mhurhangee/ep-ind-claims huggingface dataset:
Use of a mechanical stress modifier, selected from bismuth, indium or antimony, in a lead free solder, for the inhibition of stress fault occurrence in a pane of glass, in the region of the solder, in a vehicular glazing panel, the glazing panel comprising: a first electrically conductive component which exists on a surface of the pane of glass, and a second electrically conductive component which is joined to the first electrically conductive component by said lead free solder. a first electrically conductive component which exists on a surface of the pane of glass, and a second electrically conductive component which is joined to the first electrically conductive component by said lead free solder.
Use of glucosylglycerol for the manufacture of an agent for the protection of human skin and/or mucous membrane against reactive oxygen compounds, free radicals, chemicals, toxins, allergens, denaturing substances, substances binding to DNA, substances damaging proteins, substances deactivating proteins, or airborne particulate by increasing the expression of cell protective enzymes.
A thermoplastic component assembly comprising: a first thermoplastic component comprising a first thermoplastic polymer material, the first thermoplastic polymer material comprising a first visualization agent; and a second thermoplastic component comprising a second thermoplastic polymer material comprising a second visualization agent; wherein the first visualization agent and the second visualization agent are configured to operate as visual contrast under lighting conditions to identify a boundary or interconnection area between the first thermoplastic component welded to the second thermoplastic component; characterised in that the first visualization agent and the second visualization agent are fluorescent agents and/or dyes and absorb UV light and fluoresce in the visible spectrum. a first thermoplastic component comprising a first thermoplastic polymer material, the first thermoplastic polymer material comprising a first visualization agent; and a second thermoplastic component comprising a second thermoplastic polymer material comprising a second visualization agent; wherein the first visualization agent and the second visualization agent are configured to operate as visual contrast under lighting conditions to identify a boundary or interconnection area between the first thermoplastic component welded to the second thermoplastic component; characterised in that the first visualization agent and the second visualization agent are fluorescent agents and/or dyes and absorb UV light and fluoresce in the visible spectrum.
A method for processing a channel, wherein the channel is represented by a MIMO system comprising first coefficients associated with transmission lines and second coefficients in particular associated with crosstalk, said method comprising the steps: a) clustering of the coefficients of the second coefficients thereby determining a cluster; b) processing of the clustered coefficients comprising the steps - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; c) refining a breadth of the cluster; d) adjusting the coefficient according to an improved signal-to-noise ratio; e) until the breadth of the cluster has not reached a threshold, the signal-to-noise ratio is determined and it is reverted to step c). a) clustering of the coefficients of the second coefficients thereby determining a cluster; b) processing of the clustered coefficients comprising the steps - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; c) refining a breadth of the cluster; d) adjusting the coefficient according to an improved signal-to-noise ratio; e) until the breadth of the cluster has not reached a threshold, the signal-to-noise ratio is determined and it is reverted to step c).
Method for coating a planar workpiece consisting at least in portions of wood, wood materials, composite materials or a combination thereof, comprising the steps of: pre-treating a narrow side of the planar workpiece in order to produce a narrow-side surface layer, in particular using a strip of edge material or a paste-like mass, bringing about a relative movement between a workpiece and an application device, which application device is designed to apply a curable substance so as to form a three-dimensional structure, applying the curable substance and thereby forming a three-dimensional structure at least in portions in the region of the narrow-side surface layer, characterised in that the curable substance is additionally applied to the main side of the workpiece and the application device is guided from a main side of the workpiece to the narrow side of the workpiece or vice versa, wherein the application device continuously carries out application during the movement. pre-treating a narrow side of the planar workpiece in order to produce a narrow-side surface layer, in particular using a strip of edge material or a paste-like mass, bringing about a relative movement between a workpiece and an application device, which application device is designed to apply a curable substance so as to form a three-dimensional structure, applying the curable substance and thereby forming a three-dimensional structure at least in portions in the region of the narrow-side surface layer, characterised in that the curable substance is additionally applied to the main side of the workpiece and the application device is guided from a main side of the workpiece to the narrow side of the workpiece or vice versa, wherein the application device continuously carries out application during the movement.
