mhurhangee/ep-ind-claims huggingface dataset:
A vaccine formulation comprising: (a) five Staphylococcus aureus polypeptides, or portions thereof, or variants thereof, or combinations thereof, wherein the S. aureus polypeptides are (i) S. aureus polypeptide SA0037 set forth in SEQ ID NO:13, (ii) S. aureus polypeptide SA0119 set forth in SEQ ID NO:14, (iii) S. aureus polypeptide SA0486 set forth in SEQ ID NO:15, (iv) S. aureus polypeptide SA0688 set forth in SEQ ID NO:16, and (v) S. aureus glucosaminidase set forth in SEQ ID NO:17, and (b) a pharmaceutically acceptable carrier or diluent; wherein the variant has at least 95% sequence identity over the entire length to the polypeptides or portions thereof, wherein the portion is at least 95% of the size of the full length polypeptide, and wherein the vaccine formulation is suitable for treating or inhibiting a biofilm and planktonic S. aureus infection. (a) five Staphylococcus aureus polypeptides, or portions thereof, or variants thereof, or combinations thereof, wherein the S. aureus polypeptides are (i) S. aureus polypeptide SA0037 set forth in SEQ ID NO:13, (ii) S. aureus polypeptide SA0119 set forth in SEQ ID NO:14, (iii) S. aureus polypeptide SA0486 set forth in SEQ ID NO:15, (iv) S. aureus polypeptide SA0688 set forth in SEQ ID NO:16, and (v) S. aureus glucosaminidase set forth in SEQ ID NO:17, and (b) a pharmaceutically acceptable carrier or diluent;
A polymer film, which comprises a first layer, a second layer and a third layer disposed between the first layer and the second layer, wherein the two surfaces of the third layer are in contact with the first layer and the second layer, respectively, the surface of the first layer that is not in contact with the third layer is a first surface, and the surface of the second layer that is not in contact with the third layer is a second surface, wherein the first surface has a void volume (Vv) value at a material ratio of 10% ranging from 3 μm 3 /μm 2 to 30 μm 3 /μm 2 and a dale void volume (Vvv) at a material ratio of 80% less than 2 μm 3 /μm 2, and the ratio of the maximum pit height (Sv) of the first surface to the thickness of the first layer is 0.2 or less, and wherein the material ratio, void volume, dale void volume, and maximum pit height are defined in accordance with ISO 25178-2:2012.
Cabinet with a movable insert, wherein the insert can be horizontally pulled out of and pushed into the cabinet and can be moved vertically upwards and downwards, wherein the cabinet has at least one threaded spindle (6, 6a) or at least one hydraulic or pneumatic cylinder (26, 26a) and wherein the insert is moved horizontally inwards or outwards by means of at least one motor (3, 3a) by remote control, wherein the insert is fixedly connected to at least one carriage (9, 9a), which can be moved upwards and downwards along at least one vertical guide rail (13, 13 a) by means of the at least one threaded spindle (6, 6a) or the at least one hydraulic or pneumatic cylinder (26, 26a), wherein the drive of the threaded spindle or of the hydraulic or pneumatic cylinder is operated by remote control, and wherein the threaded spindle or the hydraulic or pneumatic cylinder is located to the left and/or right of the movable insert on a side wall of the cabinet (16, 16a) in the vicinity of a cabinet opening, out of which the insert can be moved.
A method for producing a brush head section for an oral care device comprising the steps injecting a first thermoplastic material into an insert-forming mold cavity to form an insert; transferring said insert into an over-molding mold cavity, wherein the insert is arranged partially inside and partially outside of said over-molding mold cavity; arranging one end of at least one cleaning element in said over-molding mold cavity, wherein the at least one cleaning element is arranged partially inside and partially outside of said over-molding mold cavity and wherein the at least one cleaning element is arranged within a mold bar in that the ends of the at least one cleaning element intended to clean are located inside the mold bar and the ends intended to be mounted into the brush head protrude from the mold bar; injecting a second thermoplastic material into said over-molding mold cavity so that the part of the insert and the part of the at least one cleaning element which are located inside said over-molding mold cavity are over-molded by the second thermoplastic material, which second thermoplastic material thereby forms a cleaning element carrier, wherein the insert has a section behind which the cleaning element carrier can engage and wherein the insert is a coupling element or a part of driving system of an electric toothbrush and wherein the hardness of the second thermoplastic material is smaller than the hardness of the first thermoplastic material; and ejecting the resulting brush head section from said over-molding mold cavity, wherein the brush head section remains in the mold bar.
