mhurhangee/ep-ind-claims huggingface dataset:
A plastic pillar finisher which can be fastened to a motor vehicle door and which has a fastening element designed as a clip comprising an inwardly projecting web with a hook part provided on it, characterized in that the pillar finisher has a U-shaped receptacle; the pillar finisher is made of a plurality of plastic components; and the clip is injection-molded onto the pillar finisher.
Arrangement of a plate and a plate support carrying the plate at a fixed position on an object, wherein the plate has a metal plate body and an electronic data carrier (24, 31, 36, 41, 46, 51), which can be read contactlessly by electromagnetic means, is mounted on the plate support, the data carrier having a first part (25, 37, 42, 47) of an antenna structure and an electronic control and memory unit actively connected via a matching network (26, 32) to the first part (25, 37, 42, 47) of the antenna structure, characterized in that the metallic plate body forms a second part of the antenna structure complementary to the first part (25, 37, 42, 47) of the antenna structure, which second part is positioned, as a result of the arrangement of the plate on the plate support carrying it, in such a manner relative to the first part (25, 37, 42, 47) of the antenna structure of the data carrier (24, 31, 36, 41, 46, 51) that the first (25, 37, 42, 47) and second part of the antenna structure are actively coupled to each other and form a resonant combined antenna structure (23, 25, 37, 42, 47) with regard to a frequency spectrum to be transmitted by means of this combined antenna structure (23, 25, 37, 42, 47), wherein the active coupling between the first (25, 37, 42, 47) and second part of the antenna structure is capacitive, inductive, or galvanic. the metallic plate body forms a second part of the antenna structure complementary to the first part (25, 37, 42, 47) of the antenna structure, which second part is positioned, as a result of the arrangement of the plate on the plate support carrying it, in such a manner relative to the first part (25, 37, 42, 47) of the antenna structure of the data carrier (24, 31, 36, 41, 46, 51) that the first (25, 37, 42, 47) and second part of the antenna structure are actively coupled to each other and form a resonant combined antenna structure (23, 25, 37, 42, 47) with regard to a frequency spectrum to be transmitted by means of this combined antenna structure (23, 25, 37, 42, 47), wherein the active coupling between the first (25, 37, 42, 47) and second part of the antenna structure is capacitive, inductive, or galvanic.
Method for fabricating a layer comprising nickel monosilicide NiSi on a substrate comprising silicon successively comprising the following steps: a) a step of incorporating, by ionic implantation on a portion of the thickness of the said substrate comprising silicon, an element selected from W, Ti, Ta, Mo, Cr and mixtures thereof; b) a step of depositing, on the said substrate obtained in step a), a layer of nickel and a layer of an element selected from Pt, Pd, Rh and mixtures thereof or a layer comprising both nickel and an element selected from Pt, Pd, Rh and mixtures thereof; c) a step of heating to a temperature sufficient for obtaining the formation of a layer comprising nickel silicide optionally in the form of nickel monosilicide NiSi; d) a step of incorporating fluorine by ionic implantation in the said layer obtained in c); and e) optionally, a step of heating to a sufficient temperature to convert the layer mentioned in d) to a layer comprising nickel silicide entirely in the form of nickel monosilicide NiSi. a) a step of incorporating, by ionic implantation on a portion of the thickness of the said substrate comprising silicon, an element selected from W, Ti, Ta, Mo, Cr and mixtures thereof; b) a step of depositing, on the said substrate obtained in step a), a layer of nickel and a layer of an element selected from Pt, Pd, Rh and mixtures thereof or a layer comprising both nickel and an element selected from Pt, Pd, Rh and mixtures thereof; c) a step of heating to a temperature sufficient for obtaining the formation of a layer comprising nickel silicide optionally in the form of nickel monosilicide NiSi; d) a step of incorporating fluorine by ionic implantation in the said layer obtained in c); and e) optionally, a step of heating to a sufficient temperature to convert the layer mentioned in d) to a layer comprising nickel silicide entirely in the form of nickel monosilicide NiSi.
A composition comprising microspheres, wherein the microspheres comprise one or more polyols, wherein the microspheres have a moisture content of 0.5 % or less, wherein the microspheres have a circularity greater than 0.98, an aspect ratio greater than 0.98 and surface ridges less than 1 μm in height.
