mhurhangee/patent-ind-claim-en huggingface dataset:
A spoke wheel comprising: a light alloy rim with bead seat portions ; a hub ; and a plurality of wire spokes connecting the rim with the hub , wherein the rim includes two mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1) provided at asymmetrical positions with respect to a widthwise center (O-O) of the rim and is connected with the hub by assembling the spokes to the mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1), wherein the two mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1) are located at widthwise positions distant differently from the widthwise center (O-O) of the rim , wherein the spokes are disposed by being offset to the widthwise center (O-O) of the rim , wherein one of the two mounting flanges is an inner flange projecting in an inner diametric direction from an inner diametric surface of the rim ; characterized in that the other one of the two mounting flanges is one of a pair of outer flanges supporting an outer side of a tire, or a projecting portion projecting on extension lines of the bead seat portions on outside sides of the right and left outer flanges ; or a projecting portion projecting in the inner diametric direction of the outer flanges and projecting in the inner diametric side. a light alloy rim with bead seat portions ; a hub ; and a plurality of wire spokes connecting the rim with the hub , wherein the rim includes two mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1) provided at asymmetrical positions with respect to a widthwise center (O-O) of the rim and is connected with the hub by assembling the spokes to the mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1), wherein the two mounting flanges (12a, 12g; 12a, 12g1; 12g, 12i; 12i, 12g1; 12k, 12g; 12k, 12g1) are located at widthwise positions distant differently from the widthwise center (O-O) of the rim , wherein the spokes are disposed by being offset to the widthwise center (O-O) of the rim , wherein one of the two mounting flanges is an inner flange projecting in an inner diametric direction from an inner diametric surface of the rim ; characterized in that the other one of the two mounting flanges is one of a pair of outer flanges supporting an outer side of a tire, or a projecting portion projecting on extension lines of the bead seat portions on outside sides of the right and left outer flanges ; or a projecting portion projecting in the inner diametric direction of the outer flanges and projecting in the inner diametric side.
A scrubbing wipe comprising: a scrim comprising a plurality of filaments ; and a formed film which comprises a polymer web which is attached to the scrim, wherein between 50-100% of the filaments of the scrim are coated by the polymer web so that at least 50% of the circumferences of the coated filaments are encompassed by the polymer web, the formed film comprises a plurality of apertured extended cells extending away from the scrim, wherein sidewalls of the apertured extended cells form scrubbing pockets with the filaments of the scrim, and wherein at least some of the sidewalls of the apertured extended cells extend in a direction normal to a plane containing the scrim, and wherein at least some of the sidewalls of the apertured extended cells extend in a direction angled relative to normal to the plane containing the scrim. a scrim comprising a plurality of filaments ; and a formed film which comprises a polymer web which is attached to the scrim, wherein between 50-100% of the filaments of the scrim are coated by the polymer web so that at least 50% of the circumferences of the coated filaments are encompassed by the polymer web, the formed film comprises a plurality of apertured extended cells extending away from the scrim, wherein sidewalls of the apertured extended cells form scrubbing pockets with the filaments of the scrim, and wherein at least some of the sidewalls of the apertured extended cells extend in a direction normal to a plane containing the scrim, and wherein at least some of the sidewalls of the apertured extended cells extend in a direction angled relative to normal to the plane containing the scrim.
Electrical energy storage and production system in a marine environment by gravity, where at least one ballast is lowered and raised between a high position and a low position thanks to at least one cable connected to a surface-floating element , such as a barge or a platform, whereby the system includes a generator/engine that triggers or is triggered by said cable, characterized in that said ballasts may be stabilized in high position at a specified depth when secured together with a partially floating element at said depth, said element being connected through a retaining cable to a secondary surface-floating element that is equipped with means to change the length of said cable , whereby the partially floating element includes a volume of compressible gas according to the environmental pressure.
Method for increasing the share of automated driving for an at least partly automated vehicle, in which the conditions for automated driving are monitored, a termination of the automated driving as a result of manual vehicle guidance being predicted by means of a model if conditions are fulfilled for automated driving, characterized in that in the event of a predicted takeover by the driver, information is output to the driver informing the driver that the automated driving has the driving situation reliably under control.
A composition comprising squalane in an amount by weight of 90% to 99%; and mineral oil or mixture of mineral oils in an amount by weight of 1% to 10%, the composition being effectively devoid of water, preservatives, emulsifiers and dispersing agents, for use as ophthalmic medicament or as a carrier or delivery vehicle for a pharmaceutical therapeutic agent in a ophthalmic medicament.