A network management apparatus, NMA, for performing an automatic bandwidth management of a communication network, said network management apparatus comprising: - a control data interface adapted to receive data traffic statistics of data transmitted on access links, between boundary routers of packet domains and optical transport nodes connected to said boundary routers via said access links; and - a control unit having a sensor engine adapted to process the received data traffic statistics and to activate or deactivate virtual links, tributary ports and cross-connections between virtual and access links in the optical transport domain in response to the processed data traffic statistics. - a control data interface adapted to receive data traffic statistics of data transmitted on access links, between boundary routers of packet domains and optical transport nodes connected to said boundary routers via said access links; and - a control unit having a sensor engine adapted to process the received data traffic statistics and to activate or deactivate virtual links, tributary ports and cross-connections between virtual and access links in the optical transport domain in response to the processed data traffic statistics.
A radiation protective material, comprising a fibrous material with composite filaments including a radiopaque substance, wherein the filaments are structured in a regular pattern to form the radiation protective material, wherein the composite filaments comprise a composite material including the radiopaque substance, and wherein the radiopaque substance is mixed within the composite material and substantially evenly distributed within the composite material, wherein the diameter of the filaments is in the range of 0.3 mm to 1.2 mm, characterised in that the radiopaque substance is substantially evenly distributed over the entire cross section of the filament, from a center to a surface of the filament and the radiation protective material comprises 15-30 filaments per centimeter.
Dispenser of fluid products comprising a ring nut able to be associated to a container of a fluid product; a substantially hollow dispensing head able to slide coaxially relative to said ring nut; said dispensing head comprising a dosing chamber obtained inside said dispensing head and a dispensing nozzle to allow the outflow of said fluid product; said dosing chamber having a containment volume that can vary between a configuration of maximum volumetric capacity when said dosing chamber is isolated and a configuration of minimum volumetric capacity; said dispenser being characterised in that it further comprises a deformable membrane fastened to said ring nut and a disc-shaped body made of flexible and deformable plastic material, said disc shaped body being fastened to said dispensing head and defining said dosing chamber in combination with said membrane; the membrane and the disc-shaped body being fully contained in the dispensing head and defining one in co-operation with the other an outflow valve for the dispensed fluid, and in that said dispensing head is movable between a first position in which the disc-shaped body is distal from said membrane and said dosing chamber assumes said configuration of maximum volumetric capacity and a second position in which the disc-shaped body is proximal to said membrane and said dosing chamber assumes said configuration of minimum volumetric capacity.
A secondary battery module, comprising: a cartridge assembly in which at least two or more cartridges for receiving secondary battery cells are stacked and combined; and one or more fixation members provided on an outer surface of the module to configure a battery pack in which one or more modules are mechanically/electrically connected in series or in parallel. wherein the fixation members (70, 71, 72) comprise hooks protruding outwardly from any of an upper cover and a lower cover respectively coupled with both sides of the cartridge assembly, and wherein the hooks have a circle, oval, polygon or rhombus shape in cross section, and comprise a plurality of discontinuous elastic pieces. a cartridge assembly in which at least two or more cartridges for receiving secondary battery cells are stacked and combined; and one or more fixation members provided on an outer surface of the module to configure a battery pack in which one or more modules are mechanically/electrically connected in series or in parallel. wherein the fixation members (70, 71, 72) comprise hooks protruding outwardly from any of an upper cover and a lower cover respectively coupled with both sides of the cartridge assembly, and wherein the hooks have a circle, oval, polygon or rhombus shape in cross section, and comprise a plurality of discontinuous elastic pieces.
A desulfurization station comprising: a first dual outlet injector including exactly one first reagent supply vessel and a first outlet splitter connected to an outlet orifice of the first reagent supply vessel, the first outlet splitter having a pair of conduit branches (42, 43); a first supply pipe connected to a first branch of the pair of conduit branches (42, 43) of the first outlet splitter and a second supply pipe connected to the second branch of the pair of conduit branches (42, 43) of the first outlet splitter; a second dual outlet injector including exactly one second reagent supply vessel and a second outlet splitter connected to an outlet orifice of the second reagent supply vessel, the second outlet splitter having a pair of conduit branches (42, 43); the first supply pipe being connected to a first branch of the pair of conduit branches (42, 43) of the second outlet splitter and the second supply pipe being connected to a second branch of the pair of conduit branches (42, 43) of the second outlet splitter; and at least one injection lance (122, 123) in communication with the first supply pipe and the second supply pipe; wherein the first and second dual outlet injectors (102, 104) simultaneously inject reagent from the first reagent supply vessel and the second reagent supply vessel, respectively, into the first and second supply pipes (116, 117).
