mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner comprising: a container delimiting an inner collection volume; a suction unit provided with a motor and an impeller coupled with the motor, the suction unit having at least one inlet port, at an impeller inlet side, and at least one outlet port, at an impeller outlet side; and an air channeling unit, operative between the container and the suction unit, having an intake side facing the inner collection volume, characterized in that the vacuum cleaner further comprises an exhaust unit including: a collection chamber defining a substantially annular airflow volume concentric with said suction unit and positioned around one or more outlet ports of the suction unit to collect air coming from the impeller and convey collected air to an outlet port of the collection chamber, and two opposed exhaust channels, each of the two channels surrounding a respective portion of the collection chamber and having an intake end, in correspondence of the outlet port of said collection chamber, and a respective outlet end, opposed to the intake end to discharge air drawn in by the suction unit. a container delimiting an inner collection volume; a suction unit provided with a motor and an impeller coupled with the motor, the suction unit having at least one inlet port, at an impeller inlet side, and at least one outlet port, at an impeller outlet side; and an air channeling unit, operative between the container and the suction unit, having an intake side facing the inner collection volume, characterized in that a collection chamber defining a substantially annular airflow volume concentric with said suction unit and positioned around one or more outlet ports of the suction unit to collect air coming from the impeller and convey collected air to an outlet port of the collection chamber, and two opposed exhaust channels, each of the two channels surrounding a respective portion of the collection chamber and having an intake end, in correspondence of the outlet port of said collection chamber, and a respective outlet end, opposed to the intake end to discharge air drawn in by the suction unit.
Method for docking a submarine vessel on a submarine docking port, said submarine vessel is provided with a submarine navigation system, said submarine vessel is navigated to a first position at a first distance from the docking port, characterised in that at least one primary coil on the docking port emits a magnetic field, and the submarine vessel is provided with an electronics adapted to measure the strength of the magnetic field received by a second coil on the submarine vessel, a positioning electronics guides the submarine vessel by trial and error in the horizontal plane (X-Y plane) to locate a position where the magnetic field received by the second coil is at a local maximum and the positioning electronics guides the submarine vessel in the vertical direction (Z-direction) until the submarine vessel is correctly docketed onto the docking port.
Comminution apparatus for foodstuffs, having a cutting part and a pivotably mounted actuating part for pushing material to be comminuted through the cutting part, having a lid part for attaching to a receptacle for comminuted material, wherein the lid part has an opening with a passage for comminuted material, and wherein the pivot mounting for the actuating part is arranged above the top side of the lid part, characterized in that all the components of the comminution apparatus are located above the lid part such that the receptacle is completely fillable with cut material.
Method for purification of a monoclonal antibody or a fusion protein between the Fc fragment of an antibody and a second polypeptide, comprising: a) an affinity chromatography step on a resin having a cross-linked methacrylate polymer gel as a matrix, on which protein A is grafted, b) a viral inactivation step, c) a cation-exchange chromatography step on a resin having a cross-linked agarose gel as a matrix, on which sulfonate groups (-SO 3 -) are grafted via dextran-based spacer arms, d) an anion-exchange chromatography step on a hydrophilic polyethersulfone membrane coated with a cross-linked polymer on which quaternary amine groups are grafted, and e) a nanofiltration step with a filter having a polyethersulfone double membrane having a pore size of about 20 nm, characterized in that the elution buffer used in step a) to elute the antibody is a formate buffer used at a molarity of 5 to 10 mM and at a pH of between 2.6 and 3.6. a) an affinity chromatography step on a resin having a cross-linked methacrylate polymer gel as a matrix, on which protein A is grafted, b) a viral inactivation step, c) a cation-exchange chromatography step on a resin having a cross-linked agarose gel as a matrix, on which sulfonate groups (-SO 3 -) are grafted via dextran-based spacer arms, d) an anion-exchange chromatography step on a hydrophilic polyethersulfone membrane coated with a cross-linked polymer on which quaternary amine groups are grafted, and e) a nanofiltration step with a filter having a polyethersulfone double membrane having a pore size of about 20 nm,
An ornament having an ornament body which is provided with a receiving portion; a pivot provided in erect fashion on, and in such manner that only a bottom end portion thereof makes contact with, said receiving portion; a rigid suspending arm portion that protrudes from a top end portion of said pivot; and a jewelry member supported in pendent fashion by a lower portion of said suspending arm portion; wherein said pivot, said suspending arm portion, and the jewelry member supported in pendent fashion by the lower portion of said suspending arm portion are formed in integral fashion; and said pivot is capable of pivoting freely about the bottom end portion thereof as pivot point on said receiving portion, the ornament being characterized in that the pivot is a pivot shaft and in that the receiving portion is provided along a long direction thereof with a groove, a top face of which is open; and the long direction thereof is curved in arcuate half-moon fashion.
