mhurhangee/ep-ind-claims huggingface dataset:
Floor drain device for mounting underneath drain outflows, more particularly flat floor-level shower units, having a housing which has a collecting chamber for receiving the draining water, wherein the drain device furthermore has a pump for drawing off the water located in the collecting chamber, the pump being coupled on the pressure side to a pipeline section which leads out from the collecting chamber, wherein a pump part comprising the electrical component parts of the pump is stored in a pump chamber which is sealed watertight from the collecting chamber, characterised in that the pump is arranged horizontal with a horizontally aligned drive shaft, and a suction region of the pump located at a head section of the pump is located in the collecting chamber wherein the head section of the pump is connected with force-locking engagement to an internal wall section of the collecting chamber, and a fixing element which tapers in an insert direction and is in particular wedge-shaped, is pushed in between the head section and the internal wall section.
A computer system for delegating behavior associated with a contract (212, 320, 413, 513) installed on a blockchain to a non-blockchain application, the computer system comprising: one or more computer-readable storage media storing computer-executable instructions of a cryptodelegate (211, 330, 412, 512) and a cryptlet container service (220,430, 530), the cryptodelegate including instructions that receive from code of the contract executing on a virtual machine (210, 310,411, 511) an identity of a cryptlet (231, 370, 441, 541) and a requested behavior to be performed by the cryptlet, provide to the cryptlet container service the identity and the requested behavior, receive from the cryptlet container service a response generated by the cryptlet performing the requested behavior, and send to the code of the contract the response, wherein the cryptlet is a cryptographic applet that is to perform the requested behavior on behalf of the contract; and the cryptlet container service including instructions that store information relating to registered cryptlets including references to the cryptlets, receive from the cryptodelegate the identity and the requested behavior, identify a host for executing the cryptlet container (230, 350, 440, 540) and cryptlet, authenticate the cryptlet, provide the requested behavior to the cryptlet, receive the response generated by the cryptlet, and send to the blockchain and verified by cryptodelegate the response; and one or more processors for executing the computer-executable instructions store in the one or more computer-readable storage media. one or more computer-readable storage media storing computer-executable instructions of a cryptodelegate (211, 330, 412, 512) and a cryptlet container service (220,430, 530), the cryptodelegate including instructions that receive from code of the contract executing on a virtual machine (210, 310,411, 511) an identity of a cryptlet (231, 370, 441, 541) and a requested behavior to be performed by the cryptlet, provide to the cryptlet container service the identity and the requested behavior, receive from the cryptlet container service a response generated by the cryptlet performing the requested behavior, and send to the code of the contract the response, wherein the cryptlet is a cryptographic applet that is to perform the requested behavior on behalf of the contract; and the cryptlet container service including instructions that store information relating to registered cryptlets including references to the cryptlets, receive from the cryptodelegate the identity and the requested behavior, identify a host for executing the cryptlet container (230, 350, 440, 540) and cryptlet, authenticate the cryptlet, provide the requested behavior to the cryptlet, receive the response generated by the cryptlet, and send to the blockchain and verified by cryptodelegate the response; and one or more processors for executing the computer-executable instructions store in the one or more computer-readable storage media.
