mhurhangee/ep-ind-claims huggingface dataset:
Collection case for storing and/or transporting valuables comprising: - an enclosure provided with an internal storage compartment suitable for receiving the valuables to be protected and an opening leading to said internal compartment, - a lid hinged to said enclosure along one of the edges of the opening between a "closed" position and an "open" position and vice versa, the lid comprising a frontal opening arranged on its external wall, - a device for introducing the valuables into said internal compartment when said lid is in a "closed" position, comprising a drum determining a reception zone for the valuables and being capable of pivoting in said lid between an "introduction" position in which the reception zone is opposite the frontal opening and a "transfer" position in which its reception zone is opposite said opening, said case comprising a hatch arranged in the opening of the enclosure and capable of at least partly sealing the latter, and a pivoting mechanism designed to move said hatch from a "closed" position to an "open" position when the drum of the introduction device moves from its "transfer" position to its "introduction" position, and vice versa. - an enclosure provided with an internal storage compartment suitable for receiving the valuables to be protected and an opening leading to said internal compartment, - a lid hinged to said enclosure along one of the edges of the opening between a "closed" position and an "open" position and vice versa, the lid comprising a frontal opening arranged on its external wall, - a device for introducing the valuables into said internal compartment when said lid is in a "closed" position, comprising a drum determining a reception zone for the valuables and being capable of pivoting in said lid between an "introduction" position in which the reception zone is opposite the frontal opening and a "transfer" position in which its reception zone is opposite said opening, said case comprising a hatch arranged in the opening of the enclosure and capable of at least partly sealing the latter, and a pivoting mechanism designed to move said hatch from a "closed" position to an "open" position when the drum of the introduction device moves from its "transfer" position to its "introduction" position, and vice versa.
A tape printing device that is able to be operated by being handheld, comprising: a printing device main body that includes an operating portion and a displaying portion on a front surface; and a magnet portion that is detachably mounted on a rear surface of the printing device main body, and is used for adsorbing the printing device main body to an object to be installed, characterized in that the magnet portion is detachably mounted on a pair of seat portions for flatly placing, the pair of seat portions serving as a pedestal for attaching the magnet portion. a printing device main body that includes an operating portion and a displaying portion on a front surface; and a magnet portion that is detachably mounted on a rear surface of the printing device main body, and is used for adsorbing the printing device main body to an object to be installed, characterized in that the magnet portion is detachably mounted on a pair of seat portions for flatly placing, the pair of seat portions serving as a pedestal for attaching the magnet portion.
Assembly having a clutch actuator for actuating a clutch in the drive train of a motor vehicle, the clutch actuator having a housing, a drive (6, 9, 10, 11), a pushrod, which can be adjusted in an axial direction by the drive (6, 9, 10, 11), a tappet, which is coupled to the pushrod, and a guide component, which is accommodated movably in the housing and receives that end of the tappet which faces the pushrod, wherein at least one stroke sensor, which is associated with the guide component, and a rotation angle sensor, which is associated with the drive (6, 9, 10, 11), are provided, characterized in that the assembly further having a controller, wherein the controller is set up and designed to determine the start of the release stroke of a clutch actuated by the clutch actuator from a comparison of the signal of the stroke sensor and the signal of the rotation angle sensor.
Insulating glass element for a refrigeration cabinet, at least comprising - a first pane and a second pane spaced at a distance therefrom with, in each case, two opposite parallel horizontal edges (14.1, 14.2, 15.1, 15.2) and, in each case, two opposite parallel vertical edges (17.3, 17.4, 18.3, 18.4) - two horizontally arranged spacers (13.1, 13.2) between the first pane and the second pane, - two vertically arranged flat profiles (16.3, 16.4), which are, in each case, secured to the vertical edges of the first pane (17.3, 17.4) and to the vertical edges of the second pane (18.3, 18.4), wherein the two flat profiles (16.3, 16.4) do not extend into a region between the two panes (11, 12), - the two horizontally arranged spacers (13.1, 13.2) and the two vertically arranged flat profiles (16.3, 16.4) directly enclose an inner interpane space between the first pane and the second pane and - at least one of the flat profiles (16.3, 16.4) is transparent, characterized in that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one ceramic additional layer, and/or that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one transparent metallic additional layer. - a first pane and a second pane spaced at a distance therefrom with, in each case, two opposite parallel horizontal edges (14.1, 14.2, 15.1, 15.2) and, in each case, two opposite parallel vertical edges (17.3, 17.4, 18.3, 18.4) - two horizontally arranged spacers (13.1, 13.2) between the first pane and the second pane, - two vertically arranged flat profiles (16.3, 16.4), which are, in each case, secured to the vertical edges of the first pane (17.3, 17.4) and to the vertical edges of the second pane (18.3, 18.4), wherein the two flat profiles (16.3, 16.4) do not extend into a region between the two panes (11, 12), - the two horizontally arranged spacers (13.1, 13.2) and the two vertically arranged flat profiles (16.3, 16.4) directly enclose an inner interpane space between the first pane and the second pane and - at least one of the flat profiles (16.3, 16.4) is transparent, characterized in that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one ceramic additional layer, and/or that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one transparent metallic additional layer.
