mhurhangee/ep-ind-claims huggingface dataset:
A scalable vitamin composition unit dosage adapted to treat a fat-soluble vitamin deficiency in a subject, the unit dosage consisting essentially of: vitamin D in a form selected from the group consisting of cholecalciferol, ergocalciferol, and combinations thereof; vitamin E in a form of d-alpha tocopherol polyethylene glycol succinate (TPGS); vitamin K in a form selected from the group consisting of phytonadione, menaquinones, and combinations thereof; and vitamin A in a form selected from the group consisting of retinol, retinyl esters, retinal, retinoic acid, carotenoids, and combinations thereof; wherein the unit dosage is substantially free of additional vitamins and wherein the unit dosage is scalable based on weight, age, and condition of a subject, without inducing adverse toxic effects. vitamin D in a form selected from the group consisting of cholecalciferol, ergocalciferol, and combinations thereof; vitamin E in a form of d-alpha tocopherol polyethylene glycol succinate (TPGS); vitamin K in a form selected from the group consisting of phytonadione, menaquinones, and combinations thereof; and vitamin A in a form selected from the group consisting of retinol, retinyl esters, retinal, retinoic acid, carotenoids, and combinations thereof; wherein the unit dosage is substantially free of additional vitamins and wherein the unit dosage is scalable based on weight, age, and condition of a subject, without inducing adverse toxic effects.
A suction nozzle for vacuuming hard floor surfaces comprising a nozzle body, which has on its underside a suction mouth formed as depression and a suction duct leading into the suction mouth for discharging a suction air flow flowing into the suction mouth, and sealing elements (4, 4'), which are arranged upstream of and downstream from the suction mouth in the working direction and which protrude at the underside of the nozzle body, wherein at least the sealing element arranged upstream of the suction mouth in the working direction has flow-through openings for absorbing dirt particles, wherein a shielding device for changing the free flow cross section of the flow-through openings, wherein the shielding device can be switched between a first functional position for vacuuming smooth hard floor surfaces and a second functional position for vacuuming uneven hard floor surfaces and/or tiled floors by means of a switching element arranged at the nozzle body, wherein the free total flow cross section of the flow-through openings in the second functional position is less than 200 mm 2, preferably less than 150 mm 2, and is smaller than in the first functional position, characterized in that the flow-through openings of the sealing element arranged upstream of the suction mouth in the working direction have a free total flow cross section of between 20 mm 2 and 120 mm 2, when the shielding device is in the second functional position for vacuuming uneven hard floor surfaces and/or tiled floors.
Handheld analysis device, comprising a mechanical assembly, which comprises a transport unit for consumable analytical elements (4, 5), a display unit, a sensor for analyzing a body fluid sample obtained by a lancet prick, a memory for storing a series of measurement results, a first actuating element, the actuation of which can transfer the device into a first active state, activate the mechanical assembly and can prepare a measurement, wherein in the first active state a measurement can be started by actuating one of the actuating elements (13, 15, 16, 17), and a second actuating element, the actuation of which can transfer the device into a second active state, characterized in that the display unit can be switched on by actuating the second actuating element, without activating the mechanical assembly, and the display unit can be switched on by actuating the first actuating element.
A textile comprising: an insulation zone comprising a first woven layer, a second woven layer, and a nonwoven layer positioned between the first woven layer and the second woven layer, each of the first woven layer and the second woven layer being unaffixed from the nonwoven layer in the insulation zone; and a pile zone seamlessly extending from the insulation zone, the pile zone comprising the first woven layer, the second woven layer, and the nonwoven layer positioned between the first woven layer and the second woven layer, wherein fibers/filaments from the nonwoven layer are entangled with one or more of fibers, filaments, and yarns from each of the first woven layer and the second woven layer such that the first woven layer and the second woven layer are bound to the nonwoven layer in the pile zone.
A method for manufacturing a gas-barrier film or gas-barrier layered body that shows an absorbance ratio A 0 /A in the infrared absorption spectrum, wherein A 0 is the absorption at around 1,700 cm -1 attributable to the vC=O of the carboxylic acid groups and A is the absorbance at around 1,520 cm -1 attributable to the vC=O of the carboxylate ions, of < 0.25, in which method a polyvalent metal salt solution of an unsaturated carboxylic acid compound having a degree of polymerization of < 20 is applied to at least one side of a substrate or substrate layer, and the polyvalent metal salt of the unsaturated carboxylic acid compound is then polymerized.
