mhurhangee/ep-ind-claims huggingface dataset:
A box blank for forming a hexagonal box comprising: a rectangular main body, having opposed first and second sides and opposed third and fourth sides adapted to form a hexagonal box; flaps (106 - 111) consisting of a first set of six independent flaps (106b - 111b, 206b, 207b, 209b, 210b) extending from the third side, and a second set of six independent flaps (106a-111a,206a,207a,209b,210b) extending from the fourth side; at least two adjacent flaps on the third side having different shapes; and at least two adjacent flaps on the fourth side have different shapes; wherein the rectangular body has six sections (106 - 111) of substantially equal width and height such that all internal angles of the exagonal box when formed are obtuse, wherein parallel score lines divide the rectangular body into the six sections (106 -111); at least two flaps of the first set and at least two flaps of the second set have four edges unconnected to other edges, and no more than two of the six flaps of the first set and no more than two of the six flaps of the second set are rectangular; and wherein the adjacent flaps extending from the third side and fourth side, respectively, abut without creating a space along the third and fourth sides, respectively, characterized in that each independent flap has three to four edges unconnected to other edges. a rectangular main body, having opposed first and second sides and opposed third and fourth sides adapted to form a hexagonal box; flaps (106 - 111) consisting of a first set of six independent flaps (106b - 111b, 206b, 207b, 209b, 210b) extending from the third side, and a second set of six independent flaps (106a-111a,206a,207a,209b,210b) extending from the fourth side; at least two adjacent flaps on the third side having different shapes; and at least two adjacent flaps on the fourth side have different shapes; wherein the rectangular body has six sections (106 - 111) of substantially equal width and height such that all internal angles of the exagonal box when formed are obtuse, wherein parallel score lines divide the rectangular body into the six sections (106 -111); at least two flaps of the first set and at least two flaps of the second set have four edges unconnected to other edges, and no more than two of the six flaps of the first set and no more than two of the six flaps of the second set are rectangular; and wherein the adjacent flaps extending from the third side and fourth side, respectively, abut without creating a space along the third and fourth sides, respectively, characterized in that each independent flap has three to four edges unconnected to other edges.
A sports shoe suitable for exercise, comprising a sole absorbing a shock of landing, an upper covering an instep of a foot, and a fastening member fitting the upper to the instep of the foot, wherein the upper has a first opening from which a leg extends upwardly during wearing and a second opening which is closed with a tongue covering the instep of the foot, and the first and second openings (1,2) are continuous with each other in a front-rear direction, wherein the upper comprises: a first shape-retaining region covering at least a medial side surface of a ball of a big toe; a second shape-retaining region covering at least a part of proximal phalanges of a third toe and a fourth toe; and a deformation region being located anterior to the second opening between the first and second shape-retaining regions (41,42) and being easier to deform than the first and second shape-retaining regions (41,42), wherein the first and second shape-retaining regions (41,42) come closer to each other by a fastening force applied by the fastening member, and a main member forming the upper in the deformation region shrinks in a width direction of the foot by the fastening force, a center line of the second opening inclines toward a medial side of the foot along a ridge line of the instep of the foot as it extends toward a front of the foot, and the deformation region is continuous with the second opening, and a center line of the deformation region inclines toward the medial side of the foot as it extends toward the front of the foot from a front end of the second opening, and the deformation region extends to an interphalangeal joint of the big toe or a second toe (J1, J2). a first shape-retaining region covering at least a medial side surface of a ball of a big toe; a second shape-retaining region covering at least a part of proximal phalanges of a third toe and a fourth toe; and a deformation region being located anterior to the second opening between the first and second shape-retaining regions (41,42) and being easier to deform than the first and second shape-retaining regions (41,42), wherein the first and second shape-retaining regions (41,42) come closer to each other by a fastening force applied by the fastening member, and a main member forming the upper in the deformation region shrinks in a width direction of the foot by the fastening force, a center line of the second opening inclines toward a medial side of the foot along a ridge line of the instep of the foot as it extends toward a front of the foot, and the deformation region is continuous with the second opening, and a center line of the deformation region inclines toward the medial side of the foot as it extends toward the front of the foot from a front end of the second opening, and the deformation region extends to an interphalangeal joint of the big toe or a second toe (J1, J2).
Overhead line installation with a contact wire, to which at least one vibration absorber is attached, with a catenary system (2,3) with a catenary wire and with droppers, which are used to suspend the contact wire from the catenary wire, wherein the at least one vibration absorber is attached to the contact wire in such a way that the vibration absorber releases the region of the contact wire facing the ground for travel by the contact wire by way of a current collector, wherein the contact wire has grooves and the at least one vibration absorber is held in the grooves by a holding apparatus, characterised in that the at least one vibration absorber is attached between the droppers, wherein the vibration absorber is exclusively connected to the contact wire by means of the holding apparatus.
