mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for distressing a surface of a material, the apparatus comprising: a support configured for supporting a board of material; a cutter head supporting a blade comprising a curved back cutting surface, the cutter head having a first side and a second side; a flattening device positioned proximate the second side of the cutter head, the flattening device configured to engage the board; characterised by a guide member positioned proximate the first side of the cutter head, the guide member configured to engage the board; the blade positioned between the guide member and the flattening device; wherein the guide member includes an angled section having a bottom surface disposed at an acute angle with respect to a top surface of the support to provide a lead-in surface for progressively engaging the board with the guide member. a support configured for supporting a board of material; a cutter head supporting a blade comprising a curved back cutting surface, the cutter head having a first side and a second side; a flattening device positioned proximate the second side of the cutter head, the flattening device configured to engage the board; characterised by a guide member positioned proximate the first side of the cutter head, the guide member configured to engage the board; the blade positioned between the guide member and the flattening device; wherein the guide member includes an angled section having a bottom surface disposed at an acute angle with respect to a top surface of the support to provide a lead-in surface for progressively engaging the board with the guide member.
Explosion-proof assembly having a bushing part 24 that comprises at least one bushing opening having a bushing surface, having at least one connecting body that comprises at least one conductor channel extending through the connecting body in a longitudinal direction, having a conductor device, which extends through the at least one conductor channel and comprises at least one electrical and/or at least one optical conductor that is surrounded by a sheathing, at least along the conductor channel, wherein the connecting body is made of a plastically deformable material and presses inwardly onto the at least one conductor as a result of plastic deformation of a connecting portion and is thereby connected in a force-fit manner with the at least one conductor of the conductor device, characterized in that the connecting portion abuts directly and without flame gap against the sheathing of the at least one conductor, that on the plastically deformed connecting portion a first delimiting surface is formed that forms a flame-proof Ex-gap together with a second delimiting surface formed by the bushing surface, that the bushing part comprises multiple bushing openings and that at least in one of the present bushing openings one connecting body is arranged respectively under formation of an Ex-gap and that the other bushing openings, inside which no connecting body is present are closed by means of a closure means. having a bushing part 24 that comprises at least one bushing opening having a bushing surface, having at least one connecting body that comprises at least one conductor channel extending through the connecting body in a longitudinal direction, having a conductor device, which extends through the at least one conductor channel and comprises at least one electrical and/or at least one optical conductor that is surrounded by a sheathing, at least along the conductor channel, wherein the connecting body is made of a plastically deformable material and presses inwardly onto the at least one conductor as a result of plastic deformation of a connecting portion and is thereby connected in a force-fit manner with the at least one conductor of the conductor device, characterized in that the connecting portion abuts directly and without flame gap against the sheathing of the at least one conductor, that on the plastically deformed connecting portion a first delimiting surface is formed that forms a flame-proof Ex-gap together with a second delimiting surface formed by the bushing surface, that the bushing part comprises multiple bushing openings and that at least in one of the present bushing openings one connecting body is arranged respectively under formation of an Ex-gap and that the other bushing openings, inside which no connecting body is present are closed by means of a closure means.
An axial air gap type electric motor with three-phase configuration comprising a stator and two rotors (12,13) each of which is formed substantially with a discoid shape about a common rotation axis facing each other and with a fixed gap, wherein said stator comprises 3n-n indicates an integer of 2 or higher-pole members connected like a ring and said pole members comprise teeth and an insulator insulating the teeth and a coil part, and among said pole members, the coils of the pole members of the same phase being connected electrically in parallel; wherein said rotor (12,13) is configured as such that multiple magnets are formed at an equal interval annually at positions facing an annular stator core when facing said stator and the ratio of the number of said pole members and the number of the magnets becomes 3n:4n-n indicates an integer of 2 or higher-, and said rotor (12,13) comprises a back yoke arranged at the same axis as said stator and a molding-applicable magnetic material and has the magnets mounted at said back yoke as facing the teeth of said stator, and said back yoke has Mg-molded holes forming said magnets, and the Mg-molded holes are set at each site per magnetic pole of said magnets.
