mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus adapted to receive e-mail data including an image file from an e-mail server, said apparatus comprising: management data storing means for storing management data which includes information indicating a time interval to receive e-mail data from said e-mail server; reception means for receiving e-mail data stored in the e-mail server, from said e-mail server based on said information indicating the time interval stored in said management data storing means, wherein the received e-mail data comprises a header and a body, said body including an image file; converting means for converting the image file included in the body of the received e-mail data to image data; determining means for determining, in accordance with the type of the image file, whether or not to convert the image file to image data; error information generating means for generating error information indicating an error in a case where said determining means determines that the image file is not to be converted to image data; and printing means for printing an image based on the image data in a case where said determining means determines that the image file is to be converted to image data, and printing the error information generated by said error information generating means together with information included in the header in the case where said determining means determines that the image file is not to be converted to image data. management data storing means for storing management data which includes information indicating a time interval to receive e-mail data from said e-mail server; reception means for receiving e-mail data stored in the e-mail server, from said e-mail server based on said information indicating the time interval stored in said management data storing means, wherein the received e-mail data comprises a header and a body, said body including an image file; converting means for converting the image file included in the body of the received e-mail data to image data; determining means for determining, in accordance with the type of the image file, whether or not to convert the image file to image data; error information generating means for generating error information indicating an error in a case where said determining means determines that the image file is not to be converted to image data; and printing means for printing an image based on the image data in a case where said determining means determines that the image file is to be converted to image data, and printing the error information generated by said error information generating means together with information included in the header in the case where said determining means determines that the image file is not to be converted to image data.
An emergency lighting driver device for driving a lighting unit comprising at least one emergency lighting source, preferably a LED unit comprising at least one LED, wherein the emergency lighting driver device comprises a) an input terminal being configured to be supplied with a supply voltage, b) a battery chargeable starting from the supply voltage, characterized in that the battery is connected in series to a transistor, wherein the series connection of the battery and the transistor is directly connected in parallel or indirectly connected to the input terminal, and wherein the emergency lighting driver device further comprises, c) a LED driver connected in parallel to the series connection of the battery and the transistor, the LED driver having an output terminal for driving a LED load, and d) a control unit being configured to feedback-control the current through the LED load by controlling the LED driver and being configured to apply a pulse signal to the transistor for controlling the charging of the battery, e) wherein the emergency lighting driver device is configured to assume an operation mode in which: - the battery is charged by applying the pulse signal to the transistor from the control unit, while the LED load is driven, and - the emergency lighting driver device is configured to delay the pulse signal such that the rising edge(s) and/or falling edge(s) of the pulse signal have a transition time of at least 0.5 seconds. a) an input terminal being configured to be supplied with a supply voltage, b) a battery chargeable starting from the supply voltage, characterized in that the battery is connected in series to a transistor, wherein the series connection of the battery and the transistor is directly connected in parallel or indirectly connected to the input terminal, and wherein the emergency lighting driver device further comprises, c) a LED driver connected in parallel to the series connection of the battery and the transistor, the LED driver having an output terminal for driving a LED load, and d) a control unit being configured to feedback-control the current through the LED load by controlling the LED driver and being configured to apply a pulse signal to the transistor for controlling the charging of the battery, e) wherein the emergency lighting driver device is configured to assume an operation mode in which: - the battery is charged by applying the pulse signal to the transistor from the control unit, while the LED load is driven, and - the emergency lighting driver device is configured to delay the pulse signal such that the rising edge(s) and/or falling edge(s) of the pulse signal have a transition time of at least 0.5 seconds. - the battery is charged by applying the pulse signal to the transistor from the control unit, while the LED load is driven, and - the emergency lighting driver device is configured to delay the pulse signal such that the rising edge(s) and/or falling edge(s) of the pulse signal have a transition time of at least 0.5 seconds.
