mhurhangee/ep-ind-claims huggingface dataset:
A mounting kit which is suitable for a trapezoidal rib of a trapezoidal metal sheet, wherein the trapezoidal rib may have a top rib side and two slanted rib sides, the mounting kit includes a mounting adapter which has a top side, a bottom side facing away from the top side, an elongated fixing channel which is open at the top side, and two fixing flanges, wherein the top side, the bottom side, the elongated fixing channel, and the two fixing flanges together are a rigid unit, and each of the two fixing flanges has a pair of elongated retaining edges which are oriented transversely with respect to the elongated fixing channel, and the elongated fixing channel is situated between the two fixing flanges in a top view of the top side, the mounting kit further includes two retaining elements, each of which has a fixing section and an engagement means protruding therefrom, wherein the fixing section and the protruding engagement means of each of the two retaining elements together are an integral and/or rigid unit, and each retaining element may have a released position which is detached from the mounting adapter, and an engaged position which is parallel to the fixing channel, the protruding engagement means of each retaining element is designed in such a way that firstly, starting from the released position which is detached from the mounting adapter, the protruding engagement means may be brought into engagement with one of the pairs of elongated retaining edges, and secondly, in the parallel engaged position, the protruding engagement means may engage behind the elongated pair of retaining edges, and in one of multiple possible swivel positions parallel to the fixing channel, and the mounting adapter is designed, and may be situated on the top rib side, in such a way that the bottom side faces the top rib side, and the fixing channel is oriented lengthwise with respect to the trapezoidal rib, the fixing channel is centrally situated above the top rib side, and the majority of the pairs of retaining edges extend above a plane running parallel through the top rib side, and, at least in sections, are situated in a free-standing manner above the two slanted rib sides, and the fixing sections and the protruding engagement means are designed in such a way that in the parallel engaged position, the fixing sections may be fastened to the two slanted rib sides by means of screws or rivets, and the mounting adapter may be held down against the top rib side by means of the protruding engagement means.
An oral cavity washing device comprising: a device body including a pump configured to discharge washing liquid, and a body unit including a tank provided at the device body; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube; and a washing unit connected to the tube and configured to discharge the washing liquid; wherein the body unit has a two-dimensional shape that is an ellipse or an approximate ellipse in a planar view, the oral cavity washing device further comprises an operation part configured to operate the body unit, wherein the operation part is provided at the upper surface of the device body. a device body including a pump configured to discharge washing liquid, and a body unit including a tank provided at the device body; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube; and a washing unit connected to the tube and configured to discharge the washing liquid; wherein the body unit has a two-dimensional shape that is an ellipse or an approximate ellipse in a planar view, the oral cavity washing device further comprises an operation part configured to operate the body unit, wherein the operation part is provided at the upper surface of the device body.
A system adapted to monitor a power system and to control its operation, the system comprising: a process setting unit receiving a process modeling file from a user and setting, as a process setting file, the process modeling file on which process verification is completed; a process verification unit performing the verification of preset process modeling items on the process modeling files received from the user; and a data storage unit storing file information for the operation of the power system, the process modeling file, process modeling verification results, and the process setting file, characterized in that the process verification unit is configured to read the process modeling file and to recognize the execution time and completion time of each process included in the process modeling file through preset simulation to perform verification. a process setting unit receiving a process modeling file from a user and setting, as a process setting file, the process modeling file on which process verification is completed; a process verification unit performing the verification of preset process modeling items on the process modeling files received from the user; and a data storage unit storing file information for the operation of the power system, the process modeling file, process modeling verification results, and the process setting file, characterized in that the process verification unit is configured to read the process modeling file and to recognize the execution time and completion time of each process included in the process modeling file through preset simulation to perform verification.
