mhurhangee/ep-ind-claims huggingface dataset:
A barrier system, said barrier system including first and at least second barrier elements (4, 300), at least a portion of the first and second barrier elements (4, 300) having a hollow interior, and barrier connection apparatus (6, 200) for releasably connecting an end (16, 312) of the first barrier element (4, 300) to an end (16, 312) of the at least second barrier element (4, 300) in use, said barrier connection apparatus (6, 200) having connection means (102, 104) provided on or associated with the same which are arranged to allow detachable attachment in use with attachment means (46, 48) provided on each of the first and at least second barrier elements(4, 300), the hollow interior portion of each barrier element (4, 300) is provided immediately adjacent an end (16, 312) of the barrier element (4, 300) and has an opening at a top and end of each barrier member (4, 300) to allow receipt of the barrier connection apparatus (6, 200) in use, characterised in that the barrier connection apparatus (6, 200) is T-shaped or substantially T-shaped in form and is arranged and dimensioned so that at least a part of the barrier connection apparatus (6, 200) is insertable into the hollow interior portions of the first and second barrier elements (4, 300) in use in order to releasably connect the first and at least second barrier elements (4, 300) together, from a starting position above the adjoining barrier elements (4, 300) and at least part of the barrier connection apparatus (6, 200) is brought into overlapping engagement with the first and second barrier elements (4, 300) in use when connected with the same; the barrier elements (4, 300) and the barrier connection apparatus (6, 200) arranged such that removal and/or insertion of the barrier connection apparatus (6, 200) with the barrier elements (4, 300) is in a direction transverse or perpendicular to a longitudinal axis of the barrier elements (4, 300).
A secondary battery comprising: an electrode assembly; a can arranged to accommodate the electrode assembly (no); a cap plate coupled to a one end of the can and arranged to seal the can; wherein the cap plate comprises a deformable region in a central region of the cap plate, the deformable region being a portion of the cap plate that is mechanically weaker than other regions of the cap plate; wherein the cap plate further comprises a reinforcement unit (153, 253, 353, 354, 453, 454) formed on at least one side region of the cap plate, the reinforcement unit being arranged to reinforce the strength of the cap plate; wherein the cap plate comprises a terminal hole located in the central region of the cap plate, wherein the deformable region comprises a groove in the cap plate located at least partially around the terminal hole, wherein a length of the reinforcement unit (153, 253, 353, 354, 453, 454) is greater than a width of the reinforcement unit (153, 253, 353, 354, 453, 454). an electrode assembly; a can arranged to accommodate the electrode assembly (no); a cap plate coupled to a one end of the can and arranged to seal the can; wherein the cap plate comprises a deformable region in a central region of the cap plate, the deformable region being a portion of the cap plate that is mechanically weaker than other regions of the cap plate; wherein the cap plate further comprises a reinforcement unit (153, 253, 353, 354, 453, 454) formed on at least one side region of the cap plate, the reinforcement unit being arranged to reinforce the strength of the cap plate; wherein the cap plate comprises a terminal hole located in the central region of the cap plate, wherein the deformable region comprises a groove in the cap plate located at least partially around the terminal hole, wherein a length of the reinforcement unit (153, 253, 353, 354, 453, 454) is greater than a width of the reinforcement unit (153, 253, 353, 354, 453, 454).