A hair styling device having: a body defining a chamber adapted to accommodate a length of hair, the chamber having a primary opening through which the length of hair may pass into the chamber; a rotatable element in the chamber; an elongate member having an end spaced apart from the rotatable element; the rotatable element being adapted to engage the length of hair adjacent to the primary opening, to pull the length of hair through the primary opening and into the chamber, and to wind the length of hair around the elongate member in use; wherein the end of the elongate member is a free end; wherein the chamber has an annular secondary opening through which the length of hair may pass out of the chamber, the secondary opening being located adjacent to the free end, the secondary opening surrounding the free end of the elongate member; and wherein the device has a movable abutment which can engage the length of hair in use, the movable abutment having an open position in which the length of hair can pass through the secondary opening, and a closed position in which the length of hair is retained within the chamber, the movable abutment being located in the primary opening, the secondary opening or between the primary and secondary openings. a body defining a chamber adapted to accommodate a length of hair, the chamber having a primary opening through which the length of hair may pass into the chamber; a rotatable element in the chamber; an elongate member having an end spaced apart from the rotatable element; the rotatable element being adapted to engage the length of hair adjacent to the primary opening, to pull the length of hair through the primary opening and into the chamber, and to wind the length of hair around the elongate member in use; wherein the end of the elongate member is a free end; wherein the chamber has an annular secondary opening through which the length of hair may pass out of the chamber, the secondary opening being located adjacent to the free end, the secondary opening surrounding the free end of the elongate member; and wherein the device has a movable abutment which can engage the length of hair in use, the movable abutment having an open position in which the length of hair can pass through the secondary opening, and a closed position in which the length of hair is retained within the chamber, the movable abutment being located in the primary opening, the secondary opening or between the primary and secondary openings.
A mould closing unit for an injection moulding machine for processing plastics and other plasticisable materials, comprising - a machine base for setting up the mould closing unit stably, - at least one mould carrier which is movable in a longitudinal direction (L-L) of the mould closing unit and which, between itself and a further mould carrier, forms a mould clamping space in which parts of at least one cyclically openable and closable injection mould are receivable, - at least one linear guide, which is arranged on the machine base in the longitudinal direction (L-L) of the mould closing unit, for guiding the at least one movable mould carrier during movement in the longitudinal direction (L-L), - at least one load-bearing part, which supports the at least one movable mould carrier on the machine base and/or on the at least one linear guide, which load-bearing part has, above the at least one linear guide, a coupling region for the at least one movable mould carrier that is connected to the movable mould carrier, with positive engagement or by a substance-to-substance bond, and of which the rigidity is greater in the longitudinal direction (L-L) than in a direction transverse to the longitudinal direction (L-L), characterised in that the load-bearing part and/or the coupling region take an elliptical form in cross section, wherein the smaller axis of the ellipse extends in a direction transverse to the longitudinal direction (L-L) of the mould closing unit. - a machine base for setting up the mould closing unit stably, - at least one mould carrier which is movable in a longitudinal direction (L-L) of the mould closing unit and which, between itself and a further mould carrier, forms a mould clamping space in which parts of at least one cyclically openable and closable injection mould are receivable, - at least one linear guide, which is arranged on the machine base in the longitudinal direction (L-L) of the mould closing unit, for guiding the at least one movable mould carrier during movement in the longitudinal direction (L-L), - at least one load-bearing part, which supports the at least one movable mould carrier on the machine base and/or on the at least one linear guide, which load-bearing part has, above the at least one linear guide, a coupling region for the at least one movable mould carrier that is connected to the movable mould carrier, with positive engagement or by a substance-to-substance bond, and of which the rigidity is greater in the longitudinal direction (L-L) than in a direction transverse to the longitudinal direction (L-L),
