mhurhangee/ep-ind-claims huggingface dataset:
An elevator information system for safe cabin environment, characterized in that it is a system comprising of a) a camera provided in the cabin and configured to detect the number of passengers in the cabin, b) an elevator controller configured to calculate or correlate the operation time of the air circulation fan and/or air purifier/filter of the elevator and c) a means of wireless communication technology, wherein the system is configured to inform a passenger on parameters affecting cabin air quality prior to his entrance in the elevator, namely on the number of persons who used the elevator, the time elapsed since the cabin emptied, the number of times that the indoor cabin air has been renewed, and finally an estimation of the time remaining until the indoor cabin air is completely refreshed, according to the characteristics of the fan and/or the air purifier that are installed in the cabin.
An industrial two-layer fabric comprising an upper side layer formed by weaving upper side warps (1u-8u) with upper side wefts (1'u-16'u) and a lower side layer formed by weaving lower side warps (1d-8d) with lower side wefts (1'd-15'd), the upper side layer and the lower side layer being bound with binding yarns (1B,2B,3B,4B), characterized in that: each of the lower side wefts (1'd-15'd), passes over three successive lower side warps (1d-8d), and then passes under two or more lower side warps (1d-8d) thereby forming a lower-side-weft design that includes a lower-side-weft long crimp; a complete design in the lower side layer is formed by arranging the lower side wefts (1'd-15'd) adjacent to each other while repeatedly shifting the lower-side-weft design in accordance with one of the following shifting patterns: shifting by three warps, shifting by four warps, shifting by five warps, shifting by one warp and then four warps, shifting by three warps and then four warps, shifting by two warps and then five warps, shifting by one warp and then six warps, and shifting by one warp, four warps, five warps, and then four warps; and the lower-side-weft long crimp formed in the lower side layer has a rectangular shape. each of the lower side wefts (1'd-15'd), passes over three successive lower side warps (1d-8d), and then passes under two or more lower side warps (1d-8d) thereby forming a lower-side-weft design that includes a lower-side-weft long crimp; a complete design in the lower side layer is formed by arranging the lower side wefts (1'd-15'd) adjacent to each other while repeatedly shifting the lower-side-weft design in accordance with one of the following shifting patterns: shifting by three warps, shifting by four warps, shifting by five warps, shifting by one warp and then four warps, shifting by three warps and then four warps, shifting by two warps and then five warps, shifting by one warp and then six warps, and shifting by one warp, four warps, five warps, and then four warps; and shifting by three warps, shifting by four warps, shifting by five warps, shifting by one warp and then four warps, shifting by three warps and then four warps, shifting by two warps and then five warps, shifting by one warp and then six warps, and shifting by one warp, four warps, five warps, and then four warps; and the lower-side-weft long crimp formed in the lower side layer has a rectangular shape.
A re-usable container for a substance for the preparation of a liquid beverage, particularly configured for use as a capsule for a beverage dispensing machine, the container including: - a first end portion, - a second end portion, - a shell comprised between said first end portion and second end portion (2, 4) and delimiting therewith an internal volume of the container configured for housing a substance for the preparation of a liquid beverage, wherein: - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume, - said second end portion including a plurality of second apertures (18, 180, 181, 180_7) configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume, wherein furthermore said second end portion is removable, the container being characterized in that said second end portion includes an annular element configured for coupling with said shell and an insert (16; 16A, 16B, 16C, 16D; 16E, 16F, 16G, 16h, 161; 16A*, 16B*, 16C*, 16D*; 16E*, 16F*) that can be removably coupled into said annular element and having said second apertures (18, 180, 181) - a first end portion, - a second end portion, - a shell comprised between said first end portion and second end portion (2, 4) and delimiting therewith an internal volume of the container configured for housing a substance for the preparation of a liquid beverage, - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume, - said second end portion including a plurality of second apertures (18, 180, 181, 180_7) configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume, wherein furthermore said second end portion is removable, the container being characterized in that said second end portion includes an annular element configured for coupling with said shell and an insert (16; 16A, 16B, 16C, 16D; 16E, 16F, 16G, 16h, 161; 16A*, 16B*, 16C*, 16D*; 16E*, 16F*) that can be removably coupled into said annular element and having said second apertures (18, 180, 181)
An imaging member comprising a substrate; a charge blocking layer disposed on the substrate; an interfacial layer disposed on the charge blocking layer; and an imaging layer disposed on the interfacial layer, in which the interfacial layer comprises a semi-crystalline polyester resin such that light interference from the substrate is substantially reduced; said resin being a hot-melt adhesive prepared by reacting adipic acid with ethylene glycol and 1,4-cyclohexanedimethanol, wherein the adipic acid is present in an amount of from 30 to 70 mole percent, the ethylene glycol is present in an amount of from 1 to 20 mole percent, and the 1,4-cyclohexanedimethanol is present in an amount of from 20 to 60 mole percent and the total is 100 percent.