A method of producing flint glass using submerged combustion melting, the method comprising: preparing a vitrifiable feed material that includes a base glass portion that provides primary glass-forming oxides, an oxidizing agent comprising a sulfate compound, and a decolorant comprising either selenium or manganese oxide, wherein the vitrifiable feed material comprises between 0.20 wt% and 0.50 wt% of the sulfate compound, expressed as SO 3, and further comprises between 0.008 wt% and 0.016 wt% of selenium or between 0.1 wt% and 0.2 wt% of manganese oxide; introducing the vitrifiable feed material into a glass melt contained within a submerged combustion melter, the glass melt comprising a total iron content expressed as Fe 2 O 3 in an amount ranging from 0.04 wt% to 0.06 wt% and having a redox ratio that ranges from 0.1 to 0.4, the submerged combustion melter including one or more submerged burners; and discharging combustion products from the one or more submerged burners directly into and through the glass melt to thereby agitate the glass melt while intermixing and melting the vitrifiable feed material into the glass melt. preparing a vitrifiable feed material that includes a base glass portion that provides primary glass-forming oxides, an oxidizing agent comprising a sulfate compound, and a decolorant comprising either selenium or manganese oxide, wherein the vitrifiable feed material comprises between 0.20 wt% and 0.50 wt% of the sulfate compound, expressed as SO 3, and further comprises between 0.008 wt% and 0.016 wt% of selenium or between 0.1 wt% and 0.2 wt% of manganese oxide; introducing the vitrifiable feed material into a glass melt contained within a submerged combustion melter, the glass melt comprising a total iron content expressed as Fe 2 O 3 in an amount ranging from 0.04 wt% to 0.06 wt% and having a redox ratio that ranges from 0.1 to 0.4, the submerged combustion melter including one or more submerged burners; and discharging combustion products from the one or more submerged burners directly into and through the glass melt to thereby agitate the glass melt while intermixing and melting the vitrifiable feed material into the glass melt.
A method of estimating traffic jams on a roads network, comprising: - receiving information from at least one cellular PLMN covering a geographic region wherein at least one road of the roads network to be monitored is located, wherein said information comprises data related to a call traffic handled by the cellular PLMN in an at least one area of said geographic region, and an indication related to a mobility of mobile terminals into/out of said area; - providing an indication of traffic jam in said at least one road in case said call traffic handled by the cellular PLMN in the at least one area exceeds a first threshold and the indication related to the mobility of mobile terminals into/out of said area trespasses a second threshold, characterised in that said providing the indication of traffic jam comprises: - comparing the call traffic handled by the cellular PLMN in the at least one area to the first threshold; - in case the call traffic handled by the cellular PLMN in the at least one area exceeds the first threshold, comparing the indication related to the mobility of mobile terminals into/out of said area to the second threshold; and - providing the indication of traffic jam in at least one transit direction along said road in case the mobility of mobile terminals into/out of said area trespasses the second threshold. - receiving information from at least one cellular PLMN covering a geographic region wherein at least one road of the roads network to be monitored is located, wherein said information comprises data related to a call traffic handled by the cellular PLMN in an at least one area of said geographic region, and an indication related to a mobility of mobile terminals into/out of said area; - providing an indication of traffic jam in said at least one road in case said call traffic handled by the cellular PLMN in the at least one area exceeds a first threshold and the indication related to the mobility of mobile terminals into/out of said area trespasses a second threshold, characterised in that said providing the indication of traffic jam comprises: - comparing the call traffic handled by the cellular PLMN in the at least one area to the first threshold; - in case the call traffic handled by the cellular PLMN in the at least one area exceeds the first threshold, comparing the indication related to the mobility of mobile terminals into/out of said area to the second threshold; and - providing the indication of traffic jam in at least one transit direction along said road in case the mobility of mobile terminals into/out of said area trespasses the second threshold. - comparing the call traffic handled by the cellular PLMN in the at least one area to the first threshold; - in case the call traffic handled by the cellular PLMN in the at least one area exceeds the first threshold, comparing the indication related to the mobility of mobile terminals into/out of said area to the second threshold; and - providing the indication of traffic jam in at least one transit direction along said road in case the mobility of mobile terminals into/out of said area trespasses the second threshold.
A rubber composition comprising a rubber component, a white filler and a compound represented by the following formula, where R 1 represents an alkyl group or alkenyl group having 8 to 14 carbon atoms, the alkyl group or alkenyl group may be linear, branched or cyclic, and R 2 represents a hydroxyalkyl group or a hydroxyalkyl group having an oxyalkylene unit.
A power converter with a plurality of modular power stack units, each modular power stack unit comprising: a plurality of power modules, each power module being connected with a separate driver unit; a capacitor; a connection means for connecting the power modules and the capacitor; an electrical interface, wherein each electrical interface of the plurality of modular power stack units has a same structure; wherein the separate driver units of each power module are adapted to provide an IGBT-driving signal to the connected power module, respectively, wherein each power module comprises a power diode and/or an insulated gate bipolar transistor, IGBT. a plurality of power modules, each power module being connected with a separate driver unit; a capacitor; a connection means for connecting the power modules and the capacitor; an electrical interface, wherein each electrical interface of the plurality of modular power stack units has a same structure; wherein the separate driver units of each power module are adapted to provide an IGBT-driving signal to the connected power module, respectively, wherein each power module comprises a power diode and/or an insulated gate bipolar transistor, IGBT.
