mhurhangee/ep-ind-claims huggingface dataset:
An air cleaner, comprising: at least one blowing device (100, 200) including a main fan (160, 260) that generates air flow and a first discharge outlet through which air passing through the main fan is discharged; a flow controller movably provided at one side of the at least one blowing device (100, 200), the flow controller including a sub-fan that generates air flow and a discharge grill through which air passing through the sub-fan is discharged; and a display characterised in that the display is provided in the discharge grill, the display displaying operation information, wherein display includes a display printed circuit board including a main body front surface and a main body rear surface, and on which a plurality of illumination sources (651, 655) is provided, wherein the plurality of illumination sources include a plurality of first illumination sources that is provided on the main body front surface and displays operation information of the air cleaner on a display screen and a plurality of second illumination sources that is provided on the main body rear surface and implements a rim of the display, wherein the plurality of second illumination sources may be arranged along a rim portion or rim of the main body rear surface portion, and wherein the air cleaner further comprises a reflector coupled to an upper side of the display PCB, the reflector concentrating light irradiated from the plurality of first illumination sources. at least one blowing device (100, 200) including a main fan (160, 260) that generates air flow and a first discharge outlet through which air passing through the main fan is discharged; a flow controller movably provided at one side of the at least one blowing device (100, 200), the flow controller including a sub-fan that generates air flow and a discharge grill through which air passing through the sub-fan is discharged; and a display characterised in that the display is provided in the discharge grill, the display displaying operation information, wherein display includes a display printed circuit board including a main body front surface and a main body rear surface, and on which a plurality of illumination sources (651, 655) is provided, wherein the plurality of illumination sources include a plurality of first illumination sources that is provided on the main body front surface and displays operation information of the air cleaner on a display screen and a plurality of second illumination sources that is provided on the main body rear surface and implements a rim of the display, wherein the plurality of second illumination sources may be arranged along a rim portion or rim of the main body rear surface portion, and wherein the air cleaner further comprises a reflector coupled to an upper side of the display PCB, the reflector concentrating light irradiated from the plurality of first illumination sources.
Biocidal composition including at least one active biocidal compound and at least one non-ionic or anionic exopolysaccharide, the active biocidal compound being selected from at least one triamine having the formula II below, wherein R is a linear or branched alkyl chain in C 1 -C 18, characterised in that the biocidal composition comprises, by weight, relative to the total weight of said biocidal composition: 0.5 to 25% of the biocidal compound and 0.1 to 10% of exopolysaccharide.
A device arranged for supporting and retaining medical appliances, such as tracheal cannulas and stoma stents, in a stoma in the neck of a patient comprising supporting means for supporting and retaining the medical appliance at the opening of said stoma and fastening means for fastening the device on the body of a patient, wherein the fastening means comprises a body attached element and a connecting element, the connecting element is provided on a holder or base plate (23; 38), the body attachable element secures the device to the chest of the patient, wherein one side of said body attachable element comprises an adhesive for the skin, the supporting means comprises a circle section and an intermediate section connecting said circle section and said holder or base plate (23; 38), said holder or base plate (23; 38) is elongated and has a proximal end connecting said intermediate section and a distal end, said holder or base plate (23; 38) is removably connected to said body attachable element.
An abrasive tool comprising: a body including an aspect ratio defined as a ratio between diameter to thickness of at least 10:1, wherein the body includes: an abrasive portion (204, 206, 208, 210) having abrasive grains contained within a matrix material and porosity with a bimodal distribution of pores including large pores having an average large pore size (P 1) and small pores having an average small pore size (P s), wherein P l >P s, characterized in having a percent difference between the average large pore size P l and average small pore size P s of at least 25% based on the equation ((P l -P s)/P l) x 100); a first reinforcing member (205, 207, 209) contained within the abrasive portion; and a percent thermal expansion over a temperature range for 25°C to 450°C of not greater than about 0.7%. an abrasive portion (204, 206, 208, 210) having abrasive grains contained within a matrix material and porosity with a bimodal distribution of pores including large pores having an average large pore size (P 1) and small pores having an average small pore size (P s), wherein P l >P s, characterized in having a percent difference between the average large pore size P l and average small pore size P s of at least 25% based on the equation ((P l -P s)/P l) x 100); a first reinforcing member (205, 207, 209) contained within the abrasive portion; and a percent thermal expansion over a temperature range for 25°C to 450°C of not greater than about 0.7%.
