mhurhangee/ep-ind-claims huggingface dataset:
Method for gluing comprising the steps of: - advancing an edge element along a first advancement path; - advancing a panel along a second advancement path, substantially parallel to an advancement direction, that meets said first advancement path in an edge applying zone; - distributing a layer of an adhesive substance on said edge element in a zone of said first advancement path preceding said edge applying zone, said layer having a substantially constant thickness for the entire length of said edge element; - gluing said edge element to a respective side of said panel in said edge applying zone; characterised in that said layer of adhesive substance has a width (h) less than a height of said edge element and less than a thickness of said panel. - advancing an edge element along a first advancement path; - advancing a panel along a second advancement path, substantially parallel to an advancement direction, that meets said first advancement path in an edge applying zone; - distributing a layer of an adhesive substance on said edge element in a zone of said first advancement path preceding said edge applying zone, said layer having a substantially constant thickness for the entire length of said edge element; - gluing said edge element to a respective side of said panel in said edge applying zone;
A filter processing apparatus for performing filter processing using a filter kernel for target data, comprising: a predetermined number of arithmetic operation means for performing a predetermined arithmetic operation on data in parallel; data holding means for holding a plurality of data values included in the target data; coefficient holding means for holding a plurality of filter coefficients of the filter kernel; data pattern setting means (311, 301) for setting a data pattern that represents an order of transferring sets of data each having the predetermined number of data values input to the predetermined number of arithmetic operation means from the plurality of data values; coefficient pattern setting means (311, 301) for setting a coefficient pattern that represents an order of transferring filter coefficients input to the predetermined number of arithmetic operation means from the plurality of filter coefficients; and control means (304, 307, 311) for inputting the predetermined number of data values to the predetermined number of arithmetic operation means with reference to the set data pattern and inputting the one filter coefficient to the predetermined number of arithmetic operation means in common with reference to the set coefficient pattern. a predetermined number of arithmetic operation means for performing a predetermined arithmetic operation on data in parallel; data holding means for holding a plurality of data values included in the target data; coefficient holding means for holding a plurality of filter coefficients of the filter kernel; data pattern setting means (311, 301) for setting a data pattern that represents an order of transferring sets of data each having the predetermined number of data values input to the predetermined number of arithmetic operation means from the plurality of data values; coefficient pattern setting means (311, 301) for setting a coefficient pattern that represents an order of transferring filter coefficients input to the predetermined number of arithmetic operation means from the plurality of filter coefficients; and control means (304, 307, 311) for inputting the predetermined number of data values to the predetermined number of arithmetic operation means with reference to the set data pattern and inputting the one filter coefficient to the predetermined number of arithmetic operation means in common with reference to the set coefficient pattern.
A method of a media session management in wireless communication, comprising: obtaining session description protocol, SDP, information within a session initiation protocol, SIP, payload associated with establishment of a media session between a vertical application layer, VAL, client and a VAL server, wherein the SDP information includes a maximum bandwidth and a maximum bitrate allowed for the media session; sending a network resource request comprising the SDP information, by a media session management module of the VAL server, to a network resource management, NRM, server, wherein the NRM server is a service enabler architecture layer, SEAL, server, and the network resource request requesting a network resource, wherein the network resource requested is at least one of a network bandwidth requirement and a bitrate requirement; receiving, by the VAL server, an evaluation for the network resource request from the NRM server, wherein the evaluation is based on one of the maximum bandwidth and the maximum bitrate allowed for the media session, wherein the evaluation by the NRM server includes one of a denial of the network resource request or a grant of the network resource request; and establishing or terminating the media session in the media session management module of the VAL server based on the received evaluation. obtaining session description protocol, SDP, information within a session initiation protocol, SIP, payload associated with establishment of a media session between a vertical application layer, VAL, client and a VAL server, wherein the SDP information includes a maximum bandwidth and a maximum bitrate allowed for the media session; sending a network resource request comprising the SDP information, by a media session management module of the VAL server, to a network resource management, NRM, server, wherein the NRM server is a service enabler architecture layer, SEAL, server, and the network resource request requesting a network resource, wherein the network resource requested is at least one of a network bandwidth requirement and a bitrate requirement; receiving, by the VAL server, an evaluation for the network resource request from the NRM server, wherein the evaluation is based on one of the maximum bandwidth and the maximum bitrate allowed for the media session, wherein the evaluation by the NRM server includes one of a denial of the network resource request or a grant of the network resource request; and establishing or terminating the media session in the media session management module of the VAL server based on the received evaluation.
A method of operation for a network-facing provider edge, n-PE, device (32, 33) of a core network, the method comprising: receiving a customer frame from an access network (21, 22), the customer frame having a first Virtual Local Area Network, VLAN, tag of a first predetermined bit length, the first VLAN tag including broadcast domain and service instance identifiers for connections across the access network; mapping the service instance identifier of the first VLAN tag into a second VLAN tag of a second predetermined bit length greater than the first predetermined bit length; encapsulating the customer frame with a header indicating the address of the n-PE device; and stacking a third VLAN tag on the second VLAN tag, the third VLAN tag specifying a broadcast domain of the core network. receiving a customer frame from an access network (21, 22), the customer frame having a first Virtual Local Area Network, VLAN, tag of a first predetermined bit length, the first VLAN tag including broadcast domain and service instance identifiers for connections across the access network; mapping the service instance identifier of the first VLAN tag into a second VLAN tag of a second predetermined bit length greater than the first predetermined bit length; encapsulating the customer frame with a header indicating the address of the n-PE device; and stacking a third VLAN tag on the second VLAN tag, the third VLAN tag specifying a broadcast domain of the core network.
