprising mating plug contacts (9, 10) for making contact with the first plug contacts and/or the second plug contacts, and c) comprising means (14, 23) for transmitting force onto the switchgear unit or onto the mating plug contacts (9, 10), which are used for eliminating a contact connection between the first plug contacts and/or second plug contacts and the mating plug contacts (9, 10), characterized in that a movable fixing element on a mount is provided which is used for fixing the switchgear unit, for which purpose the movable fixing means engages at at least one contour of the switchgear unit, wherein the movable fixing means is in the form of a slide.
Periscope for an armoured vehicle with a lower housing part, with an inwardly viewing window, an upper housing part, with an outwardly viewing window, and with an optical system comprising a one- or multi-part prism of glass or optical plastic with deflecting mirrors and also with a digital system comprising a display and a computer with items of information that can be projected into the inwardly viewing window, wherein within the upper housing part there is, in the region of the outwardly viewing window, at least one digital camera (7; 10) arranged in the outwardly viewing direction, the recorded images of which can be presented on the display by means of the connected computer, characterized in that, for the arrangement of the camera (7; 10) or the cameras (7; 10) in the region of the outwardly viewing window, the prism is provided with at least one recess (13; 14) or clearance and at least one camera (7; 10) is arranged therein, and the outwardly viewing side of the prism is formed as an optical lens to compensate for the recess (13; 14) or clearance in the outwardly viewing window to reproduce a complete image in the inwardly viewing window.
A method for managing pressure of a vehicle against a surface, comprising the steps of: sensing a vehicle location of the vehicle; determining a landscape position based on the vehicle location; determining a vehicle mass of the vehicle; and adjusting the pressure of the vehicle against the surface based on both the landscape position and the vehicle mass of the vehicle, characterized in that the step of determining a vehicle mass of the vehicle comprises using a value based on a determined path and stored material utilization using a known initial weight of grain, seed or fertilizer in a tank and determining the remaining weight of the grain, seed or fertilizer after application at a given rate along the determined path. sensing a vehicle location of the vehicle; determining a landscape position based on the vehicle location; determining a vehicle mass of the vehicle; and adjusting the pressure of the vehicle against the surface based on both the landscape position and the vehicle mass of the vehicle, characterized in that the step of determining a vehicle mass of the vehicle comprises using a value based on a determined path and stored material utilization using a known initial weight of grain, seed or fertilizer in a tank and determining the remaining weight of the grain, seed or fertilizer after application at a given rate along the determined path.
An anti-tumor agent consisting of a combination drug containing trifluridine and tipiracil hydrochloride at a molar ratio of 1:0.5, wherein the anti-tumor agent being used in combination with an anti-tumor platinum complex wherein a daily dose of the combination drug on an administration day of the combination drug is 50 to 100% of a recommended dose of the combination drug for use in monotherapy, and a daily dose of the anti-tumor platinum complex on an administration day of the anti-tumor platinum complex is 50 to 100% of a recommended dose of the anti-tumor platinum complex for use in monotherapy for use in treating a tumor. wherein the anti-tumor agent being used in combination with an anti-tumor platinum complex wherein a daily dose of the combination drug on an administration day of the combination drug is 50 to 100% of a recommended dose of the combination drug for use in monotherapy, and a daily dose of the anti-tumor platinum complex on an administration day of the anti-tumor platinum complex is 50 to 100% of a recommended dose of the anti-tumor platinum complex for use in monotherapy for use in treating a tumor.
An anti-glare mirror with an image display function, the anti-glare mirror comprising, in this order: an image display device; a first 1/4 wavelength plate; a circular polarization reflection layer; a liquid crystal cell; a second 1/4 wavelength plate; and a linear polarizing plate, wherein the circular polarization reflection layer includes a cholesteric liquid crystal layer obtained by curing a coating layer of a liquid crystal composition containing a polymerizable liquid crystal compound, wherein the circular polarization reflection layer and the first 1/4 wavelength plate are in direct contact with each other, and wherein the liquid crystal cell includes two substrates facing each other, a driving liquid crystal layer made of a liquid crystal sealed in a space formed between the two substrates, and an electrode formed on a surface on a side of the driving liquid crystal layer of each of the two substrates, in the driving liquid crystal layer, liquid crystal molecules are nematically aligned horizontally with respect to the two substrates in a case of no voltage application, and are nematically aligned vertically with respect to the two substrates in a case of voltage application, the driving liquid crystal layer has a 1/2 wavelength phase difference in a case of no voltage application. an image display device; a first 1/4 wavelength plate; a circular polarization reflection layer; a liquid crystal cell; a second 1/4 wavelength plate; and a linear polarizing plate, wherein the circular polarization reflection layer includes a cholesteric liquid crystal layer obtained by curing a coating layer of a liquid crystal composition containing a polymerizable liquid crystal compound, wherein the circular polarization reflection layer and the first 1/4 wavelength plate are in direct contact with each other, and wherein the liquid crystal cell includes two substrates facing each other, a driving liquid crystal layer made of a liquid crystal sealed in a space formed between the two substrates, and an electrode formed on a surface on a side of the driving liquid crystal layer of each of the two substrates, in the driving liquid crystal layer, liquid crystal molecules are nematically aligned horizontally with respect to the two substrates in a case of no voltage application, and are nematically aligned vertically with respect to the two substrates in a case of voltage application, the driving liquid crystal layer has a 1/2 wavelength phase difference in a case of no voltage application.