mhurhangee/patent-ind-claim-en huggingface dataset:
A method of stabilizing nucleic acid, the method comprising contacting the nucleic acid with the composition, comprising: 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate (SLS); 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine (NAC); acid qs to pH 7.2-8.8; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value. 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate (SLS); 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine (NAC); acid qs to pH 7.2-8.8; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value.
Cable drum for winding an electric cable between the drum flanges of a winding drum , on the front drum flange of which one or more plug socket inserts are arranged for plugging-in of electric plugs, wherein the winding drum with a pivot bearing is mounted rotatably on a bearing plate which is connected to a base frame having one or more mainstays , wherein the winding drum is mounted rotatably on a drum axis inclined upwards at the angle obliquely to the horizontal so that the front drum flange of the winding drum with the control grip arranged there has an increased floor distance from the assembly plane, characterised in that an inclined position of the flanges of the winding drum is present even when a cable drum is resting with the base frame lying on an assembly plane .
A vehicle including one or more on-board storage vessels for the storage of a gas fuel under high pressure, and comprising: interconnection means for operatively interconnecting said one or more vessels to a high pressure fuel depot refilling line ; a refuel line for conducting fuel from the interconnecting means to said one or more vessels ; a turbine characterised in that the turbine is interposed in the refuel line between said interconnection means and said one or more vessels for capturing mechanical energy from the gas flow in the refuel line during refuelling; and in that it further comprises : a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels , and for conducting the heat absorbed away from the interior of said one or more vessels ; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system ; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle. interconnection means for operatively interconnecting said one or more vessels to a high pressure fuel depot refilling line ; a refuel line for conducting fuel from the interconnecting means to said one or more vessels ; a turbine characterised in that the turbine is interposed in the refuel line between said interconnection means and said one or more vessels for capturing mechanical energy from the gas flow in the refuel line during refuelling; and in that it further comprises : a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels , and for conducting the heat absorbed away from the interior of said one or more vessels ; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system ; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle. a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels , and for conducting the heat absorbed away from the interior of said one or more vessels ; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system ; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle.
A cuff for use with an inflation-based non-invasive blood pressure, NIBP, measurement apparatus , the cuff comprising: an inlet configured to be coupled to an outlet of the inflation-based NIBP measurement apparatus to receive a flow of fluid; a bladder coupled to the inlet and inflatable to pressurize a measurement site of a subject by receiving the flow of fluid; and a valve disposed along a flow path between the inlet and the bladder or disposed on the bladder , characterized in that the valve is configured to pass part of the flow of fluid received in the bladder to the atmosphere during inflation of the bladder and the valve is sized to have a flow resistance that causes the bladder to inflate at a required flow rate for inflating the cuff . an inlet configured to be coupled to an outlet of the inflation-based NIBP measurement apparatus to receive a flow of fluid; a bladder coupled to the inlet and inflatable to pressurize a measurement site of a subject by receiving the flow of fluid; and a valve disposed along a flow path between the inlet and the bladder or disposed on the bladder , characterized in that the valve is configured to pass part of the flow of fluid received in the bladder to the atmosphere during inflation of the bladder and the valve is sized to have a flow resistance that causes the bladder to inflate at a required flow rate for inflating the cuff .
A case for holding an implantable planar-shaped device, the case comprising: a detachably connected cover body and base body, wherein the cover body has a first latch portion and the base body has a second latch portion configured to secure the cover body to the base body when the case is in a closed position, and wherein the cover body and the base body when secured comprise a volume having at least one opening to allow passage of one or more biologically active materials therethrough.
Device for pressurizing and dispensing a cleaning liquid, having a base part , which comprises an electromotively driven pump , and having a reservoir tank for cleaning liquid, which is placeable on the base part and removable from the base part and which is bringable into flow connection with the pump , characterized in that the device comprises a carrying arrangement for carrying the device , wherein the carrying arrangement comprises a first carrying bar that is moveably mounted on the base part , said first carrying bar forming a first carrying grip and being moveable back and forth between a park position, a carrying position, and a release position, wherein in the park position it engages around the reservoir tank placed on the base part and the first carrying grip is proximate to a top side of the reservoir tank , and wherein the first carrying grip in the carrying position of the first carrying bar is spaced at a distance from the top side of the reservoir tank placed on the base part and can be grasped by the user, and wherein the first carrying bar in the release position releases the reservoir tank and the reservoir tank is removable from the base part and is placeable on the base part , and wherein the carrying arrangement comprises a second carrying bar that is moveably mounted on the reservoir tank , said second carrying bar forming a second carrying grip and being moveable back and forth between a storage position and a transport position, wherein the second carrying grip in the storage position of the second carrying bar is proximate to the top side of the reservoir tank and in the transport position of the second carrying bar is spaced at a distance from the top side .
