mhurhangee/ep-ind-claims huggingface dataset:
A blood treatment apparatus adapted to preserve a blood treatment unit between blood treatment sessions, the blood treatment apparatus comprising the blood treatment unit, a blood line configured to pass blood through the blood treatment unit and deliver treated blood to a target vessel, and a fluid line configured to pass treatment fluid through the blood treatment unit and deliver used/spent treatment fluid to a drain, characterized in that the blood treatment apparatus is configured to: perform a blood treatment session and thereby use the blood treatment unit, fill the blood treatment unit with a preservation fluid comprising at least one treatment fluid A-concentrate of a type that is used to prepare the treatment fluid, and having a pH value less than 4.5, maintain the preservation fluid in the blood treatment unit until a next blood treatment session is prepared, dispatch the preservation fluid from the blood treatment unit in preparation of a next blood treatment session, and perform a next blood treatment session and thereby extend the use of the blood treatment unit. perform a blood treatment session and thereby use the blood treatment unit, fill the blood treatment unit with a preservation fluid comprising at least one treatment fluid A-concentrate of a type that is used to prepare the treatment fluid, and having a pH value less than 4.5, maintain the preservation fluid in the blood treatment unit until a next blood treatment session is prepared, dispatch the preservation fluid from the blood treatment unit in preparation of a next blood treatment session, and perform a next blood treatment session and thereby extend the use of the blood treatment unit.
An assembly comprising: - a first element (101, 201) provided with two or more electrically conductive contact members (102-105, 202, 203), - a second element (106, 206) attached to the two or more electrically conductive contact members, - an electronic component, and - a cooling element, wherein - the second element comprises electrically conductive material providing one or more galvanic connections between the two or more electrically conductive contact members, - the first element (101, 201) is a circuit board, the two or more electrically conductive contact members (102-105, 202, 203) are connection pads on a surface of the circuit board, and the second element is soldered to the connection pads, characterised in that - the assembly further comprises a monitoring circuit (120, 220) for monitoring electrical conductivities of the one or more galvanic connections and for generating an indicator signal in response to a situation in which the electrical conductivity of the one or more of the galvanic connections is lower than a threshold, wherein the second element constitutes a part of a mechanical structure arranged to press the cooling element against the electronic component and at least part of force due to the pressing of the cooling element against the electronic component is received by the soldering between the connection pads and the second element. - a first element (101, 201) provided with two or more electrically conductive contact members (102-105, 202, 203), - a second element (106, 206) attached to the two or more electrically conductive contact members, - an electronic component, and - a cooling element, - the second element comprises electrically conductive material providing one or more galvanic connections between the two or more electrically conductive contact members, - the first element (101, 201) is a circuit board, the two or more electrically conductive contact members (102-105, 202, 203) are connection pads on a surface of the circuit board, and the second element is soldered to the connection pads, characterised in that - the assembly further comprises a monitoring circuit (120, 220) for monitoring electrical conductivities of the one or more galvanic connections and for generating an indicator signal in response to a situation in which the electrical conductivity of the one or more of the galvanic connections is lower than a threshold,
A heat exchanger, comprising: a shell; at least one refrigerant tube (24, 26) having a spiral tube portion (45, 55) arranged inside of the shell and first and second shell penetration tube portions (46, 47, 56, 57) that penetrate the shell; at least one injection pipe that injects and guides a heat source fluid to the inside of the shell; an inner discharge pipe positioned inside the shell; and ' an outer discharge pipe to which the heat source fluid in the inner discharge pipe is discharged, wherein any one of the first and second shell penetration tube portions (46, 47, 56, 57) of the at least one refrigerant tube (24, 26) runs through the inner discharge pipe and the other one of the first and second shell penetration tube portions (46, 56, 47, 57) lies between the inner discharge pipe and the shell, characterized in that one of the first and second shell penetration tube portions (46, 47, 56, 57) which run through the inner discharge pipe includes a central spiral tube portion. a shell; at least one refrigerant tube (24, 26) having a spiral tube portion (45, 55) arranged inside of the shell and first and second shell penetration tube portions (46, 47, 56, 57) that penetrate the shell; at least one injection pipe that injects and guides a heat source fluid to the inside of the shell; an inner discharge pipe positioned inside the shell; and ' an outer discharge pipe to which the heat source fluid in the inner discharge pipe is discharged, wherein any one of the first and second shell penetration tube portions (46, 47, 56, 57) of the at least one refrigerant tube (24, 26) runs through the inner discharge pipe and the other one of the first and second shell penetration tube portions (46, 56, 47, 57) lies between the inner discharge pipe and the shell, characterized in that one of the first and second shell penetration tube portions (46, 47, 56, 57) which run through the inner discharge pipe includes a central spiral tube portion.
