mhurhangee/patent-ind-claim-en huggingface dataset:
A method for authentication in a computer network system based on security credentials issued for client hosts via the computer network system by a remote security authority apparatus , the method comprising: receiving, by a client host via the computer network system from the remote security authority apparatus , an emergency security credential , storing the received emergency security credential in a storage of emergency security credentials at the client host for use later in response to detection that the client host is prevented from obtaining security credentials from the remote security authority apparatus , wherein use of the emergency security credential is limited for authentication of a limited set of operations for the client host, initiating a procedure to obtain a security credential via the computer network system from the remote security authority apparatus for use by the client host in accessing a target host , detecting that the client host is prevented from obtaining security credentials via the computer network system from the remote security authority apparatus for use in accessing the target host , in response to said detecting, fetching by the client host the previously stored emergency security credential from the storage of emergency security credentials, and sending the emergency security credential with an error state indication from the client host to the target host . receiving, by a client host via the computer network system from the remote security authority apparatus , an emergency security credential , storing the received emergency security credential in a storage of emergency security credentials at the client host for use later in response to detection that the client host is prevented from obtaining security credentials from the remote security authority apparatus , wherein use of the emergency security credential is limited for authentication of a limited set of operations for the client host, initiating a procedure to obtain a security credential via the computer network system from the remote security authority apparatus for use by the client host in accessing a target host , detecting that the client host is prevented from obtaining security credentials via the computer network system from the remote security authority apparatus for use in accessing the target host , in response to said detecting, fetching by the client host the previously stored emergency security credential from the storage of emergency security credentials, and sending the emergency security credential with an error state indication from the client host to the target host .
An ultrasonic bonding device comprising: a processing member configured to bond members to be bonded by applying ultrasonic waves thereto; a biasing member oppositely disposed from the processing member across the members to be bonded, and configured to bias the members to be bonded to the processing member; a first moving unit configured to separate each of the processing member and the biasing member from each other and approach each other with respect to a transport path of the members to be bonded; and a second moving unit configured to move the members to be bonded along the transport path in a state in which the processing member and the biasing member are separated from the transport path, and position the bonding portion of the members to be bonded between the processing member and the biasing member, characterized in that the first moving unit comprises: a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion coupling the coupling cam and the processing member, and a second connecting portion coupling the coupling cam and the biasing member, and the first moving unit is configured to cause the processing member and the biasing member to separate from and approach each other with respect to the transport path by the rotation of the coupling cam. a processing member configured to bond members to be bonded by applying ultrasonic waves thereto; a biasing member oppositely disposed from the processing member across the members to be bonded, and configured to bias the members to be bonded to the processing member; a first moving unit configured to separate each of the processing member and the biasing member from each other and approach each other with respect to a transport path of the members to be bonded; and a second moving unit configured to move the members to be bonded along the transport path in a state in which the processing member and the biasing member are separated from the transport path, and position the bonding portion of the members to be bonded between the processing member and the biasing member, characterized in that the first moving unit comprises: a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion coupling the coupling cam and the processing member, and a second connecting portion coupling the coupling cam and the biasing member, and a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion coupling the coupling cam and the processing member, and a second connecting portion coupling the coupling cam and the biasing member, and the first moving unit is configured to cause the processing member and the biasing member to separate from and approach each other with respect to the transport path by the rotation of the coupling cam.
A photoactivating device for deployment in a washing machine for activating one or more photoactive components in a laundry treatment composition, comprising: - a light source configured for emission of light for activation of the one or more photoactive components, - a controller , and - a motion sensing unit , wherein the controller is configured to control the light source responsive to the signals received from the motion sensing unit , and - optionally wherein photoactivating device further comprises: - a body defining a cavity for receiving and retaining the laundry treatment composition, and - an opening to the cavity configured for receiving the laundry treatment composition; characterized in that the controller is configured to reduce light emitted by the light source when signals of motion sensing unit correspond to: - a spin cycle of the washing machine, optionally wherein a centrifugal acceleration measured by the motion sensing unit is at least 80 m/sec 2 . - a light source configured for emission of light for activation of the one or more photoactive components, - a controller , and - a motion sensing unit , wherein the controller is configured to control the light source responsive to the signals received from the motion sensing unit , and - optionally wherein photoactivating device further comprises: - a body defining a cavity for receiving and retaining the laundry treatment composition, and - an opening to the cavity configured for receiving the laundry treatment composition; - a spin cycle of the washing machine, optionally wherein a centrifugal acceleration measured by the motion sensing unit is at least 80 m/sec 2 .
