mhurhangee/ep-ind-claims huggingface dataset:
An optical connector cleaning tool comprising a tool body that includes an extended part that extends from said tool body and that has a head for pressing a cleaning element against an optical connector, said extended part being provided so as to be movable with respect to said tool body, and a conversion mechanism that converts relative linear motion between said tool body and said extended part into rotary motion, wherein: said tool body further includes a take-up reel that, in accordance with the movement of said tool body with respect to said extended part, takes up said cleaning element which has been sent out from said head, and wherein the optical connector can be cleaned with said cleaning element by moving said tool body toward said extended part in a state where said cleaning element is pressed against said optical connector with said head (61, characterized in that a take-up amount adjustment mechanism which is a friction transmission mechanism that transmits rotary force of the rotary motion converted by said conversion mechanism to said take-up reel by friction force between a friction member and a friction surface, the take-up amount adjustment mechanism making constant the take-up amount of said take-up reel per single cleaning operation; slippage occurs between said friction member and said friction surface of said friction transmission mechanism in a case where predetermined tension acts upon said cleaning element when said tool body moves with respect to said extended part in a manner such that said rotary motion is in a direction that makes said take-up reel rotate in a take-up direction. said tool body further includes a take-up reel that, in accordance with the movement of said tool body with respect to said extended part, takes up said cleaning element which has been sent out from said head, and wherein the optical connector can be cleaned with said cleaning element by moving said tool body toward said extended part in a state where said cleaning element is pressed against said optical connector with said head (61, characterized in that a take-up amount adjustment mechanism which is a friction transmission mechanism that transmits rotary force of the rotary motion converted by said conversion mechanism to said take-up reel by friction force between a friction member and a friction surface, the take-up amount adjustment mechanism making constant the take-up amount of said take-up reel per single cleaning operation; slippage occurs between said friction member and said friction surface of said friction transmission mechanism in a case where predetermined tension acts upon said cleaning element when said tool body moves with respect to said extended part in a manner such that said rotary motion is in a direction that makes said take-up reel rotate in a take-up direction.
Method for operating a measuring device with an operating device, which is a level measuring device, a flow measuring device, a density measuring device and/or a pressure measuring device, the method comprising: authenticating, on the operating device, a user by a user ID; determining, with the operating device, an identification number of the measuring device; comparing access information data stored in a key management module of the operating device and assigned to the measuring device with access information data stored on a server; wherein for the comparing of the access information data the respective time stamp are compared and it is determined which of the access information data are current and the older access information data are replaced by the current ones, wherein the access information data include an access identifier for an enabling of the measuring device, such that data of the measuring device can be retrieved and/or stored in the measuring device, wherein for the comparing of the access information data the user ID and the identification number of the measuring device are transmitted from the operating device to the server; establishing a communication connection between the operating device and the measuring device and an enabling of the measuring device by the access information data; and retrieving diagnostic data of the measuring device with the operating device. authenticating, on the operating device, a user by a user ID; determining, with the operating device, an identification number of the measuring device; comparing access information data stored in a key management module of the operating device and assigned to the measuring device with access information data stored on a server; wherein for the comparing of the access information data the respective time stamp are compared and it is determined which of the access information data are current and the older access information data are replaced by the current ones, wherein the access information data include an access identifier for an enabling of the measuring device, such that data of the measuring device can be retrieved and/or stored in the measuring device, wherein for the comparing of the access information data the user ID and the identification number of the measuring device are transmitted from the operating device to the server; establishing a communication connection between the operating device and the measuring device and an enabling of the measuring device by the access information data; and retrieving diagnostic data of the measuring device with the operating device.
An antisense oligonucleotide directed against the interior of exon 45 of the human dystrophin pre-mRNA which facilitates the masking of said exon for the splicing apparatus and the exclusion of said exon from the final mRNA.
Fodder containing at least one type of grain crop, characterized in that it further contains microcellulose having a glucose content of> 97 % by weight, or lignin-containing microcellulose having a glucose content of > 70 % by weight.
A composition comprising an extract of Lilium martagon selected from the group consisting of Lilium martagon flower extracts, Lilium martagon stem extracts, Lilium martagon leaves extracts, non-polar Lilium martagon bulb extracts, non-polar Lilium martagon whole plant extracts and combinations or two or more thereof.