Process for the catalytic hydrogenation of vegetable oils in which the oil is placed in contact with molecular hydrogen in the presence of a supported metal catalyst, characterised in that the said catalyst is of the egg-shell type and that the process is carried out at a temperature of less than or equal to 50°C.
A method for producing a hydrogen-containing composition comprising the steps of: pumping a carrier liquid into at least one process tank; extracting gasses from the carrier liquid using a vacuum pump; agitating the carrier liquid; reducing a temperature of the carrier liquid within a range of 0° C to 20°C; pumping the chilled, agitated, degassed carrier liquid into a hydrogen reactor tank, the hydrogen reactor tank containing hydrogen gas, wherein the step of pumping the chilled, agitated, degassed carrier liquid into the hydrogen reactor tank containing hydrogen gas causes the hydrogen reactor tank to become pressurized by compressing the hydrogen gas in a head space of the hydrogen reactor tank; drawing the compressed hydrogen gas from the head space of the hydrogen reactor tank into an eductor tube; and pumping the carrier liquid through the eductor tube within the pressurized hydrogen reactor tank, the eductor tube being an array of filters that mixes the hydrogen gas with the carrier liquid by transferring the compressed hydrogen gas to the carrier liquid through bubbles created by the eductor tube, wherein a concentration of the hydrogen gas in the carrier liquid within the hydrogen reactor tank is in a range of 3 ppm to 10 ppm. pumping a carrier liquid into at least one process tank; extracting gasses from the carrier liquid using a vacuum pump; agitating the carrier liquid; reducing a temperature of the carrier liquid within a range of 0° C to 20°C; pumping the chilled, agitated, degassed carrier liquid into a hydrogen reactor tank, the hydrogen reactor tank containing hydrogen gas, wherein the step of pumping the chilled, agitated, degassed carrier liquid into the hydrogen reactor tank containing hydrogen gas causes the hydrogen reactor tank to become pressurized by compressing the hydrogen gas in a head space of the hydrogen reactor tank; drawing the compressed hydrogen gas from the head space of the hydrogen reactor tank into an eductor tube; and pumping the carrier liquid through the eductor tube within the pressurized hydrogen reactor tank, the eductor tube being an array of filters that mixes the hydrogen gas with the carrier liquid by transferring the compressed hydrogen gas to the carrier liquid through bubbles created by the eductor tube, wherein a concentration of the hydrogen gas in the carrier liquid within the hydrogen reactor tank is in a range of 3 ppm to 10 ppm.
Belt frame for a vehicle seat or a vehicle seat bench, wherein attachment means for attaching to a structure of a vehicle in the region of a vehicle floor are present on the belt frame , wherein the belt frame comprises a restraint member , wherein the restraint member is arranged on the belt frame at a vertical distance from the attachment means for attaching the belt frame to the structure of the vehicle , and wherein the restraint member is designed to be arranged at a holding point of the structure of the vehicle , wherein, in the state of the belt frame arranged on the vehicle , the holding point is present in a region behind a rear side of the belt frame with respect to a direction of travel F, characterized in that the restraint member is mounted at a mounting point of the belt frame , wherein the mounting point is present on the belt frame in a range of 100 mm to 650 mm starting from an erecting surface of the belt frame for erecting on the vehicle floor as seen in a vertical extent of the belt frame upwards, wherein the restraint member is present in such a manner that a deformation of the belt frame , which is arranged on the structure of a vehicle , can be predetermined in the event of loading.