Method for decontaminating a radioactive metal surface comprising the steps of: - bringing at least one portion of the metal surface into contact with a decontamination solution comprising at least one inorganic acid, wherein at least insoluble radioactive solids and water-soluble radioactive metal salts are released from the portion of the metal surface into the decontamination solution and wherein the released insoluble solids comprise metal oxides, in particular spinels; - adding a base to the decontamination solution, wherein the metal salts contained in the decontamination solution are precipitated as metal hydroxides; and - separating the insoluble solids from the decontamination solution and/or separating the insoluble solids and the precipitated metal hydroxides from the decontamination solution. - bringing at least one portion of the metal surface into contact with a decontamination solution comprising at least one inorganic acid, - adding a base to the decontamination solution, wherein the metal salts contained in the decontamination solution are precipitated as metal hydroxides; and - separating the insoluble solids from the decontamination solution and/or separating the insoluble solids and the precipitated metal hydroxides from the decontamination solution.
Device for obtaining information about the ground of an area for dredging, comprising a vessel, a source embodied to generate a geophysical signal under water, and an elongate carrier, mounted to the vessel for carrying a series of receivers which are embodied to measure a response signal returning via the bottom, wherein the carrier extends in a longitudinal direction transversely of the direction of navigation of the vessel, characterized in that the carrier comprises an elongate support structure comprising a lattice of mutually connected lattice elements (31, 32) to provide bending stiffness to the carrier, and in that the support structure is immersible in water, wherein the lattice elements are provided with openings accessible to water.
A surgical clip (200, 300), comprising: a first member (210, 310) including: a first wall (213, 313) and a second wall (215, 315) each defining a proximal curved portion; and a base portion (221, 321) adjoining the first wall and the second wall, the base portion defining a locking feature (223, 323); and a second member (230, 330) pivotably connected to the first member between the first and second walls, the second member including a mating feature (237, 337) and defining a proximal curved portion; wherein the mating feature of the second member is configured to selectively engage the locking feature of the first member to lock the first and second members into an approximated position; and characterized in that movement of the proximal curved portions of the respective first and second members towards each other causes the mating feature of the second member to disengage from the locking feature of the first member to move the first and second members from the approximated position into an unapproximated position. a first member (210, 310) including: a first wall (213, 313) and a second wall (215, 315) each defining a proximal curved portion; and a base portion (221, 321) adjoining the first wall and the second wall, the base portion defining a locking feature (223, 323); and a first wall (213, 313) and a second wall (215, 315) each defining a proximal curved portion; and a base portion (221, 321) adjoining the first wall and the second wall, the base portion defining a locking feature (223, 323); and a second member (230, 330) pivotably connected to the first member between the first and second walls, the second member including a mating feature (237, 337) and defining a proximal curved portion; wherein the mating feature of the second member is configured to selectively engage the locking feature of the first member to lock the first and second members into an approximated position; and characterized in that movement of the proximal curved portions of the respective first and second members towards each other causes the mating feature of the second member to disengage from the locking feature of the first member to move the first and second members from the approximated position into an unapproximated position.
An initial cell searching method of a user equipment, comprising: receiving at least one frame data sequence including synchronization channel signals; performing a correlation process between all synchronization sequences stored in the user equipment and the received at least one frame data sequence to obtain correlation sequences, and calculating on each of the correlation sequences to obtain corresponding correlation power sequences; searching a highest peak and a secondary highest peak for each correlation power sequence, and recording the highest peak and its corresponding position and the secondary peak and its corresponding position; and determining a target cell ID based on a first target sequence, wherein the first target sequence corresponds to a synchronization sequence corresponding to a correlation power sequence of which the relative distance between the corresponding position of the highest peak and the corresponding position of the secondary peak meets a predetermined condition, and the highest peak of the correlation power sequence is the maximum highest peak from all the synchronization sequences which meet the predetermined condition. receiving at least one frame data sequence including synchronization channel signals; performing a correlation process between all synchronization sequences stored in the user equipment and the received at least one frame data sequence to obtain correlation sequences, and calculating on each of the correlation sequences to obtain corresponding correlation power sequences; searching a highest peak and a secondary highest peak for each correlation power sequence, and recording the highest peak and its corresponding position and the secondary peak and its corresponding position; and determining a target cell ID based on a first target sequence, wherein the first target sequence corresponds to a synchronization sequence corresponding to a correlation power sequence of which the relative distance between the corresponding position of the highest peak and the corresponding position of the secondary peak meets a predetermined condition, and the highest peak of the correlation power sequence is the maximum highest peak from all the synchronization sequences which meet the predetermined condition.
