mhurhangee/ep-ind-claims huggingface dataset:
A set to obtain transferable supports of rhinestones, the rhinestone having a base and a head with predefined height, comprising: • a plurality of intermediate supports for rhinestones of modular type, each one formed by a perforated plate with predefined sizes, with a plurality of recesses arranged according to a predefined pattern, wherein the cross sizes of the recess allow to insert the base of the rhinestones in the recess, and wherein the depth of the recess is lower than said height of the head of the rhinestone; • means for composing a complex pattern of rhinestones comprising a ruler-like element allowing to arrange a number of intermediate supports on a flat surface in a predefined position; • a re-closable tubular container apt to cooperate with said means for composing a complex pattern of rhinestones to determine, inside the tubular container, two communicating spaces separated from said ruler-like element acting as partitioning septum: a first space acting as reserve of rhinestones and a second space for inserting rhinestones wherein the bottom thereof is formed by said intermediate supports. • a plurality of intermediate supports for rhinestones of modular type, each one formed by a perforated plate with predefined sizes, with a plurality of recesses arranged according to a predefined pattern, wherein the cross sizes of the recess allow to insert the base of the rhinestones in the recess, and wherein the depth of the recess is lower than said height of the head of the rhinestone; • means for composing a complex pattern of rhinestones comprising a ruler-like element allowing to arrange a number of intermediate supports on a flat surface in a predefined position; • a re-closable tubular container apt to cooperate with said means for composing a complex pattern of rhinestones to determine, inside the tubular container, two communicating spaces separated from said ruler-like element acting as partitioning septum: a first space acting as reserve of rhinestones and a second space for inserting rhinestones wherein the bottom thereof is formed by said intermediate supports.
A crane having a crane mast which has a tubular mast lower portion and a main frame in which a lower mounting location and an upper mounting location for the mast lower portion of the crane mast are disposed one above the other, wherein the mast lower portion is rotatable relative to the main frame by way of a rotary device and wherein at least one line extends from below the lower mounting location to the upper mounting location, characterised in that the at least one line is connected above the upper mounting location to an intake location of a rotary distributor, wherein a release device for releasing the connection between the at least one line and the rotary distributor is arranged in the region of the intake location and that the crane mast at the height of the release device has an opening which permits access to the release device from outside the crane mast.
Glaucocalyxin A derivative represented by formula: wherein R is any one selected from the group consisting of dimethylamino and diethylamino; or a salt thereof.
A chimeric nucleic acid molecule of porcine circovirus (PCV1-2) comprising a nucleic acid molecule encoding a nonpathogenic PCV1 which contains an immunogenic open reading frame ORF2 capsid gene of a pathogenic PCV2 in place of the same ORF gene position in the PCV1 nucleic acid molecule, wherein the immunogenic PCV2 ORF2 gene comprises a guanine in nucleotide position 328 (C to G mutation) and a cytosine in nucleotide position 573 (A to C mutation).
A method for monitoring the state of a foundation supporting a structure and embedded in the ground, comprising the following steps: - acquiring, using a set of sensors (4,5) placed on the structure, a set of measurements (m i1,m i2) relating to the foundation and/or to the structure, according to a determined mode of acquisition; - computing, from said set of measurements, a set of state indicators (i j1,i j2) characteristic of an embedding stiffness of the foundation; and - performing a comparison between a set of values deduced from the set of computed state indicators and a set of thresholds. - acquiring, using a set of sensors (4,5) placed on the structure, a set of measurements (m i1,m i2) relating to the foundation and/or to the structure, according to a determined mode of acquisition; - computing, from said set of measurements, a set of state indicators (i j1,i j2) characteristic of an embedding stiffness of the foundation; and - performing a comparison between a set of values deduced from the set of computed state indicators and a set of thresholds.
