mhurhangee/patent-ind-claim-en huggingface dataset:
A cylindrical rod for aerosol-generating articles comprising a rod component being circumscribed by a wrapper ; the wrapper comprising: - laterally opposed edge portions which overlap so as to form an overlapping zone , wherein the overlapping zone comprises an inner layer of the wrapper and an outer layer of the wrapper , and wherein the outer layer of the wrapper comprises an inner surface of the outer layer of the wrapper being located adjacent to the inner layer of the wrapper : - glue being applied between the overlapping edge portions of the wrapper so as to form one or more glue zones within the overlapping zone ; and - a plurality of cavities, wherein at least part of the cavities are provided in the area of the one or more glue zones ; characterized in that the inner surface of the outer layer of the wrapper comprises cavities which do not penetrate completely through the wrapper so as to define recesses in the wrapper , and the inner layer of the wrapper in the overlapping zone comprises cavities which penetrate completely through the wrapper so as to define through-holes in the wrapper . - laterally opposed edge portions which overlap so as to form an overlapping zone , wherein the overlapping zone comprises an inner layer of the wrapper and an outer layer of the wrapper , and wherein the outer layer of the wrapper comprises an inner surface of the outer layer of the wrapper being located adjacent to the inner layer of the wrapper : - glue being applied between the overlapping edge portions of the wrapper so as to form one or more glue zones within the overlapping zone ; and - a plurality of cavities, wherein at least part of the cavities are provided in the area of the one or more glue zones ; characterized in that
A light guide plate , wherein a main body of the light guide plate is made of an optical-glass material, characterized in that the light guide plate has a built-in cavity , the cavity is filled with a conductive hydrogel , and each end of the light guide plate has an electrode arranged to connect electronically to the conductive hydrogel in the cavity ; the conductive hydrogel is in a liquid state when it is not electrified, and becomes a colloidal state when the conductive hydrogel in the cavity is electrified.
A front load washing machine with an electric light body for illuminating the interior of the washing machine drum, comprising a housing , an oscillating washing unit , arranged within the housing , with a tub and a rotating washing drum for laundry to be washed, a door mounted directly on the oscillating washing unit via a door hinge closing a manipulation opening in the tub, through which the drum is loaded, wherein the door is attached directly to the tub of the washing machine via the door hinge , characterized in that the washing machine door hinge has, in one of its legs on the surface facing the manipulation opening , a groove for receiving a light body for illuminating the interior of the drum . a housing , an oscillating washing unit , arranged within the housing , with a tub and a rotating washing drum for laundry to be washed, a door mounted directly on the oscillating washing unit via a door hinge closing a manipulation opening in the tub, through which the drum is loaded, wherein the door is attached directly to the tub of the washing machine via the door hinge , characterized in that the washing machine door hinge has, in one of its legs on the surface facing the manipulation opening , a groove for receiving a light body for illuminating the interior of the drum .
Separator for chlor-alkali electrolysis cells comprising zirconium oxide ceramic material particles mechanically bound to a network of organic polymer fibres by embedding said particles into a sintered network of said fibres, said ceramic material particles comprising zirconium chemically bound to hydroxyl groups.
A pharmaceutical formulation comprising: about 20 mg/mL to about 200 mg/mL of a therapeutic protein; a pharmaceutically acceptable carrier; and one or more polyethoxylated fatty alcohol (PFA) surfactants, wherein said one or more PFA surfactants is resistant to lipase degradation, and wherein the formulation comprises lipase/esterase activity that is ≥ 0.1 unit/mL of purified porcine esterase or equivalent thereof. about 20 mg/mL to about 200 mg/mL of a therapeutic protein; a pharmaceutically acceptable carrier; and one or more polyethoxylated fatty alcohol (PFA) surfactants, wherein said one or more PFA surfactants is resistant to lipase degradation, and wherein the formulation comprises lipase/esterase activity that is ≥ 0.1 unit/mL of purified porcine esterase or equivalent thereof.
