mhurhangee/ep-ind-claims huggingface dataset:
A nasal delivery device for delivering substance to a nasal cavity of a subject, the delivery device comprising: a housing; a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece through which the subject in use exhales; and a substance supply unit, which includes an actuation member which extends from one end of the housing and is manually actuated to deliver substance to the nasal cavity of the subject; wherein the housing includes a main body section, from one, base end of which extends the actuation member of the substance supply unit, and a grip section, which is disposed at the one end of the main body section, the grip section comprising a first, distal part which includes first and second projecting grip elements (29a, 29b) by which the subject grips the housing in actuating the actuation member of the substance supply unit, and a second, proximal part which provides a recess in which fingers of the subject are located; characterized in that the first and second projecting grip elements (29a, 29b) project to opposite sides of the housing, with no intermediate grip elements, and provision of the recess adjacent the grip elements (29a, 29b) promotes proper orientation of the delivery device in a hand of the subject, wherein the first and second projecting grip elements (29a, 29b) are aligned on an axis common with that of the mouthpiece. a housing; a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece through which the subject in use exhales; and a substance supply unit, which includes an actuation member which extends from one end of the housing and is manually actuated to deliver substance to the nasal cavity of the subject; wherein the housing includes a main body section, from one, base end of which extends the actuation member of the substance supply unit, and a grip section, which is disposed at the one end of the main body section, the grip section comprising a first, distal part which includes first and second projecting grip elements (29a, 29b) by which the subject grips the housing in actuating the actuation member of the substance supply unit, and a second, proximal part which provides a recess in which fingers of the subject are located; characterized in that the first and second projecting grip elements (29a, 29b) project to opposite sides of the housing, with no intermediate grip elements, and provision of the recess adjacent the grip elements (29a, 29b) promotes proper orientation of the delivery device in a hand of the subject, wherein the first and second projecting grip elements (29a, 29b) are aligned on an axis common with that of the mouthpiece.
Method for determining the value of a characteristic variable (U1dc, U2dc) of a system for supplying a load, comprising M converter(s) for converting a direct current into another direct current and connected in series to the terminals of the load on one side and to the output of a direct current supply on the other, wherein M is greater than or equal to 1, and at least one storage capacitor mounted in parallel to the converter(s) on the side opposite the load, characterised in that it comprises the following steps: - measuring, with a first high resolution, a plurality of values of a first characteristic variable (Ic); - measuring, with a low resolution, a value of a second characteristic variable (U1dc, U2dc); and - determining, with a second high resolution, a value for the second characteristic variable (U1dc, U2dc) based on the plurality of values, measured with the first high resolution, of the first characteristic variable (Ic) and from the value, measured with the low resolution, of the second characteristic variable (U1dc, U2dc), wherein the first and second high resolutions are at least 10 times greater than the low resolution. - measuring, with a first high resolution, a plurality of values of a first characteristic variable (Ic); - measuring, with a low resolution, a value of a second characteristic variable (U1dc, U2dc); and - determining, with a second high resolution, a value for the second characteristic variable (U1dc, U2dc) based on the plurality of values, measured with the first high resolution, of the first characteristic variable (Ic) and from the value, measured with the low resolution, of the second characteristic variable (U1dc, U2dc), wherein the first and second high resolutions are at least 10 times greater than the low resolution.
Process for converting silicon tetrachloride to trichlorosilane, by introducing reactant gas comprising silicon tetrachloride and hydrogen into a reaction zone of a reactor in which the temperature is 1200-1600°C, wherein the reaction zone is heated by a heater located outside the reaction zone and the product gas comprising trichlorosilane which forms is then cooled, with the proviso that it is cooled to a temperature of 700-900°C within 0.1-35 ms, wherein the reactant gas is heated by the product gas by means of a heat exchanger working in countercurrent, wherein reactor and heat exchanger form a single, gas-tight component, wherein the component consists of one or more ceramic materials selected from the group consisting of silicon carbide, silicon nitride, graphite, SiC-coated graphite and quartz glass, characterized in that the hydrodynamic residence time of reactant gas in the reaction zone is 2.8-20 ms.
Fixed flange comprising a layer composite having at least one gate mark manufactured in the sandwich injection moulding method, comprising a core layer, at least in certain regions, which preferably consists of an in particular fibre-reinforced thermoplastic material, and at least one cover layer which covers the core layer and consists of a thermoplastic material, wherein the core layer has a higher mechanical strength compared with the cover layer, comprising a flange collar and a weld connection forming at least one joint surface, wherein the fixed flange substantially consists of the cover layer in the region of the joint surface which can be plasticized for welding and substantially consists of the layer composite in the region of its flange collar,wherein the gate mark of the layer composite is provided outside the liquid-carrying portion of the fixed flange, characterized in that the gate mark is located in the area of the sealing surface on the flange collar.