A run-flat tire, comprising: a sidewall having a side-reinforcing rubber layer with an approximately crescent-shaped cross section, wherein on the external surface of at least one sidewall, a plurality of protrusions raised in a tire axially outward direction are arranged in a tire circumferential direction, in a front view of the sidewall, the protrusions each extend to incline relative to a tire radial direction, and protrusions adjacent to each other in a tire circumferential direction are positioned to overlap each other in a tire circumferential direction, characterized in that length of protrusion in a radius direction is 15 to 35% of tire cross-sectional height (Ha). a sidewall having a side-reinforcing rubber layer with an approximately crescent-shaped cross section, wherein on the external surface of at least one sidewall, a plurality of protrusions raised in a tire axially outward direction are arranged in a tire circumferential direction, in a front view of the sidewall, the protrusions each extend to incline relative to a tire radial direction, and protrusions adjacent to each other in a tire circumferential direction are positioned to overlap each other in a tire circumferential direction, characterized in that length of protrusion in a radius direction is 15 to 35% of tire cross-sectional height (Ha).
An extraction cleaner for a floor surface, comprising: a housing (12, 14); a fluid delivery system supported by the housing (12, 14) for storing cleaning fluid and delivering the cleaning fluid to the floor surface, comprising: a bladder for storing a supply of cleaning fluid and comprising an inlet spout; and at least one fluid distributor (22, 24) in fluid communication with the bladder for depositing a cleaning fluid onto the floor surface; a fluid recovery system supported by the housing (12, 14) for removing the spent cleaning fluid and dirt from the floor surface and storing the spent cleaning fluid and dirt, comprising: a recovery tank receiving the bladder and having a chamber for storing spent cleaning fluid and dirt that is recovered from the floor surface; an extraction nozzle extending towards a surface to be cleaned and in fluid communication with the recovery tank; and a suction source in fluid communication with the recovery tank and configured to generate a working airflow through the extraction nozzle and into the recovery tank; characterized by a fill cap covering the inlet spout of the bladder to prevent spent cleaning fluid and dirt from mixing with the cleaning fluid stored inside the bladder. a housing (12, 14); a fluid delivery system supported by the housing (12, 14) for storing cleaning fluid and delivering the cleaning fluid to the floor surface, comprising: a bladder for storing a supply of cleaning fluid and comprising an inlet spout; and at least one fluid distributor (22, 24) in fluid communication with the bladder for depositing a cleaning fluid onto the floor surface; a bladder for storing a supply of cleaning fluid and comprising an inlet spout; and at least one fluid distributor (22, 24) in fluid communication with the bladder for depositing a cleaning fluid onto the floor surface; a fluid recovery system supported by the housing (12, 14) for removing the spent cleaning fluid and dirt from the floor surface and storing the spent cleaning fluid and dirt, comprising: a recovery tank receiving the bladder and having a chamber for storing spent cleaning fluid and dirt that is recovered from the floor surface; an extraction nozzle extending towards a surface to be cleaned and in fluid communication with the recovery tank; and a suction source in fluid communication with the recovery tank and configured to generate a working airflow through the extraction nozzle and into the recovery tank; characterized by a recovery tank receiving the bladder and having a chamber for storing spent cleaning fluid and dirt that is recovered from the floor surface; an extraction nozzle extending towards a surface to be cleaned and in fluid communication with the recovery tank; and a suction source in fluid communication with the recovery tank and configured to generate a working airflow through the extraction nozzle and into the recovery tank; characterized by a fill cap covering the inlet spout of the bladder to prevent spent cleaning fluid and dirt from mixing with the cleaning fluid stored inside the bladder.
