mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: acquiring information relative to a floor (Fi) of a building to be rendered; providing a plurality of ambient condition detectors scattered throughout the building with at least some of the plurality associated with the floor (Fi); monitoring an environment of the building via the ambient condition detectors; establishing a visual display of a substantially transparent floor in response to acquired information; locating selected objects (50-2, 50-3) including the ambient condition detectors and first responders relative to the floor (Fi) on the visual display in response to acquired information; presenting in substantially real-time on the visual display a location of first responders on various floors and a state of at least some of the located selected objects (50-2, 50-3) including the monitored ambient condition detectors wherein an alarm state of the ambient condition detectors is highlighted. acquiring information relative to a floor (Fi) of a building to be rendered; providing a plurality of ambient condition detectors scattered throughout the building with at least some of the plurality associated with the floor (Fi); monitoring an environment of the building via the ambient condition detectors; establishing a visual display of a substantially transparent floor in response to acquired information; locating selected objects (50-2, 50-3) including the ambient condition detectors and first responders relative to the floor (Fi) on the visual display in response to acquired information; presenting in substantially real-time on the visual display a location of first responders on various floors and a state of at least some of the located selected objects (50-2, 50-3) including the monitored ambient condition detectors wherein an alarm state of the ambient condition detectors is highlighted.
A wiring module attached to a plurality of electric cells having electrode terminals including positive electrodes and negative electrodes, the wiring module comprising: a plurality of bus bars each having a pair of connection portions respectively connected to the positive electrode and the negative electrode of the corresponding electric cell; and a plurality of bus bar insulating members each held by adjacent bus bars and comprising at least a first bus bar insulating member and a second bus bar insulating member, wherein the first bus bar insulating member and the second bus bar insulating member are connected with each other by the bus bar. a plurality of bus bars each having a pair of connection portions respectively connected to the positive electrode and the negative electrode of the corresponding electric cell; and a plurality of bus bar insulating members each held by adjacent bus bars and comprising at least a first bus bar insulating member and a second bus bar insulating member, wherein the first bus bar insulating member and the second bus bar insulating member are connected with each other by the bus bar.
Method for recording an electronic request to execute an electronic service, wherein the electronic request is associated with an electronic identification document of a person, wherein the electronic identification document is provided with an electronic identification, and wherein the method comprises the following features: receiving the electronic request via a communication network; receiving the electronic identification of the electronic identification document via the communication network; generating an electronic pseudonym for the person based on the electronic identification; and temporarily storing the electronic pseudonym in a memory for a predefined period of time in order to record the electronic request; wherein the electronic pseudonym is deleted from the memory once the predefined period of time has elapsed, wherein the electronic service is executed only when, at the time of receipt of the electronic request, the electronic pseudonym is not already stored in the memory or is stored in the memory and is associated with a different electronic service. receiving the electronic request via a communication network; receiving the electronic identification of the electronic identification document via the communication network; generating an electronic pseudonym for the person based on the electronic identification; and temporarily storing the electronic pseudonym in a memory for a predefined period of time in order to record the electronic request; wherein the electronic pseudonym is deleted from the memory once the predefined period of time has elapsed, wherein the electronic service is executed only when, at the time of receipt of the electronic request, the electronic pseudonym is not already stored in the memory or is stored in the memory and is associated with a different electronic service.
Method for requesting a closure of a track section and a closure revocation by means of closure signal sent by a communication device having a monitor on the track section to an interlocking and by means of a sent closure revocation signal, characterised in that the interlocking with a module is used as an expanded interlocking, wherein the module has been selected by the communication device in the manner of a chipTAN server, a secure computer chip is coupled optically to the monitor in the manner of a chipTAN generator via an optical coupling point by the secure computer chip being held in front of the monitor at a point marked electronically there, the sent signals are secured by means of the secure computer chip and the expanded interlocking recognises the sent and secured signals and sends confirmation signals to the secure computer chip.