A microstrip antenna, comprising a substrate, comprising a mounting surface and a grounding surface arranged oppositely; an excitation layer, provided on the mounting surface of the substrate; a grounding layer, provided on the grounding surface of the substrate; a power feeder, provided on a side of the grounding layer facing away from the substrate, and penetrated through the substrate to be electrically connected to the excitation layer; and a coupling structure, provided on a side of the excitation layer facing away from the mounting surface of the substrate, and comprising a coupling layer and a dielectric layer, the dielectric layer being located between the excitation layer and the coupling layer, the coupling layer and the excitation layer being electrically connected to the grounding layer; wherein the microstrip antenna has a rectangular shape; wherein a length of the grounding layer and a length of the coupling layer are the same, and a width of the grounding layer and a width of the coupling layer are the same; and wherein a width of the excitation layer is smaller than the width of the grounding layer, and the width of the excitation layer is smaller than the width of the coupling layer. a substrate, comprising a mounting surface and a grounding surface arranged oppositely; an excitation layer, provided on the mounting surface of the substrate; a grounding layer, provided on the grounding surface of the substrate; a power feeder, provided on a side of the grounding layer facing away from the substrate, and penetrated through the substrate to be electrically connected to the excitation layer; and a coupling structure, provided on a side of the excitation layer facing away from the mounting surface of the substrate, and comprising a coupling layer and a dielectric layer, the dielectric layer being located between the excitation layer and the coupling layer, the coupling layer and the excitation layer being electrically connected to the grounding layer; wherein the microstrip antenna has a rectangular shape; wherein a length of the grounding layer and a length of the coupling layer are the same, and a width of the grounding layer and a width of the coupling layer are the same; and wherein a width of the excitation layer is smaller than the width of the grounding layer, and the width of the excitation layer is smaller than the width of the coupling layer.
Door, in particular plug door, for a motor vehicle, which door can be moved between a closed position closing a door opening of the motor vehicle and an open position releasing the door opening towards an outside of the door opening, and which door can slide along the door opening by means of a guide device, wherein the guide device comprises a guide element, by means of which the door can be brought from a closed position into an open position, wherein the guide element is designed as a pivotably mounted swivelling lever located on the side of the door remote from a sliding guide of the guide device, and wherein the guide element has a first longitudinal region, which extends substantially perpendicularly to the plane extending parallel to the door opening in the closed position of the door, and a second longitudinal region, one end of which is rotatably connected to the door via a bearing point and displaceable relative to the door, and which encloses with the first longitudinal region an angle which is different from 180°, in particular an angle of less than 90°, characterised in that in the open position the door is in a position in which it encloses an angle with a plane extending parallel to the door opening, and in that the door is mounted on a sliding guide - having a slot - of the guide device by means of at least one bearing point.
A lock configured to be operated by a key (70a, 70l), the key comprising a key shank (71a, 71f, 71j, 71l, 71o), which at least in a part of its axial length includes a profile which is closed or semi-closed to define at least one cavity (74', 75') including a key coding, the lock comprises: a plug for receiving the key shank and being configured to be accommodated in a housing, the plug being rotatable with respect to the housing in the unlocked state of the lock, the plug including a keyway, which is defined by a predetermined geometry and has a transverse keyway profile including an arcuate portion, and at least one keyway shaping element (16a-16j, 16l-16o), which is formed separate from the plug and is fixed to the plug such that it is immovable relative to the plug when the key shank is inserted into the plug, a protruding portion (17a-17j, 17l-17n) of the at least one keyway shaping element protrudes into the keyway to redefine its geometry. a plug for receiving the key shank and being configured to be accommodated in a housing, the plug being rotatable with respect to the housing in the unlocked state of the lock, the plug including a keyway, which is defined by a predetermined geometry and has a transverse keyway profile including an arcuate portion, and at least one keyway shaping element (16a-16j, 16l-16o), which is formed separate from the plug and is fixed to the plug such that it is immovable relative to the plug when the key shank is inserted into the plug, a protruding portion (17a-17j, 17l-17n) of the at least one keyway shaping element protrudes into the keyway to redefine its geometry.