A method of paying out a fiber optic cable (22, 122) from a fiber optic enclosure, comprising: rotating a cable spool (37, 137), which includes a fiber optic cable (22, 122) coiled around a spooling portion of the cable spool (37, 137), about an axis of a housing (23, 123) of a fiber optic enclosure until a desired length of fiber optic cable (22, 122) is paid out, the cable spool (37, 137) being disposed in an interior region (33, 130) of the housing (23, 123) and having a termination module (45, 149) disposed on the cable spool (37, 137), the termination module (45, 149) including a plurality of adapters to which fibers of the fiber optic cable (22, 122) are connected; and after the fiber optic cable (22, 122) is paid out, connecting individual connectorized ends of second subscriber cables to the fibers of the fiber optic cable (22, 122), the second subscriber cables exiting the fiber optic enclosure at a port in a side of the housing (23, 123). rotating a cable spool (37, 137), which includes a fiber optic cable (22, 122) coiled around a spooling portion of the cable spool (37, 137), about an axis of a housing (23, 123) of a fiber optic enclosure until a desired length of fiber optic cable (22, 122) is paid out, the cable spool (37, 137) being disposed in an interior region (33, 130) of the housing (23, 123) and having a termination module (45, 149) disposed on the cable spool (37, 137), the termination module (45, 149) including a plurality of adapters to which fibers of the fiber optic cable (22, 122) are connected; and after the fiber optic cable (22, 122) is paid out, connecting individual connectorized ends of second subscriber cables to the fibers of the fiber optic cable (22, 122), the second subscriber cables exiting the fiber optic enclosure at a port in a side of the housing (23, 123).
A drum-type washing machine, comprising: a washing tank that rotates while accommodating clothes; an outer tank that mounts the washing tank; a driving unit that drives the washing tank; a water level sensing unit that senses a water level in the outer tank; and a controller that controls the driving unit by determining the water level from an output of the water level sensing unit, wherein the controller performs a washing process including a low-speed stirring process of rotating the washing tank at low speed at which the clothes are not clung to an inner wall of the washing tank and a high-speed rotation process of rotating the washing tank at high speed at which the clothes are clung to the inner wall of the washing tank, and the controller performs the high-speed rotation process when the output of the water level sensing unit becomes a predetermined condition during the low-speed stirring process, characterized in that the controller performs the high-speed rotation process when an extent of change in the output of the water level sensing unit during the low speed process becomes a predetermined value or less indicating that a water absorption of the clothes is saturated. a washing tank that rotates while accommodating clothes; an outer tank that mounts the washing tank; a driving unit that drives the washing tank; a water level sensing unit that senses a water level in the outer tank; and a controller that controls the driving unit by determining the water level from an output of the water level sensing unit, wherein
Folding closure device fit to be associated to the edges of an opening or passage and comprising at least a plurality of elongated elements, each having at least a longitudinal side (5, 7) connected in rotating manner, by means of hinge means (3, 4), to a longitudinal side (5, 7) of an elongated element adjacent and movable between an opening condition of the passage, where said elements are, or are almost, mutually faced and a closing condition of said passage in which the elements are coplanar or almost coplanar; a longitudinal sliding side of each elongated element is associated in sliding manner to at least a guiding means; said device being characterized in that the rotation axes of the first hinge means of the longitudinal sliding sides of the elongated elements define a respective fixed geometric plane and the rotation axes of the second hinge means of the opposite longitudinal sides of said elements define a movable geometric plane more spaced from the guiding means in respect to the fixed geometric plane in any condition, also in closing condition, of the device.
