mhurhangee/ep-ind-claims huggingface dataset:
A display stand comprising, a hollow foldable self erecting supporting base made of a single card board material, said base having a front panel, a rear panel, and two opposite side panels (19,20), and said base having a generally rectangular horizontal cross sectional shape and a larger bottom end tapering to a smaller than open top end therein, a central vertical fold line (25,26) formed in said side panels and extending the entire vertical length therein, a horizontal fold line formed around said base and located at a same horizontal plane of all of said front panel, said rear panel and said side panels, said rear panel having a height taller than said front panel, and said side panels having a slanted top edge sloping from a top edge of said rear panel to a short distance below a top edge of said front panel whereby forming an upstanding top lip portion at said top edge of said front panel, a trapezoidal shaped pivotal board located within said base and said pivotal board having a bent front edge attached to said front panel and a free rear end portion distal from said bent front edge, said pivotal board being pivotable relative to said front panel to locate a horizontal position transverse to said base, and a vertical downward position juxtaposed to said front panel, a horizontal slot opening formed in said rear panel and located below said horizontal fold line, said slot opening being engageable with said free end portion of said pivotal board when said pivotal board is in a transverse position for maintaining said base in an erected condition, an elastic cord connected to said free end portion of said pivotal board and to a location just below said top edge of said rear panel, an operating opening formed in said pivotal board and located adjacent to said free end portion therein, said pivotal board being pivotable between said transverse position and said vertical downward position by inserting a finger into said operating opening and pulling said pivotal board to disengage with said horizontal slot opening to pivot downward against elastic tension of said elastic cord to move to said downward vertical position whereby said side panels are foldable inwards towards one another to fold said base into a collapsed condition, a rectangular separate display tray disposable on top of said base when said base is in said erected condition.
An illumination system for illuminating a first biologic substance (S 1) and a second biologic substance (S 2), comprising: a first light output device capable of outputting polychromatic first light (L 1), a second light output device capable of outputting polychromatic second light (L 2) having different spectra compared to the first light, characterised in that the first light output device and the second light output device are selected such that (i) a first apparent color results when the first light is scattered from the first biologic substance and a second apparent color results when the second light is scattered from the first biologic substance, the first apparent color and the second apparent color being substantially the same as one another and (ii) a third apparent color results when the first light is scattered from the second biologic substance and a fourth apparent color results when the second light is scattered from the second biologic substance, the third apparent color and the fourth apparent color being substantially different than one another; and means for temporally modulating amounts of the first light and amounts of the second light in a light output from the system. a first light output device capable of outputting polychromatic first light (L 1), a second light output device capable of outputting polychromatic second light (L 2) having different spectra compared to the first light, characterised in that the first light output device and the second light output device are selected such that (i) a first apparent color results when the first light is scattered from the first biologic substance and a second apparent color results when the second light is scattered from the first biologic substance, the first apparent color and the second apparent color being substantially the same as one another and (ii) a third apparent color results when the first light is scattered from the second biologic substance and a fourth apparent color results when the second light is scattered from the second biologic substance, the third apparent color and the fourth apparent color being substantially different than one another; and means for temporally modulating amounts of the first light and amounts of the second light in a light output from the system.
A laminated electrically heatable glazing panel comprising: - a first outer and second inner substrates with respectively an internal and an external faces, laminated to one another via at least one polymer inclusive interlayer; - a coating including at least one heatable conductive layer provided between the outer and the inner substrates, said coating divided into at least one heatable coating zone and at least two non-heatable coating zone ( 42, 43), the first heatable zone being delimited by at least two zone boundaries ( 6, 7) which are insulating by a coating deletion area, - at least a first and second conductive bus bars ( 21, 22), each of said spaced first and second bus bars ( 21, 22) adapted to supply electrical voltage across the at least one electrically heatable coating zone and wherein only the at least one electrically heatable coating zone is heated when current runs through said first and second bus bars ( 21, 22) and wherein the conductive path is defined between the busbars ( 21, 22), and wherein spaced first and second bus bars ( 21, 22) are disposed in the upper 35 and lower edge 36 of the laminated