A method performed by an evolved node B, eNB, comprising: initiating an operational mode wherein in the operational mode, the eNB provides a first coverage enhancement level for user equipments, UEs, that have established communication with the eNB; and periodically switching, according to a time duration preconfigured in the eNB, from the operational mode to a discovery mode, wherein in the discovery mode the eNB provides a second coverage enhancement level for UEs that are to establish communication with the eNB, and wherein the eNB, upon switching from the operational mode to the discovery mode, operates in the discovery mode during a first part of said time duration, switches from the discovery mode to the operational mode and operates in the operational mode during the remaining part of the time duration, the duration of the discovery mode being preconfigured in the eNB and shorter than the duration of the operational mode; and sending downlink transmissions at a first repetition level associated with the first coverage enhancement level while the eNB is in the operational mode and broadcasting downlink transmissions at a second repetition level associated with the second coverage enhancement level while the eNB is in the discovery mode, wherein the second repetition level is higher than the first repetition level. initiating an operational mode wherein in the operational mode, the eNB provides a first coverage enhancement level for user equipments, UEs, that have established communication with the eNB; and periodically switching, according to a time duration preconfigured in the eNB, from the operational mode to a discovery mode, wherein in the discovery mode the eNB provides a second coverage enhancement level for UEs that are to establish communication with the eNB, and wherein the eNB, upon switching from the operational mode to the discovery mode, operates in the discovery mode during a first part of said time duration, switches from the discovery mode to the operational mode and operates in the operational mode during the remaining part of the time duration, the duration of the discovery mode being preconfigured in the eNB and shorter than the duration of the operational mode; and sending downlink transmissions at a first repetition level associated with the first coverage enhancement level while the eNB is in the operational mode and broadcasting downlink transmissions at a second repetition level associated with the second coverage enhancement level while the eNB is in the discovery mode, wherein the second repetition level is higher than the first repetition level.
A persistent phosphorescent ceramic composite material which is a sintered dense body which comprises two or more phases, a first phase consisting of zirconia stabilized with a dopant selected from the group consisting of Ce, Mg and Y, and a second phase consisting of a metal oxide containing at least one activating element in a reduced oxidation state, the metal oxide in the second phase being selected from Ca-, Ba-, Sr- and/or Mg-aluminates, Ca-, Ba-, Sr- and/or Mg-silicates, and Ca- and/or Sr- aluminosilicates, obtainable by a sintering process comprising a first sintering step in an oxidizing atmosphere at a temperature in the range of 850 to 1200°C and a second sintering step under reducing conditions at a temperature in the range of 1350 to 1550°C.
A method for cleaning a diesel particulate filter having a dirty side directed towards an incoming flow of exhaust and a clean side directed towards an outgoing flow of exhaust, said method comprising the steps of: wet cleaning said filter employing a liquid that removes particulate from said filter , the step of wet cleaning said filter comprising: mounting said clean side of said filter in fluid communication with a first liquid supply conduit ; mounting said dirty side of said filter in fluid communication with a second liquid supply conduit ; surging a slug of said liquid through said filter alternatingly from said clean and dirty sides of said filter through said first and second liquid supply conduits and wherein the step of surging said slug of said liquid through said filter comprises applying a gas at alternating pressures to opposite sides of said slug of said liquid through said first and second liquid supply conduits and wherein a pressure mechanism alternately applies pressure in opposite directions to at least one end of said slug of liquid; and driving the liquid in a reverse direction from the dirty side to the clean side of said filter with significantly less pressure relative to the pressure in the direction from the clean side to the dirty side of the filter so as to slowly move the liquid back to the outlet side of the filter . mounting said clean side of said filter in fluid communication with a first liquid supply conduit ; mounting said dirty side of said filter in fluid communication with a second liquid supply conduit ; surging a slug of said liquid through said filter alternatingly from said clean and dirty sides of said filter through said first and second liquid supply conduits and wherein the step of surging said slug of said liquid through said filter comprises applying a gas at alternating pressures to opposite sides of said slug of said liquid through said first and second liquid supply conduits and wherein a pressure mechanism alternately applies pressure in opposite directions to at least one end of said slug of liquid; and driving the liquid in a reverse direction from the dirty side to the clean side of said filter with significantly less pressure relative to the pressure in the direction from the clean side to the dirty side of the filter so as to slowly move the liquid back to the outlet side of the filter .
