mhurhangee/ep-ind-claims huggingface dataset:
A clamp for a male terminal comprising: - a clamping ring having an axis (A-A), said clamping ring being able to insert on a male terminal according to an insertion direction extended along said axis (A-A), - two jaws (20,21) connected to said clamping ring and mutually approaching to tighten the clamping ring on the male terminal, at least one of said jaws being movable, - clamping means acting on said jaws to move said jaws between a distant position and a close position along a clamping direction (X-X), wherein said clamping means comprise a clamping member rotatable around a clamping axis (B-B) to move the jaws (20, 21) between said distant position and said close position, said clamping axis (B-B) being inclined with respect to a plane perpendicular to the axis (A-A) of the clamping ring so as to form with said plane an angle (α) different from the right angle, - guiding means cooperating with said at least one movable jaw to guide the movement of said at least one movable jaw along said clamping direction (X-X) on said plane, between said distant position and said close position, said clamping direction (X-X) being perpendicular to the axis (A-A) of the clamping ring; characterized in that said guiding means comprises a slider connected to said clamping member and equipped with engaging means to engage one of said two jaws (20, 21), said slider having a body extending along said clamping direction (X-X) by having a trapezium rectangular section, said slider comprising an upper wall and a lower wall parallel to each other, one inclined wall connecting the two walls (242,243) and said engaging means being opposite to said inclined wall, said inclined wall lying on a plane perpendicular to said clamping axis (B-B). - a clamping ring having an axis (A-A), said clamping ring being able to insert on a male terminal according to an insertion direction extended along said axis (A-A), - two jaws (20,21) connected to said clamping ring and mutually approaching to tighten the clamping ring on the male terminal, at least one of said jaws being movable, - clamping means acting on said jaws to move said jaws between a distant position and a close position along a clamping direction (X-X), wherein said clamping means comprise a clamping member rotatable around a clamping axis (B-B) to move the jaws (20, 21) between said distant position and said close position, said clamping axis (B-B) being inclined with respect to a plane perpendicular to the axis (A-A) of the clamping ring so as to form with said plane an angle (α) different from the right angle, - guiding means cooperating with said at least one movable jaw to guide the movement of said at least one movable jaw along said clamping direction (X-X) on said plane, between said distant position and said close position, said clamping direction (X-X) being perpendicular to the axis (A-A) of the clamping ring;
Method for transferring an ongoing communication, in which a mobile terminal (30a, 30b) is involved, from a first to a second base station (BSE, BSi) of a wireless cellular telecommunication network, one of the base stations being located in a moving conveyance, characterised in that, for preparing the transfer of the ongoing communication to the second base station prior that the first and second base stations become neighbour, the method comprises the steps executed by the first base station of: - obtaining (S401, S404) a first information indicating that the first base station will become neighbour of the second base station, - identifying a mobile terminal which is currently under communication with a remote telecommunication device through the first base station, - transferring a message to the second base station requesting the second base station to prepare resources enabling the continuation of the communication with the remote telecommunication device through the second base station, - obtaining a second information indicating that the first base station has become neighbour of the second base station, - transferring the ongoing communication in which the mobile terminal is involved to the second base station, when the second information has been obtained. - obtaining (S401, S404) a first information indicating that the first base station will become neighbour of the second base station, - identifying a mobile terminal which is currently under communication with a remote telecommunication device through the first base station, - transferring a message to the second base station requesting the second base station to prepare resources enabling the continuation of the communication with the remote telecommunication device through the second base station, - obtaining a second information indicating that the first base station has become neighbour of the second base station, - transferring the ongoing communication in which the mobile terminal is involved to the second base station, when the second information has been obtained.
