mhurhangee/ep-ind-claims huggingface dataset:
A thermo-shrinkable polyester film having a shrinkage starting temperature of 72∼88°C in a transverse direction, in which the shrinkage starting temperature is defined as, on a graph of shrinkage stress versus temperature obtained by measuring stress of a film which is held under conditions of room temperature and a predetermined initial load (0.125 Kg/mm 2) and is shrunk due to application of heat thereto at a predetermined heating rate (2.5°C /sec), a first temperature showing shrinkage stress having a value equal to the initial load, the polyester film comprising at least one copolyester prepared from one or more dicarboxylic acid components selected from terephthalic acid, oxalic acid, malonic acid, succinic acid, adipic acid, suberic acid, azelaic acid, sebacic acid, phthalic acid, isophthalic acid, naphthalene dicarboxylic acid and diphenylether dicarboxylic acid, and from one or more diol components selected from ethyleneglycol, neopentylglycol, propyleneglycol, trimethyleneglycol, tetramethyleneglycol, hexamethyleneglycol, diethyleneglycol, and polyalkyleneglycol, wherein the copolyester comprises a dicarboxylic acid monomer including about 80 mol% or more of a terephthalic acid monomer and a diol monomer including about 14∼24 mol% of a monomer other than ethyleneglycol, wherein the thermo-shrinkable polyester film is manufactured by subjecting the polyester to extrusion at 200∼350°C, preheating at 80∼100°C, stretching in a transverse direction at 70∼95°C, and then heat treatment in a temperature range of from room temperature to 95°C, wherein a temperature for the heat treatment is set to be lower than a temperature for the preheating, and wherein the polyester which is extruded is further stretched in a mechanical direction at a stretch ratio including a natural stretch ratio naturally occurring in a mechanical direction and an additional 0.1∼5%.
A method comprising the steps of: receiving, by a communication device (1, 11, 12) linked to at least one core controller (21, 22, 23, 24) associated with an elevator or escalator device (31, 32,..., 36) from a cloud server, encrypted data that is configured to control operations associated with the at least one elevator or escalator device (31, 32,..., 36,), decrypting the data with a cryptoprocessor on the communication device (1, 11, 12); and forwarding the decrypted data from the communication device (1, 11, 12) to the at least one core controller (21, 22, 23, 24) associated with the elevator or escalator device (31, 32,..., 36). receiving, by a communication device (1, 11, 12) linked to at least one core controller (21, 22, 23, 24) associated with an elevator or escalator device (31, 32,..., 36) from a cloud server, encrypted data that is configured to control operations associated with the at least one elevator or escalator device (31, 32,..., 36,), decrypting the data with a cryptoprocessor on the communication device (1, 11, 12); and forwarding the decrypted data from the communication device (1, 11, 12) to the at least one core controller (21, 22, 23, 24) associated with the elevator or escalator device (31, 32,..., 36).
A method of assessing the susceptibility of a subject to, or of aiding the diagnosis of, depression, the method comprising determining whether the subject has a haplotype comprising rs3216799, rs6814934, rs7658048, rs2070950, and rs2070951 with respective alleles '+CT', 'C', 'T', 'C' and 'C', and wherein the subject is a female human.
A blade element for a razor cartridge comprising a blade support comprising a base portion and a bent upper portion; a blade arranged at the upper portion of the blade support and comprising a cutting edge; and a comb-like element comprising: a shaft portion; and a plurality of teeth; wherein the comb-like element is arranged parallel to the blade; and wherein the plurality of teeth extend parallel to each other from the shaft portion to beyond the cutting edge of the blade; characterized in that the comb-like element is disposed above the blade. a blade support comprising a base portion and a bent upper portion; a blade arranged at the upper portion of the blade support and comprising a cutting edge; and a comb-like element comprising: a shaft portion; and a plurality of teeth; a shaft portion; and a plurality of teeth; wherein the comb-like element is arranged parallel to the blade; and wherein the plurality of teeth extend parallel to each other from the shaft portion to beyond the cutting edge of the blade; characterized in that the comb-like element is disposed above the blade.
A method for preparing User Equipment, UE, mobility from a 4G network to a 2G/3G network for a UE moving from a 5G network to the 2G/3G network via the 4G network, the method being performed by a network node after the UE has moved from the 5G network to the 4G network and comprising: triggering, for each of one or more bearers handed over from the 5G network to the 4G network for the UE, an update bearer procedure to provide one or more 2G/3G Quality of Service, QoS, parameters to the UE required to hand over the respective bearer to the 2G/3G network when the UE moves from the 4G network to the 2G/3G network.