A method of producing an antibody comprising culturing a cell that expresses an antibody production enhancing sequence (APES) which has been artificially introduced into the cell and into which an exogenous DNA encoding a desired antibody has been introduced, thereby producing the desired antibody; and wherein the APES is a nucleic acid molecule comprising a nucleotide sequence that can bind to the DNA or mRNA of NfkBia (nuclear factor κB inhibitor α) gene derived from human, mouse, rat or hamster by base pairing and can suppress the expression of the NfkBia gene.
A dye-sensitized solar cell comprising a photoelectrode comprising a substrate, a transparent conductive layer on the substrate, and a metal oxide porous layer containing metal oxide particles (6/7) on the transparent conductive layer, the metal oxide porous layer having sensitizing dyes adsorbed thereon, characterized in that the sensitizing dyes comprising an organic cyanine dye and an indoline dye containing an indoline structure, the organic cyanine dye and the indoline dye being adsorbed onto the metal oxide porous layer in a plurality of levels, and the organic cyanine dye being present in a higher concentration than the indoline dye on the surface of the metal oxide particles.
A base station apparatus comprising: a receiving section adapted to receive a paging response to a paging from a wireless communication terminal apparatus; a judging section adapted to judge whether the paging response is a response to the paging which the base station apparatus has transmitted; and a transmitting section adapted to transmit the paging response to a gateway apparatus; characterized in that the transmitting section is further adapted to, when the paging response is judged to be a response to the paging which the base station apparatus has transmitted, include a request for change of a service request from the paging response to signaling in the paging response. a receiving section adapted to receive a paging response to a paging from a wireless communication terminal apparatus; a judging section adapted to judge whether the paging response is a response to the paging which the base station apparatus has transmitted; and a transmitting section adapted to transmit the paging response to a gateway apparatus;
A session handling method, comprising: receiving, by an anchor session management function, a request message from an intermediate session management function, wherein the request message comprises a session identifier, and the intermediate session management function is a session management function connected to an access and mobility management function and is for serving a UE when the UE moves outside of a service area of the anchor session management function; and in response to determining, by the anchor session management function, a session corresponding to the session identifier is a local area data network session, releasing, by the anchor session management function, the session corresponding to the session identifier, wherein a service area of a local area data network corresponding to the local area data network session is in the service area of the anchor session management function. receiving, by an anchor session management function, a request message from an intermediate session management function, wherein the request message comprises a session identifier, and the intermediate session management function is a session management function connected to an access and mobility management function and is for serving a UE when the UE moves outside of a service area of the anchor session management function; and in response to determining, by the anchor session management function, a session corresponding to the session identifier is a local area data network session, releasing, by the anchor session management function, the session corresponding to the session identifier, wherein a service area of a local area data network corresponding to the local area data network session is in the service area of the anchor session management function.
A vehicular ladder including: a body comprising a first plastic; and one or more first teeth arranged on the body, characterised in that one or more second teeth, having a different tooth profile compared to the one or more first teeth, are arranged on the body, the one or more first teeth and the one or more second teeth include a second plastic that is different to the first plastic, and the body is moulded around portions of the one or more first teeth and around portions of the one or more second teeth, and the first plastic has a higher impact resistance compared to the second plastic. a body comprising a first plastic; and one or more first teeth arranged on the body, characterised in that one or more second teeth, having a different tooth profile compared to the one or more first teeth, are arranged on the body, the one or more first teeth and the one or more second teeth include a second plastic that is different to the first plastic, and the body is moulded around portions of the one or more first teeth and around portions of the one or more second teeth, and the first plastic has a higher impact resistance compared to the second plastic.
