mhurhangee/ep-ind-claims huggingface dataset:
A condensation system for a laundry appliance comprising: a blower for delivering process air through an airflow path that includes a rotating drum; a heat exchanger that dehumidifies process air within a condensing portion of the airflow path to produce a condensate; a residual condensing area of the airflow path and positioned upstream of the heat exchanger, wherein the residual condensing area produces secondary condensate; a primary flow path that delivers the condensate from the condensing portion to a sump; and a secondary flow path that delivers the secondary condensate from the residual condensing area to the sump,wherein the residual condensing area is positioned proximate a lint screen that separates particulate material from the process air and wherein the secondary flow path includes a drain member that extends from the residual condensing area to the sump, characterised in that the drain member includes an inlet end that engages a basement of the appliance proximate a lint filter housing and an outlet end that engages the basement at a fluid delivery channel. a blower for delivering process air through an airflow path that includes a rotating drum; a heat exchanger that dehumidifies process air within a condensing portion of the airflow path to produce a condensate; a residual condensing area of the airflow path and positioned upstream of the heat exchanger, wherein the residual condensing area produces secondary condensate; a primary flow path that delivers the condensate from the condensing portion to a sump; and a secondary flow path that delivers the secondary condensate from the residual condensing area to the sump,wherein the residual condensing area is positioned proximate a lint screen that separates particulate material from the process air and wherein the secondary flow path includes a drain member that extends from the residual condensing area to the sump, characterised in that the drain member includes an inlet end that engages a basement of the appliance proximate a lint filter housing and an outlet end that engages the basement at a fluid delivery channel.
Method for the production of elemental rhodium, comprising the steps of: providing an aqueous suspension of diethylene triammonium hexahalogenorhodate that has been adjusted to a pH value in the range of -1 to +2 with a halogen hydracid; adding a sufficient amount of reducing agent for complete conversion of the diethylene triammonium hexahalogenorhodate to the suspension provided in step and allowing the reaction to proceed until the production of elemental rhodium is completed; and separating the elemental rhodium formed in step from the halogen hydracid-containing aqueous composition formed in step, whereby halogen means bromine and/or chlorine. providing an aqueous suspension of diethylene triammonium hexahalogenorhodate that has been adjusted to a pH value in the range of -1 to +2 with a halogen hydracid; adding a sufficient amount of reducing agent for complete conversion of the diethylene triammonium hexahalogenorhodate to the suspension provided in step and allowing the reaction to proceed until the production of elemental rhodium is completed; and separating the elemental rhodium formed in step from the halogen hydracid-containing aqueous composition formed in step,
A lighting device including: - a tray-like housing having a base wall, - at least one electrically powered light radiation source placed on the base wall of the housing with electrical contact pads in an opposite position from the base wall of the housing, characterised by, - a circuit board arranged on the base wall of the housing, the circuit board having a face opposite from the base wall of the housing and having electrically conductive lines extending thereon, the electrically conductive lines having respective electrical contact pads in positions facing the electrical contact pads of the at least one light radiation source, and - at least one optical element having a light input to collect light radiation at said at least one light radiation source and at least one light output to project light radiation from the lighting device; the optical element having an electrically non-conductive base wall resting on the at least one light radiation source and the circuit board to urge the at least one light radiation source and the circuit board toward the base wall of the housing; the base wall of the optical element carrying electrical contacts to bridge the contact pads (14a, 16a) of the at least one light radiation source and the circuit board. - a tray-like housing having a base wall, - at least one electrically powered light radiation source placed on the base wall of the housing with electrical contact pads in an opposite position from the base wall of the housing, characterised by, - a circuit board arranged on the base wall of the housing, the circuit board having a face opposite from the base wall of the housing and having electrically conductive lines extending thereon, the electrically conductive lines having respective electrical contact pads in positions facing the electrical contact pads of the at least one light radiation source, and - at least one optical element having a light input to collect light radiation at said at least one light radiation source and at least one light output to project light radiation from the lighting device; the optical element having an electrically non-conductive base wall resting on the at least one light radiation source and the circuit board to urge the at least one light radiation source and the circuit board toward the base wall of the housing; the base wall of the optical element carrying electrical contacts to bridge the contact pads (14a, 16a) of the at least one light radiation source and the circuit board.