A paperboard sealing disc for use in a paperboard packaging container for bulk solids, said packaging container comprising a container body with an upper end with an upper body opening and a bottom end with a bottom body opening (5"), a container wall extending between said upper end and said bottom end in a longitudinal direction, said container wall having an inner surface facing towards an inner compartment in said packaging container and an outer surface facing away from said inner compartment, said sealing disc being intended for sealing said upper body opening or said bottom body opening (5"), said sealing disc comprising a sealing disc border surrounding a sealing disc base portion, wherein said border is delimited from said disc base portion by a sealing disc inner folding edge, said sealing disc border being intended to be flexed at said inner folding edge forming a flange projecting out of a main plane of said sealing disc and being aligned with and sealed to said inner surface of said container wall, characterized in that said sealing disc comprises one or more distance element(s) being arranged in said sealing disc border and facing said inner surface of said container wall, said distance element(s) having a height, as measured from the surface of said sealing disc border.
A method for performing coordinated multi-point, CoMP, communication between a first base station and a second base station in a communication system, the method comprising: identifying, by the first base station, a system frame number, a subframe number, and resource allocation information related to CoMP communication; transmitting, by the first base station, a first message including the system frame number, the subframe number, and resource allocation information to the second base station; and performing, by the first base station, CoMP communication with the second base station based on a time point and the resource allocation information, the time point indicating a start time in which the resource allocation information is to be applied, and wherein the system frame number and the subframe number indicates the time point at which the resource allocation information starts to be applied, wherein the resource allocation information comprises a bit string, and wherein a bit of the bit string represents a physical resource block, PRB, for the CoMP communication with the second base station in a subframe. identifying, by the first base station, a system frame number, a subframe number, and resource allocation information related to CoMP communication; transmitting, by the first base station, a first message including the system frame number, the subframe number, and resource allocation information to the second base station; and performing, by the first base station, CoMP communication with the second base station based on a time point and the resource allocation information, the time point indicating a start time in which the resource allocation information is to be applied, and wherein the system frame number and the subframe number indicates the time point at which the resource allocation information starts to be applied, wherein the resource allocation information comprises a bit string, and wherein a bit of the bit string represents a physical resource block, PRB, for the CoMP communication with the second base station in a subframe.
Method for estimating the position of a portable device, which comprises: - a first estimation step, in which is estimated the position and the extension of a first spatial region where is located said portable device; - a second estimation step, in which is estimated the position of said portable device; said second estimation step comprises the selection of said position among the positions included in said first spatial region; said first estimation step also providing to estimate said position of the portable device; said first estimation step being performed by first estimating means and said second estimation step being performed by second estimation means which are independent with respect to said first estimation means; the accuracy of the estimation of the position of said first spatial region provided in said first estimation step is lower than the accuracy of the estimation of the position estimated in said second estimation step, - when the portable device is displaced, spatial region correspondingly moves; wherein said method is carried out by said portable device by performing and updating, in the course of time: - said estimation of the position and extension of said spatial region within which said portable device is located and - said estimation of the position of said portable device within said spatial region; wherein said first and second estimation steps are carried out automatically by an electronic device; characterised in that said second step also comprises to estimate the position and extension of a second spatial region, in which said portable device is located. - a first estimation step, in which is estimated the position and the extension of a first spatial region where is located said portable device; - a second estimation step, in which is estimated the position of said portable device; - when the portable device is displaced, spatial region correspondingly moves; wherein said method is carried out by said portable device by performing and updating, in the course of time: - said estimation of the position and extension of said spatial region within which said portable device is located and - said estimation of the position of said portable device within said spatial region; wherein said first and second estimation steps are carried out automatically by an electronic device;
A method executed in a first wireless terminal for transmitting a control signal enabling device-to-device, D2D, discovery, wherein the control signal is transmitted over a data channel and carries an identity associated with the first wireless terminal, the method comprising the following steps: - scrambling, by hashing the control signal, taking a time stamp used for the control signal transmission as one input parameter; - encoding the hashed control signal; - scrambling the encoded signal using a scrambling sequence not dependent on terminal specific parameters; and - transmitting the scrambled encoded signal. - scrambling, by hashing the control signal, taking a time stamp used for the control signal transmission as one input parameter; - encoding the hashed control signal; - scrambling the encoded signal using a scrambling sequence not dependent on terminal specific parameters; and - transmitting the scrambled encoded signal.