A method for wear prognosis for an earth working machine, in particular a road milling machine, a surface miner, or the like, the current wear state (V1, V2) of at least one earth working tool of the earth working machine, in particular of a bit and/or a bit holder, being sensed by a sensing unit, a residual wear capacity until a predefined wear limit is reached being ascertained from the current wear state, and a calculation unit being provided, characterized in that at least one characteristic value is ascertained in consideration of the material properties of the substrate to be worked and stored in a memory unit; in that the calculation unit ascertains, based on the sensed current wear state and on the at least one characteristic value, the remaining working output of the earth working machine until the wear limit of the earth working tool is reached, and in that the material properties for ascertaining the at least one characteristic value are ascertained during operation of the earth working machine on the basis of machine parameters. the current wear state (V1, V2) of at least one earth working tool of the earth working machine, in particular of a bit and/or a bit holder, being sensed by a sensing unit, a residual wear capacity until a predefined wear limit is reached being ascertained from the current wear state, and a calculation unit being provided, characterized in that at least one characteristic value is ascertained in consideration of the material properties of the substrate to be worked and stored in a memory unit; in that the calculation unit ascertains, based on the sensed current wear state and on the at least one characteristic value, the remaining working output of the earth working machine until the wear limit of the earth working tool is reached, and in that the material properties for ascertaining the at least one characteristic value are ascertained during operation of the earth working machine on the basis of machine parameters.
A method in a serving node of an information centric network, the method comprising: receiving an interest message referring to a first content object from a requesting node, wherein the interest message is a request for a content item such as an icon, an image, text, Java script, a slot for online advertisements processing the name of the first content object and the payload of the received interest message to generate the name of a second content object; and replying to the interest message with a redirect message, wherein the redirect message comprises the name of the second content object, the redirect message being a Content Object, the Content Object comprising a name field, a signature field, a metadata field and a payload field, wherein the name field is identical to a name field of the interest message, the signature field contains a signature required to ensure that the content came from the source indicated by a KeyIDRestr field of the interest message, the metadata field containing a new payload type value "REDIRECT", the payload field containing a "Redirected to" parameter containing a routable Name prefix identifying a producer to whom the redirected Interest should be sent, a KeyIDRestr parameter providing a public key of the producer to whom the redirected Interest should be sent, and a Data field containing any data needed to be exchanged between the requesting node and a current producer. receiving an interest message referring to a first content object from a requesting node, wherein the interest message is a request for a content item such as an icon, an image, text, Java script, a slot for online advertisements processing the name of the first content object and the payload of the received interest message to generate the name of a second content object; and replying to the interest message with a redirect message, wherein the redirect message comprises the name of the second content object, the redirect message being a Content Object, the Content Object comprising a name field, a signature field, a metadata field and a payload field, wherein the name field is identical to a name field of the interest message, the signature field contains a signature required to ensure that the content came from the source indicated by a KeyIDRestr field of the interest message, the metadata field containing a new payload type value "REDIRECT", the payload field containing a "Redirected to" parameter containing a routable Name prefix identifying a producer to whom the redirected Interest should be sent, a KeyIDRestr parameter providing a public key of the producer to whom the redirected Interest should be sent, and a Data field containing any data needed to be exchanged between the requesting node and a current producer.
A rotary parlour comprising an animal feeding device comprising a food container, which has a bottom wall in which there is provided an opening and a tubular outlet, said animal feeding device comprising a drop tube (1, 100, 200) arranged to provide food to an animal in a milking stable, said drop tube (1, 100, 200) being configured to receive food from the food container arranged vertically above the drop tube (1, 100, 200) and to deliver the received food into a food manger of the rotary parlour, said drop tube (1, 100, 200) comprising - a tubular connection section (2, 102, 202), which is connected to the tubular outlet of the food container, - a tubular mid-section (3, 103, 203), which in a first end is connected to the connection section (2, 102, 202), and - a tubular end section (4, 104, 204), which is connected to a second end of the tubular mid-section (3, 103, 203), wherein the drop tube (1, 100, 200) extends into the food manger of the rotary parlour, wherein the tubular end section (4, 104, 204) has a centre axis and the tubular end section (4, 104, 204) presents an opening (13, 17) in a tubular wall portion of the tubular end section (4, 104, 204), wherein the tubular end section (4, 104, 204) has an end wall (14, 18) which is intersected by the centre axis of the tubular end section (4, 104, 204). - a tubular connection section (2, 102, 202), which is connected to the tubular outlet of the food container, - a tubular mid-section (3, 103, 203), which in a first end is connected to the connection section (2, 102, 202), and - a tubular end section (4, 104, 204), which is connected to a second end of the tubular mid-section (3, 103, 203), wherein the drop tube (1, 100, 200) extends into the food manger of the rotary parlour, wherein the tubular end section (4, 104, 204) has a centre axis and the tubular end section (4, 104, 204) presents an opening (13, 17) in a tubular wall portion of the tubular end section (4, 104, 204), wherein the tubular end section (4, 104, 204) has an end wall (14, 18) which is intersected by the centre axis of the tubular end section (4, 104, 204).