A polyester resin, comprising: a polycarboxylic acid-derived structural unit; a trihydric or higher alcohol-derived structural unit; an isosorbide-derived structural unit; and a dihydric alcohol-derived structural unit that is other than isosorbide and has an alicyclic skeleton; wherein 0.05 to 0.5 mol of the isosorbide-derived structural unit, 0.015 to 0.1 mol of the trihydric or higher alcohol-derived structural unit, and 0.001 to 0.15 mol of the dihydric alcohol-derived structural unit that is other than isosorbide and has an alicyclic skeleton, are contained relative to 1 mol of the polycarboxylic acid-derived structural unit. a polycarboxylic acid-derived structural unit; a trihydric or higher alcohol-derived structural unit; an isosorbide-derived structural unit; and a dihydric alcohol-derived structural unit that is other than isosorbide and has an alicyclic skeleton; wherein 0.05 to 0.5 mol of the isosorbide-derived structural unit, 0.015 to 0.1 mol of the trihydric or higher alcohol-derived structural unit, and 0.001 to 0.15 mol of the dihydric alcohol-derived structural unit that is other than isosorbide and has an alicyclic skeleton, are contained relative to 1 mol of the polycarboxylic acid-derived structural unit.
A connector comprising: a shell having a chamber, the shell having a mating end configured for mating with a mating connector, the shell holding at least one contact; and a coupling mechanism rotatable about the shell, the coupling mechanism comprising an inner coupling nut and an outer coupling nut separate from the inner coupling nut, the inner coupling nut having internal threads configured to be threadably coupled to a mating connector, the inner coupling nut having a front facing the mating connector and a rear opposite the front, the inner coupling nut having a plurality of ramped steps extending from the rear and disposed at different circumferential positions along the rear, the outer coupling nut having a cavity receiving the inner coupling nut, characterised in that the outer coupling nut has a detent extending into the cavity, the detent being positioned rearward of the rear of the inner coupling nut and successively engaging the ramped steps as the outer coupling nut is rotated in a tightening direction, the detent being released from the corresponding ramped step when the connector is fully mated to the mating connector. a shell having a chamber, the shell having a mating end configured for mating with a mating connector, the shell holding at least one contact; and a coupling mechanism rotatable about the shell, the coupling mechanism comprising an inner coupling nut and an outer coupling nut separate from the inner coupling nut, the inner coupling nut having internal threads configured to be threadably coupled to a mating connector, the inner coupling nut having a front facing the mating connector and a rear opposite the front, the inner coupling nut having a plurality of ramped steps extending from the rear and disposed at different circumferential positions along the rear, the outer coupling nut having a cavity receiving the inner coupling nut, characterised in that the outer coupling nut has a detent extending into the cavity, the detent being positioned rearward of the rear of the inner coupling nut and successively engaging the ramped steps as the outer coupling nut is rotated in a tightening direction, the detent being released from the corresponding ramped step when the connector is fully mated to the mating connector.
A cast plate (12, 92) for a plate fin heat exchanger comprising: a plate portion (32, 98) having a leading edge (22, 112), trailing edge (24, 110), an inlet side and an outlet side, wherein the leading edge (22, 112) of the plate portion (32, 98) includes a terminal tip and a varying radius that decreases in a direction toward the terminal tip, the plate portion (32, 98) includes a plurality of internal passages (40, 116) extending between a corresponding plurality of inlets (34, 114) on the inlet side and a corresponding plurality of outlets (35, 108) on the outlet side, and one of the plurality of internal passages (40, 116) includes a leading edge passage disposed closest to the leading edge (22, 112), characterised in that: a wall thickness between the leading edge passage and the leading edge (22, 112) increases in a direction toward the terminal tip. a plate portion (32, 98) having a leading edge (22, 112), trailing edge (24, 110), an inlet side and an outlet side, wherein the leading edge (22, 112) of the plate portion (32, 98) includes a terminal tip and a varying radius that decreases in a direction toward the terminal tip, the plate portion (32, 98) includes a plurality of internal passages (40, 116) extending between a corresponding plurality of inlets (34, 114) on the inlet side and a corresponding plurality of outlets (35, 108) on the outlet side, and one of the plurality of internal passages (40, 116) includes a leading edge passage disposed closest to the leading edge (22, 112), characterised in that: a wall thickness between the leading edge passage and the leading edge (22, 112) increases in a direction toward the terminal tip.
