mhurhangee/ep-ind-claims huggingface dataset:
A method for storing data, comprising: receiving a file; hashing a first set of metadata file properties of the file to generate an identification hash and attempting to match the identification hash to stored identification hashes of previously stored files; upon failing to match said identification hash, hashing of a second set of metadata file properties of the file to generate a secondary hash and attempting to match the secondary hash to stored secondary hashes of previously stored files, wherein said second set of metadata file properties is a subset of said first set of metadata file properties; upon determining that the secondary hash matches to a secondary hash of a previously stored file, obtaining content of the previously stored file; preloading a dictionary-based compression engine with one or more data portions of the previously stored file, wherein one of the one or more data portions of the previously stored file as loaded in the dictionary-based compression engine is uncompressed and defines an individual dictionary block; compressing a corresponding like-sized data portion of the file using the dictionary-based compression engine as loaded with the data portion of the previously stored file as the individual dictionary block, wherein a compressed data portion is generated and wherein said compressed data portion references the individual dictionary block utilized to generate said compressed data portion; and storing said compressed data portion, wherein said second set of metadata file properties includes a storage location of a previously stored file. receiving a file; hashing a first set of metadata file properties of the file to generate an identification hash and attempting to match the identification hash to stored identification hashes of previously stored files; upon failing to match said identification hash, hashing of a second set of metadata file properties of the file to generate a secondary hash and attempting to match the secondary hash to stored secondary hashes of previously stored files, wherein said second set of metadata file properties is a subset of said first set of metadata file properties; upon determining that the secondary hash matches to a secondary hash of a previously stored file, obtaining content of the previously stored file; preloading a dictionary-based compression engine with one or more data portions of the previously stored file, wherein one of the one or more data portions of the previously stored file as loaded in the dictionary-based compression engine is uncompressed and defines an individual dictionary block; compressing a corresponding like-sized data portion of the file using the dictionary-based compression engine as loaded with the data portion of the previously stored file as the individual dictionary block, wherein a compressed data portion is generated and wherein said compressed data portion references the individual dictionary block utilized to generate said compressed data portion; and storing said compressed data portion, wherein said second set of metadata file properties includes a storage location of a previously stored file.
Camshaft comprising a supporting shaft which is designed as a hollow shaft and in the interior of which an inner shaft is arranged concentrically with respect to the supporting shaft, wherein the inner shaft is rotatable relative to the supporting shaft and, on the supporting shaft, there is arranged a first cam segment with a first recess for receiving the supporting shaft, which first cam segment is rotatable relative to the supporting shaft and is connected rotationally conjointly and axially fixedly to the inner shaft with the aid of a connecting means, wherein, on the supporting shaft, there is arranged a second cam segment with a second recess for receiving the supporting shaft, wherein the second cam segment comprises at least two cam contours (29, 31), and wherein the second cam segment is fastened to the supporting shaft such that the second cam segment is connected rotationally conjointly to the supporting shaft and the second cam segment is arranged axially displaceably on the supporting shaft, characterized in that the camshaft comprises a detent means for arresting the second cam segment at a multiplicity of axial positions, wherein the detent means is arranged at least partially within the inner shaft.
A computerized image processing method for inferring three-dimensional tracking of an object from a two-dimensional sequence of cue images, the method comprising the steps of: modelling a 3D target system by learning a target state machine, target probability density functions and a target occupancy matrix based on an object following a training target path; obtaining a 2D training sequence of images of the object following the training target path, identifying cue paths of the object in the 2D training sequence of images that are synchronised with the training target path, and processing these cue paths with the target occupancy matrix to learn cue probability density functions (420,421) that correspond to the target probability density functions; inferring the 3D location of an object in the target system by: (a) analysing an object's cue path in a new 2D sequence of images using the cue probability density functions and the target state machine to produce a hidden state representation of the cue path; and (b) synthesizing the object's target path within the 3D target system from the hidden state representation of the cue path and the corresponding target probability density functions. modelling a 3D target system by learning a target state machine, target probability density functions and a target occupancy matrix based on an object following a training target path; obtaining a 2D training sequence of images of the object following the training target path, identifying cue paths of the object in the 2D training sequence of images that are synchronised with the training target path, and processing these cue paths with the target occupancy matrix to learn cue probability density functions (420,421) that correspond to the target probability density functions; inferring the 3D location of an object in the target system by: (a) analysing an object's cue path in a new 2D sequence of images using the cue probability density functions and the target state machine to produce a hidden state representation of the cue path; and (b) synthesizing the object's target path within the 3D target system from the hidden state representation of the cue path and the corresponding target probability density functions. (a) analysing an object's cue path in a new 2D sequence of images using the cue probability density functions and the target state machine to produce a hidden state representation of the cue path; and (b) synthesizing the object's target path within the 3D target system from the hidden state representation of the cue path and the corresponding target probability density functions.