A head for high-pressure washers comprising two dispensing nozzles (140, 145) and an accessory, the accessory comprising: - a body defining an inner chamber, - an inlet mouth for a pressurized fluid communicating with the inner chamber and adapted to be placed in hydraulic connection with an outlet mouth of a dispensing gun, and - two outlet mouths (160, 165) of the pressurized fluid communicating with the inner chamber and individually adapted to be placed in a hydraulic connection with an inlet mouth of a respective one of the dispensing nozzles (140, 145), wherein each outlet mouth (160, 165) of the body is associated to a respective engagement device, which provides a separable hydraulic connection between said outlet mouth (160, 165) of the body and the inlet mouth of the respective dispensing nozzle (140, 145), wherein the outlet mouths (160, 165) have axes (X', X") coplanar and mutually divergent in the dispensing direction, characterized in that each engagement device comprises a quick coupling and quick-release hydraulic connector having a first portion, which is associated to the outlet mouth (160, 165) of the body, and a second portion, which is associated to the inlet mouth of the dispensing nozzle (140, 145) and is adapted to become attached with the first portion, wherein the mutual inclination angle (α) of the axes (X', X") of the outlet mouths (160, 165) is of between 5°and 15 °. - a body defining an inner chamber, - an inlet mouth for a pressurized fluid communicating with the inner chamber and adapted to be placed in hydraulic connection with an outlet mouth of a dispensing gun, and - two outlet mouths (160, 165) of the pressurized fluid communicating with the inner chamber and individually adapted to be placed in a hydraulic connection with an inlet mouth of a respective one of the dispensing nozzles (140, 145), each engagement device comprises a quick coupling and quick-release hydraulic connector having a first portion, which is associated to the outlet mouth (160, 165) of the body, and a second portion, which is associated to the inlet mouth of the dispensing nozzle (140, 145) and is adapted to become attached with the first portion, wherein the mutual inclination angle (α) of the axes (X', X") of the outlet mouths (160, 165) is of between 5°and 15 °.
Method for producing a three-dimensional target structure in a lithographic material by means of a laser lithography device, wherein the target structure is defined in that, within a writing region of the laser lithography device, a focus region of a laser writing beam passes through a scan manifold, which is a scan curve, through the lithographic material, wherein an exposure dose is radiated into the lithographic material in the focus region of the laser writing beam and a structure region is defined locally using multi-photon absorption, the method comprising: a) providing at least one exposure data set which represents a local exposure dose for the scan manifold depending on the location; b) defining a structure approximating the target structure on the basis of the at least one exposure data set; c) analyzing the already defined structure by means of a spatially resolving imaging measurement method and determining at least one analysis data set which represents the analyzed structure; d) determining a deviation data set which represents deviations of the already defined structure from the target structure; e) determining at least one correction exposure data set which represents a correction exposure dose required to compensate for the deviations for the scan manifold depending on the location; f) defining a correction structure on the basis of the at least one correction exposure data set. a) providing at least one exposure data set which represents a local exposure dose for the scan manifold depending on the location; b) defining a structure approximating the target structure on the basis of the at least one exposure data set; c) analyzing the already defined structure by means of a spatially resolving imaging measurement method and determining at least one analysis data set which represents the analyzed structure; d) determining a deviation data set which represents deviations of the already defined structure from the target structure; e) determining at least one correction exposure data set which represents a correction exposure dose required to compensate for the deviations for the scan manifold depending on the location; f) defining a correction structure on the basis of the at least one correction exposure data set.
A short arc welding method comprising: ramping down a welding current, generated by a power source, that reaches a welding zone via a welding circuit; and storing inductive energy from the welding circuit that is generated as a result of the ramping down to obtain stored energy; characterised in that the method further comprises: selectively feeding the stored energy to the welding circuit. ramping down a welding current, generated by a power source, that reaches a welding zone via a welding circuit; and storing inductive energy from the welding circuit that is generated as a result of the ramping down to obtain stored energy; characterised in that the method further comprises: selectively feeding the stored energy to the welding circuit.