Method for coating a metallic substrate surface with a material coating applied by means of an ALD-process, in which the metallic substrate surface to be coated is subjected to a plasma-pretreatment before applying the material coating, characterized in that a plasma-pretreatment comprising at least two-steps is used as the plasma-pretreatment, that in a first step of the at least two-step plasma-pretreatment a reduction of the substrate surface with a reducing plasma for cleaning the substrate surface of organic material and subsequently in a second step an oxidation of the substrate surface to be coated with a oxidizing plasma for creating a stabile oxide-coating, with which the material coating to be applied by the consecutive ALD-process can couple, is performed.
An apparatus for wireless power transmission to a device, comprising: means for energizing a plurality of coplanar coils, the plurality of coplanar coils configured to be individually energized and produce a magnetic field; means for reversing polarity of the magnetic field of at least one of the plurality of coplanar coils based on measures of coupling of power between the at least one of the plurality of coplanar coils and a receiver coil at the device; and means for selecting at least two of the plurality of coplanar coils for wireless power transmission based on the measures of coupling of power between the at least one of the plurality of coplanar coils and the receiver coil and characterized in that the means for selecting is further configured to: determine candidate coils of the plurality of coplanar coils for the wireless power transmission based on measures of coupling of power between individual coils of the plurality of coplanar coils and a receiver coil wherein determining comprises transmitting a low power pulse to each of the individual coils and receiving a strength of coupling from the device in response; and select the at least two of the plurality of coplanar coils from the candidate coils based on the received strength of coupling. means for energizing a plurality of coplanar coils, the plurality of coplanar coils configured to be individually energized and produce a magnetic field; means for reversing polarity of the magnetic field of at least one of the plurality of coplanar coils based on measures of coupling of power between the at least one of the plurality of coplanar coils and a receiver coil at the device; and means for selecting at least two of the plurality of coplanar coils for wireless power transmission based on the measures of coupling of power between the at least one of the plurality of coplanar coils and the receiver coil and characterized in that the means for selecting is further configured to: determine candidate coils of the plurality of coplanar coils for the wireless power transmission based on measures of coupling of power between individual coils of the plurality of coplanar coils and a receiver coil wherein determining comprises transmitting a low power pulse to each of the individual coils and receiving a strength of coupling from the device in response; and select the at least two of the plurality of coplanar coils from the candidate coils based on the received strength of coupling. determine candidate coils of the plurality of coplanar coils for the wireless power transmission based on measures of coupling of power between individual coils of the plurality of coplanar coils and a receiver coil wherein determining comprises transmitting a low power pulse to each of the individual coils and receiving a strength of coupling from the device in response; and select the at least two of the plurality of coplanar coils from the candidate coils based on the received strength of coupling.
A system for detecting, surveying, monitoring and/or controlling Lepidopterous insects comprising: (a) a dispenser which dispenses a vapour blend of acetic acid and one or more compounds of formula I wherein R is selected from the group comprising -CN and -NC; and (b) a trapping device. (a) a dispenser which dispenses a vapour blend of acetic acid and one or more compounds of formula I wherein R is selected from the group comprising -CN and -NC; and (b) a trapping device.
A controller that controls operation of a motorcycle, to which a surrounding environment detector is mounted, the controller comprising: an acquisition section that acquires information on a surrounding environment of the motorcycle on the basis of output of the surrounding environment detector during travel of the motorcycle; and an adaptive cruise operation performing section that makes the motorcycle perform adaptive cruise operation on the basis of the surrounding environment information acquired by the acquisition section, wherein the acquisition section acquires road traffic information acquired by a road facility via wireless communication, the controller further comprising a safety operation performing section that makes the motorcycle currently performing the adaptive cruise operation perform safety operation on the basis of the road traffic information acquired by the acquisition section, and the safety operation includes an operation to urge the rider of the motorcycle to change a lane. an acquisition section that acquires information on a surrounding environment of the motorcycle on the basis of output of the surrounding environment detector during travel of the motorcycle; and an adaptive cruise operation performing section that makes the motorcycle perform adaptive cruise operation on the basis of the surrounding environment information acquired by the acquisition section, wherein the acquisition section acquires road traffic information acquired by a road facility via wireless communication, the controller further comprising a safety operation performing section that makes the motorcycle currently performing the adaptive cruise operation perform safety operation on the basis of the road traffic information acquired by the acquisition section, and the safety operation includes an operation to urge the rider of the motorcycle to change a lane.