A method for relocating a foundation, said method comprising at least the following steps of: - placing an elongated lifting element of a lifting device at least partially in an elongated lifting element mating part provided fixedly in the foundation, - propping a lifting cylinder of the lifting device on a support surface, - moving the lifting element, and the foundation carried thereby, in vertical direction by means of the lifting cylinder, - placing the elongated lifting element of the lifting device in the lifting element mating part from outside the foundation by way of an aperture provided in an outer edge of the foundation - providing a sliding device between the lifting cylinder and the support surface, - securing the sliding device in an essentially immovable manner to the lifting cylinder, characterised in that the method further comprises - moving the sliding device and the lifting cylinder with respect to the support surface by sliding, - providing underneath the sliding device a mounting substantially immovable with respect to the support surface, - sliding the sliding device and the lifting cylinder on top of the substantially immovable mounting. - placing an elongated lifting element of a lifting device at least partially in an elongated lifting element mating part provided fixedly in the foundation, - propping a lifting cylinder of the lifting device on a support surface, - moving the lifting element, and the foundation carried thereby, in vertical direction by means of the lifting cylinder, - placing the elongated lifting element of the lifting device in the lifting element mating part from outside the foundation by way of an aperture provided in an outer edge of the foundation - providing a sliding device between the lifting cylinder and the support surface, - securing the sliding device in an essentially immovable manner to the lifting cylinder, characterised in that the method further comprises - moving the sliding device and the lifting cylinder with respect to the support surface by sliding, - providing underneath the sliding device a mounting substantially immovable with respect to the support surface, - sliding the sliding device and the lifting cylinder on top of the substantially immovable mounting.
A method comprising: receiving, by a wireless device from a base station of a first public land mobile network, PLMN, a message comprising an indication of a failure of a second PLMN comprising a PLMN identifier of the second PLMN; determining, by the wireless device, based on the message, the first PLMN as a serving PLMN during the disaster; and in response to the indication of failure, sending, by the wireless device to the base station, a message comprising the PLMN identifier of the second PLMN. receiving, by a wireless device from a base station of a first public land mobile network, PLMN, a message comprising an indication of a failure of a second PLMN comprising a PLMN identifier of the second PLMN; determining, by the wireless device, based on the message, the first PLMN as a serving PLMN during the disaster; and in response to the indication of failure, sending, by the wireless device to the base station, a message comprising the PLMN identifier of the second PLMN.
Positioning device for accurate mutual alignment of a first and a second tubular element along a common axis extending in a longitudinal direction of the two elements for the purpose of coupling these elements, wherein the positioning device comprises: - an engaging means (10,11) with which the device can be rigidly connected to the first element; - a translation device which, in the situation where it is connected to the first element, is extendable in a radial direction of the first element to a position against an outer surface of the second element and can exert a radial force thereon whereby the elements are displaced in the radial direction relative to each other; and - a rotation device which, in the situation where it is connected to the first element, is extendable in a radial direction of the first element to a position against an outer surface of the second element and can exert a peripheral force thereon whereby the elements are rotated relative to each other in a peripheral direction of the first element. - an engaging means (10,11) with which the device can be rigidly connected to the first element; - a translation device which, in the situation where it is connected to the first element, is extendable in a radial direction of the first element to a position against an outer surface of the second element and can exert a radial force thereon whereby the elements are displaced in the radial direction relative to each other; and - a rotation device which, in the situation where it is connected to the first element, is extendable in a radial direction of the first element to a position against an outer surface of the second element and can exert a peripheral force thereon whereby the elements are rotated relative to each other in a peripheral direction of the first element.
A door handle for a vehicle that includes a lighting system that provides continuous lighting, the door handle comprising: a door handle body, the door handle body including a first body member and a second body member, the first body member and the second body member being assembled together so as to define an interior space within the door handle; a light source disposed within the interior space of the door handle; a first light transmission element that extends lengthwise along the door handle, from the interior space of the door handle to a top exterior surface of the door handle body, so as to provide a continuous band of light along an upper surface of the door handle; a second light transmission element that extends lengthwise along the door handle, from the interior space of the door handle to a bottom exterior surface of the door handle body, so as to provide a continuous band of light along a lower surface of the door handle; and a light source circuit board that supports the light source, wherein the light source circuit board is positioned within the interior space of the door handle so as to make direct contact with the first and second light transmission elements (130, 140) and thereby locate the first and second light transmission elements within the first body member; wherein a top portion of the light source circuit board contacts the first light transmission element; wherein a bottom portion of the light source circuit board contacts the second light transmission element; and wherein the light source is disposed on a side portion of the light source circuit board. a door handle body, the door handle body including a first body member and a second body member, the first body member and the second body member being assembled together so as to define an interior space within the door handle; a light source disposed within the interior space of the door handle; a first light transmission element that extends lengthwise along the door handle, from the interior space of the door handle to a top exterior surface of the door handle body, so as to provide a continuous band of light along an upper surface of the door handle; a second light transmission element that extends lengthwise along the door handle, from the interior space of the door handle to a bottom exterior surface of the door handle body, so as to provide a continuous band of light along a lower surface of the door handle; and a light source circuit board that supports the light source, wherein the light source circuit board is positioned within the interior space of the door handle so as to make direct contact with the first and second light transmission elements (130, 140) and thereby locate the first and second light transmission elements within the first body member; wherein a top portion of the light source circuit board contacts the first light transmission element; wherein a bottom portion of the light source circuit board contacts the second light transmission element; and wherein the light source is disposed on a side portion of the light source circuit board.
