mhurhangee/ep-ind-claims huggingface dataset:
Device for controlling the opening of at least one door of a railway vehicle, comprising means for controlling the opening of the doors; - the control device comprising at least one detection unit, each detection unit being associated with a respective door, each detection unit comprising at least two devices (CH1, CH2, CH3) for detecting the presence of a platform (20; 55) in a detection zone opposite the corresponding door; - each of the detection units being capable of emitting a platform detection signal towards the control means; - the control means being configured to authorise the opening of the door when said platform detection signal is received, characterised in that: - each of the detection units is capable of emitting the platform detection signal when at least two of the detection devices (CH1, CH2, CH3) detect the presence of a platform (20; 55) in the detection zone - each detection device (CH1, CH2, CH3) comprises at least two sensors for sensing the presence of an object in the detection zone, - considering the totality of the sensors of the various detection devices (CH1, CH2, CH3) of one detection unit, those sensors are substantially aligned in a longitudinal direction (X-X), the sensors of one detection device (CH1, CH2, CH3) not being adjacent. - the control device comprising at least one detection unit, each detection unit being associated with a respective door, each detection unit comprising at least two devices (CH1, CH2, CH3) for detecting the presence of a platform (20; 55) in a detection zone opposite the corresponding door; - each of the detection units being capable of emitting a platform detection signal towards the control means; - the control means being configured to authorise the opening of the door when said platform detection signal is received, - each of the detection units is capable of emitting the platform detection signal when at least two of the detection devices (CH1, CH2, CH3) detect the presence of a platform (20; 55) in the detection zone - each detection device (CH1, CH2, CH3) comprises at least two sensors for sensing the presence of an object in the detection zone, - considering the totality of the sensors of the various detection devices (CH1, CH2, CH3) of one detection unit, those sensors are substantially aligned in a longitudinal direction (X-X), the sensors of one detection device (CH1, CH2, CH3) not being adjacent.
A manual alarm device, comprising: a housing; and a displaceable element which is mounted in the housing and moveable between a first position and a second position, wherein the first position corresponds to an unactuated alarm and the second position corresponds to an actuation of the alarm, characterized in that the manual alarm device further includes a high viscosity material which is configured to resist movement of the displaceable element produced by a high speed impact and to provide limited resistance to slower and intentional movement, so that only application of a stable force is able to move the displaceable element between the first position and the second position. a housing; and a displaceable element which is mounted in the housing and moveable between a first position and a second position, wherein the first position corresponds to an unactuated alarm and the second position corresponds to an actuation of the alarm, characterized in that the manual alarm device further includes a high viscosity material which is configured to resist movement of the displaceable element produced by a high speed impact and to provide limited resistance to slower and intentional movement, so that only application of a stable force is able to move the displaceable element between the first position and the second position.
A method of measuring and/or inspecting a workpiece having teeth on a measuring and inspection machine comprising a workpiece spindle, said method comprising: positioning the toothed workpiece on the workpiece spindle of said machine such that the toothed workpiece is rotatable about a workpiece axis, probing said toothed workpiece with a tactile probe (46; 52; 54) located on said machine, said probing said workpiece with the tactile probe comprising finding a tooth on said workpiece and identifying the location of desired reference points on said tooth, probing said workpiece with a non-contact probe located on said machine, said probing with the non-contact probe comprising scanning the surface of said teeth, wherein said non-contact probe is positioned for scanning based on the desired reference points locations established by said tactile probe. positioning the toothed workpiece on the workpiece spindle of said machine such that the toothed workpiece is rotatable about a workpiece axis, probing said toothed workpiece with a tactile probe (46; 52; 54) located on said machine, said probing said workpiece with the tactile probe comprising finding a tooth on said workpiece and identifying the location of desired reference points on said tooth, probing said workpiece with a non-contact probe located on said machine, said probing with the non-contact probe comprising scanning the surface of said teeth, wherein said non-contact probe is positioned for scanning based on the desired reference points locations established by said tactile probe.