A wireless communication system comprising: a mobile wireless communications device and a wireless accessory device to be paired therewith; said wireless accessory device comprising a wireless transceiver and an antenna coupled thereto, the wireless transceiver and said antenna being operable in an initial mode and an operational mode after successful pairing, the initial mode having a shorter range than the operational mode; said mobile wireless communications device being configured to exchange pairing tokens with said wireless accessory device using the initial mode, and to communicate with said wireless accessory device using the operational mode after successful pairing; wherein said wireless accessory device is configured to determine a signal strength from said mobile wireless communications device during pairing; wherein said wireless accessory device is configured to halt the pairing if the determined signal strength is below a threshold, wherein only one of the mobile wireless communications device and the wireless accessory device comprises an accelerometer configured to determine a physical bump during pairing, and wherein said mobile wireless communications device or said wireless accessory device is configured to halt the pairing if the physical bump is not detected. a mobile wireless communications device and a wireless accessory device to be paired therewith; said wireless accessory device comprising a wireless transceiver and an antenna coupled thereto, the wireless transceiver and said antenna being operable in an initial mode and an operational mode after successful pairing, the initial mode having a shorter range than the operational mode; said mobile wireless communications device being configured to exchange pairing tokens with said wireless accessory device using the initial mode, and to communicate with said wireless accessory device using the operational mode after successful pairing; wherein said wireless accessory device is configured to determine a signal strength from said mobile wireless communications device during pairing; wherein said wireless accessory device is configured to halt the pairing if the determined signal strength is below a threshold, wherein only one of the mobile wireless communications device and the wireless accessory device comprises an accelerometer configured to determine a physical bump during pairing, and wherein said mobile wireless communications device or said wireless accessory device is configured to halt the pairing if the physical bump is not detected.
A straddle type vehicle brake system comprising: a front brake; a rear brake; a front brake operating device configured to operate the front brake; a rear brake operating device (60, 102) configured to operate the rear brake; the front brake operating device and the rear brake operating device (60, 102) are configured to be operated independently and an interlocking brake operating device (70, 101) configured to operate the front and rear brakes (31, 41) such that the front and rear brakes (31, 41) work in an interlocked manner; characterized in that the front and rear brakes (31,41) are configured to be operated in an interlocked manner and also independently and the interlocking brake operating device (70, 101) is coupled to the front brake operating device using an operating force dividing unit, front brake wire, a wire connecting portion 53c of a pressing member of the front brake operating device and wherein the interlocking brake operating device (70, 101) is coupled to the rear brake operating device (60, 102) using the operating force dividing unit, a rear brake wire, a wire connecting portion of a pressing member of the rear brake operating device (60, 102). a front brake; a rear brake; a front brake operating device configured to operate the front brake; a rear brake operating device (60, 102) configured to operate the rear brake; the front brake operating device and the rear brake operating device (60, 102) are configured to be operated independently and an interlocking brake operating device (70, 101) configured to operate the front and rear brakes (31, 41) such that the front and rear brakes (31, 41) work in an interlocked manner;
An all-solid-state polymer electrolyte, characterized in that the electrolyte comprises; a carbonic ester polymer, and a metal salt and a porous support material; wherein its thickness is 20 μm - 800 μm; its ionic conductivity is 1×10 -5 S/cm - 1 × 10 -3 S/cm at 25°C; its electrochemical window is higher than 3.6 V measured placing the polymer electrolyte between two pieces of stainless steel, placing it in a 2032 type battery case, performing a linear volt-ampere scanning measurement, onset potential of 2.5V, maximum potential of 5.5V, scanning speed 1mV/s, and the metal salt is sodium salt or lithium salt.
