mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment for handling a scheduling request, the method comprising: triggering a scheduling request in response to the generation of a buffer status report which was triggered in response to receiving data into a buffer of the user equipment to be transmitted to a base station , said scheduling request being pending until it is cancelled; characterized in that the method further comprises: cancelling the pending scheduling request if a Medium Access Control Packet Data Unit, MAC PDU, is assembled for transmission and including the buffer status report, the buffer status report accounting for the data that triggered the scheduling request.
An implant made from plastic, comprising a longitudinal axis and an external thread, characterized in that the implant comprises a thermoplastic plastic with a modulus of elasticity E of 10-70 GPa, reinforced with long fibers arranged multidirectionally in a targeted manner, wherein the long fibers arranged multidirectionally in a targeted manner comprise fibers extending parallel to the longitudinal axis of the implant as well as, in the region of the external thread, fibers which extend at a right angle with respect to the longitudinal axis of the implant and which, in the region of the thread flanks, follow the winding course, and in that it is a single-component plastic implant.
A system for preparing cells for transplant in an automated process, wherein the system is configured to produce a cellular suspension of living tissue suitable for application to a patient in an epithelium-related procedure, the system comprising: a disposable cartridge including: a tissue processing chamber configured to receive a tissue and a chemical reagent, wherein the chemical reagent chemically dissociates the tissue; a disintegrating member comprising a pestle in the tissue processing chamber, wherein the disintegrating member is actuatable to exert a force on the tissue, wherein the force mechanically dissociates the tissue; and a cell collection chamber configured to collect a cell suspension comprising the chemically and mechanically dissociated tissue from the tissue processing chamber; a disintegrator separating the tissue processing chamber from the cell collection chamber; and a programmable and reusable console, wherein the cartridge is insertable into the programmable and reusable console, wherein the programable and reusable console further comprises an actuating mechanism configured to actuate the disintegrating member. a tissue processing chamber configured to receive a tissue and a chemical reagent, wherein the chemical reagent chemically dissociates the tissue; a disintegrating member comprising a pestle in the tissue processing chamber, wherein the disintegrating member is actuatable to exert a force on the tissue, wherein the force mechanically dissociates the tissue; and a cell collection chamber configured to collect a cell suspension comprising the chemically and mechanically dissociated tissue from the tissue processing chamber; a disintegrator separating the tissue processing chamber from the cell collection chamber; and a programmable and reusable console, wherein the cartridge is insertable into the programmable and reusable console, wherein the programable and reusable console further comprises an actuating mechanism configured to actuate the disintegrating member.
An apparatus comprising: a segmented optical modulator , the segmented optical modulator comprising: an optical waveguide along a planar surface of a substrate ; a plurality of electrodes disposed along the planar surface of the substrate, the plurality of electrodes comprising: one or more first electrodes located along a first segment of the optical waveguide to form a first modulator segment therewith; one or more second electrodes located along a second segment of the optical waveguide to form a second modulator segment therewith; and, an electrical drive circuit configured to transmit RF drive signals to both the first and second electrodes to modulate an optical carrier propagating along the optical waveguide; wherein the segmented optical modulator is configured so that the second modulator segment is optically connected in series with the first modulator segment and characterized in that the first and second modulator segments modulate the optical carrier in distinct frequency regions , wherein a spectral response of the first modulator segment and a spectral response of the second modulator segment are at least partially non-overlapping in the distinct frequency regions. an optical waveguide along a planar surface of a substrate ; a plurality of electrodes disposed along the planar surface of the substrate, the plurality of electrodes comprising: one or more first electrodes located along a first segment of the optical waveguide to form a first modulator segment therewith; one or more second electrodes located along a second segment of the optical waveguide to form a second modulator segment therewith; and, one or more first electrodes located along a first segment of the optical waveguide to form a first modulator segment therewith; one or more second electrodes located along a second segment of the optical waveguide to form a second modulator segment therewith; and, an electrical drive circuit configured to transmit RF drive signals to both the first and second electrodes to modulate an optical carrier propagating along the optical waveguide; wherein the segmented optical modulator is configured so that the second modulator segment is optically connected in series with the first modulator segment and characterized in that the first and second modulator segments modulate the optical carrier in distinct frequency regions , wherein a spectral response of the first modulator segment and a spectral response of the second modulator segment are at least partially non-overlapping in the distinct frequency regions.