Apparatus for supplying power to electrical loads (Vb-A.1 to Vb-A.3, Vb-B.1 to Vb-B.3, Vb-C.1 to Vb-C.3, Vb-X.1 to Vb-X.3) without interruption, wherein at least two electrical autoproducer systems (E A, E B, E C, E X) which are independent of one another are connected electrically in parallel, wherein each autoproducer system (E A, E B, E C, E X) is coupled to at least one electrical load rail, comprising at least one electrical load connection, characterized in that at least two electrical protection regions (SB1 to SB3) for insulating electrical faults and a plurality of protection regions (SB A, SB B, SB C, SB X) with instantaneous tripping for electrically connecting load networks (A, B, C, X) in parallel, each comprising at least one load rail, are provided in a common electrical ring connection, wherein the protection regions (SB A, SB B, SB C, SB X) with instantaneous tripping each include at least one load rail and an associated bridging path for electrically coupling the load rail to the ring connection and also include a coil path for coupling a load rail, which is adjacent in a second ring direction (+X), to the ring connection, and wherein in each case a first switching element with a switching time of less than 10 ms for electrically decoupling the load rails from one another starting from a prespecified voltage drop (U%), which is defined in accordance with the load but is not greater than 30%, across the load rails or a sum fault current starting from approximately 600% in the ring connection, based on a rated current, is arranged in the ring connection between each protection region (SB A, SB B, SB C, SB X) with instantaneous tripping and a protection region (SB A, SB B, SB C, SB X), which is adjacent in a first ring direction (-X), with instantaneous tripping and a protection region (SB A, SB B, SB C, SB X), which is adjacent in a second ring direction (+X), with instantaneous tripping.
Voting system via a computer server system connected to the internet, with the computer server system being configured to simultaneously execute two operations following the voting by a voter: a. on the one hand, the update of a voters' database, by changing the status of the voter from "vote pending" to "voted", without keeping a track of the time of the voting so that it is not possible to corelate the vote and the information contained in the voters' database, and b. on the other hand, the creation of a file stored in a directory on the server, containing, in unencrypted form, the content of the vote, with the name of this file consisting of a cryptographic hashing of a parameter specific to the voter, and a verification password entered by the voter and not saved by the system, such that the voter is saved as having voted, and the content of their vote is totally detached from the voter profile, and that no one - except for the voter themself, can make a connection between the two. a. on the one hand, the update of a voters' database, by changing the status of the voter from "vote pending" to "voted", without keeping a track of the time of the voting so that it is not possible to corelate the vote and the information contained in the voters' database, and b. on the other hand, the creation of a file stored in a directory on the server, containing, in unencrypted form, the content of the vote, with the name of this file consisting of a cryptographic hashing of a parameter specific to the voter, and a verification password entered by the voter and not saved by the system,
A method for sizing the second damping stage of a torsional oscillation damper belonging to a vehicle power train, said power train including: - a system upstream of the torsional oscillation damper, including an engine, - a system downstream of the torsional oscillation damper, including a gearbox, and - the torsional oscillation damper, including: - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting, the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox, said method in which knowing: - the value of the moment of inertia (I_transmission) of the system downstream, - the value of the moment of inertia of the pendular damping device, - the stiffness value of the single resilient return member modeling the first resilient return members, and - the stiffness value (Kgis) of the input shaft of the gearbox, characterized in that the stiffness value of the single resilient return member modelling the second resilient return members is determined so that the mounting of the pendular damping device is a node for the wave propagating in the power train due to a cyclic irregularity of the drive engine. - a system upstream of the torsional oscillation damper, including an engine, - a system downstream of the torsional oscillation damper, including a gearbox, and - the torsional oscillation damper, including: - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting, the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox, - a