mhurhangee/ep-ind-claims huggingface dataset:
An oxidative dehydrogenation reactor system, comprising: a first reactor comprising a first ODH catalyst to dehydrogenate an alkane having a number of carbons in the range of 2 to 6 to a corresponding alkene at a first temperature and facilitate generation of steam, wherein the first reactor comprises a first-reactor jacket for heat transfer; a second reactor comprising a second ODH catalyst to dehydrogenate unreacted alkane having a number of carbons in the range of 2 to 6 in a first-reactor effluent from the first reactor to the corresponding alkene at a second temperature greater than the first temperature and facilitate generation of steam, wherein the second reactor comprises a second-reactorjacket for heat transfer; and a third reactor comprising a third ODH catalyst to dehydrogenate unreacted alkane having a number of carbons in the range of 2 to 6 in a second-reactor effluent from the second reactor to the corresponding alkene at a third temperature greater than the second temperature and facilitate generation of steam, wherein the third reactor comprises a third-reactor jacket for heat transfer. a first reactor comprising a first ODH catalyst to dehydrogenate an alkane having a number of carbons in the range of 2 to 6 to a corresponding alkene at a first temperature and facilitate generation of steam, wherein the first reactor comprises a first-reactor jacket for heat transfer; a second reactor comprising a second ODH catalyst to dehydrogenate unreacted alkane having a number of carbons in the range of 2 to 6 in a first-reactor effluent from the first reactor to the corresponding alkene at a second temperature greater than the first temperature and facilitate generation of steam, wherein the second reactor comprises a second-reactorjacket for heat transfer; and a third reactor comprising a third ODH catalyst to dehydrogenate unreacted alkane having a number of carbons in the range of 2 to 6 in a second-reactor effluent from the second reactor to the corresponding alkene at a third temperature greater than the second temperature and facilitate generation of steam, wherein the third reactor comprises a third-reactor jacket for heat transfer.
A non-therapeutic, cosmetic method for diminishing dermatological signs of aging in human skin comprising, in any order and in rotation, in series or alternately, the steps of topically applying to an area of the skin in need thereof, at least once daily, a first skin treatment composition comprising, in a physiologically compatible vehicle, an effective amount of a retinoid, for a first period of time comprising from 1 to 31 days; topically applying to said skin, at least once daily, a second skin treatment composition that is different from said first skin treatment composition, comprising, in a physiologically compatible vehicle, one or more α-hydroxy acids and/or one or more antioxidants, for a second period of time comprising from 1 to 31 days; and repeating steps and for a number of times sufficient to diminish said dermatological signs of skin aging.
A method for forming the body of a press brake, the method comprising - forming a pair of faces - forming a lower beam - forming an upper beam - supporting the lower beam on the faces to be stationary, and - supporting the upper beam on the faces to be moved vertically relative to the lower beam, c h a r a c t e r i z e d in that - the faces, the lower beam and the upper beam are assembled from separate plate, plate pile and/or bar parts including tensile elements (4, 25, 36) mainly receiving tensional load, press elements (5, 20, 24, 31) receiving press loads, and transmission elements (6, 7, 26, 28, 29, 35, 37) between tensile elements and press elements in order to transmit forces therebetween, and - the tensile elements, the press elements and the transmission elements are connected to each other by mechanical connection elements (8, 9, 10, 11, 19, 23, 27, 34, 38) without welding. - forming a pair of faces - forming a lower beam - forming an upper beam - supporting the lower beam on the faces to be stationary, and - supporting the upper beam on the faces to be moved vertically relative to the lower beam, c h a r a c t e r i z e d in that - the faces, the lower beam and the upper beam are assembled from separate plate, plate pile and/or bar parts including tensile elements (4, 25, 36) mainly receiving tensional load, press elements (5, 20, 24, 31) receiving press loads, and transmission elements (6, 7, 26, 28, 29, 35, 37) between tensile elements and press elements in order to transmit forces therebetween, and - the tensile elements, the press elements and the transmission elements are connected to each other by mechanical connection elements (8, 9, 10, 11, 19, 23, 27, 34, 38) without welding.