A controllable automatic umbrella unfolding device, comprising an upper runner, a middle runner, a lower runner and a center bar, the upper runner of the umbrella being fixed at the top end of the center bar, the middle runner and the lower runner of the umbrella being movably sleeved on the center bar, the upper runner being connected with long ribs, the long ribs being connected with short ribs, the middle runner being connected with branch ribs, the branch ribs being connected with the short ribs, the short ribs being connected with the lower runner, characterized in that a gas spring is disposed in the center bar, the tail end of a cylinder barrel of the gas spring is connected with the middle runner of the umbrella, a valve is arranged at the end of a piston rod of the gas spring, and a valve opening device is disposed corresponding to the valve.
A substructure for a floor covering, in particular for terrace panels, having at least one block (2, 2'), which can be put down on a foundation, and on which at least one holder for a support beam (4, 4') for supporting the floor covering is arranged, whereby multiple receptacles for installing a holder at different heights are implemented on the block (2, 2') and the holder is pluggable onto the block (2, 2') at different heights, whereby the holder is plugged in a substantially form-fitting manner using one or more projections are provided on the holder on the bottom side onto one or more receptacles of the block (2, 2') for the installation, characterized in that the holder is secured against lifting off in the vertical direction in a position installed on the block (2, 2'), whereby the receptacles on the block (2, 2') are implemented as grooved and either the lateral walls of a receptacle are implemented as inclined in the same direction in relation to the vertical or the receptacle is implemented as undercut having a tapered neck section.
A diagnostic method for detecting an increased risk of invasive breast cancer in a patient comprising; a) obtaining a whole blood sample from said patient; b) isolating a peripheral blood mononuclear cell (PBMC) fraction from said whole blood sample; c) isolating and measuring the levels of BC200 RNA present in said PBMC fraction relative to predetermined levels observed in i) control patients without evidence of disease; wherein said isolated levels are compared with those previously determined in i, patients having levels of circulating BC200 RNA levels which are elevated relative to those observed in i) having an increased risk for the development of aggressive breast cancer. a) obtaining a whole blood sample from said patient; b) isolating a peripheral blood mononuclear cell (PBMC) fraction from said whole blood sample; c) isolating and measuring the levels of BC200 RNA present in said PBMC fraction relative to predetermined levels observed in i) control patients without evidence of disease; i) control patients without evidence of disease;
A method for preparing a decorated dendrimer comprising the step of reacting the surface groups of a dendrimer with ligands to form oxime bonds between the surface groups of the dendrimer and the ligands, the method characterised in that: (i) the surface groups on the dendrimer comprise groups -E 1 -L 1; (ii) the ligands each comprise group -E 2 -L 2; wherein E 1 and E 2 are independently each optional linkers, one of L 1 and L 2 is -C -C CH 3, and one of L 1 and L 2 is -C -CH 2 -O-NH 2; and wherein the reaction is carried out in the presence of an aniline or substituted aniline catalyst at a pH between 4.0 and 6.0. (i) the surface groups on the dendrimer comprise groups -E 1 -L 1; (ii) the ligands each comprise group -E 2 -L 2;
An elongated hollow profile for a WIM (weigh in motion) sensor comprising first and second force-transmission plates arranged parallel to one another as well as a tube arranged between these plates formed integrally with the plates and forming a hollow space wherein two mounts are formed within said hollow space extending away from each plate and arranged opposite of one another and adapted to receive and hold between them a measuring element centrally within the tube under preload, and wherein the tube comprises two tube segments in a mirror-symmetrical arrangement to each other joining the plates and facing the hollow space with their inner wall, characterized in that the wall thickness of each tube segment comprises at least one first thinner region having a local minimum, wherein said wall thickness increases again on both sides of and directly adjacent to this local minimum and wherein said minimum is located closer to the first force-transmission plate.
A canister for processing fuel vapor evaporated from a fuel tank of a vehicle, comprising: first and second chambers divided by a partition plate; an atmosphere port arranged on an upper surface of the first chamber or the second chamber and communicating with the atmosphere; a cap attached on the atmosphere port, the canister characterized in that: a first groove is formed in a portion of the upper surface around the atmosphere port, and at least two second grooves (16a, 16b) are formed in the upper surface, wherein one-side ends thereof are connected to the first groove and the other side ends thereof are extended to a side surface of the canister, the cap has a wall portion, and one of the second grooves is connected to the first groove and another of the second grooves is closed by the wall portion. first and second chambers divided by a partition plate; an atmosphere port arranged on an upper surface of the first chamber or the second chamber and communicating with the atmosphere; a cap attached on the atmosphere port, the canister characterized in that: a first groove is formed in a portion of the upper surface around the atmosphere port, and at least two second grooves (16a, 16b) are formed in the upper surface, wherein one-side ends thereof are connected to the first groove and the other side ends thereof are extended to a side surface of the canister, the cap has a wall portion, and one of the second grooves is connected to the first groove and another of the second grooves is closed by the wall portion. a first groove is formed in a portion of the upper surface around the atmosphere port, and at least two second grooves (16a, 16b) are formed in the upper surface, wherein one-side ends thereof are connected to the first groove and the other side ends thereof are extended to a side surface of the canister, the cap has a wall portion, and one of the second grooves is connected to the first groove and another of the second grooves is closed by the wall portion.