A filter assembly, comprising: - a frame comprising a top side, a bottom side, inner edges defining an aperture and outer edges forming the outermost perimeter of the frame, and - a bag-like insert comprising filter material and having an open upper portion and at least one closed bottom portion, wherein: - the upper portion of the insert, which is bent over the frame, comprises a stretch region made of stretchable material, and wherein - the insert is fastened to the frame by a pressing force generated by the stretch region against the frame characterized in that the insert is fitted into the aperture of the frame with the open upper portion bent over the frame to cover the top side, the outer edges and at least part of the bottom side of the frame. - a frame comprising a top side, a bottom side, inner edges defining an aperture and outer edges forming the outermost perimeter of the frame, and - a bag-like insert comprising filter material and having an open upper portion and at least one closed bottom portion, - the upper portion of the insert, which is bent over the frame, comprises a stretch region made of stretchable material, and wherein - the insert is fastened to the frame by a pressing force generated by the stretch region against the frame
A method for providing an indicator of risks of pressure ulcers for an individual lying on a support, the method comprising: - a step of measuring at least one quantity, through sensors disposed between the support and the individual; - a step (121, 122, 123, 124, 125) of calculating an indicator of a contact surface of the individual with the support, from said at least one quantity; - a step of detecting the presence of the individual on the support, as a function of the indicator of the contact surface of the individual with the support; - a step of detecting the absence of movement made by the individual, as a function of a variation (ΔS) over time of the indicator of the calculated contact surface, if, during the presence detecting step, the presence of an individual is detected on the support; - a step of detecting the amplitude of movements made by the individual, as a function of the variation (ΔS) over time of the indicator of the calculated contact surface, if, during the step of detecting the absence of movement, an absence of movement is not detected; - a step of notifying the condition of the individual. - a step of measuring at least one quantity, through sensors disposed between the support and the individual; - a step (121, 122, 123, 124, 125) of calculating an indicator of a contact surface of the individual with the support, from said at least one quantity; - a step of detecting the presence of the individual on the support, as a function of the indicator of the contact surface of the individual with the support; - a step of detecting the absence of movement made by the individual, as a function of a variation (ΔS) over time of the indicator of the calculated contact surface, if, during the presence detecting step, the presence of an individual is detected on the support; - a step of detecting the amplitude of movements made by the individual, as a function of the variation (ΔS) over time of the indicator of the calculated contact surface, if, during the step of detecting the absence of movement, an absence of movement is not detected; - a step of notifying the condition of the individual.
A sound absorption system comprising a layer of material, wherein - the material exhibits a phase transition at a change-of-phase-temperature, referred to as CPT; - the material is configured to absorb acoustic energy during said phase transition; and - the material configured to be, in use, at the CPT, the system further comprising: - a temperature setting unit configured to provide thermal energy to and/or to draw thermal energy from the layer of material, for setting a temperature of the layer of material to the CPT the system characterised by: - a temperature sensor configured to provide an indication of the temperature of the layer of material; and - a control unit configured to control the temperature setting unit in dependence of the indication of the temperature of the layer of material. - the material exhibits a phase transition at a change-of-phase-temperature, referred to as CPT; - the material is configured to absorb acoustic energy during said phase transition; and - the material configured to be, in use, at the CPT, - a temperature setting unit configured to provide thermal energy to and/or to draw thermal energy from the layer of material, for setting a temperature of the layer of material to the CPT - a temperature sensor configured to provide an indication of the temperature of the layer of material; and - a control unit configured to control the temperature setting unit in dependence of the indication of the temperature of the layer of material.
An antenna structure comprising: an antenna comprising a radiation unit for transmitting and for receiving electric waves; a Printed Circuit Board to which the antenna is mechanically coupled at one surface thereof and comprising a power supply unit electrically coupled to the radiation unit; and a case (150, 750) constructed using a metal material within which the PCB is disposed, the antenna structure being characterized in that the case comprises at least one slot (160, 760) formed in a surface thereof opposite to the surface to which the PCB is mechanically coupled and adjacent to the radiation unit, the radiation unit and the case (150, 750) are not directly electrically connected, and the radiation unit is separated from the surface of the case in which the slot is formed by a certain distance for enabling a coupling effect. an antenna comprising a radiation unit for transmitting and for receiving electric waves; a Printed Circuit Board to which the antenna is mechanically coupled at one surface thereof and comprising a power supply unit electrically coupled to the radiation unit; and a case (150, 750) constructed using a metal material within which the PCB is disposed, the antenna structure being characterized in that the case comprises at least one slot (160, 760) formed in a surface thereof opposite to the surface to which the PCB is mechanically coupled and adjacent to the radiation unit, the radiation unit and the case (150, 750) are not directly electrically connected, and the radiation unit is separated from the surface of the case in which the slot is formed by a certain distance for enabling a coupling effect.
Method for detecting an operating input performed by at least one finger by identifying different contact points of a contour of the finger using a sensor system on a sensor surface, with at least one transmission unit for transmitting a signal to the finger and at least one receiving unit for receiving a signal reflected by the finger, wherein a surface vibration is introduced into the sensor surface of the sensor system designed as a fingerprint sensor with at least one actuator, by means of which vibration the frictional resistance (F R) between the finger and the sensor surface changes depending on the changing contact points of the contour of the finger, wherein the surface vibration is changed over time such that a sequence of larger and smaller vibration amplitudes (x) and/or frequencies is produced in the region below the contact points of the finger on the sensor surface.