A method for transmitting a packet of an Internet Protocol, IP, network to a Mobile Subscriber Station, MSS, in a downlink of a wireless communication system using a Media Access Control, MAC, protocol, the method comprising the steps of: segmenting, by a MAC-high layer, the packet received through the IP network into a plurality of Automatic Repeat Request, ARQ, blocks (620a, 620b, 620c, 620d, 620e, 620f, 620g); transmitting, by the MAC-high layer, at least one ARQ block to a MAC-low layer together with predetermined header information for transmission of the ARQ block; receiving, by the MAC-low layer, the ARQ block based on the header information; assembling the received ARQ block into a Protocol Data Unit, PDU, block for being transmitted to the MSS (10, 40); and transmitting, by the MAC-low layer, the assembled PDU block to the MSS, wherein the MAC protocol is separated into the MAC-high layer and the MAC-low layer, the MAC-high layer is located in an Access Point Controller, APC, the MAC-high layer managing session information and having a fixed position, a position of the MAC-high layer does not change even though an AP, Access Point, changes due to the handover of the MSS, and the MAC-low layer is located in an AP, Access Point, the MAC-low layer being connected to a physical layer and a position of the MAC-low layer changes to another AP according to movement of the MSS connected to the physical layer. segmenting, by a MAC-high layer, the packet received through the IP network into a plurality of Automatic Repeat Request, ARQ, blocks (620a, 620b, 620c, 620d, 620e, 620f, 620g); transmitting, by the MAC-high layer, at least one ARQ block to a MAC-low layer together with predetermined header information for transmission of the ARQ block; receiving, by the MAC-low layer, the ARQ block based on the header information; assembling the received ARQ block into a Protocol Data Unit, PDU, block for being transmitted to the MSS (10, 40); and transmitting, by the MAC-low layer, the assembled PDU block to the MSS, wherein the MAC protocol is separated into the MAC-high layer and the MAC-low layer, the MAC-high layer is located in an Access Point Controller, APC, the MAC-high layer managing session information and having a fixed position, a position of the MAC-high layer does not change even though an AP, Access Point, changes due to the handover of the MSS, and the MAC-low layer is located in an AP, Access Point, the MAC-low layer being connected to a physical layer and a position of the MAC-low layer changes to another AP according to movement of the MSS connected to the physical layer.
An automation component or clamping device comprising a basic housing, at least one jaw movably guided in a jaw guide of said basic housing, a piston movably guided in said basic housing, said piston having a piston rod sided piston surface, and a piston rod disposed on said piston which extends transversely with respect to said piston rod sided piston surface, said piston being coupled to said jaw in terms of movement, wherein the centroid of said piston rod sided piston surface being spaced apart from said central longitudinal axis of said piston rod, characterized in that said centroid is located within the periphery of said piston rod in a plan view of said piston rod sided piston surface.
A process for recovery of a waste polymer comprising the steps of collecting waste polymer material including unmodified polyvinyl alcohol having a degree of hydrolysis of at least 98 mol%; dissolving the unmodified polyvinyl alcohol in water at a temperature in the range of 60°C or greater to give a solution of the polyvinyl alcohol, wherein the solution has a concentration of 1% to 50% polyvinyl alcohol in water; separating any residual solid phase to form a filtered solution; mixing the filtered solution with a precipitant to recover the polyvinyl alcohol as a precipitate; and separating the precipitated polyvinyl alcohol for re-formulating and recycling. dissolving the unmodified polyvinyl alcohol in water at a temperature in the range of 60°C or greater to give a solution of the polyvinyl alcohol, wherein the solution has a concentration of 1% to 50% polyvinyl alcohol in water; separating any residual solid phase to form a filtered solution; mixing the filtered solution with a precipitant to recover the polyvinyl alcohol as a precipitate; and separating the precipitated polyvinyl alcohol for re-formulating and recycling.
A hot-rolled steel sheet having improved uniform ductility and local ductility at a high strain rate which comprises a main phase of ferrite having an average grain diameter of at most 3.0 μm and a second phase including at least one of martensite, bainite, and austenite, the steel material comprising, in mass percent, C: at least 0.1 % to at most 0.2%, Si: at least 0.1 % to at most 0.6%, Mn: at least 1.0% to at most 3.0%, Al: at least 0.02% to at most 1.0%, Cr: at least 0.1 % to at most 0.7%, and N: at least 0.002% to at most 0.015%, one or more elements selected from the group consisting of Ti: at least 0.002% to at most 0.02%, Nb: at least 0.002% to at most 0.02%, and V: at least 0.01% to at most 0.1%, and a remainder of Fe and impurities, characterized in that in a surface layer of the steel sheet which is a region between the surface of the steel sheet and a location at a depth of 100 μm from the surface, the second phase has an average grain diameter of at most 2.0 μm, the difference (ΔnH av) between the average nanohardness of ferrite (nH αav) which is the main phase and the average nanohardness of the second phase (nH 2nd av) is at least 6.0 GPa to at most 10.0 GPa, and the difference (ΔσnH) of the standard deviation of the nanohardness of the second phase from the standard deviation of the nanohardness of the ferrite is at most 1.5 GPa, and in a central portion of the steel sheet which is a region from a location at a depth of 1/4 of the sheet thickness from the surface of the steel sheet to the center of the sheet thickness, the above-described difference (ΔnH av) in the average nanohardness is at least 3.5 GPa to at most 6.0 GPa and the above-described difference (ΔσnH) in the standard deviation of the nanohardness is at least 1.5 GPa.