A method for forming a functionalized monolayer for CO 2 sensing 100, comprising: configuring a sensing monolayer 140 functionalized with at least one functional amino-terminated group on a surface of a sensing vibrating beam 135 and a reference vibrating beam 130 located on a wafer 170 to detect a presence of carbon dioxide gas; and applying a solution of hydrochloric acid to said sensing monolayer 140 formed at said surface of said reference vibrating beam 135 to form a reference monolayer with a nonsensing protonated terminal group, wherein said reference monolayer 150 includes viscoelastic properties of said sensing monolayer 140, but lacking sensing properties. configuring a sensing monolayer 140 functionalized with at least one functional amino-terminated group on a surface of a sensing vibrating beam 135 and a reference vibrating beam 130 located on a wafer 170 to detect a presence of carbon dioxide gas; and applying a solution of hydrochloric acid to said sensing monolayer 140 formed at said surface of said reference vibrating beam 135 to form a reference monolayer with a nonsensing protonated terminal group, wherein said reference monolayer 150 includes viscoelastic properties of said sensing monolayer 140, but lacking sensing properties.
An audio processing apparatus for performing high-frequency interpolation of audio data, comprising: a frequency range upper-limit detector that is configured to detect an upper limit of a frequency range of audio indicated by input audio data that is audio data to be subjected to the high-frequency interpolation; a downsampler that is configured to downsample the input audio data by decimating samples from the input audio data so as to achieve a sampling rate that is less than or equal to twice the upper limit detected by the frequency range upper-limit detector to generate intermediate audio data; and an upsampler that is configured to upsample the intermediate audio data generated by the downsampler by using a fractal interpolation function to generate high-frequency interpolated audio data. a frequency range upper-limit detector that is configured to detect an upper limit of a frequency range of audio indicated by input audio data that is audio data to be subjected to the high-frequency interpolation; a downsampler that is configured to downsample the input audio data by decimating samples from the input audio data so as to achieve a sampling rate that is less than or equal to twice the upper limit detected by the frequency range upper-limit detector to generate intermediate audio data; and an upsampler that is configured to upsample the intermediate audio data generated by the downsampler by using a fractal interpolation function to generate high-frequency interpolated audio data.
Commercial vehicle seat comprising a seat part, a backrest part and a seat substructure for arranging on a body part of a commercial vehicle, the seat substructure comprising a locking device for securing against an unintended rotary movement of a rotary adjustment device for rotating at least the seat part relative to the body part, the locking device comprising a locking element for fixing the rotary adjustment element, which locking element is mounted so as to be translatable along a displacement axis, the locking element comprising a base body element that is non-rotatable about the displacement axis and the base body height of which is at least two or four times, preferably more than six times, smaller than the base body width thereof, characterised in that the locking element comprises a tongue and groove unit, by means of which said locking element is guided along the displacement axis, a tongue portion and a groove portion of the tongue and groove unit extending towards the displacement axis.
An electronic module, the module comprising: a circuit board; at least one integrated circuit mounted to the circuit board; at least one electro-magnetic interference shield fence mounted to the circuit board, wherein the at least one integrated circuit is mounted within a perimeter defined by the EMI shield fence; and a heatsink EMI shield lid secured onto the at least one EMI shield fence, wherein the heatsink EMI shield lid seals the at least one integrated circuit within the at least one EMI shield fence; and wherein the heatsink EMI shield lid comprises a spring loaded thermal interface configured to maintain a spring loaded force on, and conductive thermal contact with, the at least one integrated circuit; wherein the heatsink EMI shield lid comprises: an EMI shield lid member having a first surface that interfaces with the at least one EMI shield fence and an opposing second surface comprising a plurality of heatsink fins, characterized in that the first surface that interfaces with the at least one EMI shield fence comprises at least one groove aligned with the EMI shield fence, wherein the at least one EMI shield fence is at least partially inserted into the at least one groove. a circuit board; at least one integrated circuit mounted to the circuit board; at least one electro-magnetic interference shield fence mounted to the circuit board, wherein the at least one integrated circuit is mounted within a perimeter defined by the EMI shield fence; and a heatsink EMI shield lid secured onto the at least one EMI shield fence, wherein the heatsink EMI shield lid seals the at least one integrated circuit within the at least one EMI shield fence; and wherein the heatsink EMI shield lid comprises a spring loaded thermal interface configured to maintain a spring loaded force on, and conductive thermal contact with, the at least one integrated circuit; wherein the heatsink EMI shield lid comprises: an EMI shield lid member having a first surface that interfaces with the at least one EMI shield fence and an opposing second surface comprising a plurality of heatsink fins, characterized in that the first surface that interfaces with the at least one EMI shield fence comprises at least one groove aligned with the EMI shield fence, wherein the at least one EMI shield fence is at least partially inserted into the at least one groove. an EMI shield lid member having a first surface that interfaces with the at least one EMI shield fence and an opposing second surface comprising a plurality of heatsink fins, characterized in that the first surface that interfaces with the at least one EMI shield fence comprises at least one groove aligned with the EMI shield fence, wherein the at least one EMI shield fence is at least partially inserted into the at least one groove.