electrically heatable glazing panel and the first and second conductive busbars ( 21, 22) extended partially over the lateral edges of the glazing, and wherein the electrically heatable zone is the zone of visibility for an observer looking through such a glazing panel. - a first outer and second inner substrates with respectively an internal and an external faces, laminated to one another via at least one polymer inclusive interlayer; - a coating including at least one heatable conductive layer provided between the outer and the inner substrates, said coating divided into at least one heatable coating zone and at least two non-heatable coating zone ( 42, 43), the first heatable zone being delimited by at least two zone boundaries ( 6, 7) which are insulating by a coating deletion area, - at least a first and second conductive bus bars ( 21, 22), each of said spaced first and second bus bars ( 21, 22) adapted to supply electrical voltage across the at least one electrically heatable coating zone and wherein only the at least one electrically heatable coating zone is heated when current runs through said first and second bus bars ( 21, 22) and wherein the conductive path is defined between the busbars ( 21, 22),
A method for simulating fractional flow of wetting fluids and non-wetting fluids through porous medium comprising the steps of: a) creating a three dimensional digital representation of a porous medium, in the following called sample, containing a total volume of fluids comprising wetting fluids and non-wetting fluids, said method being characterized in the steps of: b) defining a first fraction of the total volume of fluids that comprises the wetting fluids and a second fraction of the total volume of fluids that comprises the non-wetting fluids, c) defining a value for a flow rate of the total volume of fluids flowing through the Sample, d) assessing properties of the wetting fluids and the non-wetting fluids, e) defining initial conditions for saturation of the wetting fluids (Sw), saturation of the non-wetting fluids (Sn), inlet pressure of the wetting fluids (Pw) and inlet pressure of the non-wetting fluids (Pn), f) setting conditions at the inlet face of the sample wherein non-wetting fluids and wetting fluids enter the pores of the Sample in separate and distinct areas, and g) calculating pressures, saturation, and velocity vectors internal to the Sample, h) calculating flow rates of the non-wetting fluids (Qn) through the Sample, flow rates of the wetting fluids (Qw) through the Sample, and pressure at the outlet of the Sample, i) repeating steps a) through h) for a predefined number of time increments, t, and j) periodically adjusting the inlet pressures Pn and Pw using a feedback control algorithm wherein quasi-steady state values for Qn and Qw are achieved. a) creating a three dimensional digital representation of a porous medium, in the following called sample, containing a total volume of fluids comprising wetting fluids and non-wetting fluids, said method being characterized in the steps of: b) defining a first fraction of the total volume of fluids that comprises the wetting fluids and a second fraction of the total volume of fluids that comprises the non-wetting fluids, c) defining a value for a flow rate of the total volume of fluids flowing through the Sample, d) assessing properties of the wetting fluids and the non-wetting fluids, e) defining initial conditions for saturation of the wetting fluids (Sw), saturation of the non-wetting fluids (Sn), inlet pressure of the wetting fluids (Pw) and inlet pressure of the non-wetting fluids (Pn), f) setting conditions at the inlet face of the sample wherein non-wetting fluids and wetting fluids enter the pores of the Sample in separate and distinct areas, and g) calculating pressures, saturation, and velocity vectors internal to the Sample, h) calculating flow rates of the non-wetting fluids (Qn) through the Sample, flow rates of the wetting fluids (Qw) through the Sample, and pressure at the outlet of the Sample, i) repeating steps a) through h) for a predefined number of time increments, t, and j) periodically adjusting the inlet pressures Pn and Pw using a feedback control algorithm wherein quasi-steady state values for Qn and Qw are achieved.
A solar cell apparatus comprising: - at least two solar cell modules (1, 1a, 1b) each having a solar cell panel, and a module frame provided at a periphery of the solar cell panel, one of the solar cell modules (1, 1a, 1b) for installation on a ridge side of the roof and one of the modules (1, 1a, 1b) for installation on an eave side of the roof; - a long mounting frame (12, 12a) to be fixed along an eave-ridge direction on a roof and having a guide rail section in an upper portion; and - a fixing member that is provided by being slid and moved in a longitudinal direction of the mounting frame (12, 12a) along the guide rail section for being fixed at a predetermined position of the mounting frame (12, 12a), wherein each module frame is provided with an internal groove section that stores a peripheral portion of the solar cell panel, and with an external groove section provided on an opposite side of the internal groove section, wherein the fixing member has a base section that engages with the guide rail section, an upright wall section that is provided to stand on the base section, an eave-side insertion section and a ridge-side insertion section, wherein the eave-side insertion section is an eave-side projection section provided in a projecting manner on one side surface of the upright wall section so as to be inserted into the external groove section of the solar cell module (1, 1a, 1b) installed on the eave side of the roof, and wherein the ridge-side insertion section is a ridge-side projection section provided in a projecting manner on the other