An in vitro method of screening for the presence of an ovarian carcinoma in a subject comprising: contacting a biological sample from a subject with at least one antibody specific for the antigen polypeptide consisting of the amino acid sequence set forth in SEQ ID NO:11 to determine the presence in said biological sample of a molecule naturally occurring in soluble form in said sample and having an antigenic determinant that is reactive with said at least one antibody, under conditions and for a time sufficient to detect binding of said antibody to said antigenic determinant, and therefrom detecting the presence of an ovarian carcinoma characterised in that the biological sample is selected from the group consisting of: a blood sample, a serum sample and a plasma sample. contacting a biological sample from a subject with at least one antibody specific for the antigen polypeptide consisting of the amino acid sequence set forth in SEQ ID NO:11 to determine the presence in said biological sample of a molecule naturally occurring in soluble form in said sample and having an antigenic determinant that is reactive with said at least one antibody, under conditions and for a time sufficient to detect binding of said antibody to said antigenic determinant, and therefrom detecting the presence of an ovarian carcinoma characterised in that the biological sample is selected from the group consisting of: a blood sample, a serum sample and a plasma sample.
A polymer electrolyte fuel cell separator material comprising a graphite/cured resin molded product produced by binding a graphite powder using a mixed resin as a binder, the mixed resin being prepared by - forming a mixture of: (a) at least one of a phenol novolac epoxy resin and a cresol novolac epoxy resin, the epoxy resin having an epoxy equivalent of 170 to 250 g/eq, and (b) a novolac phenolic resin having a hydroxyl equivalent of 120 to 200 g/eq, wherein the mixing ratio of (a) and (b) is set so that an equivalent ratio by weight of epoxy groups to phenolic hydroxyl groups is 0.5 to 1.5, - and adding an imidazole compound without an amino group to the mixture as a curing accelerator in an amount of 0.001 to 2.0 wt%; the separator material having, when immersed in hot water at 90°C, a water absorption elongation percentage after 500 hours of immersion of 0.10% or less, an amount of ammonium ions dissolved after 50 hours of immersion of 2 μg/g or less, and an amount of total organic carbon dissolved after 50 hours of immersion of 50 μg/g or less. - forming a mixture of: (a) at least one of a phenol novolac epoxy resin and a cresol novolac epoxy resin, the epoxy resin having an epoxy equivalent of 170 to 250 g/eq, and (b) a novolac phenolic resin having a hydroxyl equivalent of 120 to 200 g/eq, wherein the mixing ratio of (a) and (b) is set so that an equivalent ratio by weight of epoxy groups to phenolic hydroxyl groups is 0.5 to 1.5, (a) at least one of a phenol novolac epoxy resin and a cresol novolac epoxy resin, the epoxy resin having an epoxy equivalent of 170 to 250 g/eq, and (b) a novolac phenolic resin having a hydroxyl equivalent of 120 to 200 g/eq, wherein the mixing ratio of (a) and (b) is set so that an equivalent ratio by weight of epoxy groups to phenolic hydroxyl groups is 0.5 to 1.5, - and adding an imidazole compound without an amino group to the mixture as a curing accelerator in an amount of 0.001 to 2.0 wt%; a water absorption elongation percentage after 500 hours of immersion of 0.10% or less, an amount of ammonium ions dissolved after 50 hours of immersion of 2 μg/g or less, and an amount of total organic carbon dissolved after 50 hours of immersion of 50 μg/g or less.
Device for mounting a nut inside a recess of a bottom fairing configured to be fixed under a platform of a motor vehicle chassis, the device comprising said recess having a bottom against which the nut can be applied via at least one elastically deformable member (10a, 10b, 10c) arranged inside the recess overhanging the bottom and which is able to bear against a flange 13) that the nut comprises, and in that the elastically deformable member (10 a, 10 b, 10 c) is configured in at least one flexible tab (10 a, 10 b, 10 c), the ramp being formed at an upstream end of the tab (10 a, 10 b, 10 c) oriented towards the direction (S 1) of introduction of the nut under the tab (10 a, 10 b, 10 c).