Fuel injection valve for internal combustion engines, having a housing in which there is formed a pressure chamber from which at least one injection opening extends, and having a valve needle which is arranged in the pressure chamber and which, by means of its longitudinal movement, opens and closes the at least one injection opening, wherein a ring-shaped chamber remains between the valve needle and the wall of the pressure chamber at least in sections, which ring-shaped chamber can be charged with fuel at high pressure and through which ring-shaped chamber fuel is conducted in the direction of the injection openings, and having a guide section which is formed in the pressure chamber and in which the valve needle is guided, wherein the valve needle has, in the region of the guide section, a longitudinal bore through which fuel can flow from that part of the pressure chamber which is situated upstream of the guide section into that part of the pressure chamber which is situated downstream, wherein a throttle point is formed within the longitudinal bore, characterized in that the valve needle is of modular construction and has a first valve needle part and a second valve needle part, between which there is arranged a throttle piece which has the throttle point.
Liquid collection device (DCj) for evaporation and/or absorption equipment of an air conditioning system, that device consisting of (i) a tank (RLj) equipped with an initial inlet, receiving liquid from the said evaporation and/or absorption equipment, and an initial outlet, and (ii) a pump (e) P1j) fitted with a second inlet, coupled with the said first outlet to suck liquid contained in the said tank (RLj), and a second outlet to evacuate the said liquid at a selected flow rate, characterized by the fact that the said pump (P1j) is bound together with the reservoir (RLj) having its second inlet communicating directly with the said first outlet, and in so far as the said tank (RLj) also includes at least a partially integrated duct with a third inlet, communicating with the said second outlet in order to receive the evacuated liquid, and a third outlet, to transfer the latter to an equipment (EE, CC) of the said air conditioning system.
Method for the recognition of a peripheral by a host, comprising: - a step of detecting the connection of a USB connector of the peripheral into a USB port of the host, - a step of reception by the host of a main set (α 1) of settings and of an alternative set (α 2) of settings transmitted by the peripheral, - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the main set (α 1), - if the peripheral is able to communicate with the host with the settings of the main set (α 1), a step of loading conventional execution software allowing the host to communicate with the peripheral on the basis of the settings of the main set (α 1), or - otherwise: - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2), characterized in that at least a first of the settings of the main set (α 1) is impracticable regardless of the host, such that the host considers that it is not able to communicate with the peripheral on the basis of the settings of the main set (α 1). - a step of detecting the connection of a USB connector of the peripheral into a USB port of the host, - a step of reception by the host of a main set (α 1) of settings and of an alternative set (α 2) of settings transmitted by the peripheral, - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the main set (α 1), - if the peripheral is able to communicate with the host with the settings of the main set (α 1), a step of loading conventional execution software allowing the host to communicate with the peripheral on the basis of the settings of the main set (α 1), or - otherwise: - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2), characterized in that at least a first of the settings of the main set (α 1) is impracticable regardless of the host, such that the host considers that it is not able to communicate with the peripheral on the basis of the settings of the main set (α 1). - a step of checking by the host of its ability to communicate with the peripheral taking into account the settings of the alternative set (α 2), then, - if the peripheral is able to communicate with the host with the settings of the alternative set (α 2), a step of loading third-party execution software allowing the host to communicate with the peripheral on the basis of the settings of the alternative set (α 2),
A method of preparing T-cells for immunotherapy comprising the steps of: (a) Genetically modifying T-cells by introduction into the cells and/or expression in the cells of at least: - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, wherein said RNA-guided endonuclease is expressed from transfected mRNA, and said guide RNA is expressed in the cells as a transcript from a DNA vector; (b) expanding the resulting cells in vitro. (a) Genetically modifying T-cells by introduction into the cells and/or expression in the cells of at least: - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, wherein said RNA-guided endonuclease is expressed from transfected mRNA, and said guide RNA is expressed in the cells as a transcript from a DNA vector; - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, (b) expanding the resulting cells in vitro.
