mhurhangee/ep-ind-claims huggingface dataset:
Device for making a stack from a cover, inserts and compilations of advertising material that have a common leading fold edge, with a machine frame, a circular, rotating transfer conveyor that is fastened to it, a feeder arranged upstream of the transfer conveyor and a stacking device arranged downstream of the transfer conveyor, in which • the transfer conveyor has a central wheel rotating around a first axis of rotation that is fastened to the machine frame and a number of swivel arms, which are turnable arranged respectively with an inner end on the central wheel and have a gripper on an outer end each, • the grippers are mounted on the swivel arm so that they may turn around an axis each, • the transfer conveyor has a receiving area, in which the compilations of advertising material are transferred from the feeder with the grippers of the transfer conveyor and • the transfer conveyor has a transfer area, in which the compilations of advertising material are transferred to the stacking device by the grippers of the transfer conveyor, in which the stacking device is arranged encroaching into the transfer area, characterised in that • the transfer conveyor has a carrier wheel rotating around a second axis of rotation that is also fastened to the machine frame, • a number of guide elements are mounted on the carrier wheel so that they may turn to accommodate a swivel arm in a sliding manner, and • the second axis of rotation is arranged below a horizontal plane through the first axis of rotation. • the transfer conveyor has a central wheel rotating around a first axis of rotation that is fastened to the machine frame and a number of swivel arms, which are turnable arranged respectively with an inner end on the central wheel and have a gripper on an outer end each, • the grippers are mounted on the swivel arm so that they may turn around an axis each, • the transfer conveyor has a receiving area, in which the compilations of advertising material are transferred from the feeder with the grippers of the transfer conveyor and • the transfer conveyor has a transfer area, in which the compilations of advertising material are transferred to the stacking device by the grippers of the transfer conveyor, in which the stacking device is arranged encroaching into the transfer area, characterised in that • the transfer conveyor has a carrier wheel rotating around a second axis of rotation that is also fastened to the machine frame, • a number of guide elements are mounted on the carrier wheel so that they may turn to accommodate a swivel arm in a sliding manner, and • the second axis of rotation is arranged below a horizontal plane through the first axis of rotation.
A pressure sensitive adhesive sheet comprising, on a substrate or a release material, a resin layer formed of a multilayer structure of three or more layers including a silica particle-containing layer that contains silica particles in an amount of 15% by mass or more, at least a surface (α) of the resin layer being opposite to the side thereof on which the substrate or the release material is provided having pressure sensitive adhesiveness, wherein the resin layer has a multilayer structure of, as laminated in this order from the side on which the substrate or the release material is provided, a layer (Xβ) mainly containing a resin part and having a particle part content in the range of 0 to 10% by mass, the silica particle-containing layer containing a particle part in an amount of 15% by mass or more, and a layer (Xα) mainly containing a resin part and having a particle part content in the range of 0 to 10% by mass, the silica particle-containing layer is formed not as the outermost layer of the resin layer, one or more concave portions exist on the surface (α) and the shapes of the one or more concave portions have irregular shapes, and the volume-average secondary particle diameter of the silica particles is 0.5 to 30 μm determined by measuring the particle size distribution according to a Coulter counter method. wherein the resin layer has a multilayer structure of, as laminated in this order from the side on which the substrate or the release material is provided, a layer (Xβ) mainly containing a resin part and having a particle part content in the range of 0 to 10% by mass, the silica particle-containing layer containing a particle part in an amount of 15% by mass or more, and a layer (Xα) mainly containing a resin part and having a particle part content in the range of 0 to 10% by mass, the silica particle-containing layer is formed not as the outermost layer of the resin layer, one or more concave portions exist on the surface (α) and the shapes of the one or more concave portions have irregular shapes, and the volume-average secondary particle diameter of the silica particles is 0.5 to 30 μm determined by measuring the particle size distribution according to a Coulter counter method.