A microchannel plate (20, 30) for an image intensifier tube, in which the plate includes a plurality of microchannels (24, 37) extending in a longitudinal dimension between transverse surfaces (12, 14) of the plate, the microchannel characterized by: the microchannel plate (20, 30) formed from a fusion of a large number of glass fibers having acid-etchable cores and acid-resistant claddings, a first portion forming a first opening proximate a surface (12, 14) of the plate, the first portion including a clad wall extending longitudinally from the surface and terminating in a substantially similar second opening at a distal end, the first and second openings having substantially a similar cross-sectional area, and a second portion, including said clad wall, extending longitudinally from the second opening at the distal end and tapering toward a third opening at a further distal end, wherein the first opening is wider than the third opening and the clad wall includes a single clad layer of a glass fiber, and the clad wall of the first and second portions is formed from the same single clad layer. the microchannel plate (20, 30) formed from a fusion of a large number of glass fibers having acid-etchable cores and acid-resistant claddings, a first portion forming a first opening proximate a surface (12, 14) of the plate, the first portion including a clad wall extending longitudinally from the surface and terminating in a substantially similar second opening at a distal end, the first and second openings having substantially a similar cross-sectional area, and a second portion, including said clad wall, extending longitudinally from the second opening at the distal end and tapering toward a third opening at a further distal end, wherein the first opening is wider than the third opening and the clad wall includes a single clad layer of a glass fiber, and the clad wall of the first and second portions is formed from the same single clad layer.
A gas turbine engine comprising: a first low pressure shaft about an axis of rotation; a second low pressure shaft, said second low pressure shaft counter-rotates relative to said first low pressure shaft about said axis of rotation to form a counter-rotstional low pressure spool with a low pressure compressor and a counter-rotating low pressure turbine; a high pressure spool about said axis of rotation, said high pressure spool being defined radially outboard of said counter-rotational low pressure spool; a gear system driven by said first low pressure shaft and said second low pressure shaft; and a fan driven by said gear system, said fan being located axially forward of said low pressure compressor; characterized in that said low pressure compressor is a counter-rotating low pressure compressor. a first low pressure shaft about an axis of rotation; a second low pressure shaft, said second low pressure shaft counter-rotates relative to said first low pressure shaft about said axis of rotation to form a counter-rotstional low pressure spool with a low pressure compressor and a counter-rotating low pressure turbine; a high pressure spool about said axis of rotation, said high pressure spool being defined radially outboard of said counter-rotational low pressure spool; a gear system driven by said first low pressure shaft and said second low pressure shaft; and a fan driven by said gear system, said fan being located axially forward of said low pressure compressor; characterized in that said low pressure compressor is a counter-rotating low pressure compressor.
A method of managing, in a mobile telephone network, a conference call among a first terminal (Tm) and a plurality of terminals (T1, T2), comprising: - setting up at least one voice channel for activating said conference call among said first terminal (Tm) and said plurality of terminals (T1, T2); and - causing deactivation of a microphone of at least one terminal of said plurality of terminals (T1, T2), wherein setting up at least one voice channel is performed by sending a conference call activation request by said first terminal (Tm) to a conference call server (OSA-AS), and wherein said conference call server (OSA-AS) sends a voice channel set up command for setting up said voice channel among said first terminal (Tm) and said plurality of terminals (T1, T2), based on said conference call activation request, the method being characterized by said causing deactivation of the microphone of at least one terminal of said plurality of terminals (T1, T2) comprises sending a microphone deactivation command from said conference call server (OSA-AS) to said at least one terminal of said plurality of terminals (T1, T2), wherein said microphone deactivation command is included in a microphone deactivation SMS message or in a microphone deactivation USSD message. - setting up at least one voice channel for activating said conference call among said first terminal (Tm) and said plurality of terminals (T1, T2); and - causing deactivation of a microphone of at least one terminal of said plurality of terminals (T1, T2), said causing deactivation of the microphone of at least one terminal of said plurality of terminals (T1, T2) comprises sending a microphone deactivation command from said conference call server (OSA-AS) to said at least one terminal of said plurality of terminals (T1, T2), wherein said microphone deactivation command is included in a microphone deactivation SMS message or in a microphone deactivation USSD message.
A laser structure (2; 14; 40; 60) comprising: at least one active layer (6, 8; 46; 64) including doped Ge so as to produce light emissions at approximately 1550nm from the direct band gap of Ge; a first confinement structure (10; 48; 66) being positioned on a top region of said at least one active layer (6, 8; 46; 64), said first confinement structure (10; 48; 66) comprises materials that provide carrier confinement in said at least one active layer (6, 8; 46; 64); and a second confinement structure (4, 12; 42, 44; 62) being positioned on a bottom region of said at least one active layer (6, 8; 46; 64), characterized by said doped Ge of said at least one active layer (6, 8; 46; 64) having an n + doping concentration in the 10 19 -10 20 /cm 3 range; and said second confinement structure (4, 12; 42, 44; 62) comprising p + Si. at least one active layer (6, 8; 46; 64) including doped Ge so as to produce light emissions at approximately 1550nm from the direct band gap of Ge; a first confinement structure (10; 48; 66) being positioned on a top region of said at least one active layer (6, 8; 46; 64), said first confinement structure (10; 48; 66) comprises materials that provide carrier confinement in said at least one active layer (6, 8; 46; 64); and a second confinement structure (4, 12; 42, 44; 62) being positioned on a bottom region of said at least one active layer (6, 8; 46; 64), characterized by said doped Ge of said at least one active layer (6, 8; 46; 64) having an n + doping concentration in the 10 19 -10 20 /cm 3 range; and said second confinement structure (4, 12; 42, 44; 62) comprising p + Si.