An air conditioning system having a cooling mode and a free-cooling mode, comprising: a refrigeration circuit having a compressor and a pump; a first pressure sensor at an inlet of said pump; a second pressure sensor at an outlet of said pump; a controller for selectively operating in the cooling mode by circulating and compressing a refrigerant through said refrigeration circuit via said compressor or operating in the free-cooling mode by circulating said refrigerant through said refrigeration circuit via said pump; and a pump starting sequence resident on said controller, said pump starting sequence cycling said pump between an on state and an off state based at least upon a differential pressure determined by said controller from pressures detected by said first and second pressure sensors. a refrigeration circuit having a compressor and a pump; a first pressure sensor at an inlet of said pump; a second pressure sensor at an outlet of said pump; a controller for selectively operating in the cooling mode by circulating and compressing a refrigerant through said refrigeration circuit via said compressor or operating in the free-cooling mode by circulating said refrigerant through said refrigeration circuit via said pump; and a pump starting sequence resident on said controller, said pump starting sequence cycling said pump between an on state and an off state based at least upon a differential pressure determined by said controller from pressures detected by said first and second pressure sensors.
An atropisomer of Formula X: wherein R 1 is cyclopentyl, tert-butyl, iso-pentyl, or phenyl; and X is an atropisomerism rotational blocking moiety, wherein the blocking moiety is halo or (C 3 -C 8)cycloalkyl; or a salt or solvate thereof. R 1 is cyclopentyl, tert-butyl, iso-pentyl, or phenyl; and X is an atropisomerism rotational blocking moiety, wherein the blocking moiety is halo or (C 3 -C 8)cycloalkyl; or a salt or solvate thereof.
An isolated cell comprising an exogenous sequence encoding a fusion protein comprising an HIV peptide fusion inhibitor derived from an HIV gp41polypeptide and an HIV cell-surface viral receptor or co-receptor, wherein the exogenous sequence is integrated into an HIV endogenous receptor or co-receptor gene using one or more nucleases such that the expression of the endogenous HIV receptor or co-receptor gene in the cell is knocked out, and further wherein the fusion protein is membrane bound and the peptide fusion inhibitor of the fusion protein is expressed on the surface of the isolated cell.
A bone implant comprising: a polymer matrix body; a passage (38, 46, 48) through the body, open at opposite ends, and configured to receive a bone fixation screw; said bone implant comprising markings radiopaque to x-rays at opposite ends of said passage defining the location and orientation of said passage; characterized in that said polymer matrix body is fiber reinforced, said markings formed as four short metal rods (50a-d), wherein two of said rods (50a, 50c; 50b, 50d) are located at each end of said passage, said rods extending parallel to an axis of said passage and being equally spaced diametrically from a center of said passage, wherein a first two (50a, 50b) of said rods are aligned on a first side of said passage and a second two (50c, 50d) of said rods are aligned on a second side of said passage opposite to said first side, and wherein said rods appear under fluoroscopic imaging as a single dot on each said side of said passage only when viewed from an axial position suitable for insertion of the bone fixation screw into said passage, for providing said orientation. a polymer matrix body; a passage (38, 46, 48) through the body, open at opposite ends, and configured to receive a bone fixation screw; said bone implant comprising markings radiopaque to x-rays at opposite ends of said passage defining the location and orientation of said passage; characterized in that said polymer matrix body is fiber reinforced, said markings formed as four short metal rods (50a-d), wherein two of said rods (50a, 50c; 50b, 50d) are located at each end of said passage, said rods extending parallel to an axis of said passage and being equally spaced diametrically from a center of said passage, wherein a first two (50a, 50b) of said rods are aligned on a first side of said passage and a second two (50c, 50d) of said rods are aligned on a second side of said passage opposite to said first side, and wherein said rods appear under fluoroscopic imaging as a single dot on each said side of said passage only when viewed from an axial position suitable for insertion of the bone fixation screw into said passage, for providing said orientation.
A device, comprising a reaction chamber which comprises a first binding member adapted for capturing target compounds and a second binding member adapted for capturing reporter compounds indicative of the presence and/or amount of the target compounds, wherein the first binding member comprises synthetic particles, beads or a porous matrix configured to bind complexes of a capture compound and a target compound and wherein the second binding member is a microarray of reporter specific capture compounds arranged on a surface.
A left atrial appendage occluder (100, 200, 300, 400, 500, 600, 700), comprising a sealing part (110, 220, 320, 420, 520, 620, 720), a fixing part (120, 210, 310, 410, 510, 610, 710) disposed at one side of the sealing part (110, 220, 320, 420, 520, 620, 720), and a connection part (130, 230, 330, 430, 530, 630, 730) for connecting the sealing part (110, 220, 320, 420, 520, 620, 720) and the fixing part (120, 210, 310, 410, 510, 610, 710), characterised in that the radial deformation capacity of the sealing part (110, 220, 320, 420, 520, 620, 720) is greater than that of the fixing part (120, 210, 310, 410, 510, 610, 710), and/or the axial deformation capacity of the sealing part (110, 220, 320, 420, 520, 620, 720) is greater than that of the fixing part (120, 210, 310, 410, 510, 610, 710).
