mhurhangee/ep-ind-claims huggingface dataset:
A closure device implant for sealing an opening formed through a blood vessel, said closure device implant comprising: a footplate portion at least partially exposed to the lumen of the blood vessel when in use; and wherein said footplate portion is formed of a biocorrodible metal comprising a ternary magnesium alloy, wherein said footplate portion's magnesium alloy comprises between 1% to 10% aluminum, characterised in that said footplate portion's magnesium alloy further comprises between 0.01% and 0.05% iron. a footplate portion at least partially exposed to the lumen of the blood vessel when in use; and wherein said footplate portion is formed of a biocorrodible metal comprising a ternary magnesium alloy, wherein said footplate portion's magnesium alloy comprises between 1% to 10% aluminum,
A beam scanning device comprising: a spatial light modulator configured to modulate a phase of a light for a corresponding pixel of a plurality of pixels; and a phase mask comprising a support plate arranged in an output direction of the light that is output from the spatial light modulator and a plurality of nanostructures arranged on the support plate to control the phase of the light, and characterized in that an arrangement of the nanostructures is configured differently for each pixel. a spatial light modulator configured to modulate a phase of a light for a corresponding pixel of a plurality of pixels; and a phase mask comprising a support plate arranged in an output direction of the light that is output from the spatial light modulator and a plurality of nanostructures arranged on the support plate to control the phase of the light, and characterized in that an arrangement of the nanostructures is configured differently for each pixel.
Laundry appliance comprising a control-panel assembly (3, 30) having: - an outer shell which is coupled to a casing of the laundry appliance and provides a user interface; - an internal printed circuit board provided with one or more sensors; and - a protecting box firmly attached to the printed circuit board and at least partially interposed between the outer shell and circuit board; - one or more spring detectors which transmit to said one or more sensors a signal related to the capacitive variation that is generated when the user interface is touched, wherein the protecting box has one or more head zones compressing said one or more spring detectors when the protecting box is attached to the printed circuit board, said capacitive variation being sensed by said one or more spring detectors through said one or more head zone. - an outer shell which is coupled to a casing of the laundry appliance and provides a user interface; - an internal printed circuit board provided with one or more sensors; and - a protecting box firmly attached to the printed circuit board and at least partially interposed between the outer shell and circuit board; - one or more spring detectors which transmit to said one or more sensors a signal related to the capacitive variation that is generated when the user interface is touched,
A prosthesis comprising a tissue product derived from a porcine animal lacking any expression of alpha-1,3-galactosyltransferase wherein the tissue product is a scaffold.
Chiming timepiece comprising a timepiece movement and a manual control operable by a user and comprising at least one acoustic indication mechanism with a control mechanism arranged to control the playing of at least one chime or tune by setting in motion at least one control lift to actuate at least one hammer arranged to strike a gong, wherein at least one said control lift is movable between at least one released position, in which it is decoupled from said control mechanism, and a resting position, in which it is able to be driven for actuation of said hammer by said control mechanism which is set in motion, either by said timepiece movement, or by an actuator forming part of said manual control, and wherein said timepiece also comprises tune selection means for the selection of at least one particular chime or tune, which are controlled either by said timepiece movement or by a selector forming part of said manual control, and wherein said tune selection means are arranged to control the passage of said at least one control lift from its released position to its resting position or vice versa, and wherein said acoustic indication mechanism comprises a plurality of control levels parallel to one another and parallel to lift planes, in which said control lifts are arranged, and on each of these control levels said control mechanism comprises a control part, which, when said control part is set in motion by said timepiece movement or by said actuator, is arranged to drive at least one said control lift positioned in its said resting position and located in a lift plane coplanar with said control level of said control part, characterized in that at least one said control part of a said control level is arranged to drive a plurality of said control lifts all situated in the same lift plane coplanar with said control level of said control part, and in that said tune selection means are arranged to simultaneously control, in a said given lift plane, the passage of each said control lift, controlled by said control part located on a said control level controlling said given lift plane, from one to another of its said released or resting positions.