Connection device for connecting a feeding device with a driving device, the connection device having an upper side for feeding of products, and an opposite lower side, the connection device comprising: a receiving device on the lower side of the feeding device, wherein the receiving device comprises at least one iron core, and, at the outer circumference, a protrusion; and a connection element with an upper side, which comprises at least one magnet, wherein the connection element is designed basically complementary to the receiving device and is adapted to be in mesh with the protrusion of the receiving device, wherein iron core and magnet are aligned in a way that they face each other and generate a magnetic force in the state of being in mesh, which connects the receiving device and the connection element detachably, and wherein the connection element and the receiving device are designed in a way that they can be detached from each other by tilting around the rotation point (D'). wherein at least one of magnet and iron core is/are formed in a way that the magnetic force decreases with increasing distance from the rotation point (D'), wherein the connection element and the receiving device have respectively complementary conical shapes, which fit into each other during mounting and center themselves. a receiving device on the lower side of the feeding device, wherein the receiving device comprises at least one iron core, and, at the outer circumference, a protrusion; and a connection element with an upper side, which comprises at least one magnet, wherein the connection element is designed basically complementary to the receiving device and is adapted to be in mesh with the protrusion of the receiving device, wherein iron core and magnet are aligned in a way that they face each other and generate a magnetic force in the state of being in mesh, which connects the receiving device and the connection element detachably, and wherein the connection element and the receiving device are designed in a way that they can be detached from each other by tilting around the rotation point (D'). wherein at least one of magnet and iron core is/are formed in a way that the magnetic force decreases with increasing distance from the rotation point (D'), wherein the connection element and the receiving device have respectively complementary conical shapes, which fit into each other during mounting and center themselves.
A method of managing a logical time stamp for credit control of charges related to service usage associated with end users' accounts, in a network including a first and a second (115-M) client, both acting as intermediate devices for forwarding a service event associated with a network service to a service element which provides the network service to end users, the method comprising said second client (115-M) performing the steps of: receiving a first service event forwarded by said first client that is destined for a first end user; with the forwarded first event receiving and storing in a memory a forwarded logical time stamp, associated with the forwarded first service event, from said first client; retrieving a first event counter value from the forwarded logical time stamp in the memory, where the first event counter value specifies a number of service events received at the first client; incrementing a second event counter value based on receipt of the first service event; constructing a first logical time stamp based on the first event counter value and the second event counter value; and sending a charging request to a charging system, where the charging request includes the first logical time stamp and where the charging request requests credit authorization associated with providing the first service event to the first end user. receiving a first service event forwarded by said first client that is destined for a first end user; with the forwarded first event receiving and storing in a memory a forwarded logical time stamp, associated with the forwarded first service event, from said first client; retrieving a first event counter value from the forwarded logical time stamp in the memory, where the first event counter value specifies a number of service events received at the first client; incrementing a second event counter value based on receipt of the first service event; constructing a first logical time stamp based on the first event counter value and the second event counter value; and sending a charging request to a charging system, where the charging request includes the first logical time stamp and where the charging request requests credit authorization associated with providing the first service event to the first end user.
A method of preparing a mobile transaction application for operation on a mobile computing device, wherein the mobile computing device comprises a processor adapted to execute the mobile transaction application and a memory to comprise a local database to hold data items encrypted and stored using white-box cryptographic techniques for use by the mobile transaction application, the method comprising: downloading the mobile transaction application to the mobile computing device, wherein the downloaded transaction application comprises a generic key in a white-box environment; initialising the mobile transaction application on the mobile computing device, said initialising comprising replacing the generic key with a user key in the white-box environment; and establishing the local database for use by the mobile transaction application, wherein an entry in the local database comprises an index, an encrypted parameter for use by the mobile transaction application and an operation key for encryption and decryption of the encrypted parameter, wherein the mobile transaction application is adapted to use the user key as a transport key to transfer the or each operation key, wherein the or each operation key is encrypted by the transport key for storage in and for transport to and from the local database. downloading the mobile transaction application to the mobile computing device, wherein the downloaded transaction application comprises a generic key in a white-box environment; initialising the mobile transaction application on the mobile computing device, said initialising comprising replacing the generic key with a user key in the white-box environment; and establishing the local database for use by the mobile transaction application, wherein an entry in the local database comprises an index, an encrypted parameter for use by the mobile transaction application and an operation key for encryption and decryption of the encrypted parameter, wherein the mobile transaction application is adapted to use the user key as a transport key to transfer the or each operation key, wherein the or each operation key is encrypted by the transport key for storage in and for transport to and from the local database.
A method for dynamically providing an acceleration program to a client to automatically install and execute, the acceleration program accelerating access by the client to a remotely accessed application, the method comprising the steps of: (a) receiving, by an appliance, a request by a client to establish a communication session with a server; (b) transmitting, by the appliance, to the client an acceleration program comprising a network driver for performing, on the client, acceleration of a client's access to an application provided via the server; (c) upon receipt of the acceleration program, automatically executing, by the client, a silent installation of the network driver to storage of the client; and (d) upon installation of the network driver, automatically executing, by the client, the network driver in memory allocated to a network stack of the client, wherein the acceleration program intercepts network traffic at a transport protocol layer of the network stack and performs a plurality of acceleration techniques at a single point of execution. (a) receiving, by an appliance, a request by a client to establish a communication session with a server; (b) transmitting, by the appliance, to the client an acceleration program comprising a network driver for performing, on the client, acceleration of a client's access to an application provided via the server; (c) upon receipt of the acceleration program, automatically executing, by the client, a silent installation of the network driver to storage of the client; and (d) upon installation of the network driver, automatically executing, by the client, the network driver in memory allocated to a network stack of the client, wherein the acceleration program intercepts network traffic at a transport protocol layer of the network stack and performs a plurality of acceleration techniques at a single point of execution.
A pharmaceutical composition for use in a method of treatment of cancer, comprising the compound NSC350625, or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier.
A method performed by a base station, the method comprising: receiving a first paging message from a core network, said first paging message being sent to trigger a response including an uplink data transmission having a specific maximum size; sending a second paging message to a user equipment, said second paging message having a dedicated preamble and an indication of said specific maximum size; receiving a response to the second paging message, said response having the dedicated preamble when the user equipment has data available to send, said data being within said specific maximum size; sending a reply to the user equipment, said reply containing a timing advance and an uplink resource allocation corresponding to a size of said available data; and receiving said available data from the user equipment in accordance with said timing advance and said uplink resource allocation. receiving a first paging message from a core network, said first paging message being sent to trigger a response including an uplink data transmission having a specific maximum size; sending a second paging message to a user equipment, said second paging message having a dedicated preamble and an indication of said specific maximum size; receiving a response to the second paging message, said response having the dedicated preamble when the user equipment has data available to send, said data being within said specific maximum size; sending a reply to the user equipment, said reply containing a timing advance and an uplink resource allocation corresponding to a size of said available data; and receiving said available data from the user equipment in accordance with said timing advance and said uplink resource allocation.
A transparent, light transmissive block comprising an input wall and an output wall spaced apart from the input wall, a void being formed between the input wall and the output wall, wherein the input wall has a plurality of projections formed integrally therewith, the projections extending toward the output wall and serving to disrupt convention currents forming in the void, at least one of the projections comprising a solar concentrator which has a photovoltaic device mounted thereon, characterised in that the projections extend to positions spaced from the input wall by 30-60% of the spacing between the input wall and the output wall.
A tool for detaching the Schneider's membrane from the sinus floor comprising a syringe for an isotonic saline solution, a head unit (3; 30; 31; 32) and a flexible tube connecting the syringe to the head unit (3; 30; 31; 32), characterized in that the head unit (3; 30; 31, 32) comprises: - a terminal tract of the flexible tube having a distal end and a proximal end and being provided with at least two radial holes, - an end element (5; 51; 52), which closes the terminal tract in its distal end, the end element projecting radially with respect to the terminal tract, said end element being adapted to work laterally without any axial impact onto the Schneider membrane from the side of the sinus floor (ps), and - an abutment member (7; 70; 71; 72) being coaxial to the flexible tube and intended to abut the maxillary bone ( om) on the side opposite to the Schneider's membrane ( ms), when in working position the head unit (3; 30; 31; 32) is inserted into a hole drilled in the maxillary bone ( om) in a surgical operation for lifting the sinus floor (ps), so as to keep the at least two radial holes open to the flow of said isotonic saline solution. - a terminal tract of the flexible tube having a distal end and a proximal end and being provided with at least two radial holes, - an end element (5; 51; 52), which closes the terminal tract in its distal end, the end element projecting radially with respect to the terminal tract, said end element being adapted to work laterally without any axial impact onto the Schneider membrane from the side of the sinus floor (ps), and - an abutment member (7; 70; 71; 72) being coaxial to the flexible tube and intended to abut the maxillary bone ( om) on the side opposite to the Schneider's membrane ( ms), when in working position the head unit (3; 30; 31; 32) is inserted into a hole drilled in the maxillary bone ( om) in a surgical operation for lifting the sinus floor (ps), so as to keep the at least two radial holes open to the flow of said isotonic saline solution.