Refrigerator having a carcass and a door, which has an outer wall and an inner wall which are interconnected along longitudinal edges, and a first closing element which is attached to a transverse edge of the outer wall and a transverse edge of the inner wall and which together with the outer wall and the inner wall delimits an insulating intermediate space, wherein the inner wall is designed to be shorter than the outer wall in the longitudinal direction and said difference in length between the inner wall and the outer wall is bridged by the first closing element, wherein the outer wall extends upwards over the inner wall such that it practically completely covers the carcass and that an all-round seal extends along the outer edge of the inner wall, characterised in that a control and/or display panel is fixed to the carcass at the height of the first closing element.
A confocal optical scanner comprising: a plurality of condenser elements each configured to concentrate illumination light to be applied on a sample to produce fluorescence from the sample; a plurality of optical scanning units including a plurality of openings each configured to allow the illumination light concentrated by a respective one of the plurality of condenser elements to pass through the opening, the optical scanning units each configured to scan the sample with the illumination light that has passed through the opening and a moving mechanism configured to move the optical scanning units to select one of the optical scanning units; characterized by an incident-angle adjusting part configured to adjust an incident angle of the illumination light incident on the optical scanning unit selected from the optical scanning units according to the selected optical scanning unit; a plurality of reflective mirrors, wherein a reflective mirror is provided for each of the optical scanning units and configured to reflect the illumination light to the optical scanning unit; and a plurality of mirror adjusting parts, wherein a mirror adjusting part is provided for each of the optical scanning units as the incident-angle adjusting part, and wherein the mirror adjusting parts are configured to independently adjust angles of the reflective mirrors of the optical scanning units. a plurality of condenser elements each configured to concentrate illumination light to be applied on a sample to produce fluorescence from the sample; a plurality of optical scanning units including a plurality of openings each configured to allow the illumination light concentrated by a respective one of the plurality of condenser elements to pass through the opening, the optical scanning units each configured to scan the sample with the illumination light that has passed through the opening and a moving mechanism configured to move the optical scanning units to select one of the optical scanning units; characterized by an incident-angle adjusting part configured to adjust an incident angle of the illumination light incident on the optical scanning unit selected from the optical scanning units according to the selected optical scanning unit; a plurality of reflective mirrors, wherein a reflective mirror is provided for each of the optical scanning units and configured to reflect the illumination light to the optical scanning unit; and a plurality of mirror adjusting parts, wherein a mirror adjusting part is provided for each of the optical scanning units as the incident-angle adjusting part, and wherein the mirror adjusting parts are configured to independently adjust angles of the reflective mirrors of the optical scanning units.
A battery pack comprising: a plurality of battery modules; a pack refrigerant tube assembly disposed between the battery modules facing each other among the plurality of battery modules; a pack refrigerant tube lower cover for covering the lower part of the pack refrigerant tube assembly; a module tray located at the lower side of the pack refrigerant tube lower cover; and a lower housing located at the lower side of the module tray, wherein a lower cover opening is formed in the pack refrigerant tube lower cover, and the lower cover opening is connected to a space formed between the module tray and the lower housing. a plurality of battery modules; a pack refrigerant tube assembly disposed between the battery modules facing each other among the plurality of battery modules; a pack refrigerant tube lower cover for covering the lower part of the pack refrigerant tube assembly; a module tray located at the lower side of the pack refrigerant tube lower cover; and a lower housing located at the lower side of the module tray, wherein a lower cover opening is formed in the pack refrigerant tube lower cover, and the lower cover opening is connected to a space formed between the module tray and the lower housing.