A system for feeding molten resin, comprising: an extruder for extruding the molten resin through an extrusion port; resin holders for receiving the molten resin from said extrusion port; transfer units (3, 4) equipped with a plurality of said resin holders; and compression forming apparatuses (5, 6) having a plurality of metal molds; wherein provision is made of intermittently feeding devices (9, 10) which feed said transfer units (3, 4) at a feed speed which is zero or is slowed down at a moment when said resin holder receives the molten resin; said intermittently feeding devices (9, 10) feed said transfer units (3, 4) at the feed speed which is zero or is slowed down at a position where said resin holders receive the molten resin so that the molten resin is continually and successively fed into said resin holders from said extrusion port and fed into the metal moulds, wherein provision is made of the compression forming apparatuses (5, 6) at both ends of the system with the extrusion port being positioned there between and of the transfer units (3, 4) on both sides of said extrusion port, said extrusion port being positioned there between and the transfer units (3, 4) are provided with a lift means, and are alternately transferred to a position to receive said molten resin in a manner that one transfer unit (3, 4) travels under the other transfer unit (3, 4) enabling the molten resin to be continually fed to the resin holders. an extruder for extruding the molten resin through an extrusion port; resin holders for receiving the molten resin from said extrusion port; transfer units (3, 4) equipped with a plurality of said resin holders; and compression forming apparatuses (5, 6) having a plurality of metal molds; wherein provision is made of intermittently feeding devices (9, 10) which feed said transfer units (3, 4) at a feed speed which is zero or is slowed down at a moment when said resin holder receives the molten resin; said intermittently feeding devices (9, 10) feed said transfer units (3, 4) at the feed speed which is zero or is slowed down at a position where said resin holders receive the molten resin so that the molten resin is continually and successively fed into said resin holders from said extrusion port and fed into the metal moulds, wherein provision is made of the compression forming apparatuses (5, 6) at both ends of the system with the extrusion port being positioned there between and of the transfer units (3, 4) on both sides of said extrusion port, said extrusion port being positioned there between and the transfer units (3, 4) are provided with a lift means, and are alternately transferred to a position to receive said molten resin in a manner that one transfer unit (3, 4) travels under the other transfer unit (3, 4) enabling the molten resin to be continually fed to the resin holders.
A cutting element, in particular for abrasive cut material, comprising a substrate with at least one cutting wedge, which is formed by two wedge surfaces (4, 5), which intersect along a wedge edge, wherein a cutting layer, starting at a cutting edge, which, when new, lies on the wedge edge, extends over a first wedge surface, the wear resistance of which cutting layer is greater than the wear resistance of the substrate, wherein the cutting layer, due to leading wear of the substrate, has, in the area of the second wedge surface, a blade-shaped protrusion, which projects beyond the wedge edge and has a self-resharpening cutting edge, characterised in that the cutting layer, which lies predominantly below the first wedge surface, is formed by means of melt-metallurgical modification of the peripheral zone of the substrate by in-situ precipitation of finely dispersed inherent hard phases from the partially melted peripheral zone of the substrate.
A sprinkler comprising: a sprinkler body; a brake module secured to the sprinkler body and including a rotatable connector coupled with a brake assembly; a nozzle module cooperable with the sprinkler body and including a nozzle; and a deflector plate cooperable with the nozzle module and disposed adjacent the nozzle, the deflector plate being displaceable in the nozzle module between a retracted position limited by a seat in the nozzle module and an extended position limited by the rotatable connector, the deflector plate including a stream deflector surface and a torque shaft, wherein the torque shaft is engaged with the rotatable connector in the extended position, and wherein a pop-up range of the deflector plate is defined by the seat in the nozzle module on which the deflector plate is engaged in the retracted position and the depth of the rotatable connector in which the torque shaft is disposed in the extended position; and characterized in that the deflector plate is placed in the nozzle module without an active connection. a sprinkler body; a brake module secured to the sprinkler body and including a rotatable connector coupled with a brake assembly; a nozzle module cooperable with the sprinkler body and including a nozzle; and a deflector plate cooperable with the nozzle module and disposed adjacent the nozzle, the deflector plate being displaceable in the nozzle module between a retracted position limited by a seat in the nozzle module and an extended position limited by the rotatable connector, the deflector plate including a stream deflector surface and a torque shaft, wherein the torque shaft is engaged with the rotatable connector in the extended position, and wherein a pop-up range of the deflector plate is defined by the seat in the nozzle module on which the deflector plate is engaged in the retracted position and the depth of the rotatable connector in which the torque shaft is disposed in the extended position; and characterized in that the deflector plate is placed in the nozzle module without an active connection.