A method for providing a voice call service to a user equipment, UE, by a mobile management entity, MME, in a mobile communication system, the method comprising: sending, to an evolved Node B, eNB, a circuit switching, CS, paging message to provide the voice call service to the UE over a CS domain; receiving, from the eNB, a report message including a cause indicating that the report message is sent because the UE cannot receive packet switching, PS, service in a PS domain; and sending, to a gateway in the PS domain, a suspend request message for requesting suspension of a service provided to the UE in the PS domain. sending, to an evolved Node B, eNB, a circuit switching, CS, paging message to provide the voice call service to the UE over a CS domain; receiving, from the eNB, a report message including a cause indicating that the report message is sent because the UE cannot receive packet switching, PS, service in a PS domain; and sending, to a gateway in the PS domain, a suspend request message for requesting suspension of a service provided to the UE in the PS domain.
A laser control device comprising: a driver circuitry for supplying a drive current to a laser diode, a digital storage means for storing drive current values for a plurality of temperature conditions, and a central processing unit coupled to the digital storage means for controlling the driver circuitry in accordance with the drive current values from said digital storage means, characterized in that the central processing unit is configured: - to continually update the drive current values stored in the digital storage means over lifetime laser diode operation, - to derive laser diode characteristic parameters from the drive current values stored in the digital storage means, wherein the laser control device further comprises a laser reference parameter table for storing a chronological list of the laser diode characteristic parameters, and - to derive a quantity indicative of laser diode aging based on an evaluation of data stored in the chronological list of laser diode characteristic parameters. a driver circuitry for supplying a drive current to a laser diode, a digital storage means for storing drive current values for a plurality of temperature conditions, and a central processing unit coupled to the digital storage means for controlling the driver circuitry in accordance with the drive current values from said digital storage means, characterized in that the central processing unit is configured: - to continually update the drive current values stored in the digital storage means over lifetime laser diode operation, - to derive laser diode characteristic parameters from the drive current values stored in the digital storage means, wherein the laser control device further comprises a laser reference parameter table for storing a chronological list of the laser diode characteristic parameters, and - to derive a quantity indicative of laser diode aging based on an evaluation of data stored in the chronological list of laser diode characteristic parameters. - to continually update the drive current values stored in the digital storage means over lifetime laser diode operation, - to derive laser diode characteristic parameters from the drive current values stored in the digital storage means, wherein the laser control device further comprises a laser reference parameter table for storing a chronological list of the laser diode characteristic parameters, and - to derive a quantity indicative of laser diode aging based on an evaluation of data stored in the chronological list of laser diode characteristic parameters.
A method of wireless communication comprising: performing, by a wireless communication device, a non-coherent encoding operation on first data to generate a first transmission, wherein the non-coherent encoding operation encodes data independent of channel state information, CSI, using a non-coherent differential modulation encoding scheme in a frequency domain for adjacent subcarriers in an orthogonal frequency-division multiplexing, OFDM, waveform, wherein performing the non-coherent encoding operation is characterized by: performing set partitioning of information bits of the first data to generate multiple bit streams; performing channel coding on each bit stream of the multiple bit streams to generate corresponding sets of channel coded bits; performing bits to symbol mapping on the corresponding sets of channel coded bits to generate corresponding symbols, wherein the corresponding sets of channel coded bits are mapped to one symbol; performing differential encoding on each symbol to generate differentially encoded symbols; and performing inverse fast Fourier transform, IFFT, and cyclic prefix, CP, operations on the differentially encoded symbols to generate OFDM symbols; and transmitting, by the wireless communication device, the first transmission, wherein the first transmission is non-coherently encoded. performing set partitioning of information bits of the first data to generate multiple bit streams; performing channel coding on each bit stream of the multiple bit streams to generate corresponding sets of channel coded bits; performing bits to symbol mapping on the corresponding sets of channel coded bits to generate corresponding symbols, wherein the corresponding sets of channel coded bits are mapped to one symbol; performing differential encoding on each symbol to generate differentially encoded symbols; and performing inverse fast Fourier transform, IFFT, and cyclic prefix, CP, operations on the differentially encoded symbols to generate OFDM symbols; and transmitting, by the wireless communication device, the first transmission,