An electrically-powered towing tractor including: - a counterweight, - coupling means configured for connecting a trailer to the towing tractor, - a front frame portion, and - a battery assembly comprising a housing that forms a recess for receiving one or more battery cells, characterized in that the towing tractor further comprises two longitudinal members located on opposite lateral sides of the housing, wherein the two longitudinal members are connected to the counterweight by means of releasable fastening means, wherein the longitudinal members connect the counterweight and the front frame portion on opposite lateral sides of the electrically-powered towing tractor and are configured to transfer forces between the counterweight and the front frame portion during operation of the electrically-powered towing tractor. - a counterweight, - coupling means configured for connecting a trailer to the towing tractor, - a front frame portion, and - a battery assembly comprising a housing that forms a recess for receiving one or more battery cells,
A driving module for vehicles comprising: a vehicle driving motor; a case configured to accommodate the vehicle driving motor and a gear device transmitting rotary force of the vehicle driving motor to axles (8, 9); a vehicle interior air conditioning compressor mounted on the case; and an integrated control module mounted on the case and including a first power conversion device to drive the vehicle driving motor; a second power conversion device to drive the vehicle interior air conditioning compressor, a third power conversion device to charge a high voltage battery of a vehicle, and a fourth power conversion device, to charge a low voltage battery of the vehicle through the high voltage battery, wherein the first, second, third and fourth power conversion devices are integrated into the integrated control module, wherein the integrated control module further includes a central processing unit CPU to perform integrated control of the first power conversion device, the second power conversion device, the third power conversion device and the fourth power conversion device, and the CPU is disposed above at least one of the first power conversion device, the second power conversion device, the third power conversion device and the fourth power conversion device. a vehicle driving motor; a case configured to accommodate the vehicle driving motor and a gear device transmitting rotary force of the vehicle driving motor to axles (8, 9); a vehicle interior air conditioning compressor mounted on the case; and an integrated control module mounted on the case and including a first power conversion device to drive the vehicle driving motor; a second power conversion device to drive the vehicle interior air conditioning compressor, a third power conversion device to charge a high voltage battery of a vehicle, and a fourth power conversion device, to charge a low voltage battery of the vehicle through the high voltage battery, wherein the first, second, third and fourth power conversion devices are integrated into the integrated control module, wherein the integrated control module further includes a central processing unit CPU to perform integrated control of the first power conversion device, the second power conversion device, the third power conversion device and the fourth power conversion device, and the CPU is disposed above at least one of the first power conversion device, the second power conversion device, the third power conversion device and the fourth power conversion device.
Device for automatically checking the quality of a spool of thread for fabrics, comprising: - at least one vision system comprising a camera the frame of which defines an analysis area, said camera being connectable to a system for moving a spool of thread to be analyzed and to a computer onto which analysis software is loaded; and - at least one lighting system; characterized in that the at least one lighting system comprises: -- at least one pair of lights arranged facing one another and transversely in relation to the analysis area, each light comprising a plurality of light sources arranged in line, each light source suitable to provide a raking light to the analysis area of the camera, and -- an additional pair of lights arranged facing one another and transversely in relation to the analysis area, each light comprising a plurality of light sources arranged in line, each light source suitable to provide an angled illumination to the analysis area. - at least one vision system comprising a camera the frame of which defines an analysis area, said camera being connectable to a system for moving a spool of thread to be analyzed and to a computer onto which analysis software is loaded; and - at least one lighting system; -- at least one pair of lights arranged facing one another and transversely in relation to the analysis area, each light comprising a plurality of light sources arranged in line, each light source suitable to provide a raking light to the analysis area of the camera, and -- an additional pair of lights arranged facing one another and transversely in relation to the analysis area, each light comprising a plurality of light sources arranged in line, each light source suitable to provide an angled illumination to the analysis area.
A remote control system, comprises a controlled apparatus and a remote controller, the controlled apparatus comprises a processing control system and an instruction execution unit, wherein, the remote control system further comprises at least a video capturing device connected to the controlled apparatus; at least a characteristic composition is arranged on surface of the remote controller, the at least a video capturing device is used for collecting the characteristic composition on the remote controller; the processing control system is used for processing the collected characteristic composition images, parsing into the corresponding instructions, and giving the instruction execution unit the instructions to execute; the processing control system further comprises a characteristic composition extraction unit, an instruction parsing unit and a coordinate mapping unit; the characteristic composition extraction unit is used for identifying and processing the characteristic composition image collected by the video capturing device, then obtaining a image position of the characteristic composition; and extracting image of the characteristic composition, determining and processing the position of the characteristic composition, so as to determine the moving track and final position of the remote controller; the instruction parsing unit is used for generating instructions corresponding to the image position of the characteristic composition, and giving the instruction execution unit the instructions to execute; the instruction parsing unit comprises an identifying unit which identifies a moving track of the characteristic composition to corresponding motion mode for each motion mode, collects corresponding sample, and extracts characteristic vector of each sample, so as to obtain the characteristic vector set of the motion mode; mapping between characteristic vector of the motion mode and the motion mode is completed by vector set training classifier of each motion mode, and for a motion mode to be identified, the characteristic vector is extracted, and the motion mode is classified by a classifier; the coordinate mapping unit is used to show the position of the remote controller on the display after computing according to moving position of the remote controller characteristic component obtained by the characteristic extraction unit while the instruction parsing unit is transmitting corresponding instruction.
A composition comprising a poly-D-lactic acid (PDLA) polymer and a poly-L-lactic acid (PLLA) polymer, the optical purity of at least the PDLA or the PLLA being at least 95%, and the PDLA being present in an amount of at most 10 wt.% relative to the weight of the total compound, and preferably at least 1 wt.%.