A composition, which is a solid electrolyte composition comprising: an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder having at least one of a constituent component selected from formulae and: wherein R 1 is H, alkyl or aryl, L a1, L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2, L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused. an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder having at least one of a constituent component selected from formulae and: wherein R 1 is H, alkyl or aryl, L a1, L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2, L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused. R 1 is H, alkyl or aryl, L a1, L b1 each independently are a single bond or alkylene, L 11 is a divalent organic group, L a2, L b2 each independently are alkylene having ≥ 2 carbon atoms, L 12 is a divalent organic group, and A is selected from a carboxylic acid group, a sulfonic acid group, a phosphoric acid group, a cyano group, and a hydrocarbon ring group in which ≥ 3 rings are fused.
Probe-holder, having a first and a second side walls, configured to house an amperometric sensor in a side hollow seat, the probe-holder comprising an inlet and an outlet and a longitudinal duct connected downstream of the side hollow seat, the probe-holder being configured to receive a flow of a fluid from the inlet to the outlet, the probe-holder further comprising a space downstream of the inlet and upstream of the side hollow seat, the probe-holder being characterised in that the space is connected to the side hollow seat through a plurality of two or more inner tubular ducts inclined by an inclination angle α with respect to a transversal plane crossing the first and second side walls of the probe-holder.
A method for outbound packet processing, the method comprising: receiving a packet, the packet including one or more traffic selector, TS, parameters; performing a first lookup in a first table to identify a Security Association, SA, associated with the packet in accordance with at least one of the TS parameters; responsive to identifying the SA, performing a second lookup in a second table to determine a Security Parameters Index, SPI, value associated with the packet and the identified SA in accordance with at least one of the TS parameters; processing the packet by encrypting the packet using a security key from the identified SA and adding the determined SPI value to the encrypted packet; and transmitting the processed packet. receiving a packet, the packet including one or more traffic selector, TS, parameters; performing a first lookup in a first table to identify a Security Association, SA, associated with the packet in accordance with at least one of the TS parameters; responsive to identifying the SA, performing a second lookup in a second table to determine a Security Parameters Index, SPI, value associated with the packet and the identified SA in accordance with at least one of the TS parameters; processing the packet by encrypting the packet using a security key from the identified SA and adding the determined SPI value to the encrypted packet; and transmitting the processed packet.
A terminal equipped electric wire (1,1A) including: an electric wire including: a conductor; and an insulating sheath covering the conductor, a part of the conductor extending out of an end portion of the insulating sheath being an exposed portion; a terminal fitting having an electric wire connection portion at a rear side of the terminal fitting, the electric wire connection portion being connected to the exposed portion; a water stop shrinkable tube covering the electric wire connection portion connected to the exposed portion in a watertight manner; a sensor disposed on the water stop shrinkable tube; and a sensor fixing tube covering and fixing the sensor on the outer surface of the water stop shrinkable tube, characterized in that the sensor is disposed on an outer surface of the water stop shrinkable tune, the sensor contacting the outer surface of the water stop shrinkable tube; and the sensor fixing tube is a shrinkable tube. an electric wire including: a conductor; and an insulating sheath covering the conductor, a part of the conductor extending out of an end portion of the insulating sheath being an exposed portion; a terminal fitting having an electric wire connection portion at a rear side of the terminal fitting, the electric wire connection portion being connected to the exposed portion; a water stop shrinkable tube covering the electric wire connection portion connected to the exposed portion in a watertight manner; a sensor disposed on the water stop shrinkable tube; and a sensor fixing tube covering and fixing the sensor on the outer surface of the water stop shrinkable tube, characterized in that the sensor is disposed on an outer surface of the water stop shrinkable tune, the sensor contacting the outer surface of the water stop shrinkable tube; and the sensor fixing tube is a shrinkable tube.
