mhurhangee/patent-ind-claim-en huggingface dataset:
Door-locking device for a household appliance (E), said household appliance (E) comprising a door provided with a lug , said door locking device comprising a containment casing , fixable to said household appliance (E), a hook , arranged into said containment casing , capable of moving from a disengagement position, in which, in use, said lug does not contact said hook , to an engagement position, in which, in use, said lug is engaged with said hook and said hook is free to move along the movement direction of said lug , an abutment element fixed on said containment casing , and elastic means , interposed between said hook and said abutment element , wherein when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, characterized in that said hook has a first opening , having an inner surface (S) connected to said elastic means , and a slot , opposite to said first opening , wherein said abutment element is inserted in said slot , so that said hook is capable of rotating with respect to said abutment element , when said hook moves from said disengagement position to said engagement position. a containment casing , fixable to said household appliance (E), a hook , arranged into said containment casing , capable of moving from a disengagement position, in which, in use, said lug does not contact said hook , to an engagement position, in which, in use, said lug is engaged with said hook and said hook is free to move along the movement direction of said lug , an abutment element fixed on said containment casing , and elastic means , interposed between said hook and said abutment element , wherein when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, characterized in that said hook has a first opening , having an inner surface (S) connected to said elastic means , and a slot , opposite to said first opening , wherein said abutment element is inserted in said slot , so that said hook is capable of rotating with respect to said abutment element , when said hook moves from said disengagement position to said engagement position.
A dynamic compaction process comprising: providing a cylinder shaped container (20;118); filling said container (20;118) with a first powder alloy material (16;110;114) and a second different powder alloy material (18;116); sealing said container (20;118); dynamically compacting said first powder alloy material (16;110;114) and said second powder alloy material (18;116) to form a component precursor (10;100); cutting at least one casing part from said component precursor (10;100); and forming a solid backstop against forces created during the dynamic compaction, wherein said solid backstop comprises a reusable mandrel assembly (28;140) including a pair of tapered mandrel portions coupled together by a tie rod , wherein said casing part has a flange portion (12;132) comprising said second alloy material (18;116), and a wall portion (14;134) comprising said first powder alloy material (16;110;114). providing a cylinder shaped container (20;118); filling said container (20;118) with a first powder alloy material (16;110;114) and a second different powder alloy material (18;116); sealing said container (20;118); dynamically compacting said first powder alloy material (16;110;114) and said second powder alloy material (18;116) to form a component precursor (10;100); cutting at least one casing part from said component precursor (10;100); and forming a solid backstop against forces created during the dynamic compaction, wherein said solid backstop comprises a reusable mandrel assembly (28;140) including a pair of tapered mandrel portions coupled together by a tie rod , wherein said casing part has a flange portion (12;132) comprising said second alloy material (18;116), and a wall portion (14;134) comprising said first powder alloy material (16;110;114).
A method for wireless communications by a user equipment, UE, comprising: identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle, wherein a size of the segment is pre-determined; and maintaining a same transmit power in all UL subframes of the segment of UL subframes in the TTI bundle when transmitting data to the node over the segment of UL subframes. identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle, wherein a size of the segment is pre-determined; and maintaining a same transmit power in all UL subframes of the segment of UL subframes in the TTI bundle when transmitting data to the node over the segment of UL subframes.
A confectionery production method comprising the steps of: a) providing a plastic caramel mass to a base of a cup shaped rigid cavity of a mold , b) forming a caramel shell by at least partially plastering the caramel mass to inner wall by means of forming a depression with a pressure tip of the first core penetrating into the cavity , c) drilling the caramel mass from a base part by means of a carving rod penetrating the cavity subsequent to depression forming step such that pressing to the depression from above with an end portion to reduce thickness of the wall, d) pressing to the caramel shell to confine the upper edge by means of a peripheral flange of the second core by partial penetration forming a space at the inner edge , e) forming another depression at the center of the base part at a trimming mold by means of a protrusion arranged at the lower end of the second core f) a conical trimming mold entering the cavity from the top and being seated in upper opening of the caramel shell forming a tapered edge towards the upper opening provided at an outer periphery, g) providing a whole nut in the lower part aligned with the depression , and h) filling inside the cavity of the caramel shell with a filler . a) providing a plastic caramel mass to a base of a cup shaped rigid cavity of a mold , b) forming a caramel shell by at least partially plastering the caramel mass to inner wall by means of forming a depression with a pressure tip of the first core penetrating into the cavity , c) drilling the caramel mass from a base part by means of a carving rod penetrating the cavity subsequent to depression forming step such that pressing to the depression from above with an end portion to reduce thickness of the wall, d) pressing to the caramel shell to confine the upper edge by means of a peripheral flange of the second core by partial penetration forming a space at the inner edge , e) forming another depression at the center of the base part at a trimming mold by means of a protrusion arranged at the lower end of the second core f) a conical trimming mold entering the cavity from the top and being seated in upper opening of the caramel shell forming a tapered edge towards the upper opening provided at an outer periphery, g) providing a whole nut in the lower part aligned with the depression , and h) filling inside the cavity of the caramel shell with a filler .