A method for sealing a pouch casing of a pouch-type secondary battery, which comprises the steps of: a receiving step in which an electrode assembly is received in an inner space formed between an upper pouch and a lower pouch; and a sealing step in which a first pressure is applied to an outer circumferential sealing portion, where the upper pouch and the lower pouch are sealed, in the longitudinal direction, and then the pressure is relieved, wherein the sealing step is carried out by applying external force to the upper pouch in the upward direction and to the lower pouch in the downward direction (D'), or by applying a second pressure working in perpendicular to the first pressure to the sealing portion from the inner part of the pouch casing in a direction toward the outside, wherein the extent of the external force applied to the upper pouch in the upward direction is 2-5 times of the weight of the upper pouch, and the extent of the external force applied to the lower pouch in the downward direction is 2-5 times of the weight of the lower pouch, wherein the external force application time in the sealing step is 1.5-2 times of the first pressure application time, wherein the second pressure in the sealing step is 0.1-0.15 MPa, and wherein the second pressure application time in the sealing step is 1.5-2 times of the first pressure application time. a receiving step in which an electrode assembly is received in an inner space formed between an upper pouch and a lower pouch; and a sealing step in which a first pressure is applied to an outer circumferential sealing portion, where the upper pouch and the lower pouch are sealed, in the longitudinal direction, and then the pressure is relieved, wherein the sealing step is carried out by applying external force to the upper pouch in the upward direction and to the lower pouch in the downward direction (D'), or by applying a second pressure working in perpendicular to the first pressure to the sealing portion from the inner part of the pouch casing in a direction toward the outside, wherein the extent of the external force applied to the upper pouch in the upward direction is 2-5 times of the weight of the upper pouch, and the extent of the external force applied to the lower pouch in the downward direction is 2-5 times of the weight of the lower pouch, wherein the external force application time in the sealing step is 1.5-2 times of the first pressure application time, wherein the second pressure in the sealing step is 0.1-0.15 MPa, and wherein the second pressure application time in the sealing step is 1.5-2 times of the first pressure application time.
A fiber laser oscillator to generate a light beam, the fiber laser oscillator comprising: a length of optical fiber comprising a core and one or more cladding layers (310, 315), where at least a portion of the length of optical fiber is doped with a gain medium operable to excite at least a signal component of the light beam, the signal component associated with a first peak wavelength; a first reflector proximal to a first end of the length of optical fiber; and an output coupler separated from the first reflector by at least the length of optical fiber, wherein the output coupler has a lower reflectivity at the first peak wavelength than at a second peak wavelength associated with a Raman component of the light beam, wherein: the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG, that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced. a length of optical fiber comprising a core and one or more cladding layers (310, 315), where at least a portion of the length of optical fiber is doped with a gain medium operable to excite at least a signal component of the light beam, the signal component associated with a first peak wavelength; a first reflector proximal to a first end of the length of optical fiber; and an output coupler separated from the first reflector by at least the length of optical fiber, wherein the output coupler has a lower reflectivity at the first peak wavelength than at a second peak wavelength associated with a Raman component of the light beam, wherein: the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG, that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced. the first reflector has a higher reflectivity at the first peak wavelength than at the second peak wavelength; the Raman component is to propagate in a fundamental core mode of the length of optical fiber; and the output coupler comprises a superstructure fiber grating, SS-FG, that is to reflect the Raman component into a counter-propagating core mode of the length of optical fiber so that Raman emission from the output coupler is reduced.
A heating arrangement for simultaneously heating a plurality of charcoal tablets for subsequent use in a shisha, wherein the heating arrangement comprises a housing having a housing volume providing a holding volume for the plurality of charcoal tablets to be simultaneously heated, in which the plurality of charcoal tablets are insertable, and wherein the heating arrangement comprises an electric heating device having at least one heating element at least partially surrounding the plurality of charcoal tablets for simultaneously heating the plurality of charcoal tablets, characterized in that said housing comprises a holding container, said holding container forming a predominantly enclosed volume wherein hot air or hot gas can be collected and retained.