A lockable enclosure comprising: a body having an internal cavity sized to contain one or more articles; an opening through the body to permit access to the articles; a door pivotably connected to the body, the door comprising a plurality of apertures each aperture receiving a button therethrough, wherein when the door is in a closed position it covers the opening in the body; a lock comprising a latch, wherein the latch must be disengaged to move the door to an open position thereby gaining access to the article(s) and wherein the latch is disengaged by pressing one or more of the buttons a predetermined number of times; at least one light source; and at least one power source in communication with the at least one light source, the at least one power source disposed internally to the lockable enclosure; the lockable enclosure characterised by further comprising at least one light pipe in communication with the at least one light source, wherein the at least one light pipe is arranged to transmit light from the at least one light source to each of the buttons. a body having an internal cavity sized to contain one or more articles; an opening through the body to permit access to the articles; a door pivotably connected to the body, the door comprising a plurality of apertures each aperture receiving a button therethrough, wherein when the door is in a closed position it covers the opening in the body; a lock comprising a latch, wherein the latch must be disengaged to move the door to an open position thereby gaining access to the article(s) and wherein the latch is disengaged by pressing one or more of the buttons a predetermined number of times; at least one light source; and at least one power source in communication with the at least one light source, the at least one power source disposed internally to the lockable enclosure; the lockable enclosure characterised by further comprising at least one light pipe in communication with the at least one light source, wherein the at least one light pipe is arranged to transmit light from the at least one light source to each of the buttons.
A display assembly, comprising: an array substrate; a package substrate adhered to the array substrate, wherein the package substrate includes inorganic and organic package layers (301, 302, 303); and a photosensitive device; wherein the array substrate includes a pixel unit for emitting light to an object to be recognized on a displaying side of the display assembly; the photosensitive device is provided on a layer of said package substrate for generating an optical signal based on received light reflected by the object to be recognized and converting the generated optical signal into an electric signal for recognizing the object to be recognized, characterised in that the package substrate includes a first inorganic package layer, an organic package layer, and a second inorganic package layer laminated sequentially, wherein the photosensitive device is arranged between the organic package layer and one of the first and second inorganic package layers. an array substrate; a package substrate adhered to the array substrate, wherein the package substrate includes inorganic and organic package layers (301, 302, 303); and a photosensitive device; wherein the array substrate includes a pixel unit for emitting light to an object to be recognized on a displaying side of the display assembly; the photosensitive device is provided on a layer of said package substrate for generating an optical signal based on received light reflected by the object to be recognized and converting the generated optical signal into an electric signal for recognizing the object to be recognized, characterised in that the package substrate includes a first inorganic package layer, an organic package layer, and a second inorganic package layer laminated sequentially, wherein the photosensitive device is arranged between the organic package layer and one of the first and second inorganic package layers.
A roller brush assembly, comprising: a roller brush device (10, 10'), comprising a roller brush housing (11, 11') and a roller brush rotatably connected in the roller brush housing (11, 11'), one side of the roller brush housing (11, 11') being provided with a swing arm (13, 13'); a lifting drive motor (30, c); and a lifting transmission assembly, connected to the lifting drive motor (30, c) and driven by the lifting drive motor (30, c) to drive the swing arm (13, 13') to swing, allowing the roller brush device (10, 10') to be lifted; characterized in that, the roller brush device (10, 10') is capable of backswing downward by its own gravity when the lifting drive motor (30, c) drives the lifting transmission assembly to make a reverse movement. a roller brush device (10, 10'), comprising a roller brush housing (11, 11') and a roller brush rotatably connected in the roller brush housing (11, 11'), one side of the roller brush housing (11, 11') being provided with a swing arm (13, 13'); a lifting drive motor (30, c); and a lifting transmission assembly, connected to the lifting drive motor (30, c) and driven by the lifting drive motor (30, c) to drive the swing arm (13, 13') to swing, allowing the roller brush device (10, 10') to be lifted; characterized in that, the roller brush device (10, 10') is capable of backswing downward by its own gravity when the lifting drive motor (30, c) drives the lifting transmission assembly to make a reverse movement.
A coordinated-spatial reuse, in the following also referred to as CO-SR, transmission method, comprising: transmitting, by a transceiver of a sharing access point, AP, an announcement frame to a shared AP; receiving, by the transceiver, a first block acknowledgement, BA, frame from a first station, STA, associated with the sharing AP; and transmitting, by the transceiver, a dummy clear-to-send, CTS, frame before transmitting a next announcement frame in response to the first STA being a first legacy STA. transmitting, by a transceiver of a sharing access point, AP, an announcement frame to a shared AP; receiving, by the transceiver, a first block acknowledgement, BA, frame from a first station, STA, associated with the sharing AP; and transmitting, by the transceiver, a dummy clear-to-send, CTS, frame before transmitting a next announcement frame in response to the first STA being a first legacy STA.