A knitted component (104, 204, 304) comprising: an outer surface (130, 154, 230) and an inner surface, the outer surface (130, 154, 230) facing opposite the inner surface; a plurality of pods (132, 158, 160, 162, 232, 332) having the outer surface (130, 154, 230) and the inner surface; and a plurality of edge regions (134, 164, 166, 334) having the outer surface (130, 154, 230) and the inner surface, the edge regions (134, 164, 166, 334) surrounding at least some of the pods (132, 158, 160, 162, 232, 332); a first yarn forming the outer surface (130, 154, 230) of the pods (132, 158, 160, 162, 232, 332); and a second yarn made from a second material forming the inner surface of the pods (132, 158, 160, 162, 232, 332) and the outer and inner surfaces of the edge regions (134, 164, 166, 334), wherein the edge regions (134, 164, 166, 334) have a first degree of flexibility and the pods (132, 158, 160, 162, 232, 332) have a second degree of flexibility, wherein the first degree of flexibility is greater than the second degree of flexibility, characterized in that the first yarn is at least partially formed with a thermoplastic polymer material, and wherein the outer surface (130, 154, 230) of the pods (132, 158, 160, 162, 232, 332) is primarily formed of a fused area of material that is heat-processed during manufacturing. an outer surface (130, 154, 230) and an inner surface, the outer surface (130, 154, 230) facing opposite the inner surface; a plurality of pods (132, 158, 160, 162, 232, 332) having the outer surface (130, 154, 230) and the inner surface; and a plurality of edge regions (134, 164, 166, 334) having the outer surface (130, 154, 230) and the inner surface, the edge regions (134, 164, 166, 334) surrounding at least some of the pods (132, 158, 160, 162, 232, 332); a first yarn forming the outer surface (130, 154, 230) of the pods (132, 158, 160, 162, 232, 332); and a second yarn made from a second material forming the inner surface of the pods (132, 158, 160, 162, 232, 332) and the outer and inner surfaces of the edge regions (134, 164, 166, 334), wherein the edge regions (134, 164, 166, 334) have a first degree of flexibility and the pods (132, 158, 160, 162, 232, 332) have a second degree of flexibility, wherein the first degree of flexibility is greater than the second degree of flexibility, characterized in that the first yarn is at least partially formed with a thermoplastic polymer material, and wherein the outer surface (130, 154, 230) of the pods (132, 158, 160, 162, 232, 332) is primarily formed of a fused area of material that is heat-processed during manufacturing.
Extract of Punica granatum comprising: i. at least 10% by weight of the total weight of the dry extract, of punicalagins; and ii. at least 10% by weight of the total weight of the dry extract, of ellagic acid; and wherein the weight ratio [ellagic acid/punicalagins] is ranging from 0.5 to 2. i. at least 10% by weight of the total weight of the dry extract, of punicalagins; and ii. at least 10% by weight of the total weight of the dry extract, of ellagic acid; and
Computer-implemented method for processing measurement data from a vehicle in order to determine the start of a search for a parking space, wherein the measurement data are position data relating to the vehicle, an end position (PosEnd) is determined, characterized in that at least one inefficiency value (ieff) is determined by comparing at least part of the drive (Dist), which is determined by means of a series of successive positions of the vehicle, with at least one linear distance (AirDist) between a drive position and the end position (PosEnd) and can be used to identify an inefficiency of the drive, at least one route inefficiency value (Routeieff) is determined by determining the deviation of the drive from the shortest route between at least one drive position and the end position, as determined by means of digital map position data, in order to verify an identified inefficiency for at least one position for which an inefficiency has been identified, and parking space search traffic is output as detected if there is a route inefficiency, which is present if the route inefficiency value (Routeieff) exceeds a predefined threshold value.
Safety device, having a front hood and a hood latch with a latch holder, for a motor vehicle, whereby the hood latch has a catch with a pre-ratchet position and a main ratchet position in which the front hood is bolted and closed, and an electrical drive, which causes switchover of the catch from the main ratchet position into the pre-ratchet position, characterized in that the front hood furthermore has a bayonet latching system with a closure position, a release position and an intermediate position, whereby in the closure position the catch is located in the main ratchet position, in the intermediate position the catch is located in the pre-ratchet position and the latch holder engages with the catch and in the release position the latch holder is released from the catch and the front hood is unbolted.