A drying agent cartridge for a utility vehicle, comprising - a drying agent cartridge housing that is bounded at the top by a cover and at the bottom by a support element; - a drying agent container that is accommodated in the drying agent cartridge housing; - the drying agent container being connected in a form-fit to the drying agent cartridge housing, characterised in that the drying agent container has at its upper end a drying agent cover that is connected to the cover in a form-fit. - a drying agent cartridge housing that is bounded at the top by a cover and at the bottom by a support element; - a drying agent container that is accommodated in the drying agent cartridge housing; - the drying agent container being connected in a form-fit to the drying agent cartridge housing, characterised in that the drying agent container has at its upper end a drying agent cover that is connected to the cover in a form-fit.
A system for providing power and data to a device, the system comprising: at least one gateway that provides power and data to at least one device in the system over a single cable; and a plurality of adapters daisy chained together, wherein one of the plurality of adapters is directly coupled to the gateway and daisy chained to remaining adapters of the plurality of adapters using lengths of the single cable, wherein the at least one device is coupled to one of the plurality of adapters such that devices in the system are daisy chained together through the plurality of adapters; wherein the plurality of adapters are configured to provide power and send data to the devices using the single cable; wherein the single cable is configured to provide power and data; wherein the plurality of adapters each further comprise a transceiver and power switch that is configured to turn on and off the transceiver, wherein the power switch is further configured to be remotely triggered; and characterized in that the at least one gateway and/or the at least one of the plurality of adapters are configured to store data related to health of the system and communicate the stored data automatically at a predetermined time or upon request by another device, the data including one or more of: data rate, error rate, and voltage swings. at least one gateway that provides power and data to at least one device in the system over a single cable; and a plurality of adapters daisy chained together, wherein one of the plurality of adapters is directly coupled to the gateway and daisy chained to remaining adapters of the plurality of adapters using lengths of the single cable, wherein the at least one device is coupled to one of the plurality of adapters such that devices in the system are daisy chained together through the plurality of adapters; wherein the plurality of adapters are configured to provide power and send data to the devices using the single cable; wherein the single cable is configured to provide power and data; wherein the plurality of adapters each further comprise a transceiver and power switch that is configured to turn on and off the transceiver, wherein the power switch is further configured to be remotely triggered; and characterized in that the at least one gateway and/or the at least one of the plurality of adapters are configured to store data related to health of the system and communicate the stored data automatically at a predetermined time or upon request by another device, the data including one or more of: data rate, error rate, and voltage swings.
A method of separating a mixture in a system comprising a plurality of chromatography columns, the method successively comprising, in a cyclic manner, in a given part of the system: - a step of collecting a raffinate, a step of injecting the mixture to be separated, a step of collecting an extract, and a step of injecting a mobile phase; wherein the method further comprises measuring the purity and/or yield of at least one collected fraction chosen from the extract and the raffinate, said measuring the purity and/or yield comprising the following steps: - the determination, in a node of the system, of the histories of at least two variables that are representative of the concentration of at least two species contained in the mixture to be separated, using a fast online detector; - the determination of the concentration of at least two species of the mixture to be separated in the collected fraction, based on these histories; - the determination of the purity and/or yield of the collected fraction based on these concentrations. - a step of collecting a raffinate, a step of injecting the mixture to be separated, a step of collecting an extract, and a step of injecting a mobile phase; - the determination, in a node of the system, of the histories of at least two variables that are representative of the concentration of at least two species contained in the mixture to be separated, using a fast online detector; - the determination of the concentration of at least two species of the mixture to be separated in the collected fraction, based on these histories; - the determination of the purity and/or yield of the collected fraction based on these concentrations.