An article comprising a metal surface provided with a glass-, glass-ceramic- or ceramic-type protective layer, wherein the protective layer comprises a base layer comprising a matrix of an alkali and/or alkaline earth silicate and a top layer which is free of alkali metals and alkaline earth metals and comprises a matrix of an oxidic silicon compound, wherein the base layer has a layer thickness of 1 to 20 μm, characterized in that the base layer contains one or more pigments selected from an oxide of one or more elements selected from Al, Sn, Y, Ce, Ti, Zr, Fe, Co, Ni, Cu, Zn, Nb and Ta.
A disposable assembly, made up of a syringe, a pressure-transducer, a tubing set for connection to a needle, and an identification connector for use in conjunction with a computer-controlled drug delivery instrument, wherein the connector has the ability to provide a unique connection and/or electrical circuit connection and/or required data information transfer prior to use, and wherein in use the connector electronically connects the pressure transducer, which is an in-line electronic transducer, to the computer-controlled drug delivery instrument via an external data cable from the transducer and a second cable leading to a jack that can be is plugged into the instrument, wherein the connector comprises a first mating part and a second mating part that plug together and the external data cable connects the transducer to the first mating part and the second cable connects the second mating part to the jack, and wherein the connector comprises an authorization system which is a coded circuit that is electrically connected in use to the drive unit of the instrument by the second cable, and which is read by an authorization program or circuit in the instrument, and wherein the coded circuit is also coded for a one-use function whereby the authorization program or circuit in in the instrument will detect if a specific disposable set-up has been previously used, such that the connector ensures that only authorized, correctly configured, correctly sized and sterilized disposables assemblies are used with the computer-controlled drug delivery instrument wherein the disposable assembly is an authorized single-use, bonded disposable set in which the syringe, pressure transducer, the tubing set and the first mating part of the identification connector are permanently bonder together. a syringe, a pressure-transducer, a tubing set for connection to a needle, and an identification connector for use in conjunction with a computer-controlled drug delivery instrument,
Multiple antenna system comprising at least two radiating elements (110, 120), a first electromagnetic-coupling neutralisation line connecting together the at least two radiating elements (110, 120), at least one radio-frequency, RF, supply line (211, 221) for each radiating element (110, 120), the antenna system further comprising: - at least one second electromagnetic-coupling neutralisation line (230, 731, 733) connecting together said at least two radiating elements (110, 120); and - elements (245 and 246) for activating at least some of the neutralisation lines (130, 230, 731, 733), - at least one first short-circuit line connecting one of the two radiating elements (110, 120) to an earth plane of the antenna system, - at least one second short-circuit line connecting the other one of the two radiating elements (110, 120) to the earth plane of the antenna system, and - elements (241 to 244) activating at least some of the short-circuit lines (212, 222), the activation elements (241 to 246) are configured so as to selectively activate or deactivate at least some of the neutralisation lines (130, 230, 731, 733) and of the short-circuit lines (212, 222) so that, according to the activation/deactivation thereof, the neutralisation lines (130, 230, 731, 733) and short-circuit lines (212, 222) provide maximum neutralisation of the electromagnetic coupling of the radiating elements (110, 120) for a plurality of frequencies. - at least one second electromagnetic-coupling neutralisation line (230, 731, 733) connecting together said at least two radiating elements (110, 120); and - elements (245 and 246) for activating at least some of the neutralisation lines (130, 230, 731, 733), - at least one first short-circuit line connecting one of the two radiating elements (110, 120) to an earth plane of the antenna system, - at least one second short-circuit line connecting the other one of the two radiating elements (110, 120) to the earth plane of the antenna system, and - elements (241 to 244) activating at least some of the short-circuit lines (212, 222),
An oral care composition for improving the health of an oral cavity wherein the composition is to be held in an oral cavity, the oral care composition comprising, in terms of % by mass relative to the total mass of the composition, phosphoryl oligosaccharides of calcium: 1% to less than 30% and lactoferrin: 0.01 to 10%.
A therapeutically effective agent comprising a phthalocyanine dye IRDye® 700DX conjugated to a probe that specifically binds to a cell in a subject and is selected from the group consisting of a peptide, or small molecule, wherein the probe has a molecular weight of less than 10 kDa, for use in inducing cytotoxicity and cell death by apoptosis in the subject having a disease or condition, by (a) administering to the subject the therapeutically effective agent; and (b) irradiating said cell with an excitation light, wherein the excitation light has a wavelength of 660 to 740 nm. (a) administering to the subject the therapeutically effective agent; and (b) irradiating said cell with an excitation light, wherein the excitation light has a wavelength of 660 to 740 nm.