A method for performing wireless connection control, the method being applied to a first electronic device, the method comprising the steps of: adding specific information into at least one packet in order to establish a secure wireless connection between the first electronic device and a second electronic device, wherein the specific information comprises a channel number to indicate a channel that the first electronic device is working on and a notification information to command the second electronic device to trigger a Wireless-Fidelity, Wi-Fi, Protected Setup, WPS, handshaking without a full channel scan; transmitting the at least one packet carrying the specific information to the second electronic device; and performing the WPS handshaking on the indicated channel to complete the establishment of the secure wireless connection with respect to the second electronic device; and wherein the second electronic device accesses the internet via the first electronic device after the secure wireless connection has been established. adding specific information into at least one packet in order to establish a secure wireless connection between the first electronic device and a second electronic device, wherein the specific information comprises a channel number to indicate a channel that the first electronic device is working on and a notification information to command the second electronic device to trigger a Wireless-Fidelity, Wi-Fi, Protected Setup, WPS, handshaking without a full channel scan; transmitting the at least one packet carrying the specific information to the second electronic device; and performing the WPS handshaking on the indicated channel to complete the establishment of the secure wireless connection with respect to the second electronic device; and wherein the second electronic device accesses the internet via the first electronic device after the secure wireless connection has been established.
Tongue for a shoe, especially a sports shoe, having at least one closure means passage which is arranged on the outside in an upper region of the tongue when the shoe is in use, and a closure means receiving pocket arranged on the rear side of the closure means passage in the direction of a user and accessible from above, characterised in that the closure means passage for receiving a blocking system and the closure means receiving pocket for receiving an excess length projection of closure means are each designed in the form of a pocket.
An electrode (10, 16, 21) for electrolysis comprising an electrode substrate (11, 17, 22) and a coating (15, 19, 24) of the electrode substrate with a polycrystalline diamond material or a diamond-like carbon, the electrode substrate consisting of a base body (14, 18, 23) of carbon material and at least one contact layer (13, 20, 25) of the electrode substrate, which carries the coating, consisting of a non-metallic, electrically conductive material characterised in that the contact layer (13, 20, 25) has a reduced pore size compared to the base body in such a manner that the contact layer (13, 20, 25) has a smoothed surface.
A dentifrice composition comprising spherical fused aluminium oxide particles as an abrasive in an amount from 0.01% to 1.0% by weight of the composition and wherein the median particle size of the spherical fused aluminium oxide particles is in the range from 1 to 15 microns, as determined by laser diffraction, with a maximum span of about 2.5, wherein span describes the width of the distribution based on the 0.1, 0.5 and 0.9 quantile, and is expressed as (D 0.9 - D 0.1)/D 0.5; the D 0.1 value is where 10% of the particles are below this value, the D 0.5 value is the median diameter where 50% of the distribution is above this value and 50% is below this value and the D 0.9 value is where 90% of the particles are below this value; and an orally acceptable carrier.
Occupant protection device for a vehicle, comprising at least one airbag arranged in a region of a vehicle seat and deploying from this region, which airbag is assigned to an occupant in the vehicle seat, the airbag deploying upwards in the direction of a vehicle vertical axis (z), having a balloon-shaped portion and an adjacent further portion, and being positioned in its operative position such that the airbag encloses the legs (1.3) and lower body (1.4) of the occupant, and this enclosing region forming an impact and support region for the head (1.1) and upper body (1.5) of the occupant, characterized in that the airbag has a recess in the balloon-shaped portion designed to accommodate the upper body (1.5) of the occupant.
An information recording medium formed by laminating a transparent protective layer and a base material having laser color-developing properties, comprising an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure, and a first reflective layer that reflects visible light and is destroyed when irradiated with a laser beam; light, when incident from a transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color and forms an image in the base material. the intermediate layer includes a diffraction structure layer that has a diffraction structure, and a first reflective layer that reflects visible light and is destroyed when irradiated with a laser beam; light, when incident from a transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color and forms an image in the base material.