Flow regulator having a flow regulator housing which, in its housing interior, has a flow dispersing device with a plurality of though-flow holes for dispersing the inflowing water stream into a corresponding number of individual flows and at least one grid and/or mesh structure (6, 7, 15) spaced apart therefrom in the flow direction, wherein, in the partial housing region disposed between the flow dispersing device and the adjacent grid and/or mesh structure, a plurality of pins (13, 14) are provided being oriented in the flow direction and spaced apart from one another, which pins (13, 14) are disposed laterally outside the projection of the through-flow holes, which is oriented in the through-flow direction, characterised in that the flow regulator housing has a non-round housing cross-section with a housing width which is larger than the housing depth, that a plurality of rows of parallel pins (13, 14) are provided and that the pins (13, 14) extend substantially over the distance between the flow dispersing device and the adjacent grid and/or mesh structure and are each provided as an evaporation surface which is disposed outside the region directly sprayed by the individual flows but which can be wetted by the water flowing through the flow regulator housing.
A corner fitting for a door element, in particular for a VSG glass door element arrangeable on a point of rotation and/or an axis, including a first fitting element and a second fitting element, which at least section-wise each include a locating section (3.1, 4.1), which comprises an intermediate layer, which can contact the door element, and the fitting elements (3, 4) delimit a restraining area for the door element, characterized in that at least one channel system (20, 30) is provided for introducing a bonding medium from outside into the restraining area for achieving a material connection between the door element and at least one of the locating sections (3.1, 4.1).
A processor comprising: a cryptographic engine to control access, using a secure region key identifier, ID, to one or more memory range of memory allocable for flexible conversion to secure pages of architecturally-protected memory regions; and a processor core coupled to the cryptographic engine, the processor core to: determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory, wherein the processor core further comprises a set of instructions in firmware that performs a basic input-output system, BIOS, wherein the processor core is to execute the set of instructions to: discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages. a cryptographic engine to control access, using a secure region key identifier, ID, to one or more memory range of memory allocable for flexible conversion to secure pages of architecturally-protected memory regions; and a processor core coupled to the cryptographic engine, the processor core to: determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory, determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory, wherein the processor core further comprises a set of instructions in firmware that performs a basic input-output system, BIOS, wherein the processor core is to execute the set of instructions to: discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages. discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages.
Mechanical component, in particular machine element, on which at least two longitudinally extending strain measuring sensors (28, 40) are attached for measuring an operating force on a mounting surface (6, 42) and on the mounting surface (6, 42) there is arranged at least one elongated web, which is detached along its longitudinal sides and extends parallel to a plane in which the mounting surface (6, 42) lies, characterized in that - the at least two strain measuring sensors (28, 40) are connected to form a bridge and respectively take the form of an Si strain gauge (54a-d), which has a first piezoelectric coefficient axis and, substantially perpendicular thereto, a second piezoelectric coefficient axis, - a number of elongated webs (30, 38), which extend in different longitudinal directions, are arranged on the mounting surface, one of the strain measuring sensors (28, 40) being securely connected to each web (30, 38), and - each of the strain measuring sensors (28, 40) is aligned with the respective web (30, 38), to which it is connected, such that -- for one of the strain measuring sensors, the first piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the second piezoelectric coefficient axis runs transversely thereto and -- for the other of the strain measuring sensors, the second piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the first piezoelectric coefficient axis runs transversely thereto. - the at least two strain measuring sensors (28, 40) are connected to form a bridge and respectively take the form of an Si strain gauge (54a-d), which has a first piezoelectric coefficient axis and, substantially perpendicular thereto, a second piezoelectric coefficient axis, - a number of elongated webs (30, 38), which extend in different longitudinal directions, are arranged on the mounting surface, one of the strain measuring sensors (28, 40) being securely connected to each web (30, 38), and - each of the strain measuring sensors (28, 40) is aligned with the respective web (30, 38), to which it is connected, such that -- for one of the strain measuring sensors, the first piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the second piezoelectric coefficient axis runs transversely thereto and -- for the other of the strain measuring sensors, the second piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the first piezoelectric coefficient axis runs transversely thereto. -- for one of the strain measuring sensors, the first piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the second piezoelectric coefficient axis runs transversely thereto and -- for the other of the strain measuring sensors, the second piezoelectric coefficient axis runs along the longitudinal sides of the respective web and the first piezoelectric coefficient axis runs transversely thereto.