A data center, in which, in a closed room , a plurality of rows of switch cabinets , each formed from multiple switch cabinets , and at least one cooling device are placed on a double floor , into which room air cooled via the cooling device is passed, wherein a cold aisle , which is hermetically sealed off from the room , is formed between two adjacent rows of switch cabinets , into which cold aisle the cooled air from the double floor is fed, wherein the cooled air is supplied to the switch cabinets of the adjacent rows of switch cabinets each at their vertical sides facing the cold aisle and is discharged into the closed room as heated air at opposite vertical sides of the switch cabinets facing away from the cold aisle , and wherein the cooling device comprises a first air-liquid heat exchanger to which a coolant cooled by at least one recooler arranged outside the room is supplied, characterized in that at least one of the switch cabinets has a second air-liquid heat exchanger which is mounted directly on its top side or at a distance (d) therefrom, via which warm air from the room is fed as cooled air into the cold aisle , wherein cooled coolant is supplied to the second air-liquid heat exchanger via a coolant source arranged outside the room , wherein the second air-liquid heat exchanger is accommodated in a cooling housing mounted on the top side of the respective switch cabinet , wherein through opposite housing sides of the cooling housing the warm air from the room is conducted through the cooling housing and into the cold aisle as cooled air , and wherein at least one speed-controlled fan is accommodated in the cooling housing , wherein at a warm air inlet and/or at a cold air outlet of the cooling housing a device , such as a backflow flap or a louvered flap module, is arranged, which is configured to prevent a backflow of cooled air from the cold aisle into the room .
A modular surgical retractor comprising: a handle including: a base defining opposing, first and second ends, a neck projecting from the first end to a tail region ; and a first blade including: a head section including a first side wall , an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; wherein the handle and the first blade are configured to provide an attached state in which the first blade is removably attached to the handle, the attached state including an attachment face of each of the side walls in contact with the first end and the floor in contact with the tail region; wherein the neck defines an inside face , an outside face opposite the inside face, and opposing side faces, and further wherein the attached state includes at least a portion of the inside face in contact with the floor; and wherein at least a segment of the inside face is curved in extension from the first end to the tail region, and wherein the inside face is substantially flat along the tail region, and further wherein the floor includes a substantially flat segment, and further wherein the attached state includes the inside face of the tail region in contact with the substantially flat segment of the floor. a handle including: a base defining opposing, first and second ends, a neck projecting from the first end to a tail region ; and a base defining opposing, first and second ends, a neck projecting from the first end to a tail region ; and a first blade including: a head section including a first side wall , an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; a head section including a first side wall , an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; wherein the handle and the first blade are configured to provide an attached state in which the first blade is removably attached to the handle, the attached state including an attachment face of each of the side walls in contact with the first end and the floor in contact with the tail region; wherein the neck defines an inside face , an outside face opposite the inside face, and opposing side faces, and further wherein the attached state includes at least a portion of the inside face in contact with the floor; and wherein at least a segment of the inside face is curved in extension from the first end to the tail region, and wherein the inside face is substantially flat along the tail region, and further wherein the floor includes a substantially flat segment, and further wherein the attached state includes the inside face of the tail region in contact with the substantially flat segment of the floor.
A device for storing a load above an electrolytic cell comprising a box , covers , a cathode and anode assemblies arranged in the box and covered by the covers , the load storage device comprising supporting means, on which the load to be stored is intended to rest above the electrolytic cell in a volume formed by a vertical translation of the surface obtained by projecting the electrolytic cell in an horizontal plane, and bearing means, designed so that the supporting means rest in a stable manner above the electrolytic cell , in particular above the anode assemblies and the covers .
A bioactive substance-containing emulsified powder comprising 1 - 70 wt% of an oil component (A) comprising coenzyme Q10 as a bioactive substance, 20 - 97.9 wt% of a water-soluble polymer (B), 1 - 20 wt% of a saccharide (C) other than polysaccharides wherein the saccharide (C) is at least one kind of sugar alcohol selected from the group consisting of sorbitol, mannitol, xylitol, erythritol, maltitol, lactitol and palatinit,and 0.1 - 30 wt% of a surfactant (D).
Hood-type industrial dishwasher comprising a fixed lower base with a rear wall extending upwards and on which there is mounted a hood that is vertically mobile between a closed position where it rests on said base and an open position where it is raised with respect to the base , the structure of said hood being closed on the sides, on the front and at the top but open on the rear side which is facing said rear wall and on the bottom side facing the base , said dishwasher further including a fan coupled to a diffuser equipped with an outlet slot that extends in a horizontal plane on said rear side of the hood , characterized in that it further includes at least one intake grille arranged in fluid communication with the fan to supply it with ambient air, so as to emit through said outlet slot an air blade that extends vertically on the rear side of the hood over a width substantially equal to the internal width of the hood .