An environmentally friendly water transfer printing method, comprising: Applying water-based primer to a surface of a subject; Using a modified water-based ink multi-color printing pattern comprised within a water transfer printing membrane comprising a water-soluble film, and a metal nanoparticle layer, the modified water-based ink multi-color printing pattern formed on the water-soluble film, and the metal nanoparticle layer formed on the modified multi-color water-based ink printing pattern, so that the water-soluble film absorbs water and dissolves to swell the modified water-based ink to a transferable state, and the water-based primer is combined with the modified water-based ink to attach a pattern to the surface of the object. Applying water-based primer to a surface of a subject; Using a modified water-based ink multi-color printing pattern comprised within a water transfer printing membrane comprising a water-soluble film, and a metal nanoparticle layer, the modified water-based ink multi-color printing pattern formed on the water-soluble film, and the metal nanoparticle layer formed on the modified multi-color water-based ink printing pattern, so that the water-soluble film absorbs water and dissolves to swell the modified water-based ink to a transferable state, and the water-based primer is combined with the modified water-based ink to attach a pattern to the surface of the object.
A clamp for mounting cables to a tubular supporting element, said clamp consisting of a jumper having a "C"-shaped cross-section with two opposing wings (21,22) interconnected by a core, wherein a movable thrust plate is provided between said two opposing wings (21,22), and wherein said tubular supporting element can be tightened between said thrust plate and the wing (21,22) opposed to the same, wherein at least one of said wings (21,22) opposing said thrust plate is provided with a longitudinal groove in which a portion of the casing of said tubular supporting element can be engaged, wherein said clamp is made of plastic material charged with glass fibers, characterized in that the wings (21,22) and the core are provided with respective threaded pass-through holes (24,25,26).
A mixture of polyfluoroalkene carboxylic acids or salts thereof represented by the general formulas C n F 2n+1 CH=CF(CF 2 CF 2) m CF 2 COOM and C n-1 F 2n-1 CF=CHCF 2 (CF 2 CF 2) m CF 2 COOM wherein M is a hydrogen atom, an ammonium salt, an organic amine salt or an alkali metal, n is an integer of 1 to 6 and m is an integer of 0 to 2.
A thermoelectric conversion module, comprising: a thermoelectric conversion member (111,112); and an electrode member (121,122,123); wherein the thermoelectric conversion member and the electrode member are bonded by a bonding member (131,132,133,134); the bonding member includes a thermal stress relaxation layer (141,142,143,144) that is bonded to the electrode member to relax a thermal stress and a diffusion prevention layer (151,152,153,154) that is bonded to the thermoelectric conversion member to prevent diffusion of a constituent component, Young's modulus of the thermal stress relaxation layer at 25°C is smaller than that of the thermoelectric conversion members and the electrode members, characterised in that the thermal stress relaxation layer is at least one selected from the group consisting of an Ag50 to 60 (% by weight) - (Cu, Zn) 40 to 50 (% by weight) alloy, an Ag50 to 60 (% by weight) - (Cu, Zn, Sn) 40 to 50 (% by weight) alloy, a Cu70 to 90 (% by weight)-P5 to 10 (% by weight)-Ag5 to 20 (% by weight) alloy, and a Cu60 to 85 (% by weight) -P5 to 10 (% by weight) -Ag5 to 15 (% by weight) -Sn5 to 20 (% by weight) alloy. a thermoelectric conversion member (111,112); and an electrode member (121,122,123); wherein the thermoelectric conversion member and the electrode member are bonded by a bonding member (131,132,133,134); the bonding member includes a thermal stress relaxation layer (141,142,143,144) that is bonded to the electrode member to relax a thermal stress and a diffusion prevention layer (151,152,153,154) that is bonded to the thermoelectric conversion member to prevent diffusion of a constituent component, Young's modulus of the thermal stress relaxation layer at 25°C is smaller than that of the thermoelectric conversion members and the electrode members, characterised in that the thermal stress relaxation layer is at least one selected from the group consisting of an Ag50 to 60 (% by weight) - (Cu, Zn) 40 to 50 (% by weight) alloy, an Ag50 to 60 (% by weight) - (Cu, Zn, Sn) 40 to 50 (% by weight) alloy, a Cu70 to 90 (% by weight)-P5 to 10 (% by weight)-Ag5 to 20 (% by weight) alloy, and a Cu60 to 85 (% by weight) -P5 to 10 (% by weight) -Ag5 to 15 (% by weight) -Sn5 to 20 (% by weight) alloy.