An object identification device comprising: a map information storage unit to store map information indicating information on a road; a region determination unit to acquire observed position information indicating observed positions at which an object is observed from a plurality of sensors, and determine whether each observed position is in any one of regions into which an area indicated by the map information is divided; a road reference position conversion unit to convert each observed position determined to be in the region of the map information, into a traveling direction position indicating a position in a direction parallel to an assumed road direction in the region indicated by the map information, and a transverse direction position indicating a position in a direction perpendicular to the assumed road direction in the region, using the map information; and a comparison unit to rearrange the observed positions in order of the traveling direction, create pairs of front and rear observed positions in the traveling direction, calculate a difference in the traveling direction positions and a difference in the transverse direction positions between each pair of observed positions, and determine that a pair of observed positions between which the differences are within thresholds specified in respective items are derived from the same object, and determine that a pair of observed positions between which at least one of the differences is greater than the threshold are derived from different objects. a map information storage unit to store map information indicating information on a road; a region determination unit to acquire observed position information indicating observed positions at which an object is observed from a plurality of sensors, and determine whether each observed position is in any one of regions into which an area indicated by the map information is divided; a road reference position conversion unit to convert each observed position determined to be in the region of the map information, into a traveling direction position indicating a position in a direction parallel to an assumed road direction in the region indicated by the map information, and a transverse direction position indicating a position in a direction perpendicular to the assumed road direction in the region, using the map information; and a comparison unit to rearrange the observed positions in order of the traveling direction, create pairs of front and rear observed positions in the traveling direction, calculate a difference in the traveling direction positions and a difference in the transverse direction positions between each pair of observed positions, and determine that a pair of observed positions between which the differences are within thresholds specified in respective items are derived from the same object, and determine that a pair of observed positions between which at least one of the differences is greater than the threshold are derived from different objects.
A method comprising: obtaining information, from a cloud server functionally connected to a cellular network that said cloud server comprises mobile terminated, MT, user data to at least one user equipment connected to a radio access network of said cellular network, said information comprising priority indication of said MT user data, characterized by determining, on the basis of said priority indication, delay tolerance and priority for at least one radio connection bearer for transmitting said MT user data; and providing at least one network element in said radio access network with information related to said delay tolerance and priority for said at least one radio connection bearer. obtaining information, from a cloud server functionally connected to a cellular network that said cloud server comprises mobile terminated, MT, user data to at least one user equipment connected to a radio access network of said cellular network, said information comprising priority indication of said MT user data, characterized by determining, on the basis of said priority indication, delay tolerance and priority for at least one radio connection bearer for transmitting said MT user data; and providing at least one network element in said radio access network with information related to said delay tolerance and priority for said at least one radio connection bearer.
A method of manufacturing an article of footwear, comprising: forming an upper using a rapid manufacturing additive fabrication technique, wherein the step of forming the upper includes forming a plurality of generally flat upper portions and joining the plurality of upper portions together to form the upper; forming a sole structure including: forming a midsole using a rapid manufacturing additive fabrication technique, wherein the midsole has a first region of a first thickness, a second region of a second thickness, and a third region of a third thickness, and forming an outsole engaged with the midsole and having an outsole thickness; and engaging the upper with the sole structure. forming an upper using a rapid manufacturing additive fabrication technique, wherein the step of forming the upper includes forming a plurality of generally flat upper portions and joining the plurality of upper portions together to form the upper; forming a sole structure including: forming a midsole using a rapid manufacturing additive fabrication technique, wherein the midsole has a first region of a first thickness, a second region of a second thickness, and a third region of a third thickness, and forming an outsole engaged with the midsole and having an outsole thickness; and forming a midsole using a rapid manufacturing additive fabrication technique, wherein the midsole has a first region of a first thickness, a second region of a second thickness, and a third region of a third thickness, and forming an outsole engaged with the midsole and having an outsole thickness; and engaging the upper with the sole structure.