first damping stage, including first resilient return members, - the second damping stage, including second resilient return members, and - a pendular damping device, including a mounting and pendulum bodies that are movable relative to said mounting, the mounting being arranged between the first and second resilient return members in the direction of transmission of the torque from the engine to the gearbox, - the value of the moment of inertia (I_transmission) of the system downstream, - the value of the moment of inertia of the pendular damping device, - the stiffness value of the single resilient return member modeling the first resilient return members, and - the stiffness value (Kgis) of the input shaft of the gearbox,
Kit for the modular configuration of a medical pump device for delivering a medical fluid, having - a group with a plurality of different pump units (3, 3', 3"), which each have a pump volume (V, V', V") for receiving and delivering the medical fluid, - wherein the pump units (3, 3', 3") have differently dimensioned pump volumes (V, V', V"), - and wherein the pump units (3, 3', 3") each have a first coupling element, which is designed in such a way that the respective pump volume (V, V', V") is connectable to a throttle unit (4, 4', 4") in a fluid-conducting manner, - and a group with a plurality of different throttle units (4, 4', 4"), which are each designed to throttle the delivery of the medical fluid, - wherein the throttle units (4, 4', 4") have differently dimensioned throttle effects (W, W', W"), - and wherein the throttle units (4, 4', 4") each have a second coupling element, which is designed in such a way that the respective throttle unit (4, 4', 4") is connectable in a fluid-conducting manner to a pump volume (V, V', V") of one of the pump units (3, 3', 3"), - wherein the pump units (3, 3', 3") and the throttle units (4, 4', 4") are arranged spatially separated from each other. - a group with a plurality of different pump units (3, 3', 3"), which each have a pump volume (V, V', V") for receiving and delivering the medical fluid, - wherein the pump units (3, 3', 3") have differently dimensioned pump volumes (V, V', V"), - and wherein the pump units (3, 3', 3") each have a first coupling element, which is designed in such a way that the respective pump volume (V, V', V") is connectable to a throttle unit (4, 4', 4") in a fluid-conducting manner, - and a group with a plurality of different throttle units (4, 4', 4"), which are each designed to throttle the delivery of the medical fluid, - wherein the throttle units (4, 4', 4") have differently dimensioned throttle effects (W, W', W"), - and wherein the throttle units (4, 4', 4") each have a second coupling element, which is designed in such a way that the respective throttle unit (4, 4', 4") is connectable in a fluid-conducting manner to a pump volume (V, V', V") of one of the pump units (3, 3', 3"), - wherein the pump units (3, 3', 3") and the throttle units (4, 4', 4") are arranged spatially separated from each other.
An infusion pump comprising: a housing with a door pivotally mounted to the housing; a tube channel positioned at least partially behind the door on the housing, the tube channel configured to hold an IV tube in the infusion pump; a pumping mechanism including a shuttle positioned behind the door; a slide clamp channel for receiving a slide clamp, characterized in that the infusion pump further comprises: a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor (174a, 174b) configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched. a housing with a door pivotally mounted to the housing; a tube channel positioned at least partially behind the door on the housing, the tube channel configured to hold an IV tube in the infusion pump; a pumping mechanism including a shuttle positioned behind the door; a slide clamp channel for receiving a slide clamp, characterized in that the infusion pump further comprises: a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor (174a, 174b) configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched. a slide clamp ejection device including a solenoid configured to automatically eject the slide clamp from the slide clamp channel such that the slide clamp will no longer occlude the IV tube, and sensors arranged on the infusion pump including a first Hall effect sensor configured to detect when the door is positioned in a closed state, an optical sensor such as an optical IR sensor configured to detect when the door is latched while positioned in the closed state, and a pressure sensor (174a, 174b) configured to detect the presence of the tube at a load point along the tube channel, wherein the slide clamp is automatically ejected from the slide clamp channel when inputs from the sensors establish that the IV tube is properly installed and loaded and the door is closed and latched.
