mhurhangee/ep-ind-claims huggingface dataset:
A surgical construct formed from a suture filament, comprising: a first terminal end of the filament, a second terminal end of the filament, and an intermediate portion of the filament disposed along at least a portion of a length extending between the first and second terminal ends; a coaxial region formed by the second terminal end being disposed within a volume of a portion of the intermediate portion; and a continuous, closed loop formed by a length of the suture filament between the said volume and the second terminal end, the closed loop being knot-free and extending from a first side of the coaxial region, the loop having a first end directly adjacent to the first side of the coaxial region and a second, opposed end formed by a fold in the suture filament, wherein the second, opposed end of the loop is a first terminal end of the construct, wherein the first terminal end of the filament extends from a second side of the coaxial region and is a second terminal end of the construct, characterized in that: the volume of the intermediate portion of the filament is adapted to collapse around the second terminal end of the filament when the first terminal end of the filament is pulled, thereby providing friction between the terminal end and the filament to prevent the second terminal end from pulling out of the volume of the filament in which it is disposed. a first terminal end of the filament, a second terminal end of the filament, and an intermediate portion of the filament disposed along at least a portion of a length extending between the first and second terminal ends; a coaxial region formed by the second terminal end being disposed within a volume of a portion of the intermediate portion; and a continuous, closed loop formed by a length of the suture filament between the said volume and the second terminal end, the closed loop being knot-free and extending from a first side of the coaxial region, the loop having a first end directly adjacent to the first side of the coaxial region and a second, opposed end formed by a fold in the suture filament, wherein the second, opposed end of the loop is a first terminal end of the construct, wherein the first terminal end of the filament extends from a second side of the coaxial region and is a second terminal end of the construct, characterized in that: the volume of the intermediate portion of the filament is adapted to collapse around the second terminal end of the filament when the first terminal end of the filament is pulled, thereby providing friction between the terminal end and the filament to prevent the second terminal end from pulling out of the volume of the filament in which it is disposed. the volume of the intermediate portion of the filament is adapted to collapse around the second terminal end of the filament when the first terminal end of the filament is pulled, thereby providing friction between the terminal end and the filament to prevent the second terminal end from pulling out of the volume of the filament in which it is disposed.
A process for decorating external surfaces of casings or bodies, made of metal material or polymeric material, of household appliances, comprising the steps of: making a decal having a graphic pattern to be transferred onto an external surface of a casing or body, made of metal material or polymeric material, of a household appliance to be decorated; transferring the graphic pattern onto the surface of the household appliance by decalcomania technique comprising, in succession, the steps of: applying a first primer on the surface; applying the decal on the surface having the first primer and transferring the graphic pattern from the decal to the surface; applying a second primer on the surface decorated with the graphic pattern transferred from the decal; applying a transparent finishing paint on the decorated surface; wherein the first primer is a polyester or acrylic base primer; and the second primer is an acrylic base primer.
Aircraft provided with a cockpit extending longitudinally from a rear portion to a front portion and transversely from a left side to a right side and in elevation from a base to a top, said cockpit comprising a canopy provided with transparent surfaces attached to posts (13, 14), said cockpit including a central control pedestal and two seats (16, 17) arranged transversely on either side of the central control pedestal, the aircraft comprises at least one support member (31, 32, 33, 34) connected to the central control pedestal and at least one display means (21, 22) for displaying various information to aid piloting, each display means (21, 22) being supported by the at least one support member (31, 32, 33, 34), each support member (31, 32, 33, 34) being positioned between a post (13, 14) and a theoretical position of the eye of a passenger sitting on one of said two seats (16, 17), each support member (31, 32, 33, 34) at least partially concealing one of said posts (13, 14) from view in order to optimise the outer visibility offered to this passenger, the theoretical position being defined by the manufacturer, characterised in that said posts (13, 14) comprise at least one transverse post extending transversely in a direction from the left side to the right side, said aircraft comprising at least one transverse support member (31, 32) which at least partially conceals said transverse post, at least two planar transverse support members (31, 32) jointly forming a V-shaped plate.
An article of footwear comprising: a sole; an upper coupled to the sole, the upper comprising an instep; and a dispensed component that extends over the instep from a medial side of the upper to a lateral side of the upper; wherein the dispensed component comprises a segment bonding to the upper and another segment not bonding to the upper; and wherein the dispensed component is an extruded component. a sole; an upper coupled to the sole, the upper comprising an instep; and a dispensed component that extends over the instep from a medial side of the upper to a lateral side of the upper; wherein the dispensed component comprises a segment bonding to the upper and another segment not bonding to the upper; and wherein the dispensed component is an extruded component.
Method for provisioning an ID application program installed on a mobile terminal device with cryptographic keys and a security applet, wherein the ID application program comprises a provisioning component, wherein the mobile terminal device comprises a first security element and a second security element, wherein the first security element is independent of the second security element, wherein the second security element is assigned to an operating system of the mobile terminal device, wherein the method comprises: • upon sending a first key generation request from the provisioning component to the second security element, generating a first asymmetric key pair assigned to the ID application program by means of the second security element, wherein the first asymmetric key pair comprises a first private cryptographic key and a first public cryptographic key, wherein the second security element sends the first public cryptographic key to the provisioning component for being incorporated in the first security element, wherein the first asymmetric key pair is used to confirm a user authentication of a user of the mobile terminal device to the first security element by means of the second security element, • upon sending a first request from the provisioning component over a network to a provisioning server for incorporating the security applet for the ID application program, incorporating the security applet for the ID application program in the first security element by means of the provisioning server over the network, wherein the method for incorporating the security applet includes establishing a first encrypted communication channel between the first security element and the provisioning server. • upon sending a first key generation request from the provisioning component to the second security element, generating a first asymmetric key pair assigned to the ID application program by means of the second security element, wherein the first asymmetric key pair comprises a first private cryptographic key and a first public cryptographic key, wherein the second security element sends the first public cryptographic key to the provisioning component for being incorporated in the first security element, wherein the first asymmetric key pair is used to confirm a user authentication of a user of the mobile terminal device to the first security element by means of the second security element, • upon sending a first request from the provisioning component over a network to a provisioning server for incorporating the security applet for the ID application program, incorporating the security applet for the ID application program in the first security element by means of the provisioning server over the network, wherein the method for incorporating the security applet includes establishing a first encrypted communication channel between the first security element and the provisioning server.
A human-machine interface formed for non-invasive attachment to a skin area of a human or animal body, with: - a flexible, first magnetic layer for coming into contact with a surface of the skin area, which contains or carries a first plurality of magnetic or magnetisable elements, whose magnetic fields together at any time form a magnetic signature, wherein the flexibility of the layer is such that the layer is able to at least substantially follow deformations of the surface of the skin area, and wherein the magnetic signature changes in a measurable manner in the event of a deformation of the surface of the skin area, - a detection device for measuring the magnetic signature in dependence on a deformation of the flexible layer, which faces the side of the flexible, first magnetic layer facing away from the skin area, - a second plurality of potential-measurement surface electrodes arranged in or on the flexible layer so as to come into direct contact with the surface of the skin area, wherein the totality of the measurement signals generated by the potential-measurement surface electrodes at a given point in time forming an electrical signature that varies in dependence on the muscle activity, and - an integrated or external processing unit that is configured to assign in each case a pair consisting of a magnetic signature and an associated electric signature to a configuration and/or movement and/or a force with which the movement is carried out. - a flexible, first magnetic layer for coming into contact with a surface of the skin area, which contains or carries a first plurality of magnetic or magnetisable elements, whose magnetic fields together at any time form a magnetic signature, wherein the flexibility of the layer is such that the layer is able to at least substantially follow deformations of the surface of the skin area, and wherein the magnetic signature changes in a measurable manner in the event of a deformation of the surface of the skin area, - a detection device for measuring the magnetic signature in dependence on a deformation of the flexible layer, which faces the side of the flexible, first magnetic layer facing away from the skin area, - a second plurality of potential-measurement surface electrodes arranged in or on the flexible layer so as to come into direct contact with the surface of the skin area, wherein the totality of the measurement signals generated by the potential-measurement surface electrodes at a given point in time forming an electrical signature that varies in dependence on the muscle activity, and - an integrated or external processing unit that is configured to assign in each case a pair consisting of a magnetic signature and an associated electric signature to a configuration and/or movement and/or a force with which the movement is carried out.