A compact cigarette manufacturing machine comprising: a housing enclosing a material chamber, the material chamber having a bottom surface and an open end for receiving materials to be filled in a cigarette tube; a filling pipe disposed on the housing to define a filling tip, wherein the filling pipe extends into a filling cavity, wherein the filling cavity is in communication with the material chamber through an opening of the bottom surface of the material chamber; a loading element assembled with the housing and slidable along the bottom surface of the material chamber, wherein the loading element is operable to load the materials into the filling cavity through the opening of the bottom surface; a pusher disposed below the material chamber and operable to move horizontally toward or away form the push spoon in order to compress the materials, characterized by a push spoon slidably disposed inside the filling cavity, wherein the push spoon is operable to deliver the materials in the filling cavity into the cigarette tube when the cigarette tube is loaded on the filling tip; and a presser assembled with the housing and operable to press the materials loaded in the filling cavity. a housing enclosing a material chamber, the material chamber having a bottom surface and an open end for receiving materials to be filled in a cigarette tube; a filling pipe disposed on the housing to define a filling tip, wherein the filling pipe extends into a filling cavity, wherein the filling cavity is in communication with the material chamber through an opening of the bottom surface of the material chamber; a loading element assembled with the housing and slidable along the bottom surface of the material chamber, wherein the loading element is operable to load the materials into the filling cavity through the opening of the bottom surface; a pusher disposed below the material chamber and operable to move horizontally toward or away form the push spoon in order to compress the materials, characterized by a push spoon slidably disposed inside the filling cavity, wherein the push spoon is operable to deliver the materials in the filling cavity into the cigarette tube when the cigarette tube is loaded on the filling tip; and a presser assembled with the housing and operable to press the materials loaded in the filling cavity.
An article comprising a textile body, a conductive region (103, 111) that forms an electrode arranged to measure or apply signals to a further object, and an embossing material (105, 113), wherein the embossing material (105, 113) causes the conductive region (103, 111) to adopt and retain a raised, embossed, profile that projects outwardly from a surface of the textile body, characterised in that the embossing material (105, 113) comprises a heat and/or pressure-activated adhesive material.
A video arm assembly, comprising: a base attachable to a surface; a knuckle rotatably engaging the base; an arm connected to the knuckle so that the arm rotates with the knuckle; a mount fixed to the arm distal to the knuckle for supporting a video monitor, wherein the mount is rotatable relative to the arm; a friction clutch; a one-way bearing engaging both the friction clutch and the knuckle, thereby providing rotation of the knuckle with respect to the one-way bearing and the base in a first direction, wherein the friction clutch engages the one-way bearing in such a way that when the knuckle rotates with respect to the base in a second direction opposite the first direction, the one-way bearing rotates with the knuckle in the second direction, characterized in that the knuckle includes a spindle engaging the one-way bearing; a stop connected to the knuckle; and a latch removably engaging the stop wherein the latch prevents movement of the knuckle in the first direction when the latch engages the stop. a base attachable to a surface; a knuckle rotatably engaging the base; an arm connected to the knuckle so that the arm rotates with the knuckle; a mount fixed to the arm distal to the knuckle for supporting a video monitor, wherein the mount is rotatable relative to the arm; a friction clutch; a one-way bearing engaging both the friction clutch and the knuckle, thereby providing rotation of the knuckle with respect to the one-way bearing and the base in a first direction, wherein the friction clutch engages the one-way bearing in such a way that when the knuckle rotates with respect to the base in a second direction opposite the first direction, the one-way bearing rotates with the knuckle in the second direction, characterized in that the knuckle includes a spindle engaging the one-way bearing; a stop connected to the knuckle; and a latch removably engaging the stop wherein the latch prevents movement of the knuckle in the first direction when the latch engages the stop.