A floor drain with a drain bowl having an upper edge and a drain connection which is adapted for connecting to a drain pipe, the drain bowl including a grate forming a detachable lid wherein a mounting flange is made integral with a rim area at the upper edge of the drain bowl , wherein the drain bowl has a polygonal cross-section, e.g. triangular or rectangular cross-section, wherein the mounting flange has a bent central rim area encircling the upper edge of the drain bowl , wherein between the drain bowl and the grate there is provided a clamping flange in the bent area of the mounting flange , wherein the clamping flange is adapted to be clamped against the mounting flange , wherein a slot is formed between the clamping flange and the mounting flange for clamping a building membrane extending into the drain bowl, wherein the grate is disposed over and covering the clamping flange , wherein the grate extends across the entire bent central rim area , wherein an annular slot is formed between the grate and the outer end of the bent rim area , and wherein the grate is disposed in a recess at the upper edge of the drain bowl , characterised in that the annular slot is formed for clamping a building membrane extending into the drain bowl ; the floor drain is made of stainless steel sheets; the drain bowl is channel-shaped; and that tubular rivets provided with threaded bushings are provided in the long sides of the bent central rim area and receive screws for fastening the clamping flange to the drain bowl and that the grate may be lie loosely herein or be mounted by means of screws which are screwed into tubular rivets provided with threaded bushings, which tubular rivets are provided at the end sides of the bent central rim area .
A wearable environmental sensor device comprising: a housing including a wall surface exposed to an environment; an environmental sensor disposed on or over the wall surface exposed to an environment and configured to measure ambient environmental information around a living body; and a protective structure formed around the environmental sensor, characterized in that the wearable environmental sensor device is configured to be attached to the living body such that the wall surface on or over which the environmental sensor is disposed faces substantially downward from the living body when the living body is in a standing posture, and the protective structure includes first ventilation holes (10-1, 10-2, 10-3, 10-4) provided in each of two or more pairs of opposed surfaces thereof, wherein each of the two or more pairs of opposed surfaces faces in a direction other than a vertical direction of the living body when the wearable environmental sensor device is attached to the living body and the living body is in the standing posture, wherein the two or more pairs of opposed surfaces include a rear surface facing the living body, and a front surface facing the rear surface, and the rear surface is inclined so as to downwardly go further away from the living body. a housing including a wall surface exposed to an environment; an environmental sensor disposed on or over the wall surface exposed to an environment and configured to measure ambient environmental information around a living body; and a protective structure formed around the environmental sensor, characterized in that the wearable environmental sensor device is configured to be attached to the living body such that the wall surface on or over which the environmental sensor is disposed faces substantially downward from the living body when the living body is in a standing posture, and the protective structure includes first ventilation holes (10-1, 10-2, 10-3, 10-4) provided in each of two or more pairs of opposed surfaces thereof, wherein each of the two or more pairs of opposed surfaces faces in a direction other than a vertical direction of the living body when the wearable environmental sensor device is attached to the living body and the living body is in the standing posture, wherein the two or more pairs of opposed surfaces include a rear surface facing the living body, and a front surface facing the rear surface, and the rear surface is inclined so as to downwardly go further away from the living body.
A computing apparatus comprising: a processing device ; a machine readable storage medium on which is stored instructions that when executed by the processing device, cause the processing device to: access , from a sensing device, information pertaining to a formation of a part of a 3D object in a layer of build materials upon which fusing agent droplets have been or are to be selectively deposited; access data pertaining to correlations between different predicted properties of the part and different conditions detected during the formation of the part; predict a quality of the part based upon the accessed information and based upon the accessed data pertaining to correlations; and output an indication of the predicted quality of the part. a processing device ; a machine readable storage medium on which is stored instructions that when executed by the processing device, cause the processing device to: access , from a sensing device, information pertaining to a formation of a part of a 3D object in a layer of build materials upon which fusing agent droplets have been or are to be selectively deposited; access data pertaining to correlations between different predicted properties of the part and different conditions detected during the formation of the part; predict a quality of the part based upon the accessed information and based upon the accessed data pertaining to correlations; and output an indication of the predicted quality of the part. access , from a sensing device, information pertaining to a formation of a part of a 3D object in a layer of build materials upon which fusing agent droplets have been or are to be selectively deposited; access data pertaining to correlations between different predicted properties of the part and different conditions detected during the formation of the part; predict a quality of the part based upon the accessed information and based upon the accessed data pertaining to correlations; and output an indication of the predicted quality of the part.
An electric cooking or grilling device, such as a contact grill or a waffle iron , at least including a housing and an electric heater disposed in the housing with a contact surface or two electrically heatable contact surfaces pivoting into a parallel, approached position, one hood-like housing portion each covering or surrounding the respective rear of the heatable contact surface and the heater arranged there, each hood-like housing portion being made of metal, the respective hood-like housing portion being formed double-walled, the two walls being spaced to each other, and between the spaced walls , a cavity being formed, characterized by that in the cavity between the spaced walls , a vacuum is formed.
A process for identifying a service delivery technology for connecting a communications device to a communications base station connected to a communications network , comprising the steps of providing the base station with a service provisioning client application , the service provisioning client application being arranged to cause a measuring device to measure wireless connectivity conditions in the vicinity of the base station and to report said wireless connectivity conditions to the service provisioning client application , and wherein the service provisioning client application reports the measured wireless connectivity conditions to a remote service provisioning management platform connected to the base station through the communications network , characterized in that the service provisioning management platform identifies the service delivery technology appropriate for connecting the communications device to the base station from a plurality of service delivery technologies including a wireless system and at least one other mode, the identifying of the service delivery technology being made according to the reported wireless connectivity conditions.