mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling, by a terminal, a standby mode of a first communication module of said terminal, suitable for exchanging data with a first wireless access network, said terminal including a second communication module suitable for exchanging data with a second wireless access network, with a maximum throughput lower than a maximum throughput of said first communication module, said control method includes, when the first communication module is in standby mode: - listening, by way of the second communication module, to a downlink between the second wireless access network and the terminal, characterized in that, said terminal belonging to a group of terminals sharing one and the same identification code for connecting to said first wireless access network, said control method includes: - when the terminal receives, by way of the second communication module, an activation request, transmitted by a server linked to the second wireless access network, indicating the availability of the identification code: activation of the first communication module, during which activation said first communication module connects to the first wireless access network using said identification code. - listening, by way of the second communication module, to a downlink between the second wireless access network and the terminal, - when the terminal receives, by way of the second communication module, an activation request, transmitted by a server linked to the second wireless access network, indicating the availability of the identification code: activation of the first communication module, during which activation said first communication module connects to the first wireless access network using said identification code.
A pipe joint comprising a pressing nut into which a pipe is inserted, a joint body into which said pressing nut is partially inserted, a sealing member for sealing said pipe and said joint body, and an engaging mechanism for keeping said pressing nut at a predetermined position in said joint body; wherein said engaging mechanism comprises a stop ring, an annular groove formed on an outer surface of said pressing nut for receiving said stop ring, and a plurality of engaging grooves (171, 172, 173) formed on an inner surface of said joint body for receiving said stop ring and communicating with each other; and said stop ring engages both of said annular groove and a first engaging groove until the connection of said pipe is completed; characterized in that said pipe joint further comprises a retainer engaging said pipe to prevent said pipe from being detached, and when a force in a drawing direction is applied to said pipe after completing the connection of said pipe, said stop ring moves from said first engaging groove to a second engaging groove on the inlet side thereof, so that said pressing nut is drawn from said joint body to such an extent that the normal connection of said pipe can be confirmed.
A mesenchymal stem cell and an immunogen for use in inducing acquired immunological tolerance, wherein in a first step a mesenchymal stem cell and an immunogen are administered to a recipient individual within a period from 2 to 14 days before an immunogen is introduced into the recipient individual (day 0), wherein said immunogen introduced into the recipient and the immunogen administered in the first step within a period from 2 to 14 days before an immunogen is introduced into the recipient individual have the same immunogenicity, and in a second step mesenchymal stem cells are administered to the recipient individual on the day before (-1 day) or the very day of the introduction of the immunogen (day 0). in a first step a mesenchymal stem cell and an immunogen are administered to a recipient individual within a period from 2 to 14 days before an immunogen is introduced into the recipient individual (day 0), wherein said immunogen introduced into the recipient and the immunogen administered in the first step within a period from 2 to 14 days before an immunogen is introduced into the recipient individual have the same immunogenicity, and in a second step mesenchymal stem cells are administered to the recipient individual on the day before (-1 day) or the very day of the introduction of the immunogen (day 0).
A coating composition comprising porous ceramic particles, said particles comprising pores having at least two corrosion inhibitors substantially homogeneously distributed throughout each particle, said corrosion inhibitors being releasable from the pores in the presence of a liquid, by solubilisation into said liquid, wherein the ceramic particles are prepared using a sol-gel process for encapsulating the corrosion inhibitors and wherein the corrosion inhibitors have different solubilities in water.
An MD2-antagonist for use in a method of treating HMGB1 -mediated inflammation in a subject, wherein the MD2-antagonist is a tetrameric peptide having the amino acid sequence FSSE, and wherein the HMGB1 is the HMGB1 disulfide isoform.
Motor vehicle having at least one flap which is movable between an opened and a closed position, having an encodable locking device for locking the flap and having an unlocking device for unlocking the encodable locking device and having at least one further access opening (6, 10) adapted to the size of a specific postal item (5, 5a, 5b) and able to be closed by means of at least one further flap, which access opening can be locked by means of an encodable locking device and can be unlocked by means of an unlocking device wherein the at least one further flap is formed as part of the first flap and can be locked and unlocked independently of the first flap, characterised in that in the region of the at least one further access opening (6, 10) are arranged a barcode reading device and a transmission device for transmitting messages to a user end device. at least one further access opening (6, 10) adapted to the size of a specific postal item (5, 5a, 5b) and able to be closed by means of at least one further flap, which access opening can be locked by means of an encodable locking device and can be unlocked by means of an unlocking device wherein the at least one further flap is formed as part of the first flap and can be locked and unlocked independently of the first flap, characterised in that in the region of the at least one further access opening (6, 10) are arranged a barcode reading device and a transmission device for transmitting messages to a user end device.
A container for consumer articles, the container comprising: a box portion at least partially formed from a blank having a thickness, the blank defining a front wall of the box portion; a lid portion depending along a hinge line from a back wall of the box portion, wherein the lid portion is moveable about the hinge line between an open position, in which consumer goods can be removed from the container, and a closed position, in which consumer goods cannot be removed from the container; an inner frame received within the box portion, the inner frame comprising an inner frame front wall wherein a portion of the frame front wall extends beyond an upper edge of the front wall of the box portion; a magnetic closure comprising a first magnetic material provided on an inner surface of the lid portion and a second magnetic material provided on the inner frame front wall, wherein the first and second magnetic materials (200, 202) are arranged to overlap when the lid portion is in the closed position so that the magnetic closure releasably retains the lid portion in the closed position; characterised in that the second magnetic material is a flexible magnetic laminar material applied on the outer surface of the inner frame front wall such that the outer surface of the flexible magnetic laminar material is horizontally offset from the outer surface of the front wall of the box portion by a distance substantially corresponding to the thickness of the blank. a box portion at least partially formed from a blank having a thickness, the blank defining a front wall of the box portion; a lid portion depending along a hinge line from a back wall of the box portion, wherein the lid portion is moveable about the hinge line between an open position, in which consumer goods can be removed from the container, and a closed position, in which consumer goods cannot be removed from the container; an inner frame received within the box portion, the inner frame comprising an inner frame front wall wherein a portion of the frame front wall extends beyond an upper edge of the front wall of the box portion; a magnetic closure comprising a first magnetic material provided on an inner surface of the lid portion and a second magnetic material provided on the inner frame front wall, wherein the first and second magnetic materials (200, 202) are arranged to overlap when the lid portion is in the closed position so that the magnetic closure releasably retains the lid portion in the closed position; characterised in that the second magnetic material is a flexible magnetic laminar material applied on the outer surface of the inner frame front wall such that the outer surface of the flexible magnetic laminar material is horizontally offset from the outer surface of the front wall of the box portion by a distance substantially corresponding to the thickness of the blank.
A method comprising: monitoring, at a content delivery network service provider, resource requests from a first cluster of client computing devices, wherein monitoring resource requests comprises monitoring resource requests from a first cluster of client computing devices in a first time zone during a time window; identifying a set of content corresponding to the resource requests from the first cluster, wherein identifying a set of content corresponding to the resource requests for the first cluster comprises identifying frequently requested content for the first cluster; preloading the identified set of content at a cache component authorized to service a second cluster of client computing devices, wherein preloading content comprises preloading content at a cache component authorized to service the second cluster of client computing devices in a different time zone during the same time window in anticipation of similar requests from client computing devices in the second time zone. monitoring, at a content delivery network service provider, resource requests from a first cluster of client computing devices, wherein monitoring resource requests comprises monitoring resource requests from a first cluster of client computing devices in a first time zone during a time window; identifying a set of content corresponding to the resource requests from the first cluster, wherein identifying a set of content corresponding to the resource requests for the first cluster comprises identifying frequently requested content for the first cluster; preloading the identified set of content at a cache component authorized to service a second cluster of client computing devices, wherein preloading content comprises preloading content at a cache component authorized to service the second cluster of client computing devices in a different time zone during the same time window in anticipation of similar requests from client computing devices in the second time zone.
A method for controlling polymer particle size, the method comprising: selecting a catalyst particle size based on an expected catalyst productivity and a target polymer particle size; and directing a catalyst having the selected catalyst particle size to a loop slurry polymerization reactor where the catalyst is employed to polymerize a monomer to form a plurality of polymer particles in the loop slurry polymerization reactor, wherein 70 to 90 percent by weight of the polymer particles have an individual polymer particle size of 100 to 500 micrometers; wherein selecting a catalyst particle size comprises calculating the catalyst particle size using the formula: d c = d p P ⁢ ρ c ρ p 1 / 3 where d c is the catalyst particle size (microns), d p is a target polymer particle size (microns), P is the expected catalyst productivity (g polymer/g catalyst), ρ c is a catalyst particle density (g/cm 3), and ρ p is a polymer particle density (g/cm 3); and wherein polymer particle size and catalyst particle size are determined by laser diffraction. selecting a catalyst particle size based on an expected catalyst productivity and a target polymer particle size; and directing a catalyst having the selected catalyst particle size to a loop slurry polymerization reactor where the catalyst is employed to polymerize a monomer to form a plurality of polymer particles in the loop slurry polymerization reactor, wherein 70 to 90 percent by weight of the polymer particles have an individual polymer particle size of 100 to 500 micrometers; wherein selecting a catalyst particle size comprises calculating the catalyst particle size using the formula: d c = d p P ⁢ ρ c ρ p 1 / 3 where d c is the catalyst particle size (microns), d p is a target polymer particle size (microns), P is the expected catalyst productivity (g polymer/g catalyst), ρ c is a catalyst particle density (g/cm 3), and ρ p is a polymer particle density (g/cm 3); and wherein polymer particle size and catalyst particle size are determined by laser diffraction.
Height-adjustable headrest, having a basic supporting element and a supporting element, which is arranged in the latter and is guidable in a longitudinally displaceable manner in an X direction, wherein, in order to form a guide, the basic supporting element comprises a number of openings (2.1) and the supporting element comprises a number of guide parts (3.1), wherein a shape of the number of openings (2.1) corresponds to a shape of the number of guide parts (3.1), wherein the supporting element is electromotively longitudinally displaceable in relation to the basic supporting element by a first motor, wherein a first rack element (3.1.1) is arranged on a guide part (3.1), said rack element interacting with a first pinion, wherein the pinion is arranged on a first shaft which can be driven by the first motor, characterized in that a first rack element (3.1.1) is in each case arranged on two guide parts (3.1), and wherein a first pinion is in each case attached to two outer ends of the first shaft, i.e. arranged in a form-fitting manner, wherein each of the two first pinions interacts with one of the first rack elements (3.1.1), and with electromotive height-adjustability, having a second motor for the electrical height adjustment, and a second shaft which can be driven by the second motor, wherein in each case a second pinion is attached to two outer ends of the second shaft, i.e. arranged in a form-fitting manner, wherein each of the two second pinions can be brought or are brought into interaction with racks (1.1) which are arranged on rods to which the headrest can be fastened or is fastened. a first rack element (3.1.1) is in each case arranged on two guide parts (3.1), and wherein a first pinion is in each case attached to two outer ends of the first shaft, i.e. arranged in a form-fitting manner, wherein each of the two first pinions interacts with one of the first rack elements (3.1.1), and with electromotive height-adjustability, having a second motor for the electrical height adjustment, and a second shaft which can be driven by the second motor, wherein in each case a second pinion is attached to two outer ends of the second shaft, i.e. arranged in a form-fitting manner, wherein each of the two second pinions can be brought or are brought into interaction with racks (1.1) which are arranged on rods to which the headrest can be fastened or is fastened.
A nozzle tip of a nozzle of a molding material distributor of a molding system, the nozzle tip defining a melt channel for distributing, in use, molding material to a mold comprising: a front portion having a support matrix (163, 192) defined in at least a portion thereof and including a three-dimensional web of structural supports, the support matrix having a filler material therein, wherein the support matrix (163, 192) includes a density gradient that increases towards surfaces of the nozzle tip.
A multi-antenna diversity scheduling method, comprising: transmitting pilot signals through x transmit antennas, wherein the pilot signals on 1 to x-1 transmit antennas are a product of pilot symbols and a phase sequence, wherein the phase sequence changes with at least one of time and frequency, the phase sequence changes more frequently than a user channel, and x is a positive integer greater than or equal to 2; receiving a transient channel quality information value returned by a user according to the pilot signals; and according to the transient CQI value and a scheduling algorithm, scheduling the user to transmit data. transmitting pilot signals through x transmit antennas, wherein the pilot signals on 1 to x-1 transmit antennas are a product of pilot symbols and a phase sequence, wherein the phase sequence changes with at least one of time and frequency, the phase sequence changes more frequently than a user channel, and x is a positive integer greater than or equal to 2; receiving a transient channel quality information value returned by a user according to the pilot signals; and according to the transient CQI value and a scheduling algorithm, scheduling the user to transmit data.
A fusing device comprising: a housing; a pressure roller rotatably installed in the housing; a heating unit arranged to face the pressure roller, the heating unit including a side frame slidably installed to the housing to rotatably support a film-shaped fusing belt inside of which a heat source is provided; and a pressure unit to press the side frame such that the fusing belt comes into close contact with the pressure roller while defining a fusing nip therebetween; characterised by comprising a position regulating device to regulate a position of the side frame when the side frame is pressed and moved by the pressure unit, thereby fixing a position of the fusing nip, the position regulating device being arranged to perform a linear movement together with the side frame, wherein an upper side of the side frame along the moving direction is supported by the pressure unit and a lower side of the side frame along the moving direction is supported by the position regulating device, and the position regulating device is slidably coupled to the housing. a housing; a pressure roller rotatably installed in the housing; a heating unit arranged to face the pressure roller, the heating unit including a side frame slidably installed to the housing to rotatably support a film-shaped fusing belt inside of which a heat source is provided; and a pressure unit to press the side frame such that the fusing belt comes into close contact with the pressure roller while defining a fusing nip therebetween; characterised by comprising a position regulating device to regulate a position of the side frame when the side frame is pressed and moved by the pressure unit, thereby fixing a position of the fusing nip, the position regulating device being arranged to perform a linear movement together with the side frame, wherein an upper side of the side frame along the moving direction is supported by the pressure unit and a lower side of the side frame along the moving direction is supported by the position regulating device, and the position regulating device is slidably coupled to the housing.
Method for user interaction in a CAE/CAD system, performed by a processing unit of the CAE/CAD system, the method comprising the steps of displaying to a user, on a computer display, • a graphical user interface, the graphical user interface comprising a model display region for displaying a graphical model representation and • a control region for displaying widgets for controlling operation of the CAE/CAD system, • the control region comprising an area covered by the widgets and an inactive control region, not covered by the widgets, the graphical user interface comprising an accept button, on the basis of user input, graphically indicating that the accept button is in an active state, as opposed to an inactive state, the active state signifying that the CAE/CAD system is ready to perform operations defined by the user input when the accept button is clicked, characterised in that, when the accept button is in the active state, graphically indicating an extended apply region which, when a clicking operation takes place inside it, will cause the CAE/CAD system to perform the same operations as when the accept button is clicked, wherein the extended apply region is the entirety of the inactive control region. • a graphical user interface, the graphical user interface comprising a model display region for displaying a graphical model representation and • a control region for displaying widgets for controlling operation of the CAE/CAD system, • the control region comprising an area covered by the widgets and an inactive control region, not covered by the widgets, the graphical user interface comprising an accept button, on the basis of user input, graphically indicating that the accept button is in an active state, as opposed to an inactive state, the active state signifying that the CAE/CAD system is ready to perform operations defined by the user input when the accept button is clicked, characterised in that, when the accept button is in the active state, graphically indicating an extended apply region which, when a clicking operation takes place inside it, will cause the CAE/CAD system to perform the same operations as when the accept button is clicked, wherein the extended apply region is the entirety of the inactive control region.
An ophthalmic lens comprising: a grip portion, an eye contacting portion and a main body portion disposed between the grip portion and the eye contacting portion wherein the grip portion, the eye contacting portion and the main body portion are integrally formed of a polymethylmethacrylate having a specific gravity of 1.1-1.8, the eye contacting portion is shaped to contact the cornea of the eye, and the main body portion has a curved sidewall with an arc extending in a direction from the grip portion towards the eye contacting portion, the arc having a length that is at least 1.15 times the length of a chord of the arc and the main body portion having at least one mirror surface for reflecting light to and from the eye contacting portion.
Cutter drive for grass shears comprising a cutter set with a fixed cutter and a movable cutter, and a bearing device, wherein the cutter set is mounted by means of the bearing device so as to be pivotable about a rotation axis that is arranged substantially parallel to a cutting plane and is directed in a cutting direction, characterized in that the rotation axis is located at least approximately in the cutting plane.