side surface of the upright wall section so as to be inserted into the external groove section of the solar cell module (1, 1a, 1b) installed on the ridge side of the roof, wherein the module frames are opposed to each other via the fixing member along the eave-ridge direction, wherein the internal groove section of each of the module frames comprises a bottom surface, an upper surface, and a side surface such that the internal groove section stores the peripheral portion of the solar cell panel, wherein the external groove section of each of the module frames comprises a bottom surface, an upper surface, and a side surface such that the external groove section stores either the eave-side insertion section or the ridge-side insertion section, wherein at least a part of the internal groove section and at least a part of the external groove section overlap with each other in a plan view. - at least two solar cell modules (1, 1a, 1b) each having a solar cell panel, and a module frame provided at a periphery of the solar cell panel, one of the solar cell modules (1, 1a, 1b) for installation on a ridge side of the roof and one of the modules (1, 1a, 1b) for installation on an eave side of the roof; - a long mounting frame (12, 12a) to be fixed along an eave-ridge direction on a roof and having a guide rail section in an upper portion; and - a fixing member that is provided by being slid and moved in a longitudinal direction of the mounting frame (12, 12a) along the guide rail section for being fixed at a predetermined position of the mounting frame (12, 12a),
Equipment (1, 47) for a domestic pet, the equipment (1, 47) having a first state and a second state, the equipment (1, 47) further comprising: a pet detection system, the pet detection system comprising a capacitive proximity detector positioned for detecting a live object; and a pet authorisation system adapted to determine whether the live object so detected is an authorised pet, and, if the live object is an authorised pet, to cause the equipment (1, 47) to be in its first state, and if the live object is not an authorised pet to cause the equipment (1, 47) to be in its second state; the pet authorisation system comprising an RFID aerial that is coupled to a radio frequency circuit to detect the presence of an authorised RFID chip when the pet detection system detects a live object, but is otherwise decoupled therefrom; characterised in that the decoupled RFID aerial serves as the said capacitive proximity detector being connected into a capacitance measurement circuit at least when so decoupled. a pet detection system, the pet detection system comprising a capacitive proximity detector positioned for detecting a live object; and a pet authorisation system adapted to determine whether the live object so detected is an authorised pet, and, if the live object is an authorised pet, to cause the equipment (1, 47) to be in its first state, and if the live object is not an authorised pet to cause the equipment (1, 47) to be in its second state; the pet authorisation system comprising an RFID aerial that is coupled to a radio frequency circuit to detect the presence of an authorised RFID chip when the pet detection system detects a live object, but is otherwise decoupled therefrom; characterised in that the decoupled RFID aerial serves as the said capacitive proximity detector being connected into a capacitance measurement circuit at least when so decoupled.
Radially expandable system for the insertion in a body tube of a creature, the system comprising: a first part; a second part; and adhesive; wherein the system exhibits in a first state a first diameter; the system is bringable to a second state in which the system exhibits a second diameter which is larger than the first diameter; and in the second state the first part and the second part are fixable relative to each other by means of said adhesive in order to keep the system in the second state; characterized in that the system further contains a first wall element which in the second state defines at least a part of a passage way extending in longitudinal direction of the system through the system; the first wall element exhibits the second part, and a further wall element exhibits the first part; the first wall element as well as the further wall element are both hose-like closed in peripheral direction and the further wall element is arranged radially outside the first wall element; the adhesive is contained in a separate reservoir placed between the first part and the second part, wherein the reservoir is either rippable during expansion of the system or the reservoir is openable by external impact to release the adhesive. a first part; a second part; and adhesive; wherein the system exhibits in a first state a first diameter; the system is bringable to a second state in which the system exhibits a second diameter which is larger than the first diameter; and in the second state the first part and the second part are fixable relative to each other by means of said adhesive in order to keep the system in the second state; characterized in that the system further contains a first wall element which in the second state defines at least a part of a passage way extending in longitudinal direction of the system through the system; the first wall element exhibits the second part, and a further wall element exhibits the first part; the first wall element as well as the further wall element are both hose-like closed in peripheral direction and the further wall element is arranged radially outside the first wall element; the adhesive is contained in a separate reservoir placed between the first part and the second part, wherein the reservoir is either rippable during expansion of the system or the reservoir is openable by external impact to release the adhesive.