A compliant assembly comprising: an airfoil ; and a platform section from which the airfoil extends, the platform section including a compliant attachment (70;170;270) configured to secure the platform section to another structure different than the airfoil to compliantly restrain movement of the platform section relative to said another structure, the compliant attachment (70;170;270) including a bracket (172;272) and a compliant material , wherein the compliant material is a non-metal, wherein the bracket defines a cavity therein, and the compliant material being disposed in the cavity , characterised in that : a tab extends into the cavity such that a portion of the tab is embedded in the compliant material , the tab extending from the platform section and being located on a first side of the platform section , the airfoil extending substantially from a second, opposite side of the platform section, the tab includes a protrusion that is located outside of the cavity and that extends from a base where the tab connects to the platform section , the protrusion projecting adjacent the bracket (172;272) and being spaced from the bracket by defining a gap (G), the protrusion acting as a stop to limit movement of the tab and of the platform section relative to the bracket (172;272) by an amount equal to the size of the gap (G), the bracket being rigidly secured to said another structure. an airfoil ; and a platform section from which the airfoil extends, the platform section including a compliant attachment (70;170;270) configured to secure the platform section to another structure different than the airfoil to compliantly restrain movement of the platform section relative to said another structure, the compliant attachment (70;170;270) including a bracket (172;272) and a compliant material , wherein the compliant material is a non-metal, wherein the bracket defines a cavity therein, and the compliant material being disposed in the cavity , characterised in that : a tab extends into the cavity such that a portion of the tab is embedded in the compliant material , the tab extending from the platform section and being located on a first side of the platform section , the airfoil extending substantially from a second, opposite side of the platform section, the tab includes a protrusion that is located outside of the cavity and that extends from a base where the tab connects to the platform section , the protrusion projecting adjacent the bracket (172;272) and being spaced from the bracket by defining a gap (G), the protrusion acting as a stop to limit movement of the tab and of the platform section relative to the bracket (172;272) by an amount equal to the size of the gap (G), the bracket being rigidly secured to said another structure.
An apparatus comprising: - a signal interface for receiving a signal indicative of cardiac motion and measured with an accelerometer for measuring cardiac accelerations or a gyroscope for measuring cardiac angular rotations, and - a processing system coupled to the signal interface, wherein the processing system is configured to: - extract, from the signal, temporal portions which belong to diastolic phases of a heart so that the extracted temporal portions of the signal represent end-parts of the diastolic phases, each end-part covering at most 50 % of the corresponding diastolic phase, - form an indicator quantity indicative of energy of the extracted temporal portions of the signal belonging to the diastolic phases, and - set an output signal of the apparatus to express presence of a heart failure with preserved ejection fraction "HFpEF" in response to a situation in which the indicator quantity exceeds a threshold value. - a signal interface for receiving a signal indicative of cardiac motion and measured with an accelerometer for measuring cardiac accelerations or a gyroscope for measuring cardiac angular rotations, and - a processing system coupled to the signal interface, - extract, from the signal, temporal portions which belong to diastolic phases of a heart so that the extracted temporal portions of the signal represent end-parts of the diastolic phases, each end-part covering at most 50 % of the corresponding diastolic phase, - form an indicator quantity indicative of energy of the extracted temporal portions of the signal belonging to the diastolic phases, and - set an output signal of the apparatus to express presence of a heart failure with preserved ejection fraction "HFpEF" in response to a situation in which the indicator quantity exceeds a threshold value.
An optical device having a first face, a second face and an optical cavity , the optical cavity being defined by a semiconductor substrate and having a length extending between the first face and the second face , the device comprising: a waveguide extending with the optical cavity for inducing light in the cavity to travel along the length of the cavity ; an active region configured for injection of charge into the cavity , the active region being spaced from the first face ; and an inactive region , the inactive region being located between the active region and the first face wherein the optical device comprises a laser and a modulator wherein the laser and the modulator are coupled to one another by a further inactive region , and wherein the device is configured such that the second face is the emissive face of the device. a waveguide extending with the optical cavity for inducing light in the cavity to travel along the length of the cavity ; an active region configured for injection of charge into the cavity , the active region being spaced from the first face ; and an inactive region , the inactive region being located between the active region and the first face wherein the optical device comprises a laser and a modulator wherein the laser and the modulator are coupled to one another by a further inactive region , and wherein the device is configured such that the second face is the emissive face of the device.
A non-contact seal assembly , comprising: a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base , characterised in that : the plurality of seal shoes each includes a weight reduction pocket formed in a circumferential region of a seal shoe stop that limits radial travel of the seal shoe . a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base , characterised in that : the plurality of seal shoes each includes a weight reduction pocket formed in a circumferential region of a seal shoe stop that limits radial travel of the seal shoe .