A controller configured to control charge or discharge of an energy storage unit, which includes an energy storage device, the controller comprising: a switch provided in a charge-discharge current path of the energy storage unit; characterised by an external input terminal that is configured to supply the switch with an input signal for turning on or off the switch, wherein the input signal for turning on the switch is supplied when a power system configured to be connected to the energy storage unit is restored from a power failure; an external output terminal that is configured to output an external output signal to an other controller of an other energy storage unit connected to the power system, the other controller including an other switch provided in a charge-discharge current path of the other energy storage unit; a control part that is configured to supply a control signal to the switch, and that includes a power restoration determination part, which is configured to determine whether or not the power system is restored, and wherein when the power restoration determination part determines that the power system configured to be connected to the energy storage unit is restored, the control part is configured to output the control signal to turn on the switch; wherein the switch has an OFF function to turn off the switch, when at least one of the control signal and the input signal is a signal for turning off the switch, and an ON function to turn on the switch, when each of the control signal and the input signal is a signal for turning on the switch. a switch provided in a charge-discharge current path of the energy storage unit; characterised by an external input terminal that is configured to supply the switch with an input signal for turning on or off the switch, wherein the input signal for turning on the switch is supplied when a power system configured to be connected to the energy storage unit is restored from a power failure; an external output terminal that is configured to output an external output signal to an other controller of an other energy storage unit connected to the power system, the other controller including an other switch provided in a charge-discharge current path of the other energy storage unit; a control part that is configured to supply a control signal to the switch, and that includes a power restoration determination part, which is configured to determine whether or not the power system is restored, and wherein when the power restoration determination part determines that the power system configured to be connected to the energy storage unit is restored, the control part is configured to output the control signal to turn on the switch; wherein the switch has an OFF function to turn off the switch, when at least one of the control signal and the input signal is a signal for turning off the switch, and an ON function to turn on the switch, when each of the control signal and the input signal is a signal for turning on the switch.
A computer-implemented method comprising: generating, by a network controller, a master route table for a plurality of network segments reachable from a plurality of edge network devices managed by the network controller; receiving, by the network controller, zone definition information mapping the plurality of network segments into one or more zones, and one or more Zone-based Firewall, ZFW, policies to apply to traffic between a source zone and a destination zone specified by each ZFW policy; evaluating, by the network controller, a first ZFW policy to determine one or more first edge network devices that can reach one or more first network segments mapped to a first source zone specified by the first ZFW policy, one or more second edge network devices that can reach one or more second network segments mapped to a first destination zone specified by the first ZFW policy, and first routing information, from the master route table, between the one or more first network segments, the one or more first edge network devices, the one or more second edge network devices, and the one or more second network segments; and transmitting, by the network controller, the first routing information to the one or more first edge network devices and the one or more second edge network devices. generating, by a network controller, a master route table for a plurality of network segments reachable from a plurality of edge network devices managed by the network controller; receiving, by the network controller, zone definition information mapping the plurality of network segments into one or more zones, and one or more Zone-based Firewall, ZFW, policies to apply to traffic between a source zone and a destination zone specified by each ZFW policy; evaluating, by the network controller, a first ZFW policy to determine one or more first edge network devices that can reach one or more first network segments mapped to a first source zone specified by the first ZFW policy, one or more second edge network devices that can reach one or more second network segments mapped to a first destination zone specified by the first ZFW policy, and first routing information, from the master route table, between the one or more first network segments, the one or more first edge network devices, the one or more second edge network devices, and the one or more second network segments; and transmitting, by the network controller, the first routing information to the one or more first edge network devices and the one or more second edge network devices.