A method for controlling, by a portable apparatus, feedback to an input unit which communicates with the portable apparatus, the method comprising: displaying at least one object on a touch screen of the portable apparatus; identifying a first touch by the input unit at a position corresponding to the displayed object on the touch screen; identifying the object based on the first touch by the input unit; receiving, from the input unit, a copy command to copy the identified object; in response to receiving the copy command, storing the identified object in a memory of the portable apparatus; transmitting, to the input unit, a first control signal for outputting the haptic feedback at the input unit; transmitting, to the input unit, copy information corresponding to the identified object; identifying a second touch by the input unit on the touch screen where the stored object is to be displayed; receiving, from the input unit, a paste command by which the identified object is to be pasted; transmitting, to the input unit, a second control signal for outputting the haptic feedback at the input unit; and displaying the stored object at a location based on the identified second touch. displaying at least one object on a touch screen of the portable apparatus; identifying a first touch by the input unit at a position corresponding to the displayed object on the touch screen; identifying the object based on the first touch by the input unit; receiving, from the input unit, a copy command to copy the identified object; in response to receiving the copy command, storing the identified object in a memory of the portable apparatus; transmitting, to the input unit, a first control signal for outputting the haptic feedback at the input unit; transmitting, to the input unit, copy information corresponding to the identified object; identifying a second touch by the input unit on the touch screen where the stored object is to be displayed; receiving, from the input unit, a paste command by which the identified object is to be pasted; transmitting, to the input unit, a second control signal for outputting the haptic feedback at the input unit; and displaying the stored object at a location based on the identified second touch.
A non-pneumatic tire having an outer tread ring and a shear band (300, 800), wherein the shear band (300, 800) includes a three-dimensional spacer structure (400, 802) comprising a first and second layer of fabric (460, 470), characterized in that the first and second layer of fabric (460, 470) are connected to a respective first and second layer (610, 620) of non-crimped fabric (700, 810).
A wall-mountable hand dryer for drying one side of a user's hands at a time, the dryer having two nozzle sections (11, 13) - once for each hand -, which nozzle sections (11, 13) being spaced away from the wall in use, the nozzle sections (11, 13) each extending to span the width of a user's open hand and being arranged for directing drying air down onto the front or back of said hand as it is inserted lengthwise underneath the nozzle sections (11, 13) from the front of the dryer, wherein the left-hand nozzle section is banked to the right and the right-hand nozzle section is banked to the left, characterised in that the nozzle sections (11, 13) are provided along a front edge of the dryer.
Light curtain for detecting objects in a monitoring area, with an arrangement of transmitters emitting light beams, with an arrangement of receivers receiving light beams, and with an arrangement of amplifiers in which received signals of the receivers are amplified, and with an evaluation unit in which, as a function of the amplified received signals, an object detection signal is generated in the form of a binary switching signal whose switching states indicate whether or not an object is present in the monitoring area, at least one test device being present by means of which amplification properties of the amplifiers are determined within predetermined time intervals, whether an object is present in the monitoring area or not, wherein at least one test device is present, by means of which amplification properties of the amplifiers are tested within predetermined time intervals, characterised in that an addressing unit is present, by means of which addressing of the receivers and amplifiers is carried out, and in that the time intervals for carrying out tests of the amplifiers are predetermined with the addressing unit.