A composition comprising: a precursor and a reacting agent, the precursor comprising at least one acrylic block copolymer, the at least one acrylic block copolymer comprising a first reactive segment of controlled molecular weight and position that comprises at least one monomer having a functional group selected from the group consisting of a self-reactive functional group, a reactive functional group, a non-reactive functional group, and combinations thereof; and a second segment of controlled molecular weight and position that includes at least one monomer having a functional group selected from the group consisting of a reactive functional group, a non-reactive functional group, and combinations thereof; wherein at least one of the functional groups of the at least one acrylic block copolymer can undergo a post-polymerization functionalization reaction with the reacting agent to make the at least one acrylic block copolymer crosslinkable upon exposure to an actinic radiation, wherein the at least one acrylic block copolymer does not contain ethylenic unsaturation; wherein the self-reactive functional group is selected from the group consisting of silyl, silane, anhydride, epoxy, alkoxymethylol, cyclic ethers, acetoacetyl groups, isocyanate, cyclic esters, and thiol; and wherein the at least one monomer having a non-reactive functional group is derived from C1 to C20 alkyl, aryl, or cyclic acrylates or C1 to C20 alkyl, aryl, or cyclic methacrylates. a precursor and a reacting agent, the precursor comprising at least one acrylic block copolymer, the at least one acrylic block copolymer comprising a first reactive segment of controlled molecular weight and position that comprises at least one monomer having a functional group selected from the group consisting of a self-reactive functional group, a reactive functional group, a non-reactive functional group, and combinations thereof; and a second segment of controlled molecular weight and position that includes at least one monomer having a functional group selected from the group consisting of a reactive functional group, a non-reactive functional group, and combinations thereof; wherein at least one of the functional groups of the at least one acrylic block copolymer can undergo a post-polymerization functionalization reaction with the reacting agent to make the at least one acrylic block copolymer crosslinkable upon exposure to an actinic radiation, wherein the at least one acrylic block copolymer does not contain ethylenic unsaturation; wherein the self-reactive functional group is selected from the group consisting of silyl, silane, anhydride, epoxy, alkoxymethylol, cyclic ethers, acetoacetyl groups, isocyanate, cyclic esters, and thiol; and wherein the at least one monomer having a non-reactive functional group is derived from C1 to C20 alkyl, aryl, or cyclic acrylates or C1 to C20 alkyl, aryl, or cyclic methacrylates.
Power module , having: - at least one heat sink , - at least one power unit , wherein the power unit comprises at least one semiconductor element and a substrate , - a device for enclosing the power unit formed at least partially inside and/or on the heat sink and for centring a control unit with respect to the power unit , wherein the device comprises: - a frame , wherein the frame surrounds the substrate at least partially, preferably completely, - at least one first projecting section , wherein the first projecting section engages in a recess or an opening of the heat sink , - at least one second projecting section , wherein the second projecting section is designed to engage in a recess or an opening or a notch of a control unit having at least one electronic component , characterised in that an outline of the second projecting section is at least essentially star-shaped when viewed in cross-section, wherein the star has at least a first leg, a second leg and a third leg. - at least one heat sink , - at least one power unit , wherein the power unit comprises at least one semiconductor element and a substrate , - a device for enclosing the power unit formed at least partially inside and/or on the heat sink and for centring a control unit with respect to the power unit , wherein the device comprises: - a frame , wherein the frame surrounds the substrate at least partially, preferably completely, - at least one first projecting section , wherein the first projecting section engages in a recess or an opening of the heat sink , - at least one second projecting section , wherein the second projecting section is designed to engage in a recess or an opening or a notch of a control unit having at least one electronic component ,
Electric machine having a stator and a rotor , wherein the stator has a multi-phase winding with a first partial winding (TW1) and a second partial winding (TW2), wherein the second partial winding (TW2) has a plurality of second partial winding strands (T2) which are connected in a polygon circuit, and the first partial winding (TW1) has a plurality of first partial winding strands (T1) which are connected in a star circuit or in a star-like manner to the polygon circuit of the second partial winding strands (T2), wherein the electric machine is embodied such that a torque acting on the rotor is caused at least partly by a reluctance force, characterised in that each of the first partial winding strands (Tl) comprises multiple parallel branches and each of the second partial winding strands (T2) comprises multiple parallel branches, wherein a number of turns in the first partial winding strands (Tl) is identical and a number of turns in the second partial winding strands (T2) is identical, wherein the first partial winding (TW1) has a plurality of first coils , wherein a respective number of turns of the first coils is the same, and the second partial winding has a plurality of second coils , wherein a respective number of turns of the second coils is the same and wherein the respective number of turns of the first coils differs from the respective number of turns of the second coils and wherein the stator has a plurality of slots with an uneven number, and a number of slots in which the first partial winding (TW1) is arranged differs from a number of slots in which the second partial winding (TW2) is arranged by one slot .