A process for preparing compound of the Formula I comprises: performing WITTIG reaction under the action of alkali with the substituted tri-phenyl phosphonate (Formula II) and β-formoxyl crotonic acid (Formula III) as raw materials; then performing isomerization by adding palladium compound or rhodium compound to obtain the product compound of Formula I with desired configuration, characterized in that: 1) there is no need to perform hydrolysis after the WITTIG reaction; 2) there is no need to separate the products of WITTIG reaction, but performing isomerization directly; the WITTIG reaction and the isomerization are conducted continuously in one container; 3) adjusting the pH of reaction liquid to 5-10 by adding acid before the isomerization; in Formula I, the carbon-carbon double bonds on site 2-3,site 4-5 and site 6-7 have cis or trans configuration; in Formula II and Formula III, the carbon-carbon double bonds on site 2-3 have cis or trans configuration; in Formula I and Formula II, A is substituted unsaturated hexatomic carbocyclic group; X is selected from Cl, Br or HSO 4. 1) there is no need to perform hydrolysis after the WITTIG reaction; 2) there is no need to separate the products of WITTIG reaction, but performing isomerization directly; the WITTIG reaction and the isomerization are conducted continuously in one container; 3) adjusting the pH of reaction liquid to 5-10 by adding acid before the isomerization; in Formula I, the carbon-carbon double bonds on site 2-3,site 4-5 and site 6-7 have cis or trans configuration; in Formula II and Formula III, the carbon-carbon double bonds on site 2-3 have cis or trans configuration; in Formula I and Formula II, A is substituted unsaturated hexatomic carbocyclic group; X is selected from Cl, Br or HSO 4.
A permanent magnet synchronous motor diagnostic device (7, 7A, 7B), comprising: a negative-sequence current calculator that is configured to calculate a negative-sequence current, based on magnitudes of a plurality of phase currents flowing through a permanent magnet synchronous motor that rotates a load; a deterioration diagnoser that is configured to diagnose, based on the negative-sequence current, deterioration of a plain bearing supporting a main shaft coupled to the permanent magnet synchronous motor; and a phase generator that is configured to detect a frequency of the plurality of phase currents and to generate, using the frequency, a counter-rotating voltage phase, which rotates in a direction opposite a phase rotation direction of the plurality of phase alternating currents, wherein the negative-sequence current calculator is configured to calculate the negative-sequence current, based on the counter-rotating voltage phase and the plurality of phase currents. a negative-sequence current calculator that is configured to calculate a negative-sequence current, based on magnitudes of a plurality of phase currents flowing through a permanent magnet synchronous motor that rotates a load; a deterioration diagnoser that is configured to diagnose, based on the negative-sequence current, deterioration of a plain bearing supporting a main shaft coupled to the permanent magnet synchronous motor; and a phase generator that is configured to detect a frequency of the plurality of phase currents and to generate, using the frequency, a counter-rotating voltage phase, which rotates in a direction opposite a phase rotation direction of the plurality of phase alternating currents, wherein the negative-sequence current calculator is configured to calculate the negative-sequence current, based on the counter-rotating voltage phase and the plurality of phase currents.
Method for operating an interactive screening means on a transparent pane of a pane installation, in particular in a motor vehicle, wherein the screening means is generated by means of a display unit of the pane installation on the pane by means of a pixelwise fade-in of opaque image points, wherein the image points form a coherent screening means area, comprising the steps: - detecting an operating action of a user, which operating action comprises a selection of an adjustment region and a movement relative to the pane, by means of a detection device and - adjusting an expansion of the screening means area at the adjustment region depending on the detected movement by means of a control device, characterised in that the expansion of the screening means area in the case of a detecting of the operating action at an area, accessible from the outside, of the pane is adjusted only after an identification of the user. - detecting an operating action of a user, which operating action comprises a selection of an adjustment region and a movement relative to the pane, by means of a detection device and - adjusting an expansion of the screening means area at the adjustment region depending on the detected movement by means of a control device, characterised in that the expansion of the screening means area in the case of a detecting of the operating action at an area, accessible from the outside, of the pane is adjusted only after an identification of the user.
Ion exchanger containing polymers having functional groups of formula wherein represents a polystyrene copolymer scaffold and R 1 and R 2 may be identical or different and independently of one another represent C 1 -C 6 -alkyl or H, and at least one cobalt hexacyanoferrate complex. wherein represents a polystyrene copolymer scaffold and R 1 and R 2 may be identical or different and independently of one another represent C 1 -C 6 -alkyl or H, and at least one cobalt hexacyanoferrate complex.