A tracheal cannula , in particular a tracheostomy cannula or endotracheal tube, comprising a tube , wherein the tube has a proximal end with a proximal opening , a distal end with a distal opening and a sealing device arranged at its outer periphery near the distal end , wherein the sealing device has an annularly peripherally extending ring cuff which is curved in a funnel configuration outwardly and towards the proximal end and whose distal end sealingly surrounds the tube and whose free proximal end is in the form of a peripherally extending, elastically yielding sealing edge , characterised in that the ring cuff distally beneath its proximal end in addition to the sealing edge disposed proximally thereabove has a peripherally extending sealing lip which is rolled in in the direction of the distal end of the ring cuff .
Method for lifting a load , in which at least one aerial drone carries at least a portion of the load , wherein the load is connected to a lifting hook of a crane , and also carried and/or directed by the crane in part, characterized in that the at least one aerial drone is controlled together with the crane , in a mutually coordinated manner, by means of a common controller for controlling flight and/or crane movements.
A floatable coupling unit for an ostomy coupling for releasably attaching an ostomy appliance to a body fitment , the floatable coupling unit comprising: a coupling part for releasable attachment to a complementary appliance-side coupling part ; and a flexible support collar extending from the coupling part for supporting the coupling part, the flexible support collar permitting floatable displacement of the coupling part, and being configured to hold the coupling part stably in (i) an extended position and (ii) a retracted position, wherein the flexible support collar holds itself stably in at least one of the shapes for the extended position and the retracted position, by means of internal stress in the material of the flexible support collar. a coupling part for releasable attachment to a complementary appliance-side coupling part ; and a flexible support collar extending from the coupling part for supporting the coupling part, the flexible support collar permitting floatable displacement of the coupling part, and being configured to hold the coupling part stably in (i) an extended position and (ii) a retracted position, wherein the flexible support collar holds itself stably in at least one of the shapes for the extended position and the retracted position, by means of internal stress in the material of the flexible support collar.
A foaming assistant material for use in foam blow-molding wherein the foaming assistant material is kneaded together with a raw material resin pellet and subjected to foam blow-molding, wherein the foaming assistant material is prepared by adding inorganic particles, a main chemical foaming agent, and an assistant chemical foaming agent for forming a foaming nucleus, a phenolic antioxidant, a phosphorous antioxidant, and a dispersant to a dilution resin, and wherein the phenolic antioxidant is contained by 1.25 to 3.75 mass%, the phosphorus antioxidant is contained by 3.00 to 15.00 mass%, the inorganic particles are contained by 5.00 to 10.00 mass%, the main chemical foaming agent is contained by 2.80 to 11.20 mass%, the assistant chemical foaming agent is contained by 2.20 to 8.80 mass%, the dispersant is contained by 5.00 to 20.00 mass%, and the dilution resin is contained by 31.25 to 80.75 mass%.
A method for transmitting uplink control information by a communication apparatus in a situation in which a plurality of cells including a Primary Cell, PCell, and a Secondary Cell, SCell, is configured in a wireless communication system, the method comprising: receiving one or more Physical Downlink Shared Channels, PDSCHs, in a first subframe; and transmitting the reception response information corresponding to the one or more PDSCHs through a Physical Uplink Control Channel, PUCCH in a second subframe configured for Scheduling Request, SR, transmission, wherein, if one PDSCH is detected on only the PCell in the first subframe and if the second subframe is a positive SR subframe, the reception response information is transmitted using an SR PUCCH resource configured by Radio Resource Control, RRC, signaling, wherein, if one PDSCH is detected only on the PCell in the first subframe and if the second subframe is a negative SR subframe, the reception response information is transmitted using a first Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, PUCCH resource linked with an index of a resource constituting a Physical Downlink Control Channel, PDCCH, corresponding to the PDSCH on the PCell, and wherein, if at least a PDSCH is detected on the SCell in the first subframe, the reception response information and one-bit information indicating a positive/negative SR are transmitted using a second HARQ-ACK PUCCH resource configured by the RRC signaling. receiving one or more Physical Downlink Shared Channels, PDSCHs, in a first subframe; and transmitting the reception response information corresponding to the one or more PDSCHs through a Physical Uplink Control Channel, PUCCH in a second subframe configured for Scheduling Request, SR, transmission, wherein, if one PDSCH is detected on only the PCell in the first subframe and if the second subframe is a positive SR subframe, the reception response information is transmitted using an SR PUCCH resource configured by Radio Resource Control, RRC, signaling, wherein, if one PDSCH is detected only on the PCell in the first subframe and if the second subframe is a negative SR subframe, the reception response information is transmitted using a first Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, PUCCH resource linked with an index of a resource constituting a Physical Downlink Control Channel, PDCCH, corresponding to the PDSCH on the PCell, and wherein, if at least a PDSCH is detected on the SCell in the first subframe, the reception response information and one-bit information indicating a positive/negative SR are transmitted using a second HARQ-ACK PUCCH resource configured by the RRC signaling.