A jigsaw blade comprising: an elongated body having a first end and second end, a cutting edge and an opposing back edge, said first end being a shanking end for securing the jigsaw blade with a jigsaw; a plurality of teeth formed on said cutting edge, a first tooth of said plurality of teeth immediately adjacent said second end, said first tooth being a fleam tooth, said first tooth being a full raker tooth, said first tooth having a rake face and a clearance face, said rake face and clearance face intersecting one another forming a cutting edge of said first tooth; said second end defining a plunging nose, said second end including a nose end surface extending between said cutting edge and back edge, said nose end surface being on an angle of 30° to 45° with respect to a line defined by tips of said plurality of teeth, said nose end surface intersecting said first tooth clearance face to form a cutting edge with a sharp leading point so that during plunge cutting with said jigsaw blade, said sharp leading point initiates cutting of a workpiece. an elongated body having a first end and second end, a cutting edge and an opposing back edge, said first end being a shanking end for securing the jigsaw blade with a jigsaw; a plurality of teeth formed on said cutting edge, a first tooth of said plurality of teeth immediately adjacent said second end, said first tooth being a fleam tooth, said first tooth being a full raker tooth, said first tooth having a rake face and a clearance face, said rake face and clearance face intersecting one another forming a cutting edge of said first tooth; said second end defining a plunging nose, said second end including a nose end surface extending between said cutting edge and back edge, said nose end surface being on an angle of 30° to 45° with respect to a line defined by tips of said plurality of teeth, said nose end surface intersecting said first tooth clearance face to form a cutting edge with a sharp leading point so that during plunge cutting with said jigsaw blade, said sharp leading point initiates cutting of a workpiece.
Refrigeration unit having at least one housing part which has at least one outer wall, wherein at least one receiving slot for receiving an electronic module is provided behind the outer wall in the housing part, the inlet opening of said receiving slot being accessible from an outer edge of the housing part, characterised in that outer wall is formed in its entirety by means of a glass panel and the inner contour of the receiving slot substantially corresponds to the outer contour of the electronic module that is to be introduced when the latter is in its final installation position.
A mixture of a carrier gas and nitrous oxide gas for use in reducing or preventing mesothelial cell damage, characterized in that the nitrous oxide gas is being present with a volume percentage between 1 volume percent and 29 volume percent.
A cable tie comprising a composite of a polymer comprising nylon 6 and graphene, wherein the graphene is present in the cable tie in an amount of between 0.01 wt% and 5 wt%.
Power semiconductor module having a substrate, a package and a bridge element, wherein the substrate has, on a first main face, interconnects for load connection elements and for power semiconductor components and, on the opposite second main face, a metal layer which is provided for heat dissipation to a cooling component, the package can be fixed on the cooling component, and the bridge element is arranged in the package and is provided for the purpose of positioning contact sections of the load connection elements relative to the interconnects on the substrate, wherein the substrate and the bridge element form a unit which is arranged in the package with limited movement in all lateral directions parallel to the first and second main faces (18 and 22) of the substrate, wherein the bridge element is in cap-like form with a circumferential side wall, and with guide shafts for the contact sections of the load connection elements, and wherein the package has a frame element and a cover element, wherein the bridge element presses with pushing elements against the first main face of the substrate, characterized in that the bridge element is produced with the pushing elements.
Device for repairing a verge, which device comprises: - a base frame (2, 3) for attaching the device to a mobile tool, such as a crane; - a subframe arranged on the base frame (2, 3) in a rotating manner; - drive means for continuously driving the subframe; characterized by - a flexible sleeve which is arranged on and around the subframe and which can revolve so as to be movable with respect to the base frame (2, 3). - a base frame (2, 3) for attaching the device to a mobile tool, such as a crane; - a subframe arranged on the base frame (2, 3) in a rotating manner; - drive means for continuously driving the subframe; characterized by - a flexible sleeve which is arranged on and around the subframe and which can revolve so as to be movable with respect to the base frame (2, 3).