A system comprising: a display system; and a control system communicatively coupled to the display system, the control system configured to: receive anatomic image data for an anatomic tree structure; generate an initial segmentation of the anatomic image data, the initial segmentation including a trunk structure and a branched structure unconnected to the trunk structure; and determine whether to connect the branched structure to the trunk structure based on an assessment of a shape of the branched structure and an assessment of a relationship between the trunk structure and the branched structure, wherein the assessment of the shape of the branched structure is based on a number of bifurcations or branched members of the branched structure. a display system; and a control system communicatively coupled to the display system, the control system configured to: receive anatomic image data for an anatomic tree structure; generate an initial segmentation of the anatomic image data, the initial segmentation including a trunk structure and a branched structure unconnected to the trunk structure; and determine whether to connect the branched structure to the trunk structure based on an assessment of a shape of the branched structure and an assessment of a relationship between the trunk structure and the branched structure, wherein the assessment of the shape of the branched structure is based on a number of bifurcations or branched members of the branched structure. receive anatomic image data for an anatomic tree structure; generate an initial segmentation of the anatomic image data, the initial segmentation including a trunk structure and a branched structure unconnected to the trunk structure; and determine whether to connect the branched structure to the trunk structure based on an assessment of a shape of the branched structure and an assessment of a relationship between the trunk structure and the branched structure, wherein the assessment of the shape of the branched structure is based on a number of bifurcations or branched members of the branched structure.
A method of determining integrity of a well comprising: mixing conductive materials into a fluid; introducing the fluid into the well; allowing the conductive materials to coat a surface of a subsurface formation, thereby forming an electrically conductive data conduit coating; introducing a cement slurry into the well; cementing the well; and transmitting data through the electrically conductive data conduit coating to determine the integrity of the well. mixing conductive materials into a fluid; introducing the fluid into the well; allowing the conductive materials to coat a surface of a subsurface formation, thereby forming an electrically conductive data conduit coating; introducing a cement slurry into the well; cementing the well; and transmitting data through the electrically conductive data conduit coating to determine the integrity of the well.
A nanoparticle having a substantially bi-concaved disc shape, wherein the nanoparticle comprises an aqueous core, a bi-layered shell comprising a positively-charged amphiphilic polymer, and a payload; wherein the bi-layered shell has a hydrophilic outer layer, a hydrophilic inner layer, and a hydrophobic region between the layers; the amphiphilic polymer comprises a branched, amine-containing polymer linked to a lipid; and the payload comprises an oxygen-carrying agent selected from synthetic hemoglobin or naturally occurring hemoglobin, a heterotropic allosteric effector that modifies the oxygen carrying agent's O 2 affinity, and a reducing agent.
A composite material for the implants comprising biocompatible titanium or biocompatible titanium alloy and comprising a biodegradable component, which is intended for at least partial desorption in vivo in contact with a human tissue, wherein a material is a product of a powder consolidation, wherein titanium or titanium alloy forms a bearing structure, wherein the material is fabricated by a consolidation of a powder mixture of titanium or titanium alloy particles and particles of the biodegradable component, and wherein the biodegradable component is as a phase dispersed homogenously throughout a volume of the material and the biodegradable component occupies from 2 to 20 volumic % of the material, is characterized by the fact, that the biodegradable component is arranged in a bearing structure by an extrusion to sections, of which at least 15% is directly or indirectly connected to a surface of the material and the sections of the biodegradable component are in the form of filaments oriented along the extrusion direction. wherein a material is a product of a powder consolidation, wherein titanium or titanium alloy forms a bearing structure, wherein the material is fabricated by a consolidation of a powder mixture of titanium or titanium alloy particles and particles of the biodegradable component, and wherein the biodegradable component is as a phase dispersed homogenously throughout a volume of the material and the biodegradable component occupies from 2 to 20 volumic % of the material, is characterized by the fact, that the biodegradable component is arranged in a bearing structure by an extrusion to sections, of which at least 15% is directly or indirectly connected to a surface of the material and the sections of the biodegradable component are in the form of filaments oriented along the extrusion direction.
An arrangement having a blind rivet screw, a joining material which has a joining material thickness, and a screw-on material which has a maximum permitted screw-on material thickness, wherein the blind rivet screw has a rivet body, which has a rivet head and a deformation region for forming a closing head, and a bolt having an external thread, a thread section of which protrudes out of the rivet head and is connected to the rivet body in a connecting region, wherein, when the closing head is formed, the thread section is at most 4 thread turns plus 1 mm longer than the maximum screw-on material thickness, but, in the case of the undeformed rivet body, the thread section protrudes at least 4 thread turns beyond the rivet body.