A method for increasing the read range of an electronic communication module within a tire, the method comprising: providing a tire comprising a tread, one or more belts, a carcass with body ply or plies, two beads, and an electronic communication module comprising a radio device; and characterised by applying strain to the tire without abrading the tread, wherein applying strain to the tire is selected from at least one of the following: (a) mounting and unmounting the tire, (b) applying external force to the tire at a location surrounding the electronic communication module, or (c) laterally deflecting the tire, wherein applying strain results in an increase in the read range distance of at least 20%. providing a tire comprising a tread, one or more belts, a carcass with body ply or plies, two beads, and an electronic communication module comprising a radio device; and characterised by applying strain to the tire without abrading the tread, wherein applying strain to the tire is selected from at least one of the following: (a) mounting and unmounting the tire, (b) applying external force to the tire at a location surrounding the electronic communication module, or (c) laterally deflecting the tire,
An encryption or decryption method comprising a series (SR) of at least one encryption (3DES1-3DES4) of triple DES type or at least one decryption (3DES1a, 3DES2a,) of triple inverse DES type, each encryption or decryption inputting input data (IN) and comprising a first, second and third operation (OP1, OP2, OP3) of DES or inverse DES type which are carried out successively by using respectively a first, second and third key (K1, K2, K3), wherein the first and third operations are encryption or decryption operations of identical type, whereas the second operation is an operation of type inverse to the first and third operations, said method comprising: - execution (S12; S28) of each encryption or decryption of said series, either according to a first mode (MD1) wherein the second and third keys (K2, K3) are identical keys (KR1), different to the first key (K1), such that the second and third operations (OP2, OP3) cancel each other out, or according to a second mode (MD2) wherein the first and second keys (K1, K2) are identical keys (KR2), different to the third key (K3), such that the first and second operations (OP1, OP2) cancel each other out, - one of the first mode (MD1) and the second mode (MD2) being selected randomly for each encryption or decryption of said series. - execution (S12; S28) of each encryption or decryption of said series, either according to a first mode (MD1) wherein the second and third keys (K2, K3) are identical keys (KR1), different to the first key (K1), such that the second and third operations (OP2, OP3) cancel each other out, or according to a second mode (MD2) wherein the first and second keys (K1, K2) are identical keys (KR2), different to the third key (K3), such that the first and second operations (OP1, OP2) cancel each other out, - one of the first mode (MD1) and the second mode (MD2) being selected randomly for each encryption or decryption of said series.
Timepiece or piece of jewellery comprising at least one component made of a Palladium-based alloy comprising, expressed in weight, between 50 and 55% of palladium, between 45% and 50% of rhodium; a quantity x of silver where 0%>x≥5%, and a quantity R of a balance comprising at least one element selected from among iridium, ruthenium, platinum, titanium, zirconium and rhenium and combinations thereof, where 0%≥R≥5%.