A microorganism from the species Sphingopyxis sp. deposited in the Spanish Type Culture Collection (CECT) with accession number CECT 8967 or a mutant thereof which maintains the ability of degrading microcystins.
A method of fabricating a component , comprising: depositing a first molten material application onto a surface of a crack sensitive fusion boundary which is within a cavity of a base metal of the component to form an at least partially solidified layer; manipulating by smearing or buttering at least a portion of the at least partially solidified layer to form a boundary region which covers the entire crack sensitive fusion boundary , wherein the boundary region provides resistance to strain age cracking within a crack sensitive fusion boundary of the component; depositing a second molten material application onto the boundary region to form a filler region , wherein the method further comprises melting the portion of the at least partially solidified layer prior to manipulating the portion to form the boundary region . depositing a first molten material application onto a surface of a crack sensitive fusion boundary which is within a cavity of a base metal of the component to form an at least partially solidified layer; manipulating by smearing or buttering at least a portion of the at least partially solidified layer to form a boundary region which covers the entire crack sensitive fusion boundary , wherein the boundary region provides resistance to strain age cracking within a crack sensitive fusion boundary of the component; depositing a second molten material application onto the boundary region to form a filler region , wherein the method further comprises melting the portion of the at least partially solidified layer prior to manipulating the portion to form the boundary region .
A method comprising: receiving , from a device , (i) a certificate request for a certification authority and (ii) a first digital certificate , wherein the certificate request is digitally signed by the device and the first digital certificate is stored in the device ; verifying , at the certification authority . the first digital certificate using a second digital certificate of another certification authority ; verifying , at the certification authority , digital signature of the digitally signed certificate request using the first digital certificate ; and after verifying the first digital certificate and the digital signature, transmitting , by the certification authority , a second digital certificate to the device , wherein: the first digital certificate comprises a digital certificate issued by the other certification authority that is associated with a manufacturer of the device; and the second digital certificate comprises a digital certificate issued by the certification authority that is associated with a customer installing or using the device. receiving , from a device , (i) a certificate request for a certification authority and (ii) a first digital certificate , wherein the certificate request is digitally signed by the device and the first digital certificate is stored in the device ; verifying , at the certification authority . the first digital certificate using a second digital certificate of another certification authority ; verifying , at the certification authority , digital signature of the digitally signed certificate request using the first digital certificate ; and after verifying the first digital certificate and the digital signature, transmitting , by the certification authority , a second digital certificate to the device , wherein: the first digital certificate comprises a digital certificate issued by the other certification authority that is associated with a manufacturer of the device; and the second digital certificate comprises a digital certificate issued by the certification authority that is associated with a customer installing or using the device. the first digital certificate comprises a digital certificate issued by the other certification authority that is associated with a manufacturer of the device; and the second digital certificate comprises a digital certificate issued by the certification authority that is associated with a customer installing or using the device.
A support structure for an aircraft seat comprising: first and second load bearing spaced side members each having means for securing a seat for continuous movement between first and second positions and a ground engaging portion; and a cross member extending between the first and second load bearing spaced side members, the cross member defining an S-shaped profile in the lateral/vertical plane and comprising a horizontal surface , a surface extending from the horizontal surface vertically in a downwards direction, and a surface extending from the horizontal surface upwardly at an intermediate angle, characterized in that the first and second load bearing spaced side members, the horizontal surface and the surface extending from the horizontal surface vertically in a downwards direction substantially define four sides of a substantially cuboidal hollow box section to stiffen the side members at least in a region beneath the means for securing the seat. first and second load bearing spaced side members each having means for securing a seat for continuous movement between first and second positions and a ground engaging portion; and a cross member extending between the first and second load bearing spaced side members, the cross member defining an S-shaped profile in the lateral/vertical plane and comprising a horizontal surface , a surface extending from the horizontal surface vertically in a downwards direction, and a surface extending from the horizontal surface upwardly at an intermediate angle, characterized in that the first and second load bearing spaced side members, the horizontal surface and the surface extending from the horizontal surface vertically in a downwards direction substantially define four sides of a substantially cuboidal hollow box section to stiffen the side members at least in a region beneath the means for securing the seat.
