mhurhangee/ep-ind-claims huggingface dataset:
A method for joining two components comprising the steps of: - Placing a first component on a tool surface, - placing a second component having a cut-out on the first component with the inclusion of an adhesive, - placing an auxiliary body covering the cut-out on the second component, - covering the second component, the auxiliary body and at least one end region of the first component surrounding the second component with a vacuum film, - evacuating the space enclosed by the first component and the vacuum film, and - removing the vacuum foil after the adhesive has cured, characterised in that the second component has a flange which surrounds the cutout at least in regions and extends from the second component in a direction facing away from the first component, the auxiliary body being placed on the flange. - Placing a first component on a tool surface, - placing a second component having a cut-out on the first component with the inclusion of an adhesive, - placing an auxiliary body covering the cut-out on the second component, - covering the second component, the auxiliary body and at least one end region of the first component surrounding the second component with a vacuum film, - evacuating the space enclosed by the first component and the vacuum film, and - removing the vacuum foil after the adhesive has cured,
A circuit breaker, comprising: - first and second contacts (10, 20) being configured to be moveable with respect to each other along an axis of the circuit breaker between an open and a closed configuration of the circuit breaker, the first and second contacts (10, 20) defining an arcing region in which an arc is formed during a current breaking operation; - a nozzle configured for directing a flow of a quenching gas onto the arcing region during the current breaking operation, - a diffusor arranged downstream of the nozzle for further transporting the quenching gas within the arcing region and/or downstream of the arcing region, and - a mechanical swirling device being arranged downstream of the nozzle and at least partially in the diffusor for imparting a swirl onto the quenching gas flowing along the diffusor, the mechanical swirling device having an axial overlap with the second contact in the open configuration of the circuit breaker, characterized in that the mechanical swirling device is arranged at least partially upstream of the second contact. - first and second contacts (10, 20) being configured to be moveable with respect to each other along an axis of the circuit breaker between an open and a closed configuration of the circuit breaker, the first and second contacts (10, 20) defining an arcing region in which an arc is formed during a current breaking operation; - a nozzle configured for directing a flow of a quenching gas onto the arcing region during the current breaking operation, - a diffusor arranged downstream of the nozzle for further transporting the quenching gas within the arcing region and/or downstream of the arcing region, and - a mechanical swirling device being arranged downstream of the nozzle and at least partially in the diffusor for imparting a swirl onto the quenching gas flowing along the diffusor, the mechanical swirling device having an axial overlap with the second contact in the open configuration of the circuit breaker, characterized in that the mechanical swirling device is arranged at least partially upstream of the second contact.
An elbow assembly (6600, 7600, 8600) for a patient interface, the elbow assembly comprising: a swivel component (6610, 7610, 8610) adapted to connect to a patient interface; and an elbow component (6620, 7620, 8620) adapted to connect to an air circuit, wherein the swivel component is coupled to the elbow component by a ball and socket joint (6662; 6635, 7662; 7635) characterised in that the swivel component is also coupled to the elbow component by a hinge joint (6645; 6664, 7645; 7664) which allows the elbow component to pivot relative to the swivel component about a single pivot axis, wherein the swivel component and the elbow component, when coupled, provide a flow path therethrough from the air circuit to the patient interface, and wherein the swivel component is adapted to allow rotation of the elbow assembly relative to the patient interface about a swivel axis that extends transverse to said single pivot axis. a swivel component (6610, 7610, 8610) adapted to connect to a patient interface; and an elbow component (6620, 7620, 8620) adapted to connect to an air circuit, wherein the swivel component is coupled to the elbow component by a ball and socket joint (6662; 6635, 7662; 7635) characterised in that the swivel component is also coupled to the elbow component by a hinge joint (6645; 6664, 7645; 7664) which allows the elbow component to pivot relative to the swivel component about a single pivot axis, wherein the swivel component and the elbow component, when coupled, provide a flow path therethrough from the air circuit to the patient interface, and wherein the swivel component is adapted to allow rotation of the elbow assembly relative to the patient interface about a swivel axis that extends transverse to said single pivot axis.