Slip-ring unit for transmitting an electric current comprising a first and a second component group (1, 2), wherein the two component groups (1, 2) are arranged such that they can rotate relative to one another about an axis and the slip-ring unit has a first and a second brush (1.1, 1.2) and a first and a second track (S1, S2) and the slip-ring unit is configured in such a way that the first brush (1.1) and a slip ring (2.1; 2.1') are in contact along the first track across different rotational positions and the second brush (1.2) and a slip ring (2.2; 2.1') are in contact along the second track, so that an electrical contact can be established continuously in a sliding manner in each case along one of the tracks (S1, S2) in the case of a relative rotation, wherein - the first component group has the first and the second brush (1.1, 1.2), a first connection and an electrical circuit (1.6) for state monitoring, and - the second component group has the slip ring (2.1, 2.2; 2.1') and a second connection, wherein the electric current can be transmitted from the first connection to the second connection via the contact between the first brush (1.1) and the first track, an electrical voltage can be transmitted to the circuit (1.6) via the contact between the second track and the second brush (1.2), and the slip-ring unit is configured in such a way that the first track and the second track are electrically connected, characterized in that the circuit (1.6) has a current source (1.63) for generating a test current and a switching means (1.65) and the slip-ring unit is configured in such a way that the test current flows via the contact between the first brush (1.1) and the first track, an electrical connection between the first track and the second track and the contact between the second track and the second brush (1.2), wherein this current circuit can be closed by the switching means (1.65), triggered by a signal of a computation unit (1.64). - the first component group has the first and the second brush (1.1, 1.2), a first connection and an electrical circuit (1.6) for state monitoring, and - the second component group has the slip ring (2.1, 2.2; 2.1') and a second connection, wherein
A refrigerant recovery and recharge device comprising: (i) a valve block adapted to establish fluid communication between said device and a refrigeration equipment; (ii) a recharge path adapted to recharge oil to said refrigeration equipment through an outlet in said valve block; wherein said device comprises at least a first oil container adapted to recharge oil to said refrigeration equipment through said recharge path; wherein said valve block comprises a valve with a first inlet, said first oil container in fluid communication with said first inlet to recharge oil to said refrigeration equipment, characterized in that - said device comprising at least a second oil container adapted to recharge oil to said refrigeration equipment through said recharge path; - said valve comprising a second inlet and said second oil container in fluid communication with said second inlet to recharge oil to said refrigeration equipment, - said first oil container and said second oil container contain different oils. (i) a valve block adapted to establish fluid communication between said device and a refrigeration equipment; (ii) a recharge path adapted to recharge oil to said refrigeration equipment through an outlet in said valve block; - said device comprising at least a second oil container adapted to recharge oil to said refrigeration equipment through said recharge path; - said valve comprising a second inlet and said second oil container in fluid communication with said second inlet to recharge oil to said refrigeration equipment, - said first oil container and said second oil container contain different oils.
A controlled charge pump arrangement, comprising: - a clocked operated charge pump having an output terminal to provide an output voltage (Vo), wherein the clocked operated charge pump comprises a operation mode out of a first mode of operation and a second mode of operation, wherein in the first mode the clocked operated charge pump is operated continuously with respect to a clock signal, and wherein in the second mode of operation the clocked operated charge pump is operated non-continuously with respect to the clock signal; - a first sub-circuit (50, LDVoDet) coupled to the output terminal of the clocked operated charge pump and adapted to provide a first control signal in response to a comparison of the output voltage with a first reference signal; - a second sub-circuit coupled to the clocked operated charge pump and adapted to provide a second control signal in response to a comparison of a signal (Vp) with a second reference signal (Vn), said signal derived by a switch current (Is) within the clocked operated charge pump; - a clock skip controller adapted to control the mode of operation of the clocked operated charge pump in response to said first and second control signals (C1, Si2). - a clocked operated charge pump having an output terminal to provide an output voltage (Vo), wherein the clocked operated charge pump comprises a operation mode out of a first mode of operation and a second mode of operation, wherein in the first mode the clocked operated charge pump is operated continuously with respect to a clock signal, and wherein in the second mode of operation the clocked operated charge pump is operated non-continuously with respect to the clock signal; - a first sub-circuit (50, LDVoDet) coupled to the output terminal of the clocked operated charge pump and adapted to provide a first control signal in response to a comparison of the output voltage with a first reference signal; - a second sub-circuit coupled to the clocked operated charge pump and adapted to provide a second control signal in response to a comparison of a signal (Vp) with a second reference signal (Vn), said signal derived by a switch current (Is) within the clocked operated charge pump; - a clock skip controller adapted to control the mode of operation of the clocked operated charge pump in response to said first and second control signals (C1, Si2).
A pharmaceutical composition for oral administration of sodium phenylbutyrate comprising: 50-65% by total weight of said sodium phenylbutyrate; and 5-30% by total weight of a taste-mask coating comprising a polymer formed from dimethylaminoethyl methacrylate, butyl methacrylate, and methyl methacrylate; wherein the polymer is Eudragit E PO; wherein said Eudragit E PO comprises 50-75% by weight of the taste-mask coating; wherein the pharmaceutical composition is formulated as a plurality of spray-layered beads comprising a seed core, a drug layer comprising said sodium phenylbutyrate, and said taste-mask coating. 50-65% by total weight of said sodium phenylbutyrate; and 5-30% by total weight of a taste-mask coating comprising a polymer formed from dimethylaminoethyl methacrylate, butyl methacrylate, and methyl methacrylate; wherein the polymer is Eudragit E PO; wherein said Eudragit E PO comprises 50-75% by weight of the taste-mask coating; wherein the pharmaceutical composition is formulated as a plurality of spray-layered beads comprising a seed core, a drug layer comprising said sodium phenylbutyrate, and said taste-mask coating.
A modified natural rubber formed by graft polymerizing or attaching a polar group-containing compound to at least one natural rubber raw material selected from the group consisting of natural rubber, a natural rubber latex coagulum and a natural rubber cup lump under mechanical shear force, wherein the natural rubber raw material has a nitrogen content of 0.4 mass% or less; the polar group-containing compound has at least one polar group selected from the group consisting of amino group, imino group, nitrile group, ammonium group, imido group, amido group, hydrazo group, azo group, diazo group, hydroxyl group, carboxyl group, carbonyl group, epoxy group, oxycarbonyl group, nitrogen-containing heterocyclic group, oxygen-containing heterocyclic group, tin-containing group and alkoxysilyl group; and the natural rubber raw material includes a 1,1,3,3-tetramethylbutylperoxy-2-ethylhexanoate polymerization initiator.
A method for making a plurality of shaped food product pre-forms, said method comprising the steps of: providing food product preforms by sheeting a dough and cutting said dough into preforms, each food product preform having a major diameter; providing a shaping oven, wherein said shaping oven comprises a conveyor comprising a plurality of convex molds, wherein spacing between the convex molds is less than the major diameter of the preforms; transferring the preforms to the shaping oven, without aligning the preforms with the plurality of convex molds; and drying said preforms inside said shaping oven to form the shaped food product pre-forms, each having at least one bowl shaped indentation. providing food product preforms by sheeting a dough and cutting said dough into preforms, each food product preform having a major diameter; providing a shaping oven, wherein said shaping oven comprises a conveyor comprising a plurality of convex molds, wherein spacing between the convex molds is less than the major diameter of the preforms; transferring the preforms to the shaping oven, without aligning the preforms with the plurality of convex molds; and drying said preforms inside said shaping oven to form the shaped food product pre-forms, each having at least one bowl shaped indentation.
Insulation liquid expansion assembly for an insulation liquid tank (12, 52) for a high voltage coil, comprising • an expansion vessel (20, 58, 74) with an inlet and an outlet opening, wherein the inlet opening is foreseen to be fluidic connected with the insulation liquid tank (12, 52), • a compensation pipe which is fluidic connected at its first end with the outlet opening of the expansion vessel (20, 58, 74), • a flexible gas bag (32, 62, 78) which is fluidic connected to the compensation pipe so that a gas can flow from the compensation pipe into the gas bag (32, 62, 78) and backwards and • pressure means for applying a pressure force on the interior of the otherwise hermetically sealed compensation pipe characterized in • that the pressure means of the compensation pipe comprise a liquid filled syphon (30, 66) which is fluidic connected therewith. • an expansion vessel (20, 58, 74) with an inlet and an outlet opening, wherein the inlet opening is foreseen to be fluidic connected with the insulation liquid tank (12, 52), • a compensation pipe which is fluidic connected at its first end with the outlet opening of the expansion vessel (20, 58, 74), • a flexible gas bag (32, 62, 78) which is fluidic connected to the compensation pipe so that a gas can flow from the compensation pipe into the gas bag (32, 62, 78) and backwards and • pressure means for applying a pressure force on the interior of the otherwise hermetically sealed compensation pipe characterized in • that the pressure means of the compensation pipe comprise a liquid filled syphon (30, 66) which is fluidic connected therewith.
A fluidic device, comprising: a planar structure constituted by a plurality of laminated layers and accommodating a fluid channel extending up to a lateral surface of the planar structure; a female adapter piece including a recess for receiving a male adapter piece having a fluid conduit in a fluid-tight accommodation, wherein the female adapter piece is connected or connectable with the planar structure so that, when the male adapter piece is accommodated in the recess, the fluid conduit of the male adapter piece is brought in fluid-tight fluid communication with the fluid channel; wherein the fluid channel is exposed to the female adapter piece at a lateral surface of the planar structure at which the laminated layers are exposed. a planar structure constituted by a plurality of laminated layers and accommodating a fluid channel extending up to a lateral surface of the planar structure; a female adapter piece including a recess for receiving a male adapter piece having a fluid conduit in a fluid-tight accommodation, wherein the female adapter piece is connected or connectable with the planar structure so that, when the male adapter piece is accommodated in the recess, the fluid conduit of the male adapter piece is brought in fluid-tight fluid communication with the fluid channel; wherein the fluid channel is exposed to the female adapter piece at a lateral surface of the planar structure at which the laminated layers are exposed.
A peptidic antagonist of class III semaphorins/neuropilins complexes for use in the prevention or the treatment of neurodegenerative diseases, cancers, and all diseases associated with abnormal angiogenesis, wherein the peptidic antagonist comprises an amino acid sequence comprising: the amino acid sequence of the transmembrane domain of a protein selected in the group consisting of human neuropilin-1, human neuropilin-2, human plexin-A1, and human integrin beta 1, or an amino acid sequence less than 50 amino acid long and more than 10 amino acid long having an identity of more than 80% with said transmembrane domain amino acid sequence and including at least one GxxxG motif, wherein the peptidic antagonist amino acid sequence is optionally fused to a heterologous sequence, and wherein the amino acid sequence of the transmembrane domain of human neuropilin-1 is SEQ ID NO: 1 (ILITIIAMSALGVLLGAVCGVVL), the amino acid sequence of the transmembrane domain of human neuropilin-2 is SEQ ID NO: 2 (ILITIIAMSSLGVLLGATCAGLLLY), the amino acid sequence of the transmembrane domain of human plexin-A1 is SEQ ID NO: 3 (LLTLPAIVGIGGGGGLLLLVIVAVLIA), and the amino acid sequence of the transmembrane domain of human integrin beta 1 is SEQ ID NO: 9 (IIPIVAGVVAGIVLIGLALLLIW). the amino acid sequence of the transmembrane domain of a protein selected in the group consisting of human neuropilin-1, human neuropilin-2, human plexin-A1, and human integrin beta 1, or an amino acid sequence less than 50 amino acid long and more than 10 amino acid long having an identity of more than 80% with said transmembrane domain amino acid sequence and including at least one GxxxG motif,
An expandable device (100, 200) for attachment to a portable electronic device, the expandable device (100, 200) comprising: a base (102, 202) having a top side (102a, 202a) and a bottom side (102b, 202b), the bottom side (102b, 202b) adapted to engage a portion of the portable electronic device; an folding mechanism (110, 210) operably coupled to the base (102, 202); and a button (120, 220) having a top side (120a, 220a) and a bottom side (120b, 220b), the bottom side of the button (120, 220) being operably coupled to the folding mechanism (110, 210), wherein the folding mechanism (110, 210) is selectively movable between an expanded configuration and a collapsed configuration, wherein the folding mechanism (110, 210) comprises a plurality of foldable legs (112, 212), each having a plurality of body sections that are partitioned by leg folds, wherein upon pushing the button (120, 220) towards the base (102, 202) the plurality of body sections are caused to pivot about a corresponding one or more of the leg folds and will be compressed. a base (102, 202) having a top side (102a, 202a) and a bottom side (102b, 202b), the bottom side (102b, 202b) adapted to engage a portion of the portable electronic device; an folding mechanism (110, 210) operably coupled to the base (102, 202); and a button (120, 220) having a top side (120a, 220a) and a bottom side (120b, 220b), the bottom side of the button (120, 220) being operably coupled to the folding mechanism (110, 210), wherein the folding mechanism (110, 210) is selectively movable between an expanded configuration and a collapsed configuration, wherein the folding mechanism (110, 210) comprises a plurality of foldable legs (112, 212), each having a plurality of body sections that are partitioned by leg folds, wherein upon pushing the button (120, 220) towards the base (102, 202) the plurality of body sections are caused to pivot about a corresponding one or more of the leg folds and will be compressed.
A piston ring, comprising: - a ring body; - an adhesive promoter layer of a Ni-alloy applied to the bearing surface of the ring body by thermal spraying; - a wear-resistant coating of a Mo-alloy with chrome carbide, wolfram carbide or molybdenum carbide applied to the adhesive promoter layer by thermal spraying; and - a running-in layer of an AlCu-alloy or a Ni graphite-alloy applied to the wear-resistant coating by thermal spraying. - a ring body; - an adhesive promoter layer of a Ni-alloy applied to the bearing surface of the ring body by thermal spraying; - a wear-resistant coating of a Mo-alloy with chrome carbide, wolfram carbide or molybdenum carbide applied to the adhesive promoter layer by thermal spraying; and - a running-in layer of an AlCu-alloy or a Ni graphite-alloy applied to the wear-resistant coating by thermal spraying.