A medical endoprosthesis delivery system, comprising: an inner member having an outwardly extending portion; and an outer member at least partially surrounding the inner member the inner and the outer members being configured so that an implantable medical endoprosthesis can be disposed between the inner and outer members, wherein the outwardly extending portion of the inner member is configured so that, when the implantable medical endoprosthesis is disposed between the inner and outer members, the outwardly extending portion of the inner member can be at least partially disposed over the implantable medical endoprosthesis and can interdigitate with an opening of the implantable medical endoprosthesis. an inner member having an outwardly extending portion; and an outer member at least partially surrounding the inner member the inner and the outer members being configured so that an implantable medical endoprosthesis can be disposed between the inner and outer members, wherein the outwardly extending portion of the inner member is configured so that, when the implantable medical endoprosthesis is disposed between the inner and outer members, the outwardly extending portion of the inner member can be at least partially disposed over the implantable medical endoprosthesis and can interdigitate with an opening of the implantable medical endoprosthesis.
An anti-CD200 antibody for use in prolonging the survival of a renal allograft in a recipient mammal, wherein the recipient mammal is presensitized to the renal allograft, wherein the anti-CD200 antibody is to be administered to the recipient mammal in conjunction with one or more immunosuppressive agents; and wherein the anti-CD200 antibody is to be subcutaneously administered to the recipient mammal or intravenously administered to the recipient mammal.
A method of making a security device, comprising: (a) forming an array of focussing elements on a first region of a focussing element support layer, by: (a)(i) applying at least one transparent curable material either to the focussing element support layer or to a casting tool carrying a surface relief corresponding to the focussing elements, over an area which includes at least the first region; (a)(ii) forming the transparent curable material(s) with the casting tool; and (a)(iii) curing the transparent curable material(s) so as to retain the surface relief in the first region; wherein the surface relief defines structures between sub-regions of focussing elements configured to space the sub-regions of focussing elements apart from one another, such that the cured material(s) define sub-sets of focussing elements spaced by gaps, each sub-set comprising a plurality of focussing elements, characterised in that the gaps between the sub-regions of focussing elements have a width (w) less than the pitch (p) of the focussing element array, and in that the transparent curable material is continuous across the gaps and in the gaps has a height less than the height of the focussing elements. (a) forming an array of focussing elements on a first region of a focussing element support layer, by: (a)(i) applying at least one transparent curable material either to the focussing element support layer or to a casting tool carrying a surface relief corresponding to the focussing elements, over an area which includes at least the first region; (a)(ii) forming the transparent curable material(s) with the casting tool; and (a)(iii) curing the transparent curable material(s) so as to retain the surface relief in the first region; wherein the surface relief defines structures between sub-regions of focussing elements configured to space the sub-regions of focussing elements apart from one another, such that the cured material(s) define sub-sets of focussing elements spaced by gaps, each sub-set comprising a plurality of focussing elements, characterised in that the gaps between the sub-regions of focussing elements have a width (w) less than the pitch (p) of the focussing element array, and in that the transparent curable material is continuous across the gaps and in the gaps has a height less than the height of the focussing elements. (a)(i) applying at least one transparent curable material either to the focussing element support layer or to a casting tool carrying a surface relief corresponding to the focussing elements, over an area which includes at least the first region; (a)(ii) forming the transparent curable material(s) with the casting tool; and (a)(iii) curing the transparent curable material(s) so as to retain the surface relief in the first region;
A geosynthetic product, comprising: a sensor-enabled geosynthetic material constructed from a polymeric material, and characterised in that an electrically conductive filler is combined with the polymeric material, the sensor-enabled geosynthetic material having a predetermined concentration of the electrically conductive filler so as to provide the sensor-enabled geosynthetic material with an electrical conductivity and a strain sensitivity within its percolation region. a sensor-enabled geosynthetic material constructed from a polymeric material, and characterised in that an electrically conductive filler is combined with the polymeric material, the sensor-enabled geosynthetic material having a predetermined concentration of the electrically conductive filler so as to provide the sensor-enabled geosynthetic material with an electrical conductivity and a strain sensitivity within its percolation region.