An annular barrier for being mounted as part of a well tubular metal structure for providing zonal isolation in a small diameter borehole downhole for isolating a first zone from a second zone, the annular barrier having an inner face and comprising: - an expandable metal sleeve having a first end and a second end, an inner face and an outer face facing the borehole, - a first end part having a first end connected to the first end of the expandable metal sleeve and a second end for being mounted as part of the well tubular metal structure, the first end part having an inner face and - a second end part having a first end connected to the second end of the expandable metal sleeve and a second end for being mounted as part of the well tubular metal structure, the second end part having an inner face, wherein the first end of the first end part is connected end to end to the first end of the expandable metal sleeve, and the first end of the second end part is connected end to end to the second end of the expandable metal sleeve, the expandable metal sleeve and the first and second end parts being connected so that the inner face of the expandable metal sleeve and the inner faces (19, 23) of the first and second end parts constitute the inner face of the annular barrier, and wherein the second ends (8, 11) of the end parts are provided with male or female thread connections for being mounted to corresponding male or female thread connections of the well tubular metal structure. - an expandable metal sleeve having a first end and a second end, an inner face and an outer face facing the borehole, - a first end part having a first end connected to the first end of the expandable metal sleeve and a second end for being mounted as part of the well tubular metal structure, the first end part having an inner face and - a second end part having a first end connected to the second end of the expandable metal sleeve and a second end for being mounted as part of the well tubular metal structure, the second end part having an inner face,
A delivery vehicle, in particular manned or unmanned electric delivery vehicle, for delivering goods, in particular food products, in delivery boxes, comprising a loading platform, and comprising at least one frame receiving several delivery boxes, which can be held so as to be positioned on the loading platform and can be removed from the loading platform again with the delivery boxes for commissioning purposes, wherein the delivery boxes each assume a position in the frame, which is predetermined by the commissioning, wherein the commissioning is further specified completely or partially with the help of a control unit, and wherein the commissioning specifies a position occupancy plan for all delivery boxes in the frame, wherein the control unit specifies the position occupancy plan based on master data for the goods to be delivered as well as master data of the customers receiving the goods, characterized in that additional construction data of the delivery vehicle is considered thereby, namely the position of its center of gravity in the unloaded state, and that the position occupancy plan is prepared with the highest priority so that the delivery boxes with the highest weight assume the position closest to the center of gravity in the position occupancy plan. the delivery boxes each assume a position in the frame, which is predetermined by the commissioning, wherein the commissioning is further specified completely or partially with the help of a control unit, and wherein the commissioning specifies a position occupancy plan for all delivery boxes in the frame, wherein the control unit specifies the position occupancy plan based on master data for the goods to be delivered as well as master data of the customers receiving the goods, characterized in that additional construction data of the delivery vehicle is considered thereby, namely the position of its center of gravity in the unloaded state, and that the position occupancy plan is prepared with the highest priority so that the delivery boxes with the highest weight assume the position closest to the center of gravity in the position occupancy plan.
A lumbar plate assembly for use between at least two vertebral bodies, the plate assembly comprising, a lumbar plate having at least one screw opening for each vertebral body; a screw configured to secure the lumbar plate to the vertebral body through the at least one screw opening; and a rotatable locking mechanism proximate the-at least one screw opening for each vertebral body; characterized in that the screw includes at least one notch disposed on a top portion of the screw, and in that the rotatable locking mechanism has a trapezoidal shape and includes at least one locking tip (1303, 1305) configured to interact with the at least one notch of the screw, the rotatable locking mechanism configured to rotate from a first configuration to a second configuration, the first configuration allowing the screw to pass into the opening and the second configuration the at least one locking tip engaging with the at least one notch of the screw to prevent withdrawal of the screw from the opening.
A method including: monitoring (i) a status of each of one or more computing devices, (ii) a status of each of one or more applications, each application hosted by at least one of the computing devices, and (iii) a status of each of one or more jobs, each job associated with at least one of the applications wherein a job includes one or more operations that can be executed to process data records, wherein the monitoring includes receiving, from a reporter application hosted on each of the computing devices, information indicative of the status of the computing device, information indicative of the status of each application hosted by the computing device, and information indicative of the status of each job associated with an application hosted by the computing device; determining that one of the status of one of the computing devices, the status of one of the applications, and the status of one of the jobs is indicative of a performance issue associated with the corresponding computing device, application, or job, the determination being made based on a comparison of the received information indicative of the status of one or more of the computing devices, applications, or jobs and at least one predetermined criterion; displaying said performance issue on a user interface, and enabling an action to be performed associated with the performance issue. monitoring (i) a status of each of one or more computing devices, (ii) a status of each of one or more applications, each application hosted by at least one of the computing devices, and (iii) a status of each of one or more jobs, each job associated with at least one of the applications wherein a job includes one or more operations that can be executed to process data records, wherein the monitoring includes receiving, from a reporter application hosted on each of the computing devices, information indicative of the status of the computing device, information indicative of the status of each application hosted by the computing device, and information indicative of the status of each job associated with an application hosted by the computing device; determining that one of the status of one of the computing devices, the status of one of the applications, and the status of one of the jobs is indicative of a performance issue associated with the corresponding computing device, application, or job, the determination being made based on a comparison of the received information indicative of the status of one or more of the computing devices, applications, or jobs and at least one predetermined criterion; displaying said performance issue on a user interface, and enabling an action to be performed associated with the performance issue.