A digital processor, comprising: a default bus master (110; M0) having a highest priority in a default mode; a plurality of secondary bus masters (105, 115; M1, M2, M3, M4) having associated priorities, wherein the plurality of secondary bus masters (105, 115; M1, M2, M3, M4) have a predetermined priority relationship to each other; the digital processor being characterized by a data space arbiter (130, 135, 140, 145), wherein the data space arbiter (130, 135, 140, 145) is programmable in a non-default mode to raise a priority of any of said secondary bus masters (105, 115; M1, M2, M3, M4) to have a priority higher than the priority of the default bus master (110; M0) while maintaining the predetermined priority relationship to only those secondary bus masters (105, 115; M1, M2, M3, M4) for which the priority level also has been raised above the priority of the default bus master (110; M0). a default bus master (110; M0) having a highest priority in a default mode; a plurality of secondary bus masters (105, 115; M1, M2, M3, M4) having associated priorities, wherein the plurality of secondary bus masters (105, 115; M1, M2, M3, M4) have a predetermined priority relationship to each other; the digital processor being characterized by a data space arbiter (130, 135, 140, 145), wherein the data space arbiter (130, 135, 140, 145) is programmable in a non-default mode to raise a priority of any of said secondary bus masters (105, 115; M1, M2, M3, M4) to have a priority higher than the priority of the default bus master (110; M0) while maintaining the predetermined priority relationship to only those secondary bus masters (105, 115; M1, M2, M3, M4) for which the priority level also has been raised above the priority of the default bus master (110; M0).
A method for firewall security between virtual devices on a physical device, the method comprising: receiving (304, 720, 820), by a firewall device (110, 600) which is separate from the physical device, a communication from a first virtual device, called VM1, to a second virtual device, called VM2, wherein the first virtual device and second virtual device are hosted on the same physical device and share a physical interface to connect to the firewall device; determining (210, 312, 722, 822), by the firewall device (110, 600), a first virtual interface label associated with the first virtual device based on an address of the first virtual device and an address set of the first virtual interface label, determining (210, 314, 724, 824), by the firewall device (110, 600), a second virtual interface label associated with the second virtual device based on an address of the second virtual device and an address set of the second virtual interface label, determining (220, 322, 730, 830), by the firewall device, a first security domain, called SZ1, associated with the first virtual interface label and a second security domain, called SZ2, associated with the second virtual interface label; and implementing, by the firewall device, a security policy between the determined first security domain and the determined second security domain; wherein implementing the security policy comprises blocking the communication based on the security policy, or allowing the communication based on the security policy, wherein allowing the communication includes forwarding the communication to the second virtual device. receiving (304, 720, 820), by a firewall device (110, 600) which is separate from the physical device, a communication from a first virtual device, called VM1, to a second virtual device, called VM2, wherein the first virtual device and second virtual device are hosted on the same physical device and share a physical interface to connect to the firewall device; determining (210, 312, 722, 822), by the firewall device (110, 600), a first virtual interface label associated with the first virtual device based on an address of the first virtual device and an address set of the first virtual interface label, determining (210, 314, 724, 824), by the firewall device (110, 600), a second virtual interface label associated with the second virtual device based on an address of the second virtual device and an address set of the second virtual interface label, determining (220, 322, 730, 830), by the firewall device, a first security domain, called SZ1, associated with the first virtual interface label and a second security domain, called SZ2, associated with the second virtual interface label; and implementing, by the firewall device, a security policy between the determined first security domain and the determined second security domain; wherein implementing the security policy comprises blocking the communication based on the security policy, or allowing the communication based on the security policy, wherein allowing the communication includes forwarding the communication to the second virtual device.
A method for manufacturing a tobacco product for oral use comprising the following steps: a) mixing and/or applying, and subsequently forming of portions of tobacco product for oral use, a tobacco raw material, water if not present in said tobacco raw material, optionally one or more additives, and either before the forming of portions of tobacco product for oral use, by using mixing, or after the forming of portions of tobacco product for oral use, by using applying, or also at both said occasions, a gelling agent, and b) gelling said tobacco product of step a) wherein the gelling of step b) is performed by heating or the gelling is performed by using micro wave radiation, thereby providing a hardened end product. a) mixing and/or applying, and subsequently forming of portions of tobacco product for oral use, a tobacco raw material, water if not present in said tobacco raw material, optionally one or more additives, and either before the forming of portions of tobacco product for oral use, by using mixing, or after the forming of portions of tobacco product for oral use, by using applying, or also at both said occasions, a gelling agent, and b) gelling said tobacco product of step a) wherein the gelling of step b) is performed by heating or the gelling is performed by using micro wave radiation, thereby providing a hardened end product.