A fan blade for use with a centrifugal fan assembly having an inlet ring , a back plate and an axis of rotation , said blade comprising: a radially inner edge ; a radially outer edge ; at least one flow channel extending obliquely between said radially inner edge and said radially outer edge , wherein said flow channel includes an inlet defined on said radially inner edge that defines an inlet maximum camber and an outlet defined on said radially outer edge that defines an outlet maximum camber , said inlet and said outlet positioned at different axial locations along a length (L2) of said each blade , wherein said flow channel is configured to discharge an airflow from said outlet in an oblique direction with respect to the axis of rotation , and wherein a maximum camber of said fan blade is defined along said flow channel between said radially inner edge and said radially outer edge , a first maximum camber location is spaced a first radial distance from the axis of rotation and a first axial distance from said back plate , a second maximum camber location is spaced a second radial distance from the axis of rotation and a second axial distance from said back plate , wherein said second radial distance greater than said first radial distance and said first axial distance greater than said second axial distance; and wherein said inlet is defined proximate said inlet ring and said outlet is defined proximate said back plate . a radially inner edge ; a radially outer edge ; at least one flow channel extending obliquely between said radially inner edge and said radially outer edge , wherein said flow channel includes an inlet defined on said radially inner edge that defines an inlet maximum camber and an outlet defined on said radially outer edge that defines an outlet maximum camber , said inlet and said outlet positioned at different axial locations along a length (L2) of said each blade , wherein said flow channel is configured to discharge an airflow from said outlet in an oblique direction with respect to the axis of rotation , and wherein a maximum camber of said fan blade is defined along said flow channel between said radially inner edge and said radially outer edge , a first maximum camber location is spaced a first radial distance from the axis of rotation and a first axial distance from said back plate , a second maximum camber location is spaced a second radial distance from the axis of rotation and a second axial distance from said back plate , wherein said second radial distance greater than said first radial distance and said first axial distance greater than said second axial distance; and wherein said inlet is defined proximate said inlet ring and said outlet is defined proximate said back plate .
A method for allocating a User Equipment, UE, identifier, characterized by comprising: allocating , by a preset function entity or module, a UE Identification, UE ID; wherein the UE ID is associated with an identifier of a UE in a radio network system and used for information interaction between a network device and the preset function entity or module, the identifier of the UE in the radio network system comprises any UE ID or identifier defined in a 3th-Generation, 3G, network system, a 4th-Generation, 4G, network system, a 5th-Generation, 5G, network system and subsequent generations of network systems, wherein the identifier of the UE in the radio network system is changed according to a change of the radio network system; wherein the preset function entity or module at least comprises at least one of: a near Real Time Radio Intelligent Controller, nRT RIC, or a non Real Time Radio Intelligent Controller, NRT RIC. allocating , by a preset function entity or module, a UE Identification, UE ID; wherein the UE ID is associated with an identifier of a UE in a radio network system and used for information interaction between a network device and the preset function entity or module, the identifier of the UE in the radio network system comprises any UE ID or identifier defined in a 3th-Generation, 3G, network system, a 4th-Generation, 4G, network system, a 5th-Generation, 5G, network system and subsequent generations of network systems, wherein the identifier of the UE in the radio network system is changed according to a change of the radio network system; wherein the preset function entity or module at least comprises at least one of: a near Real Time Radio Intelligent Controller, nRT RIC, or a non Real Time Radio Intelligent Controller, NRT RIC. a near Real Time Radio Intelligent Controller, nRT RIC, or a non Real Time Radio Intelligent Controller, NRT RIC.