A single-use bioreactor, suitable in particular for use in a bioreactor system, for growing biomass particles, comprising a head plate, a dimensionally stable container and a mixer, wherein the head plate and the container enclose a reaction chamber with the mixer positioned in the reaction chamber, the head plate having an inner side facing towards the reaction chamber, and an outer side which faces away from the reaction chamber and which has a plurality of connectors, and comprising two or more baffles, each baffle extending from the head plate into the reaction chamber, and each baffle having an inner fluid compartment, wherein each baffle has first and second, opposite ends, wherein the first end is adjacent the head plate and the second end is extending into the reaction chamber, wherein each baffle has an inlet and an outlet adapted to direct fluid flow within or through the inner fluid compartment from the inlet to the outlet, wherein for each baffle, the inlet and the outlet are located at the first end of the baffle.
A coding apparatus using a band extension for encoding audio signals consisting of a low band signal and a high band signal, the coding apparatus comprising: a high band auxiliary information extractor for extracting first auxiliary information relating to a characteristic of the high band signal; a low band encoder to encode the low band signal through a band pass filter; a bandwidth extender for estimating second auxiliary information from the encoded low band signal; a subtractor for subtracting the second auxiliary information from the first auxiliary information for eliminating a redundant part of the auxiliary information between the first auxiliary information and the second auxiliary information; and an encoder for encoding residual high band signal auxiliary information obtained by the subtractor. a high band auxiliary information extractor for extracting first auxiliary information relating to a characteristic of the high band signal; a low band encoder to encode the low band signal through a band pass filter; a bandwidth extender for estimating second auxiliary information from the encoded low band signal; a subtractor for subtracting the second auxiliary information from the first auxiliary information for eliminating a redundant part of the auxiliary information between the first auxiliary information and the second auxiliary information; and an encoder for encoding residual high band signal auxiliary information obtained by the subtractor.
Surfboard with a hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a U-shaped gap on the underwater surface between hull component and the drive unit and an overlap which covers the gap at least in some sections is arranged on an underwater surface of the hull component, wherein the overlap is adapted to the configuration of the gap and also is formed in a U-shaped form and is formed as a flap, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit, so as to connect the overlap with the drive unit in a releasable manner. a hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a U-shaped gap on the underwater surface between hull component and the drive unit and an overlap which covers the gap at least in some sections is arranged on an underwater surface of the hull component, wherein the overlap is adapted to the configuration of the gap and also is formed in a U-shaped form and is formed as a flap, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit, so as to connect the overlap with the drive unit in a releasable manner.
A nutritional supplement comprising protein powder, wherein the protein powder consists essentially of keratin proteins of greater than 1000 daltons in molecular weight and having a cysteine content of at least 4 per 100 total amino acids, and wherein the powder contains from 85% to 99% protein on a dry weight basis, less than 10% moisture, less than 5% fat, from 1-10% ash, and less than 2% carbohydrate.
A hand-held vacuum cleaner, comprising: a dust cup comprising a first cyclone, a cyclone assembly, and a filtration member, wherein the first cyclone has an air intake channel having a first air intake and a first air vent, the cyclone assembly comprises a plurality of second cyclones arranged in parallel along a circumferential direction of the first cyclone, a guiding channel is defined between two of the plurality of the second cyclones, the guiding channel is in communication with the first air vent and an airflow is guided to an outer circumference of the cyclone assembly along a tangent line to a circumferential wall of the second cyclone adjacent to the guiding channel, each second cyclone has an air inducing notch to allow the airflow to enter the second cyclone in a tangent direction, each second cyclone is provided with an air guiding pipe, the air guiding pipe is spaced apart from an inner circumferential wall of the second cyclone, the air guiding pipe has an air guiding inlet and an air guiding outlet, the air guiding inlet is in communication with the air inducing notch, the filtration member is disposed along the outer circumference of the cyclone assembly, the airflow in the outer circumference of the cyclone assembly tangentially enters the second cyclone through the filtration member and the air inducing notch, wherein the dust cup is disposed to a housing of the hand-held vacuum cleaner, the housing is provided with an air inlet, and an air blowing vent, the dust cup is connected to the air inlet, an electrical motor is disposed in the housing, the electrical motor is provided with an electrical motor chamber in communication with the dust cup, the airflow from the air inlet flows through the dust cup and the electrical motor, and flows out from the air blowing vent, characterized in that the air blowing vent is disposed adjacent to the air inlet.