A fastening device (100, 100a), which is for fastening and loosening a lace, characterized in that the fastening device (100, 100a) consists of a case (200, 200a), a spool (300, 300a, 300b), a knob (500, 500a) and a locking unit (400, 400a), wherein: the case (200, 200a) comprises a mounted portion; the spool (300, 300a, 300b) is disposed at the case (200, 200a), and the lace is wound around the spool (300, 300a, 300b); the knob (500, 500a) comprises an engaged portion configured for engaging with the mounted portion of the case (200, 200a), such that the knob (500, 500a) is coupled to the case (200, 200a), the engaged portion having one groove structure; and the locking unit (400, 400a) is coupled to the knob (500, 500a) and is driven by the knob (500, 500a); rotating the knob (500, 500a) relative to the case (200, 200a) allows the locking unit (400, 400a) to be driven to switch from a first position to a second position, while the mounted portion is received in the same groove structure defining the engaged portion in both the first and second position, the locking unit (400, 400a) is coupled to the spool (300, 300a, 300b) to prohibit the spool (300, 300a, 300b) from rotating toward a loosening direction when the locking unit (400, 400a) is at the first position, and the spool (300, 300a, 300b) is allowed to be rotated toward the loosening direction when the locking unit (400, 400a) is at the second position. the case (200, 200a) comprises a mounted portion; the spool (300, 300a, 300b) is disposed at the case (200, 200a), and the lace is wound around the spool (300, 300a, 300b); the knob (500, 500a) comprises an engaged portion configured for engaging with the mounted portion of the case (200, 200a), such that the knob (500, 500a) is coupled to the case (200, 200a), the engaged portion having one groove structure; and the locking unit (400, 400a) is coupled to the knob (500, 500a) and is driven by the knob (500, 500a); rotating the knob (500, 500a) relative to the case (200, 200a) allows the locking unit (400, 400a) to be driven to switch from a first position to a second position, while the mounted portion is received in the same groove structure defining the engaged portion in both the first and second position, the locking unit (400, 400a) is coupled to the spool (300, 300a, 300b) to prohibit the spool (300, 300a, 300b) from rotating toward a loosening direction when the locking unit (400, 400a) is at the first position, and the spool (300, 300a, 300b) is allowed to be rotated toward the loosening direction when the locking unit (400, 400a) is at the second position.
A method of determining a sequence of an immune cell receptor, the method comprising: encapsulating immune cells and target cells in microfluidic droplets contained within a microfluidic channel such that at least some of the microfluidic droplets contain at least one immune cell and at least one target cell; determining viability of the target cell after exposure of the target cell to the immune cell; separating the microfluidic droplets on the basis of the viability of the target cell by determining a signaling entity within the droplets, wherein the signaling entity is leaked from the target cell containing therein said signaling entity; and for the microfluidic droplets containing at least one immune cell and at least one non-viable target cell, determining a receptor sequence of the at least one immune cell.
A method of interacting with a graphical user interface on a portable computing device (102; 200-700, 702, 704, 706), comprising: obtaining a first image using an imaging element (104; 208) of the portable computing device, the first image including a facial feature of a user of the portable computing device; obtaining a second image using the imaging element, the second image including the facial feature of the user of the portable computing device; analyzing the obtained first image and second image, with the portable computing device, to determine a change in the position of the facial feature of the user with respect to the portable computing device, wherein said change in the position of the facial feature of the user with respect to the portable computing device comprises a change in relative orientation between the user and the portable computing device, wherein the change in the relative orientation is based at least in part on a determined change in position of the computing device; and altering information displayed within the graphical user interface based at least in part on the determined change, wherein the information displayed within the graphical user interface excludes a representation of either or both of the obtained first and second images. obtaining a first image using an imaging element (104; 208) of the portable computing device, the first image including a facial feature of a user of the portable computing device; obtaining a second image using the imaging element, the second image including the facial feature of the user of the portable computing device; analyzing the obtained first image and second image, with the portable computing device, to determine a change in the position of the facial feature of the user with respect to the portable computing device, wherein said change in the position of the facial feature of the user with respect to the portable computing device comprises a change in relative orientation between the user and the portable computing device, wherein the change in the relative orientation is based at least in part on a determined change in position of the computing device; and altering information displayed within the graphical user interface based at least in part on the determined change, wherein the information displayed within the graphical user interface excludes a representation of either or both of the obtained first and second images.