Coupling device, comprising: - a base element, in particular adapted to be connected to an apparatus, - a receiving element adapted to receive an object, - a coupling unit comprising first support means and first magnetic coupling means disposed on the base element and second support means and second magnetic coupling means disposed on the receiving element, wherein the first and second support means (30', 30) define a plurality of, in particular three, discrete support segments of the base element and the receiving element in a coupled state of the coupling device, wherein the first and second magnetic coupling means (18, 18') cooperate magnetically to create a force assisting the coupling between the receiving element and the base element, characterized in that the coupling unit comprises first fixation means (38a, 38b) disposed on the base element and second fixation means (48a, 48b) disposed on the receiving element, wherein the first and second fixation means (38a, 38b, 48a, 48b) comprise clamping or tensioning means that are adapted to exert a force to releasably fix the receiving element to the base element. - a base element, in particular adapted to be connected to an apparatus, - a receiving element adapted to receive an object, - a coupling unit comprising first support means and first magnetic coupling means disposed on the base element and second support means and second magnetic coupling means disposed on the receiving element,
A tire contour measurement data correction method in a tire visual inspection device, the method comprising the steps of: measuring surface shapes of a sidewall along a radial direction of a tire at every predetermined rotation angle around a rotation center of the tire to generate tire contour measurement data; dividing the distance between an end portion of the sidewall on the shoulder side and an end portion of the sidewall on the rim side of each of the surface shapes by a predetermined ratio into sections and calculating an approximate straight line approximating each of the surface shapes measured in the measuring step on the tire contour measurement data for each section obtained; and rotation processing data of the surface shape of each section measured in the measuring step so that an inclination angle with respect to the radial direction of the tire of each approximate straight line calculated in the step of calculating the approximate straight line agrees with a predetermined angle determined for each section so as to correct contour deformations caused by deflection on the end portion of the sidewall on the shoulder side and the end portion of the sidewall on the rim side. measuring surface shapes of a sidewall along a radial direction of a tire at every predetermined rotation angle around a rotation center of the tire to generate tire contour measurement data; dividing the distance between an end portion of the sidewall on the shoulder side and an end portion of the sidewall on the rim side of each of the surface shapes by a predetermined ratio into sections and calculating an approximate straight line approximating each of the surface shapes measured in the measuring step on the tire contour measurement data for each section obtained; and rotation processing data of the surface shape of each section measured in the measuring step so that an inclination angle with respect to the radial direction of the tire of each approximate straight line calculated in the step of calculating the approximate straight line agrees with a predetermined angle determined for each section so as to correct contour deformations caused by deflection on the end portion of the sidewall on the shoulder side and the end portion of the sidewall on the rim side.
A method in a proxy call session control function, P-CSCF, of a visited PLMN, which does not have SIP interconnect with a user equipment's home network, of handling an unauthenticated emergency call originating from the roaming user equipment, UE, which is not attached to the P-CSCF, the method comprising: receiving a SIP INVITE request from the UE, the INVITE request relating to the unauthenticated emergency call; determining an IP address of the UE; sending an identity query to a policy and charging rules function, PCRF, of the visited PLMN indicating the IP address of the UE and requesting other identifiers of the UE; receiving one or more other identifiers of the UE from the PCRF; constructing a TEL and/or SIP uniform resource identifier, URI, for the UE on the basis of at least one of said other identifiers; inserting the TEL and/or SIP URI into the SIP INVITE request; sending the SIP INVITE request towards a public safety answering point, PSAP. receiving a SIP INVITE request from the UE, the INVITE request relating to the unauthenticated emergency call; determining an IP address of the UE; sending an identity query to a policy and charging rules function, PCRF, of the visited PLMN indicating the IP address of the UE and requesting other identifiers of the UE; receiving one or more other identifiers of the UE from the PCRF; constructing a TEL and/or SIP uniform resource identifier, URI, for the UE on the basis of at least one of said other identifiers; inserting the TEL and/or SIP URI into the SIP INVITE request; sending the SIP INVITE request towards a public safety answering point, PSAP.
A microstructured noble metal nanostructure having a multidimensional structure of nanometer size comprising primary particles synthesized, without the use of a template, through the dissolution and reprecipitation of a noble metal parent material which constitutes an electrode used in an electrochemical reaction that employs a solid electrolyte and a molten nitrate salt, wherein: 1) the microstructured noble metal nanostructure comprises particles with diameters of 1 to 15 nm; 2) the multidimensional structure has a fine wire shape having a wire diameter of 5 to 200 nm, or a protruded structure or convex-and-concave structure having a surface roughness of 5 to 200 nm, or a spherical structure having a diameter of 5 to 200 nm; and 3) the multidimensional structure of nanometer size is formed in a self-supporting state; and wherein the noble metal parent material has been dissolved and reprecipitated by the electrochemical reaction. 1) the microstructured noble metal nanostructure comprises particles with diameters of 1 to 15 nm; 2) the multidimensional structure has a fine wire shape having a wire diameter of 5 to 200 nm, or a protruded structure or convex-and-concave structure having a surface roughness of 5 to 200 nm, or a spherical structure having a diameter of 5 to 200 nm; and 3) the multidimensional structure of nanometer size is formed in a self-supporting state; and