A lithium-ion secondary battery comprising: a current collector; and a porous positive electrode active material layer which is retained by the current collector and which contains positive electrode active material particles, an electrically conductive material, and a binder, wherein the positive electrode active material particles have: a shell portion constituted by a lithium transition metal oxide; a hollow portion formed inside the shell portion; and a through hole that penetrates the shell portion, characterized in that in the positive electrode active material layer on average, the hollow portion accounts for 45% or higher of an apparent sectional area of the positive electrode active material particles occupied by the shell portion, the hollow portion, and the through hole, and when a thickness of the shell portion at any position on an inner surface of the shell portion on any cross section of the positive electrode active material layer is defined as a shortest distance from the any position on the inner surface of the shell portion to an outer surface of the shell portion, a thickness of the shell portion in the positive electrode active material layer on average is 2.2 μm or less. a current collector; and a porous positive electrode active material layer which is retained by the current collector and which contains positive electrode active material particles, an electrically conductive material, and a binder, wherein the positive electrode active material particles have: a shell portion constituted by a lithium transition metal oxide; a hollow portion formed inside the shell portion; and a through hole that penetrates the shell portion, a shell portion constituted by a lithium transition metal oxide; a hollow portion formed inside the shell portion; and a through hole that penetrates the shell portion, characterized in that in the positive electrode active material layer on average, the hollow portion accounts for 45% or higher of an apparent sectional area of the positive electrode active material particles occupied by the shell portion, the hollow portion, and the through hole, and when a thickness of the shell portion at any position on an inner surface of the shell portion on any cross section of the positive electrode active material layer is defined as a shortest distance from the any position on the inner surface of the shell portion to an outer surface of the shell portion, a thickness of the shell portion in the positive electrode active material layer on average is 2.2 μm or less.
A computer-implemented method comprising: receiving one or more rules for respective users' access to variable resources associated with virtual desktop instances; receiving a request from a computing device to access a virtual desktop instance, the request identifying a user of the computing device; providing, to the computing device, access to a first virtual desktop instance configured with a set of resources, the set of resources including at least a specified amount of processing resources within the configuration of the virtual machine and a specified amount of memory resources within the configuration of the virtual machine for use in executing the first virtual desktop instance; and receiving a second request, initiated by the user of the computing device, to change the set of resources, wherein the change in the set of resources comprises an increase of at least one of the specified amount of processing resources and the specified amount of memory resources; determining, based on the one or more rules for respective users' access to variable resources, whether to cause the change in the set of resources; and if it is determined to cause the change in the set of resources, increasing one or more of memory specifications or processing power specifications associated with the virtual desktop instance. receiving one or more rules for respective users' access to variable resources associated with virtual desktop instances; receiving a request from a computing device to access a virtual desktop instance, the request identifying a user of the computing device; providing, to the computing device, access to a first virtual desktop instance configured with a set of resources, the set of resources including at least a specified amount of processing resources within the configuration of the virtual machine and a specified amount of memory resources within the configuration of the virtual machine for use in executing the first virtual desktop instance; and receiving a second request, initiated by the user of the computing device, to change the set of resources, wherein the change in the set of resources comprises an increase of at least one of the specified amount of processing resources and the specified amount of memory resources; determining, based on the one or more rules for respective users' access to variable resources, whether to cause the change in the set of resources; and if it is determined to cause the change in the set of resources, increasing one or more of memory specifications or processing power specifications associated with the virtual desktop instance.
A white light emitting device, comprising a blue LED chip having an excitation wavelength of 440 ∼ 460 nm and a phosphor layer excited by the excitation wavelength of the blue LED chip to emit light, which comprises mixtures of phosphors powder, wherein the phosphor layer consists of: a first phosphor powder chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5), and the first phosphor powder having an emission peak wavelength of 480 ∼ 499 nm; a second phosphor powder of at least one phosphor selected from a group of (Sr,Ba,Ca) x SiO 2x:Eu (1 < x < 5), Si 6-y Al y O y N 8-y:Eu (0.1 < y < 0.5), and Al 8-z Lu z O 12:Ce ++ (1< z < 5), the second phosphor powder having an emission peak wavelength of 500 ∼ 560 nm; and a third phosphor powder of at least one phosphor selected from a group of (Sr,Ca) AlSiN x:Eu (1 < x < 5), and CaAlSiN y:Eu (1 < y < 5), the third phosphor having an emission peak wavelength of 600 ∼ 650 nm, wherein the white light emitting device has an average color rendering index of over 90% or more and a color rendering index R9 of 90% or more. a first phosphor powder chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5), and the first phosphor powder having an emission peak wavelength of 480 ∼ 499 nm; a second phosphor powder of at least one phosphor selected from a group of (Sr,Ba,Ca) x SiO 2x:Eu (1 < x < 5), Si 6-y Al y O y N 8-y:Eu (0.1 < y < 0.5), and Al 8-z Lu z O 12:Ce ++ (1< z < 5), the second phosphor powder having an emission peak wavelength of 500 ∼ 560 nm; and a third phosphor powder of at least one phosphor selected from a group of (Sr,Ca) AlSiN x:Eu (1 < x < 5), and CaAlSiN y:Eu (1 < y < 5), the third phosphor having an emission peak wavelength of 600 ∼ 650 nm, wherein the white light emitting device has an average color rendering index of over 90% or more and a color rendering index R9 of 90% or more.