Connecting element for connecting at least one flexible tube, wherein - the connecting element comprises a main body and at least one ring sleeve, - the main body includes a central portion and at least one mandrel extending away from said central portion, - a duct extends between the mandrels via the central portion or within the mandrel to the central portion, respectively, - at least one mandrel is enclosed by one ring sleeve, - the ring sleeve is permanently, but moveably connected to the main body, - the ring sleeve is rotatable relative to the mandrel, in particular around a predetermined rotating angle, between an opened state and a closed state, - the mandrel is insertable into the flexible tube, while said flexible tube is enclosable, respectively, by the corresponding ring sleeve, - a form fit between the flexible tube and the mandrel is obtainable in the closed state, and - the main body and the ring sleeve include cooperating guiding elements effecting the, in particular permanent, connection of the ring sleeve to the main body and defining the movability of the ring sleeve relative to the mandrel between the opened state and the closed state, characterized in that the main body and the at least one ring sleeve are interconnected by bonds, wherein said bonds are provided as predetermined breaking points, so that the connecting element forms a single-piece part after its production until a first use, and wherein preferably the connecting element is in the opened state when the main body and the at least one ring sleeve are interconnected by the bonds. - the connecting element comprises a main body and at least one ring sleeve, - the main body includes a central portion and at least one mandrel extending away from said central portion, - a duct extends between the mandrels via the central portion or within the mandrel to the central portion, respectively, - at least one mandrel is enclosed by one ring sleeve, - the ring sleeve is permanently, but moveably connected to the main body, - the ring sleeve is rotatable relative to the mandrel, in particular around a predetermined rotating angle, between an opened state and a closed state, - the mandrel is insertable into the flexible tube, while said flexible tube is enclosable, respectively, by the corresponding ring sleeve, - a form fit between the flexible tube and the mandrel is obtainable in the closed state, and - the main body and the ring sleeve include cooperating guiding elements effecting the, in particular permanent, connection of the ring sleeve to the main body and defining the movability of the ring sleeve relative to the mandrel between the opened state and the closed state,
A rechargeable battery system comprising: a plurality of rechargeable battery cells coupled between a plurality of terminals; a shunting circuitry configured to shunt charging electrical energy around respective ones of the rechargeable battery cells during charging of the rechargeable battery cells from substantially discharged states of charge of the rechargeable battery cells to substantially charged states of charge of the rechargeable battery cells; wherein the shunting circuitry comprises a plurality of shunting devices corresponding to respective ones of the rechargeable battery cells, characterized in that the shunting circuitry is configured to selectively disable shunting of respective ones of the shunting devices as a result of temperatures of the respective ones of the shunting devices exceeding a threshold. a plurality of rechargeable battery cells coupled between a plurality of terminals; a shunting circuitry configured to shunt charging electrical energy around respective ones of the rechargeable battery cells during charging of the rechargeable battery cells from substantially discharged states of charge of the rechargeable battery cells to substantially charged states of charge of the rechargeable battery cells; wherein the shunting circuitry comprises a plurality of shunting devices corresponding to respective ones of the rechargeable battery cells, characterized in that the shunting circuitry is configured to selectively disable shunting of respective ones of the shunting devices as a result of temperatures of the respective ones of the shunting devices exceeding a threshold.
A multilayer insole to be fitted in a footwear or shoe, extending along a major-extension surface and comprising: at least one damper element adapted to damp the impact of said shoe on the ground, substantially extending over the whole of said insole in the direction of said major-extension surface and being placed in the upper part of said insole, characterised in that said damper element is an open-cell foam made of damping microcellular polyurethane material with a 90%-compression recovery time included between 0.3 s and 2.5 s, said damper element is disposed in the vicinity of the insole portion that, when said insole is fitted in shoe, is in direct contact with the foot or with an upper layer in contact with the foot, said material of said damper element has a resiliency equal to a value of about 4 if measured by an "ASTM D2632-92, Vertical Rebound" test.