A container which comprises; a generally horizontal base portion and generally upstanding sidewalls which define a volume for accommodating a stack of mopping layers before use, the base portion defining a tray upon which said mopping layers may be vertically stacked one on top of the other, an opening in an upper region of the container for access in turn to each of the stacked mopping layers which are accommodated in the volume, an openable watertight lid arrangement for sealing the opening, and a compartment in the volume which includes a divider for separating the volume to be occupied by the stack of mopping layers from the compartment volume, said divider being provided with a dispersed array of orifices through which liquid in the compartment may flow in a controlled and distributed manner to wet the stacked mopping layers, characterized in that the divider is generally vertically orientated so that, when the container is upstanding, liquid present gradually trickles horizontally from the compartment, and when the container is laid on its side with the compartment above the divider and the divider above the mopping layers, the liquid present trickles down onto the mopping layers. a generally horizontal base portion and generally upstanding sidewalls which define a volume for accommodating a stack of mopping layers before use, the base portion defining a tray upon which said mopping layers may be vertically stacked one on top of the other, an opening in an upper region of the container for access in turn to each of the stacked mopping layers which are accommodated in the volume, an openable watertight lid arrangement for sealing the opening, and a compartment in the volume which includes a divider for separating the volume to be occupied by the stack of mopping layers from the compartment volume, said divider being provided with a dispersed array of orifices through which liquid in the compartment may flow in a controlled and distributed manner to wet the stacked mopping layers, characterized in that the divider is generally vertically orientated so that, when the container is upstanding, liquid present gradually trickles horizontally from the compartment, and when the container is laid on its side with the compartment above the divider and the divider above the mopping layers, the liquid present trickles down onto the mopping layers.
Dryer , particularly for drying clean-room garments and accessories, comprising: - a dryer body , - a drying chamber , - a system for circulating air between an air inlet and said drying chamber , with this system comprising - a device for aspirating air conferring a direction of flow to the air from the air inlet to said drying chamber , - a device for heating aspirated air placed upstream of said drying chamber , and - an absolute filter placed upstream of said drying chamber , said dryer being characterised in that it further comprises, upstream of said absolute filter , a connector arranged to be connected to a device for pulsing air loaded with a predetermined quantity of droplets of an aerosol and in that it comprises an access to a space located downstream of said absolute filter and upstream of said drying chamber , said access to a space being arranged to be able to receive a measuring device . - a dryer body , - a drying chamber , - a system for circulating air between an air inlet and said drying chamber , with this system comprising - a device for aspirating air conferring a direction of flow to the air from the air inlet to said drying chamber , - a device for heating aspirated air placed upstream of said drying chamber , and - an absolute filter placed upstream of said drying chamber ,