A method for producing a transmissive optics from a blank made of plastics, wherein a material ablation is achieved on the blank with an ablation laser, wherein the pulse duration of the ablation laser is less than 1 ns, characterized in that the pulse energy of the ablation laser is 0.1 μJ to 10 μJ, the focus diameter of the ablation laser is between 5 and 50 μn, the scanning speed of the ablation laser is 500 to 5000 mm/s and the ablation laser effects a material ablation of 0.02 μm per pulse.
A compression device for applying compression to a body part of a user comprising a sleeve for substantially covering a portion of the body part of a user, wherein the sleeve has an outer surface, an inner surface, an upper edge, a lower edge and two lateral side edges, wherein in the transverse direction from the first lateral side edge to the second lateral side edge the sleeve comprises a first lateral side region, a central region and a second lateral side region, and wherein at least the central region of the sleeve comprises a material (main material) having elasticity in at least the transverse direction of the sleeve, a maximum elongation in said transverse direction from 5% up to and including 30% under a load of 10 N per cm width, a difference quotient of tension in transverse direction from 20% elongation to 25% elongation equal to or greater than 0.6 N per cm width per percent elongation; wherein the device further comprises a releasable closure system, said closure system being configured and arranged relative to the sleeve, such that, in use, upon closure of the closure system the sleeve is restrained and tightened about the body part of the user.
Air spring having connections for fixing the ends (7, 16) of a rolling bellows to the rolling piston and/or cover, wherein at least one of the connections consisting of a separate intermediate member which can be attached to the rolling piston and/or cover, the rolling bellows being a tubular rolling bellows, whose at least one end (7, 16) is fixed to the intermediate member by means of a clamping ring, characterised in that the intermediate member is connected to the rolling piston or the cover by means of screw connections, or the intermediate member is connected to the rolling piston or the cover by means of a plug connection, the plug connection being designed as a snap connection or as a bayonet socket.
A system of controlling a function of a person support apparatus, the system comprising: a person support apparatus adapted to support a patient, the person support apparatus comprising at least one removable component, and a controller adapted to communicatively couple with the at least one removable component of the person support apparatus, the controller adapted to determine the absence or presence of the at least one removable component and in response to the determination disable or enable at least one movement of the person support apparatus, characterised in that the person support apparatus further comprises a plurality of removable components each of which comprises a unique RF identifier, so that the controller can distinguish between components coupled to the person support apparatus.
Electrical installation system, having: - a cavity wall box with a tubular main body for receiving an electrical installation insert, for example a switch, a plug, a plug socket or the like, which cavity wall box can be inserted into an opening formed in a cavity wall, - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - a mounting frame with first openings for guiding through in each case one fastening element, which interacts with a respective one of the fastening receptacles, in order to fasten the mounting frame to the cavity wall box, characterized in that the mounting frame has a cutout for receiving the retaining lug, which cutout, in respect of its size and position, corresponds to the size and position of the retaining lug, wherein the retaining lug is completely received in the cutout, so that the mounting frame rests flush on a surface of the cavity wall. - a cavity wall box with a tubular main body for receiving an electrical installation insert, for example a switch, a plug, a plug socket or the like, which cavity wall box can be inserted into an opening formed in a cavity wall, - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - a mounting frame with first openings for guiding through in each case one fastening element, which interacts with a respective one of the fastening receptacles, in order to fasten the mounting frame to the cavity wall box,
A method of manufacturing a carbon fiber on which fullerene C 70 adsorbs sequentially performing: a step of dissolving fullerene C 70 in an organic solvent to prepare a fullerene solution; a step of immersing a material carbon fiber in the fullerene solution; and a step of extracting the carbon fiber from the fullerene solution, washing the extracted carbon fiber with an organic solvent, and drying the washed carbon fiber. a step of dissolving fullerene C 70 in an organic solvent to prepare a fullerene solution; a step of immersing a material carbon fiber in the fullerene solution; and a step of extracting the carbon fiber from the fullerene solution, washing the extracted carbon fiber with an organic solvent, and drying the washed carbon fiber.
Process for the preparation of polycarbonate polyols, characterised in that cyclic carbonate is polymerised in the presence of DMC catalyst and chain-transfer agent consisting of polyether carbonate polyols.
A method of preparing a thermoplastic vulcanizate comprising melt processing a blend of thermoplastic polymer and vulcanizable elastomer in a multi-screw ring extruder having at least three intermeshing screws, wherein said screws have 3-170 mixing zones, said ring extruder having a L/D ratio of 15-100, and a screw profile that has 3 to 17 meshes per L/D, wherein each screw is adjacent to two other screws, wherein said ring extruder comprises corotating shafts adapted to block cross-over of material for a first portion of the L/D of the extruder, and adapted to be intermeshing in another portion of the L/D of the extruder, the method comprising: a) premixing of curative with thermoplastic polymer in the first portion of the extruder; b) mixing the curative and thermoplastic polymer with the vulcanizable elastomer in the other portion of the extruder; and, c) curing at least partially said elastomer by reactive melt processing; wherein, the at least one curing agent is added at at least one location in the first 46% of the length of said ring extruder. a) premixing of curative with thermoplastic polymer in the first portion of the extruder; b) mixing the curative and thermoplastic polymer with the vulcanizable elastomer in the other portion of the extruder; and, c) curing at least partially said elastomer by reactive melt processing;