A process for the purification of an organic composition (OC1) by adsorption using an assembly containing at least two adsorbers comprising the following steps a) to c): a) the organic composition (OC1) comprising at least one alkane and/or at least one olefin and at least one compound containing oxygen and/or sulphur is fed into a first adsorber (A1) of the assembly in order to obtain an organic composition (OC2) comprising at least one alkane, at least one olefin and a reduced amount of at least one compound containing oxygen and/or sulphur compared to the respective amount in organic composition (OC1), b) hydrogenation of at least a part of the organic composition (OC2) obtained in step a) to obtain a stream (S2) comprising at least one alkane and a reduced amount of at least one olefin compared to the respective amount in organic composition (OC2), c) regenerating a second adsorber (A2) of the assembly by contact with stream (S2) obtained in step b), wherein the purification employing the first adsorber (A1) of the assembly according to step a) and the regeneration of the second adsorber (A2) of the assembly according to step c) are run in parallel. a) the organic composition (OC1) comprising at least one alkane and/or at least one olefin and at least one compound containing oxygen and/or sulphur is fed into a first adsorber (A1) of the assembly in order to obtain an organic composition (OC2) comprising at least one alkane, at least one olefin and a reduced amount of at least one compound containing oxygen and/or sulphur compared to the respective amount in organic composition (OC1), b) hydrogenation of at least a part of the organic composition (OC2) obtained in step a) to obtain a stream (S2) comprising at least one alkane and a reduced amount of at least one olefin compared to the respective amount in organic composition (OC2), c) regenerating a second adsorber (A2) of the assembly by contact with stream (S2) obtained in step b),
Harvesting device for cutting and collecting stalked crops , the collecting taking place along a conveying path by means of several collection units arranged side by side, which together define a total working width of the harvesting device and individually, or together with a plurality of collection units , define a partial working width for a relevant conveying path , and for separating infructescences from the stalks of the stalked crop , the separating of the infructescences taking place in picking gaps which are assigned to respective collection units , characterised in that the partial working widths defined by the collection units have different width dimensions.
A composition comprising a cannabidiol for use in the prevention and treatment of graft-versus host disease GVHD in a subject in need thereof.
A kit comprising a filter cartridge for removing impurities from a dirty gas flow to be filtered and an end piece , the filter cartridge comprising a cylindrical filter element made from filter material, a filter insert inserted in the filter element , and an inner space formed between the filter element and the filter insert , with the filter material being designed for being cleaned when a compressed air flow is applied against a flow direction of the dirty gas flow, wherein the filter cartridge comprises a base body of a flow guiding device having a surface designed for guiding the compressed air flow, characterized in that the base body forms, in interaction with the end piece , the flow guiding device for guiding the compressed air flow and has a distal end zone which is prepared for being completed by the end piece separate from the filter cartridge and mountable to an external housing for flow guiding the compressed air flow.
An angular ball bearing for a motor-incorporating-spindle, the angular ball bearing comprising: an inner ring ; an outer ring ; rolling elements between mutually opposed rolling surfaces of the inner ring and the outer ring ; a retainer which holds the rolling elements ; and a seal plate extending toward the inner ring from an inner diameter surface on each end of the outer ring ; wherein the seal plate has a radially inward length of a dimension to allow air to pass through the bearing from an entrance side toward an exit side straightly without resistance; characterized in that the outer ring has an inner diameter portion having grease as a lubricant provided therein, and the grease takes up to 40 through 50% of a static space of the angular ball bearing. an inner ring ; an outer ring ; rolling elements between mutually opposed rolling surfaces of the inner ring and the outer ring ; a retainer which holds the rolling elements ; and a seal plate extending toward the inner ring from an inner diameter surface on each end of the outer ring ; wherein the seal plate has a radially inward length of a dimension to allow air to pass through the bearing from an entrance side toward an exit side straightly without resistance; characterized in that the outer ring has an inner diameter portion having grease as a lubricant provided therein, and the grease takes up to 40 through 50% of a static space of the angular ball bearing.
Method for electronically analysing a time-variable signal (U e (t)) with at least one extreme value to be detected with respect to its amplitude and the point in time by means of a detection circuit, which operates as a peak value memory unit and tracks the time-variable signal after a threshold value (U s ) is exceeded and until the maximum amplitude is reached, wherein when the extreme value is exceeded, a peak indicator signal (U si (t)) is generated and the maximum amplitude is stored, wherein to record more than one extreme value in the time-variable signal, a first peak value memory unit is activated following the generation of the first peak indicator signal and tracking of the signal (U e (t)) is deactivated after a fall below the threshold value, characterised in that after the signal exceeds the threshold value once again further on, further tracking of the signal (U e (t)) is activated until the next extreme value to be detected is reached, another peak indicator signal (U si (t)) is generated, a second peak value memory unit is activated and this further maximum amplitude is stored, and at the end of the measuring cycle both peak value memory units are read and reset, wherein the light intensity in an optical measuring process is detected as the time-variable signal, whereby distances from surfaces are detected.