Low-yield-ratio type, high-strength steel comprising: 0.02 to 0.11 wt% of carbon (C); 0.1 to 0.5 wt% of silicon (Si); 1.5 to 2.5 wt% of manganese (Mn); 0.01 to 0.06 wt% of aluminum (Al); 0.1 to 0.6 wt% of nickel (Ni); 0.01 to 0.03 wt% of titanium (Ti); 0.005 to 0.08 wt% of niobium (Nb); 0.1 to 0.5 wt% of chromium (Cr); 0.01 wt% or less of phosphorus (P); 0.01 wt% or less of sulfur (S); 5 to 30 wt ppm of boron (B); 20 to 70 wt ppm of nitrogen (N); 50 wt ppm or less, but more than 0 wt ppm, of calcium (Ca) ; 5 to 50 wt ppm or less of tin (Sn); iron (Fe) as a remainder thereof; and other inevitable impurities, wherein the steel optionally further comprises one or more of 0.1 to 0.5 wt% of copper (Cu), 0.15 to 0.3 wt% of molybdenum (Mo), and 0.005 to 0.3 wt% of vanadium (V), wherein a refined structure of the steel includes bainitic ferrite and granular bainite in a primary phase and includes M-A in a secondary phase, and wherein the bainitic ferrite has an area fraction of 80 to 95%, the granular bainite has an area fraction of 5 to 20%, and the M-A has an area fraction of 3% or less wherein the steel has a yield ratio of 0.85 or less and has tensile strength of 800 MPa or more. 0.02 to 0.11 wt% of carbon (C); 0.1 to 0.5 wt% of silicon (Si); 1.5 to 2.5 wt% of manganese (Mn); 0.01 to 0.06 wt% of aluminum (Al); 0.1 to 0.6 wt% of nickel (Ni); 0.01 to 0.03 wt% of titanium (Ti); 0.005 to 0.08 wt% of niobium (Nb); 0.1 to 0.5 wt% of chromium (Cr); 0.01 wt% or less of phosphorus (P); 0.01 wt% or less of sulfur (S); 5 to 30 wt ppm of boron (B); 20 to 70 wt ppm of nitrogen (N); 50 wt ppm or less, but more than 0 wt ppm, of calcium (Ca) ; 5 to 50 wt ppm or less of tin (Sn); iron (Fe) as a remainder thereof; and other inevitable impurities, wherein the steel optionally further comprises one or more of 0.1 to 0.5 wt% of copper (Cu), 0.15 to 0.3 wt% of molybdenum (Mo), and 0.005 to 0.3 wt% of vanadium (V), wherein a refined structure of the steel includes bainitic ferrite and granular bainite in a primary phase and includes M-A in a secondary phase, and wherein the bainitic ferrite has an area fraction of 80 to 95%, the granular bainite has an area fraction of 5 to 20%, and the M-A has an area fraction of 3% or less wherein the steel has a yield ratio of 0.85 or less and has tensile strength of 800 MPa or more.
A garment assembly for use with exercise stress electrocardiogram comprising: a lead placement layer ; a support layer , wherein the support layer has the form of a sports bra and has a body portion , the body portion having a first end and a second end that are detachedly affixed to one another; wherein the support layer includes at least one strap (36A-B, 136A-B), that includes a fastener configured for holding at least one free end of the body portion of the support layer ; and an array of electrocardiograph electrodes (52 A-F) for use with electrocardiograph analysis, wherein the lead placement layer includes a first layer connected to the support layer , and a second layer that is a precordial patch , wherein the first layer of the lead placement layer includes indicia for placing the precordial patch ; and characterized in that the support layer includes removable attachment members that allow for the support layer to disengage from the lead placement layer to allow for imaging of a user, whereby in use the support layer is removed from the area of the patient to be imaged, and that the lead placement layer , the support layer , and the array of electrocardiograph electrodes (52 A-F) are formed from materials which are radiolucent and echolucent. a lead placement layer ; a support layer , wherein the support layer has the form of a sports bra and has a body portion , the body portion having a first end and a second end that are detachedly affixed to one another; wherein the support layer includes at least one strap (36A-B, 136A-B), that includes a fastener configured for holding at least one free end of the body portion of the support layer ; and an array of electrocardiograph electrodes (52 A-F) for use with electrocardiograph analysis, wherein the lead placement layer includes a first layer connected to the support layer , and a second layer that is a precordial patch , wherein the first layer of the lead placement layer includes indicia for placing the precordial patch ; and characterized in that the support layer includes removable attachment members that allow for the support layer to disengage from the lead placement layer to allow for imaging of a user, whereby in use the support layer is removed from the area of the patient to be imaged, and that the lead placement layer , the support layer , and the array of electrocardiograph electrodes (52 A-F) are formed from materials which are radiolucent and echolucent.