A method for manufacturing a lengthy body comprising high performance polyethylene fibres having a tensile strength of at least 1.0 N/tex (measured as described in the METHODS), and a polymeric resin throughout the lengthy body comprising the steps of a) providing high performance polyethylene (HPPE) fibres having a tensile strength of at least 1.0 N/tex; b) applying an aqueous suspension of the polymeric resin to the HPPE fibres before, during or after; c) assembling the HPPE fibres to form a lengthy body; d) at least partially drying the aqueous suspension of the polymeric resin applied in step b); to obtain a lengthy body comprising the high performance polyethylene fibres and the polymeric resin throughout the lengthy body upon completion of steps a), b), c) and d); e) optionally applying a temperature in the range from the melting temperature of the resin to 153°C to the lengthy body of step c) before, during and/or after step d) to at least partially melt the polymeric resin; and f) optionally applying a pressure and/or a tension to the lengthy body obtained in step d) before, during and/or after step e) to at least partially compact and/or elongate the lengthy body, wherein the polymeric resin is a homopolymer or copolymer of ethylene and/or propylene and wherein said polymeric resin has a density as measured according to ISO1183 in the range from 860 to 930 kg/m 3, a peak melting temperature in the range from 40 to 140°C and a heat of fusion of at least 5 J/g. a) providing high performance polyethylene (HPPE) fibres having a tensile strength of at least 1.0 N/tex; b) applying an aqueous suspension of the polymeric resin to the HPPE fibres before, during or after; c) assembling the HPPE fibres to form a lengthy body; d) at least partially drying the aqueous suspension of the polymeric resin applied in step b); to obtain a lengthy body comprising the high performance polyethylene fibres and the polymeric resin throughout the lengthy body upon completion of steps a), b), c) and d); e) optionally applying a temperature in the range from the melting temperature of the resin to 153°C to the lengthy body of step c) before, during and/or after step d) to at least partially melt the polymeric resin; and f) optionally applying a pressure and/or a tension to the lengthy body obtained in step d) before, during and/or after step e) to at least partially compact and/or elongate the lengthy body,
A multi-tasking method of executing a plurality of tasks according to a priority of each of the plurality of tasks, the multi-tasking method comprising: determining whether a resource that is to be used by a first task of the plurality of tasks is being used by a second task, wherein the first task is a task having the highest priority from among tasks which are ready to be executed; comparing the priority of the first task and the priority of the second task when it is determined that the resource is being used by the second task; and increasing the priority of the second task to a highest priority of all of the priorities of the plurality of tasks when the priority of the first task is higher than the priority of the second task. determining whether a resource that is to be used by a first task of the plurality of tasks is being used by a second task, wherein the first task is a task having the highest priority from among tasks which are ready to be executed; comparing the priority of the first task and the priority of the second task when it is determined that the resource is being used by the second task; and increasing the priority of the second task to a highest priority of all of the priorities of the plurality of tasks when the priority of the first task is higher than the priority of the second task.
A method performed by an Open Mobile Alliance, OMA, Device Management, DM, server, the method comprising: sending a first message to a second OMA DM server (104b; 104c), wherein the first message initiates delegation with respect to a client; creating an OMA Device Management Account, DMAcc, in the client to set a node property with an identifier of the second server (104b; 104c); and receiving a second message from the second server (104b; 104c), wherein the second message indicates success of the delegation. sending a first message to a second OMA DM server (104b; 104c), wherein the first message initiates delegation with respect to a client; creating an OMA Device Management Account, DMAcc, in the client to set a node property with an identifier of the second server (104b; 104c); and receiving a second message from the second server (104b; 104c), wherein the second message indicates success of the delegation.
A paperboard core configured to receive a yarn wound thereon, wherein the core comprises: at least one inner ply; and an outer ply disposed adjacent to the at least one inner ply, characterized in that the outer ply comprises clay-coated paper wherein the outer ply is configured to provide direct frictional engagement of the core with the yarn, such that the yarn is windable on the core. at least one inner ply; and an outer ply disposed adjacent to the at least one inner ply, characterized in that the outer ply comprises clay-coated paper wherein the outer ply is configured to provide direct frictional engagement of the core with the yarn, such that the yarn is windable on the core.
A method of wireless communication performed at a User Equipment "UE", the method comprising: communicating over an anchor carrier and at least one initial secondary carrier; receiving an order to change the at least one initial secondary carrier; optionally deactivating the at least one initial secondary carrier; and activating at least one subsequent secondary carrier, in response to the order; characterized by: receiving preconfiguration information (708, 712) adapted to configure the UE to utilize the at least one subsequent secondary carrier upon receipt of the order to change. communicating over an anchor carrier and at least one initial secondary carrier; receiving an order to change the at least one initial secondary carrier; optionally deactivating the at least one initial secondary carrier; and activating at least one subsequent secondary carrier, in response to the order; receiving preconfiguration information (708, 712) adapted to configure the UE to utilize the at least one subsequent secondary carrier upon receipt of the order to change.