A device for restraining animals, in particular piglets, characterized in that the device comprises a rolling frame, a ring topping said rolling frame and a mast for connecting the ring to the rolling frame, said ring having a plurality of protruding elements positioned, like a battlement, side by side, each element delimiting, with an adjacent element, a V-shaped free space forming a zone for restraining said animal, the branches of the V being able to grasp the animal at the hips, and to keep the animal suspended upside down and with its back facing an operator placed outside the ring.
A portable fan comprising: a casing having an air inlet and a first connector; an air outlet comprising a second connector; and a filter unit comprising a third connector, which is substantially the same as the second connector, for co-operating with the first connector to removably connect the filter unit to the casing, a filter, and a fourth connector, which is substantially the same as the first connector, for co-operating with the second connector to removably connect the air outlet to the filter unit, characterised in that the filter is located upstream from the air inlet when the filter unit is connected to the casing. a casing having an air inlet and a first connector; an air outlet comprising a second connector; and a filter unit comprising a third connector, which is substantially the same as the second connector, for co-operating with the first connector to removably connect the filter unit to the casing, a filter, and a fourth connector, which is substantially the same as the first connector, for co-operating with the second connector to removably connect the air outlet to the filter unit, characterised in that the filter is located upstream from the air inlet when the filter unit is connected to the casing.
A laparoscopic ultrasound robotic surgical system comprising: an ultrasound probe for capturing an ultrasound image while the ultrasound probe is disposed at a position and orientation; a robotic arm coupled to the ultrasound probe; a display screen; and a processor programmed to store information of the position and orientation, generate a clickable thumbnail of the ultrasound image, associate the stored position and orientation with the clickable thumbnail, and cause the clickable thumbnail to be displayed on the display screen. an ultrasound probe for capturing an ultrasound image while the ultrasound probe is disposed at a position and orientation; a robotic arm coupled to the ultrasound probe; a display screen; and a processor programmed to store information of the position and orientation, generate a clickable thumbnail of the ultrasound image, associate the stored position and orientation with the clickable thumbnail, and cause the clickable thumbnail to be displayed on the display screen.
Coke dry quenching equipment comprising: a pre-chamber; a cooling chamber that follows a lower part of the pre-chamber; cooling gas supply device for supplying a cooling gas to the cooling chamber; and a plurality of divided small flues for discharging the cooling gas, the plurality of divided small flues being disposed in a circumference of the pre-chamber, wherein high temperature coke is charged from an upper portion of the pre-chamber, the coke is cooled by the cooling gas, and the cooled coke is discharged from a discharge hole provided in a lower portion of the cooling chamber, a main blast head is placed on an upper portion of a supporting member disposed in a lower part of the cooling chamber; at least one small blast head having a diameter less than a diameter of the main blast head is suspended from the lower portion of the supporting member; a conical portion is formed in the lower portion of the cooling chamber; and lower edges of the small flues are disposed closer to a furnace core than a side wall surface of the cooling chamber and are positioned between the side wall surface of the cooling chamber and an outer circumferential edge of the main blast head, the coke dry quenching equipment being characterized in that: the main blast head and the small blast head are disposed on the central axis of the conical portion; and the supporting member being a cross-shaped supporting member disposed penetrating the side wall of the conical portion.