Robotic store for storing microplates carrying a plurality of sample tubes, the robotic store comprising a freezer room having a plurality of freezing units and a first robot being capable of removing a microplate from and moving a microplate into a said freezing unit, the first robot further being capable of transferring the microplate to a processing station, wherein the microplates are stored in the freezing units such that a plurality of microplates are arranged one above the other in a microplate recipient, characterized in that the robotic store comprises at least one processing room (11, 13) and means for thermally separating the processing room (11, 13) from the freezer room, each processing room (11, 13) comprising a processing station having at least one tube transfer module as well as a second robot for moving the microplates between the microplate recipients and said at least one tube transfer module, and wherein the first robot is designed such that it is only capable of removing a said microplate recipient from and moving it into a said freezing unit as well as of transferring it from a said freezing unit to a processing station or vice versa.
A method of recovering a biological material from a solid support having at least one surface coated with a chemical selected from the group consisting of polyvinyl pyrrolidone, poly-2-ethyl-2-oxazoline (PEOX), albumin and casein, comprising the steps of i) contacting a surface of a solid support with a sample containing a biological material; ii) drying said sample on said surface of said support; iii) storing the support; and iv) extracting said biological material from the surface. i) contacting a surface of a solid support with a sample containing a biological material; ii) drying said sample on said surface of said support; iii) storing the support; and iv) extracting said biological material from the surface.
A device comprising: - an electronic module comprising a control unit communicatively connected via a communication bus with a communication interface; - a connectivity module configured to provide Internet connectivity for the device via a wireless data interface communicatively connected with the electronic module; - a data proxy module connected between the data interface of the connectivity module and the communication bus for transmitting data between the data interface and the communication bus; wherein the data proxy module comprises: - a first sniffing module configured to read data transmitted via the communication bus from the control unit to the communication interface; - a second sniffing module configured to read data transmitted via the communication bus from the communication interface to the control unit; - a multiplexer configured to multiplex transparently, all the binary messages data read by the first sniffing module and the second sniffing module and to transmit the multiplexed data to the wireless data interface configured to communicate said transmission to a back-end server for parsing of said binary messages; - a first injecting module configured to transmit data via the communication bus to the control unit; - a second injecting module configured to transmit data via the communication bus to the communication interface; and - a demultiplexer configured to read transparently, all the binary messages data from the wireless data interface and to demultiplex and transmit that data to the first injecting module and to the second injecting module. - an electronic module comprising a control unit communicatively connected via a communication bus with a communication interface; - a connectivity module configured to provide Internet connectivity for the device via a wireless data interface communicatively connected with the electronic module; - a data proxy module connected between the data interface of the connectivity module and the communication bus for transmitting data between the data interface and the communication bus; - a first sniffing module configured to read data transmitted via the communication bus from the control unit to the communication interface; - a second sniffing module configured to read data transmitted via the communication bus from the communication interface to the control unit; - a multiplexer configured to multiplex transparently, all the binary messages data read by the first sniffing module and the second sniffing module and to transmit the multiplexed data to the wireless data interface configured to communicate said transmission to a back-end server for parsing of said binary messages; - a first injecting module configured to transmit data via the communication bus to the control unit; - a second injecting module configured to transmit data via the communication bus to the communication interface; and - a demultiplexer configured to read transparently, all the binary messages data from the wireless data interface and to demultiplex and transmit that data to the first injecting module and to the second injecting module.
A connecting device for connecting thin-walled prefab elements made from a castable and curable material, wherein the connecting device has at least one connecting element, an edge protecting element abutting at least in part a front face of the prefab element and at least one anchor element, wherein the at least one connecting element extends from the edge protecting element and the at least one anchor element extends from the edge protecting element, wherein the edge protecting element, the anchor element and the connecting element are configured as a single part, wherein the anchor element has toothed elements, which extend transversally, preferably substantially orthogonally, from the anchor element and wherein the anchor element has at least two slabs substantially in parallel to one another with the toothed elements, wherein the slabs extend from opposing fringes of the edge protecting element in the same direction, characterized in that the anchor element has a plurality of elongate elements, which extend from the edge protecting element.