Feed device for feeding fibers during the production of fiber-reinforced plastics materials, comprising - a multi-shaft screw machine for laterally feeding fibers into a preparation system for producing fiber-reinforced plastics materials with -- a housing, -- a plurality of housing bores (17, 18) penetrating one another, -- a plurality of screw shafts (19, 20), which are concentrically arranged in the housing bores (17, 18) and are rotatably drivable about associated rotational axes (23, 24), and -- a feed opening for feeding the fibers into the housing bores (17, 18), - a suction mechanism for sucking the fibers through the feed opening into the housing bores (17, 18) by means of an airstream, and - a filter mechanism arranged between the suction mechanism and the housing bores (17, 18) to filter the fibers out of the airstream, characterized in that the filter mechanism forms a plurality of flow channels, which, in a flow direction, have a widening flow cross section, and in that the flow channels are in each case gap-like and run transverse to a conveying direction of the multi-shaft screw machine. - a multi-shaft screw machine for laterally feeding fibers into a preparation system for producing fiber-reinforced plastics materials with -- a housing, -- a plurality of housing bores (17, 18) penetrating one another, -- a plurality of screw shafts (19, 20), which are concentrically arranged in the housing bores (17, 18) and are rotatably drivable about associated rotational axes (23, 24), and -- a feed opening for feeding the fibers into the housing bores (17, 18), -- a housing, -- a plurality of housing bores (17, 18) penetrating one another, -- a plurality of screw shafts (19, 20), which are concentrically arranged in the housing bores (17, 18) and are rotatably drivable about associated rotational axes (23, 24), and -- a feed opening for feeding the fibers into the housing bores (17, 18), - a suction mechanism for sucking the fibers through the feed opening into the housing bores (17, 18) by means of an airstream, and - a filter mechanism arranged between the suction mechanism and the housing bores (17, 18) to filter the fibers out of the airstream, characterized in that the filter mechanism forms a plurality of flow channels, which, in a flow direction, have a widening flow cross section, and in that the flow channels are in each case gap-like and run transverse to a conveying direction of the multi-shaft screw machine.
A method performed by a mobile node, MN, of a mobile internet protocol, MIP, network to prevent an attacker on a path between a home agent, HA, associated with the MN and a correspondent node, CN, to hijack a session between the MN and the CN, the method comprising the steps of: transmitting and receiving first messages to and from the HA and the CN as part of participating in a first return routability procedure, including generating a first binding management key, Kbm; characterized by: generating a first proof of knowledge, PoK, by hashing the first Kbm; transmitting and receiving second messages to and from the HA and the CN as part of participating in a second return routability procedure, including generating a second Kbm; generating a first binding update and binding acknowledgement, BU/BA, key by hashing the second Kbm and the first PoK; transmitting a first binding update, BU, message to the CN with the first BU/BA key, wherein the second BU message is authenticated by the CN using the first BU/BA key that is independently derived by the CN; and in response to a first binding acknowledgement, BA, message received from the CN, authenticating the first BA message using the first BU/BA key, whereby the attacker is prevented from hijacking the session without possessing the first PoK. transmitting and receiving first messages to and from the HA and the CN as part of participating in a first return routability procedure, including generating a first binding management key, Kbm; characterized by: generating a first proof of knowledge, PoK, by hashing the first Kbm; transmitting and receiving second messages to and from the HA and the CN as part of participating in a second return routability procedure, including generating a second Kbm; generating a first binding update and binding acknowledgement, BU/BA, key by hashing the second Kbm and the first PoK; transmitting a first binding update, BU, message to the CN with the first BU/BA key, wherein the second BU message is authenticated by the CN using the first BU/BA key that is independently derived by the CN; and in response to a first binding acknowledgement, BA, message received from the CN, authenticating the first BA message using the first BU/BA key, whereby the attacker is prevented from hijacking the session without possessing the first PoK.
A touchscreen operation switch comprising: a display-information generator configured to generate display information on an icon, the icon having an outer frame and a first area set to a part inside the outer frame; a touchscreen configured to display the display information generated by the display-information generator onto a screen and configured to input information on an operation performed on the displayed screen through the touchscreen; and an information generator configured to generate information on a slide operation when the slide operation starting in at a start position (Sa, Sb, Sc, Sd) in the first area is performed on the displayed screen of the touchscreen, the information generator detects a trajectory of the slide operation that passes a slide-operation detection line (63e, 63e1), the slide-operation detection line (63e, 63e1) is set in an area inside the outer frame excluding the first area while the detected trajectory of the slide operation stays inside the outer frame, and the slide-operation detection line (63e, 63e1) not having a fixed position within the outer frame as its position is determined by the start position (Sa, Sb, Sc, Sd). a display-information generator configured to generate display information on an icon, the icon having an outer frame and a first area set to a part inside the outer frame; a touchscreen configured to display the display information generated by the display-information generator onto a screen and configured to input information on an operation performed on the displayed screen through the touchscreen; and an information generator configured to generate information on a slide operation when the slide operation starting in at a start position (Sa, Sb, Sc, Sd) in the first area is performed on the displayed screen of the touchscreen, the information generator detects a trajectory of the slide operation that passes a slide-operation detection line (63e, 63e1), the slide-operation detection line (63e, 63e1) is set in an area inside the outer frame excluding the first area while the detected trajectory of the slide operation stays inside the outer frame, and the slide-operation detection line (63e, 63e1) not having a fixed position within the outer frame as its position is determined by the start position (Sa, Sb, Sc, Sd).
A manufacturing method of a device embedded substrate, comprising: a bonding layer forming step of forming a bonding layer constituted of an insulation material on a metal layer formed on a support plate; and a device mounting step of mounting an electric or electronic device on the bonding layer, wherein the device is formed of a device main body and a terminal protruding from the device main body, the bonding layer is constituted of a first bonding body to be bonded with the metal layer and a second bonding body to be bonded with the device, the first bonding body is formed in an area substantially limited by the outer edge of the device in planar view, the second bonding body is applied to and formed in an area equal to or smaller than the area defined by the outer edge of the terminal in planar view, and in the bonding layer forming step, the second bonding body is formed on the first bonding body after the first bonding body is cured. a bonding layer forming step of forming a bonding layer constituted of an insulation material on a metal layer formed on a support plate; and a device mounting step of mounting an electric or electronic device on the bonding layer, wherein the device is formed of a device main body and a terminal protruding from the device main body, the bonding layer is constituted of a first bonding body to be bonded with the metal layer and a second bonding body to be bonded with the device, the first bonding body is formed in an area substantially limited by the outer edge of the device in planar view, the second bonding body is applied to and formed in an area equal to or smaller than the area defined by the outer edge of the terminal in planar view, and in the bonding layer forming step, the second bonding body is formed on the first bonding body after the first bonding body is cured.
Method for producing a bakery product from at least one baked base and at least one attachement consisting of at least one liquid-containing core mass with at least one coating impermeable to the liquid, at least comprising the following steps: a. producing the at least one baked base; b. producing the at least one attachement in a one-shot process, or a triple-shot process, wherein simultaneously the raw material mixtures of two different core masses (13a, 13b), which are arranged inside one another, are injected into the raw material of a common coating, which comprises at least the injection of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement, wherein the coating is not free-flowing at least at the end of the production of the attachement; c. forming holes in the contact surface of the coating with the baked base after the injection of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement, and d. applying the at least one attachement to the at least one baked base or vice versa, wherein the attachement is capable of adhering to the baked base in the region of its contact surface therewith. a. producing the at least one baked base; b. producing the at least one attachement in a one-shot process, or a triple-shot process, wherein simultaneously the raw material mixtures of two different core masses (13a, 13b), which are arranged inside one another, are injected into the raw material of a common coating, which comprises at least the injection of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement, wherein the coating is not free-flowing at least at the end of the production of the attachement; c. forming holes in the contact surface of the coating with the baked base after the injection of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement, and d. applying the at least one attachement to the at least one baked base or vice versa, wherein the attachement is capable of adhering to the baked base in the region of its contact surface therewith.
A piston of an air compressor comprising at least one fixing bolt, configured to fix a plane (3,20) of a top of a head of the piston in at least one air stop sheet, the respective one air stop sheet including at least one bending section adjacent to a positioning zone of the respective one air stop sheet, an acting zone arranged on the bending section of the respective one air stop sheet opposite to the positioning zone and configured to close at least one air orifice of the head, wherein the head has at least one receiving groove configured to receive a spring, and the spring abuts against a back surface of the respective one air stop sheet, and a back surface of the acting zone of the respective one air stop sheet backing a top of a cylinder turns on relative to the plane (3,20) of the top of the head at the open angle θ, thus producing an air flowing space, wherein the air flowing space is in communication with the at least one air orifice of the head so that a pressure of the cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the respective one air stop sheet moves again, characterized in that the plane (3,20) of the top of the head includes the respective one air stop sheet mounted on a central axis thereof, the respective one air stop sheet includes a circular bending section formed adjacent to a center thereof, a positioning zone arranged within a radius of the circular bending section, an acting zone arranged outside the radius of the circular bending section. the respective one air stop sheet including at least one bending section adjacent to a positioning zone of the respective one air stop sheet, an acting zone arranged on the bending section of the respective one air stop sheet opposite to the positioning zone and configured to close at least one air orifice of the head, wherein the head has at least one receiving groove configured to receive a spring, and the spring abuts against a back surface of the respective one air stop sheet, and a back surface of the acting zone of the respective one air stop sheet backing a top of a cylinder turns on relative to the plane (3,20) of the top of the head at the open angle θ, thus producing an air flowing space, wherein the air flowing space is in communication with the at least one air orifice of the head so that a pressure of the cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the respective one air stop sheet moves again, characterized in that the plane (3,20) of the top of the head includes the respective one air stop sheet mounted on a central axis thereof, the respective one air stop sheet includes a circular bending section formed adjacent to a center thereof, a positioning zone arranged within a radius of the circular bending section, an acting zone arranged outside the radius of the circular bending section.