An electric system for a railroad car including a switching device comprising a unit switch (70, 70A-C) which comprises a vacuum interrupter, the vacuum interrupter comprising at least a movable electrode and a fixed electrode disposed so as to face each other, the vacuum interrupter being molded with a solid insulating material, the unit switch (70, 70A-C) having two electrical connection parts (10B, 10C) on the fixed electrode side and one electrical connection part on the movable electrode side, and the unit switch (70, 70A-C) comprising a current collecting mechanism, such as a spring contact on a movable side of the vacuum interrupter, and an insulated operating rod for driving the movable electrode so as to enable opening and closing, and the insulated operating rod being on the movable electrode side, characterized in that the switching device includes three of said unit switches (70, 70A-C), wherein the three unit switches (70, 70A-C) are disposed in parallel, and one of electrical connection parts on a fixed electrode side of the each unit switch (70, 70A-C) each are electrically connected to one another by an inter-circuit connection bus, three electromagnetic operating units are disposed in parallel to and below the corresponding unit switches (70, 70A-C) so that a movable electrode of the each unit switch (70, 70A-C) is independently opened and closed, a pantograph circuit is connected to a remaining electrical connection part on the fixed electrode side of a first unit switch of the three unit switches (70, 70A-C), an AC circuit or a DC circuit is connected to the electrical connection part on the movable electrode side of the first unit switch, an arrester is connected to a remaining electrical connection part on the fixed electrode side of a second unit switch of the three unit switches (70, 70A-C), a circuit other than the one connected to the electrical connection part on the movable electrode side of the first unit switch is connected to the electrical connection part on the movable electrode side of the second unit switch, a ground circuit is connected to the electrical connection part on the movable electrode side of a third unit switch of the three unit switches (70, 70A-C), each of the electromagnetic operating units includes a power supply capacitor and a control board, and an opening and closing signal from a set of the power supply capacitor and the control board in the electromagnetic operating unit is distributed to electromagnets (30A-C) by an exclusive changeover switch.
Securing between a fitting such as a container corner in accordance with ISO 1161, in particular of a container, preferably of a freight container in accordance with ISO 1496, and a pin of a lock, in particular of a twist lock, inserted into the fitting and having a head, said fitting being a hollow body whose bottom wall has a first aperture and whose two adjoining side walls (18, 20) have a second and a third aperture (22, 24), the first aperture being passed through when the fitting is locked by the pin, which in turn is in contact by its head with the inner surface of the bottom wall in some sections, and the securing arrangement having a securing element (46, 48, 146) passing through the second or the third aperture (22, 24) and preventing an axial movement of the pin, w her e i n the securing element extends at least in some sections between the head of the pin and the inner surface of the top wall of the fitting when the securing element is inserted in the fitting, and/or wherein the securing element adjoins or contacts a side surface of the head when it is inserted in the fitting.
A liquid level detection device comprising: a liquid reservoir configured to store hydrogen peroxide solution to be atomized by a diaphragm including a through hole; a float disposed in the liquid reservoir; and a sensor (Se) configured to detect a fact that a liquid level of the hydrogen peroxide solution stored in the liquid reservoir has reached a predetermined position, by using the float; wherein the liquid reservoir includes a detecting reservoir, and a liquid supplying reservoir connected to the detecting reservoir at a position lower than the predetermined position; and wherein the float is disposed in the detecting reservoir; characterized in that the detecting reservoir includes an upper cylindrical part, and a lower cylindrical part located lower than the upper cylindrical part; and wherein an inner diameter of the lower cylindrical part is smaller than an inner diameter of the upper cylindrical part and greater than an outer diameter of the float. a liquid reservoir configured to store hydrogen peroxide solution to be atomized by a diaphragm including a through hole; a float disposed in the liquid reservoir; and a sensor (Se) configured to detect a fact that a liquid level of the hydrogen peroxide solution stored in the liquid reservoir has reached a predetermined position, by using the float; wherein the liquid reservoir includes a detecting reservoir, and a liquid supplying reservoir connected to the detecting reservoir at a position lower than the predetermined position; and wherein the float is disposed in the detecting reservoir; characterized in that the detecting reservoir includes an upper cylindrical part, and a lower cylindrical part located lower than the upper cylindrical part; and wherein an inner diameter of the lower cylindrical part is smaller than an inner diameter of the upper cylindrical part and greater than an outer diameter of the float.