A Cylinder lock comprising a cylinder body, an inner cylinder and a rotating part, which cylinder body has a front end and an open rear end, which inner cylinder has a base, and the inner cylinder is placed to the inside of the cylinder body and provided with tumblers, which, in blocking positions, block rotation of the inner cylinder in relation to the cylinder body and allow rotation of the inner cylinder in relation to the outer cylinder, when the tumblers are moved into releasing positions, which rotating part is on the side of the rear end of the cylinder body and in connection with the base of the inner cylinder, characterized in that the rear end of the cylinder body comprises an inner flange portion around the rear end open portion, and the cylinder lock comprises a rotating pin having an outer flange and a shaft, which is provided with a centre hole and attachment surfaces on the outer surface of the shaft, which rotating pin is placed through the open rear end, the outer flange being against the inner flange portion of the rear end, and onto which attachment surfaces the rotating part is attached, the centre hole of the shaft of which rotating pin is provided with torsional surfaces, which base of the inner cylinder has a connecting shaft, which is provided with corresponding torsional surfaces, which inner cylinder is axially slidable in relation to the cylinder body, the corresponding torsional surfaces of the connecting shaft being against the torsional surfaces of the rotating pin regardless of the axial location of the inner cylinder, the front part of which inner cylinder is provided with a rotary knob, which has a front surface and a side surface with a projection, which is arranged to flexibly press against the side surface, the inner surface of which cylinder body is provided with first and second circumferential grooves and a connecting groove connecting them in the direction of the shaft of the inner cylinder, the first circumferential groove being in the vicinity of the front end and the second circumferential groove being closer to the rear end than the first circumferential groove, the inner edge of the first circumferential groove 24 being bevelled, which lock cylinder comprises a spring between the base of the inner cylinder and the rotating pin, which cylinder lock is in the locked state, when the tumblers are in the blocking position and the projection of the rotary knob is on the second circumferential groove, in which locked state the front surface of the rotary knob is close to the front end of the cylinder body, and which lock cylinder is in the unlocked state, when the tumblers are in the releasing positions and the inner cylinder is rotated into the unlocked position, wherein the projection of the rotary knob is at the site of the connecting groove, wherein the spring is free to push the rotary knob and the inner cylinder into the extended position in relation to the front end of the cylinder body, in which extended position the rotary knob and the inner cylinder are rotatable such that the projection of the rotary knob moves along the first circumferential groove.
A band for a smoking article (45, 50), comprising: a crimped cellulose acetate fiber, wherein content of titanium oxide in the band is set to a value in a range from 0 wt.% to 0.01 wt.%, and a crimp ratio I (%) of the band calculated by Equation 1 satisfies a relationship of Equation 2, Crimp ratio I % = L 1 − L 0 / L 0 × 100 where L0 is a length of the band in a case where a load of 250 g is applied to the band having a length of 250 mm in a direction in which crimp of the cellulose acetate fibers is stretched, and L1 is a length of the band in a case where a load of 2500 g is applied to the band having the length of 250 mm in the direction, − 11.7 + 1.2 × FD + 0.00083 × TD < I % < 10.0 + 1.2 × FD + 0.00083 × TD, where FD is a denier per filament of the band, and TD is a total denier of the band, characterized in that FD has a value in a range of equal to or greater than 10. a crimped cellulose acetate fiber, wherein content of titanium oxide in the band is set to a value in a range from 0 wt.% to 0.01 wt.%, and a crimp ratio I (%) of the band calculated by Equation 1 satisfies a relationship of Equation 2, Crimp ratio I % = L 1 − L 0 / L 0 × 100 where L0 is a length of the band in a case where a load of 250 g is applied to the band having a length of 250 mm in a direction in which crimp of the cellulose acetate fibers is stretched, and L1 is a length of the band in a case where a load of 2500 g is applied to the band having the length of 250 mm in the direction, − 11.7 + 1.2 × FD + 0.00083 × TD < I % < 10.0 + 1.2 × FD + 0.00083 × TD, where FD is a denier per filament of the band, and TD is a total denier of the band, characterized in that FD has a value in a range of equal to or greater than 10.
An optical arrangement for a solid-state lamp, the optical arrangement comprising: a total internal reflection optical element including an outer surface with a conic shape that internally reflects light; and characterised by comprising: a highly reflective secondary reflector, substantially conformal to, outside, and spaced a small air gap apart from the outer surface.
Pressure driven method of delivering a first liquid at a determined flow rate, the method comprising the steps, to be performed in sequential order, of: a) at least partly filling a container (2, 102, 202) with an amount of the first liquid (4, 104, 204); b) causing a second liquid (7, 107, 207) to flow into the container (2, 107, 207) via a first passage (8, 108, 208), thereby forcing at least some of the first liquid (4, 104, 204) out of the container (2, 102, 202), in order to discharge said at least some of the first liquid (4, 104, 204) through a second passage (11, 111, 211); wherein the first passage (8, 108, 208) has a first resistance to the flow of the first liquid (4, 104, 204), and the second passage (11, 111, 211) has a second resistance to flow of the second liquid (7, 107, 207), wherein the first resistance is higher than the second resistance. a) at least partly filling a container (2, 102, 202) with an amount of the first liquid (4, 104, 204); b) causing a second liquid (7, 107, 207) to flow into the container (2, 107, 207) via a first passage (8, 108, 208), thereby forcing at least some of the first liquid (4, 104, 204) out of the container (2, 102, 202), in order to discharge said at least some of the first liquid (4, 104, 204) through a second passage (11, 111, 211);