Hob apparatus, in particular induction hob apparatus, with at least one main body (13a-c), at least one first heating element (20a-23a; 20b-25b; 20c-27c), which has an elongated form, with at least one control unit (16a-c) and with at least one actuator unit (30a-c, 32b-c, 34b-c, 36c, 38c), which is provided to move at least the first heating element (20a-23a; 20b-25b; 20c-27c) in relation to the main body (13a-c), characterised in that the actuator unit (30a-c, 32b-c, 34b-c, 36c, 38c) is provided to move at least the first heating element (20a-23a; 20b-25b; 20c-27c) on a line (50a-53a; 50b, 5 1b; 50-53c) which lies at least essentially parallel to a longitudinal direction of the heating element (20a-23a; 20b-25b; 20c-27c).
Rotor for electrical machine comprising at least two lamellar packs fastened to a rotation shaft configured to be assembled inside a stator of the electrical machine, wherein the two lamellar packs are separated by a separating zone, and in that each lamellar pack comprises at least one opening configured to allow the passage of an air flow, coming from outside the rotor, towards inside the rotor and towards the separating zone between the two lamellar packs, wherein the lamellar packs are composed of a plurality of overlapped sheets, each sheet comprising a plurality of holes, and wherein the holes of the sheets are mutually overlapped to form the at least one opening of the lamellar packs, which allows the passage of the air flow coming from outside the rotor towards inside the rotor and towards the separating zone between the two lamellar packs, wherein the rotor comprises a central spacer integral with the rotation shaft and interposed between the lamellar packs, characterised in that said central spacer is shaped with arms placed next to the spaces between the holes obtained along the lamellar packs, the arms next to the spaces being thereby arranged between the holes of the lamellar packs in a circumferential direction, said central spacer being configured to direct an air flow, sucked by the central spacer, by its arms, through the holes, obtained along the lamellar packs of the rotor, air being pushed towards the external circumference of said rotor through the separating zone between the lamellar packs, in the spaces included between the arms of the central spacer.
Thermal solar collector having an absorber sheet and a rear wall between which an intermediate space is formed, wherein at least one absorber pipe is arranged on that side of the absorber sheet facing the rear wall, and wherein at least one barrier element (7, 8, 9) is arranged in the intermediate space, wherein the barrier element (7, 8, 9) has an elastic material, and wherein the at least one absorber pipe presses into the elastic material, characterized in that the barrier element (7, 8, 9) is configured at least partly in the form of a brush, and in the process does not fill the entire intermediate space but rather just a relatively small part and runs horizontally when the solar collector is set up ready for operation, such that the intermediate space is divided into partial intermediate spaces.
A neutron capture therapy system, comprising a beam shaping assembly, wherein the beam shaping assembly comprises: a beam inlet; a neutron generator arranged into the beam shaping assembly, wherein the neutron generator has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons; a moderator adjacent to the neutron generator, wherein the neutrons are moderated by the moderator to epithermal neutron energies; a reflector surrounding the neutron generator and the moderator, wherein the reflector leads the deflected neutrons back to enhance the epithermal neutron beam intensity; a beam outlet; and at least one movable member moving away from or close to the neutron generator, wherein the movable member moves between a first position and a second position, wherein when the movable member is at the first position, the neutron generator is replaceable; and when the movable member is at the second position, the neutron generator is irreplaceable; characterized in that the reflector includes a first connecting part, the movable member includes a second connecting part, wherein when the movable member is at the first position, the first connecting part and the second connecting part are separated; when the movable member is at the second position, the first connecting part and the second connecting part are connected. a beam inlet; a neutron generator arranged into the beam shaping assembly, wherein the neutron generator has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons; a moderator adjacent to the neutron generator, wherein the neutrons are moderated by the moderator to epithermal neutron energies; a reflector surrounding the neutron generator and the moderator, wherein the reflector leads the deflected neutrons back to enhance the epithermal neutron beam intensity; a beam outlet; and at least one movable member moving away from or close to the neutron generator, wherein the movable member moves between a first position and a second position, wherein when the movable member is at the first position, the neutron generator is replaceable; and when the movable member is at the second position, the neutron generator is irreplaceable; characterized in that the reflector includes a first connecting part, the movable member includes a second connecting part, wherein when the movable member is at the first position, the first connecting part and the second connecting part are separated; when the movable member is at the second position, the first connecting part and the second connecting part are connected.