A method for consolidating water-containing ground, the method comprising - providing an elongated drain element, the drain element allowing both collection and transport of fluid along a longitudinal direction of the drain element; - providing a pump to a bottom end of the drain element, the pump being a gas-driven Venturi pump, especially an air-driven Venturi pump; - providing the drain element with the pump into the ground to be consolidated; and - driving the pump to discharge collected fluid from the drain element. - providing an elongated drain element, the drain element allowing both collection and transport of fluid along a longitudinal direction of the drain element; - providing a pump to a bottom end of the drain element, the pump being a gas-driven Venturi pump, especially an air-driven Venturi pump; - providing the drain element with the pump into the ground to be consolidated; and - driving the pump to discharge collected fluid from the drain element.
A class D audio amplifier comprising: - a first output driver comprising a first output node (V A)) connectable to a loudspeaker load to supply a load signal thereto, - said first output driver comprising an upper leg having one or more semiconductor switches coupled between a first supply voltage and the first output node (V A) and a lower leg having one or more semiconductor switches coupled between the first output node (V A)) and a second supply voltage, - wherein each of the semiconductor switches comprises a switch control terminal adapted to control a state of the semiconductor switch to selectively place the semiconductor switch in its on-state or off-state; - a pulse width modulator for receipt of a filtered audio signal and generation of a first set of pulse width modulated control signals at an adjustable modulation frequency for respective switch control terminals of the first output driver, - a feedback loop comprising an adjustable loop filter and a summing node coupled to an audio input signal and a feedback signal derived from the load signal, - the feedback loop being configured to couple the feedback signal to the summing node, - a controller configured to control frequency response characteristics of the adjustable loop filter based on a frequency setting of the adjustable modulation frequency of the first set of pulse width modulated control signals. - a first output driver comprising a first output node (V A)) connectable to a loudspeaker load to supply a load signal thereto, - said first output driver comprising an upper leg having one or more semiconductor switches coupled between a first supply voltage and the first output node (V A) and a lower leg having one or more semiconductor switches coupled between the first output node (V A)) and a second supply voltage, - wherein each of the semiconductor switches comprises a switch control terminal adapted to control a state of the semiconductor switch to selectively place the semiconductor switch in its on-state or off-state; - a pulse width modulator for receipt of a filtered audio signal and generation of a first set of pulse width modulated control signals at an adjustable modulation frequency for respective switch control terminals of the first output driver, - a feedback loop comprising an adjustable loop filter and a summing node coupled to an audio input signal and a feedback signal derived from the load signal, - the feedback loop being configured to couple the feedback signal to the summing node, - a controller configured to control frequency response characteristics of the adjustable loop filter based on a frequency setting of the adjustable modulation frequency of the first set of pulse width modulated control signals.
A method for processing a service flow, comprising: receiving (101, 201) a service flow into which a service application attribute is inserted by a network device; determining (102, 202), according to preconfigured correspondence between the service application attribute and a service application identifier, a destination virtual machine capable of processing the service flow; and removing (103, 203) the service application attribute from the service flow, and sending the service flow from which the service application attribute is removed to the destination virtual machine; wherein the service application attribute comprises one or more items of the following: a combination of a forwarding mode of the service flow and a source device number of the service flow, a destination device number, a source device port number, a destination device port number, a service priority, a virtual local area network, VLAN, identity of a source device, a VLAN identity of a destination device, and a CPU code; the service application identifier comprises a virtual network interface identifier of the destination virtual machine or an identifier of a port for communications with the destination virtual machine. receiving (101, 201) a service flow into which a service application attribute is inserted by a network device; determining (102, 202), according to preconfigured correspondence between the service application attribute and a service application identifier, a destination virtual machine capable of processing the service flow; and removing (103, 203) the service application attribute from the service flow, and sending the service flow from which the service application attribute is removed to the destination virtual machine; wherein the service application attribute comprises one or more items of the following: a combination of a forwarding mode of the service flow and a source device number of the service flow, a destination device number, a source device port number, a destination device port number, a service priority, a virtual local area network, VLAN, identity of a source device, a VLAN identity of a destination device, and a CPU code; the service application identifier comprises a virtual network interface identifier of the destination virtual machine or an identifier of a port for communications with the destination virtual machine.