An object classification device comprising: a keyword determining unit that determines keywords for one or plural objects; a keyword ordering unit that orders the plural determined keywords based on a conceptual hierarchical structure which is a structure that hierarchically represents concepts of words; and a classifying unit that classifies the objects so as to be associated with the ordered keywords and creates a two-dimensional object classifying table in which keywords are arranged in a row direction and contexts are arranged in a column direction, and the objects corresponding to the respective elements of the object classifying table are arranged, wherein the object classification device is adapted to receive a retrieval condition from a user and to retrieve plural retrieval objects based on the input retrieval condition, wherein a range of the two-dimensional object classifying table is identified based on the input retrieval condition, and the objects corresponding to the identified range are selected as retrieval objects, and wherein the keyword ordering unit orders the keywords in the respective hierarchies in order from a highest hierarchy of the conceptual hierarchical structure in which the plural words are arranged, based on the conceptual hierarchical structure in which a group of words associated with each word, as a subordinate concept of the word, is rearranged based on a relevance of the group of words to plural words arranged in a hierarchy which is one higher than the hierarchy of the group of words. a keyword determining unit that determines keywords for one or plural objects; a keyword ordering unit that orders the plural determined keywords based on a conceptual hierarchical structure which is a structure that hierarchically represents concepts of words; and a classifying unit that classifies the objects so as to be associated with the ordered keywords and creates a two-dimensional object classifying table in which keywords are arranged in a row direction and contexts are arranged in a column direction, and the objects corresponding to the respective elements of the object classifying table are arranged, wherein the object classification device is adapted to receive a retrieval condition from a user and to retrieve plural retrieval objects based on the input retrieval condition, wherein a range of the two-dimensional object classifying table is identified based on the input retrieval condition, and the objects corresponding to the identified range are selected as retrieval objects, and wherein the keyword ordering unit orders the keywords in the respective hierarchies in order from a highest hierarchy of the conceptual hierarchical structure in which the plural words are arranged, based on the conceptual hierarchical structure in which a group of words associated with each word, as a subordinate concept of the word, is rearranged based on a relevance of the group of words to plural words arranged in a hierarchy which is one higher than the hierarchy of the group of words.
A battery unit, comprising: a flat battery having a tubular exterior can with a bottom and a tubular sealing can with a bottom that covers an opening of the exterior can, the exterior can and the sealing can being assembled so that a portion of a side wall of the exterior can that is adjacent the opening is positioned on an outer circumference of a side wall of the sealing can; and a substrate (61, 102) provided on a flat surface of said exterior can or a flat surface of said sealing can, said substrate (61, 102) being mounted with a circuit component, of the flat surfaces of the exterior can and the sealing can, the flat surface provided with said substrate (61, 102) thereon being provided with a battery side terminal electrically connected to the flat battery, said substrate (61, 102) having a substrate side terminal electrically connected to said battery side terminal at a side surface thereof wherein said substrate (61, 102) is provided with a notch (61a, 102a, 102c) at an outer circumferential edge thereof, and wherein said substrate side terminal is formed on a side surface of said substrate (61, 102) in said notch (61a, 102a, 102c). a flat battery having a tubular exterior can with a bottom and a tubular sealing can with a bottom that covers an opening of the exterior can, the exterior can and the sealing can being assembled so that a portion of a side wall of the exterior can that is adjacent the opening is positioned on an outer circumference of a side wall of the sealing can; and a substrate (61, 102) provided on a flat surface of said exterior can or a flat surface of said sealing can, said substrate (61, 102) being mounted with a circuit component, of the flat surfaces of the exterior can and the sealing can, the flat surface provided with said substrate (61, 102) thereon being provided with a battery side terminal electrically connected to the flat battery, said substrate (61, 102) having a substrate side terminal electrically connected to said battery side terminal at a side surface thereof wherein said substrate (61, 102) is provided with a notch (61a, 102a, 102c) at an outer circumferential edge thereof, and wherein said substrate side terminal is formed on a side surface of said substrate (61, 102) in said notch (61a, 102a, 102c).
Domestic appliance, in particular dishwasher, wherein the domestic appliance has a container, comprising a container rear wall, for receiving items to be processed, to which, in the integrated position, at least one load limiter (4; 5) is assigned, in particular to support against a surrounding kitchen furniture unit or a wall in an integrated state and/or to support against external forces in a stacked or raised state during transportation or temporary storage, wherein the at least one load limiter (4, 5) is held directly or indirectly on the container rear wall of the container, characterised in that the at least one load limiter (4; 5) is provided with at least one open or enclosed recess, which is embodied in the manner of a channel in the depth direction of the domestic appliance and into which, in the mounted position of the load limiter (4, 5), at least one tab (19; 20) assigned to the outer region of the container rear wall of the container or similar hook-type holder engages, wherein the at least one tab (19; 20) or similar hook-type holder is assigned to the outer edge of the container rear wall of the container in the form of an essentially vertically standing flange (11a; 11b) and is pushed out of this such that a sub region of the at least one tab (19; 20) or similar hook-type holder is bent in particular by approximately 70 to 90°, preferably edge folded, so that a form-fit attachment of the tab (19; 20) or similar hook-type holder is produced in the channel-type recess, with which the load limiter (4, 5) is fixed.