An ejector for a refrigerating machine, comprising: - a main body crossed by a conduit for passage of refrigerant fluid and having a compartment which comprises a seating, which is in communication with said conduit, and a mouth for inlet of refrigerant fluid; - a nozzle coupled to the said seating and having an internal hole, for passage of the refrigerant fluid; - a closure member having an end able to couple with said hole so as to close said hole; - an activating group connectable to said closure member and able to move the closure member with respect to the hole of said nozzle so as to obstruct said hole with said closure member, adjustably for modulating the flow rate of refrigerant fluid which, in use originating from said mouth, is introduced into the conduit of said main body via said nozzle; characterised by comprising a connector element which can be fixed or is fixed to said activating group and to said nozzle so as to form therewith a cartridge organ that is autonomous relative to said main body; said ejector comprising coupling means (20a, 20b) able to fix and seal said cartridge organ to said main body in such a way that it is removable therefrom. - a main body crossed by a conduit for passage of refrigerant fluid and having a compartment which comprises a seating, which is in communication with said conduit, and a mouth for inlet of refrigerant fluid; - a nozzle coupled to the said seating and having an internal hole, for passage of the refrigerant fluid; - a closure member having an end able to couple with said hole so as to close said hole; - an activating group connectable to said closure member and able to move the closure member with respect to the hole of said nozzle so as to obstruct said hole with said closure member, adjustably for modulating the flow rate of refrigerant fluid which, in use originating from said mouth, is introduced into the conduit of said main body via said nozzle; characterised by comprising a connector element which can be fixed or is fixed to said activating group and to said nozzle so as to form therewith a cartridge organ that is autonomous relative to said main body; said ejector comprising coupling means (20a, 20b) able to fix and seal said cartridge organ to said main body in such a way that it is removable therefrom.
A sorting installation for sorting mailpieces comprising sorting outlets in line along a sorting conveyor, each outlet having a recess for receiving a tray in which sorted mailpieces are stored, said sorting installation comprising a tray conveyor that extends under said sorting outlets for transporting the trays filled with sorted mailpieces from the sorting outlets to a feed inlet of the sorting conveyor, characterized in that said sorting installation comprises a tray-manipulating shuttle robot suitable for moving along the tray conveyor past said sorting outlets, and for extracting a tray from a recess of a sorting outlet associated with it under the control of a monitoring and control unit so as to transfer it to said tray conveyor, said shuttle robot including a chute connected mechanically to the tray conveyor and configured to transfer said tray extracted from the recess to the tray conveyor by the effect of gravity, and in that the tray conveyor includes a pivotally mounted outer edge mounted to pivot between a retracted position allowing the tray to be transferred from said chute to the tray conveyor and a raised position preventing the trays conveyed on the tray conveyor from being ejected from the conveyor while they are being transported towards said feed inlet.
Crash structure for a vehicle, having a bumper crossmember, the end portions of which are in each case connected to a corresponding longitudinal member via a crash box, wherein end regions of the end portions in each case project in the vehicle transverse direction (y) beyond the corresponding longitudinal member, wherein in each case a first supporting element, which protrudes in the direction of a corresponding wheelhouse, is arranged at the end regions, which in an accident situation with slight overlapping of the other party in the accident, impinges on the corresponding longitudinal member, characterised in that in each case a second supporting element is arranged at the end regions of the end portions, which in the accident situation with slight overlapping of the other party in the accident, impinges on a corresponding connecting region between the crash box and the longitudinal member.