A pharmaceutical composition for use in a method of preventing or treating cancer, the pharmaceutical composition comprising a compound represented by Formula II, a pharmaceutically acceptable salt, solvate, or stereoisomer thereof, or a combination thereof, and a T lymphocyte activating factor: wherein the cancer is lung cancer, colon cancer, bladder cancer, or skin cancer; and the T lymphocyte activating factor is an anti-programmed cell death protein 1 antibody, an anti-cytotoxic T-lymphocyte-associated antigen 4 (CTLA4) antibody, or an anti-programmed death ligand 1 (PD-L1) antibody. wherein the cancer is lung cancer, colon cancer, bladder cancer, or skin cancer; and the T lymphocyte activating factor is an anti-programmed cell death protein 1 antibody, an anti-cytotoxic T-lymphocyte-associated antigen 4 (CTLA4) antibody, or an anti-programmed death ligand 1 (PD-L1) antibody.
A fluorescence sensor comprising: a base member having first and second principal surfaces (11A; 11 B); a photoelectric conversion device for converting fluorescence into an electric signal, a light emitting device for emitting excitation light, the light emitting device being disposed above the photoelectric conversion device; an indicator layer for interacting with an analyte in a living body under the excitation light to produce the fluorescence, the light indicator layer being disposed above the light emitting device; characterized in that the base member is a silicon substrate, in that the photoelectric conversion device formed on the first principal surface (11 A) of the base member, a light emitting diode device as the light emitting device, and the indicator layer overlap with each other above the first principal surface of the base member, and that the fluorescence produced in the indicator layer can pass through the light emitting device and can impinge on the photoelectric conversion device, in that the fluorescence sensor further comprises a filter between the photoelectric conversion device and the light emitting device for reflecting and/or absorbing the excitation light having a wavelength shorter than that of the fluorescence and for transmitting the fluorescence, and in that the light emitting device is made of a gallium nitride-based compound semiconductor and formed on a sapphire substrate. a base member having first and second principal surfaces (11A; 11 B); a photoelectric conversion device for converting fluorescence into an electric signal, a light emitting device for emitting excitation light, the light emitting device being disposed above the photoelectric conversion device; an indicator layer for interacting with an analyte in a living body under the excitation light to produce the fluorescence, the light indicator layer being disposed above the light emitting device; characterized in that the base member is a silicon substrate, in that the photoelectric conversion device formed on the first principal surface (11 A) of the base member, a light emitting diode device as the light emitting device, and the indicator layer overlap with each other above the first principal surface of the base member, and that the fluorescence produced in the indicator layer can pass through the light emitting device and can impinge on the photoelectric conversion device, in that the fluorescence sensor further comprises a filter between the photoelectric conversion device and the light emitting device for reflecting and/or absorbing the excitation light having a wavelength shorter than that of the fluorescence and for transmitting the fluorescence, and in that the light emitting device is made of a gallium nitride-based compound semiconductor and formed on a sapphire substrate.
A method of processing of sorted communal waste to panels usable in the building industry, comprising sorting, crushing, drying, levelling/ spreading and pressing of the waste and formatting of the panel, the sorted waste is shredded to pass through sieve hole sizes 20 to 40 mm and dried to a water content of 5 to 10 wt%, the solid component of the sorted waste comprises 60 to 80 wt% of lignocelluloses in form of paper, 20 to 40 wt% of low-density polyethylene (LDPE) and maximum 8 wt% of admixtures in form of wood, fabrics, other plastics or metals, the method comprising: - levelling the sorted waste on a running base paper belt unwound from a coil without addition of any adhesive, - covering the waste with a cover paper belt unwound from another coil, - pressing the waste between the base belt and the cover belt under pressure within the range from 0.4 MPa to 1 MPa and at a temperature within the range from 180 °C to 210 °C, - cooling the sandwich formed in this way from the waste material, cover paper belt and base paper belt, again under the pressure ranging from 0.4 to 1 MPa, to a formatting temperature. - levelling the sorted waste on a running base paper belt unwound from a coil without addition of any adhesive, - covering the waste with a cover paper belt unwound from another coil, - pressing the waste between the base belt and the cover belt under pressure within the range from 0.4 MPa to 1 MPa and at a temperature within the range from 180 °C to 210 °C, - cooling the sandwich formed in this way from the waste material, cover paper belt and base paper belt, again under the pressure ranging from 0.4 to 1 MPa, to a formatting temperature.