A chair back comprising: an upper back rest section formed from a single band; and a lower section adapted to support the back rest section relative to a chair seat, wherein the lower section is formed from a pair of resiliently flexible arcuate bands, wherein a portion of an upper face of each resiliently flexible arcuate band engages with a portion of the underside of a side section of the back rest section to form an elbow rest. an upper back rest section formed from a single band; and a lower section adapted to support the back rest section relative to a chair seat, wherein the lower section is formed from a pair of resiliently flexible arcuate bands, wherein a portion of an upper face of each resiliently flexible arcuate band engages with a portion of the underside of a side section of the back rest section to form an elbow rest.
A non-planar resistive memory cell, comprising: a substrate including two levels of interconnects (M1, M2) and an interconnect, all surrounded by a dielectric layer; a first electrode (322, 522) disposed on opposing trench walls in an open region of the substrate over the interconnect and in contact with the interconnect; a second electrode (328, 528); and a switching layer (324, 524) disposed between the first and second electrodes in the trench, the switching layer comprising at least one of a metal oxide and a metal oxide alloy; an oxygen exchange layer, OEL, between the switching layer (324, 524) and one of the first electrode (322, 522) and second electrode (328, 528), the OEL extending above the memory cell; wherein the second electrode is substantially between opposing portions of the switching layer wherein the switching layer and the second electrode extend above and beyond the memory cell, a dielectric layer on the substrate, the dielectric layer comprising an interconnect in contact with the second electrode (328, 528) and an interconnect level M3 in contact with the two levels of interconnects (M1, M2). a substrate including two levels of interconnects (M1, M2) and an interconnect, all surrounded by a dielectric layer; a first electrode (322, 522) disposed on opposing trench walls in an open region of the substrate over the interconnect and in contact with the interconnect; a second electrode (328, 528); and a switching layer (324, 524) disposed between the first and second electrodes in the trench, the switching layer comprising at least one of a metal oxide and a metal oxide alloy; an oxygen exchange layer, OEL, between the switching layer (324, 524) and one of the first electrode (322, 522) and second electrode (328, 528), the OEL extending above the memory cell; wherein the second electrode is substantially between opposing portions of the switching layer wherein the switching layer and the second electrode extend above and beyond the memory cell, a dielectric layer on the substrate, the dielectric layer comprising an interconnect in contact with the second electrode (328, 528) and an interconnect level M3 in contact with the two levels of interconnects (M1, M2).
A net type, knitted or woven bag production method, comprising weaving yarns characterized in that; - The threads forming the bag are woven in order to establish a tubular structure; - The hot melt, glue and similar liquid and adhesive structured laminate is applied in certain intervals to the tubular structure in vertical strips; being transversal in respect of the longitudinal axis of the said tubular structure; - The tubular structure is cut so as to form a mouth section of the laminated bag all along the longitudinal edge of the laminate established, creating on the one side of the cut said mouth section of one bag and on the other side a bottom part of the following bag; - The pieces formed by cutting the tubular structure, form the bag by sealing at least one side of the tubular structure which stands transversal in respect of the longitudinal axis of the said tubular structure. - The threads forming the bag are woven in order to establish a tubular structure; - The hot melt, glue and similar liquid and adhesive structured laminate is applied in certain intervals to the tubular structure in vertical strips; being transversal in respect of the longitudinal axis of the said tubular structure; - The tubular structure is cut so as to form a mouth section of the laminated bag all along the longitudinal edge of the laminate established, creating on the one side of the cut said mouth section of one bag and on the other side a bottom part of the following bag; - The pieces formed by cutting the tubular structure, form the bag by sealing at least one side of the tubular structure which stands transversal in respect of the longitudinal axis of the said tubular structure.
A computer-implemented method for modifying a variable string in a document and generating a required hash value, wherein the document comprises the variable string and a fixed string, the method comprising: - constructing a Hamiltonian based on the variable string; - encoding the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit; - comparing the generated hash value with a true hash value in a comparator; - determining an overlap between the generated hash value and a true hash value; and - on reaching a zero overlap value, determining the variable string, otherwise optimising parameters of the quantum circuit. - constructing a Hamiltonian based on the variable string; - encoding the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit; - comparing the generated hash value with a true hash value in a comparator; - determining an overlap between the generated hash value and a true hash value; and - on reaching a zero overlap value, determining the variable string, otherwise optimising parameters of the quantum circuit.
A method comprising: providing separate flows of an anode liquid, an electrolyte liquid and a cathode liquid; and bringing together and solidifying the separate flows to form a solid fibre-shaped battery (100, 200a-c) having a tubular electrolyte layer (120, 220a) with an anode layer (110, 210a) and a cathode layer (130, 230a) arranged on different sides of the electrolyte layer, the electrolyte layer, the anode layer and the cathode layer being formed from the electrolyte liquid, the anode liquid and the cathode liquid respectively, wherein providing the separate flows of the anode liquid, electrolyte liquid and cathode liquid comprises providing the three liquids flowing in three respective subchannels separated by respective subchannel walls, the electrolyte liquid flowing through a tubular electrolyte subchannel and the anode liquid and cathode liquid flowing through respective subchannels (301, 303) on different sides of the tubular electrolyte subchannel, and wherein bringing together the separate flows comprises bringing the liquids to flow together in a layered arrangement within a single channel. providing separate flows of an anode liquid, an electrolyte liquid and a cathode liquid; and bringing together and solidifying the separate flows to form a solid fibre-shaped battery (100, 200a-c) having a tubular electrolyte layer (120, 220a) with an anode layer (110, 210a) and a cathode layer (130, 230a) arranged on different sides of the electrolyte layer, the electrolyte layer, the anode layer and the cathode layer being formed from the electrolyte liquid, the anode liquid and the cathode liquid respectively, wherein providing the separate flows of the anode liquid, electrolyte liquid and cathode liquid comprises providing the three liquids flowing in three respective subchannels separated by respective subchannel walls, the electrolyte liquid flowing through a tubular electrolyte subchannel and the anode liquid and cathode liquid flowing through respective subchannels (301, 303) on different sides of the tubular electrolyte subchannel, and wherein bringing together the separate flows comprises bringing the liquids to flow together in a layered arrangement within a single channel.
A medical device configured to perform an endovascular therapy, the device comprising: an elongate manipulation member comprising a distal end portion; and an intervention member comprising a proximal end portion and a plurality of cells (116, 132, 134, 136) forming a mesh, the proximal end portion being coupled with the distal end portion of the elongate manipulation member, the mesh having a proximal mesh end, a distal mesh end, and a mesh length from the proximal end to the distal end, the mesh being compressible to a collapsed configuration for delivery to an endovascular treatment site through a catheter and being self-expandable from the collapsed configuration to an expanded configuration, and wherein, in a longitudinal row of at least three cells (132, 134, 136), each cell distally adjacent to another cell has a larger proximal inscribed strut angle (θ) between first and second struts (i) bounding a proximal portion of the cell and (ii) diverging in a distal direction, than has the another cell, the longitudinal row extending from a first location to a second location along the mesh, the first and second locations being longitudinally separated by a distance that is more than half of the mesh length, the first struts of all cells (116, 132, 134, 136) between the first and second locations having equal lengths, wherein the inscribed strut angle (θ) is measured between straight reference lines that join strut intersection points (120a, 120b, 120c) at each end of the first and second struts, and wherein, for each cell (116, 132, 134, 136), the first strut has a length equal to that of the second strut. an elongate manipulation member comprising a distal end portion; and an intervention member comprising a proximal end portion and a plurality of cells (116, 132, 134, 136) forming a mesh, the proximal end portion being coupled with the distal end portion of the elongate manipulation member, the mesh having a proximal mesh end, a distal mesh end, and a mesh length from the proximal end to the distal end, the mesh being compressible to a collapsed configuration for delivery to an endovascular treatment site through a catheter and being self-expandable from the collapsed configuration to an expanded configuration, and wherein, in a longitudinal row of at least three cells (132, 134, 136), each cell distally adjacent to another cell has a larger proximal inscribed strut angle (θ) between first and second struts (i) bounding a proximal portion of the cell and (ii) diverging in a distal direction, than has the another cell, the longitudinal row extending from a first location to a second location along the mesh, the first and second locations being longitudinally separated by a distance that is more than half of the mesh length, the first struts of all cells (116, 132, 134, 136) between the first and second locations having equal lengths, wherein the inscribed strut angle (θ) is measured between straight reference lines that join strut intersection points (120a, 120b, 120c) at each end of the first and second struts, and wherein, for each cell (116, 132, 134, 136), the first strut has a length equal to that of the second strut.