A method of making an extensible web laminate comprising: providing a multilayer film (5, 12, 300) comprising two skin layers (2, 4) and an elastomeric core layer sandwiched therebetween, where the multilayer film (5, 12, 300) has been activated in the cross-machine direction; stretching the multilayer film (5, 12, 300) past the deformation limit of the skin layers (2, 4) in the machine direction; laminating a web layer to the multilayer film (5, 12, 300) while it is stretched in the machine direction; and recovering the multilayer film (5, 12, 300) to produce an extensible web laminate. providing a multilayer film (5, 12, 300) comprising two skin layers (2, 4) and an elastomeric core layer sandwiched therebetween, where the multilayer film (5, 12, 300) has been activated in the cross-machine direction; stretching the multilayer film (5, 12, 300) past the deformation limit of the skin layers (2, 4) in the machine direction; laminating a web layer to the multilayer film (5, 12, 300) while it is stretched in the machine direction; and recovering the multilayer film (5, 12, 300) to produce an extensible web laminate.
Storage means for outdoor areas, in particular a garden house or garden shed, comprising: at least two holding compartments being arranged adjacent to each other, each of which has at least one closable opening section, wherein the at least one opening section or the plurality of opening sections jointly belonging to the same holding compartment have a surface that essentially corresponds to a surface of an outer side of this holding compartment, wherein at least one door, flap, slide-in front or roller shutter is assigned to the at least one opening section, to close the at least one opening section, wherein the floor areas of the holding compartments jointly in a horizontal section plane correspond substantially the floor area of the storage means, characterized in that the storage means comprises a rectangular or square floor area having four vertical outer sides, wherein the opening sections are arranged on at least two adjacent vertical outer sides of the storage means. at least two holding compartments being arranged adjacent to each other, each of which has at least one closable opening section, wherein the at least one opening section or the plurality of opening sections jointly belonging to the same holding compartment have a surface that essentially corresponds to a surface of an outer side of this holding compartment, wherein at least one door, flap, slide-in front or roller shutter is assigned to the at least one opening section, to close the at least one opening section, wherein the floor areas of the holding compartments jointly in a horizontal section plane correspond substantially the floor area of the storage means, characterized in that the storage means comprises a rectangular or square floor area having four vertical outer sides, wherein the opening sections are arranged on at least two adjacent vertical outer sides of the storage means.
An isolated recombinant human lysosomal acid lipase (rhLAL) that contains N-linked glycans attached to Asn15, Asn80, Asn140, Asn252 and Asn300, as set forth in SEQ ID NO: 1, wherein the N-linked glycans comprise bi-, tri- and tetra-antennary structures with N-acetylglucosamine (GlcNAc), mannose and/or manose-6-phosphate (M6P), and wherein the rhLAL comprises M6P-containing glycans at Asn80, Asn140 and Asn252.
Method for actuating a hydraulic medium supply system of an automatic transmission of a vehicle, wherein the hydraulic medium supply system is supplied with hydraulic medium at least by a hydraulic pump (FZP-Pu) which is driven on the engine side and by a hydraulic pump (RS-Pu) which is driven on the wheelset side, characterized in that an accumulator valve of the hydraulic medium supply system is actuated in order to supply hydraulic medium as a function of detected vehicle parameters for setting an adapted power distribution at the hydraulic pumps (FZP-Pu, RS-Pu), in that a respectively present operating mode (BM1, BM2, BM3) of the vehicle for actuating the accumulator valve is determined as a function of detected vehicle parameters and in that when a first operating mode in which the vehicle is coasting without the engine running is detected, in the case of a thermal equilibrium the accumulator valve is actuated in such a way that the hydraulic medium is supplied exclusively via the wheel-set-side hydraulic pump (RS-Pu), or in the case of a thermal disequilibrium the accumulator valve is actuated in such a way that the supply of hydraulic medium which is carried out by the wheel-set-side hydraulic pump (RS-Pu) is assisted by the engine-side hydraulic pump (FZP-Pu).