A composition comprising an insoluble polyelectrolyte complex of a polyanion selected from the group consisting of a lignin compound such as lignosulfonate, humic acid, chondroitin sulphate, and poly(acrylic acid), and a polycation, wherein said polyanion and said polycation are present in relative amounts of from 1:2 to 10:1 (w/w), said composition further comprising at least one biocide.
A microscope , comprising: a sample chamber , a microscope stage arranged below the sample chamber configured to have a sample carrier arranged thereon, a pipetting device configured to pipet the sample carrier , and a moving mechanism configured to move the pipetting device between a non-operating position in which the pipetting device is arranged outside the sample chamber and an operating position in which the pipetting device is arranged inside the sample chamber facing the sample carrier , wherein the pipetting device comprises at least one movable injector configured to drop or inject fluid into the sample carrier , and wherein the pipetting device comprises a frame on which the injector is mounted, the frame being coupled to the moving mechanism in order to be moved between the non-operating position and the operating position, wherein the pipetting device comprises an injector drive configured to move the injector , characterised in that the injector drive is configured to move the injector along at least one direction parallel to a top surface of the microscope stage and relative to the frame to selectively arrange the injector in a plurality of pipetting positions relative to the sample carrier when the frame is in the operating position. a sample chamber , a microscope stage arranged below the sample chamber configured to have a sample carrier arranged thereon, a pipetting device configured to pipet the sample carrier , and a moving mechanism configured to move the pipetting device between a non-operating position in which the pipetting device is arranged outside the sample chamber and an operating position in which the pipetting device is arranged inside the sample chamber facing the sample carrier , wherein the pipetting device comprises at least one movable injector configured to drop or inject fluid into the sample carrier , and wherein the pipetting device comprises a frame on which the injector is mounted, the frame being coupled to the moving mechanism in order to be moved between the non-operating position and the operating position, wherein the pipetting device comprises an injector drive configured to move the injector , characterised in that the injector drive is configured to move the injector along at least one direction parallel to a top surface of the microscope stage and relative to the frame to selectively arrange the injector in a plurality of pipetting positions relative to the sample carrier when the frame is in the operating position.
A system for treating a tissue site , comprising: a manifold including a non-porous film comprising two sheets of polymeric film having inner surfaces sealed to each other to form a sealed region defining a plurality of closed cells containing fluid, apertures disposed in the film between the closed cells and extending through the film to allow fluid flow between a first side and a second side of the manifold, and surface features on at least an outer surface of at least some of the closed cells ; and a cover adapted to provide a fluid seal between a therapeutic environment including the tissue site and the manifold on one side of the cover and a local external environment on the other side of the cover , wherein the plurality of closed cells is adapted to form distal channels with the cover and the apertures are adapted to provide fluid communication between the distal channels and the tissue site ; and a negative-pressure source fluidly coupled to the therapeutic environment and adapted to provide negative pressure through the distal channels and the apertures to the tissue site . a manifold including a non-porous film comprising two sheets of polymeric film having inner surfaces sealed to each other to form a sealed region defining a plurality of closed cells containing fluid, apertures disposed in the film between the closed cells and extending through the film to allow fluid flow between a first side and a second side of the manifold, and surface features on at least an outer surface of at least some of the closed cells ; and a cover adapted to provide a fluid seal between a therapeutic environment including the tissue site and the manifold on one side of the cover and a local external environment on the other side of the cover , wherein the plurality of closed cells is adapted to form distal channels with the cover and the apertures are adapted to provide fluid communication between the distal channels and the tissue site ; and a negative-pressure source fluidly coupled to the therapeutic environment and adapted to provide negative pressure through the distal channels and the apertures to the tissue site .
Method for decorating an element comprising the following steps: a) taking the element , said element having a top surface and a bottom surface, and said element comprising anchoring means for improving the securing of the decoration on the top surface of said element, the anchoring means including at least one part (8, 8', 8") mounted in a cavity (6, 6', 6") in said element located at the place to be decorated, said cavity having a non-uniform section, the section of said at least one cavity being smaller on the top face of said element than on the bottom face thereof; b) making a mask of the desired thickness of the decorations , and having at least one opening ; c) placing said at least one opening of the mask against the place to be decorated so as to form at least one mould (4', 6, 6', 6", 100); d) filling said at least one mould by injection with a metallic material brought to a temperature at least higher than its glass-transition temperature Tg and then cooled down so as to confer on this metal an amorphous structure to form the element ; e) removing the mask . a) taking the element , said element having a top surface and a bottom surface, and said element comprising anchoring means for improving the securing of the decoration on the top surface of said element, the anchoring means including at least one part (8, 8', 8") mounted in a cavity (6, 6', 6") in said element located at the place to be decorated, said cavity having a non-uniform section, the section of said at least one cavity being smaller on the top face of said element than on the bottom face thereof; b) making a mask of the desired thickness of the decorations , and having at least one opening ; c) placing said at least one opening of the mask against the place to be decorated so as to form at least one mould (4', 6, 6', 6", 100); d) filling said at least one mould by injection with a metallic material brought to a temperature at least higher than its glass-transition temperature Tg and then cooled down so as to confer on this metal an amorphous structure to form the element ; e) removing the mask .
Head rest, in particular for a vehicle seat, with a head contact part , with a holding device for mounting the head rest on a fixed structure, with at least one four-joint linkage between the head contact part and the holding device , by means of which the head contact part is mounted moveably relative to the holding device between a first position and a second position, wherein the four-joint linkage comprises at least two links , and each link forms at least one joint (G1A, G2A, G1C, G2C) with the holding device and at least one joint (G1B, G2B, G1D, G2D) with the head contact part , with an interlocking device , with first locking means assigned to the holding device and second locking means assigned to the head contact part , wherein the first locking means and the second locking means are in engagement in a locked position and are out of engagement in a release position, whereby the first locking means are fixedly held on the holding device and in that the second locking means are fixedly held on the head contact part , characterized in that the holding device comprises at least one protrusion (V) extending beyond the head contact part sided joints (G1B, G2B, G1D, G2D) and that the first locking means are assigned to the protrusion.
A storage and arrangement device comprising a frame provided with stringers defining areas for receiving and fixing at least one decking , said decking including a panel consisting of a mesh of metal wires, respectively of support wires and mesh wires welded together at their intersection, said panel being associated with a second lower metal mesh panel , defined by support wires and mesh wires and including rectilinear folding areas parallel to each other, extending along an entire main dimension of said second lower panel , and each forming a projection with respect to the plane defined by said second panel, the two panels, respectively upper and lower panels being joined together by welding, characterised in that the mesh wires of the upper panel are welded to the support wires of the lower panel , so as to constitute a stacking and to impart increased rigidity to the end wires constituting the extension of the support wires of the upper panel , the decking resting on the stringers of the frame by means of said end wires .
Damping apparatus for damping vibrations of a tool-holding apparatus during the machining of a workpiece, wherein the damping apparatus comprises a damping body having a first end and a second end , and wherein arranged on the two ends is a respective damping device which comprises a bearing pin that is rigidly connected to the damping body and a bearing bush that surrounds the bearing pin in the circumferential direction, wherein arranged between the bearing pin and the bearing bush is an annular space which is filled with a damping fluid and is sealed by two elastically deformable sealing rings arranged at an axial distance from each other in relation to a longitudinal axis of the damping apparatus , characterized in that the two sealing rings each comprise a first abutment region and a second abutment region as well as a resilient intermediate region , wherein the first abutment region is materially bonded to the bearing pin and the second abutment region is materially bonded to the bearing bush , and wherein the resilient intermediate region is arranged between the two abutment regions and is elastically deformable relative to the bearing pin and relative to the bearing bush .
A method for producing microcapsules with core material and shell material comprising following steps, a) providing an aqueous two-phase system comprising at least one salt, which is at least partially not dissolved in this two-phase system and a core material, which is one phase of the two-phase system, b) adding two solutions i) and ii) in the presence of at least one polymer, which is at least partially solved in solution i) and/or ii), wherein solution i) contains at least one salt of a cation of the salt from step a) and solution ii) contains at least one salt of an anion of the salt from step a), characterized in that the polymer in step b) is a celluloseether, preferably carboxymethylcellulose or a salt thereof, more preferably sodium carboxymethylcellulose. a) providing an aqueous two-phase system comprising at least one salt, which is at least partially not dissolved in this two-phase system and a core material, which is one phase of the two-phase system, b) adding two solutions i) and ii) in the presence of at least one polymer, which is at least partially solved in solution i) and/or ii), wherein solution i) contains at least one salt of a cation of the salt from step a) and solution ii) contains at least one salt of an anion of the salt from step a),