mhurhangee/ep-ind-claims huggingface dataset:
A handling device of an anode connector designed to connect an anode stem onto the anode frame of an igneous electrolysis cell intended for aluminium production, said connector being equipped with two side trunnions (212, 212') able to cooperate with support hooks (10, 10') interdependent with said anode frame and placed on either side of the anode stem, so as to pin said anode stem against said anode frame, said handling device comprising at least a guiding member having a notch associated with each of said trunnions and designed to receive said trunnion, said handling device being characterized in that it also includes: - at least a gripping member, having an open position and a closed position, said guiding member and said gripping member cooperating in such a manner that, when said gripping member is in open position, each trunnion can be inserted into or extracted from said notch, and when said gripping member is in closed position, each trunnion can only move a limited distance in said notch, between a so-called "low" position, corresponding to the contact with said gripping member and a "high" position; - an actuating system associated with said gripping member, able to move it between said open and closed positions, - at least a locking system having a locked position and an unlocked position, that is able to block said gripping member when in locked position, and able to move from the locked position to the unlocked position when said trunnions are in high position. - at least a gripping member, having an open position and a closed position, said guiding member and said gripping member cooperating in such a manner that, when said gripping member is in open position, each trunnion can be inserted into or extracted from said notch, and when said gripping member is in closed position, each trunnion can only move a limited distance in said notch, between a so-called "low" position, corresponding to the contact with said gripping member and a "high" position; - an actuating system associated with said gripping member, able to move it between said open and closed positions, - at least a locking system having a locked position and an unlocked position, that is able to block said gripping member when in locked position, and able to move from the locked position to the unlocked position when said trunnions are in high position.
A steam-generating warming article comprising holder having a moisture permeable film on one side and a moisture hardly-permeable film on the other side joined along the perimeters to make a flat bag, and a heat generating sheet, wherein the heat generating sheet is adapted to generate heat upon contact with air, and while being in contact with the surface of the human body, the steam-generating warming article is configured to maintain the human body's surface temperature at 38° to 49°C over a period of 3 to 15 hours, wherein the steam-generating warming article (1 has a steam generating ability such that a cumulative amount of released steam ranges from 0.5 to 12 mg/3 hr.cm 2 and wherein the moisture permeable film has a water vapour transmission rate of 300 to 2000 g/m 2 · 24 hr wherein the moisture hardly-permeable film is a nonporous polyolefin film or a nonporous polyester film, wherein the heat-generation sheet has holes and/or cuts, and the heat generating sheet is a molded sheet containing an oxidizable metal, a reaction accelerator, and a fibrous material, having incorporated therein an aqueous electrolyte solution, wherein the molded sheet contains 60% to 90% by weight of the oxidizable metal, 5% to 25% by weight of the reaction accelerator, and 5% to 35% by weight of the fibrous material, and wherein 40 to 80 parts by weight of the aqueous electrolyte solution having a concentration of 1 to 15 % by weight is added per 100 parts by weight of the molded sheet to obtain the heat generating sheet.
A method of making tissue paper in which a fibrous web is formed in a forming section and transferred to a Yankee drying cylinder in a non-dewatering transfer nip formed between the Yankee drying cylinder and a shoe roll, the Yankee drying cylinder having a cylindrical outer surface and being arranged to be rotatable about an axis of rotation, the shoe roll comprising a shoe that is arranged to act against the Yankee drying cylinder, and the shoe roll further comprising a rotatable flexible jacket that is arranged to run in a loop around the shoe, in which method a carrier fabric runs in a loop around the shoe roll and follows the fibrous web into the transfer nip, the carrier fabric having a structured surface facing the fibrous web such that a three-dimensional pattern can be imprinted into the fibrous web by the carrier fabric and the structured surface of the carrier fabric having land areas and open areas, and wherein the method comprises forming the transfer nip between the shoe and the cylindrical outer surface of the Yankee drying cylinder and wherein the length of the transfer nip in the circumferential direction of the Yankee drying cylinder is in the range of 30 mm - 100 mm and wherein the method comprises application of a chemical coating on the cylindrical outer surface of the Yankee drying cylinder and creping the fibrous web from the cylindrical outer surface of the Yankee drying cylinder, characterized in that the land areas of the structured surface of the carrier fabric constitute 15% - 90% of the total surface area of that side of the carrier fabric that faces the fibrous web and in that the linear load in the transfer nip is selected such that the peak pressure in the transfer nip is in the range of 2 MPa - 8MPa when the pressure in the transfer nip is defined as the force of the linear load in the transfer nip divided by the sum of the land areas of that part of the carrier fabric that is in the transfer nip in a given moment.
An antisense oligonucleotide comprising at least one modification that is incorporated at the terminal end of the antisense oligonucleotide, wherein the antisense molecule binds to a complementary target and suppresses a function of the target, wherein the modification increases binding affinity and nuclease resistance of the antisense oligonucleotide, and wherein the modification is a naphthyl-azo compound.
Current transducer for measuring a current flowing through a cable, the current transducer comprising a head comprising at least two ferromagnetic cores (46, 47, 48, 49) enclosing the cable, each core (46, 47, 48, 49) having an air gap (G 1, G 2, G 3, G 4) and a magnetic field sensor placed at the air gap, wherein the ferromagnetic cores (46, 47, 48, 49) are positioned approximately parallel to each other and spaced by a predetermined distance from each other along an axis and rotated by a predetermined angle of rotation around the axis with respect to each other, so that the air gaps (G 1, G 2) of the ferromagnetic cores (46, 47, 48, 49) are situated at different angles.
An electrode having a three-dimensional structure, the electrode comprising: a porous nonwoven web including a plurality of polymer fibers that form an interconnected porous network; an active material composite positioned among the polymer fibers and including active material particles and a first conductive material; and a second conductive material positioned on an outer surface of the active material composite, wherein the interconnected porous network is filled homogeneously with the active material composite and the second conductive material to form a three-dimensional super lattice structure. a porous nonwoven web including a plurality of polymer fibers that form an interconnected porous network; an active material composite positioned among the polymer fibers and including active material particles and a first conductive material; and a second conductive material positioned on an outer surface of the active material composite, wherein the interconnected porous network is filled homogeneously with the active material composite and the second conductive material to form a three-dimensional super lattice structure.
An ancillary for bone surgery, advantageously for operative arthroscopy, operable for positioning and fixing a bone fragment on a target bone surface, wherein said ancillary comprises: (i) at least one operating handle, (ii) a sighting body comprising - two opposite end faces, a front one and a rear one, and - at least one sighting hole that opens to said two end faces (31, 32), for guiding at least one screw and/or pin intended to be implanted into said bone fragment and into said target bone surface, (iii) a feeler element, protruding from the front end face of said sighting body and having a lower face intended to bear against a part of said target bone surface, wherein said front end face of said sighting body and said lower face of said feeler element form together a dihedral receiving surface against which said bone fragment is intended to bear, characterized in that said ancillary comprises pressing means operable for temporarily holding said bone fragment bearing against said dihedral receiving surface. wherein said ancillary comprises: (i) at least one operating handle, (ii) a sighting body comprising - two opposite end faces, a front one and a rear one, and - at least one sighting hole that opens to said two end faces (31, 32), for guiding at least one screw and/or pin intended to be implanted into said bone fragment and into said target bone surface, (iii) a feeler element, protruding from the front end face of said sighting body and having a lower face intended to bear against a part of said target bone surface, (i) at least one operating handle, (ii) a sighting body comprising - two opposite end faces, a front one and a rear one, and - at least one sighting hole that opens to said two end faces (31, 32), for guiding at least one screw and/or pin intended to be implanted into said bone fragment and into said target bone surface, (iii) a feeler element, protruding from the front end face of said sighting body and having a lower face intended to bear against a part of said target bone surface, wherein said front end face of said sighting body and said lower face of said feeler element form together a dihedral receiving surface against which said bone fragment is intended to bear, characterized in that said ancillary comprises pressing means operable for temporarily holding said bone fragment bearing against said dihedral receiving surface.
A method of transferring graphics data between virtual machine partitions (800, 810; 1000, 1010) when virtualizing graphics hardware, the method comprising: sending by a first virtual machine partition to a second virtual machine partition a request for allocation of memory, wherein the allocation indicates a maximum buffer size for transferred data; mapping the requested memory allocation to one or more physical memory pages; allocating the requested memory in a shared memory aperture between, in kernel mode, the first virtual machine partition and, in user mode, the second virtual machine partition; and transferring graphics data between the first and second virtual machine partitions using the shared memory aperture, wherein the maximum buffer size is negotiated between the first and second partitions, and wherein the first virtual machine partition is a child partition (800; 1010) and the second virtual machine partition is a parent partition (204; 600; 810; 1000) on which the rendering using one or more hardware GPUs occurs. sending by a first virtual machine partition to a second virtual machine partition a request for allocation of memory, wherein the allocation indicates a maximum buffer size for transferred data; mapping the requested memory allocation to one or more physical memory pages; allocating the requested memory in a shared memory aperture between, in kernel mode, the first virtual machine partition and, in user mode, the second virtual machine partition; and transferring graphics data between the first and second virtual machine partitions using the shared memory aperture, wherein the maximum buffer size is negotiated between the first and second partitions, and wherein the first virtual machine partition is a child partition (800; 1010) and the second virtual machine partition is a parent partition (204; 600; 810; 1000) on which the rendering using one or more hardware GPUs occurs.
A piezoelectric ceramic having an alkali-containing niobate perovskite structure and Li, Nb and O as constituent elements and Na and K as optional constituent elements, and holding a crystal phase expressed by a composition formula Li 3 NbO 4, wherein the piezoelectric ceramic is expressed by a composition formula {Li x [Na y K 1-y] 1-x} a NbO 3, wherein in the formula, 0 < x ≤ 0.20, 0 ≤ y ≤ 1, and 1.0 ≤ a ≤ 1.01, characterised in that the piezoelectric ceramic contains Ag by 0.1 mol or more and 0.25 mol or less in equivalent Ag 2 O relative to 100 mol of the piezoelectric ceramic.
A user equipment, UE, comprising an apparatus for processing a buffer status report, wherein, at least one Proximity-based Service, ProSe, Buffer Status Report, BSR, has been triggered, the apparatus comprising: a first judging unit configured to judge whether an allocated uplink resource for a Transmission Time Interval, TTI, is capable of accommodating a ProSe BSR Media Access Control, MAC, Control Element, CE, containing a buffer status for at least one ProSe Destination and its corresponding MAC subheader; a second judging unit configured to, when it is judged yes by the first judging unit, judge whether there exist side-link data available for transmission in the TTI; and a cancelling unit configured to, when it is judged no by the second judging unit, cancel all triggered ProSe BSRs. a first judging unit configured to judge whether an allocated uplink resource for a Transmission Time Interval, TTI, is capable of accommodating a ProSe BSR Media Access Control, MAC, Control Element, CE, containing a buffer status for at least one ProSe Destination and its corresponding MAC subheader; a second judging unit configured to, when it is judged yes by the first judging unit, judge whether there exist side-link data available for transmission in the TTI; and a cancelling unit configured to, when it is judged no by the second judging unit, cancel all triggered ProSe BSRs.
A medical device for the treatment of an abdominal aortic aneurysm in a patient, the device comprising: an expandable member adapted for delivery into and expansion within the patient; a tube in fluid communication with a space inside the expandable member, or a tube positioned directly into the expandable member; a thermally activated low temperature free radical initiator in powder form present in or disposed on the upstream side of a filter upstream of the expandable member, in the expandable member itself, or in a container in communication with the expandable member, wherein a flowable aqueous solution comprising a first and a second water soluble polymer precursor, each water soluble polymer precursor having terminal functional groups, is arranged to flow within the tube or directly to the expandable member and to dissolve the free radical initiator, an initiator catalyst is either present in the flowable aqueous solution or added after the free radical initiator is dissolved; and wherein the solution and initiator are adapted such that functional groups on the water soluble polymer precursors undergo covalent bonding to form a solid and substantially non-biodegradable material in the space inside the expandable member in situ. an expandable member adapted for delivery into and expansion within the patient; a tube in fluid communication with a space inside the expandable member, or a tube positioned directly into the expandable member; a thermally activated low temperature free radical initiator in powder form present in or disposed on the upstream side of a filter upstream of the expandable member, in the expandable member itself, or in a container in communication with the expandable member, wherein a flowable aqueous solution comprising a first and a second water soluble polymer precursor, each water soluble polymer precursor having terminal functional groups, is arranged to flow within the tube or directly to the expandable member and to dissolve the free radical initiator, an initiator catalyst is either present in the flowable aqueous solution or added after the free radical initiator is dissolved; and wherein the solution and initiator are adapted such that functional groups on the water soluble polymer precursors undergo covalent bonding to form a solid and substantially non-biodegradable material in the space inside the expandable member in situ.
A method of additive manufacturing using electrophotography comprising: forming a plurality of build layers, each of the plurality of build layers formed by: transferring a first build material to a conveyor; and transferring a second build material on the first build material to form one of the plurality of build layers; wherein each transfer step is performed by a separate xerographic engine (120a, 120b), and wherein the first build material has a particle size in the range from 10 microns to 20 microns and the second build material has a particle size in the range from 4 microns to 8 microns. forming a plurality of build layers, each of the plurality of build layers formed by: transferring a first build material to a conveyor; and transferring a second build material on the first build material to form one of the plurality of build layers; transferring a first build material to a conveyor; and transferring a second build material on the first build material to form one of the plurality of build layers; wherein each transfer step is performed by a separate xerographic engine (120a, 120b), and wherein the first build material has a particle size in the range from 10 microns to 20 microns and the second build material has a particle size in the range from 4 microns to 8 microns.
Apparatus for indexing a device about an indexing axis, the apparatus comprising a base, a support for supporting the device for rotation about the indexing axis, the support comprising a rotary mount supported on the base for rotation about a pitch axis transverse to the indexing axis, an indexing drive mechanism for indexing the device about the indexing axis, the indexing drive mechanism comprising a drive portion and a driven portion, the drive portion being provided on the base and the driven portion being provided on the rotary mount, characterised in that the drive portion comprises a drive element mounted for rotation eccentrically about a drive axis, the drive element comprising a drive pin having an axis of rotation corresponding to the drive axis, the driven portion including an indexing head rotatably mounted on the support and connected to the device, the indexing head comprising an indexing plate configured to define a cam profile, the driven portion being movable into and out of engagement with the drive portion upon rotation of the rotary mount and thus, the driven portion about the pitch axis, whereby the driven portion when in engagement with the drive portion receives drive therefrom, in that the indexing head is engaged with the drive element to receive rotational drive therefrom, whereby the drive pin rotating eccentrically about the drive axis engages against the cam profile causing the indexing plate and thus, the indexing head being connected to the device, to rotate about its axis of rotation corresponding to the indexing axis, thereby indexing the device about the indexing axis. the drive portion comprises a drive element mounted for rotation eccentrically about a drive axis, the drive element comprising a drive pin having an axis of rotation corresponding to the drive axis, the driven portion including an indexing head rotatably mounted on the support and connected to the device, the indexing head comprising an indexing plate configured to define a cam profile, the drive element comprising a drive pin having an axis of rotation corresponding to the drive axis, the driven portion including an indexing head rotatably mounted on the support and connected to the device, the indexing head comprising an indexing plate configured to define a cam profile, the driven portion being movable into and out of engagement with the drive portion upon rotation of the rotary mount and thus, the driven portion about the pitch axis, whereby the driven portion when in engagement with the drive portion receives drive therefrom, in that the indexing head is engaged with the drive element to receive rotational drive therefrom, whereby the drive pin rotating eccentrically about the drive axis engages against the cam profile causing the indexing plate and thus, the indexing head being connected to the device, to rotate about its axis of rotation corresponding to the indexing axis, thereby indexing the device about the indexing axis.
A variable pin-hole type collimator for use in a radiation imaging device comprising: a hole forming module having a plurality of apertures (111a, 111b, 111c,... 111n) which are stacked in a direction of irradiation such that each aperture (111a, 111b, 111c,... 111n) defines a penetrating-space through which radiation passes; a plurality of driving modules (121a, 121b, 121c,... 121n) which are configured so that each driving module varies each penetrating-space of the aperture (111a, 111b, 111c,... 111n) independently; and a collimating controller configured to control the driving modules (121a, 121b, 121c,... 121n) such that each penetrating-space of the aperture varies independently and the hole forming module forms a pin-hole through which radiation passes; characterised in that the formed pinhole is divided into a first cone region formed by gradually decreasing the size of the penetrating space of the apertures, a penetrating hole region and a second cone region formed by gradually increasing the size of the penetrating space of the apertures. a hole forming module having a plurality of apertures (111a, 111b, 111c,... 111n) which are stacked in a direction of irradiation such that each aperture (111a, 111b, 111c,... 111n) defines a penetrating-space through which radiation passes; a plurality of driving modules (121a, 121b, 121c,... 121n) which are configured so that each driving module varies each penetrating-space of the aperture (111a, 111b, 111c,... 111n) independently; and a collimating controller configured to control the driving modules (121a, 121b, 121c,... 121n) such that each penetrating-space of the aperture varies independently and the hole forming module forms a pin-hole through which radiation passes; characterised in that the formed pinhole is divided into a first cone region formed by gradually decreasing the size of the penetrating space of the apertures, a penetrating hole region and a second cone region formed by gradually increasing the size of the penetrating space of the apertures.