Method for manufacturing vehicle parts, in particular an automobile part, including the following steps: a) providing a first aluminium alloy, which first aluminium alloy is an AA7xxx-type aluminium alloy; b) performing a heat treatment of the first aluminium alloy to improve the ductility of the first aluminium alloy; c) providing a second aluminium alloy, which second aluminium alloy is an AA7xxx-type aluminium alloy; d) performing a heat treatment of the second aluminium alloy, which heat treatment of the first aluminium alloy differs from the heat treatment of the second aluminium alloy; e) welding together the heat-treated first aluminium alloy and the heat-treated second aluminium alloy, to create a composite part; f) forming the composite part into an automobile part, which automobile part has stiff regions and deformable regions; g) cathodic dip coating and/or coat-processing of the automobile part. a) providing a first aluminium alloy, which first aluminium alloy is an AA7xxx-type aluminium alloy; b) performing a heat treatment of the first aluminium alloy to improve the ductility of the first aluminium alloy; c) providing a second aluminium alloy, which second aluminium alloy is an AA7xxx-type aluminium alloy; d) performing a heat treatment of the second aluminium alloy, which heat treatment of the first aluminium alloy differs from the heat treatment of the second aluminium alloy; e) welding together the heat-treated first aluminium alloy and the heat-treated second aluminium alloy, to create a composite part; f) forming the composite part into an automobile part, which automobile part has stiff regions and deformable regions; g) cathodic dip coating and/or coat-processing of the automobile part.
A machinable zirconia as a sintered body which is formed from a raw material including a tetragonal zirconia composite powder containing 79.8 to 92 mol% ZrO 2, 4.5 to 10.2 mol% Y 2 O 3, and 3.5 to 7.5 mol% Nb 2 O 5, and a TiO 2 nano powder which is added with a weight ratio of more than 0 wt% to 2.5 wt% to the composite powder, wherein the density of the sintered body is 99% or more, the average particle diameter of particles of the sintered body is 2 μm or more, the hardness of the sintered body is in a range of 4 to 10 GPa, the fracture toughness of the sintered body is in a range of 9 to 14 MPa·m 1/2, and the strength of the sintered body is in a range of 400 to 1000 MPa.
A method for differentiated handling of data traffic related to a network resource, said data traffic being preceded by a lookup procedure for obtaining a network address of the network resource, the method comprising: processing a message of the lookup procedure for adapting the lookup procedure to return a network address of a replacement network resource capable of replacing the network resource in communication of data packets, wherein the network address of the replacement network resource is selected in accordance with a traffic class of the data traffic related to the network resource, and wherein differentiated handling of the data packets in said communication with the replacement network resource is accomplished using a packet classification rule operating on the basis of the network address of the replacement network resource. processing a message of the lookup procedure for adapting the lookup procedure to return a network address of a replacement network resource capable of replacing the network resource in communication of data packets, wherein the network address of the replacement network resource is selected in accordance with a traffic class of the data traffic related to the network resource, and wherein differentiated handling of the data packets in said communication with the replacement network resource is accomplished using a packet classification rule operating on the basis of the network address of the replacement network resource.
A process for producing a sulfonic acid group-containing monomer, comprising the step of mixing and stirring the following: a cyclic compound represented by the following general formula (in the formula, X is F or CF 3 and n is an integer from 1 to 6, when n is 2 or more, each CFX can be the same or different); and a silanol compound represented by the following general formula R 1 R 2 R 3 Si (in the formula, M is an alkali metal or an alkaline earth metal; and each of R 1 to R 3 is independently an optionally substituted hydrocarbon group having a carbon number from 1 to 10, or OM (M is an alkali metal or an alkaline earth metal), wherein the sulfonic acid group-containing monomer is represented by the following general formula CF 2 =CFO n SO 3 Y (in the formula, n and X are the same as n and X in the general formula; and Y is a hydrogen atom, M, or R 1 R 2 R 3 Si (wherein M and R 1 to R 3 are the same as M and R 1 to R 3 in the general formula). a cyclic compound represented by the following general formula (in the formula, X is F or CF 3 and n is an integer from 1 to 6, when n is 2 or more, each CFX can be the same or different); and a silanol compound represented by the following general formula R 1 R 2 R 3 Si (in the formula, M is an alkali metal or an alkaline earth metal; and each of R 1 to R 3 is independently an optionally substituted hydrocarbon group having a carbon number from 1 to 10, or OM (M is an alkali metal or an alkaline earth metal), wherein the sulfonic acid group-containing monomer is represented by the following general formula CF 2 =CFO n SO 3 Y (in the formula, n and X are the same as n and X in the general formula; and Y is a hydrogen atom, M, or R 1 R 2 R 3 Si (wherein M and R 1 to R 3 are the same as M and R 1 to R 3 in the general formula).
A two-wheeler stand comprising at least one base comprising at least one cavity, wherein if this base is brought into contact with a surface, this at least one cavity will form at least one hollow space with the surface, wherein a negative pressure can be built up or released in at least one of these hollow spaces, characterized in that the releasing of the negative pressure and/or the building up of the negative pressure requires a verification, wherein the verification prevents an unauthorized building up or releasing of the negative pressure.