A process for liquefaction of natural gas comprising the steps of: (a) providing a refrigeration cycle comprising the steps of: (i) compressing a gaseous refrigerant that consists essentially of nitrogen gas; (ii) cooling the compressed refrigerant from step (i) in heat exchange with a cooling fluid to provide a cooled compressed gaseous refrigerant ; (iii) work-expanding at least a first portion of the cooled compressed gaseous refrigerant from step (ii) in a first turbo-expander to provide an expanded cooled refrigerant ; (iv) reheating the expanded cooled refrigerant from step (iii) in a liquefaction heat exchange system to provide a reheated refrigerant ; and (v) returning the reheated refrigerant from step (iv) to step (i); (b) providing a natural gas feed stream ; (c) compressing the natural gas feed stream ; (d) passing the compressed natural gas feed stream directly or indirectly to heat exchange with the expanded cooled refrigerant from step (iii) in the liquefaction heat exchange system ; and (e) withdrawing a cooled and at least partly condensed natural gas product from the liquefaction heat exchange system ; wherein the term "turbo-expander" refers to a radial or axial flow turbine through which a pressurised gas is expanded; characterised in that the first turbo-expander is used to drive a compressor to compress the natural gas feed stream in step (c). (a) providing a refrigeration cycle comprising the steps of: (i) compressing a gaseous refrigerant that consists essentially of nitrogen gas; (ii) cooling the compressed refrigerant from step (i) in heat exchange with a cooling fluid to provide a cooled compressed gaseous refrigerant ; (iii) work-expanding at least a first portion of the cooled compressed gaseous refrigerant from step (ii) in a first turbo-expander to provide an expanded cooled refrigerant ; (iv) reheating the expanded cooled refrigerant from step (iii) in a liquefaction heat exchange system to provide a reheated refrigerant ; and (v) returning the reheated refrigerant from step (iv) to step (i); (i) compressing a gaseous refrigerant that consists essentially of nitrogen gas; (ii) cooling the compressed refrigerant from step (i) in heat exchange with a cooling fluid to provide a cooled compressed gaseous refrigerant ; (iii) work-expanding at least a first portion of the cooled compressed gaseous refrigerant from step (ii) in a first turbo-expander to provide an expanded cooled refrigerant ; (iv) reheating the expanded cooled refrigerant from step (iii) in a liquefaction heat exchange system to provide a reheated refrigerant ; and (v) returning the reheated refrigerant from step (iv) to step (i); (b) providing a natural gas feed stream ; (c) compressing the natural gas feed stream ; (d) passing the compressed natural gas feed stream directly or indirectly to heat exchange with the expanded cooled refrigerant from step (iii) in the liquefaction heat exchange system ; and (e) withdrawing a cooled and at least partly condensed natural gas product from the liquefaction heat exchange system ;
An intraocular lens injector for injecting an intraocular lens into an eye, comprising: a hollow body having a nozzle portion configured to be inserted into an incisional wound in the eye; and an attachment member having a protruding surface that protrudes outwardly from an outer circumferential surface of the nozzle portion and is configured to restrict an injection amount when the nozzle portion is inserted into the incisional wound of an eyeball, characterized by the attachment member and the hollow body are respectively configured such that the attachment member has an engaged state where the attachment member is fixed to the hollow body and a disengaged state where the attachment member is movable with respect to the hollow body in an axial direction of the hollow body . a hollow body having a nozzle portion configured to be inserted into an incisional wound in the eye; and an attachment member having a protruding surface that protrudes outwardly from an outer circumferential surface of the nozzle portion and is configured to restrict an injection amount when the nozzle portion is inserted into the incisional wound of an eyeball, characterized by the attachment member and the hollow body are respectively configured such that the attachment member has an engaged state where the attachment member is fixed to the hollow body and a disengaged state where the attachment member is movable with respect to the hollow body in an axial direction of the hollow body .
Method for closing a hole , having a hole inner wall and an internal thread having at least one internal thread turn, in a component of a base material, comprising the following steps: - providing a plug having an external thread, which can be fitted into the internal thread and has at least one external thread turn, and a plug head, wherein the plug consists of a base material of the same type and/or a similar type, - fitting the external thread into the internal thread so that the plug head protrudes at least partially from the hole , characterized by - at least partially applying a force to the plug head by a means so that at least a partial deformation of the external thread and of the plug head is achieved, as a result of which the plug is mechanically securely fixed to the component , wherein the force is brought about by wobbling, in particular radial riveting , wherein, by applying the force to the plug head, the plug head, the part of the plug portion facing the plug head, and the external thread are compressed. - providing a plug having an external thread, which can be fitted into the internal thread and has at least one external thread turn, and a plug head, wherein the plug consists of a base material of the same type and/or a similar type, - fitting the external thread into the internal thread so that the plug head protrudes at least partially from the hole , characterized by - at least partially applying a force to the plug head by a means so that at least a partial deformation of the external thread and of the plug head is achieved, as a result of which the plug is mechanically securely fixed to the component , wherein the force is brought about by wobbling, in particular radial riveting , wherein, by applying the force to the plug head, the plug head, the part of the plug portion facing the plug head, and the external thread are compressed.
A method of identifying an agent that promotes bone growth or increases bone density, the method comprising: a) identifying an agent that binds to a ligand-binding domain of an ActRlla polypeptide competitively with an activin, wherein the ActRlla polypeptide comprises an amino acid sequence at least 90% identical to SEQ ID NO: 3; and b) evaluating the effect of the agent on bone tissue, wherein the N-terminus of the ActRlla polypeptide is ILGRSETQE.