A method of bonding substrates, the method comprising: providing a first substrate comprising a first surface and an opposing second surface, wherein providing the first substrate further comprises cutting a discrete piece from a continuous first substrate; providing a second substrate comprising a first surface and an opposing second surface; heating a tackifier free adhesive before applying the tackifier free adhesive to the first surface of the second substrate to define an adherence zone; positioning the first substrate on the adherence zone of the second substrate to define a first region of the adherence zone wherein the tackifier free adhesive is positioned between the second surface of the first substrate and the first surface of the second substrate, and a second region of the adherence zone wherein the tackifier free adhesive is not positioned between the second surface of the first substrate and the first surface of the second substrate wherein the second surface of the first substrate comprises a first area, and wherein the adherence zone comprises a second area, wherein the second area is equal to or greater than the first area; pressing the first substrate and the second substrate against each other; and removing heat energy from the second region of the adherence zone. providing a first substrate comprising a first surface and an opposing second surface, wherein providing the first substrate further comprises cutting a discrete piece from a continuous first substrate; providing a second substrate comprising a first surface and an opposing second surface; heating a tackifier free adhesive before applying the tackifier free adhesive to the first surface of the second substrate to define an adherence zone; positioning the first substrate on the adherence zone of the second substrate to define a first region of the adherence zone wherein the tackifier free adhesive is positioned between the second surface of the first substrate and the first surface of the second substrate, and a second region of the adherence zone wherein the tackifier free adhesive is not positioned between the second surface of the first substrate and the first surface of the second substrate wherein the second surface of the first substrate comprises a first area, and wherein the adherence zone comprises a second area, wherein the second area is equal to or greater than the first area; pressing the first substrate and the second substrate against each other; and removing heat energy from the second region of the adherence zone.
Temperature measuring device comprising at least two mating contact elements (11, 12), which are configured to receive in each case one contact element (9, 10) of a thermocouple, and a drive unit, characterised in that a first measurement sensor (13, 14) is arranged on at least one first mating contact element (11, 12) of the at least two mating contact elements (11, 12), a magnetic property of a contact element (9, 10), which is plug-connected to the first mating contact element (11, 12), being detectable by means of said first measurement sensor, and the first measurement sensor (13, 14) can be read out by a drive unit, wherein the drive unit is configured such that it can provide a characteristic curve or a specific item of information about the plugged-in thermocouple in dependence upon an output signal from the first measurement sensor (13, 14).
Assembly comprising at least: - a lower plate for the drainage of cheeses by means of seepage of the serum which they contain, the plate comprising a mould receiving surface which is delimited by four edges which are upright and mutually parallel in pairs, - at least two moulds which are suitable for the drainage of the cheese and which each comprise a cylindrical main body, the moulds being suitable for being arranged side by side on the receiving surface of the plate, - reinforcement/bracing means which are arranged at the periphery of the main body and which, when the reinforcement/bracing means are in contact with other reinforcement/bracing means for a mould(s) which is/are immediately adjacent to the moulds, enable abutment locally against the edges and enable a unitary block to be formed with the plate, the reinforcement/bracing means preventing any relative displacement of the moulds relative to each other and relative to the plate, characterised in that each reinforcement/bracing means comprises a shape in the form of a relief which is inclined towards the top or the bottom of the main body of the mould so that the contact with another reinforcement/bracing means of an adjacent mould is of the linear type. - a lower plate for the drainage of cheeses by means of seepage of the serum which they contain, the plate comprising a mould receiving surface which is delimited by four edges which are upright and mutually parallel in pairs, - at least two moulds which are suitable for the drainage of the cheese and which each comprise a cylindrical main body, the moulds being suitable for being arranged side by side on the receiving surface of the plate, - reinforcement/bracing means which are arranged at the periphery of the main body and which, when the reinforcement/bracing means are in contact with other reinforcement/bracing means for a mould(s) which is/are immediately adjacent to the moulds, enable abutment locally against the edges and enable a unitary block to be formed with the plate,
A battery separator comprising a porous resin film and a layer of a crosslinked polymer supported on the porous resin film and having iminodiacetic acid groups in side chain of the polymer chain, wherein the iminodiacetic acid group is represented by the general formula wherein M 1 and M 2 are each independently a hydrogen atom, a lithium atom, a potassium atom, a sodium atom, or triethylamine, and wherein the layer of crosslinked polymer is nonporous and ion conductive.
An apparatus for photomedical treatment or diagnosis of a target tissue, the apparatus comprising: a light source for generating light; a headset designed to be worn by a user, wherein the headset includes an input for receiving the light and an output for projecting the light on a target tissue; characterised in that the apparatus further comprises: a beam multiplier positioned for receiving the light and comprising a plurality of optical fibers for generating optical beams by spatial and temporal separation of the light for projection thereof via the output of the headset on the target tissue in the form of a pattern, wherein the beam multiplier is supported by the headset: a light source for generating light; a headset designed to be worn by a user, wherein the headset includes an input for receiving the light and an output for projecting the light on a target tissue; characterised in that the apparatus further comprises: a beam multiplier positioned for receiving the light and comprising a plurality of optical fibers for generating optical beams by spatial and temporal separation of the light for projection thereof via the output of the headset on the target tissue in the form of a pattern, wherein the beam multiplier is supported by the headset: a beam multiplier positioned for receiving the light and comprising a plurality of optical fibers for generating optical beams by spatial and temporal separation of the light for projection thereof via the output of the headset on the target tissue in the form of a pattern, wherein the beam multiplier is supported by the headset: