mhurhangee/ep-ind-claims huggingface dataset:
An ink-jet recording method using an actinic ray curable ink-jet ink set having a first ink-jet ink containing at least titanium oxide and a gelling agent, and a second ink-jet ink containing a colorant other than titanium oxide, the ink-jet recording method comprising the steps of: forming a lower print layer by printing the first ink-jet ink; forming an upper print layer on the lower print layer by printing the second ink-jet ink; and curing the lower print layer and the upper print layer simultaneously by irradiating the lower print layer and the upper print layer with actinic rays, wherein an oxygen concentration in an atmosphere to which the actinic rays are irradiated is controlled to be 10 volume% or less in the step of curing the lower print layer and the upper print layer. forming a lower print layer by printing the first ink-jet ink; forming an upper print layer on the lower print layer by printing the second ink-jet ink; and curing the lower print layer and the upper print layer simultaneously by irradiating the lower print layer and the upper print layer with actinic rays, wherein an oxygen concentration in an atmosphere to which the actinic rays are irradiated is controlled to be 10 volume% or less in the step of curing the lower print layer and the upper print layer.
A semiconductor device comprising: a glass substrate that includes a first surface, a second surface provided on an opposite side of the first surface, and a first side surface provided between the first surface and the second surface; a wiring (83, 84) that is provided on the first and second surfaces; characterised by a metal film that covers the first side surface; and a frame that is provided further on an outer side than the metal film, and that is bonded to the metal film at the first side surface. a glass substrate that includes a first surface, a second surface provided on an opposite side of the first surface, and a first side surface provided between the first surface and the second surface; a wiring (83, 84) that is provided on the first and second surfaces; characterised by a metal film that covers the first side surface; and a frame that is provided further on an outer side than the metal film, and that is bonded to the metal film at the first side surface.
An end-user-specific virtual global network, comprising: at least one network-enabled terminal device (1, 2) of an end user, a database with a directory for each end user, in which a plurality of network-enabled terminal devices (1, 2) of the end user are stored with their associated IP address, and a decision unit that is adapted to determine which of the terminal devices (1, 2) is allowed to enter into communication with each other and/or with other networks, wherein the end-user-specific virtual global network is configured in such a way that communication proceeding from the terminal device (1, 2) and/or directed to the terminal device (1, 2) is routed via the decision unit, and the decision unit is configured to separate the data traffic of different end users due to an end-user-specific feature in the data traffic, by resorting to the database, characterized in that the end-user-specific virtual global network is configured to route the communication proceeding from the terminal device (1, 2) and/or directed to the terminal device (1, 2) via the decision unit according to a hub-spoke architecture, in which the decision unit represents the hub, and the decision unit furthermore is configured to perform the separation of the data traffic of different end users based on the feature source IP address and/or destination IP address, wherein the source IP address, the destination IP address or both are contained in the directory of the database for the end user for the purpose of separation. at least one network-enabled terminal device (1, 2) of an end user, a database with a directory for each end user, in which a plurality of network-enabled terminal devices (1, 2) of the end user are stored with their associated IP address, and a decision unit that is adapted to determine which of the terminal devices (1, 2) is allowed to enter into communication with each other and/or with other networks, wherein the end-user-specific virtual global network is configured in such a way that communication proceeding from the terminal device (1, 2) and/or directed to the terminal device (1, 2) is routed via the decision unit, and the decision unit is configured to separate the data traffic of different end users due to an end-user-specific feature in the data traffic, by resorting to the database,
Measuring body device for a position/path measurement system, comprising at least one fixing band to fix the measuring body device to an application, wherein the at least one fixing band has a first end and a second end, a measuring body in the form of a band with at least one coding layer made of coding material, which is associated with the least one fixing band, and at least one connecting mechanism (52, 54; 52', 54'; 124, 126), which fixes the first end and the second end of the fixing band relative to one another, wherein the at least one connecting mechanism (52, 54; 52', 54'; 124, 126) comprises a bridge element (60; 90), which is fixed or is fixable relative to the first end and relative to the second end of the at least one fixing band, and wherein at least one path storage device is arranged on the bridge element (60; 90) with a first transverse element, a second transverse element, which is spaced apart from the first transverse element, and a web element, which connects the first transverse element and the second transverse element and is integrally connected to the first transverse element and the second transverse element, a spacing between the first transverse element and the second transverse element being determinably adjustable, characterised in that the spacing between the first transverse element and the second transverse element is determinably adjustable by plastic deformation of the web element and/or of the first transverse element and/or the second transverse element.
A vacuum system comprising a vacuum pump or an arrangement of at least one vacuum pump and at least one recipient, preferably a vacuum chamber or a measurement device such as an electron microscope, wherein the vacuum pump has at least one inlet for admitting working fluid, which is to be conveyed, from a recipient or the recipient and an outlet for expelling the working fluid to be conveyed, wherein a flow path is defined between the inlet and the outlet of the vacuum pump, wherein the system comprises: a backing vacuum pump to create a pre-vacuum at the outlet of the vacuum pump; a working region which comprises the flow path for the working fluid; a separating member; and a control space which is separated from the working region by the separating member and in which a control pressure, which can be changed relative to the pressure in the working region, is present during the operation of the vacuum pump; wherein a working movement can be performed in the working region by changing the control pressure by means of the separating member, wherein the fluid flow along the flow path can be influenced at a section of the flow path by the working movement in that a flow cross-section of the flow path can be changed at at least one working point by the working movement, wherein a connection communicates a pressure present at the outlet of the vacuum pump, namely the pre-vacuum pressure, to the control space. a backing vacuum pump to create a pre-vacuum at the outlet of the vacuum pump; a working region which comprises the flow path for the working fluid; a separating member; and a control space which is separated from the working region by the separating member and in which a control pressure, which can be changed relative to the pressure in the working region, is present during the operation of the vacuum pump; wherein a working movement can be performed in the working region by changing the control pressure by means of the separating member, wherein the fluid flow along the flow path can be influenced at a section of the flow path by the working movement in that a flow cross-section of the flow path can be changed at at least one working point by the working movement, wherein a connection communicates a pressure present at the outlet of the vacuum pump, namely the pre-vacuum pressure, to the control space.
A wireless power transfer system, comprising: a transmit resonator configured to transmit wireless power; an implanted receive resonator configured to receive the transmitted wireless power from the transmit resonator; an implanted medical device configured to receive power from the implanted receive resonator; a controller configured to change an operating parameter of the implanted medical device resulting in a change to a sonic signature generated by the implanted medical device; and a listening device configured to determine an intended communication from the implanted medical device or the implanted receive resonator based on the change to the sonic signature generated by the implanted medical device. a transmit resonator configured to transmit wireless power; an implanted receive resonator configured to receive the transmitted wireless power from the transmit resonator; an implanted medical device configured to receive power from the implanted receive resonator; a controller configured to change an operating parameter of the implanted medical device resulting in a change to a sonic signature generated by the implanted medical device; and a listening device configured to determine an intended communication from the implanted medical device or the implanted receive resonator based on the change to the sonic signature generated by the implanted medical device.
A method for producing a three-dimensional overall structure by an energy irradiation method in a lithography material that is polymerizable by energy input, using a structuring device (10a, 10b), which has within a writing region a predefined principal direction of the structure entry, wherein the overall structure is defined by sequentially defining a plurality of partial structures that complement one another overall to form the overall structure, wherein the partial structures are in each case delimited within enveloping interfaces, wherein the partial structures are defined such that the enveloping interfaces run obliquely with respect to the principal direction of the structure entry, wherein the lithography material is polymerized in at least one focus region of at least one writing beam, said at least one focus region being spatially displaceable within the writing region, characterized in that the lithography material is polymerized by two-photon absorption or multi-photon absorption in the at least one focus region, and in that the interface demarcating a respective partial structure in a direction opposite to partial structures already present in each case runs such that said interface forms an outer side of the partial structures already present and said outer side is completely visible from a viewing point spaced apart in a direction opposite to the principal direction.
A movable joint assembly, comprising: a housing which extends along an axis and has an open interior and an outer surface with a groove formed therein; a ball stud partially disposed in said open interior of said housing and projecting out of said housing; a boot of a flexible and elastic material and being sealed against said outer surface of said housing and against said ball stud; an insert made of metal and being partially embedded within said boot adjacent a first end of said boot for resisting pull out of said boot from said housing; and characterised by said boot including a lip which is at least partially spaced axially from said insert between said insert and a second end of said boot and which extends radially inwardly and is in an interference fit engagement with said outer surface of said housing for establishing a fluid tight seal with said outer surface of said housing and for maintaining said fluid tight seal in response to injection of a lubricant into said open interior of said housing; wherein said insert includes teeth which protrude into said groove and is directly engaged against said outer surface of said housing to resist pull out of said dust boot from said housing. a housing which extends along an axis and has an open interior and an outer surface with a groove formed therein; a ball stud partially disposed in said open interior of said housing and projecting out of said housing; a boot of a flexible and elastic material and being sealed against said outer surface of said housing and against said ball stud; an insert made of metal and being partially embedded within said boot adjacent a first end of said boot for resisting pull out of said boot from said housing; and characterised by said boot including a lip which is at least partially spaced axially from said insert between said insert and a second end of said boot and which extends radially inwardly and is in an interference fit engagement with said outer surface of said housing for establishing a fluid tight seal with said outer surface of said housing and for maintaining said fluid tight seal in response to injection of a lubricant into said open interior of said housing; wherein said insert includes teeth which protrude into said groove and is directly engaged against said outer surface of said housing to resist pull out of said dust boot from said housing.
A method of using a mobile device equipped with an image sensor to retrieve information associated with a light fixture, comprising: capturing (905, 1005), at the image sensor of the mobile device, an image of an illuminated indicia, the illuminated indicia co-located with the light fixture and illuminated by the light fixture, wherein the illuminated indicia is unique to the light fixture; identifying at least one corner of an illuminated region of the image sensor at least partly defining the image of the illuminated indicia; determining (910, 1010, 1120), from the mobile device processing the image of the illuminated indicia, at least one characteristic that comprises a position of the image of the illuminated indicia with respect to the at least one corner of the illuminated region; and retrieving (915, 1015, 1125) information associated with the at least one characteristic of the illuminated indicia. capturing (905, 1005), at the image sensor of the mobile device, an image of an illuminated indicia, the illuminated indicia co-located with the light fixture and illuminated by the light fixture, wherein the illuminated indicia is unique to the light fixture; identifying at least one corner of an illuminated region of the image sensor at least partly defining the image of the illuminated indicia; determining (910, 1010, 1120), from the mobile device processing the image of the illuminated indicia, at least one characteristic that comprises a position of the image of the illuminated indicia with respect to the at least one corner of the illuminated region; and retrieving (915, 1015, 1125) information associated with the at least one characteristic of the illuminated indicia.
A mutant streptokinase polypeptide comprising substitution of one to three amino acid residues of SEQ ID NO: 1 with cysteine, wherein the amino acid residue substituted with said cysteine residue is selected from the group consisting of G49, S57, A64, 188, S93, D95, D96, D102, S105, D120, K121, D122, E148, K156, D173, D174, L179, D181, S205, A251, 1254, N255, K256, K257, S258, L260, E281, K282, F287, D303, L321, L326, A333, D347, D360 and R372.
A composition comprising at least indocyanine green (a) and histidine (b) wherein the weight ratio of histidine (b)/indocyanine green (a) is greater than 0.05.
Method for radiation cross-linking elements made of a radiation cross-linkable plastic material, which are elected from implants, implant blanks, surgical instruments, and parts thereof, said method comprising placing one or more elements in a packaging unit (30; 40) with a receptacle for the one or more elements; heating the elements contained in the packaging unit to a temperature that is equal to or higher than a predetermined cross-linking temperature; introducing the heated elements in the packaging unit into an irradiating apparatus for radiation cross-linking the plastic material; and removing the packaging unit with the elements from the irradiating apparatus after completed radiation cross-linking, characterized in that the receptacle is made of a material that is a poor conductor of heat. heating the elements contained in the packaging unit to a temperature that is equal to or higher than a predetermined cross-linking temperature; introducing the heated elements in the packaging unit into an irradiating apparatus for radiation cross-linking the plastic material; and removing the packaging unit with the elements from the irradiating apparatus after completed radiation cross-linking, characterized in that the receptacle is made of a material that is a poor conductor of heat.