A method operational in a system for facilitating a dual active handover, comprising: establishing (1002, 1202) a first connection between a user equipment device and a first access node for communication services via a first network; determining, by the first access node, to handover the communication services for the user equipment device to a second access node; obtaining, at the user equipment device, an indication from the first access node that a handover to the second access node is to occur; establishing a concurrent second connection between the user equipment device and the second access node for communication services, via the first network or a second network, while the first connection remains established; continuing to receive, at the first access node, packets intended for the user equipment device even after the handover has started; bicasting packets from the first access node to both the user equipment device and the second access node during the handover, while the user equipment is concurrently also receiving packets from the second access node over the second connection; receiving, at the user equipment device, packets over both the first connection and the second connection during handover; reordering, at the user equipment device, the packets and delete duplicate packets received during handover; receiving, at the user equipment device, a handover completed indication from the first access node, wherein the handover completed indication includes a radio resource control release; and terminating, by the user equipment device, the first connection once the handover is completed. establishing (1002, 1202) a first connection between a user equipment device and a first access node for communication services via a first network; determining, by the first access node, to handover the communication services for the user equipment device to a second access node; obtaining, at the user equipment device, an indication from the first access node that a handover to the second access node is to occur; establishing a concurrent second connection between the user equipment device and the second access node for communication services, via the first network or a second network, while the first connection remains established; continuing to receive, at the first access node, packets intended for the user equipment device even after the handover has started; bicasting packets from the first access node to both the user equipment device and the second access node during the handover, while the user equipment is concurrently also receiving packets from the second access node over the second connection; receiving, at the user equipment device, packets over both the first connection and the second connection during handover; reordering, at the user equipment device, the packets and delete duplicate packets received during handover; receiving, at the user equipment device, a handover completed indication from the first access node, wherein the handover completed indication includes a radio resource control release; and terminating, by the user equipment device, the first connection once the handover is completed.
A method for authorising an EMV payment transaction between a user device (502; 600) and a point-of-sale terminal, said EMV payment transaction being one that is authorised as part of the payment transaction by an issuing bank, wherein said issuing bank holds data indicative of an ICC Master Key corresponding to a payment application provisioned to the user device (502; 600), the payment application having a first operative state wherein said payment application is enabled to conduct said EMV payment transaction, and a second operative state, different to said first operative state, the method comprising: responsive to receiving a session key generated by said issuing bank on the basis of said ICC Master Key, provisioning said payment application with the session key, whereby to configure said payment application into said first operative state; and thereafter responsive to receiving a request for an application cryptogram at the payment application from the point-of-sale terminal, using the payment application to perform an authorisation process, the authorisation process comprising the steps of: generating said application cryptogram on the basis of the received session key; and transmitting the generated application cryptogram to the point-of-sale terminal for verification thereof by the issuing bank and authorisation of the EMV payment transaction. responsive to receiving a session key generated by said issuing bank on the basis of said ICC Master Key, provisioning said payment application with the session key, whereby to configure said payment application into said first operative state; and thereafter responsive to receiving a request for an application cryptogram at the payment application from the point-of-sale terminal, using the payment application to perform an authorisation process, the authorisation process comprising the steps of: generating said application cryptogram on the basis of the received session key; and transmitting the generated application cryptogram to the point-of-sale terminal for verification thereof by the issuing bank and authorisation of the EMV payment transaction. generating said application cryptogram on the basis of the received session key; and transmitting the generated application cryptogram to the point-of-sale terminal for verification thereof by the issuing bank and authorisation of the EMV payment transaction.
A method for operating a processor to protect a software code pointer from attacks, comprising: setting a fixed initial value of the software code pointer complement; setting the software code pointer complement to the initial value of the software code pointer complement; updating the software code pointer complement to a value which is a function of the software code pointer value wherein the updating of the software code pointer complement comprises updating software code pointer complement with an equal but opposite offset to the offset added to the software code pointer; and performing a verification calculation using a function that accepts both the software code pointer and the software code pointer complement to produce a verification result indicative of a correct update of the software code pointer wherein the performing of the verification calculation comprises adding the software code pointer complement and software code pointer and verifying that the result corresponds to the fixed initial value of the software code pointer complement. setting a fixed initial value of the software code pointer complement; setting the software code pointer complement to the initial value of the software code pointer complement; updating the software code pointer complement to a value which is a function of the software code pointer value wherein the updating of the software code pointer complement comprises updating software code pointer complement with an equal but opposite offset to the offset added to the software code pointer; and performing a verification calculation using a function that accepts both the software code pointer and the software code pointer complement to produce a verification result indicative of a correct update of the software code pointer wherein the performing of the verification calculation comprises adding the software code pointer complement and software code pointer and verifying that the result corresponds to the fixed initial value of the software code pointer complement.