Process for the conversion of plastics to chemicals comprising in this order the steps of: (i) providing a plastics stream comprising polyvinyl chloride; (ii) supplying the plastics stream and a solvent to a reactor vessel; (iii) subjecting the plastics in the reactor vessel to a temperature of ≥ 250°C to < 350, preferably of ≥ 275°C and ≤ 325°C, preferably for a period of 5-30 minutes, under applying a vacuum, preferably of ≤ 200 mbar, or using an inert gas sweep, and evacuating the generated hydrogen chloride from the vessel, wherein the PVC is partially dechlorinated to form a plastics stream comprising partially unsaturated PVC; (iv) removing the plastics stream comprising partially unsaturated PVC from the reaction vessel; (v) separating in a separation system at least a part of the partially unsaturated PVC from the plastics stream to form a dechlorinated plastics stream comprising the solvent; (vi) supplying the stream comprising the solvent and the dechlorinated plastics to a solvent recovery system to recover the solvent and obtain a dechlorinated plastics stream; (vii) mixing the stream with a recycle stream from a coker to form a pre-feed stream; (viii) mixing the stream with a coker feed to product a feed stream that meets the chlorine specifications for a coker unit; and (ix) subjecting the coker unit to such conditions to obtain a liquid coker stream and a solid coke product. (i) providing a plastics stream comprising polyvinyl chloride; (ii) supplying the plastics stream and a solvent to a reactor vessel; (iii) subjecting the plastics in the reactor vessel to a temperature of ≥ 250°C to < 350, preferably of ≥ 275°C and ≤ 325°C, preferably for a period of 5-30 minutes, under applying a vacuum, preferably of ≤ 200 mbar, or using an inert gas sweep, and evacuating the generated hydrogen chloride from the vessel, wherein the PVC is partially dechlorinated to form a plastics stream comprising partially unsaturated PVC; (iv) removing the plastics stream comprising partially unsaturated PVC from the reaction vessel; (v) separating in a separation system at least a part of the partially unsaturated PVC from the plastics stream to form a dechlorinated plastics stream comprising the solvent; (vi) supplying the stream comprising the solvent and the dechlorinated plastics to a solvent recovery system to recover the solvent and obtain a dechlorinated plastics stream; (vii) mixing the stream with a recycle stream from a coker to form a pre-feed stream; (viii) mixing the stream with a coker feed to product a feed stream that meets the chlorine specifications for a coker unit; and (ix) subjecting the coker unit to such conditions to obtain a liquid coker stream and a solid coke product.
An electroplatable article having a sectioned layer defining a unit area, said electroplatable article being obtainable from a rubber-modified polystyrene resin composition characterized by: a resin matrix; occlusion rubber particles dispersed in said resin matrix, said occlusion rubber particles including a rubber base particle in which vinyl cyanide-styrene copolymer having a size not smaller than 0.05 μm is occluded and said occlusion rubber particles having an average graft thickness ranging from 100 Å to 280 Å and an average particle size ranging from 0.35 μm to 0.8 μm; and non-occlusion rubber particles dispersed in said resin matrix, said non-occlusion rubber particles including a rubber base particle being free of vinyl cyanide-styrene copolymer or in which vinyl cyanide-styrene copolymer having a size less than 0.05 μm is occluded; wherein a total sectional area ratio of said occlusion rubber particles to said non-occlusion rubber particles in the unit area ranges from 1.1 to 14. a resin matrix; occlusion rubber particles dispersed in said resin matrix, said occlusion rubber particles including a rubber base particle in which vinyl cyanide-styrene copolymer having a size not smaller than 0.05 μm is occluded and said occlusion rubber particles having an average graft thickness ranging from 100 Å to 280 Å and an average particle size ranging from 0.35 μm to 0.8 μm; and non-occlusion rubber particles dispersed in said resin matrix, said non-occlusion rubber particles including a rubber base particle being free of vinyl cyanide-styrene copolymer or in which vinyl cyanide-styrene copolymer having a size less than 0.05 μm is occluded; wherein a total sectional area ratio of said occlusion rubber particles to said non-occlusion rubber particles in the unit area ranges from 1.1 to 14.