A process for making a composite polymer composition, said process comprising: providing a light polymerizable liquid composition comprising: a first polymerizable component; a second polymerizable component, and a photoinitiator, the light polymerizable liquid composition is characterized by a liquid ratio of the first polymerizable component to the second polymerizable component; generating a first polymer region having a first ratio of the first polymerizable component to the second polymerizable component by exposing the light polymerizable liquid composition to a first exposure of light characterized by a first exposure region; and polymerizing the light polymerizable liquid composition in a second region different than the first region and adjacent to, contacting, or overlapping with the first exposure region, wherein the second region has a second ratio of the first polymerizable component to the second polymerizable component, wherein the liquid ratio, the first ratio, and the second ratio are different. providing a light polymerizable liquid composition comprising: a first polymerizable component; a second polymerizable component, and a photoinitiator, the light polymerizable liquid composition is characterized by a liquid ratio of the first polymerizable component to the second polymerizable component; a first polymerizable component; a second polymerizable component, and a photoinitiator, generating a first polymer region having a first ratio of the first polymerizable component to the second polymerizable component by exposing the light polymerizable liquid composition to a first exposure of light characterized by a first exposure region; and polymerizing the light polymerizable liquid composition in a second region different than the first region and adjacent to, contacting, or overlapping with the first exposure region, wherein the second region has a second ratio of the first polymerizable component to the second polymerizable component,
A device for mounting wire rope loops for connecting precast concrete parts, comprising a part which is of U-shaped cross-section having a bottom and a side walls (2a, 2b), wherein provided in the bottom thereof is at least one opening for passing two rope portions therethrough, which are combined together from one rope loop, wherein the U-shaped part is designed to receive a rope eye angled approximately parallel to the bottom of the U-shaped part, whereby the free ends of the rope portions extend perpendicularly to the bottom of the U-shaped part through the at least one opening, wherein provided on the U-shaped part are abutments and mounting elements (5, 5', 5") which are at least partially shaped out of the bottom and are designed to hold the rope eye in the position angled relative to the rope ends in the U-shaped part and wherein the openings produced by shaping out of the bottom, with the exception of apertures (6a, 6b; 8a, 8b) for the rope ends which are passed through the bottom of the U-shaped part are closable by plugs, wherein all abutments required for the angled configuration and for mounting the rope loop in the angled state and all required mounting elements (5, 5', 5") are formed by the bottom or by bottom portions which are stamped out of the bottom of the U-shaped part and which are at least partially bent out of the plane of the bottom inwardly, characterised in that at a spacing relative to the abutments and at a spacing relative to the side walls (2a, 2b) of the U-shaped part a mounting element (5, 5', 5") in the form of a plate-shaped portion is bent out of the bottom, the free edge thereof having at least one orifice having at least one undercut configuration.
Thermal management system, for an electrical component liable to release heat during its operation, in particular for an electrical energy storage module, this system comprising: - at least one housing intended to receive at least one electrical component, notably a plurality of such housings arranged in parallel; - at least one heat exchange plate extending over at least part of the surface of the lateral face of the housing, said at least one plate comprising at least one canal for heat-transfer fluid between a fluid inlet and a fluid outlet of said plate; - an intake duct configured to supply the plate with heat-transfer fluid via the fluid inlet of the plate and a discharge duct configured to remove the heat-transfer fluid from the plate via the fluid outlet of the plate, - a casing defining the housing or housings and receiving the heat-exchange plate and the intake and discharge ducts, said system being characterized in that it furthermore comprises - a fluid collecting tank arranged to collect any fluid that might leak from the junction between the fluid inlet and outlet of the plate and the associated intake and discharge ducts, so as to prevent this leaking fluid from dropping into the casing, notably into a region containing the at least one electrical component. - at least one housing intended to receive at least one electrical component, notably a plurality of such housings arranged in parallel; - at least one heat exchange plate extending over at least part of the surface of the lateral face of the housing, said at least one plate comprising at least one canal for heat-transfer fluid between a fluid inlet and a fluid outlet of said plate; - an intake duct configured to supply the plate with heat-transfer fluid via the fluid inlet of the plate and a discharge duct configured to remove the heat-transfer fluid from the plate via the fluid outlet of the plate, - a casing defining the housing or housings and receiving the heat-exchange plate and the intake and discharge ducts, said system being characterized in that it furthermore comprises - a fluid collecting tank arranged to collect any fluid that might leak from the junction between the fluid inlet and outlet of the plate and the associated intake and discharge ducts, so as to prevent this leaking fluid from dropping into the casing, notably into a region containing the at least one electrical component.
A process comprising the following step: catalyzing a click chemistry ligation reaction between a first reactant having a terminal alkyne moiety and second reactant having an azide moiety for forming a product having a triazole moiety, the click chemistry ligation reaction being performed in a solution in contact with metallic copper, said metallic copper acting as a source of catalytic Cu for catalysis of the click chemistry ligation reaction.