Device for producing can bodies, in particular for pressure container cans or beverage cans, comprising a holding-down means for clamping a pot-shaped blank between the holding-down means and a counter-element (46, 47), comprising a drive unit having an electric motor for moving the holding-down means in a clamping direction between a starting position and a clamping position, wherein the drive unit adjusts the torque (M(t)) of the electric motor to achieve a predefined clamping force F(t) as soon as the holding-down means reaches the clamping position, wherein the nominal torque value (M E (t)) once the clamping position has been reached is of a magnitude that is greater than the magnitude of an upper threshold value, and wherein the nominal torque value (M E (t)) is below the upper threshold value after the drawing punch has reached the bottom of the blank, and wherein the drive unit adjusts a position variable (α(t)), which defines the position and/or the change in position of the holding-down means, if the holding-down means is outside of its clamping position.
A lifting device for raising and lowering a contact member, the lifting device comprising: an actuator (52, 54, 58) configured to move the contact member between a lowered position and a raised position, wherein in a first mode of operation of the lifting device, the actuator (52, 54, 58) moves the contact member from the lowered position to the raised position without rotating the contact member about a reference axis, and characterized in that: wherein in a second mode of operation of the lifting device, the actuator (52, 54, 58) permits rotational motion of the contact member about the reference axis from the raised position to a modified raised position, and the actuator (52, 54, 58) restricts linear movement of the contact member in a direction that is parallel to the reference axis. wherein in a second mode of operation of the lifting device, the actuator (52, 54, 58) permits rotational motion of the contact member about the reference axis from the raised position to a modified raised position, and the actuator (52, 54, 58) restricts linear movement of the contact member in a direction that is parallel to the reference axis.
A method for reducing power consumption in a wireless communications apparatus, comprising: receiving, using a first receive chain, wireless communications on a first wireless communications channel; receiving, using a second receive chain, wireless communications on a second wireless communications channel; monitoring an elapsed idle time during which wireless communications directed to the wireless communications apparatus are idle; disabling the second receive chain when the elapsed idle time exceeds a predetermined threshold; and enabling the second receive chain when wireless communications directed to the wireless communications apparatus are received at the first receive chain; and transmitting, using a transmit chain, wireless communications from the wireless communications apparatus; and characterized by: enabling the second receive chain when wireless communications are transmitted using the transmit chain. receiving, using a first receive chain, wireless communications on a first wireless communications channel; receiving, using a second receive chain, wireless communications on a second wireless communications channel; monitoring an elapsed idle time during which wireless communications directed to the wireless communications apparatus are idle; disabling the second receive chain when the elapsed idle time exceeds a predetermined threshold; and enabling the second receive chain when wireless communications directed to the wireless communications apparatus are received at the first receive chain; and transmitting, using a transmit chain, wireless communications from the wireless communications apparatus; and characterized by: enabling the second receive chain when wireless communications are transmitted using the transmit chain. enabling the second receive chain when wireless communications are transmitted using the transmit chain.
A positive photosensitive composition, comprising: a compound having a structure represented by formula or; a compound having a structure that decomposes in the presence of acid to generate an acidic group or a hydroxyl group; and a photoacid generator, the formulas and respectively being: a compound having a structure represented by formula or; a compound having a structure that decomposes in the presence of acid to generate an acidic group or a hydroxyl group; and a photoacid generator, the formulas and respectively being:
A closed turbocompressor impeller, said closed turbocompressor impeller comprising: - a hub; - a set of blades provided on said hub; - a shroud provided on top of the blades; whereby said hub is provided with a part with a first internal cavity, whereby this first internal cavity is in fluid communication with a back part of the impeller, or with an inlet of the impeller, or with an arbitrary location in the impeller channels that extend between the blades, whereby the shroud comprises a second internal cavity, the impeller being characterised in that the second internal cavity is in fluid communication with the inlet of the impeller. - a hub; - a set of blades provided on said hub; - a shroud provided on top of the blades;
A method for assessing the presence or absence of genitourinary cancer in a subject suspected of having genitourinary cancer, comprising determining the level of IL-13 in a urine sample obtained from the subject, wherein a significant elevation in the level of IL-13 compared to a control value corresponding to a healthy individual indicates that said subject is afflicted with genitourinary cancer.