A method performed by a first network node in a wireless communications network, for handling an addition of a participant to an ongoing call session for a first User Equipment, UE, handled by an IP Multimedia Subsystem, IMS, node, wherein the ongoing call session is a session between the first UE and a second UE, the method comprising: - receiving, from a second network node, a request to add a participant to an ongoing call session for the first UE, - obtaining a list of one or more ongoing call sessions for the first UE from the IMS node, wherein the list comprises an identifier for identifying each of the one or more ongoing call sessions, - sending, to the IMS node, a request to add the participant to one of the one or more ongoing call sessions for the first UE, wherein the request comprises the identifier for identifying the call session to which the participant is to be added and an identification of the participant to add to the ongoing call session; and when the list obtained from the IMS node comprises more than one ongoing call sessions: - sending, to the second network node, a request to indicate the call session out of the more than one ongoing call sessions to which the participant is to be added, wherein the message comprises the identifier for identifying each of the more than one ongoing call sessions, - receiving, from the second network node, a message comprising the identifier for the call session out of the one or more call sessions which the participant is to be added to, and - wherein the step of sending the request to the IMS node to add the participant to one of the one or more ongoing call sessions comprises sending the identifier for the ongoing call session out of the one or more call sessions which the participant is to be added to. - receiving, from a second network node, a request to add a participant to an ongoing call session for the first UE, - obtaining a list of one or more ongoing call sessions for the first UE from the IMS node, wherein the list comprises an identifier for identifying each of the one or more ongoing call sessions, - sending, to the IMS node, a request to add the participant to one of the one or more ongoing call sessions for the first UE, wherein the request comprises the identifier for identifying the call session to which the participant is to be added and an identification of the participant to add to the ongoing call session; and - sending, to the second network node, a request to indicate the call session out of the more than one ongoing call sessions to which the participant is to be added, wherein the message comprises the identifier for identifying each of the more than one ongoing call sessions, - receiving, from the second network node, a message comprising the identifier for the call session out of the one or more call sessions which the participant is to be added to, and - wherein the step of sending the request to the IMS node to add the participant to one of the one or more ongoing call sessions comprises sending the identifier for the ongoing call session out of the one or more call sessions which the participant is to be added to.
CLOTHES HANGER WITH BENDABLE HOOK, of the type comprised of a body which can be of various shape depending on the pieces of clothing it is intended to support, and of a hook, said two components (1, 2) being mutually connected by means which bend along a central bending line, in order to allow the rotating movement of the hook, said hanger being provided with a mechanical snap-fit coupling of the "clip" type, in the intermediate region between the body and the hook, wherein two parts interlock mutually when a pressure is exerted, and move apart from one another when a force is exerted to separate them, said coupling being made up of a projection that fits in a cavity, defined by opposing elastic tongues and wherein the snap-fit coupling locks the hook in upright position in line with the body, said hanger being characterised in that said means which bend are flexible straps and that the flexible straps allow the rotating movement of the hook from the upright position to a folded/bent position wherein the flexible straps are bent.
A removeable adjustment apparatus for use in adjustment of a shear bar of a forage harvester, in which forage harvester the shear bar is adjustably mounted on a housing, a chopper drum is supported from the housing and mounted for rotation about a rotational axis and further provided with a plurality of circumferentially spaced knife supports to which at least one chopper knife can be adjustably secured and wherein in use the chopper knives cooperate with the shear bar to chop incoming crop, wherein the removeable adjustment apparatus (50;150;350) comprises at least one location element (54,56;154,156;354,356) for location of the adjustment apparatus (50;150;350) with respect to the chopper drum, the at least one location element (54,56;154,156;354,356) comprising a locating surface (58;158) for mating or engagement with a receiving surface of the forage harvester, catheterized in that, the the removeable adjustment apparatus further comprises at least a first lateral element (52;152;352) fixedly secured to the at least one location element (54,56;154,156;354,356), one or more spacer elements (70;170;370) being connected to the first lateral element (52;152,153) and comprising at least one radially inwardly directed guide surface (88;188;388), shaped to describe the desired path of an unworn chopper knife, the adjustment apparatus (50;150;350) further comprising at least one shear bar alignment surface (64,66;164,166;364,366) provided on one or more of the at least one location elements (54,56;154,156;354,356), in use, with the adjustment apparatus located with respect to the chopper drum, the shear bar being adjusted such that the shear bar is located against the at least one shear bar alignment surface (64,66;164,166; 364,366). the removeable adjustment apparatus (50;150;350) comprises at least one location element (54,56;154,156;354,356) for location of the adjustment apparatus (50;150;350) with respect to the chopper drum, the at least one location element (54,56;154,156;354,356) comprising a locating surface (58;158) for mating or engagement with a receiving surface of the forage harvester, catheterized in that, the the removeable adjustment apparatus further comprises at least a first lateral element (52;152;352) fixedly secured to the at least one location element (54,56;154,156;354,356), one or more spacer elements (70;170;370) being connected to the first lateral element (52;152,153) and comprising at least one radially inwardly directed guide surface (88;188;388), shaped to describe the desired path of an unworn chopper knife, the adjustment apparatus (50;150;350) further comprising at least one shear bar alignment surface (64,66;164,166;364,366) provided on one or more of the at least one location elements (54,56;154,156;354,356), in use, with the adjustment apparatus located with respect to the chopper drum, the shear bar being adjusted such that the shear bar is located against the at least one shear bar alignment surface (64,66;164,166; 364,366).