A conveyor guide wall comprising: a top rail and a bottom rail , parallel to the top rail, and a plurality of rods retained at opposite ends in the top and bottom rails ; a plurality of columns of one or more rollers arranged to rotate on parallel axes of rotation ; wherein each of the one or more rollers includes: a first side and a second side ; an outer periphery encircling the axis of rotation and extending axially from the first side to the second side characterised in that each of the one or more rollers includes: a plurality of voids extending through the roller from the first side to the second side between the outer periphery and the axis of rotation to absorb impacts against the outer periphery of the roller; and in that each of the rollers has a central bore and a bushing disposed in the central bore to receive one of the rods , wherein the bushing is a flanged sleeve bushing having a flange at one end in contact with the first side of the roller. a top rail and a bottom rail , parallel to the top rail, and a plurality of rods retained at opposite ends in the top and bottom rails ; a plurality of columns of one or more rollers arranged to rotate on parallel axes of rotation ; wherein each of the one or more rollers includes: a first side and a second side ; an outer periphery encircling the axis of rotation and extending axially from the first side to the second side characterised in that each of the one or more rollers includes: a plurality of voids extending through the roller from the first side to the second side between the outer periphery and the axis of rotation to absorb impacts against the outer periphery of the roller; and in that each of the rollers has a central bore and a bushing disposed in the central bore to receive one of the rods , wherein the bushing is a flanged sleeve bushing having a flange at one end in contact with the first side of the roller. a first side and a second side ; an outer periphery encircling the axis of rotation and extending axially from the first side to the second side characterised in that each of the one or more rollers includes: a plurality of voids extending through the roller from the first side to the second side between the outer periphery and the axis of rotation to absorb impacts against the outer periphery of the roller; and in that each of the rollers has a central bore and a bushing disposed in the central bore to receive one of the rods , wherein the bushing is a flanged sleeve bushing having a flange at one end in contact with the first side of the roller. a plurality of voids extending through the roller from the first side to the second side between the outer periphery and the axis of rotation to absorb impacts against the outer periphery of the roller; and in that each of the rollers has a central bore and a bushing disposed in the central bore to receive one of the rods , wherein the bushing is a flanged sleeve bushing having a flange at one end in contact with the first side of the roller.
A battery module , comprising: a battery cell assembly having a plurality of battery cells ; a top plate configured to cover an upper side of the battery cell assembly ; a bottom plate disposed opposite to the top plate and configured to cover a lower side of the battery cell assembly ; a sensing assembly disposed at a front side and a rear side of the bottom plate and the top plate to cover a front side and a rear side of the battery cell assembly ; a pair of side plates coupled to the sensing assembly , the top plate and the bottom plate and disposed at both side surfaces of the battery cell assembly ; and a pair of compression pads disposed between the pair of side plates and the battery cell assembly , wherein the sensing assembly includes a first bus bar unit , a second bus bar unit , and a sensing wire , wherein the first bus bar unit and the second bus bar unit are coupled to the pair of side plates by means of at least one coupling pin . a battery cell assembly having a plurality of battery cells ; a top plate configured to cover an upper side of the battery cell assembly ; a bottom plate disposed opposite to the top plate and configured to cover a lower side of the battery cell assembly ; a sensing assembly disposed at a front side and a rear side of the bottom plate and the top plate to cover a front side and a rear side of the battery cell assembly ; a pair of side plates coupled to the sensing assembly , the top plate and the bottom plate and disposed at both side surfaces of the battery cell assembly ; and a pair of compression pads disposed between the pair of side plates and the battery cell assembly , wherein the sensing assembly includes a first bus bar unit , a second bus bar unit , and a sensing wire , wherein the first bus bar unit and the second bus bar unit are coupled to the pair of side plates by means of at least one coupling pin .