A waterproofing membrane in the form of a sheet-like laminate comprising a carrier sheet, a pressure sensitive adhesive layer on one surface of the carrier sheet, and a protective coating layer on the adhesive layer, wherein the protective coating layer comprises, by weight of the protective coating layer, exclusive of any optional filler or pigment, at least 40% polyvinyl acetate homopolymer.
An thermopuncture stent implantation device, wherein the thermopuncture stent implantation device has a proximal end and a distal end, a front handle, a rear handle, the distal end of the front handle is provided with an outer tube, the outer tube extends from the proximal end to the distal end, an outer diameter of the distal end of the outer tube is less than or equal to 3.15 mm, an insulating middle tube is provided in the outer tube, the insulating middle tube extends from the proximal end to the distal end, a conductive part is provided in the insulating middle tube, the conductive part extends from the proximal end to the distal end, a terminal of the proximal end of the conductive part can be connected to an external power source; a boosting tube is provided between the proximal end of the outer tube and the insulating middle tube, the distal end of the boosting tube and the proximal end of the insulating middle tube are connected with each other; the distal end of the conductive part is provided with an insulating part, a conductive head is distributed on the insulating part, and the conductive head is connected with the conductive part to achieve a conductive function, and the conductive part also has a function of supporting a stent; when the stent is compressed, it is located in a space between the distal end of the conductive part and the outer tube, the front handle is connected to the proximal end of outer tube, and is moved backwards along the boosting tube, to drive the outer tube to move backwards to release the stent; the conductive part is a hollow tubular conductive part, or a conductive wire; and the boosting tube extends towards the proximal end and is connected with the rear handle, and a positioning part is provided between the front handle and the rear handle. the conductive part is a hollow tubular conductive part, or a conductive wire; and the boosting tube extends towards the proximal end and is connected with the rear handle, and a positioning part is provided between the front handle and the rear handle.
A method for determining a transmission channel for multi-hop transmission of a data packet from a plurality of data channels in ad-hoc network, the ad-hoc network comprising at least one local peer group, the local peer group having a plurality of moving vehicle as network nodes, the method comprising the steps of: determining available channels for data packet transmission at a node; transmitting a first list of available channels to at least one other node; receiving, from the at least one other node, a second list of available channels for the at least one other node; creating an available channel table including the first and second lists of available channels; selecting a transmitting channel for a data packet based upon information in the available channel table; and advertising the selected channel to the at least one other node, characterised in that said step of advertising the selected channel includes the sub-steps of: transmitting a channel request message to at least one next hop node, the at least one next hop node being an intermediary node or a multicast forwarding node between a sender node and at least one receiving node, the channel request message including the selected channel; receiving a channel commit message from at least one next hop node; and activating the selected channel after reception of the channel commit message. determining available channels for data packet transmission at a node; transmitting a first list of available channels to at least one other node; receiving, from the at least one other node, a second list of available channels for the at least one other node; creating an available channel table including the first and second lists of available channels; selecting a transmitting channel for a data packet based upon information in the available channel table; and advertising the selected channel to the at least one other node, characterised in that said step of advertising the selected channel includes the sub-steps of: transmitting a channel request message to at least one next hop node, the at least one next hop node being an intermediary node or a multicast forwarding node between a sender node and at least one receiving node, the channel request message including the selected channel; receiving a channel commit message from at least one next hop node; and activating the selected channel after reception of the channel commit message. transmitting a channel request message to at least one next hop node, the at least one next hop node being an intermediary node or a multicast forwarding node between a sender node and at least one receiving node, the channel request message including the selected channel; receiving a channel commit message from at least one next hop node; and activating the selected channel after reception of the channel commit message.