Storage container, which serves to accommodate cleaning agent and has a main body providing a volumetric space, and which is designed to be replaceably received by a housing of a metering unit for the metered introduction of a cleaning agent into a processing chamber of a program-controlled cleaning appliance, the storage container having a light entry opening which co-operates with an illumination device of the metering unit so that light (32, 36) can be introduced into the volumetric space provided by the main body, characterised in that the volumetric space is divided into a storage chamber and a compartment separated therefrom by a partition wall, the compartment providing the light entry opening and accomodating a metering element made of a light-permeable plastics material. the storage container having a light entry opening which co-operates with an illumination device of the metering unit so that light (32, 36) can be introduced into the volumetric space provided by the main body, characterised in that the volumetric space is divided into a storage chamber and a compartment separated therefrom by a partition wall, the compartment providing the light entry opening and accomodating a metering element made of a light-permeable plastics material.
A column collector for separating solid particles from liquid droplets in an aerosol, comprising: a chamber for flow of the aerosol provided with an inlet for the aerosol positioned in the lower part of the chamber and an outlet for the aerosol positioned in the upper part of the chamber, whereas the chamber comprises at least one heating element for heating the aerosol, forcing means for forcing the aerosol to flow in a direction from the inlet of the chamber to the outlet of the chamber, movable baffles for drawing in and drawing out of the chamber and for depositing solid particles precipitated from the liquid droplets in the aerosol under the influence of temperature, the baffles being arranged one above another, cleaning means for removing solid particles deposited on the movable baffles characterized in that the cleaning means are in the form of a scraper (9a, 9a') or edges of slots positioned at the walls of the chamber and adapted to the size of the movable baffles. at least one heating element for heating the aerosol, forcing means for forcing the aerosol to flow in a direction from the inlet of the chamber to the outlet of the chamber, movable baffles for drawing in and drawing out of the chamber and for depositing solid particles precipitated from the liquid droplets in the aerosol under the influence of temperature, the baffles being arranged one above another, cleaning means for removing solid particles deposited on the movable baffles
An Integrated Circuit "IC", comprising: clock-tree circuitry configured to distribute a clock signal across the Integrated Circuit; and a protection circuitry clocked by multiple instances of the clock signal that are sampled at multiple sampling points in the clock-tree circuitry, wherein the Integrated Circuit is characterized in that: the protection circuitry is configured to detect a fault in the clock-tree circuitry in response to an abnormality in one or more of the instances of the clock signal; and the protection circuitry comprises a cascade of logic stages that are clocked by the respective instances of the clock signal, and a detector that is configured to detect the fault by identifying in an output of the cascade a deviation from an expected output. clock-tree circuitry configured to distribute a clock signal across the Integrated Circuit; and a protection circuitry clocked by multiple instances of the clock signal that are sampled at multiple sampling points in the clock-tree circuitry, wherein the Integrated Circuit is characterized in that: the protection circuitry is configured to detect a fault in the clock-tree circuitry in response to an abnormality in one or more of the instances of the clock signal; and the protection circuitry comprises a cascade of logic stages that are clocked by the respective instances of the clock signal, and a detector that is configured to detect the fault by identifying in an output of the cascade a deviation from an expected output. the protection circuitry is configured to detect a fault in the clock-tree circuitry in response to an abnormality in one or more of the instances of the clock signal; and the protection circuitry comprises a cascade of logic stages that are clocked by the respective instances of the clock signal, and a detector that is configured to detect the fault by identifying in an output of the cascade a deviation from an expected output.
A binder resin, characterized by being represented by the following chemical formula: wherein Y 1 and Y 2 are each a functional group SiX 3, in which X is a functional group that undergoes a condensation reaction; R 1 and R 4 are each a linear alkyl group having 2 to 4 carbon atoms to which a fluorine atom may be attached; R 2 and R 3 are each a linking group that contains a six-membered ring containing carbon and hydrogen; and n is a positive integer. Y 1 and Y 2 are each a functional group SiX 3, in which X is a functional group that undergoes a condensation reaction; R 1 and R 4 are each a linear alkyl group having 2 to 4 carbon atoms to which a fluorine atom may be attached; R 2 and R 3 are each a linking group that contains a six-membered ring containing carbon and hydrogen; and n is a positive integer.