A MEMS microphone, comprising: a MEMS microphone unit, and a modulator connected downstream the MEMS microphone unit, wherein the modulator comprises a phase shifter configured to apply a defined phase shift to a signal to be modulated, wherein the modulator is configured to provide at its output a single bit per sampling period of the signal, wherein the modulator comprises a quantizer connected downstream the phase shifter, wherein the quantizer is configured to quantize a phase shifted version of the signal to be modulated provided by the phase shifter, wherein the signal to be modulated is a signal provided by the MEMS microphone unit or a signal derived therefrom, wherein the phase shifter is configured to apply a delay as the phase shift to the signal to be modulated, wherein the delay is equal to a fraction of the sampling period of the signal. a MEMS microphone unit, and a modulator connected downstream the MEMS microphone unit, wherein the modulator comprises a phase shifter configured to apply a defined phase shift to a signal to be modulated, wherein the modulator is configured to provide at its output a single bit per sampling period of the signal, wherein the modulator comprises a quantizer connected downstream the phase shifter, wherein the quantizer is configured to quantize a phase shifted version of the signal to be modulated provided by the phase shifter, wherein the signal to be modulated is a signal provided by the MEMS microphone unit or a signal derived therefrom, wherein the phase shifter is configured to apply a delay as the phase shift to the signal to be modulated, wherein the delay is equal to a fraction of the sampling period of the signal.
A display device arranged to be driven with an input signal wherein one frame period is divided into a vertical active time, in which data of an input image is input, and a vertical blank time, in which the data of the input image is not input, the input signal being in synchronisation with a vertical sync signal (Vsync) comprising a vertical sync pulse within the vertical blank time, the display device comprising: a display panel including a common electrode commonly connected to pixels; a display driving circuit (202, 204, 206) configured to apply a data voltage to the pixels for the vertical active time; and a sensor driving circuit configured to apply a gesture sensing driving signal to the common electrode for the vertical blank time and sense a gesture input, characterized in that a gesture sensing period is longer than a width of the vertical sync pulse, the gesture sensing period being a time for which the gesture sensing driving signal is applied, wherein the gesture sensing period includes a vertical sync time corresponding to the pulse width of the vertical sync pulse, a vertical front porch before the vertical sync time, and a vertical back porch after the vertical sync time, the vertical front porch being the time ranging from a falling edge of the last data enable signal indicating data timing of the last line in the data of one frame to a start time point of the vertical blank time and the vertical back porch being the time ranging from an end time point of the vertical blank time to a rising edge of a first data enable signal indicating data timing of a first line in the data of one frame. a display panel including a common electrode commonly connected to pixels; a display driving circuit (202, 204, 206) configured to apply a data voltage to the pixels for the vertical active time; and a sensor driving circuit configured to apply a gesture sensing driving signal to the common electrode for the vertical blank time and sense a gesture input, characterized in that a gesture sensing period is longer than a width of the vertical sync pulse, the gesture sensing period being a time for which the gesture sensing driving signal is applied, wherein the gesture sensing period includes a vertical sync time corresponding to the pulse width of the vertical sync pulse, a vertical front porch before the vertical sync time, and a vertical back porch after the vertical sync time,
An antifouling layer-provided transparent substrate, comprising a transparent substrate, an antifouling layer provided as the top surface layer on one main surface of the transparent substrate, and an antiglare layer disposed between the transparent substrate and the antifouling layer, wherein the antifouling layer has a divalent group represented by -(OCF 2) v (OCF 2 CF 2) w -, where v and w are each independently an integer of at least 1, and the surface of the antifouling layer is such that the mean width RSm of the elements and the arithmetical mean roughness Ra satisfy the following formula: RSm ≧ Ra × 100 + 5 a transparent substrate, an antifouling layer provided as the top surface layer on one main surface of the transparent substrate, and an antiglare layer disposed between the transparent substrate and the antifouling layer, wherein the antifouling layer has a divalent group represented by -(OCF 2) v (OCF 2 CF 2) w -, where v and w are each independently an integer of at least 1, and the surface of the antifouling layer is such that the mean width RSm of the elements and the arithmetical mean roughness Ra satisfy the following formula: RSm ≧ Ra × 100 + 5