A method for securing a partial product against unauthorized use of the partial product, wherein a partial product in interaction with a supplementary product generates a predetermined visually apparent effect, wherein in the method: - a specific encoding alienation key and an associated decoding alienation key are generated, - the supplementary product is alienated with the specific encoding alienation key, and - the partial product to be secured is alienated with the associated decoding alienation key, such that the alienated partial product, in interaction with the alienated supplementary product, generates the predetermined visually apparent effect and, in interaction with an unalienated supplementary product or a supplemental product alienated with another encoding alienation key, does not generate the predetermined visually apparent effect, wherein the partial product to be secured provides an emboss structure with a plurality of raster elements, and the supplementary product modifies the embossed surface of the emboss structure in its reflection behavior. - a specific encoding alienation key and an associated decoding alienation key are generated, - the supplementary product is alienated with the specific encoding alienation key, and - the partial product to be secured is alienated with the associated decoding alienation key,
A method of laying a pipeline on a seafloor, wherein the method comprises protecting the pipeline with at least two types of protection and wherein the method comprises the steps of: - bringing the pipeline to an offshore location using a vessel, - laying the pipeline on the seafloor using the vessel, - defining a first zone surrounding at least a first part length of the pipeline when laid subsea, wherein the first part length is uncovered, - covering at least a second part length of the pipeline (1") when laid subsea with a physical protection means, - defining a second zone extending from the first zone, leaving the second part length unmonitored, - monitoring by use of satellites and/or other tools to monitor activities in the second zone for vessels approaching the first zone, - analysing vessels detected during said monitoring of the second zone, for the purpose of determining whether the vessels can cause harm to the first part length of the pipeline, - for each vessel monitored in the second zone and considered to be able to cause harm to the first part length of the pipeline, informing the vessel about the first zone and/or requesting the vessel not to enter into the first zone. - bringing the pipeline to an offshore location using a vessel, - laying the pipeline on the seafloor using the vessel, - defining a first zone surrounding at least a first part length of the pipeline when laid subsea, wherein the first part length is uncovered, - covering at least a second part length of the pipeline (1") when laid subsea with a physical protection means, - defining a second zone extending from the first zone, leaving the second part length unmonitored, - monitoring by use of satellites and/or other tools to monitor activities in the second zone for vessels approaching the first zone, - analysing vessels detected during said monitoring of the second zone, for the purpose of determining whether the vessels can cause harm to the first part length of the pipeline, - for each vessel monitored in the second zone and considered to be able to cause harm to the first part length of the pipeline, informing the vessel about the first zone and/or requesting the vessel not to enter into the first zone.
A dish washing machine, comprising: a main body in which a washing tub is provided; a door for opening and closing a front opening of the washing tub; a basket (12a, 12b) for accommodating dishes installed to move into and out of the washing tub and having a basket identifier (15a, 15b) attached thereto; a sensing unit configured to sense the basket identifier (15a, 15b); a plurality of nozzles (311, 313, 330, 340) configured to spray washing water; a driving unit; and a controller configured to control the driving unit such that cleaning is performed for each dish storage area (a1, a2, a3, and a4) of the basket (12a, 12b) based on the sensed result of the sensing unit, characterized in that the dish washing machine further comprises: a door identifier attached to the door; a vane configured to reflect the sprayed water washing water in the washing tub, wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier (15a, 15b) that are sensed by the sensing unit, and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated. a main body in which a washing tub is provided; a door for opening and closing a front opening of the washing tub; a basket (12a, 12b) for accommodating dishes installed to move into and out of the washing tub and having a basket identifier (15a, 15b) attached thereto; a sensing unit configured to sense the basket identifier (15a, 15b); a plurality of nozzles (311, 313, 330, 340) configured to spray washing water; a driving unit; and a controller configured to control the driving unit such that cleaning is performed for each dish storage area (a1, a2, a3, and a4) of the basket (12a, 12b) based on the sensed result of the sensing unit, characterized in that the dish washing machine further comprises: a door identifier attached to the door; a vane configured to reflect the sprayed water washing water in the washing tub, wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier (15a, 15b) that are sensed by the sensing unit, and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated. a door identifier attached to the door; a vane configured to reflect the sprayed water washing water in the washing tub, wherein the driving unit is configured to drive the vane and wherein the controller is configured to determine an area in which the dishes are accommodated based on the position of the door identifier and the position of the basket identifier (15a, 15b) that are sensed by the sensing unit, and to control the driving unit to clean the dish storage area (a1, a2, a3, and a4) in which the dishes are accommodated.