A method for auto-tuning a combustion system of a gas turbine, the method comprising: selecting a first tuning curve from a set of turning curves for the gas turbine; unbalancing a stable operating point of the gas turbine by modifying one or more operational parameters based on a predefined recipe; determining tuning parameters and storing them while a current operating point of the gas turbine is brought back on the first tuning curve; and generating a backup of tuning parameters to recover the stable operating point. selecting a first tuning curve from a set of turning curves for the gas turbine; unbalancing a stable operating point of the gas turbine by modifying one or more operational parameters based on a predefined recipe; determining tuning parameters and storing them while a current operating point of the gas turbine is brought back on the first tuning curve; and generating a backup of tuning parameters to recover the stable operating point.
Apparatus for use by a controller configured to control an operation of an electromagnetic brake system using at least one brake coil, wherein the electromagnetic brake system is part of an elevator system, wherein the electromagnetic brake system is installed in an elevator machinery or an elevator car of the elevator system, the apparatus comprising means configured to obtain a resistance value of the at least one brake coil, means configured to detect an electric current flowing through the at least one brake coil, characterized in that the apparatus further comprises: means configured to calculate a transient overload energy for the at least one brake coil, the transient overload energy representing an amount of energy dissipating in excess of a continuous limit amount of energy which the at least one brake coil is able to dissipate without exceeding a preset temperature, means configured to determine whether the transient overload energy being calculated is equal to or greater than a predetermined threshold, and means configured to, in case it is determined that the transient overload energy being calculated is equal to or greater than the predetermined threshold, trigger an overheat protection function for reducing the temperature of the at least one brake coil. means configured to obtain a resistance value of the at least one brake coil, means configured to detect an electric current flowing through the at least one brake coil, means configured to calculate a transient overload energy for the at least one brake coil, the transient overload energy representing an amount of energy dissipating in excess of a continuous limit amount of energy which the at least one brake coil is able to dissipate without exceeding a preset temperature, means configured to determine whether the transient overload energy being calculated is equal to or greater than a predetermined threshold, and means configured to, in case it is determined that the transient overload energy being calculated is equal to or greater than the predetermined threshold, trigger an overheat protection function for reducing the temperature of the at least one brake coil.
A gazing unit with at least one optical element (301; 401; 501; 701) having a plurality of perforations and a non-perforated area, where the non- perforated area prevents penetration of light, and where the perforations have a depth/width ratio that allows for passage of light with given angles of incidence, while light having other angles of incidence is unable to pass though the perforations, which provides a shading effect, characterized in that the glazing unit is an insulated glazing unit and that the at least one optical element (301; 401; 501; 701) is integrated inside the insulated glazing unit which is mountable in a building and comprises at least two glass panes (511, 513; 702, 713), wherein the optical element is arranged between the two glass panes by means of an adhesive, and where the adhesive is substantially not present in the perforations of the optical element.
A VAP-1 inhibitor, which is a fully human anti-VAP-1 antibody comprising one to three CDR consensus sequences selected from a group consisting of SEQ ID NOs 1 to 3 and/or a light chain polypeptide comprising one to three CDR consensus sequences selected from a group consisting of SEQ ID NOs 24 to 26 for use in treating a fibrotic condition.
Mould (10, 12) for receiving food, in particular for baking or cooking, comprising several side walls (34a, 34b, 35a, 35b) and a base, wherein the mould is formed from a flat rectangular mat consisting of a high-temperature-resistant, elastic, flexible silicon rubber or another plastic, said mat comprising at least one base portion and four side wall portions (13a, 13c, 13k, 13f) arranged in parallel with the latter, wherein an in particular linear intended bending region (14a, 14b, 15a, 15b) is arranged between the base portion and, respectively, one side wall portion (13a, 13c, 13k, 13f), along which the side wall portion (13a, 13c, 13k, 13f) can be bent relative to the base portion, and can be displaced from the flat resting position into an upright working position, wherein the mat has corner portions (13d, 13e, 13i, 13j, 13l, 13m, 13g, 13h) in its outer corners, which respectively connect two side wall portions to each other, wherein the corner portions have intended bending regions, wherein the intended bending regions are aligned along straight lines, which sub-divide the respective corner portion into two partial regions, which are approximately the same size and in particular substantially triangular, wherein shape retaining means (17a, 17b, 17c, 17d, 17e, 17f, 17g, 17h, 18a, 18b, 18c, 18d) are provided, using which a side wall portion can respectively be releasably arrested in its working position, wherein the mat has stiffening elements (23a, 23b, 23c, 23d) in the region of the side wall portions (13a, 13c, 13k, 13f), characterised in that the stiffening elements (23a, 23b, 23c, 23d) are formed by strengthening inserts (23a, 23b, 23c, 23d), that the shape retaining means respectively have a locking element (18a, 18b, 18c, 18d) having a locking extension, and respectively two receptacles in the form of receiving grooves (17a, 17b, 17c, 17d, 17e, 17f, 17g, 17h), that the locking extension is respectively arranged on the respective corner portion (13d, 13e, 13i, 13j, 13l, 13m, 13g, 13h), that the receiving grooves (17e, 17f, 17g, 17h) are arranged on the edge of the side wall portions (13a, 13c, 13k, 13f), and that the receiving grooves (17a, 17b, 17c, 17d) are arranged on the edge of the corner portions, and that the corner portions (13d, 13e, 13i, 13j, 13l, 13m, 13g, 13h) and the side wall portions (13a, 13c, 13k, 13f) are designed such that they can be brought into a state in which the respective locking extension can be brought flush with the two associated receiving grooves (17a, 17b, 17c, 17d, 17e, 17f, 17g, 17h), such that the locking extension can respectively be installed in a receiving groove (17e, 17f, 17g, 17h) of the side wall portion and in a receiving groove of the corner portion (17a, 17b, 17c, 17d).