An apparatus for treating waste of a nuclear reactor pressure vessel when decommissioning a nuclear facility, comprising: a suction unit suitable to be inserted into the nuclear reactor pressure vessel through a plurality of through-pipes passing through a lower portion of the nuclear reactor pressure vessel to suck waste inside the nuclear reactor pressure vessel a waste treatment part connected to the suction unit to treat the waste: and a lower collection part connected to the waste treatment part the lower collection part to be positioned under the nuclear reactor pressure vessel with the suction unit therebetween. a suction unit suitable to be inserted into the nuclear reactor pressure vessel through a plurality of through-pipes passing through a lower portion of the nuclear reactor pressure vessel to suck waste inside the nuclear reactor pressure vessel a waste treatment part connected to the suction unit to treat the waste: and a lower collection part connected to the waste treatment part the lower collection part to be positioned under the nuclear reactor pressure vessel with the suction unit therebetween.
Gas/gas mixer for introducing gas into the exhaust gas stream of an internal combustion engine, comprising an exhaust gas flow duct in an exhaust gas carrying element , through which exhaust gas (A) can flow, a mixer body arranged in the exhaust gas carrying element with a plurality of exhaust gas flow openings , through which exhaust gas (A) flowing in the exhaust gas flow duct can flow, wherein a gas feed volume , through which gas (G) to be introduced into the exhaust gas stream (A) can flow, is formed in the mixer body , and wherein the gas feed volume is open towards the exhaust gas flow duct via a plurality of gas release openings , wherein the mixer body comprises a first mixer body part that is arranged oriented in the upstream direction in the exhaust gas carrying element and a second mixer body part that is arranged in the downstream direction in the exhaust gas carrying element , wherein the gas feed volume is formed essentially between the first mixer body part and the second mixer body part , wherein a plurality of flow-through holes are provided for providing the exhaust gas flow openings in the second mixer body part , characterized in that a flow-through bulge extending to the second mixer body part , carrying exhaust gas (A) in the direction of the associated flow-through hole and providing a flow duct of the first mixer body part , is provided in the first mixer body part in association with each flow-through hole of the second mixer body part .
A light-emitting apparatus comprising: at least one light source ; a wavelength converter configured to convert a wavelength of light emitted from the light source ; a reflector configured to reflect the light having the wavelength converted in the wavelength converter and light having an unconverted wavelength; and a refractive member disposed in a light passage space between the reflector and the wavelength converter , the refractive member being configured to emit the reflected light, wherein the refractive member includes: a rounded first surface (S1) disposed to face the reflector ; a second surface (S2) having a first portion (S2-1) disposed to face the wavelength converter ; and a third surface (S3) for emission of the reflected light, characterized in that the apparatus further comprises a base substrate disposed to be opposite to the reflector with the refractive member interposed therebetween, wherein the base substrate includes an area (A2) for arrangement of the wavelength converter . at least one light source ; a wavelength converter configured to convert a wavelength of light emitted from the light source ; a reflector configured to reflect the light having the wavelength converted in the wavelength converter and light having an unconverted wavelength; and a refractive member disposed in a light passage space between the reflector and the wavelength converter , the refractive member being configured to emit the reflected light, wherein the refractive member includes: a rounded first surface (S1) disposed to face the reflector ; a second surface (S2) having a first portion (S2-1) disposed to face the wavelength converter ; and a third surface (S3) for emission of the reflected light, characterized in that the apparatus further comprises a base substrate disposed to be opposite to the reflector with the refractive member interposed therebetween, wherein the base substrate includes an area (A2) for arrangement of the wavelength converter . a rounded first surface (S1) disposed to face the reflector ; a second surface (S2) having a first portion (S2-1) disposed to face the wavelength converter ; and a third surface (S3) for emission of the reflected light, characterized in that the apparatus further comprises a base substrate disposed to be opposite to the reflector with the refractive member interposed therebetween, wherein the base substrate includes an area (A2) for arrangement of the wavelength converter .