A twist box guardrail terminal connected to a guardrail beam comprising: an impact head assembly including an impact head of open front configuration, adapted to flatten the guardrail beam as the impact head assembly moves down the beam when impacted by a vehicle in direction of oncoming traffic; the impact head assembly frangibley affixed to the guardrail beam; a front anchor; at least one connector attached to the guardrail and extending through the impact head assembly to attach to the front anchor; characterized in that the twist box guardrail terminal further comprises a wedge shaped reverse direction bracket attached to the impact head and slidably attached to the guardrail beam, with the wider part of the wedge shape facing forwardly toward oncoming traffic, wherein the reverse direction bracket defines a plurality of forwardly opening slots which are open to the oncoming traffic direction and receive therein bolts extending from the guardrail beam to slidably attach the reverse direction bracket to the guardrail beam. an impact head assembly including an impact head of open front configuration, adapted to flatten the guardrail beam as the impact head assembly moves down the beam when impacted by a vehicle in direction of oncoming traffic; the impact head assembly frangibley affixed to the guardrail beam; a front anchor; at least one connector attached to the guardrail and extending through the impact head assembly to attach to the front anchor; characterized in that the twist box guardrail terminal further comprises a wedge shaped reverse direction bracket attached to the impact head and slidably attached to the guardrail beam, with the wider part of the wedge shape facing forwardly toward oncoming traffic, wherein the reverse direction bracket defines a plurality of forwardly opening slots which are open to the oncoming traffic direction and receive therein bolts extending from the guardrail beam to slidably attach the reverse direction bracket to the guardrail beam.
Protective fence for protecting surfaces or facilitiesfrom wild animals, in particular badgers, having a first fence portion and a second fence portion, wherein the first fence portion and the second fence portion each have one or more wires (9a, 9b, 17a, 17b, 17c, 17d, 17e), wherein the first fence portion and the second fence portion are arranged with spacing from each other in such a manner that between the first fence portion and the second fence portion a passage and two individual fence stages which are adapted to each other and which are intended to be passed one after the other are formed, wherein the first fence portion comprises a plurality of wires (9a, 9b) which extend in a substantially parallel manner and/or the second fence portion comprises a plurality of wires (17a, 17b, 17c, 17d, 17e) which extend in a substantially parallel manner, wherein the wires (9a, 9b) of the first fence portion preferably extend substantially parallel with the wires (17a, 17b, 17c, 17d, 17e) of the second fence portion, characterised in that the bottom wire of the second fence portion has a smaller spacing with respect to the ground than the bottom wire of the first fence portion. having a first fence portion and a second fence portion, wherein the first fence portion and the second fence portion each have one or more wires (9a, 9b, 17a, 17b, 17c, 17d, 17e), wherein the first fence portion and the second fence portion are arranged with spacing from each other in such a manner that between the first fence portion and the second fence portion a passage and two individual fence stages which are adapted to each other and which are intended to be passed one after the other are formed, wherein the first fence portion comprises a plurality of wires (9a, 9b) which extend in a substantially parallel manner and/or the second fence portion comprises a plurality of wires (17a, 17b, 17c, 17d, 17e) which extend in a substantially parallel manner, wherein the wires (9a, 9b) of the first fence portion preferably extend substantially parallel with the wires (17a, 17b, 17c, 17d, 17e) of the second fence portion, characterised in that the bottom wire of the second fence portion has a smaller spacing with respect to the ground than the bottom wire of the first fence portion.
A microwave pouch which is formed in a bag shape thermally bonding together outer edges of overlapped layers of laminated film to form an outer edge seal and comprising a self-venting mechanism, characterized in that the self-venting mechanism including an annular venting seal formed by bonding together the overlapped layers of laminated film with heat, a steam release part surrounded by the venting seal and formed as a non-sealed portion where the overlapped front and back layers of laminated film are not thermally bonded together, and a movable piece defined by a slit formed to extend through the overlapped layers of laminated film in the front and back direction in the steam release part, the venting seal including a seal peel initiation part where peeling is started by steam generated inside the pouch during heating, and the slit including slit both ends, and a slit intermediate part formed to extend from the slit both ends toward a region away from the seal peel initiation part and connecting the slit both ends. the self-venting mechanism including an annular venting seal formed by bonding together the overlapped layers of laminated film with heat, a steam release part surrounded by the venting seal and formed as a non-sealed portion where the overlapped front and back layers of laminated film are not thermally bonded together, and a movable piece defined by a slit formed to extend through the overlapped layers of laminated film in the front and back direction in the steam release part, the venting seal including a seal peel initiation part where peeling is started by steam generated inside the pouch during heating, and the slit including slit both ends, and a slit intermediate part formed to extend from the slit both ends toward a region away from the seal peel initiation part and connecting the slit both ends.