A device for measuring a tension of a sheet-like tissue containing cardiomyocytes comprising: a first gel adapter holder having a frame member and a first gel holding member protruding toward a part of an inside face of the frame member so as to fix one end of a film-like and a second gel adapter holder having a second gel holding member for fixing the other end of the gel and a connection member connected to the second gel holding member, wherein the second gel adapter holder is detachably attached to the first gel adapter holder so that the second gel holding member is opposed to the first gel holding member inside the frame member, the second gel adapter holder has a mechanism for sliding in an axial direction in which the first gel holding member and the second gel holding member are opposed to each other, characterized in that the connection member is provided with one or more L-shaped members for detachably attaching the second gel adapter holder to the first gel adapter holder, and the first gel adapter holder is provided with a stopper for restricting the slidable range of the second gel adapter holder. a first gel adapter holder having a frame member and a first gel holding member protruding toward a part of an inside face of the frame member so as to fix one end of a film-like and a second gel adapter holder having a second gel holding member for fixing the other end of the gel and a connection member connected to the second gel holding member, wherein the second gel adapter holder is detachably attached to the first gel adapter holder so that the second gel holding member is opposed to the first gel holding member inside the frame member, the second gel adapter holder has a mechanism for sliding in an axial direction in which the first gel holding member and the second gel holding member are opposed to each other, characterized in that the connection member is provided with one or more L-shaped members for detachably attaching the second gel adapter holder to the first gel adapter holder, and the first gel adapter holder is provided with a stopper for restricting the slidable range of the second gel adapter holder.
A system for actuating a flap coupled to a wing of an aircraft in a streamwise direction, the system comprising: a geared rotary actuator, comprising a drive gear that is rotatable about a first rotational axis; a crank shaft, comprising a driven gear in gear meshing engagement with the drive gear of the geared rotary actuator to rotate the crank shaft about a second rotational axis, wherein the second rotational axis is angled relative to the first rotational axis; and a crank arm, co-rotatably coupled to the crank shaft and configured to be coupled to the flap, wherein rotation of the crank shaft about the second rotational axis rotates the crank arm in a direction perpendicular to the second rotational axis. a geared rotary actuator, comprising a drive gear that is rotatable about a first rotational axis; a crank shaft, comprising a driven gear in gear meshing engagement with the drive gear of the geared rotary actuator to rotate the crank shaft about a second rotational axis, wherein the second rotational axis is angled relative to the first rotational axis; and a crank arm, co-rotatably coupled to the crank shaft and configured to be coupled to the flap, wherein rotation of the crank shaft about the second rotational axis rotates the crank arm in a direction perpendicular to the second rotational axis.
A purified or isolated 20-amino acid peptide containing a HIV-1 protease cleavage site between the 10 th amino acid and the 11 th amino acid consisting of the amino acid sequence as set forth in any one of SEQ ID NO: 1-12.
A vessel for dispersing oil on water, comprising: a rig structure mounted on the vessel, preferably in a front part thereof, the rig structure including a front transverse structure provided with nozzles for flushing with high pressure water supplied from a high pressure facility located on the vessel, characterized in that the direction and distance of the nozzles to the water surface as well as the pressure of the high pressure water are adjustable, the number of nozzles being chosen so that a large number of high pressure, narrow jet nozzles are used for larger distances from the water surface, and a smaller number of wider-jet nozzles are used for smaller distances from the water surface, whereby dispersed oil droplets within a micron-size range are obtained, and the oil droplets are mixed into a body of water by the forward motion of the vessel. a rig structure mounted on the vessel, preferably in a front part thereof, the rig structure including a front transverse structure provided with nozzles for flushing with high pressure water supplied from a high pressure facility located on the vessel, characterized in that the direction and distance of the nozzles to the water surface as well as the pressure of the high pressure water are adjustable, the number of nozzles being chosen so that a large number of high pressure, narrow jet nozzles are used for larger distances from the water surface, and a smaller number of wider-jet nozzles are used for smaller distances from the water surface, whereby dispersed oil droplets within a micron-size range are obtained, and the oil droplets are mixed into a body of water by the forward motion of the vessel.