A turbine engine component having an airfoil portion with a pressure side wall, a suction side wall, and a trailing edge, said component comprising: at least one first cooling circuit core embedded within the pressure side wall, each said first cooling circuit core having a first exit for discharging a cooling fluid; and at least one second cooling circuit core embedded within the suction side wall, each said second cooling circuit core having a second exit for discharging a cooling fluid, each of said first and second exits (122, 124) is aligned in a spanwise direction of said airfoil portion; and each said first cooling circuit core converges towards each said second core, wherein each of said first and second cooling circuit cores (114, 116) has a cooling microcircuit, a non-convergent section adjacent said cooling microcircuit, and a convergent section adjacent said non-convergent section, characterised in that the turbine engine component further comprises: a wedge for providing stiffness located between said convergent section of said at least one first cooling circuit core and said convergent section of said at least one second cooling circuit core. at least one first cooling circuit core embedded within the pressure side wall, each said first cooling circuit core having a first exit for discharging a cooling fluid; and at least one second cooling circuit core embedded within the suction side wall, each said second cooling circuit core having a second exit for discharging a cooling fluid, each of said first and second exits (122, 124) is aligned in a spanwise direction of said airfoil portion; and each said first cooling circuit core converges towards each said second core, wherein each of said first and second cooling circuit cores (114, 116) has a cooling microcircuit, a non-convergent section adjacent said cooling microcircuit, and a convergent section adjacent said non-convergent section,
An automatic handling and transport device for printing sleeves comprising: - a holding support for printing sleeves that can be positioned in proximity with a sleeve-bearing shaft, axially co-aligning a printing sleeve axis with said sleeve-bearing shaft or with a centering member of a storage area; - a clamping carriage equipped with gripping means and connected to a motorized carriage for a guided movement of said clamping carriage along said holding support between a gripping position in which said gripping means interact with said printing sleeve to hold it or release it, and a transport position in which said holding support is partly or completely inserted into said printing sleeve, and - a mobile handling unit carrying said holding support and prepared for the spatial orientation and positioning thereof in relation to said sleeve-bearing shaft or in relation to said centering member of a storage area; characterized in that - the holding support has at least one supporting inner core, which is firmly attached by one of its ends to a head of said mobile handling unit; and - the holding support is coupled to said supporting inner core or to the body of said mobile handling unit through adaptable support means, which provide at least a two-dimensional relative movement with respect to the supporting inner core to at least one of the two ends of said holding support. - a holding support for printing sleeves that can be positioned in proximity with a sleeve-bearing shaft, axially co-aligning a printing sleeve axis with said sleeve-bearing shaft or with a centering member of a storage area; - a clamping carriage equipped with gripping means and connected to a motorized carriage for a guided movement of said clamping carriage along said holding support between a gripping position in which said gripping means interact with said printing sleeve to hold it or release it, and a transport position in which said holding support is partly or completely inserted into said printing sleeve, and - a mobile handling unit carrying said holding support and prepared for the spatial orientation and positioning thereof in relation to said sleeve-bearing shaft or in relation to said centering member of a storage area; - the holding support has at least one supporting inner core, which is firmly attached by one of its ends to a head of said mobile handling unit; and - the holding support is coupled to said supporting inner core or to the body of said mobile handling unit through adaptable support means, which provide at least a two-dimensional relative movement with respect to the supporting inner core to at least one of the two ends of said holding support.