Switching device with arc-extinguishing screen making it possible to switch off the current following an automatic trip in the event of a short-circuit overcurrent or an opening by manual control, comprising, in a housing: - at least one fixed contact cooperating with a mobile contact borne by a contact-holding arm, - a device for actuating the mobile contact that is displaced between a closed position and an open position of said contacts; - a mobile arc-extinguishing screen mounted to rotate about a first axis of rotation secured to the housing to occupy • a rest position when the contacts (11, 12) are in the closed position; • a lamination position when the contacts (11, 12) are in the open position; an actuating connecting rod mounted to rotate on the one hand relative to the mobile extinguishing screen via a second axis of rotation and on the other hand relative to the contact-holding arm via a third axis of rotation in such a way that the displacement of the contact-holding arm results in the displacement of the mobile extinguishing screen, characterized in that the actuating connecting rod comprises two sections articulated relative to one another about a fourth axis of rotation, a first section being mounted to rotate relative to the mobile extinguishing screen via the second axis of rotation and a second section being mounted to rotate relative to the contact-holding member via the third axis of rotation, the fourth axis of rotation comprising at least one end positioned in a guiding rail secured to the housing, said guiding rail comprising at least one first ramp for displacing said fourth axis to allow a simultaneous displacement of the contact-holding member and of the mobile extinguishing screen. - at least one fixed contact cooperating with a mobile contact borne by a contact-holding arm, - a device for actuating the mobile contact that is displaced between a closed position and an open position of said contacts; - a mobile arc-extinguishing screen mounted to rotate about a first axis of rotation secured to the housing to occupy • a rest position when the contacts (11, 12) are in the closed position; • a lamination position when the contacts (11, 12) are in the open position; • a rest position when the contacts (11, 12) are in the closed position; • a lamination position when the contacts (11, 12) are in the open position;
A non-spill collar and valve assembly, comprising: a collar having an internal frustum shaped wall with an upper open end that extends downward and inward into a closed lower end, the collar comprising: a projection extending outward and away from the closed lower end; a support surface arranged along an inner surface adjacent to the upper open end; at least one aperture disposed in the internal frustum shaped wall to channel a fluid; and a fastener assembly disposed adjacent to a bottom of the collar provided to securely fasten to a container; and an annular seal having a first surface constructed in a form of a frustum substantially similar to a shape of the internal frustum shaped wall of the collar, the annular seal having an interconnecting portion on a lower surface to be received and secured onto the projection. a collar having an internal frustum shaped wall with an upper open end that extends downward and inward into a closed lower end, the collar comprising: a projection extending outward and away from the closed lower end; a support surface arranged along an inner surface adjacent to the upper open end; at least one aperture disposed in the internal frustum shaped wall to channel a fluid; and a fastener assembly disposed adjacent to a bottom of the collar provided to securely fasten to a container; and a projection extending outward and away from the closed lower end; a support surface arranged along an inner surface adjacent to the upper open end; at least one aperture disposed in the internal frustum shaped wall to channel a fluid; and a fastener assembly disposed adjacent to a bottom of the collar provided to securely fasten to a container; and an annular seal having a first surface constructed in a form of a frustum substantially similar to a shape of the internal frustum shaped wall of the collar, the annular seal having an interconnecting portion on a lower surface to be received and secured onto the projection.
Prefolded cardboard blank for folding closed packaging boxes of varying height and length, said blank comprising - a bottom panel, - two side panels (14, 16), each joined to opposite edges of said bottom panel and - a first end panel joined with a first edge to said bottom panel, with a second edge to one of said side panels and with a third edge to the other one of said side panels such that the first end panel and the side panels (14, 16) when erected from the bottom panel form together with the bottom panel a box having an open top and an open side, - the first end panel having an end portion intended to form a first top panel, - each side panel (14, 16) having an end portion intended to form at least one second top panel (74, 76) and a corner panel (66, 68), - the bottom panel having an end portion intended to form a second end panel and a third top panel; said blank being characterized by each side panel (14, 16) having a crease line (20, 22) running at an angle of 45° upwards from a corner, where the edges of the respective side panel (14, 16), the first end panel and the bottom panel meet. - a bottom panel, - two side panels (14, 16), each joined to opposite edges of said bottom panel and - a first end panel joined with a first edge to said bottom panel, with a second edge to one of said side panels and with a third edge to the other one of said side panels such that the first end panel and the side panels (14, 16) when erected from the bottom panel form together with the bottom panel a box having an open top and an open side, - the first end panel having an end portion intended to form a first top panel, - each side panel (14, 16) having an end portion intended to form at least one second top panel (74, 76) and a corner panel (66, 68), - the bottom panel having an end portion intended to form a second end panel and a third top panel;