A method for sending information, comprising: acquiring (101; 301; 401), by a base station of a current cell, antenna configuration information of a neighboring cell, characterized in that the method comprises: sending (102; 302; 403), by the base station, a message carrying the antenna configuration information of the neighboring cell to a user equipment, UE, of the current cell, wherein the antenna configuration information of the neighboring cell is one comprehensive antenna configuration information representing a smallest value of antenna configurations of all neighboring cells; and wherein, the comprehensive antenna configuration information of all neighboring cells is encoded into 1 bit or 2 bits when the antenna configuration information of all neighboring cells is 1, 2 or 4; or the comprehensive antenna configuration information of all neighboring cells is encoded into 1 bit. sending (102; 302; 403), by the base station, a message carrying the antenna configuration information of the neighboring cell to a user equipment, UE, of the current cell, wherein the antenna configuration information of the neighboring cell is one comprehensive antenna configuration information representing a smallest value of antenna configurations of all neighboring cells; and wherein, the comprehensive antenna configuration information of all neighboring cells is encoded into 1 bit or 2 bits when the antenna configuration information of all neighboring cells is 1, 2 or 4; or the comprehensive antenna configuration information of all neighboring cells is encoded into 1 bit.
A fixation device for securing tissue, comprising: a filamentary sleeve (20, 120) formed of filament; a filamentary shuttle (30, 130) positioned through at least one portion of the filamentary sleeve, the filamentary shuttle (30, 130) including an outer filament having a first end (31, 131), a second end (32, 132) and a length therebetween, the filamentary shuttle further comprising an inner filament positioned within an interior passageway of the outer filament, the inner filament having a first end, a second end, and a portion of the inner filament extending out of the interior passageway of the outer filament to form an eyelet, and a length of filament having a first free end (51, 151), a second free end and a length there between, the length of filament adapted to have a working relationship with the tissue; wherein the eyelet is adapted to allow passage of one of the first or second free ends of the length of filament and wherein the filamentary shuttle is (30, 130) is adapted to pull at least a portion of the length of filament, passed through the eyelet, into and through the filamentary sleeve (20, 120). a filamentary sleeve (20, 120) formed of filament; a filamentary shuttle (30, 130) positioned through at least one portion of the filamentary sleeve, the filamentary shuttle (30, 130) including an outer filament having a first end (31, 131), a second end (32, 132) and a length therebetween, the filamentary shuttle further comprising an inner filament positioned within an interior passageway of the outer filament, the inner filament having a first end, a second end, and a portion of the inner filament extending out of the interior passageway of the outer filament to form an eyelet, and a length of filament having a first free end (51, 151), a second free end and a length there between, the length of filament adapted to have a working relationship with the tissue; wherein the eyelet is adapted to allow passage of one of the first or second free ends of the length of filament and wherein the filamentary shuttle is (30, 130) is adapted to pull at least a portion of the length of filament, passed through the eyelet, into and through the filamentary sleeve (20, 120).
Polyethylene homopolymer having improved grindability, prepared with a metallocene catalyst system and characterized by - a melt viscosity as measured to DIN 53019 in the range from 5 to < 60 mPa.s at 140°C, - a ram penetration hardness as measured to DGF M-III 9e of 210 to 500 bar, - a dropping point of 113 to 128°C, - a melting point of 100 to 123°C, - a density of 0.93 to 0.97 g/cm 3 at 25°C, - a heat of fusion of 210 to 270 J/g, - and an average particle size d 50 of ≤ 15 μm. - a melt viscosity as measured to DIN 53019 in the range from 5 to < 60 mPa.s at 140°C, - a ram penetration hardness as measured to DGF M-III 9e of 210 to 500 bar, - a dropping point of 113 to 128°C, - a melting point of 100 to 123°C, - a density of 0.93 to 0.97 g/cm 3 at 25°C, - a heat of fusion of 210 to 270 J/g, - and an average particle size d 50 of ≤ 15 μm.